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SERVICE MANUAL

No. 82884July 2001

HR-S6850MS/S7850MS/S7851MS/S8850MS

CARACTÉRISTIQUES TECHNIQUES (The specifications shown pertain specifically to the model HR-S8850MS)

MAGNETOSCOPE

Printed in Japan

VICTOR COMPANY OF JAPAN, LIMITEDVIDEO DIVISION S40894

This service manual is printed on 100% recycled paper.COPYRIGHT © 2001 VICTOR COMPANY OF JAPAN, LTD.

HR

-S6850M

S/S

7850MS

/S7851M

S/S

8850MS

No

. 82884

INSERT A.DUB

GÉNÉRALESAlimentation : CA 220 V – 240 V ` , 50 Hz/60 HzConsommation

Alimentation en marche : 22 WAlimentation en veille : 3,8 W

TempératuresFonctionnement : 5°C à 40°CStockage : -20°C à 60°C

Position de fonctionnement : Seulement horizontaleDimensions (LxHxP) : 400 mm x 94 mm x 278 mmPoids : 3,7 kgFormat : Standard S-VHS/VHS PAL/SECAMLargeur de bande : 12,65 mmVitesse de bande

(VN) : 23,39 mm/s(LD) : 11,70 mm/s(EP)* : 7,80 mm/s

Durée maximale d’enregistrement(VN) : 240 mn avec une cassette vidéo E-240(LD) : 480 mn avec une cassette vidéo E-240(EP)* : 720 mn avec une cassette vidéo E-240* Signaux PAL seulement

VIDÉO/AUDIOSystème de signal : Signaux couleur PAL/SECAM et signal

monochrome CCIR, 625 lignes/50 tramesSystème d’enregistrement : Balayage hélicoïdal DA4 (Double Azimuth)Entrée : 0,5 Vcc à 2,0 Vcc, 75 ohms, asymétriqueSortie : 1,0 Vcc, 75 ohms, asymétriqueRapport signal/bruit : 45 dBRésolution horizontale : 400 lignes (S-VHS-PAL, VN/LD)

250 lignes (VHS-PAL, VN/LD)350 lignes (S-VHS-PAL, EP)220 lignes (VHS-PAL, EP)240 lignes (VHS-SECAM, VN/LD)

Gamme de fréquence : 70 Hz à 10.000 Hz (Audio normal)20 Hz à 20.000 Hz (Audio Hi-Fi)

Entrée/sortie : Connecteurs péritélévision à 21 broches:ENTREE/SORTIE x 1, ENTREE/DECODEUR x 1Connecteurs RCA:ENTREE VIDEO x 1, ENTREE AUDIO x 1,SORTIE AUDIO x 1Connecteurs S-Vidéo: ENTREE x 1, SORTIE x 1

SYNTONISEURSystème de syntonisation : Syntoniseur à synthèse de fréquenceCapacité de canaux TV : 99 positions (+ position AUX)Canaux couverts

MINUTERIERéférence de l’horloge : Par quartzCapacité de programmation : Minuterie sur 1 an/8 programmesDurée de soutien mémoire : 10 mn

ACCESSOIRESAccessoires fournis : Câble RF,

Câble péritélévision à 21 broches,Contrôleur satellite,Boîtier de télécommande à infrarouge,Pile “R6” x 2

ATTENTION:Ce magnétoscope contient des microprocesseurs. Des bruits électroniquesexternes ou des interférences peuvent causer un mauvais fonctionnement.Dans de tels cas, couper l’alimentation et débrancher le cordond’alimentation. Puis le rebrancher et remettre l’alimentation. Sortir la cassette.Après contrôle de la cassette, faire fonctionner l’appareil comme d’ordinaire.

Les caractéristiques techniques sont pour le mode VN à moinsd’indication contraire.Présentation et caractéristiques modifiables sans préavis.

GammeSECAM L PAL B/G

Fréquence Canaux Fréquence CanauxVHF 49 MHz – 65 MHz 2 – 4 47 MHz – 89 MHz E2 – E4(LOW) X, Y, Z

E5 – E12VHF 104 MHz 5 – 10 104 MHz S1 – S20(HIGH) – 300 MHz CATV – 300 MHz M1 – M10

U1 – U10Hyper 300 MHz – 470 MHz CATV 302 MHz – 470 MHz S21 – S41UHF 470 MHz – 862 MHz 21 – 69 470 MHz – 862 MHz E21 – E69

3.1.3 Color (colour) bar signal,Color (colour) bar pattern ......... 3-13.1.4 Switch settings and standard precautions ....................... 3-13.1.5 EVR Adjustment .............................................................. 3-1

3.2 Servo circuit .......................................................................... 3-23.2.1 Switching point ................................................................ 3-23.2.2 Slow tracking preset ........................................................ 3-2

3.3 Video circuit .......................................................................... 3-23.3.1 D/A level .......................................................................... 3-23.3.2 EE Y/PB Y (S-VHS/VHS) level ......................................... 3-23.3.3 REC color (colour) level ................................................... 3-33.3.4 Video EQ (Frequency response) ..................................... 3-33.3.5 Auto picture initial setting ................................................. 3-4

3.4 Audio circuit .......................................................................... 3-43.4.1 Audio REC FM................................................................. 3-4

3.5 Syscon circuit ....................................................................... 3-43.5.1 Timer clock ...................................................................... 3-4

3.6 PAL/SECAM Converter circuit .............................................. 3-53.6.1 Colour difference level ..................................................... 3-53.6.2 SECAM burst position ..................................................... 3-5

4. CHARTS AND DIAGRAMSNOTES OF SCHEMATIC DIAGRAM .......................................... 4-1CIRCUIT BOARD NOTES ........................................................... 4-24.1 BOARD INTERCONNECTIONS .......................................... 4-34.2 MAIN (VIDEO/AUDIO) SCHEMATIC DIAGRAM .................. 4-54.3 MAIN (ON SCREEN) SCHEMATIC DIAGRAM .................... 4-74.4 MAIN (SECAM) SCHEMATIC DIAGRAM ............................. 4-94.5 MAIN (SYSCON) SCHEMATIC DIAGRAM ........................ 4-114.6 MAIN (SW.REG) SCHEMATIC DIAGRAM ......................... 4-134.7 MAIN (TUNER) SCHEMATIC DIAGRAM ........................... 4-154.8 MAIN (SW/DISPLAY), MINI FRONT, S-JACK AND ADV. JOG

SCHEMATIC DIAGRAMS ..................................................... 4-174.9 MAIN (MAIN TERMINAL) SCHEMATIC DIAGRAM............ 4-194.10 2D DIGITAL SCHEMATIC DIAGRAM

[HR-S6850MS/S7850MS/S7851MS] ............................... 4-214.11 3D/TBC(2M) SCHEMATIC DIAGRAM [HR-S8850MS] .... 4-234.12 TERMINAL (S-SUB) SCHEMATIC DIAGRAM ................. 4-254.13 TERMINAL (I/O) SCHEMATIC DIAGRAM ....................... 4-274.14 DEMODULATOR SCHEMATIC DIAGRAM ...................... 4-294.15 S-P CONVERTER SCHEMATIC DIAGRAM .................... 4-314.16 MAIN CIRCUIT BOARD................................................... 4-334.17 2D DIGITAL AND 3D DIGITAL/2M CIRCUIT BOARDS ... 4-364.18 TERMINAL CIRCUIT BOARD ......................................... 4-374.19 S-P CONVERTER AND DEMODULATOR CIRCUIT BOARDS 4-384.20 FDP GRID ASSIGNMENT AND ANODE CONNECTION 4-394.21 REMOTE CONTROLLER SCHEMATIC DIAGRAMS ...... 4-404.22 WAVEFORMS .................................................................. 4-414.23 VOLTAGE CHARTS ......................................................... 4-434.24 CPU PIN FUNCTION ....................................................... 4-454.25 SYSTEM CONTROL BLOCK DIAGRAM ......................... 4-474.26 VIDEO BLOCK DIAGRAM ............................................... 4-494.27 AUDIO BLOCK DIAGRAM ............................................... 4-53

5. PARTS LIST5.1 PACKING AND ACCESSORY ASSEMBLY <M1> ............... 5-15.2 FINAL ASSEMBLY <M2> .................................................... 5-25.3 MECHANISM ASSEMBLY <M4> ........................................ 5-45.4 ELECTRICAL PARTS LIST .................................................. 5-6

MAIN BOARD ASSEMBLY <03> ............................................... 5-62D DIGITAL BOARD ASSEMBLY <05>(MODEL:A,B,C) ......... 5-143D DIGITAL/2M BOARD ASSEMBLY <05>(MODEL:D) .......... 5-15TERMINAL BOARD ASSEMBLY <06> ................................... 5-16A/C HEAD BOARD ASSEMBLY <12> ..................................... 5-18DEMOD BOARD ASSEMBLY <14> ........................................ 5-18MINI FRONT BOARD ASSEMBLY(MODEL:B,C,D)<28> ........ 5-19S JACK BOARD ASSEMBLY <36> ......................................... 5-19ADV.JOG BOARD ASSEMBLY <38> ....................................... 5-19LOADING MOTOR BOARD ASSEMBLY <55> ....................... 5-19S/P CONVERTER BOARD ASSEMBLY <87> ........................ 5-19

Important Safety PrecautionsINSTRUCTIONS

1. DISASSEMBLY1.1 Disassembly flow chart ......................................................... 1-11.2 How to read the disassembly and assembly ........................ 1-11.3 Disassembly/assembly method ............................................ 1-11.4 Service position .................................................................... 1-4

1.4.1 How to set the “Service position” ..................................... 1-41.5 Mechanism service mode..................................................... 1-4

1.5.1 How to set the “Mechanism service mode” ..................... 1-41.6 Jig RCU mode ...................................................................... 1-4

1.6.1 Setting the Jig RCU mode ............................................... 1-41.6.2 Setting the User RCU mode ............................................ 1-4

1.7 Servicing items related to video navigation .......................... 1-41.8 Emergency display function .................................................. 1-5

1.8.1 Displaying the EMG information ...................................... 1-51.8.2 Clearing the EMG history ................................................ 1-51.8.3 EMG content description ................................................. 1-61.8.4 EMG detail information <1> ............................................. 1-71.8.5 EMG detail information <2> ............................................. 1-8

2. MECHANISM ADJUSTMENT2.1 Before starting repair and adjustment ................................... 2-1

2.1.1 Precautions ..................................................................... 2-12.1.2 Checking for proper mechanical operations .................... 2-12.1.3 Manually removing the cassette tape .............................. 2-12.1.4 Jigs and tools required for adjustment ............................. 2-22.1.5 Maintenance and inspection ............................................ 2-3

2.2 Replacement of major parts ................................................. 2-62.2.1 Before starting disassembling (Phase matching between

mechanical parts) ............................................................ 2-62.2.2 How to set the “Mechanism assembling mode” ............... 2-62.2.3 Cassette holder assembly ............................................... 2-62.2.4 Pinch roller arm assembly ............................................... 2-82.2.5 Guide arm assembly and press lever assembly .............. 2-82.2.6 A/C head ......................................................................... 2-82.2.7 Loading motor ................................................................. 2-82.2.8 Capstan motor ................................................................. 2-92.2.9 Pole base assembly (supply or take-up side) .................. 2-92.2.10 Rotary encoder ........................................................... 2-102.2.11 Clutch unit ................................................................... 2-102.2.12 Change lever assembly, direct gear, clutch gear and coupling gear 2-102.2.13 Link lever ..................................................................... 2-112.2.14 Cassette gear, control cam and worm gear ................ 2-112.2.15 Control plate ............................................................... 2-112.2.16 Loading arm gear (supply or take-up side) and

loading arm gear shaft .................................................. 2-122.2.17 Take-up lever, take-up head and control plate guide .. 2-132.2.18 Capstan brake assembly ............................................ 2-132.2.19 Sub brake assembly (take-up side) ............................ 2-132.2.20 Main brake assembly (take-up side), reel disk (take-up side)

and main brake assembly (supply side) ............................... 2-132.2.21 Tension brake assembly, reel disk (supply side) and

tension arm assembly ................................................. 2-142.2.22 Idler lever, idler arm assembly .................................... 2-142.2.23 Stator assembly .......................................................... 2-142.2.24 Rotor assembly ........................................................... 2-142.2.25 Upper drum assembly ................................................. 2-15

2.3 Compatibility adjustment .................................................... 2-162.3.1 FM waveform linearity ................................................... 2-162.3.2 Height and tilt of the A/C head ...................................... 2-172.3.3 A/C head phase (X-value) ............................................. 2-172.3.4 Standard tracking preset ............................................... 2-182.3.5 Tension pole position ..................................................... 2-18

3. ELECTRICAL ADJUSTMENT3.1 Precaution ............................................................................ 3-1

3.1.1 Required test equipments ............................................... 3-13.1.2 Required adjustment tools ............................................... 3-1

TABLE OF CONTENTSSection Title Page Section Title Page

HR-S6850MS HR-S7850MS HR-S7851MS HR-S8850MS

FLYING ERASE HEAD NOT USED USED USED USEDDIGITAL 3R/TBC/FRAME MEMORY NOT USED NOT USED NOT USED USEDYNR/CNR/S.COLOR NOT USED / 2D/NOT USED NOT USED / 2D / NOT USED NOT USED / 2D / NOT USED USED (3D) / 3D / USED (3D)RE-TAKE/ASSEMBLE EDIT NOT USED / A.F.E. USED / Z.F.E. USED / Z.F.E. USED / Z.F.E.INSERT/OPERATION, NOT USED USED/BUTTON USED/BUTTON USED/BUTTONAUDIO DUBBING / OPERATIONHiFi LEVEL METER NOT USED USED USED USEDR.PAUSE TERMINAL NOT USED USED USED USEDREAR OUT AUDIO L/R AUDIO L/R & S-OUT AUDIO L/R & S-OUT AUDIO L/R & S-OUTCABLE BOX OR DBS. BOX OR SAT CTL OPTION OPTION OPTION USEDCABLE MOUSE OPTION OPTION OPTION PROVIDEDRCU V13 SMALL 10KEY V13 SMALL 10KEY V13 SMALL 10KEY V13 LCDRCU TYPE / COLOR V14#E11-S / SILVER V14#E11-S / SILVER V14#E11-S / SILVER V14#E5 / LIGHT BEIGERCU MBR /IR CODE NOT USED / A NOT USED / A NOT USED / A USED (TV, SAT/CABLE) / A, BF-AV CAP NOT USED USED USED USEDWINDOW COLOR SMOKE LIGHT GRAY SMOKE LIGHT GRAY GREEN SMOKE LIGHT GRAY

The following table lists the differing points between Models ( HR-S6850MS, HR-S7850MS, HR-S7851MS and HR-S8850MS) in this series.

Important Safety PrecautionsPrior to shipment from the factory, JVC products are strictly inspected to conform with the recognized product safety and electrical codes of thecountries in which they are to be sold. However, in order to maintain such compliance, it is equally important to implement the following precautionswhen a set is being serviced.

Fig.1

1. Locations requiring special caution are denoted by labels and in-scriptions on the cabinet, chassis and certain parts of the product.When performing service, be sure to read and comply with theseand other cautionary notices appearing in the operation and serv-ice manuals.

2. Parts identified by the ! symbol and shaded ( ) parts arecritical for safety.Replace only with specified part numbers.Note: Parts in this category also include those specified to com-

ply with X-ray emission standards for products usingcathode ray tubes and those specified for compliancewith various regulations regarding spurious radiationemission.

3. Fuse replacement caution notice.Caution for continued protection against fire hazard.Replace only with same type and rated fuse(s) as specified.

4. Use specified internal wiring. Note especially:1) Wires covered with PVC tubing2) Double insulated wires3) High voltage leads

5. Use specified insulating materials for hazardous live parts. Noteespecially:1) Insulation Tape 3) Spacers 5) Barrier2) PVC tubing 4) Insulation sheets for transistors

6. When replacing AC primary side components (transformers, powercords, noise blocking capacitors, etc.) wrap ends of wires securelyabout the terminals before soldering.

Power cord

Fig.2

10. Also check areas surrounding repaired locations.

11. Products using cathode ray tubes (CRTs)In regard to such products, the cathode ray tubes themselves, thehigh voltage circuits, and related circuits are specified for compli-ance with recognized codes pertaining to X-ray emission.Consequently, when servicing these products, replace the cath-ode ray tubes and other parts with only the specified parts. Underno circumstances attempt to modify these circuits.Unauthorized modification can increase the high voltage value andcause X-ray emission from the cathode ray tube.

12. Crimp type wire connectorIn such cases as when replacing the power transformer in setswhere the connections between the power cord and power trans-former primary lead wires are performed using crimp type connec-tors, if replacing the connectors is unavoidable, in order to preventsafety hazards, perform carefully and precisely according to thefollowing steps.

1) Connector part number : E03830-0012) Required tool : Connector crimping tool of the proper type which

will not damage insulated parts.3) Replacement procedure

(1) Remove the old connector by cutting the wires at a pointclose to the connector.Important : Do not reuse a connector (discard it).

Fig.7

cut close to connector

Fig.3

(2) Strip about 15 mm of the insulation from the ends of thewires. If the wires are stranded, twist the strands to avoidfrayed conductors.

15 mm

Fig.4

(3) Align the lengths of the wires to be connected. Insert thewires fully into the connector.

Connector

Metal sleeve

Fig.5

(4) As shown in Fig.6, use the crimping tool to crimp the metalsleeve at the center position. Be sure to crimp fully to thecomplete closure of the tool.

I

• Precautions during Servicing

7. Observe that wires do not contact heat producing parts (heatsinks,oxide metal film resistors, fusible resistors, etc.)

8. Check that replaced wires do not contact sharp edged or pointedparts.

9. When a power cord has been replaced, check that 10-15 kg offorce in any direction will not loosen it.

1.252.0

5.5

Crimping tool

Fig.6

(5) Check the four points noted in Fig.7.

Not easily pulled free Crimped at approx. centerof metal sleeve

Conductors extended

Wire insulation recessedmore than 4 mm

S40888-01

• Safety Check after ServicingExamine the area surrounding the repaired location for damage or deterioration. Observe that screws, parts and wires have been returnedto original positions, Afterwards, perform the following tests and confirm the specified values in order to verify compliance with safetystandards.

1. Insulation resistance testConfirm the specified insulation resistance or greater between power cord plug prongs and exter-nally exposed parts of the set (RF terminals, antenna terminals, video and audio input and outputterminals, microphone jacks, earphone jacks, etc.). See table 1 below.

2. Dielectric strength testConfirm specified dielectric strength or greater between power cord plug prongs and exposed acces-sible parts of the set (RF terminals, antenna terminals, video and audio input and output terminals,microphone jacks, earphone jacks, etc.). See table 1 below.

3. Clearance distanceWhen replacing primary circuit components, confirm specified clearance distance (d), (d’) be-tween soldered terminals, and between terminals and surrounding metallic parts. See table 1below.

4. Leakage current testConfirm specified or lower leakage current between earth ground/power cord plug prongs andexternally exposed accessible parts (RF terminals, antenna terminals, video and audio input andoutput terminals, microphone jacks, earphone jacks, etc.).Measuring Method : (Power ON)Insert load Z between earth ground/power cord plug prongs and externally exposed accessibleparts. Use an AC voltmeter to measure across both terminals of load Z. See figure 9 and followingtable 2.

5. Grounding (Class 1 model only)Confirm specified or lower grounding impedance between earth pin in AC inlet and externally exposed accessible parts (Video in, Video out,Audio in, Audio out or Fixing screw etc.).Measuring Method:Connect milli ohm meter between earth pin in AC inlet and exposed accessible parts. See figure 10 and grounding specifications.

Fig. 10

Fig. 9

Fig. 8

Table 1 Specifications for each region

Table 2 Leakage current specifications for each region

Note: These tables are unofficial and for reference only. Be sure to confirm the precise values for your particular country and locality.

II S40888-01

a b

c

V

AExternallyexposedaccessible part

Z

1-1

- - - - - - - - - - - - - - - - -

- - - - - - - - - - - - - - - - -

- - - - - - - - - - - - - - - - -

- - - - - - - - - - - - - - - - -

[1] Top cover, D1 4(S1a), (S1b)Bracket 2(S1c)

[2] Front panel assembly D2 CN7001(WR2a), <Note 2a>CN916(WR2b), <Note 2b>4(L2a), 3(L2b) <Note 2c>

ADV. Jog board assembly 2(S2a)S Jack board assembly 2(S2b)

[3] Drum assembly D3 CON1(WR3a), <Note 2c>CN1(WR3b),(S3a), (S3b), (S3c)

(Inertia plate) 4(L3a)(Roller arm assy) (P3), (L3b)

[4] Mechanism assembly D4 CN2001(WR4a), <Note 2c>(S4a),(S4b), <Note 4a>(S4c), (S4d), 2(L4)

[5] S/P Converter board D5 CN601(WR5a), <Note 2c>assembly 2(S5c)Main board assembly (S5a),3(S5b),7(L5a)

[6] Bottom cover D6 2(L6a), 9(L6b) <Note 6a>

SECTION 1DISASSEMBLY

1.3 Disassembly/assembly method1.1 Disassembly flow chart

This flowchart lists the disassembling steps for the cabinetparts and P.C. boards in order to gain access to item(s) tobe serviced. When reassembling, perform the step(s) in re-verse order. Bend, route and dress the flat cables as theywere originally laid.

1.2 How to read the disassembly and assembly

Note:• The bracketed ( ) WR of the connector symbol are as-

signed nos. in priority order and do not correspond tothose on the spare parts list.

(5) Adjustment information for installation

Top cover, Bracket

Front panel assembly,ADV. Jog board assembly,

S Jack board assembly

Drum assembly

Mechanism assembly

S/P Converter board assembly,Main board assembly

Bottom cover

[1]

[2]

[3]

[4]

[5]

[6]

Step/Loc No. Part Name

Fig.No. Point Note

- - - - - - - - - - - - - - - - -

(1) (2) (3) (4) (5)

Step/Loc No. Part Name

Fig.No. Point Note

[1] Top cover, D1 4(S1a),(S1b),3(L1a), <Note 1a>2(SD1a),(P1a),(W1a),CN1(WR1a),

Bracket 2(S1c)

<Example>

(1) Order of steps in ProcedureWhen reassembling, perform the step(s) in the reverse order.These numbers are also used as the identification (location) No.of parts Figures.

(2) Part name to be removed or installed.(3) Fig. No. showing procedure or part location.(4) Identification of part to be removed, unhooked, unlocked,

released, unplugged, unclamped or unsoldered.P= Spring, W= Washer, S= Screw, L= Locking tab, SD= Solder,CN**(WR**)= Remove the wire (WR**) from the connector(CN**).

<Note 2a>• When reattaching the Front panel assembly, make sure that

the door opener “a” of the Cassette holder assembly is low-ered in position prior to the reinstallation.

<Note 2b>• When reattaching the Front panel assembly, pay careful at-

tention to the switch lever not to make it touch the switchknob “b” of the Main board assembly from the side.

<Note 2c>• Be careful not to damage the connector and wire etc. during

connection and disconnection.When connecting the wire to the connector, be careful withthe wire direction.

<Note 4a>• When it is required to remove the screws (S4a to S4b) re-

taining the Mechanism assembly, please refer to the “Pro-cedures for Lowering the Cassette holder assembly”(Seeon page 1-2).

• When reattaching the Mechanism assembly to the Mainboard assembly, take care not to damage the sensors andswitch on the Main board assembly.

• When removing the Mechanism assembly only, unhook thetwo spacers connecting it with the Main board assemblywith pliers from the back side of the Main board assemblyfirst, and then remove the Mechanism assembly.

• The wire (WR4a) has excess length that may be loose, as itis quite long. After inserting the wire and connectors, theloose portion of the wire should be taken up and accommo-dated between the A/C head base and the main deck.

<Note 6a>When removing the bottom cover, push down the two tabs(L6a) to slide the bottom cover.

- - - - - - - - - - - - - - - - -

1-2

(L2a)

(L2b)

WR2a<Note 2c>

(L2a)

CN7001

CN916

[2] Front panel assembly

a <Note 2a>

b <Note 2b>WR2b<Note 2c>

CN7108

(S2b)

S Jackboard assembly

WR2b<Note 2c>

Front panelback side

(S2a) ADV. Jog board assembly

WR2a<Note 2c>

Front panelback side

CN7003

Fig. D1 Fig. D3

Fig. D2

Fig. 1

Fig. 2

Fig. 3

(A)(B)

Procedures for Lowering the Cassette holder assemblyAs the mechanism of this unit is integrated with the Housingassembly, the holder must be lowered and the two screws un-screwed when removing the Mechanism assembly.

(S1a)

(S1a)

(S1a)

(S1c)

(S1c)

Bracket

[1] Top cover

[1]

(S1b)

Procedures for Lowering the Cassette holder assembly

(S3b)

[3]Drum assembly

CN1

CON1

WR3a<Note 2c>(L3a)

(L3b)

(P3)

Roller armassy

Inertia plate

(L3c)

WR3b<Note 2c>

Cleaner assy

Not used

Not used

(S3a) (S3c)

Drum shield

(S3d)

Note: When installing the Drum assembly, secure the screws(S3a to S3c) in the order of a, b, c.

Turn the loading motor pulley in the direction as indicated byFig.2. As both (A) and (B) levers are lodged twice, push thelevers in the direction as indicated by Fig.3 to release them.When pushing the levers, do it in the order of (A), (B), (B),(A). When the holder has been lowered, turn the pulley untilthe cassette holder is securely in place without allowing anyup/down movement.

1-3

[4]Mechanismassembly

Q3003End sensor<Note 4a>

Q3002Start sensor<Note 4a>

(S4b)<Note 4a>

(S4a)<Note 4a>

(S4c)(S4d)

D3001LED<Note 4a>

(L4)Spacer

<Note 4a>

CN2001

A/C head baseWR4a Note: When installing the Mechanism assembly, secure the screws (S4a to S4b) in the order of a, b.

(L4)Spacer<Note 4a>

WR4a<Note 2c>

S3002S cassette switch

<Note 4a>

Fig. D4

Fig. D6

Fig. D5

[5]Main board assembly(L5a)

(S5a)

(S5c)(S5c)

WR5a

(S5b)

S/P Converter board assy

CN1601

(L6b)

[6]Bottom cover

(L6b)

(L6b)

(L6a)<Note 6a>

1-4

1.4 Service position

This unit has been designed so that the Mechanism andMain board assemblies can be removed together from thechassis assembly. Before diagnosing or servicing the cir-cuit boards, take out the major parts from the chassis as-sembly.

1.4.1 How to set the “Service position”

(1) Refer to the disassembly procedure and perform the dis-assembly of the major parts before removing the Drumassembly.

(2) Lower the cassette holder to prepare for the removal ofthe Mechanism assembly screws. (Refer to the “Proce-dures for lowering the Cassette holder assembly” of 1.3Disassembly/assembly method.)

(3) Remove the combined Mechanism and Main board as-semblies.

(4) Connect the wires and connectors of the major parts thathave been removed in step (1). (Refer to Fig.1-4-1a.)

(5) Place the combined Mechanism and Main board assem-blies upside down.

(6) Insert the power cord plug into the power outlet and thenproceed with the diagnostics and servicing of the boardassembly.

Notes:• Before inserting the power cord plug into the power

outlet, make sure that none of the electrical parts areable to short-circuit between the workbench and theboard assembly.

• For the disassembly procedure of the major parts anddetails of the precautions to be taken, see “1.3 Disas-sembly/assembly method”.

• If there are wire connections from the Main board andMechanism assemblies to the other major parts, besure to remove them ( including wires connected to themajor parts ) first before performing step (2).

• When carrying out diagnosis and repair of the Main boardassembly in the “Service position”, be sure to groundboth the Main board and Mechanism assemblies. If theyare improperly grounded, there may be noise on the play-back picture or FDP counter display may move evenwhen the mechanism is kept in an inoperative status.

• In order to diagnose the playback or recording of the cas-sette tape, set the Mechanism assembly to the requiredmode before placing it upside down. If the mechanismmode is changed (including ejection) while it is in an up-side down position the tape inside may be damaged.

1.5 Mechanism service mode

This model has a unique function to enter the mechanisminto every operation mode without loading of any cassettetape. This function is called the “Mechanism service mode”.

1.5.1 How to set the “Mechanism service mode”(1) Unplug the power cord plug from the power outlet.(2) Connect TPGND and TP7001(TEST) on the Main board

assembly with a jump wire.(3) Insert the power cord plug into the power outlet.(4) With lock levers (A) (B) on the left and right of the Cas-

sette holder assembly pulled toward the front, slide theholder in the same direction as the cassette insertion di-rection. (For the positions of lock levers (A) (B), refer tothe “Procedures for lowering the Cassette holder assem-bly” of 1.3 Disassembly/assembly method.)

(5) The cassette holder lowers and, when the loading hascompleted, the mechanism enters the desired mode.

1.6 Jig RCU mode

This unit uses the following two modes for receiving remotecontrol codes.1) User RCU mode : Ordinary mode for use by the user.2) Jig RCU mode : Mode for use in production and serv-

icing.

When using the Jig RCU, it is required to set the VCR tothe Jig RCU mode (the mode in which codes from the JigRCU can be received). As both of the above two modesare stored in the EEPROM, it is required to set the VCRback to the User RCU mode each time that an adjustmentis made or to check that the necessary operations havebeen completed. These modes can be set by the opera-tions described below.

1.6.1 Setting the Jig RCU mode(1) Unplug the power cord plug from the power outlet.(2) Press and hold the “REC” and “PAUSE” buttons on the

VCR simultaneously, while plugging the power cord pluginto the power outlet.When the VCR is set to the Jig RCU mode, the symbols( “ : ” ) in the time display of the FDP are turned off.

1.6.2 Setting the User RCU mode(1) Turn off the power.(2) Press the “REC” and “PAUSE” buttons of the VCR si-

multaneously. Alternatively, transmit the code “80” fromthe Jig RCU.

1.7 Servicing items related to video navigation

The video navigation function built into this unit works bystoring the video navigation data in the internal EEPROMand writing data in the cassette tape simultaneously.The video navigation data stored in the EEPROM cannot becopied to another EEPROM. Therefore, when the circuit boardmounting the EEPROM is replaced, the original EEPROMshould be mounted on the new board. This will make the us-er’s video navigation data usable with the new circuit boardafter replacement. However, the user’s data cannot be restoredif the EEPROM on the original circuit board is damaged.

Note:• If the circuit board mounting the EEPROM or the

EEPROM alone has been replaced, it is required to per-form confirmation/re-adjustment on all of the adjust-ment items using the EVR as well as those which areadjusted by transmitting adjustment codes from the JigRCU.Fig. 1-4-1a

CP3002

TP7001TEST

CN7001

CN7002

CN7005

CN7003

CN916

TPGND

TP2253A.PB.FM

TP4001CTL. P

CN511

CN1601

TP106PB. FM

TP111D.FF Main

boardassembly

VR1201D/A LEVEL ADJ

VR1401D/A LEVEL ADJ

C3025Timer Clock

ADV. Jog board assembly

Mini front board assembly2D Digital boardassembly3D Digital/2M boardassembly

Demodulator boardassembly

S Jack boardassembly

Terminal board assembly

S/P Converterboard assembly

ONLY USED FOR HR-S8850MS

ONLY USED FORHR-S7850MS/S7851MS/S8850MS

1-5

1.8 Emergency display function

This unit has a function for storing the history of the past twoemergencies (EMG) and displaying them on each FDP (orOSD). With the status of the VCR and mechanism at the mo-ment an emergency occurred can also be confirmed.

Fig. 1-8a Jig RCU [PTU94023B]

(2) Transmit the code “59” from the Jig RCU again.The FDP shows the EMG detail information <1> in the formof “ * 1 : * 2 : 34 ”.

* 1 : Deck operation mode at the moment of EMG* 2 : Mechanism operation mode at the moment of EMG3– : Mechanism sensor information at the moment of

EMG–4 : Mechanism mode position at the moment of EMG

(3) Transmit the code “59” from the Jig RCU once again.The FDP shows the EMG detail information <2> in the formof “ * 5 : * 6 : * 7 ”.

* 5 : Type of the cassette tape in use <1> .* 6 : Winding position of the cassette tape in use* 7 : Type of the cassette tape in use <2> (Winding area)

(4) Transmit the code “59” from the Jig RCU once again to re-set the display.

Notes:• For the OSD display model, all EMG information are

showed by transmitting first code from the Jig RCU.• For the EMG content, see “1.8.3 EMG content descrip-

tion”.• For the EMG detail information <1> , see “1.8.4 EMG de-

tail information <1> ”.• For the EMG detail information <2> , see “1.8.5 EMG de-

tail information <2>”.

1.8.2 Clearing the EMG history

(1) Display the EMG history.(2) Transmit the code “36” from the Jig RCU.(3) Reset the EMG display.

<Example 1> E : 01 : 03

Previous EMG

Latest EMG

No EMG record<Example 2> E : – – : – –

1.8.1 Displaying the EMG information

(1) Transmit the code “59” from the Jig RCU.The FDP shows the EMG content in the form of “E: * * : * * ”.

INITIAL MODE

DATA CODE

CUSTOM CODE43: A CODE

[Data transmitting method]Depress the “ ” ( 3 ) button after the data code is set.

Jig RCU

Notes:• The EMG detail information <1><2> show the information

on the latest EMG.It becomes “ – – : – – : – –” when there is no latest EMGrecord.

• When using the Jig RCU, it is required to set the VCR tothe Jig RCU mode (the mode in which codes from the JigRCU can be received).FDP display model

[FDP display]

0 : 00 : 00

E: * * : * *

*1: *2 : 34

*5: *6 : *7

E : * * : * * *1: *2 : 34 *5: *6 : *7

EMG detail information <2>

EMG detail information <2>EMG detail information <1>

EMG detail information <1>

EMG content display (E:Latest:Previous)

Normal display

OSD display model[OSD display]

EMGEMG content display (E:Latest:Previous)

FDP (7segment LED) display model [FDP display]

0: 00

E: **

1: **

2: *1

3: *2

4: 34

5: *5

6: *6

7: *7

Normal display EMG content display (Latest) EMG content display (Previous) EMG detail information <1> [Deck operation mode] EMG detail information <1> [Mechanism operation mode] EMG detail information <1> [Mechanism sensor information and Mechanism mode position] EMG detail information <2> [Type of the cassette tape in use <1>] EMG detail information <2> [Winding position of the cassette tape in use] EMG detail information <2> [Type of the cassette tape in use <2> (Winding area)]

(EMG-02e)

1-6

1.8.3 EMG content description

Note: EMG contents “E08/E09” are for the model with Dynamic Drum (DD).

Table 1-8-3a

When the mechanism mode cannot be changed to an-other mode even when the loading motor has rotatedfor more than 4 seconds in the loading direction, [E:01]is identified and the power is turned off.

When the mechanism mode cannot be changed to an-other mode even when the loading motor has rotatedfor more than 4 seconds in the unloading direction, [E:02]is identified and the power is turned off.

When the take-up reel pulse has not been generated formore than 4 seconds in the capstan rotating mode, [E:03]is identified, the pinch rollers are turned off and stopped,and the power is turned off. However, the reel EMG isnot detected in STILL/SLOW modes.

When the drum FG pulse has not been input for morethan 3 seconds in the drum rotating mode, [E:04] is iden-tified, the pinch rollers are turned off and stopped, andthe power is turned off.

When the eject operation does not complete in 3 sec-onds after the start, [E:05] is identified, the pinch rollersare turned off and stopped, and the power is turned off.When the cassette insertion operation does not completein 3 seconds after the start, the cassette is ejected. Inaddition, when the operation does not complete within3 seconds after the start, [E:05] is also identified and thepower is turned off immediately.

When the capstan FG pulse has not been generated formore than 1 second in the capstan rotating mode, [E:06]is identified, the pinch rollers are turned off and stopped,and the power is turned off.However, the capstan EMGis not detected in STILL/SLOW/FF/REW modes.

When short-circuiting of the SW power supply with GNDhas lasted for 0.5 second or more, [E:07] is identified,all the motors are stopped and the power is turned off.

When DD tilting does not complete in 4 seconds, [E:08]is identified, the tilt motor is stopped and the power isturned off.

When the DD FG pulse is not generated within 2.5 sec-onds, [E:09] is identified, the tilt motor is stopped andthe power is turned off.

When the supply reel pulse has not been generated formore than 10 seconds in the capstan rotating mode,[E:0A] is identified and the cassette is ejected (but thepower is not turned off). However, note that the reel EMGis not detected in the SLOW/STILL mode.

1. The mechanism is locked in the middle of mode transition.2. The mechanism is locked at the loading end due to the encoder position

reading error during mode transition.3. Power is not supplied to the loading MDA.

1. The mechanism is locked in the middle of mode transition.2. The mechanism is locked at the unloading end due to the encoder posi-

tion reading error during mode transition.3. Power is not supplied to the loading MDA.

1. The take-up reel pulse is not generated in the FWD transport modes (PLAY/FWD SEARCH/FF, etc.) because;1) The idler gear is not meshed with the take-up reel gear;2) The idler gear is meshed with the take-up reel gear, but incapable of wind-

ing due to too large mechanical load (abnormal tension);3) The take-up reel sensor does not output the FG pulse.

2. The supply reel pulse is not generated in the REV transport modes (REVSEARCH/REW, etc.) because;1) The idler gear is not meshed with the supply reel gear.2) The idler gear is meshed with the supply reel gear, but incapable of wind-

ing due to too large a mechanical load (abnormal tension);3) The supply reel sensor does not output the FG pulse.

3. Power is not supplied to the reel sensors.

1. The drum could not start or the drum rotation has stopped due to too largea load on the tape, because;1) The tape tension is abnormally high;2) The tape is damaged or a foreign object (grease, etc.) adheres to the tape.

2. The drum FG pulse did not reach the System controller CPU because;1) The signal circuit is disconnected in the middle;2) The FG pulse generator (hall device) of the drum is faulty.

3. The drum control voltage (DRUM CTL V) is not supplied to the MDA.4. Power is not supplied to the drum MDA.

1. The cassette cannot be ejected due to a failure in the drive mechanism ofthe housing.

2. When the housing load increases during ejection, the loading motor isstopped because of lack of headroom in its drive torque.

Housing load increasing factors: Temperature environment (low tempera-ture, etc.), mechanism wear or failure.

3. The sensor/switch for detecting the end of ejection are not functioning normally.4. The loading motor drive voltage is lower than specified or power is not sup-

plied to the motor (MDA).5. When the user attempted to eject a cassette, a foreign object (or perhaps

the user's hand) was caught in the opening of the housing.

1. The capstan could not start or the capstan rotation has stopped due to toolarge a load on the tape, because;1) The tape tension is abnormally high (mechanical lock);2) The tape is damaged or a foreign object (grease, etc.) is adhered to the

tape (occurrence of tape entangling, etc.).2. The capstan FG pulse did not reach the System controller CPU because;

1) The signal circuit is disconnected in the middle;2) The FG pulse generator (MR device) of the capstans is faulty.

3. The capstan control voltage (CAPSTAN CTL V) is not supplied to the MDA.4. Power is not supplied to the capstan MDA.

1. The SW 5 V power supply circuit is shorted with GND.2. The SW 12 V power supply circuit is shorted with GND.

1. The absolute value sensor is defective. (The soldered parts have separated.)2. The pull-up resistor at the absolute sensor output is defective. (The soldered parts

have separated.)3. Contact failure or soldering failure of the pins of the connector (board-to-board) to the

absolute value sensor.4. The absolute value sensor data is not sent to the System Controller CPU.

1. The FG sensor is defective. (The soldered parts have separated.)2. The pull-up resistor at the FG sensor output is defective. (The soldered parts have

separated.)3. Contact failure or soldering failure of the pins of the connector (board-to-board) to the FG sensor.4. The power to the sensor is not supplied. (Connection failure/soldering failure)5. The FG pulse is not sent to the System Controller CPU.6. The tilt motor is defective. (The soldered parts have separated.)7. The drive power to the tilt motor is not supplied. (Connection failure/soldering failure)8. The tilt motor drive MDA - IC is defective.9. Auto-recovery of the DD tilting cannot take place due to overrun.

1. The supply reel pulse is not generated in the FWD transport mode (PLAY/FWD SEARCH/FF, etc.) because;1) PLAY/FWD or SEARCH/FF is started while the tape in the inserted cas-

sette is cut in the middle;2) A mechanical factor caused tape slack inside and outside the supply

reel side of the cassette shell. In this case, the supply reel will not rotateuntil the tape slack is removed by the FWD transport, so the pulse is notgenerated until then;

3) The FG pulse output from the supply reel sensor is absent.2. The take-up reel pulse is not generated in the REV transport mode (REV

SEARCH/REW, etc.).1) REV SEARCH/REW is started when the tape in the inserted cassette

has been cut in the middle;2) A mechanical factor caused tape slack inside and outside the take-up

reel side of the cassette shell. In this case, the supply reel will not rotateuntil the tape slack is removed by the REV transport, so the pulse willnot be generated until that time;

3) The FG pulse output from the take-up reel sensor is absent.3. The power to a reel sensor is not supplied.

FDP CONTENT CAUSE

Presupposing the presence of the control pulse output in the PLAY mode, when the value obtained by mixing the two V.FM outputchannels (without regard to the A.FM output) has remained below a certain threshold level for more than 10 seconds, [E:C1] or [E:U1]is identified and recorded in the emergency history. During the period in which a head clog is detected, the FDP and OSD repeat the“3-second warning display” and “7-second noise picture display” alternately.

EMG code : “E:C1” or “E:U1” / FDP : “U:01” / OSD : “Try cleaning tape.” or “Use cleaning cassette.”The head clog warning is reset when the above-mentioned threshold has been exceeded for more than 2 seconds or the mode ischanged to another mode than PLAY.

EC1 or EU1:Head clog warning

E0A:Supply ReelPulse EMG

E07: SW PowerShort-CircuitEMG

E06: Capstan FGEMG

E05: Cassette EjectEMG

E04: Drum FGEMG

E03: Take Up ReelPulse EMG

E02: Unloading EMG

E01: Loading EMG

E08: DD Initialized(AbsolutePositionSensor)EMG

E09: DD FG EMG

1-7

1.8.4 EMG detail information <1>

The status (electrical operation mode) of the VCR and the sta-tus (mechanism operation mode/sensor information) of themechanism in the latest EMG can be confirmed based on thefigure in EMG detail information <1> .

[FDP/OSD display]

* 1 : * 2 : 34

* 1 : Deck operation mode at the moment of EMG * 2 : Mechanism operation mode at the moment of EMG 3– : Mechanism sensor information at the moment of EMG –4 : Mechanism mode position at the moment of EMG

Note:• For EMG detailed information <1>, the content of the code

that is shown on the FDP (or OSD) differs depending onthe parts number of the system control microprocessor(IC3001) of the VCR. The system control microprocessorparts number starts with two letters, refer these to the cor-responding table.

* 1 : Deck operation mode[Common table of MN*, HD* and M3*]

00 - Mechanism being initialized01 00 STOP with pinch roller pressure off (or tape present with P.OFF)02 01 STOP with pinch roller pressure on03 - POWER OFF as a result of EMG04 04 PLAY0C 0E REC10 11 Cassette ejected20 22 FF21 - Tape fully loaded, START sensor ON, short FF22 - Cassette identification FWD SEARCH before transition to FF (SP

x7-speed)24 26 FWD SEARCH (variable speed) including x2-speed2C 2E INSERT REC40 43 REW42 - Cassette identification REV SEARCH before transition to REW (SP

x7-speed)44 47 REV SEARCH (variable speed)4C 4C AUDIO DUB6C 6E INSERT REC (VIDEO + AUDIO)84 84 FWD STILL / SLOW85 85 REV STILL / SLOW8C 8F REC PAUSE8D - Back spacing8E - Forward spacing (FWD transport mode with BEST function)AC AF INSERT REC PAUSEAD - INSERT REC back spacingCC CD AUDIO DUB PAUSECD - AUDIO DUB back spacingEC EF INSERT REC (VIDEO + AUDIO) PAUSEED - INSERT REC (VIDEO + AUDIO) back spacing

* 2 : Mechanism operation mode[Common table of MN* and M3*]

[Table of HD*]Display Mechanism operation mode

00 STOP with pinch roller pressure off01 STOP with pinch roller pressure on02 U/L STOP (or tape being loaded)04 PLAY05 PLAY (x1-speed playback using JOG)0E REC11 Cassette ejected22 FF26 FWD SEARCH (variable speed) including x2-speed2E INSERT REC43 REW47 REV SEARCH4C AUDIO DUB6E INSERT REC (VIDEO + AUDIO)84 FWD STILL/SLOW85 REV STILL/SLOW8F REC PAUSEAF INSERT REC PAUSEC7 REV SEARCH (x1-speed reverse playback using JOG)CD AUDIO DUB PAUSEEF INSERT REC (VIDEO + AUDIO) PAUSEF0 Mechanism being initializedF1 POWER OFF as a result of EMGF2 Cassette being insertedF3 Cassette being ejectedF4 Transition from STOP with pinch roller pressure on to STOP with pinch

roller pressure offF5 Transition from STOP with pinch roller pressure on to PLAYF6 Transition from STOP with pinch roller pressure on to RECF7 Cassette type detection SEARCH before FF/REW is being executedF8 Tape being unloadedF9 Transition from STOP with pinch roller pressure off to STOP with pinch

roller pressure onFA Transition from STOP with pinch roller pressure off to FF/REWFB Transition from STOP with pinch roller pressure off to REC.P (T.REC,etc.)FC Transition from STOP with pinch roller pressure off to cassette type de-

tection SEARCHFD Short REV being executed after END sensor on during unloadingFE Tension loosening being executed after tape loading (STOP with pinch

roller pressure on)

DisplayDeck operation mode

MN*/M3* HD*

00 00 Command standby (Status without executing command)02 02 POWER OFF by EMG occurrence04 04 Moving to the adjacent position in the LOAD direction06 06 Moving to the adjacent position in the UNLOAD direction08 08 Cassette ejection being executed / Cassette housing ejection being

executed- 0A Mode transition to STOP with cassette ejection end

0A 0C Cassette insertion being executed0C 0E Tape being loaded0E 10 Tape being unloaded10 12 Mode transition to STOP with pinch roller compression ON12 14 Mode transition to STOP with pinch roller compression OFF14 16 Mode transition to STOP with pinch roller compression OFF as a result

of POWER OFF16 18 Mode transition to STOP with pinch roller compression ON as a result

of POWER ON18 1A Mode transition to PLAY1A 1C Mode transition to FWD SEARCH1C 1E Mode transition to REC1E 20 Mode transition to FWD STILL / SLOW20 22 Mode transition to REV STILL / SLOW22 24 Mode transition to REV SEARCH24 26 Mode transition from FF / REW to STOP26 28 Mode transition to FF28 2A Mode transition to REW2A 2C 4 sec. of REV as a result of END sensor going ON during loading2C 2E Short FF / REV as a result of END sensor going ON during unloading2E 30 Mechanism position being corrected due to overrun80 80 Mechanism in initial position (Dummy command)

DisplayMechanism operation mode

MN* M3*

1-8

-0 -7 - Initial value-1 -0 - EJECT position- - -0 EJECT position (Cassette housing drive mode)-2 -7 - Housing operating- - -1 Between EJECT and U / L STOP-3 -1 -2 U / L STOP position- - -3 Guide arm drive position

-4 -7 -4 Tape being loaded / unloaded (When the pole base islocated on the front side of the position just beside thedrum)

-5 -2 -5 Tape being loaded / unloaded (When the pole base islocated on the rear side of the position just beside thedrum)

-6 -7 -6 Pole base compressed position-7 -3 -F FF / REW position-8 -7 -F Between FF / REW and STOP with pinch roller compres-

sion ON-9 -4 -F STOP with pinch roller compression OFF-A -7 -E Between STOP with pinch roller compression OFF and

REV-B -5 - REV (REV STILL / SLOW) position- - -D REV position- - -C Between REV and REV STILL / SLOW- - -B REV STILL / SLOW position

-C -7 - Between REV and FWD- - -A Between REV STILL / SLOW and FWD STILL / SLOW

-D -6 - FWD (FWD STILL / SLOW) position- - -9 FWD STILL / SLOW position

-E -7 - Between FWD and PLAY- - -8 Between FWD STILL / SLOW and PLAY

-F -6 -7 PLAY position

0- VHS Cassette insertion Tab broken ON ON1- VHS Cassette insertion Tab broken ON OFF2- VHS Cassette insertion Tab broken OFF ON3- VHS Cassette insertion Tab broken OFF OFF4- VHS Cassette insertion Tab present ON ON5- VHS Cassette insertion Tab present ON OFF6- VHS Cassette insertion Tab present OFF ON7- VHS Cassette insertion Tab present OFF OFF8- S-VHS Cassette ejection Tab broken ON ON9- S-VHS Cassette ejection Tab broken ON OFFA- S-VHS Cassette ejection Tab broken OFF ONB- S-VHS Cassette ejection Tab broken OFF OFFC- S-VHS Cassette ejection Tab present ON OND- S-VHS Cassette ejection Tab present ON OFFE- S-VHS Cassette ejection Tab present OFF ONF- S-VHS Cassette ejection Tab present OFF OFF

3– : Mechanism sensor information[Common table of MN*, HD* and M3*]

Mechanism sensor information Display MN* / HD* M3* REC safety Start End

S-VHS SW CASS SW SW sensor sensor

* 6 : Cassette tape winding position

The cassette tape winding position at the moment of EMG isdisplayed by dividing the entire tape (from the beginning to theend) in 22 sections using a hex number from “00” to “15”.

“00” : End of winding“15” : Beginning of winding“FF or – – ” : Tape position not identified

–4 : Mechanism mode position[Common table of MN*, HD* and M3*]

Display Mechanism mode position

MN* HD* M3*

Note:• The values of cassette tape type <2> in the above table

are typical values with representative cassette tapes.

* 7 : Cassette tape type <2> (Winding area)

Display Cassette tape type <2>

00 Cassette type not identified07 Small reel, thick tape T-5

08 - 0E C cassette, thick tape TC-1009 - 15 C cassette, thick tape TC-20P0A - 0B Small reel, thick tape T-200A - 16 C cassette, thin tape TC-300A - 16 C cassette, thin tape TC-400D - 0F Small reel, thick tape T-4011 - 14 Small reel, thick tape T-6015 - 18 Small reel, thick tape T-80 / DF-16017 - 1A Small reel, thick tape T-90 / DF-18019 - 1D Small reel, thick tape T-1001D - 21 Small reel, thick tape T-120 / DF-2401E - 1F Small reel, thin tape T-1401F - 23 Small reel, thick tape T-13021 - 23 Small reel, thin tape T-16021 - 23 Small reel, thin tape T-16822 - 24 Small reel, thick tape DF-30022 - 24 Small reel, thin tape T-180 / DF-36022 - 24 Small reel, thin tape T-210 / DF-42022 - 23 Large reel T-523 - 24 Large reel T-1025 - 26 Large reel T-2027 - 29 Large reel T-3029 - 2B Large reel T-402D - 2F Large reel T-60

Notes:• Cassette tape type <1> is identified a few times during mode

transition and the identification count is variable depending onthe cassette tape type. If an EMG occurs in the middle of identi-fication, the cassette tape type may not be able to be identified.

• If other value than those listed in the above table is displayed,the cassette tape type is not identified.

Display Cassette tape type <1>

00 Cassette type not identified16 Large reel/small reel (T-0 to T-15/T-130 to T-210) not classified82 Small reel, thick tape (T-120) identified/thin tape (T-140) identified84 Large reel (T-0 to T-60) identified92 Small reel, thick tape (T-130) identified/thin tape (T-160 to T-210) identified93 Small reel, thick tape/C cassette (T-0 to T-100/C cassette) not classifiedC3 Small reel, thick tape/C cassette (T-0 to T-100/C cassette) being classifiedD3 Small reel, thick tape/C cassette (T-0 to T-100/C cassette) being classifiedE1 C cassette, thick tape (TC-10 to TC-20) identifiedE2 Small reel, thick tape (T-0 to T-100) identifiedE9 C cassette, thin tape (TC-30 to TC-40) identifiedF1 C cassette, thick tape/thin tape (TC-10 to TC-40) not classified

* 5 : Cassette tape type <1>

Note:• EMG detail information <2> is the reference information

stored using the remaining tape detection function of thecassette tape. As a result, it may not identify cassette cor-rectly when a special cassette tape is used or when thetape has variable thickness.

1.8.5 EMG detail information <2>

The type of the cassette tape and the cassette tape winding po-sition can be confirmed based on the figure in EMG detail infor-mation <2> .

[FDP/OSD display]

* 5 : * 6 : * 7* 5 : Type of the cassette tape in use <1>* 6 : Winding position of the cassette tape in use* 7 : Type of the cassette tape in use <2> (Winding area)

Note:• In the case of the "HD*” microprocessor, as the display is

always "-7” at any intermediate position between modes,the position of transitory EMG may sometimes not be lo-cated.

2-1

SECTION 2MECHANISM ADJUSTMENT

2.1 Before starting repair and adjustment

2.1.1 Precautions

(1) Unplug the power cord plug of the VCR before using yoursoldering iron.

(2) Take care not to cause any damage to the conductorwires when plugging and unplugging the connectors.

(3) Do not randomly handle the parts without identifyingwhere the trouble is.

(4) Exercise enough care not to damage the lugs, etc. dur-ing the repair work.

(5) When reattaching the front panel assembly, make surethat the door opener of the cassette holder assembly islowered in position prior to the reinstallation. (See SEC-TION 1 DISASSEMBLY.)

(6) When using the Jig RCU, it is required to set the VCR tothe Jig RCU mode (the mode in which codes from theJig RCU can be received). (See SECTION 1 DISASSEM-BLY.)

2.1.2 Checking for proper mechanical operations

Enter the mechanism service mode when you want to oper-ate the mechanism when no cassette is loaded. (See SEC-TION 1 DISASSEMBLY.)

2.1.3 Manually removing the cassette tape

1. In case of electrical failuresIf you cannot remove the cassette tape which is loaded be-cause of any electrical failure, manually remove it by takingthe following steps.

(1) Unplug the power cord plug from the power outlet.(2) Refer to the disassembly procedure and perform the dis-

assembly of the major parts before removing the drumassembly.

(3) Unload the pole base assembly by manually turning theloading motor of the mechanism assembly toward thefront. In doing so, hold the tape by the hand to keep theslack away from any grease. (See Fig.2-1-3a.)

(4) Bring the pole base assembly to a pause when it reachesthe position where it is hidden behind the cassette tape.

(5) Move the top guide toward the drum while holding downthe lug (A) of the bracket retaining the top guide. Like-wise hold part (B) down and remove the top guide.Section (C) of the top guide is then brought under thecassette lid. Then remove the top guide by pressing thewhole cassette tape down. (See Fig.2-1-3b.)

(6) Remove the cassette tape by holding both the slackenedtape and the cassette lid.

(7) Take up the slack of the tape into the cassette. This com-pletes removal of the cassette tape.

Note:• For the disassembly procedure of the major parts and

details of the precautions to be taken, see “SECTION1 DISASSEMBLY”.

Fig. 2-1-3b

Fig. 2-1-3a

Loading motor

Pole base assembly

Press

(C)

(A)

(B)

2-2

2. In case of mechanical failureIf you cannot remove the cassette tape which is loaded be-cause of any mechanical failure, manually remove it by tak-ing the following steps.(1) Unplug the power cable and remove the top cover, front

panel assembly and others so that the mechanism as-sembly is visible. (See SECTION 1 DASASSEMBLY.)

(2) While keeping the tension arm assembly of the mecha-nism assembly free from tension, pull the tape on the polebase assembly (supply or take-up side) out of the guideroller. (See Fig.2-1-3c.)

(3) Take the spring of the pinch roller arm assembly off thehook of the press lever assembly, and detach it from thetape. (See Fig.2-1-3d.)

(4) In the same way as in the electrical failure instructions in2.1.3-1(5), remove the top guide.

(5) Raise the cassette tape cover. By keeping it in that posi-tion, draw out the cassette tape case from the cassetteholder and take out the tape.

(6) By hanging the pinch roller arm assembly spring backon the hook, take up the slack of the tape into the cas-sette.

Fig. 2-1-3d

Fig. 2-1-3c

Pole base assembly (take-up side)

Pole base assembly (supply side)

Tension arm assembly

Guide pole guard

Pinch roller arm assembly

Press lever assembly

Take the spring off the hook, and detach it from the tape.

2.1.4 Jigs and tools required for adjustment

Roller driverPTU94002

A/C head positioning toolPTU94010

Back tension cassette gaugePUJ48076-2

Jig RCUPTU94023B

Torque gaugePUJ48075-2

Alignment tape(SP, stairstep, PAL)

MHPE

Alignment tape(LP, stairstep, PAL)

MHPE-L

2-3

2.1.5 Maintenance and inspection

1. Location of major mechanical partsIn this chapter, the two mechanism speeds are described by comparing the speeds of the standard type and the high-speedFF/REW type.It is possible to distinguish between these two types of mechanism by the diameters of their capstan pulleys.The capstan pulley diameter for the standard type is approx. 32 mm.The capstan pulley diameter for the high-speed FF/REW type is approx. 43 mm.For information on the different parts used in the two mechanism types, please refer to the “Replacement of major parts”.

Fig. 2-1-5a Mechanism assembly top side

Stator assembly

UV catcher2 (supply and take-up side)

Drum assemblyHead base

A/C head

Loading motor


Guide pole guard


Lid guide

Guide arm assembly

Reel disk (take-up side)

Sub brake assembly (take-up side)

Main brake assembly(take-up side)

Idler arm assemblyIdler lever

Main brake assembly(supply side)

Reel disk (supply side)

Rec safety lever

Tension brake assembly

Adjust pin



Full erase head

Pole base assembly (take-up side)

T1

T26

T25

T24

T23

T22

T2T3 T5 T7

T8

T9

T10

T11

T12

T13

T14

T15

T16T18T20

T17T19T21

T6

Fig. 2-1-5b Mechanism assembly bottom side

Belt (loading motor)

Capstan motor

Belt (capstan)

Capstan brake assembly

Loading arm gear (take-up side)

Loading arm gear (supply side)

Plate (supply side)

Control plate

Worm gear

Control cam

Cassette gear

Rotary encoder

Change lever assembly Clutch unit

Take-up leverTake-up head

Control bracket1

Tension arm bearing

B1

B22

B3 B5

B6

B7

B8

B9

B10

B12

B15

Rotary encoder guideB16

B17

B18

Brake leverB19

B20

B21

B14

B11

B4B2

Direct gearB13

Link lever

2-4

Guide rail Roller cam assemblyL2L1

Opener guide

Door opener

Drive gear

Cassette housing bracket

Limit gear

Worm gear

Belt (loading motor)

Loading motor

R2

R3 R5

R4

R1

Fig. 2-1-5c Mechanism assembly left side

Fig. 2-1-5d Mechanism assembly right side

5. Disassembling procedure tableThe following table indicates the order in which parts are re-moved for replacement. To replace parts, remove them inthe order of 1 to 18 as shown in the table. To install them,reverse the removal sequence.The symbols and numbers preceding the individual partnames represent the numbers in the “Location of major me-chanical parts” table. Also, the “T”, “B”, and “T/B” on the rightof each part name shows that the particular part is removedfrom the front, from the back, and from both sides of themechanism, respectively.

2. CleaningRegular cleaning of the transport system parts is desirablebut practically impossible. So make it a rule to carry out clean-ing of the tape transport system whenever the machine isserviced.When the video head, tape guide and/or brush get soiled,the playback picture may appear inferior or at worst disap-pear, resulting in possible tape damage.

(1) When cleaning the upper drum (especially the videohead), soak a piece of closely woven cloth or Kimu-wipewith alcohol and while holding the cloth onto the upperdrum by the fingers, turn the upper drumcounterclockwise.

Note:• Absolutely avoid sweeping the upper drum vertically

as this will cause damage to the video head.

(2) To clean the parts of the tape transport system other thanthe upper drum, use a piece of closely woven cloth or acotton swab soaked with alcohol.

(3) After cleaning, make sure that the cleaned parts are com-pletely dry before using the video tape.

3. LubricationWith no need for periodical lubrication, you have only to lu-bricate new parts after replacement. If any oil or grease oncontact parts is soiled, wipe it off and newly lubricate theparts.

Note:• See the “mechanism assembly” diagram of the parts

list for the lubricating or greasing spots, and for thetypes of oil or grease to be used.

~1000H ~2000H

Upper drum assembly ¤R R

A/C head ¤R ¤R

Lower drum assembly ¤ ¤R

Pinch roller arm assembly ¤ ¤

Full erase head ¤ ¤

Tension arm assembly ¤ ¤

Capstan motor (Shaft) ¤ ¤

Guide arm assembly ¤ ¤

Capstan motor R

Capstan brake assembly R

Main brake assembly R

Belt (Capstan) R R

Belt (Loading motor) R

Loading motor R

Clutch unit R

Worm gear R

Control plate R

Brush ¤R ¤R

Tension brake assembly R R

Rotary encoder R

4. Suggested servicing schedule for main componentsThe following table indicates the suggested period for suchservice measures as cleaning,lubrication and replacement.In practice, the indicated periods will vary widely accordingto environmental and usage conditions.However, the indi-cated components should be inspected when a set is broughtfor service and the maintenance work performed if neces-sary. Also note that rubber parts may deform in time,even ifthe set is not used.

Operation Hours System Parts Name

¤ : Cleaning

R : Inspection or replacement if necessary

Table 2-1-5a

Oth

erD

rive

Tap

e tr

ansp

ort

2-5

Symbols and numbers

Sym

bols

and

num

bers

Num

ber o

f rem

oval

ste

ps

Gui

de ra

il

Rol

ler c

am a

ssem

bly

Cas

sette

hou

sing

bra

cket

Ope

ner g

uide

Rel

ay g

ear

Cas

sette

hol

der a

ssem

bly

Driv

e ge

ar

Driv

e ar

m

Pin

ch ro

ller a

rm a

ssem

bly

Gui

de a

rm a

ssem

bly

Pre

ss le

ver a

ssem

bly

UV

cat

cher

2

Rot

ary

enco

der

Clu

tch

unit

Cha

nge

leve

r ass

embl

y

Dire

ct g

ear

Coup

ling

gear

Link

leve

r

Wor

m g

ear

Con

trol b

rack

et1

Con

trol p

late

Load

ing

arm

gea

r (su

pply

sid

e)

Load

ing

arm

gea

r (ta

ke-u

p si

de)

Take

-up

leve

r

Sub

brak

e as

sem

bly

(take

-up

side

)

Mai

n br

ake

asse

mbl

y (ta

ke-u

p si

de)

Ree

l dis

k (ta

ke-u

p si

de)

Tens

ion

brak

e as

sem

bly

Tens

ion

arm

ass

embl

y

Idle

r lev

er

Bra

ke le

ver (*1)

Fron

t (T)

/Bac

k (B

) of m

echa

nism

(Reference items) Replacement parts

Removal parts

L1

L1

L2

L2

R4

R1

R2

R5

R3

T9

T12

T11

T6

T7

B1

T1

T17

T10

T14

T15

T19

T13

T22

T20

T24

B9

T18

T16

B19

B16

B7

B8

B5

B4

B3

B11

B10

T25

B15

B12

B14

B13

B17

B18

B20

B21

R4 R1 R3 T9 T12 T11 B15 B12 B14 B13 B17 B21 B7 B8 B5 B4 B11 T14 T15 T13 T22 T24 T18 B19T1

2.2.3 Guide rail T 1

2.2.3 Roller cam assembly T 1

2.2.3 Cassette housing bracket T 1

2.2.3 Opener guide T 2

2.2.3 Door opener T 3

2.2.3 Relay gear T 3

2.2.3 Limit gear T 3

2.2.3 Cassette holder assembly T 6

2.2.3 Drive gear T 4

2.2.3 Drive arm T 8

2.2.4 Pinch roller arm assembly T 1

2.2.5 Guide arm assembly T 1

2.2.5 Press lever assembly T 3

2.2.6 A/C head T 1

2.2.7 Loading motor T 1

2.2.8 Capstan motor T/B 1

2.2.9 UV catcher2 T 1

2.2.9 Pole base assembly (take-up side) T/B 2

2.2.9 Pole base assembly (supply side) T/B 2

2.2.10 Rotary encoder B 1

2.2.11 Clutch unit B 1

2.2.12 Change lever assembly B 3

2.2.12 Direct gear B 4

2.2.12 Coupling gear B 5

2.2.12 Clutch gear B 6

2.2.13 Link lever B 1

2.2.14 Cassette gear B 2

2.2.14 Control cam B 2

2.2.14 Worm gear B 1

- Lid guide T/B 5

2.2.15Control bracket1 B 1

2.2.15Control plate B 6

2.2.16Loading arm gear (supply side) B 7

2.2.16Loading arm gear (take-up side) B 8

2.2.16Loading arm gear shaft B 9

2.2.17Take-up lever T/B 7

2.2.17Take-up head T/B 8

2.2.17Control plate guide T/B 8

2.2.18Capstan brake assembly T/B 7

2.2.19Sub brake assembly(take-up side) T/B 15

2.2.20Main brake assembly(take-up side) T/B 16

2.2.20Main brake assembly(supply side) T/B 9

2.2.20Reel disk (take-up side) T/B 16

2.2.21Tension brake assembly T/B 9

2.2.21Reel disk (supply side) T/B 10

2.2.21Tension arm assembly T/B 10

2.2.21Tension arm bearing T/B 10

2.2.22Idler lever T/B 17

2.2.22Idler arm assembly T/B 18

- Brake lever (*1) T/B 18

- Rotary encoder guide T/B 19 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

1 2 3 4 5 6 7 8 9

1 2 3 4 5 6 7 8 9

1 2 3 4 5 6 7 8 9

1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

1 2 3 4 5 6 7 8

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

1 2 3 4

1 2

1 2

3

1 2 1

1

1

2 3

4 1 2 3 4 5

5 6

1 2 3 4 5 6

1 2 3 4 5 6

7

1 2

1 2

1 2

1

1

2

3

1 2 3

4 5

1 2 3 4 5

6 7

7

1 2 3 4 5 6

1 2 3 4 5 6

1 2 3 4 5 6 7

1 2 3 4 5 6

1 2 3 4 5

1 2 3 4

1

1

1

2

3 4

5

6

7

8

7

8 9 10 11 12 13 14

Table 2-1-5bNote:• The parts with marked ( * ) have different types of mecha-

nisms (standard type or high-speed FF/REW type).

* 1 : Uses the standard type mechanism only.

* 2 :Uses the high-speed FF/REW type mechanism only.

2-6

(4) While swinging the lock levers (R) and (L) of the cassetteholder assembly toward the front, slide the cassetteholder assembly until its legs come to where the guiderail and the roller cam assembly have been removed (sothat the drive arm is upright). (See Fig.2-2-3c.)

Fig. 2-2-3c

Cassette holder assembly

Lock lever (L)Drive arm(Upright)

Leg Legs

2.2.3 Cassette holder assembly

1. How to remove(1) Remove the guide rail and roller cam assembly. (See

Fig.2-2-3a.)(3 lugs on the guide rail and one lug on the roller camassembly)

Fig. 2-2-2a

Worm gear

Guide hole

Control cam

Chassis hole

Control plate

Mark E

Fig. 2-2-3b

(2) Remove the two slit washers and remove the cassettehousing bracket. (See Fig.2-2-3b.)

(3) Remove the opener guide, spring(A), door opener, relaygear and limit gear. (See Fig.2-2-3b.)

Fig. 2-2-3a

Lugs Lug

Lug

Guide rail

Roller cam assembly

Limit gear

Relay gear

Opener guide

Spring(A)

Cassette housing bracket

Slit washersDoor opener

2.2 Replacement of major parts

2.2.1 Before starting disassembling (Phase matchingbetween mechanical parts)

The mechanism of this unit is closely linked with the rotaryencoder and system controller circuits.Since the system controller detects the status of mechani-cal operation in response to phases of the rotary encoder(internal switch positions), the mechanism may not operateproperly unless such parts as the rotary encoder, controlplate, loading arm gear, control cam, cassette gear, limit gear,relay gear and drive gear are installed in their correct posi-tions.Especially, this model is not provided with any cassette hous-ing assembly, so that cassette loading and unloading mustbe accomplished by operation of the cassette holder assem-bly. The latter is in turn driven by such parts as the drivegear, relay gear and limit gear. Exercise enough care, there-fore, to have the phases of all this gear matching one an-other. (For information on phase matching of the mechanism,see the instructions on how to install individual parts.)This unit is provided with a mechanism assembly mode. It istherefore necessary to enter this mode for assembling anddisassembling procedures.This mode is usually not in use, manually set it when it isrequired.

2.2.2 How to set the “Mechanism assembling mode”

Remove the mechanism assembly and place it bottom sideup. (See SECTION 1 DISASSEMBLY.) Turn the worm geartoward the front so that the guide hole of the control cam isbrought into alignment with the hole at the mechanism as-sembly chassis. This position renders the mechanism assem-bling mode operational. Make sure that the control plate islocated in alignment with the mark E. (See Fig.2-2-2a.)

2-7

Fig. 2-2-3d

(5) While holding the left side of the cassette holder, lift thecassette holder assembly so that the three legs on theleft side are all released. Then pull the legs (A) and (B)on the right side out of the rail and also pull up the leg(C).(See Fig.2-2-3d and Fig.2-2-3e.)

(6) Draw out the drive gear, and remove the drive arm.

Fig. 2-2-3e



(A)

(C) (B)

Fig. 2-2-3f

Hole

Hole

Drive arm

Drive gear

Drive arm

(1)(2)

(A)

(B)

Main deck right sideFig. 2-2-3g

2. How to install (Phase matching)(1) Insert the section (A) of the drive arm into the section (B)

of the main deck.(2) Insert the section (1) of the drive gear into the round hole,

and the section (2) into the square hole on the drive arm.(See Fig.2-2-3f.)

(3) Hold the drive arm upright and fit the leg (C) on the rightside of the cassette holder assembly into the groove. (SeeFig.2-2-3g.)

(4) While swinging the lock lever (R) of the cassette holderassembly toward the front, put the legs (A) and (B) intothe rail. (See Fig.2-2-3g.)

(5) Drop the three legs on the left side of the cassette holderassembly into the groove at one time. (See Fig.2-2-3h.)

(6) Slide the whole cassette holder assembly toward the frontto bring it to the eject end position.

(7) Install the limit gear so that the notch on the outer cir-cumference of the limit gear is brought into alignment withthe guide hole on the main deck. (See Fig.2-2-3i.)

(8) Install so that the notch on the periphery of the relay gearis aligned with the notch of the main deck and that holeA of the relay gear is aligned with the hole A of the limitgear and that hole B of the relay gear is aligned with thehole B of the drive gear. (See Fig.2-2-3i.)

(9) Install the door opener, opener guide, spring(A) and cas-sette housing bracket and fasten the two slit washers.


Drive arm

Lock lever (R)

(A)

(C) (B)

Fig. 2-2-3h


2-8

2.2.7 Loading motor

1. How to remove(1) Remove the belt wound around the worm gear.(2) Open the two lugs of the motor guide and remove the

loading motor, loading motor board assembly and motorguide altogether by pulling them up.

(3) When replacing the loading motor board assembly, takecare with the orientation of the loading motor. (Install sothat the loading motor label faces upward.)

(4) When the motor pulley has been replaced, choose thefitting dimension as indicated in Fig.2-2-7a.

2.2.4 Pinch roller arm assembly

1. How to remove(1) Remove the spring from the hook of the press lever as-

sembly.(2) Remove the slit washer and remove the pinch roller seat

2. (See Fig.2-2-4a.)(3) Remove the pinch roller arm assembly by pulling it up.

Fig. 2-2-5a

2.2.6 A/C head

1. How to remove(1) Remove the two screws (A) and remove the A/C head

together with the head base.(2) When replacing only the A/C head, remove the three

screws (B) while controlling the compression spring.

Fig. 2-2-6a

Fig. 2-2-6c

Fig. 2-2-4a

2.2.5 Guide arm assembly and press lever assembly

1. How to remove(1) Remove the spring and expand the lug of the lid guide in

the arrow-indicated direction. Then remove the guide armassembly by pulling it up.

(2) Remove the press lever assembly by pulling it up. (SeeFig.2-2-5a.)

Tension spring


Guide arm assembly

LugLid guide

Head base

Screws(A)

A/C head

Compression springs

Head base

A/C head boardassembly

A/C head

Screws(B)

Fig. 2-2-6b

2. How to install(1) To make the post-installation adjustment easier, set the

temporary level as indicated in Fig.2-2-6c. Also make surethat the screw center (centre) is brought into alignmentwith the center (centre) position of the slot.

Head base

Head base

Screw

A/C head

A/C head

12.4 mm

Pinch roller seat2



Slit washer

Spring


Fig. 2-2-3i

Relay gear

Drive gear Limit gear

Guide holeNotches Notch

B

AA

B

2-9

Fig. 2-2-8b

Loading motor board assembly

Loading motor

Motor guide

Worm gear

Belt

Lugs

6.5 ± 0.2 mm

Motor pulley

LAB

EL

Fig. 2-2-7a

Fig. 2-2-8a

2.2.8 Capstan motor

1. How to remove(1) Remove the belt (capstan) on the mechanism assembly

back side.(2) Remove the three screws (A) and remove the capstan

motor.

Capstan motor

Belt

Screw(A)

Screws(A)

2. How to install (Centering the mounting position)When the capstan motor has once been removed and thenreinstalled out of the initial correct position in the rotationaldirection, the capstan motor current may be unstable duringoperation in high or low temperatures. This may result ingreater Wow & Flutter and occasionally in power breakdownbecause of current over - load. Install the capstan motor whilefollowing the procedure given below.(The capstan motor is centrally located when the unit isshipped from the factory.)

(1) Provisionally tighten the three screws (A) securing thecapstan motor.

(2) Install the mechanism assembly to which the capstanmotor is provisionally fastened on the bottom chassiswhich incorporates the Main board assembly. (No needto tighten the screws for mounting the mechanism.)Make sure that all the connectors for the mechanism as-sembly and the Main board assembly are correctly in-stalled as indicated in Fig. 2-2-8b.

(3) Making sure that the connector for the capstan motor iscorrectly mounted, and securely tighten the three screws(A).

Note:• When the capstan motor has been replaced with a new

one, perform recording in the EP(or LP) mode for atleast 2 minutes at normal temperatures immediately be-fore starting the FF/REW or SEARCH operations (Ag-ing).

SpacerSpacer

Connector forthe capstan motor

2.2.9 Pole base assembly (supply or take-up side)

1. How to remove(1) Remove the UV catcher 2 on the removal side by loos-

ening the screw (A).(2) Remove the pole base assembly on the supply side from

the mechanism assembly by loosening the screw (B) onthe mechanism assembly back side and sliding the polebase assembly toward the UV catcher 2.

(3) As for the pole base assembly on the take-up side, turnthe pulley of the loading motor to lower the cassetteholder because the screw (B) is hidden under the con-trol plate. (See the “Procedures for Lowering the Cassetteholder assembly” of 1.3 DISASSEMBLY/ASSEMBLYMETHOD.) Further turn the motor pulley to move the cas-sette holder until the screw (B) is no longer under the con-trol plate (in the half-loading position). Then remove it asdone for the supply side by removing the screw (B).

Note:• After reinstalling the Pole base assembly and the UV

catcher2, be sure to perform compatibility adjustment.

Fig. 2-2-9a

Screw(B)

Screw(A)

UV catcher2

Screw(A)

UV catcher2

2-10

Fig. 2-2-11a

2. How to install(1) Install the clutch gear, spring (A), spring (C), direct gear,

spacer and others to the individual shafts of the maindeck, and finally the slit washer. (See Fig.2-2-12a.)

(2) Let the spring (B) drops into the rotary encoder guide holeand install the change lever assembly.(Take care not tomistake a direction of the spring.) The point is to slightlylift the coupling gear and catch it from the both sides withthe assembly. (See Fig.2-2-12b.)

Slit washer

Belt

Clutch unit

2.2.11 Clutch unit

(1) Remove the belt wound around the capstan motor andthe clutch unit.

(2) Remove the slit washer and remove the clutch unit.

Fig. 2-2-12b

Fig. 2-2-12a

Spacer

Change lever assembly

Direct gear

Clutch gear

Spring (C)

Slit washer

Lugs

Spring(A)Position the projecting side down.

Spring(B)

Washer (*1)

Spacer

Coupling gear

Spring(B)

Rotary encoder guide

Main deck Main deck

Change lever assembly

Coupling gear

2.2.12 Change lever assembly, direct gear, clutch gearand coupling gear

1. How to remove(1) Release the two lugs of the rotary encoder guide in the

arrow-indicated direction and remove the change leverassembly.

(2) Remove the slit washer retaining the direct gear and re-move the latter.Take care so as not to lose the washer and spring. (SeeFig.2-2-12a.)

2.2.10 Rotary encoder

1. How to remove(1) Remove the screw (A) and remove the rotary encoder

by pulling it up. (See Fig. 2-2-10a.)

Fig. 2-2-10a

Rotary encoder (Front side)

Screw(A)

Rotary encoder (Back side)

Positioning pin of the rotary encoder

Guide marks

Fig. 2-2-10b

2. How to install (Phase matching)(1) Make sure that the mark E of the control plate is in align-

ment with the mark of the loading arm gear shaft andbring the guide marks on the rotary encoder into align-ment as indicated in Fig.2-2-10a. (See Fig. 2-2-10a andFig. 2-2-10b.)

(2) Turn over the rotary encoder with its guide marks kept inalignment and install it by fitting on the shaft of the rotaryencoder guide and the positioning pin.

(3) Tighten the screw (A) to complete the installation.

Control plateShaft of the rotary encoder guide

Mark E

Note:• The parts with marked (*) have different types of mechanisms (standard type or high-

speed FF/REW type).

*1 : Uses the standard type mechanism only.

*2 : Uses the high-speed FF/REW type mechanism only.

2-11

Fig. 2-2-13a

Slit washers

Link lever

Locking section of the control plate

2.2.13 Link lever

1. How to remove(1) Remove the two slit washers.(2) Remove the link lever by lifting it from the shaft retained

by the slit washers. Then swing the link levercounterclockwise and remove it from the locking sectionof the control plate.

Fig. 2-2-13b

2. How to install (Phase matching)(1) Slide the control plate so that its mark E is aligned with

the mark on the loading arm gear shaft. (See Fig.2-2-13b.)

(2) Rotate the worm gear until the guide hole of the controlcam is aligned exactly with the guide hole of the maindeck. (See Fig.2-2-13c.)

(3) Insert the link lever into the locking section of the controlplate. (See Fig.2-2-13a.)

(4) Rotate the link lever clockwise so that it is installed onthe shafts in the center (centre) and on the left of the con-trol cam.

(5) Fasten the slit washers at these two points.

Control plateShaft of the rotary encoder guide

Mark E

Fig. 2-2-13c

Worm gear

Control cam

Main deck guide hole

Control cam guide hole

Cassette gear

2.2.14 Cassette gear, control cam and worm gear

1. How to remove(1) Remove the control cam by lifting it.(2) Open the two lugs of the cassette gear outward and pull

the latter off.(3) Remove the belt wound around the worm gear and the

loading motor.(4) Open the lug of the lid guide outward and remove the

worm gear.

Fig. 2-2-14a

2.2.15 Control plate

1. How to remove(1) Remove the screw (A) retaining the control bracket 1 and

remove the latter.(2) Slide the control plate as indicated by the arrow and re-

move the control plate. (See Fig.2-2-15a.)

Belt

Loading motor

Lug

Worm gear Lid guide

Lugs

Cassette gear

Control cam

Fig. 2-2-15a

Control bracket1

Control plate

Screw(A)

2. How to install (Phase matching)(1) Adjust the position of the idler arm assembly pin as indi-

cated in Fig.2-2-15b (to the left of center (centre) of theR section).

(2) Bring the guide hole of the take-up lever into alignmentwith the hole at the control plate guide and fix the posi-tion by inserting a 1.5 mm hexagonal wrench.

2-12

2. How to install(1) Align the notch of the loading arm gear (take-up side) to

the projection B of the loading arm gear shaft and slip itover. Then rotate it clockwise for alignment with the pro-jection A and slip it down to the bottom. (See Fig.2-2-16b.)

(2) Then turn the loading arm gear (take-up side)counterclockwise. Hang the torsion arm on the pole baseassembly (take-up side) and tighten the screw (B).

(3) Install the loading arm gear (supply side) so that the guidemark of the loading arm gear (take-up side) is in align-ment with the guide mark of the loading arm gear (sup-ply side). Then hang the torsion arm on the pole baseassembly (supply side) and tighten the screw (A). (SeeFig.2-2-16a.)

Fig. 2-2-16b

Projection A Loading arm gear shaft

Loading arm gear (take-up side)

Projection B

Fig. 2-2-15b

Idler arm assembly pin

Take-up lever

Insert

R section

Guide hole of the control plate guide

1.5mm hexagonal wrench

2.2.16 Loading arm gear (supply or take-up side) andloading arm gear shaft

1. How to remove(1) Remove the loading arm gear (supply side) by loosen-

ing the screw (A). (See Fig. 2-2-16a.)(2) Remove the screw (B) and remove the torsion arm from

the pole base assembly (take-up side). (See Fig.2-2-16a.)

Fig. 2-2-15c

Section AHole A

Section BHole B

Section CControl plate


Press-fit

Section B

Hole BSection C Tension arm assembly shaft

Section DSection D

Section A

Hole A

(3) Install the control plate so that the section A of the load-ing arm gear shaft fits into the hole (A) of the control plate,the section B of the control plate guide into the hole (B),and the control plate comes under the section C of therotary encoder guide and the section D of the loading armgear shaft while press-fit the pole base assmebly (sup-ply side) as indicated by the arrow. It is important thatthe tension arm assembly shaft is positioned closer to-ward you than the control plate. (See Fig.2-2-15c.)

(4) Make sure that the mark E of the control plate is in align-ment with the mark of the loading arm gear shaft. (SeeFig.2-2-15c.)

(5) Pull off the hexagonal wrench for positioning.

Fig. 2-2-16a

(3) Turn the loading arm gear (take-up side) clockwise sothat the notch of the loading arm gear (take-up side) isin alignment with the projection of the loading arm gearshaft and lift it.Likewise, turn the loading arm counterclockwise so thatthe notch is in alignment with the projection and removethe loading arm gear (take-up side). (See Fig.2-2-16a andFig. 2-2-16b.)

(4) When removing the loading arm gear shaft, be sure offirst removing the screw retaining the drum assembly (onthe back side of the loading arm gear shaft). Then re-move the screw (C) and remove the loading arm gearshaft by sliding it.

Guide marks

Screw(A)

Screw(C)

Notch

Pole base assembly(supply side)

Pole base assembly(take-up side)

Screw(B)

Torsion arm

Loading arm gear(take-up side)

Loading arm gear(supply side) Loading arm gear shaft

2-13

2.2.17 Take-up lever, take-up head and control plateguide

(1) Remove the spring of the take-up lever from the maindeck.

(2) Remove the lug (A) of the take-up lever from the maindeck and pull out the take-up lever and the take-up headtogether.

(3) Remove the screw (A).(4) Align the idler arm assembly pin in the center (centre) of

the R section of the control plate guide, remove the con-trol plate guide lugs (B) and (C) from the main deck, andremove the control plate guide.

Fig. 2-2-17a

Take-up head

Screw(A)

Lug(A)

Lug(B)

Control plate guide

Take-up lever

Lug(C)

Idler arm assembly pin

2.2.18 Capstan brake assembly

1. How to remove(1) Move the lug (A) of the capstan brake assembly in the

arrow-indicated direction so that it comes into alignmentwith the notch of the main deck. (See Fig. 2-2-18a.)

(2) Remove the lug (B) of the capstan brake assembly fromthe main deck and remove the capstan brake assembly.

Fig. 2-2-18a

Capstan brake assembly

Lug(A)

Lug(B)

2.2.19 Sub brake assembly (take-up side)

1. How to remove(1) Remove the spring attached to the lid guide and sub

brake assembly (take-up side).(2) Bring the lug (A) of the sub brake assembly (take-up side)

into alignment with the notch of the main deck.(3) Remove the lugs (B) and (C) of the sub brake assembly

(take-up side) from the main deck and remove the subbrake assembly (take-up side).

Fig. 2-2-19a

Spring

Sub brakeassembly(take-up side)

Lug(B)

Lug(A)

Lug(C)

Fig. 2-2-20a

Lug(D)

Lug(C) SpringLug(E)

Lug(A)

Lug(B)

Main brake assembly(take-up side)

Reel disk(take-up side)

Main brake assembly(supply side)

Notch

2.2.20 Main brake assembly (take-up side), reel disk(take-up side) and main brake assembly (supplyside)

1. How to remove(1) Move the main brake assembly (take-up side) in the ar-

row-indicated direction and remove the reel disk (take-up side).

(2) Remove the spring attached to the main brake assembly.(3) Remove the lug (A) of the main brake assembly (take-

up side) and pull out the lug (B) after bringing it into align-ment with the main deck notch.

(4) Remove the lugs (C), (D) and (E) of the main brake as-sembly (supply side) from the main deck and pull themoff. (See Fig.2-2-20a.)

(5) When installing the main brake assembly (take-up side),slide the brake lever in the direction as indicated by thearrow to prevent it from hitting the projection of the mainbrake assembly (take-up side). (See Fig.2-2-20b.)

Fig. 2-2-20b

Projection of the mainbrake assembly(take-up side)

Rotary encoder guide(*1)Brakelever

Note:• The parts with marked ( *) have different types of mechanisms (standard type

or high-speed FF/REW type).

*1 : Uses the standard type mechanism only.

2-14

2.2.22 Idler lever, idler arm assembly

1. How to remove(1) Remove the lug of the idler lever from the main deck and

remove the hook fitted in the idler arm assembly hole bylifting it.

(2) Remove the slit washer and pull out the idler arm assem-bly.

2.2.24 Rotor assembly

1. How to remove(1) Remove the stator assembly.(2) Remove the two screws (B) and remove the rotor assem-

bly.

2. How to install(1) Match the phases of the upper drum assembly and the

rotor assembly as indicated in Fig.2-2-24a.(2) Place the upper drum assembly hole (a) over the rotor

assembly holes (b) (with three holes to be aligned) andtighten the two screws (B). (See Fig.2-2-24a.)

Lug Idler lever

Hook

Idler armassembly

Slit washer

Fig. 2-2-23a

Stator assembly Flat cable(Take care not to mix up thepolar faces when installing.)

Lug wire(Note)

Screw (A)

Screw (A)

Lug wire

Drumshaft

Screw (B)

2.2.21 Tension brake assembly, reel disk (supply side)and tension arm assembly

1. How to remove(1) Remove the three lugs of the tension brake assembly

from the main deck and pull them off.(2) Remove the reel disk (supply side) by loosening in the

arrow-indicated direction the main brake assembly (sup-ply side).

(3) Remove the tension spring on the back of the main deck.Then release the lug of the tension arm bearing in thearrow-indicated direction and draw out the tension armassembly. (See Fig. 2-2-21a.)

Fig. 2-2-21a

Lugs

Tension brakeassembly

Lug of the tensionarm bearing

Reel disk(supply side)

Tension armassembly

Tension spring Main brake assembly(supply side)

Fig. 2-2-22a

Screws (B)

Rotor assembly

Hole(a)

Hole(b)

Screw holes

Upper drumassembly

The hole is not in line but is offset toward the right.

Fig. 2-2-24a

2.2.23 Stator assembly(1) Remove the flat cable.(2) Remove the two screws (A), (B) and remove the lug wire.(3) Remove the stator assembly by lifting in the arrow-indi-

cated direction. (Take care that the brush spring does notjump out.)

Notes:• Be careful not to lose the brush and spring.• There are some models that do not use the lug wire.

Refer to the parts list for these models.• When tightening the screw (B), place the caulked part

of the lug terminal near to the shaft of the drum andthen tighten it.

• After installation, be sure to perform the switchingpoint adjustment according to the electrical adjustmentprocedure.

2-15

2.2.25 Upper drum assembly

Notes:• To replace the upper drum assembly only may not be

possible with some models. For upper drum assem-bly replacement, refer to the parts list. (When the partsnumber of the upper drum assembly is not listed onthe parts list, then this cannot be replaced.)

• When replacement is required, control the up- downmovement of the brush. Never apply grease.

• When replacing the upper drum assembly, replace itthe together with the washer.

1. How to remove(1) Remove the stator assembly and rotor assembly.(2) Loosen the screw of the collar assembly using a 1.5 mm

hexagonal wrench and remove the collar assembly. Alsoremove the brush, spring and cap at one time.

(3) Remove the upper drum assembly and remove thewasher using tweezers.

2. How to install(1) Clean the coil parts of the lower drum assembly and the

newly installed upper drum assembly with an air brushin advance. (See Fig.2-2-25b.)

(2) Install a new washer and upper drum assembly on thedrum shaft. (See Fig.2-2-25a.)

(3) Install the cap to the upper drum assembly.(4) Position the collar assembly as indicated in Fig.2-2-25c

while controlling its up- down movement.(5) Secure the collar assembly in position with a hexagonal

wrench while pressing its top with the fingers.(6) After installation, gently turn the upper drum assembly

with your hand to make sure that it turns normally. Theninstall the brush and the spring.

(7) Install the rotor assembly and stator assembly accordingto Fig 2-2-23a and 2-2-24a.

(8) When installation is complete, clean the upper drum as-sembly and lower drum assembly and carry out the fol-lowing adjustments.

• PB switching point adjustment• Slow tracking adjustment• Compatibility adjustment (Be sure to check for compat-

ibility for the EP (or LP) mode.)

Fig. 2-2-25a

Fig. 2-2-25b

Spring

Brush

Cap

Upper drumassembly

Washer

Lower drum assembly

Shaft

1.5 mm hexagonal wrench

Loosen

Collarassembly

Upper drum assembly

Coil parts

Lower drum assembly

Fig. 2-2-25c

Fig. 2-2-25d

CollarassemblyUpper drum

assembly

TightenCollarassembly

Press

2-16

Fig. 2-3-1a

Improper waveform variation

Max level Min level Proper waveform variation

Fig. 2-3-1b

Roller driver

Guide roller (supply side)

2.3 Compatibility adjustment

Notes:• Although compatibility adjustment is very important,

it is not necessary to perform this as part of the nor-mal servicing work. It will be required when you havereplaced the A/C head, drum assembly or any part ofthe tape transport system.

• To avoid any damage to the alignment tape while per-forming the compatibility adjustment, get a separatecassette tape (for recording and play back) ready tobe used for checking the initial tape running behavior.

• Unless otherwise specified, all measuring points andadjustment parts are located on the Main board.

• When using the Jig RCU, it is required to set the VCRto the Jig RCU mode (the mode in which codes fromthe Jig RCU can be received). (See SECTION 1 DISAS-SEMBLY.)

(1) Play back the alignment tape (A1).(2) Apply the external trigger signal to D.FF (E), to observe

the V.PB FM waveform at the measuring point (D).(3) Set the VCR to the manual tracking mode.(4) Make sure that there is no significant level drop of the

V.PB FM waveform caused by the tracking operation, withits generally parallel and linear variation ensured. Per-form the following adjustments when required. (See Fig.2-3-1a.)

(5) Reduce the V.PB FM waveform by the tracking opera-tion. If a drop in level is found on the left side, turn theguide roller of the pole base assembly (supply side) withthe roller driver to make the V.PB FM waveform linear.If a drop in level is on the right side, likewise turn the guideroller of the pole base assembly (take-up side) with theroller driver to make it linear. (See Fig. 2-3-1c.)

(6) Make sure that the V.PB FM waveform varies in paralleland linearly with the tracking operation again. When re-quired, perform fine-adjustment of the guide roller of thepole base assembly (supply or take-up side).

2.3.1 FM waveform linearity

Fig. 2-3a Jig RCU [PTU94023B]

(7) Unload the cassette tape once, play back the alignmenttape (A1) again and confirm the V.PB FM waveform.

(8) After adjustment, confirm that the tape wrinkling does notoccur at the roller upper or lower limits. (See Fig. 2-3-1d.)

[Perform adjustment step (9) only for the modelsequipped with SP mode and EP (or LP) mode.]

(9) Repeat steps (1) to (8) by using the alignment tape (A2).

INITIAL MODE

DATA CODE



Jig RCU

Signal (A1) • Alignment tape(SP, stairstep, PAL) [MHPE](A2) • Alignment tape(LP, stairstep, PAL) [MHPE-L]

Mode (B) • PB

Equipment (C) • Oscilloscope

Measuring point (D) • TP106 (PB. FM)

External trigger (E) • TP111 (D.FF)

Adjustment part (F) • Guide roller [Mechanism assembly]

Specified value (G) • Flat V.PB FM waveform

Adjustment tool (H) • Roller driver [PTU94002]

2-17

Fig. 2-3-1d

(a) Guide roller

(b) Guide pole

Improper Proper

Fig. 2-3-1c

A B

C D

Level drop at the guide roller (supply side)

Level drop at the guide roller (take-up side)

• Proper waveform variation: Always flat

• Improper waveform variation:

Higher Lower

2.3.2 Height and tilt of the A/C head

Note:• Set a temporary level of the height of the A/C head in

advance to make the adjustment easier after the A/Chead has been replaced. (See Fig.2-2-6c.)

(2)

(3)

(1)

AUDIO OUT

Head base

A/C head

CTL. P

Fig. 2-3-2a

(1) Play back the alignment tape (A).(2) Apply the external trigger signal to D.FF (E), to observe

the AUDIO OUT waveform and Control pulse waveformat the measuring points (D1) and (D2) in the ALT mode.

(3) Set the VCR to the manual tracking mode.

Signal (A) • Alignment tape(SP, stairstep, PAL) [MHPE]

Mode (B) • PB


Measuring point (D1) • AUDIO OUT terminal(D2) • TP4001 (CTL. P)


Adjustment part (F) • A/C head [Mechanism assembly]

Specified value (G) • Maximum waveform

2.3.3 A/C head phase (X-value)

Signal (A1) • Alignment tape(SP, stairstep, PAL) [MHPE]

Mode (B) • PB




Adjustment part (F) • A/C head base [Mechanism assembly]

Specified value (G) • Maximum V.PB FM waveform

Adjustment tool (H) • A/C head positioning tool [PTU94010]

(1) Play back the alignment tape (A1).(2) Apply the external trigger signal to D.FF (E), to observe

the V.PB FM waveform at the measuring point (D).(3) Set the VCR to the manual tracking mode.(4) Loosen the screws (4) and (5), then set the A/C head

positioning tool to the innermost projected part of the A/C head. (See Fig. 2-3-3a.)

(5) Turn the A/C head positioning tool fully toward the cap-stan. Then turn it back gradually toward the drum andstop on the second peak point position of the V.PB FMwaveform output level. Then tighten the screws (4) and(5).

(6) Perform the tracking operation and make sure that theV.PB FM waveform is at its maximum.If it is not at maximum, loosen the screws (4) and (5),and turn the A/C head positioning tool to bring the A/Chead to a position, around where the waveform reachesits maximum for the first time. Then tighten the screws(4) and (5).

(4) Adjust the AUDIO OUT waveform and Control pulsewaveform by turning the screws (1), (2) and (3) little bylittle until both waveforms reach maximum. The screw (1)and (3) are for adjustment of tilt and the screw (2) for azi-muth.

2-18

2.3.4 Standard tracking preset

Fig. 2-3-3b

Fig. 2-3-3a

Alignment tape [SP, stairstep]played with the SP head

Alignment tape [EP(LP), stairstep]played with the EP(LP) head

Drum side Control head position Capstan side

X-value adjustment point

Maximum

Wav

efor

m o

utpu

t[Perform adjustment steps (7) to (10) only for 2 Headmodels equipped with LP mode.]

(7) Then play back the alignment tape (A2).(8) Set the VCR to the manual tracking mode.(9) Perform the tracking operation and make sure that the

V.PB FM waveform is at its maximum.(10) If it is not at maximum, loosen the screws (4) and (5),

and turn the A/C head positioning tool to bring the A/Chead to a position, around where the waveform reachesits maximum for the first time. Then tighten the screws(4) and (5).

Note:• After adjusting, always perform the confirmation and

re-adjustment of the item 2.3.4.

(1) Play back the alignment tape (A).(2) Apply the external trigger signal to D.FF (E), to observe

the V.PB FM waveform at the measuring point (D).(3) Confirm that the automatic tracking operation is com-

pleted.

Signal (A) • Alignment tape(LP, stairstep, PAL) [MHPE-L]

Mode (B) • PB ¥ Auto adjust




Adjustment part (F) • Jig RCU: Code “50”

Specified value (G) • STOP mode(Maximum V.PB FM waveform)

Adjustment tool (H) • Jig RCU [PTU94023B]

2.3.5 Tension pole position

(1) Play back the back tension cassette gauge (A).(2) Check that the indicated value on the left side gauge is

within the specified value (G).(3) If the indicated value is not within the specified value (G),

perform the adjustment in a following procedure.

1) Set the VCR to the mechanism service mode. (SeeSECTION 1 DISASSEMBLY.)

2) Set the VCR to the play back mode and adjust by turn-ing adjustment pin to align the tension arm assemblyedge with the main deck hole (A) on the right edgemarker. (See Fig. 2-3-5a)

Signal (A) • Back tension cassette gauge[PUJ48076-2]

Mode (B) • PB

Adjustment part (F) • Adjust pin [Mechansim assembly]

Specified value (G) • 25 - 51 gf•cm (2.45 – 5 × 10-3 Nm]

0.5 mm

Hole (A)Edge

Marker

Tension armassembly

Adjust pin

Tension brake assembly


A/C head positioning tool Screw (4)

Screw (5)

Toward the drumToward the capstan

To the drum

A/C headTo the capstan

Head base

Fig. 2-3-5a

(4) Set the VCR to the Auto adjust mode by transmitting thecode (F) twice from the Jig RCU. When the VCR entersthe stop mode, the adjustment is completed.

(5) If the VCR enters the eject mode, perform adjustment forthe audio control head phase (X-value) again.

2-19

Control plate mark E U CI

CASS-INS

FR

FF/REW

ST

STOP

R

REV

SL

SLOW/STILL

P

PLAYEJECT END

CASS-UPMechanism mode

HIGH

LOWC CH

Rotary encoderHIGH

LOWB CH

HIGH

ONHALF PRESS

CONTACTOFF

LOWA CH

0Control cam angle 69 136 370 412.42318.7264.7230

0Rotary encoderangle

Pole base

20 42.6 52.6 114.6 150.4 167.8 178.8 207.2 218.2 240.2 251.2 293.2 304.2 320.4 335

IN FF/REW

OUT PLAY

Direct gear

Change lever 2

ONHALF REV

HALF FF/REWOFF

Tension arm

ONCONTACT

OFF

Main brake S

ONCONTACT

OFF

Main brake T

ON

OFF

Sub brake S

ON

OFF

Sub brake T

ON

OFF

OFF

ON

Capstan brake

ON

OFF

Rec safety switch

Operation mode

ON PLAYON REV

CONTACTOFF

(C-INS)

Pinch roller

SUPPLY

CENTER

TAKE-UP

Idler position

READY

RESET

Take-up lever

ON

OFF

Guide arm

Timer RECstandby

Backspace Slow FOR

STOP(drum at stop)

Search REW REC

REC pause

POWER OFF(cassette loaded)

Slow REW Search FF

STOP(drum in motion)

Mechanism Timing Chart

3-1

SECTION 3ELECTRICAL ADJUSTMENT

3.1 Precaution

The following adjustment procedures are not only necessaryafter replacement of consumable mechanical parts or boardassemblies, but are also provided as references to be referredto when servicing the electrical circuitry.In case of trouble with the electrical circuitry, always begin aservice by identifying the defective points by using the meas-uring instruments as described in the following electrical ad-justment procedures. After this, proceed to the repair, replace-ment and/or adjustment. If the required measuring instrumentsare not available in the field, do not change the adjustmentparts (variable resistor, etc.) carelessly.

3.1.1 Required test equipments

• Color (colour) television or monitor• Oscilloscope: wide-band, dual-trace, triggered delayed sweep• Frequency counter• Signal generator: RF / IF sweep / marker• Signal generator: stairstep, color (colour) bar [PAL/SECAM]• Recording tape• Digit-key remote controller (provided)

3.1.2 Required adjustment tools

3.1.3 Color (colour) bar signal,Color (colour) bar pattern

3.1.4 Switch settings and standard precautions

The SW settings of the VCR and the standard precautions forthe electrical adjustments are as follows.

• When using the Jig RCU, it is required to set the VCR tothe Jig RCU mode (the mode in which codes from the JigRCU can be received). (See SECTION 1 DISASSEMBLY.)

0.3 Vp-p

0.7 Vp-p

R-Y B-Y R-Y B-YCyan

Carrier(4.250 MHz) Horizontal sync

Blu

eR

edM

agen

taG

reenW

hite

(100

%)

Yel

low

Whi

te(1

00%

)

Carrier(4.406 MHz)

B-Y colour BARR-Y colour BAR

Whi

te

Yel

low

Cya

n

Gre

en

Mag

enta

Red

Blu

e

B–Y BlackWhite100%R–Y

s Colour bar signal [SECAM] s Colour bar pattern [SECAM]

Jig RCUPTU94023B

Alignment tape(SP, stairstep, PAL)

MHPE

Alignment tape(LP, stairstep, PAL)

MHPE-L

LPFPTU93006

Alignment tape(S-VHS, SP/LP, color (colour) bar)

MH-2H3.1.5 EVR Adjustment

Some of the electrical adjustments require the adjustmentperformed by the EVR system. The main unit have EEPROMsfor storing the EVR adjustment data and user setups.

Notes:• In the EVR adjustment mode, the value is varied with

the channel buttons (+, –). The adjusted data is storedwhen the setting mode changes (from PB to STOP,when the tape speed is changed, etc.). Take care toidentify the current mode of each adjustment itemwhen making an adjustment.

• When changing the address setting in the EVR adjust-ment mode, use the Jig RCU or the remote controllerhaving numeric keypad with which a numeric code canbe directly input.The remote control code of the Jig RCU correspondsto each of the digit keys on the remote controller asfollows.

• As the counter indication and remaining tape indica-tion are not displayed FDP during the EVR adjustmentmode, check them on the TV monitor screen.

• When performing the EVR adjustment, confirm that theFDP indication is changed to the EVR mode, as shownbelow.

Digit-key 0 1 2 3 4 5 6 7 8 9

Code 20 21 22 23 24 25 26 27 28 29

• Set the switches as shown below unless otherwisespecified on the relevant adjustment chart. The switchesthat are not listed below can be set as desired.If the VCR is not equipped with the functions detailedbelow, setup is not required.

• If there is a reference to a signal input methed in thesignal column of the adjustment chart, “Ext. S-input”means the Y/C separated video signal and “Ext. input”means the composite video signal input.

• Unless otherwise specified, all measuring points andadjustment parts are located on the Main board.

INITIAL MODE

DATA CODE



Jig RCU

AUTO PICTURE/VIDEO CALIBRATION/ OFFB.E.S.T./D.S.P.C.

PICTURE CONTROL/SMART PICTURE NORMAL/NATURAL

VIDEO STABILIZER OFF

TBC ON

Digital 3R ON

VIDEO NAVIGATION/TAPE MANAGER OFF

FDP

Fig. 3-1-4a Jig RCU [PTU94023B]

Fig. 3-1-5a EVR mode

(75%)

White(75%)

0.7 V

0.3 V

Horizontal sync

V U

1V

White(100%)

Yel

low

Cya

nG

reen

Mag

enta

Red

Blu

e

Burst

0.3 V

V(R-Y)U(B-Y)

Whi

te

Yel

low

Cya

n

Gre

en

Mag

enta

Red

Blu

e

U BlackWhite100%V

• Color(colour) bar signal [PAL] • Color(colour) bar pattern [PAL]

3-2

Fig. 3-2-1a Switching point

V.syncTrigger pointSwitching point

V. rate

3.2.2 Slow tracking preset

Signal (A1) • Ext. input(A2) • Color (colour) bar signal [PAL]

Mode (B1) • VHS SP(B2) • VHS LP

Measuring point (D) • TV-Monitor

Adjustment part (F) • Jig code “71“ or “72”

Specified value (G) • Minimum noise


(1) Record the signal (A2) in the mode (B1), and play backthe recorded signal.

(2) Set the VCR to the manual tracking mode.(3) Set the VCR to the FWD slow (+1/6x) mode.(4) Transmit the code (F) from the Jig RCU to adjust so that

the noise bar becomes the specified value (G) on the TVmonitor in the slow mode.

(5) Set the VCR to the Stop mode.(6) Confirm that the noise bar is (G) on the TV monitor in

the slow mode.(7) Repeat steps (3) to (6) in the REV slow (–1/6x) mode.(8) Repeat steps (1) to (7) in the mode (B2).

Note:• For FWD slow (+1/6x) playback, transmit the code “08”

from the Jig RCU to enter the slow playback mode, andtransmit the code “D0” for REV slow (–1/6x) mode.

3.2 Servo circuit

3.2.1 Switching point

Signal (A1) • Stairstep signal(A2) • Alignment tape (SP,stairstep,PAL) MHPE

Mode (B) • PB


Measuring point (D1) • VIDEO OUT terminal (75Ø terminated)(D2) • TP106 (PB. FM)

External trigger (E) • TP111 (D.FF)/slope : –

Adjustment part (F) • Jig code “5A”

Specified value (G) • 7.5 ± 0.5H


(1) Play back the signal (A1) of the alignment tape (A2).(2) Apply the external trigger signal to D.FF (E) to observe

the VIDEO OUT waveform and V.PB FM waveform at themeasuring points (D1) and (D2).

(3) Set the VCR to the manual tracking mode.(4) Adjust tracking so that the V.PB FM waveform becomes

maximum.(5) Set the VCR to the Auto adjust mode by transmitting the

code (F) from the Jig RCU. When the VCR enters thestop mode, the adjustment is completed.

(6) If the VCR enters the eject mode, repeat steps (1) to (5)again.

(7) Play back the alignment tape (A2) again, confirm that theswitching point is the specified value (G).

Fig. 3-3-1a D/A level

(1) Insert the cassette tape (A3) to enter the mode (B).(2) Observe the VIDEO OUT waveform at the measuring

point (D).(3) Check the Y level value when the External S-input (Y/C

separated video signal).(4) Switch the input signal to the External input (composite

video signal), and adjust the adjustment part (F) so thatthe Y level becomes the same value observed in step(3).

Note:• The specified value (G) is just a reference value to be

obtained when the External S-Video (Y/C separatedvideo) signal is input. In actual adjustment, set it tothe value observed in step (3).

H. rate

Y level

3.3 Video circuit

3.3.1 D/A level

Signal (A1) • Ext. S-input / Ext. input(A2) • Color (colour) bar signal [PAL](A3) • S-VHS tape

Mode (B) • S-VHS• EE


Measuring point (D) • Y OUT terminal (75Ø terminated)

Adjustment part (F) • VR1201 (D/A LEVEL ADJ)[2D DIGITAL board]

• VR1401 [D/A LEVEL ADJ][3D DIGITAL/2M board]

Specified value (G) • 1.00 ± 0.015 Vp-p (reference value)(Note)

Signal (A1) • Ext. input(A2) • Color (colour) bar signal [PAL]

Mode (B1) • EE(B2) • S-VHS SP(B3) • VHS SP


Measuring point (D) • Y OUT terminal (75Ø terminated)

EVR mode (F1) • Jig code “57”EVR address (F2) • A : 11

(F3) • Jig code “21”(F4) • Jig code “18” or “19” (Channel +/-)

Specified value (G) • 1.00 ± 0.05 Vp-p [2D DIGITAL board]• 1.00 ± 0.03 Vp-p [3D DIGITAL/2M board]


(1) Observe the Y OUT waveform at the measuring point (D).(2) Set the VCR to the EVR mode by transmitting the code

(F1) from the Jig RCU.(3) Set the EVR address to (F2) by transmitting the code (F3)

from the Jig RCU.

3.3.2 EE Y/PB Y (S-VHS/VHS) level

3-3

Fig. 3-3-2a EE/PB Y level

H. rate

Y level

(4) Transmit the code (F4) from the Jig RCU to adjust so thatthe Y level of the Y OUT waveform becomes the speci-fied value (G).

(5) Release the EVR mode of the VCR by transmitting thecode (F1) from the Jig RCU again. (When the EVR modeis released, the adjusted data is memorized.)


(7) Set the VCR to the manual tracking mode.(8) Repeat steps (1) to (5) in the mode (B2).(9) Record the signal (A2) in the mode (B3), and play back

the recorded signal.(10) Set the VCR to the manual tracking mode.(11) Repeat steps (1) to (5) in the mode (B3).

(1) Connect the adjustment tool (H2) to the measuring point(D1).

(2) Apply the external trigger signal to D.FF (E) to observe thePB color (colour) waveform at the measuring point (D2).

(3) Play back the signal (A3) in the mode (B1) of the align-ment tape (A1).

(4) Set the VCR to the manual tracking mode.(5) Adjust tracking so that the PB color (colour) waveform

becomes maximum. Make a note of the higher PB color(colour) level as “B” at this time.


Fig. 3-3-3a LPF [PTU93006]

1 kØ 39 µH 180 µH

120 pF 180 pF

PB. FM 629 [kHz]PB COLOR (PB COLOUR)

3.3.3 REC color (colour) level

Signal (A1) • Alignment tape(S-VHS, SP/LP,Color(colour) bar)

(A2) • Ext. input(A3) • Color (colour) bar signal [PAL]

Mode (B1) • S-VHS SP(B2) • S-VHS LP


Measuring point (D1) • TP106 (PB. FM)(D2) • PB color (colour) output of the LPF



(F3) • Jig code “20” and “22”(F4) • Jig code “18” or “19” (Channel +/-)

Specified value (G) [HR-S6850MS/S7850MS/S7851MS]• SP: “B” x 125 ± 5%• LP: “B” x 125 ± 5%[HR-S8850MS]• SP: “B” x 125 ± 3%• LP: “B” x 125 ± 3%

Adjustment tool (H1) • Jig RCU [PTU94023B](H2) • LPF [PTU93006] (See Fig. 3-3-3a.)

Note:• After adjusting, always perform the confirmation and

re-adjustment of the item 3.4.1.

Fig. 3-3-3b REC color (colour) level

V. rate

Specifiedvalue (G)

(7) Set the VCR to the EVR mode by transmitting the code(F1) from the Jig RCU.

(8) Set the EVR address to (F2) by transmitting the code (F3)from the Jig RCU.

(9) Transmit the code (F4) from the Jig RCU to adjust so thatthe higher level channel becomes the specified value (G)of the note "B" level as shown in Fig. 3-3-3b. (Adjust be-fore recording, then confirm it by playing back.)

(10)After adjustment, record the signal (A3) then playing itback again. At this time, confirm that there is no invert-ing phenomenon or noise appearing on the playbackscreen.

(11)Release the EVR mode of the VCR by transmitting thecode (F1) from the Jig RCU again. (When the EVR modeis released, the adjusted data is memorized.)

(12)Repeat steps (3) to (11) in the mode (B2).

3.3.4 Video EQ (Frequency response)

Signal (A1) • Ext. S-input(A2) • Video sweep signal

Mode (B1) • S-VHS SP(B2) • S-VHS LP(B3) • Picture Control / Smart Picture

REC : Normal / NaturalPB : Edit / Distinct


Measuring point (D1) • Y OUT terminal (75Ø terminated)Frequency marker(D2) • 3 [MHz]




Specified value (G) • SP: 3.6 ± 0.4 div. (–1 ± 1 dB)• LP: 3.2 ± 0.4 div. (–2 ± 1 dB)


(1) Apply the external trigger signal to D.FF (E) to observethe Y OUT waveform at the measuring point (D1).


(3) Set the VCR to the manual tracking mode.(4) Set the VCR to the EVR mode by transmitting the code

(F1) from the Jig RCU.(5) Set the EVR address to (F2) by transmitting the code (F3)

from the Jig RCU.(6) Set the slope of the oscilloscope to the channel having

higher (D2) marker level of the Y OUT waveform [signal(A2)]. Then set the 100 kHz marker level to the “4” scaleon the oscilloscope. In this condition, transmit the code(F4) from the Jig RCU to adjust so that the (D2) markerlevel reaches the specified value (G).

3-4

3.4 Audio circuit

Notes:• This adjustment should be done after the “REC color

(colour) level adjustment” for the video circuit hasbeen completed.

• GND (Ground) should be taken from the Tuner shieldcase.

Signal (A1) • Ext. input(A2) • Audio: No signal(A3) • Video: Color (colour) bar signal [PAL]

Mode (B) • S-VHS LP


Measuring point (D) • TP2253 (A. PB. FM)




Specified value (G1) • 400 ± 100 mVp-p(G2) • More than 250 mVp-p


(1) Apply the external trigger signal to D.FF (E) to observethe Audio PB FM waveform at the measuring point (D).

(2) Record the signal (A3) with no audio signal input in themode (B), and play back the recorded signal.

(3) Set the VCR to the manual tracking mode.

3.4.1 Audio REC FM

3.3.5 Auto picture initial setting

Signal (A1) • Ext. input(A2) • Video: Optional(A3) • VHS tape

Mode (B) • EE ¥ Auto adjust (SP/LP REC ¥ PB)

Adjustment part (F) • Jig code “58”

Specified value (G) • STOP mode


(1) Insert the cassette tape (A3).(2) Set the VCR to the Auto adjust mode by transmitting the

code (F) from the Jig RCU. When the VCR enters thestop mode, the adjustment is completed. When the VCRenters the eject mode, repeat steps (1) to (2) again.


(8) Repeat steps (2) to (7) in the mode (B2).

100 kHzFour scale 1 MHz 2 MHz Frequencymarker (D2)

Specifiedvalue (G)

5 MHz

V. rate

Scale 4 (4 div.)

Fig. 3-3-4a Video EQ (Frequency Response)

(4) If the A.PB FM level is not within the specified value (G1),perform the adjustment in a following procedure.

(5) Set the VCR to the EVR mode by transmitting the code(F1) from the Jig RCU.

(6) Set the EVR address to (F2) by transmitting the code (F3)from the Jig RCU.

(7) Transmit the code (F4) from the Jig RCU to adjust so thatthe A.PB FM level of the higher channel level becomesthe specified value (G1). (Adjust before recording, thenconfirm it by playing back.)

(8) If the specified value (G1) is not obtained, transmit thecode (F4) from the Jig RCU to adjust so that the wave-form level of the lower channel level becomes the speci-fied value (G2). (Adjust before recording, then confirm itby playing back.)


Fig. 3-4-1a Audio REC FM

V. rate

Specifiedvalue (G1)

Specifiedvalue (G2)

3.5 Syscon circuit

Note:• When perform this adjustment, remove the Mechanism

assembly.

3.5.1 Timer clock

Signal (A) • No signal

Mode (B) • EE

Equipment (C) • Frequency counter

Measuring point (D1) • IC3001 pin 61Short point (D2) • IC3001 pin 24

(D3) • C3026 + and –

Adjustment part (F) • C3025 (TIMER CLOCK)

Specified value (G) • 1024.020 ± 0.02 Hz(976.5434 ± 0.0191 µsec)

(1) Connect the frequency counter to the measuring point(D1).

(2) Connect the short wire between the short point (D2) andVcc (5V).

(3) Short the leads of capacitor (D3) once in order to resetthe microprocessor of the SYSCON.

(4) Disconnect the short wire between the short point (D2)and Vcc then connect it again.

(5) Adjust the Adjustment part (F) so that the output fre-quency becomes the specified value (G).

3-5

3.6 PAL/SECAM Converter circuit

Note:• Unless otherwise specified in this P/S Converter cir-

cuit adjustments, all measuring points and adjustmentparts are located on the P/S Converter board.

Fig. 3-6-2 PAL burst position

Colour burst signal

H-SYNC

H.rate

C(Converted colour)

Y

Specified value (G)

3.6.2 SECAM burst position

(1) Observe the waveforms appeared at the measuringpoints (D1) and (D2).

(2) Adjust the adjustment part (F) so that the waveforms tim-ing width between the H-SYNC and the colour burst sig-nal becomes the specified value (G).

Signal (A1) • Color (colour) bar signal [SECAM]

Mode (B) • EE


Measuring point (D1) • CN1601 Pin 7(D2) • CN1601 Pin 3

Adjustment part (F) • VR1603

Specified value (G) • T = 5.6 ± 0.1 µsec

3.6.1 Colour difference level

(1) Observe the C (converted colour) waveform at the meas-uring point (D).

(2) Adjust the adjustment part (F1) so that the higher levelof the Yellow and Blue of the C waveform becomes thespecified value (G1).

(3) Adjust the adjustment part (F2) so that the higher levelof the Green and Magenta of the C waveform becomesthe specified value (G2).

Signal (A1) • Color (colour) bar signal [SECAM]

Mode (B) • EE


Measuring point (D) • CN1601 Pin 7

Adjustment part (F1) • VR1602 (B-Y ADJ)(F2) • VR1601 (R-Y ADJ)

Specified value (G1) • 460 ± 20 mVp-p : VR1602 (B-Y)(G2) • 620 ± 20 mVp-p : VR1601 (R-Y)

GREEN

H.rate

YELLOW BLUE

MAGENTA

Specified value (G2)

Specified value (G1)

Fig. 3-6-1 Colour difference level

4-1

SECTION 4CHARTS AND DIAGRAMS

NOTES OF SCHEMATIC DIAGRAM

Safety precautionsThe Components identified by the symbol arecritical for safety. For continued safety, replace safetycritical components only with manufacturer's recom-mended parts.

1. Units of components on the schematic diagram

Unless otherwise specified.1) All resistance values are in ohm, 1/6 W, 1/8 W (refer to

parts list).Chip resistors are 1/16 W.

K or k: k (1000 ), M: M (1000k )

2) All capacitance values are in µF, (P: PF).3) All inductance values are in µH, (m: mH).4) All diodes are 1SS133, MA165 or 1N4148M (refer to parts

list).

2. Indications of control voltage

AUX : Active at high

AUX or AUX(L) : Active at low

4) Indication on schematic diagramVoltage Indications for REC and PB mode on the sche-matic diagram are as shown below.

Note: If the voltages are not indicated on the schematicdiagram, refer to the voltage charts.

24

C33111/10

22201816

WF25

C3290.1/50

C3300.1/50

R344 47K

R34318K

R34510K

R34615K

Measurement point

Waveform number

5. Waveform measurement

1) Video circuitsREC : Colour bar signal in SP mode, normal VHS modePB : Alignment tape, colour bar SP mode, normal VHS

mode2) Audio circuits

REC : 1KHz, –8 dBs sine wave signal in SP mode, normalVHS mode

PB : REC then playback it3) Movie Camera circuits

Measured using a correctly illuminated gray scale or colourbar test chatrs in the E-E mode

4) Indication on schematic diagramWaveform indications on the schematic diagram are asshown below.

5) Waveform indications

Waveform number

WF25

REC/PB 1.2 Vp-p50 mV/2 msec/DIV

Waveform name ormeasurement point

Level : 1.2 Vp-p

ALC OUT

Mode : REC or PB modes

Oscilloscope Volts and Time/Division, Probe 10 : 1

1 2 32.5

(5.0)1.8

PB and REC modes(Voltage of PB and REC modesare the same)

PB mode

REC mode

3. Interpreting Connector indications

1

2

3

1

2

3

1

2

3

1

4

2

3

Removable connector

Wire soldered directly on board

Non-removable Board connector

Board to Board

Connected pattern on boardThe arrows indicate signal path

4. Voltage measurement

1) Video circuitsREC : Colour bar signal in SP mode, normal VHS modePB : Alignment tape, colour bar SP mode, normal VHS

mode— : Unmeasurable or unnecessary to measure

2) Audio circuitsREC : 1KHz, –8 dBs sine wave signal in SP mode, Nor-

mal VHS modePB : REC then playback it

3) Movie Camera circuitsMeasured using a correctly illuminated gray scale or colourbar test charts in the E-E mode

4-2

CIRCUIT BOARD NOTES

1. Foil and Component sides

1) Foil side (B side) :Parts on the foil side seen from foil face (pattern face)are indicated.

2) Component side (A side) :Parts on the component side seen from component face(parts face) indicated.

2. Parts location guides

Parts location are indicated by guide scale on the circuit board.

Note:For general information in service manual, please referto the Service Manual of GENERAL INFORMATION Edi-tion 4 No. 82054D (January 1994).

6. Signal path Symbols

The arrows indicate the signal path as follows.

Playback signal path

Playback and recording signal path

Recording signal path(including E-E signal path)

Capstan servo path

Drum servo path

(Example)R-Y

Y

Playback R-Y signal path

Recording Y signal path

7. Indication of the parts for adjustments

The parts for the adjustments are surrounded with the circle asshown below.

8. Indication of the parts not mounted on the circuit board

“OPEN” is indicated by the parts not mounted on the circuitboard.

R216

OPEN

REF No. LOCATION

IC Category: IC

Horizontal “A” zone

Vertical “6” zone

B : Foil side(A : Component side)

C : Chip component(D : Discrete component)

IC101 B C 6A

4-3 4-4

1

2

3

5

4

A B C D E F G H

BOARD INTERCONNECTIONS4.1

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

CN

1

05

CN7001

JSA / NC

JSB / NC

T1 / KEY1 / NC

T2 / KEY2 / NC

T3 / KEY3 / NC

T4 / KET4 / NC

GND / NC

[TO_MAIN]

0

CN511

[TO

#

2D/ DIGITAL

[SECAM->PAL_CONVERTER]

6 TERMINAL

I2C

CLK

I2C

DAT

A

GND

GND

FRONT C

FRONT Y

CN7108

JOG39

QG

F12

09C

1-07

QG

F12

09C

1-05

QG

F10

28C

1-13

T6 / KS5 / KS4 / NC

KEY OUT / KS3 / NC

#

QGF1207C1-09QGF1201C2-09QGF1208C1-09QGF1209C1-09

EE

[L]

NO NAMEG

ND

GN

D

GN

D

GN

D

GN

D

CN

1

GN

D

GN

D

ADV.JOG

03 MAIN

93

3

76

S-JACK

TO_PS_C

55

57

41

58

A/C HEAD12

36

92

91

6

FROM_PS_C

TO_PS_Y

GN

D

CN6701

(SW.REG

3 8

S-JACK

DEMOD

FROM_PS_Y

LOADING MOTOR

CAP MDA

U.DRUM

DRUM MOTOR

14

#

SW12V

GN

D

GN

D

GN

D

SW12V

8 7 S-P CONVERTER

GND

GND

GND

GND

NC

NC

87 S-P CONVERTER

#

2 8

CN916

CN7005OR

JSA

NC

(SYSCON

(TUNER

(ON SCREEN

NC

Y_T

O_A

V

KS3

JSB

0 3 MAIN

V_F

RO

M_A

V

KEY3

RF OUT RF IN

RE

C_C

OLO

R

SW

5V

SW5V

TU/MD/IF

96

(VIDEO/AUDIO

NC

SW5V

Fsc

GND

C TO DIGI

PB

_CO

LOR

CN6701

SW5V(2)

V/Y TO DIGI

2

1 4 DEMOD

GNDF

RO

NT

_Y_I

N(A

DJ)

SE

CA

M_P

B_C

OLO

R

MA

IN_A

LC_D

ET

Y_T

O_S

UB

P.M

UT

E[L

]

FR

ON

T_V

_IN

V_T

O_O

SD

CH

AR

A_D

ATA

V_F

RO

M_O

SD

Fsc

C_F

RO

M_D

IGI

Y_F

RO

M_D

IGI

P50

_I/O

SC

R[H

]

LI_5

V

3.58

NT

SC

[H]/P

.ON

_P

TU

_VID

EO

CH

+12

V

SW

12V

I2C

CLK

2

I2C

DAT

A2

SAT

_CT

L_O

UT

R.P

AU

SE

A.IN

1[L]

A.IN

1[R

]

A.O

UT

[L]

A.O

UT

[R]

A.IN

2[L]

A.IN

2[R

]

DE

C.O

UT

[L]

DE

C.O

UT

[R]

Y/V

_TO

_DIG

I

C_T

O_D

IGI

CN

905

CN

915

CN

914

CN

904

CN

903

CN

913

CN

902

CN

912

CN

901

CN

911

NC

IN(R)

IN

AUDIO

IN(L)

VIDEO

JSA

3 8

CN7003

(MAIN TERMINAL

EE(L)

Y FROM DIGI

QG

A79

01C

1-02

AC INPUT

NE

UT

RA

L

LIV

E

CN

5001

1

2

3

4

QG

F12

08F

1-07

RE

C

5

6

PB

GN

D

AU

DIO

ER

AS

E

QG

F12

07C

1-07

GN

D

CT

L H

EA

D(-

)

CT

L H

EA

D(+

)

CTLR/P

QG

F12

08C

1-05

A.E

A/C

HE

AD

12

QG

F12

01C

1-07

SP

CH

1

SP

CH

2

SP

CH

2

QG

F12

08C

1-07

FU

LL E

RA

SE

HE

AD

LP/E

P C

H1

LP/E

P C

H1

LP/E

P C

H2

4 1 U.DRUM

LP/EPCH1

LP/EP SP SP

QG

B25

32J1

-02

CH2 CH1 CH2

QG

F12

07C

1-05

QG

F12

01C

1-05

FMA

QG

F10

18C

1-13

FMACH1 CH2

SP

CH

1

CO

MM

ON

FM

A C

H1

FM

A C

H2

QG

B20

15M

1-08

QG

B25

34J1

-04

5 5

QG

B25

32J1

-02

M

M

5 7 CAP MDAM

5 8 DRUM MOTOR

F.E

DR

UM

CT

L V

GN

D(M

)

D.P

G

LDM

1

LDM

2

LSB

LSA

LSC

GN

D(C

)

GN

D(C

)

GN

D(M

)

NC

CA

P F

G

SW

5V

CA

P R

EV

(L)

CA

P C

TL

V

M12

/17V

FU

LL E

RA

SE

GN

D

LOADING MOTOR

ROTARYENCODER

LP/E

P C

H2

D.F

G

CN

2001

CN

2002

CN

3001

CN

3003

CN

3004

CN

3002

7

8

09

9

CN7005

JSA

NC

NC

NC

8

NC

3 8

CN7002

CN7003CN7004OR

9

8

7

6

5

4

3

2

1

0 3CN70019

8

7

6

5

4

3

2

1

0 3CN70019

8

7

FLY.E#

FLY

.E

FLY

.E

I2C

I2C

DATA

CLK

TU A MUTE

DEMOD

DEMOD

(R)

(L)

28

SW5V

MINI FRONT

ADV.JOG38

6

5

GND

4

COMP

SIF

#

NC

GND

C FROM DIGI

KILLER DET

I2C CLK A/V

I2C DATA A/V

CNR(H)/VPCTL (NC)

V.REF (NC)

D.FF (NC)

FH625(L)/TRICK(H) (NC)

3.58NTSC(L)/SLOW PULSE (NC)

0 5 2D DIGITAL

CN1201

MINI FRONT2

CN501

8

KS3

GND

JSB

JSA

KS3

3

2

KS3

FRONT

FRONT

J7105

KS4

NC

NC

KEY3

KEY3

KEY3

GND

KEY2

NC

NC

JSB

JSB

CN7003

CN7004

CN7002

10 3

CN70011

2

3

4

5

6

7

8

9

400H

400HA

400HA2

3 8 2 8

USED

USEDUSED

NOT USED NOT USED

NOT USED

ADV_JOG MINI_FRONTFRONT

TYPE

#DIFFERENCE_TABLE

MINI-FRONT]

FRANCE-MS/EE

EU/EK

ASIA

8 7

P/S_CONVERTER

USED

NOT USED

NOT USED

CN1601

[FOR_FRONT-S-IN]

(SW/DISPLAY

BB(AL5V)

MOD SDA

MOD B(AL5V)

MOD SCL

SW 1

RF AGC

NC

SW 2

MB(SW5V)

LOCK

TP

IF OUT

TU(30V)

SIF OUT

AUDIO IN

VIDEO IN

TU(30V)

SCL

SDA

AS

AUDIO OUT

AFT

NC

VIDEO OUT

06 TERMINAL

OPEN

(Page 4-17)

DR

UM

_12V

CN

3006

OPEN

(Page 4-29)(Page 4-21)

Page 4-5)Page 4-7)

Page 4-11)(SECAM Page 4-9)

Page 4-13)Page 4-15)Page 4-17)Page 4-19)

(Page 4-15)

(S-SUB(I/O

Page 4-25)Page 4-27)

(Page 4-17)

J915A.OUT(L)

J916A.OUT(R)

REARAUDIO

J922R.PAUSE

J904S-OUT

J901AV1(L-1)IN/OUT

J902AV2(L-2)

IN/DECODER

p10353001a_rev0

MATUSHITA

1 BB(AL5V)

MOD SDA

MOD B(AL5V)

MOD SCL

SW 1

RF AGC

(BT)

SW 2

MB(SW5V)

LOCK

IF OUT

IF IN

NC

SIF OUT

AUDIO IN

VIDEO IN

TU(30V)

SCL

SDA

AS

AUDIO OUT

AFT

NC

VIDEO OUTVIDEO OUT

MB(SW5V)

ALPS

2

3

4

5

3

6

7

8

10

11

9

12

13

14

15

16

17

18

19

20

21

22

23

24

25

OPEN FOR FLASH WRITECN3901

GND

RESET

FWE

AL5V

SIO

SII

(Page 4-31)

(Page 4-17)

ONLY USED FOR HR-S7850MS/HR-S7851MS/HR-S8850MS

J921SAT.CTL

ONLY USED FORHR-S7850MS/HR-S7851MS/HR-S8850MS

ONLY USED FORHR-S7850MS/HR-S7851MS/HR-S8850MS

ONLY USED FOR HR-S6850MS/S7850MS/S7851MS

ONLY USED FOR HR-S7850MS/HR-S7851MS/HR-S8850MS

#

Fsc

GND

C TO DIGI

SW5V(2)

V/Y TO DIGI

EE(L)

Y FROM DIGI

GND

C FROM DIGI

KILLER DET

I2C CLK A/V

I2C DATA A/V

V_P.CTL

V.REF

D.FF

TRICK(H)

SLOW PULSE

0 5 3D/TBC(2M)

CN1201CN501(Page 4-23)

ONLY USED FOR HR-S8850MS

OPEN

4-5 4-6

MAIN (VIDEO/AUDIO) SCHEMATIC DIAGRAM

HGFEDCBA

4

5

3

2

1

4.2

V14 LINEUP

S7850,7851EU

S6850MS

S7850,7851MS

S5800,80AM

S7855EE

1-11

QAX05752SC4081/QRS/ or 2SD1819A/QRS/ or 2PC4081/R/

DTA144WUA or UN511E or RN2309 or PDTA144WU

2SA1576A/QR/ or 2SB1218A/QR/ or 2PA1576/R/DTC144WUA or UN521E or RN1309 or PDTC144WU

#DEFFERENCE TABLE

S6855,50,51,52,53EU/EK

S8850MS

R68,C124

S7860EK

S8850EU/EK

R2001

AUDIO.DUBBING

T2051

PELN0860

PELN0832

PELN0832

CN1

1-11

1-11

1-13

1-13

330

R2002R401-R408Q401-Q405C401-C407L401,L402

FLY.ERASE

R4X2Q1-Q4

0.1

C69,C70R21,R22

Fsc OUT

R37 B52 R46D11 B3

1-11 3300.1

PELN0860 4.7k

0.01uF

R38 B55

560

470

560

470

15k

B13

ACC DET

C34

0.1

0.01uF

1-11

100

1-14

1-14

0.01uF

0.1

0.22

IC2, Q14,

0.033 0.0033

560

0.01

560

4700.01uF

R65,

0.1

0.22

R39Q11

for_MS

0.1

0.22

C112C2205C2206

RF-OUT

PELN0860

PELN0860

0.1/50

PELN0860

PELN0860

PELN0860

QAX0575

B2051 R2054 R2056

4.7k

4.7k

4.7k

4.7k

4.7k

4.7k 15k

4.7k

4.7k

QAX0575

R2053

12k

12k

15k

15k

15k

100 0.033

15k

15k

R111

47

47

100

100

100

0.0033 0.01

100

100

3.3k

C2052 C2053 C2054

0.082

0.082

0.033

0.033

0.033

Q40

L11

0.033

0.033

3.3k

0.0047

0.0047

0.0033

0.0033

0.0033

10/16

Q39

0.0033

0.0033

REC APC DET

0.022

0.022

0.01

0.01

0.01

C27 or

0.01

0.01

C47 Q2061-Q2063 L12T2052R2061-R2065C2061-C2064

LEVEL.IND.

C25 K2001K2002K2003

C2209C2210

C2211C2212

C27=0.022

CE

6p

6p

6p

6p

6p

6p

6p

4p

4p

SHORT

C46

SHORT

L30

1k

1k

10/16

10/16

0.1/50

0.1/50

0.1/50

1k

1k

0.1/50

0.1/50

1k

C27=0.022

C27=0.022

1k

1k

1k

1k

100p

100p

100p

100p

100p

EP.MODE

100p

100p

15p

15p

SHORT

SHORT

SHORT

B12Q2004

C.SYNC

SHORT

PALPB_C_LEVEL/TRAP3D

TITLE REC

PAL_EP TRICK

SHORT

H.SHORT

YES

NO

B65

B25, B50C76-C78

IC4C141

SHORT

SHORT

100µ

100µ

C2015

C27=0.022

C27=0.022

C27=0.022

C27=0.022

C47=2.2/50

C47=2.2/50

Q2005

R2020

C409

:Used:Not used

IC1

C114

C12

C84

R117

R3

C139

R35

Q17

C22

L20

L2

TU_VIDEO

C11

C14

C15

Q40

C13

C16

C80

C24

Q11

C32

Q2251

C65

C17

CN1

C19

D8

B9

C28

L11

L4

F.A

UD

IO[R

]

Q25

Q26

C56

R118

C31

R9

R8

C40

C34

X1

X2C36

Q2055

L3

C21C20

R6

R36

R7

R39

Q18

C37

C39

R92

Q41

Q24

CN501

C109

Q21

GND

IC2

L15

C77

C60VHS[H]

Q7

Q8

C70

C1

Q4

Q2

R21 R22

C6

C69

C5

L1

Q1

Q3

R93

C2

C3

R111

C4

C2013K2002

K2001

C47

C7 C44C8

C61

Q5

R23

R91

GND

SW5V

SW12V

Q9

V.P.CTL

R24

C_F

RO

M_D

IGI

Y_F

RO

M_D

IGI

R48

C_T

O_D

IGI

Y/V

_TO

_DIG

I

C71

R25

R26 R28

R27

Q6

C72 L18

R29

L19

C74

C73

R31

R32

R30

C78

C75C76

R37

L13

F.A

UD

IO[L

]

C33

Q14

C64

DEC_OUT[R]

DEC_OUT[L]

LINE_OUT[R]

R54

A.IN2[R]

R46

A.IN2[L]

LINE_OUT[L]

L30C46

L27

C108

A.IN1[R]

R70

A.IN1[L]

SLOW_PULSEB13

C63

R38

R4

R104

R5

Q38

L24

R41

R68

C106

C23

R65

C124

TRICK[H]/M_TRICK[L]

R22

27

R40

R42

D11

K2003

EE[L]

K2004

Q2006

C45

Q10

SECAM[H]

C25

C35

R2023

C26

GND

L28

C38

Y_T

O_S

UB

R51

Fsc

SECAM_DET

SECAM_REC_COLOR

SW5V

C401

C402

C403

C405

C404

C406

C407

C9

R401 R402

R404R406

R408

R407

R403 R405

L401

Q401

Q402

C59

Q405

Q403

Q404

C110

SECAM_DET

V.PULSE

EE[L]

SB_GAIN

R90

SP[H]

C.SYNC

R2022

C.SYNC/V.REF

TU

_VID

EO

3.58NTSC[H]/P.ON_P

I2C_CLK_A/V

I2C_DATA_A/V

C2017

D.FF

NORM/MESEC/S

HEAD_SEL

FLY_REC[H]

V_TO_OSD

SP_SHORT[H]

LP_SHORT[H]

C409

SECAM_PB_COLOR

PB_FM

B52

C140

B55

Q39

IC4

V_T

O_O

SD

V_F

RO

M_A

V

Fsc

SE

CA

M_P

B_C

OLO

R

C141P

B_C

OLO

R

Y_T

O_A

V

RE

C_C

OLO

R

2Fsc

B65

CHARA_DATA

L402

R1C112

C2231

C10

R2

C142

Q16

L31

C2204

C143

SECAM[H]

MA

IN_A

LC_D

ET

GND

R62

Q28

C82

ET_PB[H]

B8

B3

K2251

C2016

R2211

TP106

TP111

C29

C27

R2226

TU_AUDIO

L2252

C2255

Q2252

R2210

C2254

R2013

R2014

C2006

R2015

C2007

C2008

C2010

C2009

R2016

C2011

R2017

Q2003

R2018

R2019

Q2002

Q2001

R2208

C2253

C2214

C2213

C2012

SEP_PB[H]

C2003 C2251 C2252C2004

L2251

L2001

R2203

C2227

TP2253

C22

26

C22

25

C22

23

C22

22

C22

20

C22

19

R2220

R2219

R2218

R2217

R2213

R2007

R2006

R2005

C22

17

C20

02

R2209

C22

10

C22

15

C2208 C2001

R20

09

R20

08

R22

22

R22

23

R22

24

R22

25 R20

10

R22

15

R2205

R2202

R2204

IND[L]

IND[R]

C2212 C2211

PAL_PB[H]

R2021

H.REC_ST[H]

N.REC_ST[H]

FLY_ON[H]

C22

09

DEMOD[R]

A.FF

A.MUTE[H]

C30

DEMOD[L]

C22

18

C22

16

RF_AUDIO

A.ENV/ND[L]

R2206

R2003

C2015

Q2004

C2205

C2203

R2055

C2201

C2202

VIDEO_ENV

C2207 C2206

R2001

R20

02

R2251

C22

21

C22

24

D2201

D2202

R2201

C2005

R2056

C2054C2055

C2053

R2054

Q2051

C2052

Q2053

C2051

N.REC[H]

Q2063

B42

D1

Q2052

C2014

CTL[-]

CTL[+]

GND

R2052 Q2054

R2051

R2053

T2051

R2060

R2059

R2058

R2057CN2001

Q2062

C2061

T2052

Q2061

R2062

R2061

C2062

C2063C2064

R2064

R2063

CN2002

B2051

FULL_E.ON[H]

R2065

C22

28

R2228 R2229

R2020

Q2005

C103

C93

L17

MESECAM[H]

R75

R77

L12

L5

R79

R113

K2253

K2252

C22

30

C22

29

D6

R88

B50

R33

B12

B25

180p

12p

100K

1.8k

47p

47

68µ

0.1

0.1

0.01

0.1

0.01

0.1

0.1

1

3.3 2.2

3.3

12µ

10µ

47

0Ω

0Ω

10

4.7

10µ

0.11

27k

1.8K

680

10k

1

0.1

1.5k

0.22

10µ

0.01

47

0.1

0.01

0Ω 0Ω

0.01

0.1

47

10µ

2.2k

0.01

0.01

0.01

68p

0.001 0.1

0.01

1.8k

1k

0.01

10k

6.8k 220

220

47p 22µ

560

12µ12p

1.5k

470

0Ω

0.01

0.01

33µ

2.2

22p

1.5k

33µ

68p

0Ω

0.1

0Ω

6.8k

0Ω

27µ

3.9k

820p

0.1

10k

12k

2.2k

680

0.1

0.01

47k

0.1

68µ

47

1.2k

0.01

0.22

130p47p

0.001

15p

2.2

220 680

47k39k

47k

4.7k

560 68k

15µ

0.01

82p

390

1k

10

0.1

6.2k

150p

1.5k

0.001

0.1

100

0Ω

33p

10k

0.033

12k

150µ

180p

10k

0.01

6.8k

220k

0.012180

224.7

0.0015

0.001

39k

4.7

18k

4.7k

4.7k

100

0.01

10

10

4.7

47 47 0.010.01

10µ

2.2k

0.1

10 4.7

0.47

0.47

4.7

10

39k

39k

39k

0Ω

39k

39k

39k

0Ω

10 10

100

4.7

4.7 4.7

12k

12k

12k

12k

12k

15k

12k

15k

1k

2.2k

1k

1 1

0.47

0.47

0.47

100

100

0.0068

1

10

3.3

0.1

0.033

47 10

680

2.7k

1k

0.01

0.01

120

4.7

82

10

330p

18k

47k

18k

47k

0.033

3.3

27k

0.0033

0.0110

47K

150

18k

0.1

10k 56k

390

10k

100

0Ω

0Ω

0Ω

15k

JCP8050-MSA

OPEN

OPEN

/6.3

SHORT

OP

EN

DTA144WUA

/50

/50 /50

OPEN

OPEN

/50

OPEN

OPEN

/6.3

/25

QAX0576

/50

DTC144WUA

/50

/50

FSC

GND

C_TO_DIGI

SW5V(2)

V/Y_TO_DIGI

EE[L]

Y_FROM_DIGI

GND

C_FROM_DIGI

KILLER_DET

I2C_CLK_A/V

I2C_DATA_A/V

V.P.CTL

V.REF

D.FF

TRICK[H]

SLOW_PULSE

MM1113

/6.3

2SC4081/S/

2SC4081/S/

/6.3

2SC4081/S/

2SC4081/S/

NQR0403-003XNQR0403-003X

OPEN

OPEN

OPEN

OPEN

OPEN

/50

OPEN

OPEN

NQR0403-003X

SHORT

2SC4081/QRS/

/6.3

OPEN

/50

/25

OPEN

OPEN

TC4W53F

SHORT

±40.5%

OPEN

±2%

±0.5%

OPEN

OPEN

OPEN

OPEN

OPEN

0

DTC114EUA

/16

/50

/50

DTA144WUA

2SC4081/QRS/

2SC4081/QRS/

/25

/25

/50

/6.3 /6.3

SHORT

/25

/50 /50

/50

/50

/25

/25

/25 /50

/50 /50

/50 /50

OPEN

/50

/50

DTC144WUA

/50

/25

/16 /25

OPEN

MTZJ8.2C

/50

/25

2SC4081/QRS/

MY

DTC144WUA

OPEN

DA204

2SA1576A/QR/

OPEN

OPEN

P/R

A.E

CTL

2SA1576A/QR/

OPEN

2SA1576A/QR/

MY

PELN0861

2SC4081/QRS/

/16

FE

DTC114EUA

OPEN

OPEN

OPEN

OP

EN

QQR0967-001

QQR0657-019

OPEN

OP

EN

OP

EN

MTZJ5.1C

#

#

#

#

#

#

#

#

#

#

#

#

#

#

# #

#

#

#

#

#

#

#

#

#

#

#

#

##

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

# #

#

# #

#

##

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

# #

#

#

#

#

#

#

#

#

#

#

##

#

#

#

#

#

#

#

#

#

#

##

#

#

#

#

#

#

#

#

#

#

TO MAIN TERMINAL

TO ON SCREEN

0 3 MAIN(VIDEO/AUDIO)

DETD.FF

PRE/REC GND

PB FM

TO M

AIN

TERM

INAL

H

H

TO SYSCON

PRE/REC VCC

L H

D.FF

SPPRE/REC

AMP

LP/EPPRE/REC

AMP

ENV OUT

TO SHEELD

SP1

SP2

COMMON

COMMON

LP/EP1

C.S

YN

C

LP/EP2

A.Vcc

VH

S[H

]

VHS[H]

SP[H]

SP_SHORT[H]

LP_SHORT[H]

FLY

_RE

C[H

]

FLY

_ON

[H]

A.FF

EVR

ENV DET+

PRE/REC GND

PRE/REC VCC

CH1

CH2

COMMON

-10dB

-10dB -10dB

-10dB

AGC

I2C_CLK

I2C_DATA

ALC

FBC

AGC DET

PB ALC

SYNC SEP

6dB

6dB

SQUELCH

D1*

D24

FLY.E

FMA_CH1

FMA_CH2

SP_CH1

SP_CH2

LP/EP_CH1

LP/EP_CH2

Y-LPF

P.C.

CLAMP

CLAMPCLAMP

Y VCC

CLEAR

N.C.D.E.

YNR

LPF

OFFSET

Y GND

N.L.

ET

Y

FBCALC

MAIN

DE EMPH.

REC

W.C./D.C

MAIN

VCA

CARREA

S-DET

CARR./DEV.ADJ

MOD

LPF

SUB LPF DE MOD D.LIM.

DO DET

G EQ

P EQ

SQPB DL

FM AGC

DET

MUTE

629TRAP

COMP

BDL GND

SB GAIN

C-SQUELCH

KILLERDET OUT

1/22FL VCO

REC APC

PB APC

REC AFC

ACC DET

X'talVCO/XO

CR DET2Fsc OUT

LPF2FscVCO

Fh LOCK CTL

C VCCPULSEGEN.

DISCRI

APC SW

C.KILLERID DET

DOWN CONV.

4PHASE GEN.

1/2PHASE SW.

TANK

MESECAM

IIC LOGIC

CLK

DATA

WHITE

BDL DET

CNV.NT on PAL

BDL VCC

CVCA

CCD LPF

SQPB

LEVEL DET1 LEVEL DET2

REC LEV.

TRAPLPF

C.K.ACC

2M LPF

HPF

BPFPILOT BURST

CTL.P.TRAP

EMPH./DE EMPH.

C-LPF

MAIN MAIN

CONV.1 CONV.2

C-LPF

DL

Fh TRAP

EQ

LPF

BDL

EMPHA.

SYNC

DET

CTL

C GND

BDL

42P

IN[L

]

42P

IN[L

]

D17CTL

INT

EXT

R

R

R

R

R

R

R

R

R

R

R

R R

R

P

P P

P

P

P

P

P

P

P

P

P

P

DO DO&REC

ET

ETSQPB

SQPB

SQPB SQPB

SP

SP

SECAM

SECAM

D1*D18

D1*D18

SECAM SECAM

SEP

COMP

P

D5 D5

CH1

CH2CH3

CH4

ADD

C.K.

LIM.

D1*

D24

D4

D4

NA INPUT SELHIFI FM

FM

MO

N

REC/PB MON

NR[L]NR[R] INPUT_SEL INPUT_SEL [L][R]

DET

LIN

E O

UT

[L]

LIN

E O

UT

[R]

fsc IN

CR DET

NA PB

NA REC

BAND_GAP

CLK

DATA

9V

Vcc

/2GN

D

NA

EX

T IN

LOG

OUTPUT SELNOR DET

LOGG

ND

1

A.MUTE

EVR

HIFIINPUT_SEL

HIFI

DC PB

A.GND

(TU)(TU) (FR)(FR) (L1)(L1)(L2) (L2)

DE

C O

UT

[R]

DE

C O

UT

[L]

BS

IN[L

]

BS

IN[R

]

22 33 44 1

5 5

0Ω

TO TUNER

TO SYSCON

TO U.DRUM

ONLY USED FORHR-S7850MS/S7851MS/S8850MS

TO SW.REG

TO SYSCON

TO SYSCON

TO A/C HEADCN1

TO FULL EARSE HEAD

TO SECAM

TO SECAM

TO 2D DIGITALCN1201

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.When replacing the parts, refer to the Parts List.

Note :

p10352001a_rev0

TO SYSCON

TO MAIN TERMINAL, SYSCON

TO 3D/TBC(2M)CN1401

Ω

4-7 4-8

1

2

3

5

4

A B C D E F G H

MAIN (ON SCREEN) SCHEMATIC DIAGRAM4.3

EE

OTHER

IC201

LC74775-9750

LC74776-9791

R209

5.1k

6.8k

# DIFFERENCE TABLE

2Fsc

V_TO_OSD

V_FROM_OSD

GND

SW5V

C222

D201

B214

C209

C225

R201

C218

R226

CHARA_DATA

R208

CHARA_DATA

L204L201

R213

R224

Q208

R225

GND

R220

C216R211

RF_VIDEO

R212

B206

L203

D202

D203

Q207

B203

B204

C204L202

IC201

C201 C202

R216

C217

L206

C214 C215

R210

C213C212

R209

C211C210C208C207C206

P.MUTE[L]

SYNC_DET[H]

I2C_CLK2

I2C_DATA2

OSD_CS

S.CLK

S.DATA_FRSYS

R20

4

R20

3

R20

2

1

1.5k

0.47

220

0Ω

1

1k 2.2k

10µ1µ

0Ω

100

470

5.6K

100

22µ

100

100

0.01

220

10K

56p

22µ

0.22 0.22

1.8k

4.70.1

100p100p33p33p

10k

/10

/50

2SC4081/QRS/

OPEN

OPEN

OPEN

2SA1576A/QR/

SHORT

SHORT

SHORT

VS

S1

XTA

L_IN

MU

TE

CH

AB

LK

LN21

OS

C_I

N

OS

C_O

UT

SY

NC

_DE

T

CS

SC

LK

SD

ATA

VD

D2

CR

_OU

T

VC

O_I

N1

VS

S3

VD

D3

VC

O_RNC

CV

OU

T

VS

S2

CV

_IN

CV

CR

VD

D1

SY

NC

_IN

SE

P_C

SE

P_O

UT

I2C

_DAT

A

CD

LR

RS

T

VD

D1

/6.3 OPEN

/25

OPEN

OP

EN

OP

EN

#

#

VIDEO/AUDIO

0 3 MAIN

TO SYSCON

TO SW.REG

TO TUNER

TO MAIN TERMINAL

(ON SCREEN)


Note :

SHORT

TO

p30088001a_rev0

4-9 4-10

MAIN (SECAM) SCHEMATIC DIAGRAM

HGFEDCBA

4

5

3

2

1

4.4


Note :

p30087001a_rev1

# MARKS ARE NOT MOUNTED ON EE MODELS

C322

C315

R318

L304

SECAM_PB_COLOR

SECAM_DET

SECAM_REC_COLOR

V_TO_OSD

SW5V

C.SYNC

GND

Fsc

SECAM[H]

R328

R329

C313

R326

R327

C30

2

C306

C319

EE[L]

PB_FM

C324

Q303

R317B302L301

C323Q301

R314

R302

C30

3

C30

4

C309

C305

C310

C311

L302

R303

C307

R305

R308R307

R306

B301

Q311

Q312

R301

R321C301

Q302

C312

C318C320 C316

L303 R311

C314R310

R313

C317

R312

R315

R309

R304

R316

C308

C321

IC301

0.47

1

820

100µ

0

0.47

1

1

1

39p

10µ

47

24k

120k

0.00

68

0.00

68

0.1

0.01

0.01

0.01

6.8µ

27k

150p

47k

2.2k2.2k

27k

27k

150p

0.001

0.0220.01 0.01

27µ 4.7k

22k

22k

680p

2.7k

560k

0Ω

6.8k

120k

0.01

300p

OPEN

OPEN

OPEN

OPEN

OPENSHORT

/6.32SA1576A/QR/2SB1218A/QR/

2PA1576/R/

±0.5%

OPEN

OPEN

OPEN

OPEN

DTA144WUAUN511ERN2309PDTA144WU

OPEN

±2%

LA7358

#

#

#

#

#

#

#

#

#

# ##

#

#

#

FILT.

0 3 MAIN

TO VIDEO/AUDIO

(SECAM)

SYNC GAIEGEN./V-SEP

B BGPGEN

AFC

4.43MHZVCO

SECAMDET

4.3MHZOSC

F0ADJ.

ADJ.F0

PHASE

LOGIC

DET

FROM LIM

OSC1.1MHZ

CA

VA

IREF

MODECTL

X2 2.2MBPF X2 4.3M

BPF

VCC

GND

PBMUTE

4.2VREG

R/P

AGCAMP DET

AGC

PBMUTE

IREF

LIM

4.3MHZBPF

B

1.1MBPF

SYNCGATE 1/4

SYNCGATE

TO MUTE

TOREC MUTE

FILT.

LIMITER

R P

RP

R

P

R

PR

PVA

CA

TO P

HASE

DET

PB MUTE

TO

B

ADJ

HOLD

DET SENSECONTROL

4-11 4-12

1

2

3

5

4

A B C D E F G H

MAIN (SYSCON) SCHEMATIC DIAGRAM4.5

o

Y29-T+PALEP

O

BACKUP_TIME

10MIN

60MIN

LI_BATT

D3006C3010 C3011 C3042CN3006

X

X

X

X O

XO

FEATURE_TYPE

TV-LINK(P50)

D3008Q3007

MECHA_TYPE

Y29-2

Y29-T

C4015 C4016 Q4002 C4005 C4017 Q4003 ##_FOR_FLASH_WRITE

#DIFFERENCE_TABLE

SUB_CLK_ADJ

ADJ

FIX

X3001

QAX0444

QAX0445

C3025 C3041 C3024

22p

12p10p

o x

x

x

x

x xx

x

x

o

o

o

o

o

o

o

x

0.001

0.001

680p1000/6.3

3300/6.3 X X

CP_TYPE

Leaded_type

Surface_type

ICP-N25

NMFZ012-1R0

CP3002

CP3003

IC3001

R40

03

C3017

C4001

X3001

R3083

R32

29

C4007

V_DOWN[L]

R4005

C40

12

C4003

C3032

C30

16

TP

3901

R3012

R3013

R3014

R3015

R3016

R3017R3018

B3079

R3020

TP

3902

Q3007

C3018

R3217

R3025

R3026

R3027

R4008

R3081

R3076

R3021

R30

30

R30

31

TP3903

TP3905

TP3904

R3073

R3072 R3071

C3025

C30

33

FLY_ON[H]

3.58NTSC[H]/P.ON_P

R3066

R3022C3024

C3030

R3062

R3061

R3060

R3080

R3058

R3057

R40

04

R3224

R40

13

R3069

R4017

R4018

D3006

R31

05

R3075

S.CLK

C3049

R40

12

R40

11

R40

10

R40

09

R30

97

R30

96

R30

95

R30

94

C3034

R30

92

R30

91

GND

R30

89

R30

88

R30

87

R30

86

R30

85

C3022

R32

31

R32

30

C3026

R30

29

R30

35

R30

36

C3020

R30

42

R30

46

R30

47

R30

48

R30

32

R30

38

R30

39

R30

40

R30

41

C3021

C4004

R30

44

S3001

C3035

C3028

C3029

R30

49

R30

50 R30

51

R30

52

R30

53

R30

54

R30

55

R30

56

C3031C3050

R3201

R3204

R3202

Q3001

R3203

IC3004

C3002

C3003

C3001

CN3002

Q3002

Q3003

L3001

R3206R3207

X30

02

C3037R3205

D3001

R3213

R3212

D30

02

PC3001 PC3002

R3208 R3210

CN3004

R3214

R3211R3209

C3036

D30

08

C3004

C4008

R3233

CN3003

CP

4001

R40

20

IC3003

R3223

S3002

C3027

D3004 D3005Q3005

M12V

C4002

R3222

C3012

C4006

R30

33

R3074

C4015

B3179

R3241

B3070

C3010

C3011

B4001

IC30

02

P.CTL[H]

R31

06

R31

04

M12V

SW12V

SB_GAIN

CP3002

GND

SW5V

GND

AL5.8V

48V

S.DATA_FRSYS

CN3006

B30

05

B3004

C3014

R3225

M12/17V

R4007

R40

19

MESECAM[H]

R30

93

SP_SHORT[H]

R.PAUSE

LP_SHORT[H]

CTL[+]

VIDEO_ENV

R3011

C.SYNC/V.REF

SECAM_DET

C3039

C3038

R3234

P.MUTE[L]

N.REC_ST[H]

R30

34

SYNC_DET[H]

P50_I/O

IND[R]

IND[L]

R30

90

C30

54

P.SAVE[L]

D.FF

R3235

STB

R3236

A.MUTE[H]

J1

R3019

V.PULSE

CTL[-]

B3279

B39

71

EE[L]

A.FF

C40

14

C40

13

C40

11

B3966

C4009

D40

02R

4015

R4001

C4016

D4001

R4016

C4005

TP4001

Q40

01

C4010

A.ENV/ND[L]

RF_AGC

AFC

LOCK[L]

S.DATA_FRSYS

OSD_CS

S.CLK

I2C_DATA_A/V

I2C_CLK_A/V

Q40

03

L3011

B3962

NORM/MESEC/S

SAT_CTL

A.MUTE[H]

SEP_PB[H]

I2C_CLK_A/V

H.REC_ST[H]

I2C_DATA_A/V

R31

03

J2

I2C_CLK2

I2C_DATA2

RC

I2C_CLK2

I2C_DATA2

AL5V

CN3901

TU_A_MUTE[H]

TU_V_MUTE[H]

GND

V.P.CTL

Q3901

SCR[H]

R4006

C4031

R3215 R3216

Q4002

TU_I2C_CLK

TU_I2C_DATA

R3219R3218

D3003

Q3004

R3220

C4032

I2C_CLK2

I2C_DATA2

C3015

CP

4002

CP3003

L4001

R3059SW1

R3077

SW2

R3078

R3079

3.58NTSC[H]/P.ON_P

FLY_REC[H]

FULL_E.ON[H]

VHS[H]

ET_PB[H]

SLOW_PULSE

SECAM[H]

PAL_PB[H]

TRICK[H]/M_TRICK[L]

SP[H]

HEAD_SEL

TP3906

TP3908

N.REC[H]

TP3907

LI_5V

C30

40R3237 R3238V_UP[H]

AL5V

L3012

R3063

R3242

CN3001

R40

21

C3041

R3247

R3246

R3252

C3007

C3008

C3042

C4017

R3239R3240

560

0

1M

0.0015.6k

1

0.001

0.1

0.1

1k

1k

1k

1k

1k

1k

6.8k

1k

5.6k

1k

1k1k

1k

0

470

1k

1k 1k

0

0 10k

30p

0.1

4.7k

1k

47

10k

1k

1k

0

1k

1k

560

4.7k

1k

100

1k

1k

0

470

2.2k 4.7k

10k

1k 0 0 0 0 1k 0 0 0 0 2.2k

2.2k

0.1

1k

4.7k

0.01

1k 0 0

100p

0

1k 1k 0

1k 1.5k

1k 4.7k

0

100p

22

0 0 0

470

470

470

1k 1k 1k

0.1

0.1

10k

2.2k

4.7k 10k

10

0.1

18k18k 12p

180

330k

470k180 180

10k

27k27k

18p

1

10k

10K

4.7k

10

0.1

4.7k

47

47

0

0

0.001

10k

0

0

47

10k

1k

10k

0

1k

10k

0

3.3k

3.3k

1k

100p

0.05

6

0.1

0.056

5.6K

680p

0.0022

0.022

0

10k 10k

4.7k4.7k

100k

0.1

0

0

0

0

0.01

10k 10k

0

4.7K

10K

0.001

470

10k 10k

CTL[+]

SVss

CTL[-]

CTLBIAS

CTLFB

CTLAMPOUT

CTLSMTIN

CFG

SVcc

AVcc

AVss

Vss

Vcc

I2C

_DAT

A_A

/V

I2C

_CLK

_A/V

FWE

NMI

X2

X1

RES

OSC1

OSC2

Vss

VCC/VCL

MODE

Vcc

Vss

C.S

YN

C

A.F

F

V.F

F

CA

PP

WM

DR

UM

PW

M

DP

G

DF

G

Vcc

V.P

ULS

E

Vss

CT

LRE

F

CTL_GAIN

VIDEO_ENV

AFC

RFAGC

END_SENSOR

IND[L]

S.C

AS

S[H

]

START_SENSOR

A.ENV/ND[L]

IND[R]

NORM/MESEC/S

LSA

LSB

LSC

CAP_REV[L]

LMC

1

LMC

2

LMC

3

PROTECT

JSA

V.P.CTL

JSB

SY

NC

_DE

T[H

]

OS

D_C

S

RC

S.D

ATA

_FR

SY

S

S.C

LK

RM

O

SLOW_PH.R

EC

_ST

[H]

PO

WE

R_D

ET

SB

_G[P

WM

]

ST

B/T

ES

T

A.MUTE[H]

TU

_FG

SP

_FG

REC_SAFTY

TU_DATA

TU_CLK

I2C_DATA2

I2C_CLK2

SP

_SH

OR

T[H

]

P50

_IN

LP_S

HO

RT

[H]

TR

ICK

[H]

HE

AD

_SE

L

P50

_OU

T

SECAM_DET

SCR_ID/

LOC

K[L

]

P.S

AV

E[L

]

TU_A_MUTE[H]

TU_V_MUTE[H]

FLY

_ON

[H]

N.R

EC

_ST

[H]

HI_

FF

/RE

W[L

]

ME

SE

CA

M[H

]

SE

CA

M[H

]

R.P

AU

SE

SW1

SW

2

P.C

TL[

H]

ET

_PB

[H]

SP

[H]

FLY_REC[H]

3.58NTSC[L]

EE[L]

SE

P_P

B[H

]

PAL_

PB

[H]

P.M

UT

E[L

]

N.R

EC

[H]

FU

LL_E

_ON

[H]

V.UP[H]

VHS[H]

S.D

ATA

_TO

SY

S

P.ON_PULSE

V_DOWN[L]

V_D

OW

N[L

]

HD6432194SAD12F

OPEN

OPEN

FOR_E06

EE

[L]

OPEN

DTC144WU

OPEN

/6.3

RB721Q-40

OPEN

OPEN

/10

REC_SAFETYQSW0602-003

OPEN

OPEN

OPEN

2SD1819A/QRS/2SC4081/QRS/2PC4081/R/

VC

C

GN

D

Vre

f

LMC

1

LMC

2

LDM

1

LDM

2

BA6956AN

OPEN

/25

LDM2

LDM1

PTZ-NV16

PTZ-NV16

SHORT

1/4W

LNB2301L01VI

1SS

133GP3S123 GP3S123

LSB

LSC

LSA

GND[C]

1SS

355

OPENNC

CAP_FG

GND[C]

CAP_CTL_V

SW5V

GND[M]

CAP_REV[L]

M12/17V

CP

SH

OR

T

SD

A

SC

L

WP

VC

CA

0

A1

A2

VS

S

S.CASS

QSW0695 -001

/25

11ES2 11ES22SD1819A/QRS/2SC4081/QRS/2PC4081/R/

/6.3

/6.3

OPEN

EDLQEZ0244-229

OPEN

RST

VCC

VSS IC-P

ST

3427

U

V_DOWN

CPICP-N25

OP

EN

/6.3

OPEN

OPEN

OP

EN

OP

EN

OPEN

SH

OR

TOPEN

SHORT

OPEN

CTL.P

DT

C11

4EU

DT

C14

4W

SHORT

GND

RESET

FWE

AL5V

SIO

SII

DTC144W

OPEN

OPEN

HI_S_FF/REW

DTC144W

RD39ES/B3

2SD1819A/QRS/2SC4081/QRS/2PC4081/R/

OPEN

OP

EN

CP

CP

NMFZ012-1R0

SHORT

FOR_17V

SHORT

GND[M]

DRUM_CTL_V

D.PG

D.FG

DRUM_12V

OPEN

OPEN

OPEN

OPEN

/6.3

[for_EDL]

OPEN

#

#

#

#

#

#

#

#

#

#

#

#

##

##

#

#

##

##

##

#

#

#

#

#

REEL SENSOR REEL SENSOR

LMC3

SUPPLY TAKE UP

START SENSOR

SENSOREND

GND[M]

TOSW/DISPLAY

TO SW.REG

TO TUNER

TO_SHORT-PIN

TO

[IN]

TO DRUM MOTOR

LOADING MOTORTO

CAP MDA

TO ROTARY ENCODER

[OUT]

0 3

dfg

dpg

drum_ctl_v

MAIN(SYSCON)

MAIN TERMINAL

JSA

JSB

TO

[RMO]

LMC1

LMC2

COMMON_USE_M12/DRUM12V

ΩΩ

Ω

ΩΩΩΩΩΩΩ

Ω Ω Ω Ω Ω Ω Ω Ω Ω Ω Ω Ω

Ω

Ω

Ω

Ω

Ω

Ω

Ω

Ω

Ω

Ω

OPEN


Note :

p10356001a_rev0

TO VIDEO/AUDIO

TO VIDEO/AUDIO

TO MAIN TERMINAL

TO VIDEO/AUDIO

SHORT

0Ω

24LC32A-I/SW

OP

EN

OPEN

TO ON SCREEN

TO VIDEO/AUDIO

TOMAIN TERMINAL

: Not used: Used

TO MAIN TERMINAL TO VIDEO/AUDIO

TO ON SCREEN

TO ON SCREEN, SYSCON

OPEN

OPEN

OPEN

4-13 4-14

MAIN (SW.REG) SCHEMATIC DIAGRAM

HGFEDCBA

4

5

3

2

1

4.6

#DIFFERENCE TABLE

HIGH SPEEDFF/REW

-YES-

-NO-

Q5301Q5311D5209

C5208K5301

##MARK ELEMENTS ARE NOT MOUNTED

R5324

R5325

D5307

11ES2ERA15-021A3G

SHORT

POWERSAVE

-YES-

-NO-

B5301 D5302R5101R5102 R5104

Q5308R5320R5321 B5303

Q5312Q5318Q5320

D5317

R5317R5327R5329

R5330

330k

220k

150k2W

2W68k YES

1S133

#DIFFERENCE TABLE

YES

YES

YESNO

SHORT NO

NO

NO

#DIFFERENCE TABLE

CE

OTHER

B5001B5002 C5002 LF5001

#DIFFERENCE TABLE

LF5002

QQR0978-001QQR0608-001QQR0609-001QQR0610-001

QQR0532-001QQR0533-001QQR0516-001QQR0932-001QQR0816-001

YES

YES YES

NONO

NO

EP

-YES-

-NO-

Q5323Q5322

R5344R5345

D5318D5319

SHORT

11ES2ERA15-021A3G

YES

NO

LEVELIND.

-YES-

-NO-

D5201

AK0411EQS041S4

AU01Z10ELS2

R5326

2.2

SHORT

YES

NO

#DIFFERENCE TABLE3 4 5

1SS270A

T5001

QQS0033-001QQS0034-001

QQS0030-002QQS0031-002QQS0036-001

#DIFFERENCE TABLE 6

SURGE

PHILIPS110-240V

OTHER

VA5003

YES

NO

D5305

AK0411EQS041S4

11ES2ERA15-021A3G

R5316

12k

10k

1 2

DC3.5V[-]

AL5.8V

Q5309

-28V

DC3.5V[+]

R5317

R5318

D5001

SW5V

SW12V

P.CTL[H]

Q5310

LF5001

D5210

P.SAVE[L]

GND

C5310

R5323

C5106

D5206

C5309

Q5312

BT2

L5301

C5001 C5002

Q5304

Q5318

D5310

C5301

C5207

Q5305

D5205

R5322

D5203

R5104

D5101

D5102

C5101

R5102

D5306

C5303

D5303

R5307

CP5301

D5202

PC5101

Q5320

LF5002

C5006

R5106

Q5101

R5107

C5104

R5103

D5103

R5101

CH+12V

K5101

T5001

R5311

C5103

IC5301

C5304

D5305

C5102

D5201

Q5307

D5211

C5205

C5203

C5202

C5201

C5311

C5204

D5301

R5304

D5309

C5206

L5202

L5201

C5004

R5302

R5319

C5307

D5304

C5308

D5316

F5001CN5001

RF5V

C5302

D5317

D5302

B5302

D5209

C5208Q5301

R5324 R5325

R5316

R5332

R5315

Q5311

Q5323

Q5302

R5314

K5102

VA5003

Q5303

R5306

M12V

M12/17V

V_UP[H]

CP5302

D5307

R5112D5105

C5107

R5110R5308

C5352

R5309

R5344

Q5102

C5003

R5305

R5310

D5204

C5306

C5305

R5345

R5312

48V

R5303

V_DOWN[L]

R5313

B5002

Q5319

B5304

R5328

B5001

K5301

D5318

D5308

R5301

C5105 R5109

R5111

D5208

R5108

D5319

CP5304

CP5303

Q5322

C5351

R5326

R5330

R5327

Q5306

B5303 R5329

R5320 R5321Q5308

B5301

47k

220

100

47k

270p

10

100µ

0.068 0.033

100

100

220

0.0047

100

68

0.39

330

1

68k

10k

0.001

33p

10

1200

680

220

0.01

4.7

470

47

33µ

33µ

0.0022

1k

220

47

100

T2AL

47

180

4.7k 2.2k

2.2k

1k

220

220

0.1

220k470 10k

4.7k

1k

220

0.22

560

3.3k

1.2k

3.3k

2.2k

4.7k

0.018 680

560

1.2k

1k

2.2k1k

27k 27k

2SD1450/ST/2SD1302/ST/

1/4W

FR

S1WB/A/60-4102S1WB/A/60S1WB(A)60F4072X

DTA114EUAUN5111RN2302PDTA114EU

PELN1204-01-01QQR0977-001

AU01Z1SR153-400ERA18-0210ELS2PG104RS

/16

/50

FMB-24FSQ05A04BYG801C04SF5SC4SB640FCT

/50

2SD2144S/UV/

/250

MY

/250

MY

2SC3616/ML/


1SS1331SS270A

/16

/16


AU01Z10ELS2

AU011SR153-400ERA18-0410ELS4

AU011SR153-400ERA18-0410ELS4

/1k

MTZJ11CRD11ES/B3/

/16

RD5.1JS/B2/MA4051N/M/

CP

ICP-N38

FML-12SFCF06A20YG901C2SF5LC20UER602FCT

PC123F2PS2561L1-1/WL/ON3171/R/

UN5211DTC114EUARN1302PDTC114EU

/400

1W

2SK26322SK2129

1/2W

/50

1SS1331SS270A

QQR0678-001QQR0621-001

L5431

/50

/1k

2SD2144S/UV/

AU01Z1SR153-400ERA18-0210ELS2PG104RS

/50

/10

/16

/6.3

/50

/100

MTZJ15CRD15ES/B3/

MTZJ27CRD27ES/B3/

/25

/250

/16

1SS1331SS270A

/16

SHORT

/250

/16

1SS1331SS270A

ERA18-021SR153-40010ELS2PG104RS

/25

2SB1256

DTC114TUAUN5215RN1311PDTC114TU

2SB927/ST/

2SD2375/QP/

SHORT

QAF0026-621

2SD1819A/RS/2SC4081/RS/2PC4081/R/

CP

ICP-N25

1SS1331SS270A

/50

MY

2SD2144S/UV/

AU01Z10ELS2

MY

/50

MY

1/2W

2SD1819A/RS/2SC4081/RS/2PC4081/R/

SHORT

MTZJ11BRD11ES/B2/

/50

MY

RK1421DQ04SB240

CP

NMFZ012-1R0

CPNMFZ012-1R5

DTC114TUAUN5215RN1311PDTC114TU

SHORT


2SA1576A/RS/

##

#

##

#

##

##

##

#

##

#

#

##

##

#

#

##

##

##

##

#

#

D

GS

#

#

##

#

#

##

##

##

##

#

#

#

##

# #

#

##

#

#

#

##

#

##

#

##

##

##

##

##

#

#

#

##

# #

#

#

#

##

# ##

#

BRNLIVE

NEUTRALBLU

30 MAIN(SW.REG)


Note :

GROUND POINT FORPRIMARY VOLTAGE

DANGEROUS VOLTAGE

GROUND POINT FORSECONDARY VOLTAGE

0Ω

0Ω

TO SW/DISPLAY

TO SW/DISPLAY

TO SYSCON

TO SYSCON

TO SYSCON

TO SYSCON

TO SYSCON

TO VIDEO/AUDIO, ON SCREEN,SYSCON, TUNER,MAIN TERMINAL

TO TUNER

TO SYSCON

TO VIDEO/AUDIO, SYSCON,TUNER, MAIN TERMINAL

TO MAIN TERMINAL

TO SYSCON

TO VIDEO/AUDIO, ON SCREEN, TUNER,SYSCON, MAIN TERMINAL, SW/DISPLAY

TO SYSCON

TO SW/DISPLAY

p20202001a_rev1

TO TUNER

4-15 4-16

1

2

3

5

4

A B C D E F G H

MAIN (TUNER) SCHEMATIC DIAGRAM4.7

TUNER TU6001

EU/EKFRANCE

MS

ALPS LG

QAU0208 QAU0210

ASIA

3SYSTEM

ASIA

4SYSTEMHR-FS1EU

MATSUSHITA MATSUSHITA ALPS

# DIFFERENCE TABLE

QAU0212 QAU0236 QAU0208

L6001

C6007

C6008

SW5V

RF5V

L6003

C6012

C6013

RFCONV.

TUNERBT2

C6016

C6005

C6006

RF

CONV.I2C

R6051

C6053

R6052

C6052

AUDIOIN

VIDEO

IN

C6056

R6050

C6055

C6020

C6021TUNER I2C

SYSTEM SWC6027

C6028

AUDIO OUT

R6032

R6033

Q6032

VIDEO OUT Q6031

DEMODPASS CON

C6501

C6502

C6032

ATS+ K6080 1kΩ 1kΩ 10kΩ

10µ 10µ 10µ 10µ 10µ

220/6.3 220/6.3 220/6.3 220/6.3 220/6.3

0.01 0.01 0.01 0.01

47µ 47µ 47µ 47µ 10µ

100/16 100/16 100/16 100/16 330/6.3

0.01 0.01 0.01 0.01 0.01

0.01 0.01 0.01 2200p

100

100

100

100

100

100

470

470

4.7k

1.8k

18k

18k

18k

33k

0 3.3k

1.5k

0.01 0.01 0.01 0.01 2200p

TU6001

TU6001

RF5V

BT2

SW12V

SW5V

GND

TU_I2C_DATA

TU_I2C_CLK

I2C_CLK2

I2C_DATA2

TU_V_MUTE[H]

K6080

C6055

RF_AGC

AFC

LOCK[L]

C6502B6511

C6501

CN6701

C6056

R6020

R6021

B6510

R6050

R6031

C6037

L6003

Q6032

TU_A_MUTE[H]

C6006

C6005

D6002

C6027

C6028

R6052

R6051

C6053

C6052

C6016

C6020

GND

Q6030Q6031

R6030

R6032

C6021

R6033

TU_AUDIO

RF_AUDIO

GND

TU_VIDEO

RF_VIDEO

C6023

C60

32

DEMOD[R]

DEMOD[L]

SW2

SW1

C6013

C6012

C6008

C6007

L6001

22p

22p

1k

1k

100

270

10

0.01

10

220p

220p

100p

100p

1k

0

0.04

7

0.01BB(AL5V)

TU(30V)

NC

AS

SCL

SDA

NC

MB(SW5V)

LOCK

TU(30V)

TP

NC

BB(AL5V)

AFT

TU(30V)

LOCK

MB(SW5V)

NC

SDA

SCL

AS

(BT)

MB(SW5V)

AFT

/50

DTC144E

/50

HZ30-2L

2SB1218A/RSDTC144E

AUDIO IN

MOD SDA

MOD B(AL5V)

MOD SCL

VIDEO IN

RF AGC

IF OUT

VIDEO IN

MOD SCL

MOD B(AL5V)

MOD SDA

AUDIO IN

SW 1

SW 2

AUDIO OUT

SIF OUT

VIDEO OUT

IF IN

IF OUT

RF AGC

VIDEO OUT

SIF OUT

AUDIO OUT

SW 2

SW 1

#

#

#

#

##

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

TOSYSCON

TOSW.REG

ANT IN ANT OUT

ANT IN ANT OUT

ALPS

MATSUSHITA

TU_A_MUTE

NC

TO DEMODCN6701

0 3 MAIN(TUNER)

PAL

DEMOD_[R]

I2C_CLK

TOVIDEO/AUDIO

GND

SIF

COMP

SW5V

DEMOD_[L]

/MS

I2C_DATA

OPEN


Note :

OPENOPEN

TO VIDEO/AUDIO

TO ON SCREEN

TO VIDEO/AUDIO,ON SCREEN

p10355001a_rev0

: Not used: Used

4-17 4-18

MAIN (SW.DISPLAY), MINI FRONT, S-JACK AND ADV.JOG SCHEMATIC DIAGRAMS

HGFEDCBA

4

5

3

2

1

4.8

LEVEL_IND

LEVEL_IND

QLF0031-001QLF0033-001

QLF0032-001QLF0034-001

OR

OR

WITHOUT

WITH

#DIFFERENCE TABLE

S7015

B7001

S7013

S7010

S7001

D7009

S7004

S7012

S7002

S7011

STB

S.CLK

AL5V

GND

D7006

DC3.5V[-]

-28V

DC3.5V[+]

C7010

C7011

C7009

CN7001

IC7001

R70

01

R70

02

R70

03

R70

04

R7008C7008

C7007

C7002

C7006

C7001

C7005

R7005

R7006

R7007

R7015

R7016TP7001

IC7003

R7014

R7013

R7012

R7011

D7003

D7004

D7005

D7007

C7003

D7008

RC

R7009

D7001

TPGND

S.DATA_FRSYS

R7010

D7002 C7004

R7018

DI7001

R7017

S7006

S7008

S7016

S7014

J2

J1

CN7003

CN7004

UN7002

UN7001

CN7005

S7028

CN7002

S7029

D7901

J7102

CN7108C7914 R7924

R7925

0.1

10K

10K

10K

10K

56k0.001

10

33P

47

47P

4.7K

470

10K

4.7K

10K

33K

33K

33K

33K

220

10K

0

330

330

OPEN

OPEN

1SS133

OPEN

OPEN

JSA/NC

JSB/NC

T1/KEY1/NC

T2/KEY2/NC

T3/KEY3

T4/KEY4/NC

GND/NC

KS5/KS4/NC

KS3/NC

TEST

SW2

SW3

SW4

Dout

Din

VSS

CLK

STB

KEY1KEY2

KE

Y3

KE

Y4

VD

D

S1/

KS

1

S2/

KS

2

S4/

KS

4

S3/

KS

3

S5/

KS

5

S6

S7

S8

S9

S10

S11

S12

VEE

S13

S14

S15

S16

G6

G5

G4

G3

G2

G1

VD

D

OS

C

VS

S

LED

4

LED

3

LED

2

LED

1

PT6312LQ

/50

OPEN /6.3

VC

C

V.O

UT

GN

D

GP1U291Q

1SS133

1SS133

1SS133

1SS133

/6.3

RD9.1ES/B2/MTZJ9.1BUZ9.1BSB

OPEN OPEN

F-

F-

NP

NC

6G

5G

4G

3G

2G

1G

P16

P15

P14

P13

P12

NC

NC

NC

NC

NC

P11

P10

P9

P8

P7

P6

P5

P4

P3

P2

P1

NC

NP

F+

F+

OPEN

OPEN

JSA

OPEN OPENOPEN

FRONT Y

#

#

#

#

#

#

#

#

#

#

#

#

#

#

# #

#

#

#

##

#

#

#

##

(SW/DISPLAY)MAIN0 3

TEST

R7017 R7018

S7014 S7015

D7008 D7009LED

for S7002

for S7016

SYMBOL

PHILIPS

RCU

JVC

TO

R7010 C7004D7002 IC7003

SHORTGP1U291QPNA4652MOOYCPIC-28143LJ

GP1U290QPNA4655MOOYCPIC-28142LJ

AJ+

FDP

AJ+

Adv.JOG

Adv.JOG

J/S

J/S

S/Play

S/Play

MINI OPE

MINI OPE

OTHERS

OTHERS

CN7001PIN No.

1

2

3

4

5

6

7

8

9

JSA JSA

D7007 B7001

JSB JSB

CN7001

SYSCON

T1 T1 KEY1

O

X

T2 T2

X

X

KEY2

T3 T3

X

X

KEY3

T4 T4

SHORT X

KEY4

GND GND GND

X

ADV.JOG3 8

KS5 KS5

KS3KS3

KS4

KEY3

A

A

C

B

C

B

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

TO ADV.JOG CN7003

TO MAIN(SW/DISPLAY)CN7001

2 8 MINI FRONT

TO TERMINAL(I/O)

OPEN

#3 6 S-JACK

S IN

JSA

JSB

GND

KS3

KEY3

NC

KEY2

NC

KS4

Ω

JSB

NC

NC

KEY3

NC

GND

NC

KS3

KS3

KS4

GND

NC

KEY3

KEY2

NC

JSB

JSA

JSA

JSB

NC

NC

KEY3

NC

GND

NC

KS3

JSA

JSB

NC

NC

KEY3

NC

GND

NC

KS3

GND

FRONT C

GND

OPEN


Note :

TO ADV.JOGCN7003

TO SYSCON

TO SW.REG

TO SYSCON, SW.REG

: Not used: Used

CN916

TO MAIN(SW/DISPLAY)CN7001

ONLY USE FOR HR-S7850MS/ HR-S7851MS/ HR-S8850MS

p20218001a_rev0

FDP_TYPE

#DIFFERENCE TABLE

TO MINI FRONTCN7002

TO MINI FRONTCN7005

4-19 4-20

1

2

3

5

4

A B C D E F G H

MAIN (MAIN TERMINAL) SCHEMATIC DIAGRAM4.9

SAT CTL

YES YES

NO NO

CE

C7165

C7167

Q7201

R7204R7203R7202

C7202L7201

# DIFFERENCE TABLE

V_TO_OSD

CN

903

3.58NTSC[H]/P.ON_P

P50_I/O

TU_VIDEO

CN

905

CN

914

CN

902

C7165

CN

90

1

C_TO_DIGI

Y/V_TO_DIGI

Y_FROM_DIGI

C_FROM_DIGI

V_FROM_OSD

CHARA_DATA

AL5V

GND

SCR[H]

MAIN_ALC_DET

EE[L]

C7160

C7167

C7166

R7161

R7163

R7160

R7162

SW12V

I2C_DATA2

I2C_CLK2

F.AUDIO[L]

F.AUDIO[R]

LI_5V

R.PAUSE

SAT_CTL

SW5V

CH+12V

A.IN2[L]

A.IN2[R]

A.IN1[R]

A.IN1[L]

LINE_OUT[R]

LINE_OUT[L]

DEC_OUT[L]

DEC_OUT[R]

SECAM_PB_COLOR

V_FROM_AV

PB_COLOR

Y_TO_SUB

Y_TO_AV

REC_COLOR

Fsc

P.MUTE[L]

C7202

R7204

R7202

R7203

L7201Q7201

J7105

I2C_DATA_A/V

I2C_CLK_A/V

680p

680p

100

75

100

100

470

10

220

4.7k

10µ

SC

R[H

]

CH

+12

SW

12V

LI_5

V

GN

D

I2C

_CLK

2

I2C

_DAT

A2

P50

_I/O

3.58

NT

SC

[H]/P

.ON

_P

TU

_VID

EO

Fsc

Y_F

RO

M_D

IGI

GN

D

GN

D

Y/V

_TO

_DIG

I

C_T

O_D

IGI

C_F

RO

M_D

IGI

GN

D

GN

D

DE

C.O

UT

[R]

DE

C.O

UT

[L]

GN

D

A.IN

1[L]

A.IN

1[R

]

A.O

UT

[L]

A.O

UT

[R]

A.IN

2[L]

A.IN

2[R

]

SAT

_CT

L_O

UT

R.P

AU

SE

PB

_CO

LOR

FR

ON

T_Y

_IN

(AD

J)

SE

CA

M_P

B_C

OLO

R

MA

IN_A

LC_D

ET

Y_T

O_S

UB

P.M

UT

E[L

]

FR

ON

T_V

_IN

V_T

O_O

SD

CH

AR

A_D

ATA

V_F

RO

M_O

SD

GN

D

GN

D

I2C

_CLK

I2C

_DAT

A

GN

D

V_F

RO

M_A

V

RE

C_C

OLO

R

Y_T

O_A

V

GN

D

SW

5V

GN

D

EE

[L]

OPEN

OPEN

/6.3

1/2W

2SC1317/RS/

#

#

#

#

#

#

#

#

##

0 3 MAIN(MAIN TERMINAL)

TO VIDEO/AUDIO T

O T

ER

MIN

AL(

I/O)

TO T

ER

MIN

AL(

I/O)

CN

913

TO T

ER

MIN

AL(

S-S

UB

) C

N91

5

TO T

ER

MIN

AL(

S-S

UB

) C

N91

2

p30089001a_rev0


Note :

TO VIDEO/AUDIO,ON SCREEN

TO ON SCREEN

TO SW.REG

TO SYSCONTO SW.REG

TO SYSCON

CN

904

TO

TE

RM

INA

L(S

-SU

B)

CN

911

: Not used: Used

FRONT IN

AUDIO(R)_IN

AUDIO(L)_IN

VIDEO_IN

4-21 4-22

2D DIGITAL SCHEMATIC DIAGRAM [HR-S6850MS/S7850MS/S7851MS]

HGFEDCBA

4

5

3

2

1

4.10


Note :

ALL NPN TYPE TRANSISTORS ARE 2SC4081/QRS/ or 2SD1819A/QRS/ or 2PC4081/R/.ALL PNP TYPE TRANSISTORS ARE 2SA1576A/QR/ or 2SB1218A/QR/ or 2PA1576/R/.

CN1201

IC1201

C1219

R1218

Q1205

C12

32

C12

31

L1203

L1204

C1215

L1202

L1207

C1211

C12

33

R1207 C12

13

R1208

C1212

C12

14R

1209

C1237

C1218R1210 R1211

VR1201

R1214

L1205

C1223C1222R1213Q1202

R1212

B1201

R1217

L1206

C1225 C1226R1216

R1215

Q1203

B1202R1203

R1204

R1205

C1220

C1228

R1206

L1201 C1210

C1203 C1204

C1205

C1206C1207

C1208

C1209

C1235LC1201

R1201 R1202

Q1201

C1202C1201

D1201 C1221

C1224

C12

27

C12

30

C1234

C1236C1217

C1216

R1219

R1220

L1208

C1238

C1239

C1240

R1221

Q1204

R1222

B1203

L1209

C1242C1241

B1204

R1224C1243

C1244

D1203

D1202

R1223

C1246

C1229

C1245

C1247

R1229

C1249

R1228

Q1206

R1227

C1248

R1226

R1225

R1230

R1231

R1233

R1232

C1250

1

300

0.1

0.1

100µ

100µ

47

100µ

100µ

47

0.01

5.6k

0.1

12k

0.001

118

0.1

0.139k 10k

10k

100

6.8µ

27p82p330

1k

100

6.8µ

82p 27p330

1k

220

220

1k

47

4.7

560

1µ 33p

100p

47100µ

120 100

47

0.1

0.1

0.1

0.10.1

0.1

15µ

18p

56p

470

0Ω

5600.01

4.7

47

0.01

15p390

560

0.01

15k

27k

0Ω

0Ω

0Ω

0Ω

Fsc

GND

C_TO_DIGI

SW5V[2]

V/Y_TO_DIGI

EE[L]

Y_FROM_DIGI

GND

C_FROM_DIGI

KILLER_DET

I2C_CLK_A/V

I2C_DATA_A/V

NC

NC

NC

NC

NC

VREF

CMUTE

RESET

VDD

VSS

IIC_CLK

IIC_DATA

COMP

IRE

F

IOB

COUT

AV

SS

AV

DD

YOUT

AV

SS

AV

DD

CLP

YV

IN

AV

SS

AVDD

VR

L

VR

H

CIN

VSS

VDD

FSC_IN

PO

VC

NT

AV

SS

AV

DD

NC(TEST)

NC(TEST)

NC(TEST)

NC(TEST)

NC(TEST)

NC(TEST)

NC(TEST)

NC

(TE

ST

)

NC

(TE

ST

)

NC

(TE

ST

)

NC

(TE

ST

)

NC

(TE

ST

)

SIM

LD

JCP8036

2SC4081/S/

/6.3

/6.3

OPEN

OPEN

/6.3

/50

OPEN OPEN

OPEN

OPENOPEN

OPEN

/6.32SC1317/RS/

OPEN/6.3

RD4.3ES/B3/ OPEN

OPEN

OPEN

OPEN

OPEN

OPEN OPEN

SHORT

OPENOPEN

/50

OPEN

SHORT

OPEN

/6.3

OPEN

OPEN

OPEN

OPEN

R

0 5 2D DIGITAL

D/A LEVEL ADJ

TO MAIN(VIDEO/AUDIO)CN501

p20216001a_rev0

4-23 4-24

1

2

3

5

4

A B C D E F G H

3D/TBC(2M) SCHEMATIC DIAGRAM [HR-S8850MS]4.11

## MARK ELEMENTS ARE NOT MOUNTED.

ALL SINGLE DIODE:1SS133 OR 1N4148.

ALL PNP TRANSISTOR:2SA1576A(QR) OR 2SB1218A(QR) OR 2PA1576(R)

ALL NPN TRANSISTOR:2SC4081(QRS) OR 2SD1819A(QRS) OR 2PC4081(R)

ALL NPN DIGITAL TRANSISTOR:DTC144WUA OR UN521E OR RN1309

# DIFFERENCE TABLE

PAL/MS

NTSC

Q1404 R1408 R1410 R1421

1.2k 390 390

330240OPEN

R1413

470

330 33p 1u

C1470 L1409

OPEN OPEN

USED

NOTUSED

C1432

R1406

C1416

R1404

Q1408

R1413

R1416R1418

L1403

C1417

C1414

C1424

R1427

R1428

L1401

C1403

C1413

C1412

R1410

R1415

R1412

R1407

L1409

R1411

R1414

C1411

C1406

R1463

R1442

Q1403

Q1402

LC1402

LC1401

B1412

Q1417

R1458

C1448

C14

53

C14

54

C14

55

C14

30

R1421 L1404

C1420

C1422

Q1407

C1405

C1421

R1425

Q1410

R1426

C1423

C1410

Q1418

R1459

B1416R1439

C1445

C14

38

C14

37

R1431

C14

42

R14

37

R1408

C14

43

Q1419

C1434

C14

35

R1434

R1435

R1436

VR

1401 C1444

C14

41

C14

40

C14

36

Q1413

Q1412

R1432R1430

R1429

L1406

C1428C1426

C1427

R1433

C14

71

C1425

C1463

R1460

Q1420 Q1421

R1461 R1462

Q1422

D1403

D1404

C14

72

C14

73

R1455

R1453

R1448

R1452

R1451

R1447

R1449

R1450

C1460

C1415

L1402

C1409C1407

C1408

C1404

C1464

C1433

CN1401

C1459

C1461

R1417

Q1414

R1441

C1462

C1465

C1470

Q1401

R1402

R1401

C1401 C1402

D1401

C14

39

L1407

C1446

R1446

C1450

C1452

C1449

C1447

L1405

C1429

R14

38

R1440

C1451

D14

02

B1409

C1466

C1467

C1469

C1468

Q1406

R1405

Q1404

IC1401

R1454

1

470

10

1.8k

100k470

6.8µ

0.1

39p

0.01

33k

39k

10µ

330

33p

68p

220

2.2k

2.7k

1µ

1.5k

820

0.1

0.01

100

6.8k

0Ω

680

47

0.1

0.1

0.1

0.1

6.8µ

68p

0.1

33p

560

0.1

4.7

680

27k

0.1

0.1

0.1

820

1

3.9k

0.1

0.1

0.1

15k

22k

6.8k

10k 0.1

0.1

0.1

0.1

1.8k2.2k

1.5k

33µ

22p39p

6p

51

0.1

0.01

33

27k

120 10K

0.1

0.1

680

1k

1k

470

470

1k

1k

1k

0.1

6.8µ

39p68p

33p

0.1

0.1

100

6.8k

33p

100

180

33 0.01

1

100µ

47

1k

0.1

0.1

0.1

0.1

100µ

330

47k

47k

4.7

100p

2.2k

1k

/16

2SC4081(S)

CH ##

/6.3

CH

CH

##

QQR0657-010

QQR0657-013

/6.3

CH## CH

CH

##

/25

##

DTC124T

CHCH

CH

##

/6.3

DTC124T

1SS355

1SS355

##

CH

OPEN

CH

CH

CH

CH

OPEN##

Fsc

GND

C_TO_DIGI

SW5V[2]

V/Y_TO_DIGI

EE[L]

Y_FROM_DIGI

GND

C_FROM_DIGI

KILLER_DET

I2C_CLK

I2C_DATA

V.P_CTL

V.REF

D.FF

TRICK[H]

SLOW_PULSE

CH

OPEN

CH

OPEN

CH

OPEN

CH

OPEN

CH

2SC1317(RS)

/16

RD4.3ESB3

/6.3

/6.3

/25

1SS

133

##

OPEN

OPEN

OPEN##

VDD25

VDD25

VD

D25

VOUT

AV

DD

2

AV

SS

2

AV

DD

3

TC

PO

UT

AV

SS

3

AVDD1

AVSS1

MINTEST

FS

CIN

TRICK

VSS

SLOWP

SCLK

SDATA

DFFI

VPLS

MCI0

MCI1

MCI2

MCI3

CREMCI4

MCI5

MCI6

MCI7

VS

S

MC

O7

MC

O6

MC

O5

MC

O4

CW

E

MC

O3

MC

O2

MC

O1

MC

O0

VS

S

SW

RC

K

RS

TW

RSTR

VSS

RST

MTO

MO

N3

MON2

MON1

MON0

KILLER

YOUT

COUT

COMP

IREF

VR

EF

CLA

MP

YV

IN

VR

TY

VR

TC

VR

BY

VR

BC

CIN

PV

RE

F

PIR

EF

PC

OM

P

RF

SC

PF

SC

VR

TCLK

CKMODE

VDD33

VD

D33

VD

D33

VDD33

VDD33

AV

DD

4

VS

S25

DR

AM

TE

TS

1

JCP8026

#

#

#

#

#

##

##

# #

# #

# #

##

# #

##

#

# #

#

VR1401

0 5 3D/TBC(2M)

D/A LEVEL ADJ.

TO MAIN(VIDEO/AUDIO) CN501


Note :

p10354001a_rev0

4-25 4-26

TERMINAL (S-SUB) SCHEMATIC DIAGRAM

HGFEDCBA

4

5

3

2

1

4.12

CN511C562C564C566

C563R527

MS

OTHERS

# DIFFERENCE TABLE

REAR1_Y_IN

IC501

REAR1_C_IN

REAR2_Y_IN

REAR2_C_IN

C551

Y_OUT

C_OUT

FRONT_Y_IN

FRONT_C_IN

REAR_V_IN

SW12V

CN915

V_FROM_OSD

GND

C508

C554 C557 C560 C561

C502

R525

C505

C513

CN911

C504

CN511

C519

C520

C553 C556 C559

C512

C529

C515

IC502

C518

CN912

R503

C509

C51

1

L501

L502

L503

C507

C506

C523

C56

4

C521

C522

C562R505

R504

R508

R507

R533R532

C568

R506

R510

R509

R512

R531 R534 R535

C566

R511

R536

C569

R513

R514

C575

L505

R515

C572 C573C570 C571

C576

C503

C501

R516

R517

R527 C535C524

C525

C527

C526

C528

C530

C531

C533

C534

L504

C532

C563

C517

C514

R501

C516

C51

0

1

0.47

1 1 1 1

4.7

1.2M

4.7

4.7

0.1

2.2

4.7

0.01 0.01 0.01

0.01

82p

0.01

0.1

220

10

0.01

10µ

10µ

47

0.01

2.2

0.01

4.7

2.2

1

3.9k

3.3k

150

1.2k

100100

68p

390

1k

1.6k

1k

100 100 100

0.01

470

100

68p

1.5k

3.3k

100p

3.3k

68p 68p68p 68p

2.2

2.2

0Ω

0Ω

3.3K 0.01

300p

300p

180p

100p

270p

220p

300p

0.01

47

10µ

300p

0.01

0.01

47

JCP8018

/50

Fsc

C_FROM_DIGI

GND

GND

GND

Y_FROM_DIGI

Y/V_TO_DIGI

C_TO_DIGI

GND

/50

/50 /50 /50 /50

/50

/50

/50

EE[L]

I2C_CLK

I2C_DATA

GND

REC_COLOR

GND

GND

V_FROM_AV

Y_TO_AV

SW5V

SW5V

SW5V

FROM_PS_Y

GND

GND

GND

TO_PS_Y

FROM_PS_C

TO_PS_C

SW12V

SW12V

/50

/50

±2CH

VC2076DP

PB_COLOR

FRONT_Y_IN(ADJ)

SECAM_PB_COLOR

MAIN_ALC_DET

Y_TO_SUB

P.MUTE[L]

FRONT_V_IN

V_TO_OSD

CHARA_DATA

V_FROM_OSD

GND

GND

/16

/6.3

/50

/50

/50

/50

±0.5

±0.5±0.5

±0.5

±0.5

SHORT

±0.5

/50

/50

±2CH

±2CH

CH

CH

±2CH

±2CH

±2CH

/6.3

±2CH

OPEN

OPEN

/6.3

#

#

#

#

#

#

0 6 TERMINAL(S-SUB)TO S-P CONVERTERCN1601

TO I/O

TO MAIN(MAIN TERMINAL) CN901

ATT1 ATT2 ATT3 ATT4 ATT5GND2

ATT

6

AGC DET

S.SEP

GCL

CL1 ATT7

Pre LPF1

Pre LPF1 ATT9

CL2

D7&D8

A7

A6

OPEN

IIC LOGICCLK DATA

Pre LPF2

Pre LPF2

AGC

S1/S2 DET

C.K.

Y MUTE

Y FBC

C MUTE

BIAS

V MUTEV FBC

OPEN

ATT8

OPEN

CL6

N.C.

CL5

CL4

TRAP

VCC1

GND1

A8

A9

A1

A2

A3

+ -

A4

A5

BAND GAP

BF

1

BF

2

CL3

EE/PB SP/EP

EQ

A12

A13

A10

A11

N/S-LPF

A14

VCA

VCC2

Y1

C1

Y2

C2

Y3

C3

V3

V4

BB

BB

CRADJ

BB

BB

D16PB

REC

Y/C IN

COMP IN

V3/V4

V5

EXT PB C

EXT PB C

EX

T P

B Y

EXT PB Y

PB

PB

PB

PB

PB

PB

REC

REC

REC REC

REC

REC

REC

DIGI/PB

DIGI

DIGI/PB

DIGI

CONV

CONV

PB*CONV

VHS

S-VHS

RE

C

PB

CONVCONV

RECPB*CONV

PB*D15

NO

N LIN

EA

RP

RO

CE

SS

SP

SP

SP

SP

PP

R

R

R


Note :

: Not used: Used



p20213001a_rev0

4-27 4-28

1

2

3

5

4

A B C D E F G H

TERMINAL (I/O) SCHEMATIC DIAGRAM4.13

100/16

100/16

OPEN

OPEN

0.01

0.01

0.01

C931

# DIFFERENCE TABLE

EURO MODELSWITH

ARC MODELS

CH+

R901-R908,R909-R916,R931-R947,

C901-C904,

C933-C936,

C905-C908,

C937-C940,

REAR S-OUT

J904R919-R924C913,C914C941,C942C950Q903,Q904L906

S-IN

J903R925,R926

REAR IN/OUT

J911-J914R927,R928R961-R963L921,L922C960-C963

SAT CTL R.PAUSE

J921 J922R964 R965

SW12VDECUP

C915 C943 C928 C948

CE/V-OUT DRIVER

C929 L912

R951,R953C916-C918,

L908-L911,

C920-C927,

C945,C946

L901,L902

L913-L916,L917-L920,

Q901,Q905Q902

Q906-Q909,Q911,Q912

BACK UP

D901,D902J901,J902

IC901

R966

B903,B904

BT901

0.01

OPEN OPEN 0.01 47/16

C949

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

10/25

10/25

5.6k SHORT 220/6.3 220/6.3

WITHOUTREAR S-OUT

REAR S-OUT

ALL NPN TYPE TRANSISTORS ARE 2SC4081/QRS/ or 2SD1819A/QRS/ or 2PC4081/R/.ALL PNP TYPE TRANSISTORS ARE 2SA1576A/QR/ or 2SB1218A/QR/ or 2PA1576/R/.

REAR1_Y_IN

REAR1_C_IN

J902

REAR2_Y_IN

R906

CN913

R935

R910

R902

C920

C922

L911

R931

R933

L909

R932

R936

Q909

J903

R926

R961

R905

R925

D902

D901

Q905

R962

L907

C915C943

REAR2_C_IN

J916

R923

L903

R963

REAR_V_IN

Y_OUT

C_OUT

FRONT_Y_IN

GND

R907R914

FRONT_C_IN

R915

R912

R913

J913

R964

R965

L913

L914

L915

R90

8

J901

C917

L904

R924

R930

J912L922

J921

J922

J904

L921

L916

C951

R953

Q911

R951

C934 C933

C93

6

C960

R952

L910

Q912

C93

5

C961

L908

C938 C937

C921

C962

C93

9

C94

0

L918

L917

L919

L920

C963

R927

C95

9

C95

7

C946

Q906

C926

C95

8

C95

6

C95

5

C95

4

R937

C95

3

C90

4

C923

C95

2

C927

C931

Q907

R966

R917

CN914

R918

BT901

V_FROM_OSD

C949

Q908

SW12V

R929CN916

C950

R934

C909 C910

IC901

C945

C918C916

C925

R901

R909C905 C906

L902

C911

C90

7

C901 C902

R904

L901

C90

3

J915

Q902

B903

R916

R911

R939

R938

R940

L912

C929

C924

R942

R943

R945

R946R947

R944

R941

C90

8

C928

Q910

C912

R949

R903

Q901

C948

J911

J914

R928

B904

C913 C942

C914

C941

L906

Q904

Q903

R921 R922

R919

R920

10µH

100

75

75

100

470

510

100

75

0

100

75

0

0.01100

75

15µ

0

10µH

10µH

10µH

100

100

100

100

4.7µ

4.7µ

4.7µ

0Ω

0.022

15µ

75

75

4.7µ

47

5.6k

3.3k

330p 330p

470p

5.6k

1µ

470p

330p 330p

33p

470p

470p

4.7µ

4.7µ

4.7µ

4.7µ

75

10

100

470p

47

47

1K

0Ω

0Ω

75

220

100

0.001

100.022

0.022

0.022

75

75330p 330p

1µ

470p

330p 330p

100

0.22µ

470p

1k

75

100

100

10k0.01

4.7k

0

1k

5606.8k

2.7k

3.3k

470p

0.001

330

68

75

0.01 47

0.01

220

390 390

100

100

A.OUT A.OUT

A.INA.IN A.GND

GND GND GND

GND

V.OUT V.GND R/C GND

V.IN V.GND SCRAMBLE[L]

[L]

[R]

[R]

[H]AV2/DECODER

PEMC1177PEMC1019PU59592

GND

I2C_DATA2

I2C_CLK2

SW12V

CH+12V

3.58NTSC[H]/P.ON_P

LI_5V

SCR[H]

P50_I/O

TU_VIDEO

OPEN OPEN

OPEN

2SB1218A/QR/2SA1576A/QR/2PA1576/R/

MTZJ12C-T2

OPEN

MTZJ12C-T2

OPEN

DTC144WU

SHORT

/16

A.OUT[R]

A.IN[R]

A.OUT A.OUT

A.INA.IN A.GND

GNDGNDGNDR/CV.GNDV.OUTGND

GNDV.GNDV.IN FUNC.SW

P50[L]

[L]

[R]

[R]

PEMC1177PEMC1019PU59592

A.IN[L]SHORT

PU60659

PU60659

SHORT

/16

DTC144WUA

OPEN

DTC114TUA

OPEN

OPEN

OPEN

OPEN

OP

EN

OP

EN

/25

OPEN

OP

EN

OP

EN

OP

EN

OP

EN

OP

EN

/16

OP

EN

/16

SAT_CTL_OUT

R.PAUSE

GND

A.IN1[L]

A.IN1[R]

A.OUT[L]

A.OUT[R]

A.IN2[L]

A.IN2[R]

DEC.OUT[L]

DEC.OUT[R]

QVZ0032-001

FRONT_Y

FRONT_C

GND

GND

/6.3

OPEN

BH7636S

/25

OPENA.OUT[L]

2SB1218A/QR/2SA1576A/QR/2PA1576/R/

OPEN

1/2W


V.IN

V.OUT

/16 /6.3

SHORT

2SB1218A/QR/2SA1576A/QR/2PA1576/R/

1/2W 1/2W

RAPID SW

RAPID SWAV1 IN/OUT

G B

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

##

#

#

#

#

#

#

#

#

#

#

##

#

#

BG

#

#

#

##

#

#

#

#

#

#

#

#

##

#

#

#

#

#

#

#

##

#

#

# #

##

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

##

#

#

# # #

#

#

# #

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

##

#

#

#

#

##

#

#

#

#

#

##

#

#

#

#

#

# #

#

#

TERMINAL(I/O)

TO S-JACKCN7108

TO S-SUB

S-IN

EX

P1

Y

EX

P2

CURRENTLIMITER

SAT.CTL

0

S-OUT

Y

C

21TO MAIN(MAIN TERMINAL)CN903

43

R.PAUSE

C

21

43

AV

1_Y

CIN

[H]

6

CLAMP CLAMP CLAMP

CLAMP

6dB 6dB

CLK

DAT

A

DR

IVE

R

BU

FF

ER

DR

IVE

R

BU

FF

ER

BU

FF

ER

BU

FF

ER

BU

FF

ER

I2C-BUSCONTROL

A.IN[L]

A.IN[R]


LINE_OUT[R]

LINE_OUT[L]

A.IN2[L]

A.IN2[R]

DEC_OUT[R]

DEC_OUT[L]

Ω

Ω

Ω

Ω

OPEN

OPEN


Note :

p20212001a_rev0

: Not used: Used

OPEN

ONLY USED FORHR-S7850MS/

HR-S7851MS/HR-S8850MS

ONLY USED FORHR-S7850MS/

HR-S7851MS/HR-S8850MS

4-29 4-30

DEMODULATOR SCHEMATIC DIAGRAM

HGFEDCBA

4

5

3

2

1

4.14


Note :

p20162001a_rev3

LPA10094 LPA10094 LPA10094 LPA10094 LPA10094 LPA10094 LPA10094

FRANCEEU/EK ARC

V13 V14

LPA10094

EU/EKMS

KOREA4SYSTEM

ARC ARC

3SYSTEM

-01* -02* -03* -04* -05* -06* -07* -08*

R6703PRE AMP

DEMOD PWB ASSY

MS

FRANCE

R6705

R6706

C6702

C6703

C6705

L6701

L6702

# DIFFERENCE TABLE

47 47 47 470 0 0 0

270 270 270 270 270 270 270100

150 150 100

0.0022 0.0022 0.0022

220p 220p 180p

0.001 0.001 0.001

1µ 1µ 1µ

3.3µ 3.3µ 3.3µ 3.3µ 3.3µ 3.3µ

SHORT SHORT SHORT SHORT SHORT

MONO IN K6707

C6724

R6718

FE 600 FE 600

0.22/50 0.22/50

I2C-BUS R6708,R6709

K6703,K6704

C6710,C6711

100 100 100

FE 600 FE 600 FE 600

FE 600 FE 600 FE 600 FE 600 FE 600

1K 1K 1K 1K 1K

ANALOG

Vcc

R6707

K6701

C6706

DIGITAL

Vcc

R6710

K6705

C6712

22 47 47 FE 600 FE 600 FE 600 FE 600 FE 600

FE 600 FE 600 FE 600 33 33 33 33 33

10

10 10 10 10 10

FE 600 FE 600 FE 600 FE 600 FE 600

FE 600 FE 600 FE 600

12 12

DAC Vcc R6716

K6706

C6718

47 47 47

47 47 47 47 47

FE 600 FE 600 FE 600 FE 600 FE 600

FE 600 FE 600 FE 600

8p 8p 8p 7p 7p 7p 7p 7p

1p 1p 1p 3p 3p 3p 3p 3p

C6708

C6709

X'TAL

DAC OUT R6713,R6715

C6714,C6716 0.0068 0.0068 0.0068 0.00680.0022 0.0022 0.0022 0.0022

VREF C6722

C6723 0.01 0.01 0.01 0.01 0.01 0.01 0.010.001

IC6701

C6719

C6706

K6701

K6702

C6707

X6701

C6709

C6708

K6703

K6704 R6709

R6708

C6710

C6711

K6705

R6710C6721

C6712

C6713

D6701

R6711

R6712R6714

R6713R6715

C6714C6716 C6715C6717

K6706

R6716C6718

C6720

C6722

C6723C6724

R6707

K6707

CN6701

C6701

R6701

R6702

L6701

C6702

R6703

Q6701

R6705

C6705

R6706

L6702

R6704

C6703

C6704

R6718

R6719

R6720

R6721

10

0.01

600

600

47p

1p

8p

600

600 100

100

100p

100p

600

0.01

0.01

0.22

680k

1k1k

22k22k

0.00680.0068 2.22.2

600

470.01

10

10

0.012.2600

0.01

3.9k

6.8k

1µ

0.0022

47

270

0.001

150

3.3µ

1k

0.01

10k

5.6k

5.6k

MSP3417D

/16

CH CHCH

CH

CH

1SS1331N4148M

/50/50

/16

/16

/50

I2C_DATA

I2C_CLK

TU_A_MUTE

DEMOD_[R]

DEMOD_[L]

SW5V

GND

COMP

SIF

NC

2SC3936/BC

#

#

# #

#

#

# #

#

#

#

#

#

#

##

##

#

##

#

##

#

#

#

#

#

#

#

#

# ##

AV

SU

P

AN

A_I

N1+

AN

A_I

N-

TE

ST

EN

XTA

L_IN

XTA

L_O

UT

TP

D_C

TR

_OU

T1

D_C

TR

_OU

T0

AD

R_S

EL

STA

ND

BY

Q I2C_CL

I2C_DA

TP

TP

TP

TP

TP

DVSUP

DVSS

TP

RESETQ

TP

TP

VR

EF

2

DA

CM

_R

DA

CM

_LTP

VR

EF

1

SC

1_O

UT

_R

SC

1_O

UT

_LNC

AH

VS

UP

CAPL_M

AHVSS

AGNDC

NC

NC

NC

SC1_IN_L

SC1_IN_R

VREFTOP

MONO_IN

AVSS

A GND

D GND

18.432MHz

1 4 DEMOD

TO MAIN (TUNER)CN6701

4-31 4-32

1

2

3

5

4

A B C D E F G H

S-P CONVERTER SCHEMATIC DIAGRAM4.15

# MARKED ELEMENTS ARE NOT MOUNTED.

ABOUT ## MARKED ELEMENTSELEMENTS

MODELSCN1601 CN1602

3pin-6pin

1pin-11pin

3pin-11pin

HR-S6850MS

VR1200/39

HR-S7850MSHR-S8850MS

NOT USED

IC1605

CN1602

Q1601

C1637

CN1601

C1643

C1642

B1601

L1603

C1640

R1623

R1624

C1615

C1641

C1614

C1639

IC1602

L1602

C1635

C1636

D1601

C1612

R1621

R1622

C1651

R1651

IC1606

R1652

C1613

C1638

C1634

C1616

C1608

C1654 C1655

C1645

C1646

R1649

R1650

C1647

C1649C1648

C1650

C1652

R1653

X1601

VR1603

R1654

R1620

R1655

C1653

C1606

C1609

R1618

R1617

C1610

C1611 R1619

R1616

R1615 C1605

C1607

R1646

R1648

Q1605

L1604

Q1614

R1647

R1645

Q1613

C1644

R1633

R1634R1631

R1632

Q1606

C1631

D1602

C1632 C1633

R1612

Q1617

R1661

R1660

C1659

Q1616

IC1604

IC1608

C1661

Q1615

R1659

R1658

R1657R1656 IC1607

C1656

X1602

L1605

C1658

R1601

C1657

C1660

C1663

R1662

R1663

Q1618

R1664

C1664

B1605

B1602

B1603

B1604

CN1603

C1662

Q1607

Q1609

R1638

R1637

R1639

VR1601

Q1610

Q1612

R1635

R1636

R1610

R1609

R1611

L1601

C1602Q1602

Q1603

R1602

R1603

R1605

R1604

R1606

R1608

R1607

C1603FL1601 FL1602

C1601

R1643

R1642

Q1604

Q1608

R1644

VR1602

R1640

R1641

Q1611

IC1603

IC1601

0.01

0.01

0.01

10µ

47

12k

120k

470p

0.01

470p

0.01

10µ

0.1

0.22

0.1

10K

10K

0.022

12k

1k

0.1

47

100p

0.1

47

0.01 47

1

1

0.22

0.0147

0.22

12p

180k 100k

560

3.3k

1.2k

0.22

1000p

2200p

10k

470k

1

100p 130k

470k

330 1

0.01

100k

1k

10µ

1.5k

1.5k

0.01

22k

560

3.3k

47

47 0.01

10k

33k

27k

470

470

680

1k

5602.2k

0.01

10µ

47

3.3k

0.01

0.01

470

10k

10k 1.2k

0.01

1p

100

680

330

470

1.2k

1k

1k

1k

2.7k

10µ

0.01

47k

56k

680

1.2k

680

2.2k

330

22

47

100

680

330

470

1.2k

1k

-(B-Y)

n.c.

n.c.

CVBSfref

TEST

GND

n.c.

SSC

n.c.

CLOCHEref

PLLref

n.c.Vp

n.c.

-(R-Y)

TDA8395

SW12V

SW12V

GND

GND

GND

GND

SW12V

SW12V

FROM_PS_Y

GND

GND

GND

TO_PS_Y

FROM_PSS_C

TO_PS_C

SW5V

SW5V

/6.3

74HC132D

1SS133

A_VCC

A_GND

R-Y_OUT

B-Y_OUT

R-Y_IND_VCC

NC.

NC.

NC.

NC.

IC.

IC.

IC.

B-Y_IND_GND

SSC_IN

TDA4665T

/6.3

/6.3

/6.3

/50

/50

/6.3

QAX0345-001Z

/50

/50

2SC4083/NP/

2SC1740S(QR)

/16

MTZJ7.5A

/16

1CLR

1D

1CK

1PR

1Q

1Q

GND

VCC

2CLR

2D

2CK

2PR

2Q

2Q

74HC74D

GN

D

Vcc

OU

T

XIN

XO

UT

BA4432G

-(R-Y)

MCONTROL

-(B-Y)

H/2

U_OFFSET

RED

VCC

GREEN

GND

BLUE

V_OFFSET VREF

C_OUT

FLT

CVBS

PAL/NTSC

NOTCH

Y+SYNC_OUT

Y+SYNC_IN

BURST_ADJ

Y+SYNC_OUT

OSC

SYNC_IN

TDA8501T/N1-X

QAX0576-001Z

/6.3

/16EQ

QQR1187-001

EQ

QQR1187-001

/16

GND

C/R1

RE1

A1

B1

Q1

Q1

GND

GND

VCC

C/R2

RE2

A2

B2

Q2

Q2

74HC4538D

BA7046F

##

##

#

#

#

#

#

#

#

Y

#

#

##

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

#

C.SYNC

H.SYNC(-)

WIDE_V.SYNC(-) fH/2

H.SYNC(+)

SSCTO S-SUBCN511

SYNCSEPA

V.SEPA

PHASECOMP

H.OSC

R-Y LEVELADJ.

B-Y LEVELADJ.

FROM/TOMAIN


Note :

TO MAIN(CONNECTION)CN6102

OPEN

OPEN

0Ω

0Ω

OPEN

0Ω

p20219001a_rev0

8 7 S-P CONVERTER

4-33 4-34

4.16 MAIN CIRCUIT BOARD

12

12

18

12

825

B

E

B

B

1

117

106

26 1

3

4443

19

1

49

21

EE

3332

B

E

CN

6701

CN

501

X3001

CN

3006

L12

TU

6001

CN

3002

C5352

C7011

R5313

B5001

B5002

B5301

B5302

B5303

C5001

C5002

C5004

C5101

C5106

C5201

C5207

C5301

C5302

C5303

C5304

C5306

C5307

C5309

C5310

D5101

D5103

D5105

D5201

D5203

D5204

D5205

D5208

D5209

D5210

D5211

D5301

D5302

D5303

D5304

D5306

D5308

D5309

D5317

L5201

L5202

LF5002

Q5301

Q5306

Q5307

Q5312

Q5319

R5102

R5104

R5107

R5108

R5301

R5307

R5308

R5314

R5315

R5318

R5324

R5326

R5328

R5329

C3011

C3010

K5301

B203

B206

B3070

B3079

B3179

B3966

B3971

B4001

B7001

C201

C202

C206

C207

C208

C209

C210

C211

C214

C215

C216

C218

C222

C3007

C3014

C3018

C3020

C3021

C3022

C3024

C3026

C3028 C

3029

C3031

C3034

C3035

C3036 C

3041

C3042

C3049

C3054

C4001

C4003

C4005

C4006

C4010

C4011

C4013

C4014

C4016

C6006

C6007

C6008

C6012

C6013

C6016

C6023

C6501

C6502

C7002

C7003

C7005

C7006

C7007

C7008

C7160

C7165

C7166

C7167

D201

D202

D203

D3003

D3004

D3005

D3006

D4002

D6002

D7002

L203

L204

L6003

Q207

Q208

Q3007

Q4001

Q6032

R202

R203

R204

R208

R209

R211

R212 R

213

R216

R220

R3017

R3018

R3020

R3021

R3022

R3025

R3026

R3029

R3030

R3031

R3032

R3033

R3039R

3040R

3041

R3042

R3055

R3056

R3057

R3058

R3066

R3069

R3071

R3078

R3079

R3080

R3085

R3086

R3088

R3089

R3090

R3091R

3092R

3093

R3096R

3103R

3105

R3205

R3206

R3207

R3211

R3214R

3215R

3216

R3220

R3222

R3225

R3229

R3230

R3231

R3233

R3234

R3237

R3238

R3239

R3240

R3241

R3242

R3246

R3247

R3252

R4005

R4007

R4008

R4009

R4010

R4011

R4012

R4013

R4015

R4017

R4018

R4019

R4020

R6030 R

6031

R7007

R7008

R7010

R7011

R7012

R7013

R7014

R7016 R

7017

R7018

R7161

R7162

R7203

Q5322

R5344

CP

3002

R4021

Q5323

W205

W1205

W802

W1403

W1

W2001

W211

W203

W202

B6511

B302

B42

B2051

C2

C4

C5

C7

C8

C9

C13C

14

C16

C17

C20

C24

C26

C27

C30

C31

C34

C35

C44

C60

C61

C64

C72

C73

C74

C76

C78

C324

C80

C84

C93

C103

C106

R40

C124

C303

C304

C305

C308

C309

C310 C

314

C315

C316

C319

C321

C322

C401

C402

C403

C405

C407

C409

C2002

C2003

C2004

C2005

C2006

C2007

C2008

C2010

C2011

C2051

C2052

C2053

C2054

C2064

C2201

C2203

C2206C

2207

C2208

C2210 C

2211

C2212

C2214

C2216

C2219

C2220

C2227

C2229 C

2230

C2251

C2252

C2255

C3001

C3003

C3004

K2251

K2252

K2253

L2

L5

L11

L18

L24

L301

L27

L2251L3001

Q1

Q5

Q8

Q14

Q16

Q17

Q28

Q303

Q38

Q39

Q40Q

302

Q403

Q404

Q405

Q2001

Q2002

Q2003

Q2004

Q2062 Q

2063

Q2251

Q2252

R2

R3

R4

R7

R8

R21

R22

R23

R26

R27

R28

R30

R33

B52

R36

R39

R42

R46

R51

R62

R75

R79

R317

R88

R90

R92

R104

R117R

301

R302

R304

R306

R307 R

308R309

R310

R313

R315

R316

R329

R401

R402

R404

R405

R406

R408

R2006

R2007

R2008

R2009

R2014

R2017

R2020

R2021

R2051

R2053

R2054R

2055

R2057

R2059

R2063

R2064

R2065

R2201

R2202

R2203

R2211 R

2213

R2217

R2218

R2219

R2220R

2222

R2224

R2225

R2227

R2228

R2251

R3204

R327

R328

Q311

B301

R321

R326

R226

W18

W6

W5

W9

W14

W4

L31

W15

B12

B214

C142

C47

L30

R41

C46

C5351

R111

C56

R3106

CP

3003

K2001

K2002

K2003

K2004

B55

C140

C141

B65

W17

POWER

23

2

1363

5

1

13

12

51532

SUPPLY

2

1

PAUSE

1

41

111

1210

3435

8

STARTSENSOR

CH+

TEST

CH- REC MENUOK

1

B

34

1

1

61

90

30

31

EB

16

AUDIOIN[R]

AUDIOIN[L]

VIDEOIN

REC.S

8

4

SENSOREND

D.FF

CTL.P

PB.FM

A.PB.FM

2

1

4

87

4

51

91

TAKE UP

4

8485

56

57

29

1

112

28

E

EB

8

1

4 2

S.CASS

8

19

2

21

6 2

51

5

1

9

30

A

5 1

1

BROWNBLUE

91

S-ET

SAT

SAT

PLAY STOP/EJECT PAUSE REC

E PROG

5

4

1

15

14

28

6

71

2

1

6

4

120

13

4 1

23

1

2

110 110 1 12

64

30

3

8 5

41

15

B E

V2

FF REW

60

DI7001

CN901 CN902 CN903

R4006

D3001

PC3002

Q3002

PC3001

D5318

CP4002

TP106

Q3003

S3001

IC301

CN3004

TP111

X3002

D7008

S7002

S7004

S7001

IC1

C3025

IC3001

CN3001

J7105S7010S7013

S7015 S7014

S7012

S7011 S7006S7008

IC7001

TP4001

CN7001

IC7003

P

P

S7016P

D7009

S3002

TP2253

P

CN1

IC201

CN2002CN3003

CN904

PP

CN2001

L4001

C4031

R5312

PC5101

F5001

T5001

B5304

C5006

C5102

C5103

C5104

C5105

C5107

C5202

C5203

C5204

C5206

C5208

C5305

C5308

C5311

CP5302

D5001

D5102

D5206

D5305

D5307

D5310

D5316

FC5001 FC5002

IC5301

K5101

K5102

LF5001

Q5101

Q5102

Q5302

Q5303

Q5304Q5305

Q5308

Q5309

Q5310

Q5311

Q5318

Q5320

R5101

R5103

R5106

R5109R5110

R5111R5112

R5302R5303

R5304

R5305R5306

R5309 R5310R5311

R5316

R5317

R5319

R5320

R5321

R5322R5323

R5325

R5327

R5330

R5332

VA5003

CN5001

IC3002

IC3003

TPGNDTP7001

CN3901

D5202

C5205B204

B3962

C204

C212

C213

C217

C2061

C3008

C3012

C3015C3016

C3017

C3027

C3030

C3032

C3033

C3037

C3038

C3039

C3040

C3050

C4002

C4004

C4007

C4008

C4009

C4012

C4015

C4017

C6005

C6020C6021

C6027C6028C6032C6037

C6052C6053

C6055

C7001

C7004

C7009

C7010

C7202

CP4001

D3002

D3008

D4001

D7001D7003

D7004

D7005

D7006

D7007

K6080

L201

L202

L206

L6001

L7201

Q3004

Q3005

Q3901

Q4002

Q4003

Q6030

Q6031

Q7201

R201R210

R224R225

R3011R3012

R3013

R3014

R3015

R3016

R3019

R3027

R3034R3035

R3036

R3038 R3044

R3046

R3047

R3048

R3049

R3050

R3051R3052

R3053

R3054

R3059

R3060

R3061

R3062R3063

R3072

R3073R3074R3075

R3076 R3077

R3081

R3083

R3087

R3094

R3095

R3097

R3104

R3208

R3209

R3210

R3212

R3213R3217

R3218

R3219

R3223R3224

R3235R3236

R4001

R4003R4004

R4016

R6020

R6021

R6032

R6033

R6050

R6051

R6052

R7001

R7002

R7003R7004

R7005

R7006

R7009

R7015

R7160

R7163

R7202

R7204

R5345

CP5301

L5301

W801

B6510

W16

W12

W2

C6

C2231

IC3004

B3

B8

B9

B25

B50

C1

C3

C10

C11

C12

C15

C19

C21

C22

C23

C25

C28

C29

C32

C33

C36C37

C38

C39

C40

C45

C59

C63

C65

C69

C70

C71

C75

C77

C82

C323C108

C109

C110

C112C114

C301

C302

C306C307

C311

C312

C313C317

C318

C320

C404

C406

C2001

C2009

C2012

C2013

C2014

C2015

C2055

C2062

C2063

C2202

C2204C2205

C2209

C2213

C2215C2217

C2218

C2221

C2222

C2223C2224

C2225

C2226

C2228

C2253C2254

C3002

D1

D6D8

D2201

D2202

IC2

L1

L3

L4

L13

L304

L15

L17

L19

L20

L28

L302

L303

L401

L402

L2001

L2252

L3011 L3012

Q2

Q3

Q4

Q6Q7

Q9

Q10

Q11

Q18

Q21

Q24

Q25

Q41

Q301

Q401

Q402

Q2005

Q2051

Q2052Q2053

Q2054

Q2055

Q2061

R1

R5 R6

R9

R24

R25 R29

R31 R32

R35

R37

R318

R48

R54

R65 R68

R70

R77

R91

R93

R113

R303R305

R311 R312

R314

R403

R407

R2001R2002R2003

R2005

R2010

R2013

R2015

R2016R2018

R2019

R2052

R2056

R2058

R2060

R2061

R2062

R2204

R2205

R2206

R2208 R2209

R2210

R2215

R2223 R2226

R2229

R3201

R3202

R3203

T2051

T2052

X1

X2

Q312

Q3001

W13 W11 W10 W8

W3

C143

CN905

W7

C5003

B13

D5319

D11

IC4

R118

C225

Q26

B3279

R38

ZZ1

ZZ2

ZZ3

ZZ4

ZZ5

ZZ6

ZZ7

ZZ8

ZZ9

C4032

C139

CP5304

CP5303

C2016Q2006R2022

R2023 C2017

C6056

<03> MAINLPB10140-001A

DANGEROUS VOLTAGE

4-35 4-36

2D DIGITAL AND 3D DIGITAL/2M CIRCUIT BOARDS4.17REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION

CAPACITOR

C1 B C 14NC2 B C 14NC3 B C 14NC4 B C 14OC5 A D 15NC6 A D 13NC7 B C 14PC8 B C 14PC9 A D 9NC10 B C 12NC11 B C 11OC12 B C 11OC13 B C 11NC14 B C 11NC15 B C 11NC16 B C 11NC17 A D 10NC19 A D 10MC20 A D 9MC21 B C 11MC22 A D 11MC23 B C 11NC24 A D 10MC25 B C 11MC26 B C 11LC27 B C 10MC28 A D 10MC29 B C 11LC30 B C 10LC31 A D 10LC32 A D 11LC33 A D 11LC34 B C 10LC35 B C 11KC36 A D 11KC37 A D 12KC38 A D 11KC39 B C 12KC40 A D 12JC44 B C 15NC45 A D 12LC46 B C 11KC47 A D 10MC56 B C 10KC59 B C 8MC60 A D 7MC61 B C 12OC63 B C 10NC64 B C 9LC65 A D 12OC69 B C 16NC70 B C 16NC71 B C 8LC72 B C 8LC73 B C 7MC74 B C 7MC75 B C 8LC76 B C 9KC77 B C 8KC78 B C 8KC80 B C 10MC82 B C 10NC84 B C 11OC93 B C 8LC103 B C 8LC106 B C 10NC108 B C 10KC109 B C 10OC110 B C 10NC112 B C 10KC114 B C 10KC124 B C 8KC139 B C 11OC140 B C 11JC141 A D 7HC142 B C 20HC143 A D 12LC201 A D 20GC202 B C 19GC204 B C 19GC206 B C 19GC207 B C 19GC208 B C 18GC209 B C 18HC210 B C 18GC211 B C 18GC212 B C 18GC213 A D 18FC214 B C 18GC215 B C 18GC216 A D 17HC217 B C 19HC218 A D 19HC222 B C 19GC225 A D 17FC301 B C 7KC302 B C 7KC303 B C 7JC304 B C 7JC305 B C 7KC306 B C 7KC307 B C 6KC308 B C 6LC309 B C 6JC310 B C 6JC311 B C 6JC312 B C 6JC313 B C 6JC314 B C 6J

C315 B C 6JC316 B C 6JC317 B C 6JC318 B C 7JC319 B C 7IC320 B C 8JC321 B C 7JC322 B C 7JC323 A D 7LC324 B C 6KC401 B C 15OC402 B C 15OC403 B C 15OC404 B C 16OC405 B C 16OC406 B C 16OC407 B C 16OC409 A D 17OC2001 A D 13KC2002 A D 14LC2003 A D 14NC2004 B C 14NC2005 A D 13NC2006 B C 13OC2007 A D 13OC2008 A D 13OC2009 B C 13OC2010 B C 13OC2011 A D 12OC2012 A D 12OC2013 B C 13NC2014 B C 12KC2015 B C 13OC2016 B C 13OC2017 A D 11OC2051 B C 9OC2052 A D 9OC2053 B C 10PC2054 B C 9PC2055 A D 10OC2061 A D 19KC2062 B C 6MC2063 B C 6LC2064 A D 6LC2201 B C 12KC2202 B C 12KC2203 A D 12KC2204 A D 11KC2205 A D 13KC2206 A D 13JC2207 A D 12JC2208 A D 13KC2209 A D 13KC2210 A D 13KC2211 A D 14KC2212 A D 14KC2213 A D 13LC2214 A D 14LC2215 A D 13LC2216 A D 13LC2217 A D 13LC2218 A D 14LC2219 A D 15LC2220 A D 15LC2221 B C 14MC2222 A D 15LC2223 A D 15LC2224 B C 15LC2225 A D 15LC2226 A D 14MC2227 B C 14MC2228 B C 14MC2229 B C 13LC2230 B C 15KC2231 B C 12LC2251 A D 14NC2252 B C 14NC2253 B C 15NC2254 B C 15NC2255 B C 16MC3001 B C 7NC3002 B C 6MC3003 A D 6MC3004 B C 6LC3007 B C 4IC3008 B C 19JC3010 A D 2DC3011 A D 2DC3012 A D 6BC3014 A D 8EC3015 B C 10EC3016 B C 12EC3017 B C 13EC3018 B C 13DC3020 B C 13EC3021 B C 13EC3022 B C 19EC3024 B C 13FC3025 A D 13FC3026 B C 13FC3027 A D 14EC3028 A D 13EC3029 A D 13EC3030 A D 14EC3031 B C 14FC3032 B C 11GC3033 B C 10FC3034 B C 13GC3035 B C 13GC3036 B C 12FC3037 B C 13F

C3038 B C 11GC3039 B C 11GC3040 B C 12DC3041 B C 13FC3042 A D 4DC3049 B C 11DC3050 B C 12FC3054 B C 14FC4001 A D 8EC4002 B C 10EC4003 B C 9DC4004 A D 8GC4005 B C 8FC4006 A D 8GC4007 B C 9EC4008 B C 9EC4009 B C 9DC4010 B C 8FC4011 B C 10GC4012 B C 10HC4013 B C 10FC4014 B C 10FC4015 B C 9EC4016 A D 9GC4017 B C 9GC4031 A D 19MC4032 B C 20NC5001 A D 1PC5002 A D 2NC5003 A D 4PC5004 A D 1JC5006 A D 2MC5101 A D 2MC5102 A D 2KC5103 B C 3LC5104 A D 3MC5105 A D 3LC5106 A D 3KC5107 A D 3KC5201 A D 1HC5202 A D 3GC5203 A D 2GC5204 A D 3HC5205 A D 2HC5206 A D 2FC5207 A D 2FC5208 A D 3GC5301 A D 3EC5302 A D 3EC5303 A D 4EC5304 A D 2EC5305 A D 3FC5306 A D 4GC5307 A D 3EC5308 A D 3EC5309 A D 4EC5310 A D 5FC5311 B C 1EC5351 A D 1FC5352 A D 1FC6005 A D 21MC6006 B C 21MC6007 A D 21NC6008 B C 21MC6012 A D 21PC6013 B C 21PC6016 B C 22OC6020 B C 22NC6021 B C 22NC6023 B C 21MC6027 B C 22LC6028 B C 22LC6032 B C 21LC6037 A D 21LC6052 B C 22OC6053 B C 22PC6055 B C 22OC6056 B C 22PC6501 A D 22GC6502 B C 22GC7001 A D 7BC7002 A D 11AC7003 A D 9BC7004 B C 8AC7005 B C 11BC7006 B C 11BC7007 A D 14BC7008 B C 13AC7009 A D 12CC7010 A D 11AC7011 A D 13BC7160 B C 19BC7165 B C 19AC7166 B C 20BC7167 B C 20AC7202 A D 19N

CONNECTOR

CN1 A D 14OCN501 A D 21HCN901 A D 6PCN902 A D 10PCN903 A D 14PCN904 A D 17PCN905 A D 20PCN2001 A D 9OCN2002 A D 19LCN3001 A D 20MCN3002 A D 7NCN3003 A D 7LCN3004 A D 9F

CN3006 A D 3DCN3901 A D 8BCN5001 A D 1PCN6701 A D 22FCN7001 A D 2C

DIODE

D1 B C 16PD6 A D 13JD8 B C 9JD11 B C 10KD201 A D 19FD202 A D 19FD203 A D 18FD2201 A D 12JD2202 A D 12JD3001 A D 12HD3002 A D 7FD3003 A D 6CD3004 A D 5CD3005 A D 5CD3006 A D 5DD3008 B C 11DD4001 A D 10HD4002 A D 10HD5001 B C 2MD5101 A D 1MD5102 A D 2KD5103 A D 3KD5105 A D 3KD5201 A D 1ID5202 A D 3HD5203 A D 3ID5204 A D 3ID5205 A D 3ID5206 A D 2HD5208 A D 2ID5209 A D 4HD5210 A D 4HD5211 A D 1HD5301 A D 3ID5302 A D 3FD5303 A D 2ED5304 A D 2ED5305 A D 2FD5306 A D 4DD5307 A D 4GD5308 A D 4DD5309 A D 1ED5310 A D 2ED5316 A D 5GD5317 A D 5ED5318 A D 6GD5319 A D 5GD6002 A D 22OD7001 A D 15AD7002 A D 8AD7003 A D 10AD7004 A D 7AD7005 A D 6AD7006 A D 5AD7007 A D 2BD7008 A D 16AD7009 A D 16A

IC

IC1 B C 12MIC2 B C 8LIC4 B C 8HIC201 A D 19GIC301 A D 7JIC3001 B C 11FIC3002 B C 14FIC3003 B C 20EIC3004 A D 5MIC5301 A D 4FIC7001 B C 12BIC7003 A D 8A

JACK

J7105 A D 20A

COIL

L1 A D 16NL2 A D 12OL3 A D 9ML4 A D 10LL5 A D 12KL11 A D 11ML12 A D 11LL13 A D 9LL15 A D 7NL17 A D 8LL18 A D 8LL19 A D 7ML20 A D 11NL24 A D 10NL27 A D 10LL28 A D 10NL30 A D 11KL31 A D 20HL201 A D 20HL202 A D 20GL203 A D 19FL204 A D 17HL206 A D 18HL301 A D 7KL302 A D 6KL303 A D 6JL304 A D 6KL401 A D 16OL402 A D 16OL2001 A D 16M

L2251 A D 15ML2252 A D 15ML3001 A D 6ML3011 A D 6NL3012 A D 7NL4001 A D 19ML5201 A D 3GL5202 A D 2FL5301 A D 4DL6001 A D 21NL6003 A D 21OL7201 A D 18N

TRANSISTOR

Q1 B C 14NQ2 B C 15NQ3 B C 14OQ4 B C 14OQ5 B C 8MQ6 B C 8MQ7 B C 8MQ8 B C 7MQ9 B C 7MQ10 B C 11KQ11 B C 11LQ14 B C 8KQ16 B C 11OQ17 B C 11OQ18 B C 10NQ21 B C 9LQ24 B C 10JQ25 B C 10KQ26 B C 10KQ28 B C 9NQ38 B C 9NQ39 B C 10KQ40 B C 10KQ41 B C 9KQ207 B C 18HQ208 B C 18HQ301 B C 6KQ302 B C 8JQ303 B C 6KQ311 B C 7JQ312 B C 8KQ401 B C 15OQ402 B C 16OQ403 B C 17OQ404 B C 16NQ405 B C 16OQ2001 B C 12OQ2002 B C 13OQ2003 B C 12OQ2004 B C 13OQ2005 B C 14OQ2006 B C 10OQ2051 B C 10PQ2052 B C 10PQ2053 B C 11PQ2054 B C 11PQ2055 B C 11PQ2061 B C 6MQ2062 B C 6MQ2063 B C 7MQ2251 B C 15MQ2252 B C 16MQ3001 B C 5MQ3002 A D 4IQ3003 A D 19IQ3004 B C 6CQ3005 B C 6CQ3007 B C 11DQ3901 B C 14EQ4001 B C 8FQ4002 B C 9GQ4003 B C 9GQ5101 A D 2LQ5102 A D 3LQ5301 A D 4GQ5302 A D 2EQ5303 B C 2EQ5304 A D 4EQ5305 B C 3EQ5306 B C 3FQ5307 A D 3FQ5308 B C 4HQ5309 A D 4FQ5310 B C 4EQ5311 B C 5GQ5312 A D 1FQ5318 B C 2FQ5319 B C 1EQ5320 B C 5EQ5322 B C 5GQ5323 A D 3GQ6030 B C 21KQ6031 B C 21KQ6032 B C 22GQ7201 A D 19N

RESISTOR

R1 B C 12NR2 B C 11OR3 B C 11OR4 B C 9MR5 B C 10MR6 B C 10MR7 B C 11LR8 B C 11JR9 B C 13JR21 B C 16OR22 B C 16N

R23 B C 8MR24 B C 8LR25 B C 7MR26 B C 7MR27 B C 8MR28 B C 8LR29 B C 8MR30 B C 7MR31 B C 7MR32 B C 7MR33 B C 11NR35 B C 11OR36 B C 11JR37 B C 11KR38 B C 11LR39 B C 10KR40 B C 10KR41 B C 10KR42 B C 10KR46 B C 9LR48 A D 10LR51 B C 11JR54 B C 10NR62 B C 10NR65 B C 8KR68 B C 8KR70 B C 10NR75 B C 11NR77 B C 14PR79 B C 12KR88 B C 11JR90 B C 11NR91 B C 9JR92 B C 10NR93 B C 10NR104 B C 10NR111 B C 10LR113 B C 11OR117 B C 10KR118 B C 12KR201 B C 20GR202 B C 18FR203 B C 18FR204 B C 18FR208 B C 19FR209 B C 18GR210 B C 17GR211 B C 18GR212 B C 18HR213 A D 19HR216 B C 19GR220 B C 19HR224 B C 18HR225 B C 18HR226 B C 20FR301 B C 7KR302 B C 7KR303 B C 6KR304 B C 7KR305 B C 6KR306 B C 7JR307 B C 6KR308 B C 6JR309 B C 6JR310 B C 6JR311 B C 7JR312 B C 7JR313 B C 8JR314 B C 8JR315 B C 8JR316 B C 7JR317 B C 6LR318 B C 6KR321 B C 7KR326 B C 7JR327 B C 7JR328 B C 6JR329 B C 7JR401 B C 15OR402 B C 16OR403 B C 16OR404 B C 16OR405 B C 16OR406 B C 16OR407 B C 16NR408 B C 17OR2001 B C 14JR2002 B C 14KR2003 B C 14KR2005 B C 15KR2006 B C 15KR2007 B C 15KR2008 B C 14LR2009 B C 14LR2010 B C 14LR2013 B C 13OR2014 B C 13OR2015 B C 13OR2016 B C 13OR2017 B C 13OR2018 B C 12OR2019 B C 12OR2020 B C 13OR2021 B C 13OR2022 B C 10OR2023 B C 10OR2051 B C 9OR2052 B C 9OR2053 B C 9OR2054 B C 10PR2055 B C 9P

R2056 B C 10PR2057 B C 11PR2058 B C 11PR2059 B C 11PR2060 B C 11PR2061 B C 6MR2062 B C 6LR2063 B C 6MR2064 B C 7MR2065 B C 7MR2201 A D 13JR2202 B C 14KR2203 B C 13KR2204 B C 14KR2205 B C 14KR2206 B C 14KR2208 B C 13KR2209 B C 14KR2210 B C 13LR2211 B C 14KR2213 B C 15KR2215 B C 14LR2217 B C 15KR2218 B C 15LR2219 B C 15LR2220 B C 15LR2222 B C 15KR2223 B C 14LR2224 B C 15LR2225 B C 15LR2226 B C 15LR2227 B C 14LR2228 B C 12KR2229 B C 12KR2251 B C 16MR3011 B C 9DR3012 B C 9DR3013 B C 10ER3014 B C 9DR3015 B C 10DR3016 B C 10DR3017 B C 9DR3018 B C 9DR3019 B C 10DR3020 B C 10DR3021 B C 10DR3022 B C 10DR3025 B C 11DR3026 B C 11DR3027 B C 9CR3029 B C 11DR3030 B C 11DR3031 B C 11DR3032 B C 11DR3033 B C 11DR3034 B C 9CR3035 B C 9CR3036 B C 9CR3038 B C 12DR3039 B C 12DR3040 B C 12DR3041 B C 12DR3042 B C 14CR3044 B C 15DR3046 B C 13DR3047 B C 12ER3048 B C 14DR3049 B C 12ER3050 B C 12ER3051 B C 12ER3052 B C 13ER3053 B C 12ER3054 B C 15DR3055 B C 13ER3056 B C 13ER3057 B C 14ER3058 B C 14ER3059 B C 14ER3060 B C 13FR3061 B C 13FR3062 B C 14ER3063 B C 14ER3066 B C 13FR3069 B C 12FR3071 B C 14FR3072 B C 14FR3073 B C 14FR3074 B C 12GR3075 B C 12GR3076 B C 12GR3077 B C 13GR3078 B C 12GR3079 B C 12GR3080 B C 11GR3081 B C 12GR3083 B C 11GR3085 B C 11GR3086 B C 11GR3087 B C 12GR3088 B C 11GR3089 B C 11GR3090 B C 11GR3091 B C 10GR3092 B C 10GR3093 B C 10GR3094 B C 10IR3095 B C 14JR3096 B C 10GR3097 B C 10IR3103 B C 9GR3104 B C 9G

R3105 B C 9GR3106 B C 9GR3201 B C 5MR3202 B C 5MR3203 B C 5MR3204 B C 5NR3205 A D 12IR3206 B C 8DR3207 A D 17DR3208 B C 16ER3209 B C 16ER3210 B C 8GR3211 B C 8GR3212 A D 7FR3213 B C 8DR3214 B C 8DR3215 B C 8DR3216 B C 8DR3217 A D 7DR3218 A D 6ER3219 B C 6CR3220 B C 6CR3222 B C 6BR3223 B C 20ER3224 B C 20ER3225 B C 17DR3229 B C 12FR3230 B C 13FR3231 B C 14FR3233 B C 14CR3234 B C 11DR3235 B C 7CR3236 B C 7CR3237 B C 6BR3238 B C 6BR3239 B C 21ER3240 B C 21ER3241 A D 7BR3242 B C 9DR3246 B C 10DR3247 B C 10DR3252 B C 9DR4001 B C 9HR4003 B C 9ER4004 B C 9ER4005 B C 9ER4006 B C 9ER4007 B C 9ER4008 B C 11DR4009 B C 10GR4010 B C 10GR4011 B C 10HR4012 B C 10GR4013 B C 9FR4015 B C 9HR4016 B C 10GR4017 B C 10FR4018 B C 10FR4019 B C 10GR4020 B C 9GR4021 B C 9GR5101 A D 3MR5102 A D 3MR5103 A D 3MR5104 A D 1LR5106 A D 1LR5107 A D 3KR5108 B C 3LR5109 A D 3LR5110 B C 2LR5111 B C 3KR5112 B C 3KR5301 B C 4HR5302 B C 4HR5303 B C 4HR5304 B C 4IR5305 B C 2ER5306 B C 2ER5307 B C 4HR5308 B C 2ER5309 B C 2ER5310 B C 4ER5311 B C 3ER5312 B C 2FR5313 B C 3FR5314 B C 4FR5315 B C 3FR5316 B C 4FR5317 B C 4HR5318 A D 1FR5319 B C 3ER5320 B C 4HR5321 B C 4FR5322 B C 4ER5323 B C 4ER5324 B C 4GR5325 A D 4GR5326 A D 1FR5327 B C 1FR5328 B C 1FR5329 B C 2FR5330 B C 1HR5332 A D 3HR5344 B C 3GR5345 A D 4GR6020 B C 21NR6021 B C 21NR6030 B C 21KR6031 B C 21KR6032 B C 21LR6033 B C 21L

R6050 A D 21OR6051 B C 21PR6052 B C 21OR7001 B C 11AR7002 B C 11BR7003 B C 11BR7004 B C 11BR7005 B C 11BR7006 B C 11BR7007 A D 14BR7008 A D 14BR7009 A D 3AR7010 B C 8AR7011 B C 11AR7012 B C 10AR7013 B C 11BR7014 B C 10BR7015 A D 11BR7016 B C 7BR7017 B C 15AR7018 B C 15AR7160 B C 19BR7161 B C 19AR7162 B C 20BR7163 B C 21BR7202 B C 18NR7203 B C 19NR7204 A D 18N

SWITCH

S3001 A D 18CS3002 A D 6FS7001 A D 22BS7002 A D 18BS7004 A D 7BS7006 A D 6BS7008 A D 5BS7010 A D 4BS7011 A D 4BS7012 A D 3BS7013 A D 2BS7014 A D 2BS7015 A D 1BS7016 A D 17B

TEST POINT

TP106 A D 20KTP111 A D 20LTP2253 A D 20KTP3901 B C 12DTP3902 B C 12ETP3903 B C 13ETP3904 B C 14FTP3905 B C 13FTP3906 B C 13ETP3907 B C 14ETP3908 B C 14ETP4001 A D 20KTP7001 A D 3ATPGND A D 4A

OTHER

CP3002 A D 5JCP3003 B C 5JCP4001 A D 19MCP4002 B C 18MCP5301 A D 4DCP5302 A D 4GCP5303 B C 4DCP5304 B C 4GDI7001 A D 12AF5001 A D 2PFC5001 A D 2PFC5002 A D 3PK2001 B C 13NK2002 B C 13NK2003 B C 9OK2004 B C 9OK2251 B C 15NK2252 B C 15NK2253 B C 15NK5101 A D 2KK5102 A D 1NK5301 A D 4GK6080 B C 21NLF5001 A D 4PLF5002 A D 3NPC3001 A D 16FPC3002 A D 8GPC5101 A D 4MT2051 A D 9OT2052 A D 6LT5001 A D 1KTU6001 A D 22PVA5003 A D 2OX1 A D 11LX2 A D 11LX3001 A D 13FX3002 A D 13F

COMPONENT PARTS LOCATION GUIDE <MAIN>

LPB10090-001B<05> 2D DIGITAL [HR-S6850MS/S7850MS/S7851MS]

22

LEVELD/A

ADJ

1

12

11

1

34

44

33

23

2D DIGITAL PWB

12

17

LPB10090 -001B

IC1201

B1201

B1202

C1201

C1202

C1203C1204

C1206

C1208

C1209

C1211

C1212C1213

C1214

C1215

C1216

C1217

C1218C1219

C1220

C1221C1223 C1226

C1227

C1228

R1224C1230

C1236C1237

CN1201

D1201

L1202

L1203

L1204

L1205 L1206

L1207

LC1201Q1202

Q1203

R1201

R1202

R1203

R1204R1206

R1207

R1210

R1212

R1218 R1219

VR1201

C1239C1240 C1242R1221

R1229 C1249C1244

D1202

D1203R1223

C1243

C1246

C1247

C1245

C1229

R1228

R1225 R1226R1230R1231

R1232

C1250

50

LPA10090

EB

2D D

IGITAL PW

B ASS'Y

C1205

C1207

C1210

C1222

C1224C

1225

C1231

C1232 C

1233

C1234

C1235

L1201

Q1201

R1205

R1208

R1209

R1211

R1213

R1214 R

1215

R1216

R1217

B1203C

1238

C1241L1208 L1209

R1220

R1222

Q1204

B1204

W1241

Q1205

Q1206

R1227

C1248

R1233

<05> 3D DIGITAL/2M [HR-S8850MS]LPB10105-001B

61

801

20

21

4041

0 5

LEVELADJ

PWB Ass'Y3D DIGI/2M

LPA10105

117

60

3D DIGI/2M PWB

LPB10105-001B

IC1401

C1446

C1403

C1416

C1410

C1451

C1442

B1409

Q1421

Q1422D1404

C1402

C1404

C1407 C1408

Q1418

C1420

C1421

C1422 C1423

C1424

C1427

C1437

C1438C1439

C1443

C1447

C1449

C1450

C1453

C1454

C1466

C1468 C1470

C1473

CN1401

D1401

L1401

L1402

L1403

L1405

L1406

L1409

Q1403

Q1406

Q1407

Q1408

Q1412

Q1414

R1404

R1405

R1413

R1421

R1431

R1436

R1437

R1438

R1439

R1441

R1442

R1455

VR1401

R1461

Q1419

D/A

BE

C1429

C1448

C1401

C1432

Q1420

B1412

D1403

C1405

C1406

C1409

C1411

C1412

C1413C

1414

C1415 C

1417

C1425

C1426

C1428

C1430

Q1417

C1433

C1434

C1435

C1436

C1440

C1441

C1444

C1445

C1452

C1455

C1459

C1460

C1461

C1462

C1463

C1464

C1465

C1467

C1469

C1471

C1472

D1402

L1404

L1407

LC1401

LC1402

Q1401

Q1402

Q1404

Q1410

Q1413

R1401

R1402

R1406

R1407

R1408

R1410

R1411

R1412

R1414

R1415

R1416

R1417

R1418

R1425 R

1426

R1427

R1428

R1429

R1430

R1432

R1433

R1434

R1435

R1440

R1446

R1447

R1448

R1449

R1450

R1451

R1452

R1453

R1454

R1462

R1463

R1458

W1401

W1402

R1459

B1416

R1460

COMPONENT PARTS LOCATION GUIDE <3D DIGITAL/2M>

COMPONENT PARTS LOCATION GUIDE<2D DIGITAL>

REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION

CAPACITOR

C1201 A D 5DC1202 B C 5CC1203 B C 1AC1204 B C 1AC1205 B C 2AC1206 B C 3AC1207 B C 4AC1208 B C 4AC1209 B C 4AC1210 B C 6BC1211 A D 2EC1212 B C 2DC1213 B C 2DC1214 B C 2DC1215 A D 2DC1216 B C 3DC1217 B C 2CC1218 B C 2CC1219 B C 3CC1220 A D 3BC1221 B C 2BC1222 B C 2BC1223 B C 2BC1224 B C 3BC1225 B C 3BC1226 B C 2BC1227 B C 3CC1228 A D 3BC1229 B C 4CC1230 B C 4CC1231 B C 4CC1232 B C 4CC1233 A D 4CC1234 B C 4DC1235 A D 4DC1236 B C 4DC1237 B C 3DC1238 B C 4B

C1239 B C 5BC1240 B C 5BC1241 B C 5BC1242 A D 5BC1243 B C 2AC1244 A D 3BC1245 B C 5BC1246 A D 5CC1247 B C 5CC1248 B C 4AC1249 B C 5BC1250 B C 5A

CONNECTOR

CN1201 A D 5A

DIODE

D1201 A D 5CD1202 A D 2AD1203 A D 3A

IC

IC1201 B C 3D

COIL

L1201 A D 5AL1202 A D 3EL1203 A D 4DL1204 A D 4BL1205 A D 2BL1206 A D 3BL1207 A D 4DL1208 A D 4BL1209 A D 5B

TRANSISTOR

Q1201 A D 5CQ1202 B C 2BQ1203 B C 3BQ1204 B C 4BQ1205 B C 3C

Q1206 B C 4B

RESISTOR

R1201 B C 5CR1202 B C 5CR1203 B C 1AR1204 B C 1AR1205 B C 2AR1206 B C 5AR1207 B C 2DR1208 B C 2DR1209 B C 2DR1210 B C 3BR1211 B C 2CR1212 B C 2BR1213 B C 1BR1214 B C 2BR1215 B C 3BR1216 B C 2BR1217 B C 2BR1218 B C 3CR1219 B C 4CR1220 B C 4AR1221 B C 4BR1222 B C 4BR1223 B C 1BR1224 B C 4CR1225 B C 4AR1226 B C 4AR1227 B C 4BR1228 B C 4BR1229 B C 4BR1230 B C 2AR1231 B C 4BR1232 B C 3BR1233 B C 5AVR1201 A D 1E

OTHER

LC1201 A D 5B


CAPACITOR

C1401 A D 5AC1402 B C 5AC1403 A D 5BC1404 B C 2BC1405 A C 1CC1406 B C 3AC1407 B C 2BC1408 B C 1BC1409 B C 1BC1410 A D 2BC1411 A C 1BC1412 B C 2BC1413 A C 2BC1414 A C 2CC1415 B C 1CC1416 A D 3BC1417 A C 3BC1420 A C 4BC1421 A C 4BC1422 A C 4BC1423 B C 4BC1424 B C 3BC1425 A C 4CC1426 B C 5BC1427 B C 5BC1428 A C 5CC1429 A D 3BC1430 A C 2DC1431 A C 2DC1432 B C 2CC1433 A C 3CC1434 B C 3BC1435 B C 1EC1436 B C 2EC1437 A C 3CC1438 B C 3CC1439 A C 5AC1440 B C 3CC1441 A C 3CC1442 B C 4CC1443 B C 4CC1444 A C 4CC1445 A C 4CC1446 A D 5CC1447 B C 5BC1448 A D 5CC1449 A C 4DC1450 A C 3DC1451 A D 5DC1452 A C 3DC1453 A C 3DC1454 A C 2DC1455 B C 2DC1456 A D 5DC1457 A C 5EC1458 A C 5DC1459 A C 1A

C1460 A C 1BC1461 A C 1BC1462 A C 2AC1463 A D 1DC1464 A C 3AC1465 A C 3AC1466 A C 3AC1467 B C 3AC1468 B C 4AC1469 B C 4AC1470 B C 6AC1471 B C 5BC1472 A C 3CC1473 A C 3C

CONNECTOR

CN1401 A D 5A

DIODE

D1401 A D 6BD1402 A D 5DD1403 A C 1C

IC

IC1401 B C 3DIC1402 A C 4D

COIL

L1401 A D 4BL1402 A D 1BL1403 A D 2BL1404 A D 4CL1405 A D 4BL1406 A D 5BL1407 A D 6BL1408 A D 6CL1409 A D 5A

TRANSISTOR

Q1401 A D 5BQ1402 B C 2BQ1403 A C 2CQ1404 A C 2CQ1406 A C 2BQ1407 B C 2CQ1408 A C 3BQ1410 B C 4BQ1412 A C 5BQ1413 A C 5CQ1414 A C 3AQ1415 B C 5DQ1416 A C 4DQ1417 A C 4BQ1418 B C 4AQ1419 A C 2BQ1420 A C 4AQ1421 A C 4BQ1422 A C 1C

RESISTOR

R1401 B C 5B

R1402 B C 5AR1404 B C 2BR1405 B C 2BR1406 B C 1BR1407 A C 2CR1408 A C 2CR1410 A C 2CR1411 A C 2BR1412 A C 2BR1413 A C 2CR1414 A C 2CR1415 B C 2CR1416 B C 3BR1417 B C 3BR1418 A C 3BR1421 A C 4BR1425 A C 4BR1426 B C 3CR1427 B C 3BR1428 A C 3BR1429 A C 4BR1430 A C 5BR1431 B C 5CR1432 A C 5CR1433 A C 5CR1434 B C 2BR1435 B C 1ER1436 B C 1ER1437 B C 4CR1438 A C 3CR1439 A C 4CR1440 B C 5CR1441 A C 3AR1442 A C 3AR1446 A C 2AR1447 B C 1AR1448 B C 1AR1449 B C 2AR1450 B C 2AR1451 B C 3AR1452 B C 3AR1453 B C 3AR1454 B C 4AR1455 B C 5AR1456 B C 5CR1457 A C 4CR1458 A C 4BR1459 A C 4BR1460 A C 2BR1461 A C 3BR1462 A C 3BR1463 A C 4AVR1401 A D 1E

OTHER

LC1401 A D 4ALC1402 A D 2A

4-37 4-38

4.18 TERMINAL CIRCUIT BOARD 4.19 S-P CONVERTER AND DEMODULATOR CIRCUIT BOARDS

18

1

10

TERMINAL PWB ASS'YLPA10138-0 6

9

C950

BT901

C509C502

C508

C513

C521

C554

C557

C560

C561

C501

C519

C522

C523

C504

C516

C517

C524C525

C528

C529

C531C532

C535

C559

C563

C564

W11

R527

C568C569

C570C571

IC502

L505

R501

R504

R506

R510

R531

W10

W7

W9

W8

W1

C949

B904

C902

C903

C904

C916

C906

C908

C911

C915

C920

C923

C925C926

C928

C929

C931

C933

C935

C937

C938C940

C941

C942

C945

C948

C951

C953C954C955

C957

C960

C962

L904

L908

L914L915

L916

L918

L919

L922

Q901

Q903

Q905

Q907 Q909

R901

R903

R915

R917

R919

R920

R928

R931

R932R933

R935

R936

R937

R940

R942R943R945

R946

R947

R953

R963

R929

R930

1

1415

28

4243

56

1

29

21

21

2015

2

22

1

2

12

2

32

3

1

2

1

2

3

91024

13

1

4

2

6 3 15

3

51

2

110

3

11

11

A.O

UT

[R]

A.IN

[L]

A.IN

[R]

SAT

.CT

L

R.P

AU

SE

5

1A

V2

S-I

N

111

AV

12 1

10

515

20

21

12

S-O

UT

4

11

V.O

UT

TE

RM

INA

L P

WB

V.IN

13 4

12

11

10

2

6

10

LPB

1013

8 -

001B

A.O

UT

[L]

IC90

1

J903

J904

J901

J902

J921

J922

IC50

1

CN

913

CN

915

C50

7

C51

0

C50

5

C52

0

C55

1

C56

2

C50

3

R93

4

C50

6

C51

1

C51

2 C51

4

C51

5

C51

8

C52

6C

527

C53

0

C53

3

C53

4R

517

C55

6

C56

6 C57

2

C57

3

C57

5

C57

6

CN

914

CN

511

L501

L502

L503

L504

W15

R50

3

R50

5

R50

7

R50

8R

509

R51

1R

512

R51

3R

514

R51

5

R52

5

CN

911

R53

2 R53

3 R53

5

J915

CN

912

R53

4R

536

W13

W12

W14

B90

3C

553

R51

6

W6

W5

W4

W2

C90

1

J911

J912

J913

J914

J916

C91

7

C91

8

C91

2

C92

2C

905

L909

L910

L911

C90

7C

909

C91

0

C91

3

C91

4

C92

1C

924

C92

7

C93

4

C93

6

C93

9C

943

C94

6

C95

2

C95

6

C95

8 C95

9

C96

1

C96

3

CN

916

D90

1

D90

2

L901 L9

02

L903

L906

L907

L912

L913

L917

L920

L921

Q90

2

Q90

4

Q90

6

Q90

8

Q91

0Q

911

Q91

2

R90

2

R90

4

R90

5 R90

6

R90

7R

908

R90

9

R91

0

R91

1

R91

2

R91

3

R91

4

R91

6

R91

8

R92

1 R92

2

R92

3

R92

4

R92

5

R92

6

R92

7

R93

8 R93

9

R94

1

R94

4

R94

9R

951

R95

2

R96

1

R96

2

R96

4

R96

5

R96

6

W3

<06> TERMINALLPB10138-001B


CAPACITOR

C501 A D 14BC502 A D 14AC503 A D 14BC504 B C 15CC505 A D 15CC506 B C 15CC507 A D 15CC508 A D 15DC509 A D 14EC510 A D 13DC511 B C 13DC512 B C 14EC513 A D 14DC514 B C 13DC515 B C 12DC516 B C 13DC517 B C 12DC518 B C 13DC519 A D 12DC520 A D 13DC521 A D 16CC522 A D 16CC523 A D 16BC524 B C 14AC525 B C 14AC526 B C 15BC527 B C 15BC528 B C 15BC529 B C 14AC530 B C 15AC531 B C 15AC532 B C 15BC533 B C 16BC534 A D 16AC535 B C 14DC551 A D 12CC553 A D 12CC554 A D 12CC556 A D 12BC557 A D 12BC559 B C 13BC560 A D 13BC561 A D 13BC562 A D 16DC563 B C 16DC564 B C 14EC566 B C 12DC568 B C 12CC569 B C 12CC570 B C 13CC571 B C 13BC572 B C 13BC573 B C 13BC575 B C 14DC576 B C 13BC901 B C 5DC902 B C 5DC903 B C 5CC904 B C 5CC905 B C 6BC906 B C 5BC907 B C 5AC908 B C 5BC909 B C 3AC910 B C 3BC911 B C 2BC912 B C 2CC913 B C 11DC914 B C 11DC915 B C 9AC916 B C 9BC917 B C 9AC918 A D 9BC920 B C 8BC921 B C 9AC922 B C 9BC923 A D 9BC924 B C 10AC925 B C 9AC926 B C 9AC927 A D 9EC928 B C 8DC929 B C 9DC931 A D 7EC933 B C 5DC934 B C 5DC935 B C 5CC936 B C 5CC937 B C 5BC938 B C 5BC939 B C 6AC940 B C 5AC941 A D 11DC942 A D 11DC943 A D 11AC945 A D 10BC946 A D 10BC948 A D 8EC949 A D 6EC950 A D 10DC951 A D 9EC952 B C 6AC953 B C 6A

C954 B C 6AC955 B C 5AC956 B C 5AC957 B C 5AC958 B C 4AC959 B C 4AC960 B C 2BC961 B C 1BC962 B C 1CC963 B C 1C

CONNECTOR

CN511 A D 15ECN911 A D 15ACN912 A D 12ACN913 A D 7ACN914 A D 4ACN915 A D 1ACN916 A D 10E

DIODE

D901 A D 8AD902 A D 7C

IC

IC501 B C 14CIC502 A D 15BIC901 A D 9B

JACK

J901 A D 6CJ902 A D 6BJ903 A D 9DJ904 A D 10DJ911 A D 2DJ912 A D 2CJ913 A D 2BJ914 A D 3DJ915 A D 3CJ916 A D 3BJ921 A D 4CJ922 A D 4B

COIL

L501 A D 14EL502 A D 14CL503 A D 15DL504 A D 16BL505 A D 15DL901 A D 5DL902 A D 5CL903 A D 3AL904 A D 2BL906 A D 12EL907 A D 10AL908 A D 8AL909 A D 8BL910 A D 8AL911 A D 9BL912 A D 8DL913 A D 6DL914 A D 5DL915 A D 5CL916 A D 5CL917 A D 6BL918 A D 5BL919 A D 5BL920 A D 5AL921 A D 2AL922 A D 1C

TRANSISTOR

Q901 B C 7DQ902 B C 7CQ903 B C 11DQ904 B C 11DQ905 B C 7BQ906 B C 10DQ907 B C 10DQ908 B C 9EQ909 B C 10AQ910 B C 8DQ911 B C 8DQ912 B C 8D

RESISTOR

R501 B C 13DR503 B C 14CR504 B C 14AR505 B C 15BR506 B C 14BR507 B C 15BR508 B C 15BR509 B C 15CR510 B C 15BR511 B C 15AR512 B C 15AR513 B C 15AR514 B C 15AR515 B C 15AR516 A D 16AR517 A D 16AR525 A D 13ER527 B C 15ER531 B C 12CR532 B C 12CR533 B C 12CR534 B C 12B

R535 B C 13BR536 B C 13BR901 B C 8DR902 B C 7CR903 A D 7DR904 B C 4DR905 B C 4DR906 A D 4CR907 A D 4CR908 B C 7BR909 B C 7BR910 B C 7AR911 B C 7AR912 B C 4BR913 B C 4BR914 A D 5AR915 A D 6AR916 B C 7CR917 B C 3BR918 B C 3BR919 A D 11BR920 A D 11BR921 A D 11ER922 A D 11DR923 B C 11DR924 B C 10CR925 B C 9DR926 B C 9CR927 B C 2DR928 A D 2DR929 B C 11ER930 B C 10ER931 B C 10AR932 B C 9AR933 B C 9AR934 A D 11BR935 A D 9BR936 A D 8AR937 A D 9BR938 A D 11BR939 A D 11BR940 B C 10BR941 B C 9ER942 B C 9DR943 B C 9ER944 B C 10ER945 B C 9DR946 B C 10ER947 B C 10ER949 A D 8ER951 B C 8ER952 B C 9DR953 B C 8DR961 B C 2AR962 B C 1CR963 B C 1BR964 B C 4CR965 B C 4BR966 A D 7A

OTHER

BT901 A D 6B

COMPONENT PARTS LOCATION GUIDE <TERMINAL>

REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION

CAPACITOR

C1601 A D 7EC1602 B C 8EC1603 A D 8DC1605 A D 9CC1606 B C 9CC1607 B C 9CC1608 A D 9BC1609 B C 10CC1610 A D 10CC1611 B C 9DC1612 B C 6BC1613 B C 7BC1614 B C 7CC1615 B C 7BC1616 B C 8BC1631 A D 4EC1632 A D 4EC1633 B C 4EC1634 B C 2E

C1635 B C 3EC1636 B C 3EC1637 B C 2EC1638 A D 2BC1639 B C 2BC1640 A D 3BC1641 B C 3CC1642 B C 2CC1643 B C 2CC1644 B C 6DC1645 A D 4BC1646 A D 4CC1647 B C 4BC1648 A D 5BC1649 B C 5BC1650 B C 5BC1651 B C 4DC1652 B C 4CC1653 B C 5CC1654 B C 5C

C1655 A D 5CC1656 B C 5DC1657 B C 9BC1658 A D 9BC1659 B C 9BC1660 B C 9BC1661 B C 9BC1662 B C 5DC1663 B C 8BC1664 B C 8B

CONNECTOR

CN1601 A D 7FCN1602 A D 5FCN1603 A D 4F

DIODE

D1601 A D 7CD1602 A D 4E

IC

IC1601 B C 9C

IC1602 B C 6CIC1603 B C 7BIC1604 B C 8CIC1605 A D 2EIC1606 B C 3CIC1607 B C 4CIC1608 B C 9B

COIL

L1601 A D 7EL1602 A D 8AL1603 A D 5EL1604 A D 3BL1605 A D 10B

TRANSISTOR

Q1601 B C 8EQ1602 B C 8DQ1603 B C 9EQ1604 B C 9DQ1605 B C 9E

Q1606 A D 4EQ1607 B C 3CQ1608 B C 3CQ1609 B C 3DQ1610 B C 2CQ1611 B C 3CQ1612 B C 2DQ1613 B C 5DQ1614 B C 5CQ1615 B C 5DQ1616 B C 5CQ1617 B C 5DQ1618 B C 8B

RESISTOR

R1601 B C 8DR1602 B C 8ER1603 B C 8DR1604 B C 8DR1605 B C 9ER1606 B C 8D

R1607 B C 9DR1608 B C 9ER1609 B C 9DR1610 B C 9DR1611 B C 10DR1612 B C 9DR1615 B C 9CR1616 B C 9CR1617 B C 10CR1618 B C 10CR1619 B C 10DR1620 B C 9CR1621 A D 7CR1622 A D 7CR1623 B C 7CR1624 B C 7BR1631 B C 4ER1632 B C 4ER1633 B C 3ER1634 B C 3E

R1635 B C 3CR1636 B C 3DR1637 B C 3DR1638 B C 3CR1639 B C 4CR1640 B C 3CR1641 B C 2DR1642 B C 2DR1643 B C 3CR1644 B C 3DR1645 B C 5CR1646 B C 5DR1647 B C 5DR1648 B C 5CR1649 B C 4BR1650 B C 4BR1651 B C 5DR1652 B C 4DR1653 B C 4DR1654 B C 5C

R1655 B C 5CR1656 B C 6DR1657 B C 5CR1658 B C 5DR1659 B C 5CR1660 B C 5DR1661 B C 5DR1662 B C 8AR1663 B C 8BR1664 B C 8BVR1601 A D 3DVR1602 A D 3DVR1603 A D 4D

OTHER

FL1601 A D 9DFL1602 A D 10EX1601 A D 4CX1602 A D 9B

COMPONENT PARTS LOCATION GUIDE <S-P CONVERTER>

<87> S-P CONVERTERLPB10144-001B

LPB10094-001C<14> DEMODULATOR

1

11

1

34

44

33

23

22

12

10

DEMOD PWB ASS'Y41 LPA10094

C6702

C6703

C6704

C6706

C6710C6711

C6712

C6715C6717C6718

C6719

C6720

C6721

C6722

C6723

C6724

CN6701

IC6701

K6701

K6706

L6702

Q6701

R6701 R6702

R6704

R6705

R6706R6707

R6710

R6712

R6714

R6716

X6701

R6720R6721

DE

MO

D P

WB

LPB

10094 -001C

C6701

C6705

C6707

C6708

C6709

C6713

C6714

C6716

D6701

K6702

K6703

K6704

K6705

L6701

R6703

R6708

R6709

R6711

R6713

R6715

K6707

R6718

R6719

W6701

4

5

9

24

1 2

1

BURSTR-YB-Y

5

4

8

16 9

8

9

1 12

13

14

1

7

8

8

16

1

14 8

71

81

2

1

16

1

8 7

S-P CONV. PWB AYLPA10144 -

LPB10144 -001B S-P CONVERTER PWB

2

1 5

6 10

11

IC1602

IC1603

IC1601

X1601

IC1605

C1605

C1606

C1607

C1608

C1609

C1612

C1613

C1616

C1631

C1634C1635

C1636

C1638

C1639

C1641

C1648

C1649

C1651

C1653

CN1601

CN1602

IC1604

IC1606

IC1607

Q1601

Q1602

Q1604

Q1608Q1611

Q1614

R1608R1610

R1617

R1618R1623

R1632R1634

R1636

R1637

R1638

R1639R1641

R1642

R1643

R1646R1647

R1649

R1650

R1653

VR1601VR1602 VR1603 C1603

C1652

R1660

R1661 Q1615

R1659

C1656

X1602

IC1608

L1605C1659

C1660

R1662Q1618

CN1603

B1602

C1662

BE

Q1613

FL1601

FL1602

B1601

C1601

C1602

C1610

C1611

C1614

C1615

C1632

C1633

C1637

C1640

C1642

C1643

C1644

C1645

C1646

C1647

C1650

C1654 C

1655

L1601

L1602

L1603

L1604

Q1603

Q1605Q

1606

Q1607

Q1609

Q1610

Q1612

R1601

R1602

R1603

R1604

R1605

R1606

R1607

R1609

R1611

R1615

R1616

R1619

R1620

R1621

R1622

R1624

R1631

R1633

R1635

R1640

R1644

R1645

R1648

R1651

R1652

R1654

R1655

D1601

D1602

W1

W2

R1612

Q1617

Q1616

R1656

R1657

R1658

W3

C1658

C1657

C1661

C1663C

1664

R1663

R1664

B1603

4-39 4-40

FDP GRID ASSIGNMENT AND ANODE CONNECTION4.20 REMOTE CONTROLLER SCHEMATIC DIAGRAMS4.21

X/0000(CANCEL)

ENTREE

TV

TV

TV PR

TV PR

TV/VCR

9+27

(FF)

(STOP)

/ (SP/LP)

/ (POWER)

(PAUSE)

(PLAY)

(MUTE)/AUDIO/

4

STOP/FIN

START/DEBUT

STOP/FIN

PRSTART/DEBUT

(REC)

(REW)

PR

- - : - -

30 SEC

?(PROG CHECK)

-

+

MAIN/SUB

MUTE

POWER

REC PAUSE

REC START

OK

RE-VIEW

3

TV/VCR

6

2

5

DATE

MENU

DATE

PROG

1+22

1+231+40

1+38

1+37

1+26

1+36

1+30

9+32

48

47

46

45

44

43

42

P32

P31

P30

P24

P23

P22

P21

TST

KI/04

VDD

P33

P11

P10

P03

P02

P01

P00

XO

XI

VSS

46

48

47

45

44

43

42

38

40

37

36

35

34

32

30

31

29

27

26

28

24

23

22

21

20

19

18

16

15

14

13

12

11

10

9

7

8

5

4

1

2

3

6

X1

IC1

R2

R10 / AUX

8 / DAILY/QTDN.

7 / VSP/PDC

1. , /

/ WEEKLY/HEBDO9

PQRS

GHI

TUV

JKL

ABC

DEF

MNO

WXYZ

(LP20878-010#, LP20878-011#)

[HR-S6850MS/S7850MS/S7851MS]

[HR-S8850MS]

REC PAUSEREC START

/ (SP/LP/EP)

(TIMER)

(TRANS)

/TV PROG

/TV PROG

(STOP)(PAUSE)

(REC)

?(PROG CHECK)

/TV

/TV

(POWER)/

AUDIO/ /

KEY NAMEKEY No.

12

4567891011121314151617181920212223242526272829303132333435363738

40414243444546

LCD

1

2

3

6

4

5

7

8

11

9

10

12

13

14

16

15

17

18

20

19

21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40

60

59

58

57

56

55

54

53

52

51

50

49

48

47

46

45

44

43

42

41

80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61

U1

S14

S13

S12

S18

S17

S16

S15

S23

S22

S21

S20

S19

S28

S27

S26

S25

S24

S31

S30

S29

P62

/KR

2

P61

/KR

1

P60/KR0

X2

X1

VDD

P33

P32

P30/LCDCL

P31/SYNC

P23/BCZ

P22/PCL/PT02

P21/PT01

P20/PT00

P13/T10

P12/INT2

P11/INT1

XT2

NC

XT1

P10/INT0

P63

/KR

3

P70

/KR

4

P71

/KR

5

RE

SE

TS0

S1

S2

S3

S4

S5

S6

S7

S8

S9

S10

S11

CO

M0

CO

M1

CO

M2

CO

M3

VC

L0

VC

L1

VC

L2

P40

P41

P42

P43

VS

S

P50

P51

P52

P53

BIA

S

P00

/INT4

P01

/SC

R

1

12

2

3

5

4

6

8

7

9

10

11

13

14

16

15

17

19

18

20

21

22

23

24

25

26

27

28

S0

S1

S2

S3

S4

S5

S6

S7

S8

S9

S10

S11

S12

S13

S14

S15

S16

S17

S18

S19

COM0

COM1

COM2

COM3

P03/SI/SB1

P02/

SO/S

B0

46 4 8 20 28

44 35 7 12 16 31

36 3 11 24 32

43 33 6 18 19 29

42 39 2 10 23 27

45 34 13 14 15 30

41 38 5 17 22 26

40 37 1 9 21 25

p70

p71

p63

p62

p61

p60

p40

p41

p42

p43

p50

p51

p52

p53

X1

1

2

3

C3 C2

X2

VCC (3V)

D1

Q1R3

R1

R4

VDD

VDDVDD

J1 J6J5J3J4J2R7R8R6C1

VDD

VDD

VCC(3V)

R5

R10 C4

R2

(LP20873-007#)

DOUBLE KEYS

40 + 3840 + 42

VCRTV

3 CABLE/SAT

- - : - -

LCD PROG

TV/VCR1 . , /2

3RE-VIEW45

6

8 TUV/DAILY/QTDN9 WXYZ/WEEKLY/HEBDO

7 PQRS/VPS/PDC

X/0000 (CANCEL)

0/ /AUX

MENUPROG

30 SECOKSTART

START

STOP DATEPR

-

+

DATESTOP

PR

39

(REW)(PLAY)

(FF)

ABC

GHI

DEF

JKL

MNO

ANODE CONNECTION [B]

ANODE CONNECTION [A]

[B] (FDP without audio level indicator)

[A] (FDP with audio level indicator)

SPREVIEW

VPS/PDC

VN LD

VCRS

2a 1a 2a 1a

2a 1a

1d

1a

1h

col2

2h

2h

1h

1h

col1

1f

1b

1c

1e

5G 4G 3G 2G 1G

(5G)B1

B9

S3

S1

S2

SP

REVIEW

VPS/PDC

VNLD

VCR

S

P 1

P 2

P 3

P 4

P 5

P 6

P 7

P 8

P 9

P10

P11

P12

P13

P14

P15

P16

4G 3G 2G 1G5G

1a

1b

1f

1g

1c

1e

1d

1h

2a

2b

2f

2g

2c

2e

2d

1a

1b

1f

1g

1c

1e

1d

1h

2a

2b

2f

2g

2c

2e

2d

col1

1a

1b

1f

1g

1c

1e

1d

col2

2a

2b

2f

2g

2c

2e

2d

2h

S2

S1

S3

—

—

B9

B8

B7

B6

B5

B4

B3

B2

B1 (SEP)

(SEP)

(SEP)

SP

REVIEW

VPS/PDC

VNLD

VCR

S

P 1

P 2

P 3

P 4

P 5

P 6

P 7

P 8

P 9

P10

P11

P12

P13

P14

P15

P16

4G 3G 2G 1G5G

1a

1b

1f

1g

1c

1e

1d

1h

2a

2b

2f

2g

2c

2e

2d

1a

1b

1f

1g

1c

1e

1d

1h

col1

1a

1b

1f

1g

1c

1e

1d

col2

2a

2b

2f

2g

2c

2e

2d

S2

S1

S3

1a

1b

1f

1g

1c

1e

1d

1h

S4

B10

B9

B8

B7

B6

B5

B4

B3

B2

B1

6G

—

—

—

—

B10

B9

B8

B7

B6

B5

B4

B3

B2

B1 (SEP)

(SEP)

(SEP)

NORM

1 2

SP REVIEW

VPS/PDC

VN LD

VCR

S1a 2a 1a 1a

2a 1a

1d

1g

1h

col2

1h

1h

1h

1h

col1

1f

1b

1c

1e

(4G)

S3

S1

S2

+840

6

–15dBNORM

6G 4G 3G 2G5G

+840

6

–15dB

B10

B1

B10S4

B1

(6G, 5G)

1 2

1G

4-41 4-42

4.22 WAVEFORMS

WF5IC3001-1

CTL(+)

REC 3.5 Vp-p0.1 V/10 msec/DIV

WF4TP4001

CTL.P

PB 2.2 Vp-p0.1 V/10 msec/DIV

WF3CN3001-5

D.FG

REC/PB 4.5 Vp-p0.1 V/10 msec/DIV

WF1CN3003-2CAP_FG

REC/PB 2.2 Vp-p50 mV/0.5 msec/DIV

WF6IC3001-98

C.SYNC

REC/PB 2.2 Vp-p0.1 V/20 µsec/DIV

WF2CN3001-4

D.PG


< SYSCON >

WF19-2 CN905-3

PAL PB 0.7 Vp-p20 mV/20 µsec/DIV

WF13 CN901-5

REC/PB 0.52 Vp-p20 mV/20 µsec/DIV

WF14 CN901-7

PB 0.5 Vp-p20 mV/20 µsec/DIV

WF15-1 CN901-9

PAL REC 0.6 Vp-p20 mV/20 µsec/DIV

WF19-1 CN905-3


WF17-1 CN905-7


WF17-3 CN905-7


WF16-1 CN905-9


WF18 CN905-5


WF16-2 CN905-9

SECAM PB 0.9 Vp-p50 mV/20 µsec/DIV

WF17-2 CN905-7

SECAM REC 1.8 Vp-p50 mV/20 µsec/DIV

WF19-3 CN905-3


WF19-4 CN905-3


WF15-2 CN901-9


< S-P CONVERTER >

WF2-1 CN1601-7


WF3 CN1601-5

SECAM REC/PB 1.0 Vp-p20 mV/20 µsec/DIV

WF1-1 CN1601-9


WF4 CN1601-3


WF1-2 CN1601-9


WF2-2 CN1601-7


WF6 IC1-105


WF2 IC1-30


WF3 IC1-1

PB 0.3 Vp-p20 mV/5 msec/DIV

WF4TP106PB.FM


WF5TP111

D.FF


WF1 IC1-27


< VIDEO >

WF7 IC1-14


WF8 IC1-13


WF9 IC1-11


WF10-1 IC1-16


WF11-1IC201-21CV_IN

PAL REC/PB 2.2 Vp-p50 mV/20 µsec/DIV

WF12-1IC201-19

CVOUT


WF10-2 IC1-16


WF11-2IC201-21

CV_IN


WF12-2IC201-19

CVOUT


WF20 CN902-3


WF6 IC1-97


WF2 IC1-62

REC/PB 0.9 Vp-p20 mV/0.5 msec/DIV

WF3 IC1-52

REC 0.11 Vp-p2 mV/0.5 msec/DIV

WF4 IC1-48

PB 0.58 Vp-p10 mV/0.5 msec/DIV

WF5 IC1-119


WF1 IC1-80


< AUDIO >

WF7TP2253

A.PB.FM


WF24 IC301-15


WF25 IC301-17


WF26 IC301-11


WF27 IC301-13

SECAM PB 0.36 Vp-p20 mV/1 msec/DIV

WF23-1 CN902-9


WF22 CN902-5


WF21 CN902-1


WF23-2 CN902-9


4-43 4-44

VOLTAGE CHARTS4.23

MODE REC PLAYPIN NO.MODE REC PLAYPIN NO.




<MAIN>

IC11 4.2 2.22 2.8 2.93 2.6 2.64 1.9 1.45 1.9 1.46 2.4 2.17 1.6 0.78 0 09 2.6 3.010 1.9 2.011 3.1 3.112 2.8 2.413 3.1 3.114 3.5 2.415 0 016 2.8 2.817 1.5 1.518 2.8 2.819 0 4.820 2.8 2.821 1.5 2.022 2.8 2.823 3.1 2.924 4.9 4.925 0.3 0.326 0 027 1.3 2.328 2.8 2.529 1.9 1.930 2.1 2.131 0 032 2.6 2.633 4.9 4.934 2.7 2.435 4.9 4.936 2.6 2.637 2.3 2.338 - -39 1.3 1.340 - -41 2.7 2.742 2.2 2.243 0 044 2.1 2.145 4.6 4.646 4.1 4.147 2.9 2.948 2.6 2.649 5.0 5.050 2.5 2.551 2.8 2.852 2.3 2.353 2.3 2.354 2.6 2.655 2.2 2.256 0.5 0.557 2.3 2.358 8.3 8.359 4.6 4.660 4.1 4.161 4.2 4.262 4.2 4.263 2.3 2.364 2.3 2.365 0.6 0.666 3.1 3.167 4.2 4.268 4.2 4.269 2.3 2.370 0 071 0.2 0.272 0.2 0.273 0.3 0.374 2.3 2.375 2.5 2.576 0 077 2.6 2.678 0.3 0.379 0.3 0.380 0.2 0.281 2.3 2.382 0 0.783 0 084 2.3 2.385 2.3 2.386 2.3 2.387 1.6 1.888 2.3 2.389 2.3 2.390 2.3 2.391 0.1 092 0 093 0 2.494 0 1.895 0 096 2.6 2.397 2.6 2.398 2.6 2.399 4.9 4.9100 4.9 4.9

101 0 0102 0 0103 0 0104 2.3 2.3105 2.3 2.3106 2.4 2.4107 4.9 4.9108 0 0109 0 0110 0 0111 0 1.8112 2.5 2.5113 0.7 0.7114 0 0115 2.5 2.5116 2.5 2.5117 2.5 2.5118 0 0119 2.5 2.5120 4.5 4.5

IC2 - -IC201

1 0 02 2.5 2.53 4.9 4.94 0 05 4.4 4.46 2.4 2.47 2.4 2.48 4.9 4.99 3.3 3.310 4.2 4.211 1.6 1.612 4.9 4.913 2.7 2.714 2.7 2.715 0 016 1.2 1.217 0 018 4.9 4.919 2.3 2.320 0 021 2.3 2.322 0.5 0.523 4.9 4.924 2.9 2.925 2.5 2.526 4.9 4.927 4.6 4.628 3.5 3.529 4.9 4.930 4.9 4.9

IC301 - -IC501 - -IC502 - -IC3001

1 2.5 2.52 0 03 2.5 2.54 2.4 2.45 0 1.56 2.4 2.67 2.4 2.48 2.4 2.49 4.8 4.810 4.8 4.811 0 012 0 0.213 0 2.014 4.4 4.615 4.9 4.616 0.6 0.617 4.0 4.018 0 019 3.1 3.120 4.5 4.521 3.8 3.822 0.2 1.923 0 024 4.8 4.825 0 026 4.9 4.927 4.9 4.928 4.9 4.929 4.9 4.930 0 031 4.9 4.932 4.9 4.933 0 034 4.9 4.935 0 036 0 037 0 038 0 4.939 4.0 4.040 0 041 4.8 4.842 4.8 4.843 0 044 0 045 4.9 4.9

46 0 047 2.8 2.848 0 049 4.1 4.150 4.6 4.651 1.3 1.352 1.3 1.353 4.2 4.254 5.0 5.055 5.0 5.056 4.9 4.957 0 058 4.9 4.959 0 060 4.9 4.961 4.9 4.962 0 063 0 064 - -65 - -66 - -67 - -68 0 069 - -70 3.3 3.371 4.9 4.972 4.9 4.973 4.9 4.974 0 075 4.4 4.476 4.4 4.477 4.9 078 0 079 0 080 0 081 4.9 4.982 4.9 4.983 2.4 2.484 0 085 0 086 4.9 4.987 4.9 088 4.9 4.989 0 090 0 091 0 092 4.9 4.993 0 094 0 095 4.9 4.996 0 097 4.9 098 0.8 0.899 0 2.2100 2.4 2.4101 2.4 2.4102 1.4 1.4103 4.9 4.9104 4.9 0105 4.9 0106 0 0107 0 0108 1.2 1.2109 4.9 4.9110 0 0111 0 0112 2.4 2.4

IC30021 4.9 4.92 4.9 4.93 0 04 0 0

IC30031 0 02 0 03 0 04 0 05 4.5 4.56 4.5 4.57 0 08 4.9 4.9

IC30041 11.4 11.42 0.2 0.23 0 04 0.2 0.25 11.4 11.46 11.4 11.47 0 08 0 09 0 0

IC53011 2.4 2.42 0 03 4.4 4.4

IC70011 4.9 4.92 0 03 0 04 0 05 1.6 1.6

6 0 07 0 08 4.2 4.29 3.9 3.910 0 011 0 012 0 013 0 014 4.9 4.915 - -16 - -17 - -18 - -19 - -20 - -21 - -22 - -23 - -24 - -25 - -26 - -27 -26.0 -26.028 - -29 - -30 - -31 - -32 - -33 - -34 - -35 - -36 - -37 - -38 4.9 4.939 4.9 4.940 4.9 4.941 4.9 4.942 0 043 0 044 2.7 2.7

IC70031 4.9 4.92 4.9 4.93 0 0

CN1 [HR-S6850MS]1 0 02 0 03 0 04 0 05 2.3 2.36 2.3 2.37 2.3 2.38 2.3 2.39 2.6 2.310 2.6 2.311 2.6 2.3

CN1 [HR-S7850MS,HR-S7850MS,HR-S8850MS]

1 0 02 0 03 0 04 0 05 2.3 2.36 2.3 2.37 2.3 2.38 2.3 2.39 2.6 2.310 2.6 2.311 2.6 2.312 0 013 0 0

CN5011 2.4 2.42 0 03 2.3 2.34 4.9 4.95 2.1 2.16 0.3 4.57 3.3 3.38 0 09 2.8 2.810 0 011 4.6 4.612 4.1 4.113 0 014 0 015 2.5 2.516 0 017 0 0

CN5111 4.9 4.92 4.9 4.93 2.8 2.84 0 05 1.8 1.86 0 07 2,8 2,88 0 09 2.1 2.110 12.0 12.011 12.0 12.0

CN9011 4.6 4.62 4.1 4.13 0.3 0.34 0 05 2.5 2.36 0 07 3.5 2.48 0 09 2.8 2.810 4.9 4.9

CN9021 2.8 2.82 0 03 0 04 2.4 2.15 1.3 2.36 4.9 4.97 0 08 0 09 2.3 2.310 0 011 0 012 2.4 2.1

CN9031 4.7 4.72 0 03 0 04 0 05 0.8 0.86 10.1 10.17 10.1 10.18 4.5 4.59 4.5 4.510 0 0

CN9041 0 02 4.9 4.93 0 04 0.2 0.25 0 0.26 0 07 0 08 0 09 0 010 0 011 0 0

CN9051 2.4 2.42 0 03 2.8 2.84 0 05 3.3 3.36 0 07 2.1 2.18 0 09 2.3 2.3

CN20011 0 02 0 03 0 04 0 05 0 06 2.3 2.37 2.2 2.2

CN20021 0 02 0 0

CN30011 11.4 11.42 0 03 1.3 1.34 0 05 1.3 1.3

CN30021 0 02 0 0.2

CN30031 0 02 2.5 2.53 2.4 2.44 4.8 4.85 0 06 4.9 4.97 - -8 9.2 9.2

CN30041 4.9 4.92 4.9 4.93 0 04 0 0

CN67011 0 02 4.6 4.63 4.5 4.54 4.8 4.85 0.3 0.36 0.3 0.37 5.0 5.08 0 09 0 0

10 0.1 0CN7001

1 4.9 4.92 0 03 0 04 0 05 0 06 0 07 0 08 3.0 2.09 3.0 3.3

<2D DIGITAL>[HR-S6850MS,HR-S7850MS, HR-S8850MS]MODE REC PLAYPIN NO.

IC1201 - -CN1201

1 2.4 2.42 0 03 2.3 2.34 4.9 4.95 2.1 2.16 0.3 4.57 3.3 3.38 0 09 2.8 2.810 0 011 4.6 4.612 4.1 4.113 0 014 0 015 2.5 2.516 0 017 0 0

<3D/TBC (2M)>[HR-S8850MS]MODE REC PLAYPIN NO.

IC1401 - -CN1401

1 2.4 2.42 0 03 2.3 2.34 4.9 4.95 2.1 2.16 0.3 4.57 3.3 3.38 0 09 2.8 2.810 0 011 4.6 4.612 4.1 4.113 0 014 0.8 0.815 2.5 2.516 0 017 2.5 2.5

<TERMINAL>MODE REC PLAYPIN NO.

IC501 - -IC502

1 2.0 2.02 0.1 4.93 3.3 3.34 3.4 3.45 4.9 4.96 2.2 2.27 2.0 2.08 4.9 09 1.4 010 2.9 2.911 2.9 2.912 2.9 2.913 0 014 2.8 2.815 2.8 2.816 1.9 1.917 2.0 2.018 1.9 1.9

IC901 - -CN911

1 4.6 4.62 4.1 4.13 0.3 0.34 0 05 2.5 2.36 0 07 3.5 2.48 0 09 2.8 2.810 4.9 4.9

CN9121 2.8 2.82 0 03 0 04 2.4 2.1

5 1.3 2.36 4.9 4.97 0 08 0 09 2.3 2.310 0 011 0 012 2.4 2.1

CN9131 4.7 4.72 0 03 0 04 0 05 0.8 0.86 10.1 10.17 10.1 10.18 4.5 4.59 4.5 4.510 0 0

CN9141 0 02 4.9 4.93 0 04 0.2 0.25 0 0.26 0 07 0 08 0 09 0 010 0 011 0 0

CN9151 2.4 2.42 0 03 2.8 2.84 0 05 3.3 3.36 0 07 2.1 2.18 0 09 2.3 2.3

CN9161 0 02 0 03 0 04 0 0

<DEMOD>MODE REC PLAYPIN NO.IC6701

1 4.3 4.32 1.5 1.53 1.5 04 0 05 2.0 2.06 1.9 1.97 0.2 0.28 0 09 0 010 3.6 3.611 3.6 3.612 4.5 4.513 4.5 4.514 2.2 2.215 2.1 2.216 0 017 0.3 0.318 0.3 0.319 4.5 4.520 0 021 0.3 0.322 4.7 4.723 0 024 0 025 0 026 0 027 0 028 0 029 0 030 2.4 2.431 2.4 2.432 0 033 4.7 4.734 3.8 3.835 0 036 2.4 2.437 0 038 0 039 0 040 0 041 0 042 2.5 2.543 2.4 2.444 0 0

CN67011 0 02 4.6 4.63 4.5 4.54 4.8 4.85 0.3 0.3

6 0.3 0.37 5.0 5.08 0 09 0 010 0.1 0

<MINI FRONT>[HR-S7850MS,HR-S7851MS, HR-S8850MS]MODE REC PLAYPIN NO.

CN70021 3.2 3.22 1.6 1.63 0 04 0 05 0 06 0 07 0 08 0 09 4.9 4.9

CN70051 4.9 4.92 0 03 0 04 0 05 0 06 0 07 0 08 0 09 3.2 3.2

<S-JACK>MODE REC PLAYPIN NO.

CN71081 0 02 0 03 0 04 0 0

<ADV.JOG>MODE REC PLAYPIN NO.

CN70031 3.0 3.32 3.0 2.03 0 04 0 05 0 06 0 07 0 08 0 09 4.9 4.9

<S-P CONVERTER>MODE REC PLAYPIN NO.

IC16011 2 22 4.4 4.43 0 0.94 4.8 4.15 0 06 2.1 4.97 4.9 4.98 2.2 2.2

IC16021 4.9 4.92 4.4 4.43 0.4 0.44 0.4 0.45 0.4 0.46 4.4 4.47 0 08 0.5 0.59 4.4 4.410 0 4.711 0 4.412 0 4.713 0.4 0.414 4.9 4.9

IC16031 0 02 4.6 4.63 4.9 4.94 0 05 0.4 0.46 0.3 0.37 4.5 4.58 0 09 1.5 1.510 3.3 3.311 4.9 4.912 0 0.913 4.9 4.914 2.3 2.315 0 016 4.9 4.9

MODE REC PLAYPIN NO.

IC16041 4.9 4.92 3.3 3.33 0.9 0.94 4.9 4.95 0.1 0.16 4.7 4.77 0 08 2.4 2.49 2.4 2.410 4.9 4.911 0 4.412 2.4 2.413 4.9 4.914 4.9 4.9

IC16051 8 8.12 1.1 1.13 8.1 8.14 0 05 0 06 0 07 3.2 3.28 4.2 4.19 2.8 2.810 2.9 2.811 0 012 0 013 0 014 0 015 0.5 0.516 0 0

IC16061 4.8 4.82 0 03 0 04 0.1 0.45 0.5 0.56 0 07 0.1 0.48 0 09 4.8 4.810 0 011 3 312 3 313 0.5 014 1.5 1.415 0.6 016 1.5 1.4

IC16071 2.5 2.52 0 03 2.5 2.54 2.4 2.45 2.1 2.16 2 27 2.3 2.28 4.8 4.89 2.3 2.210 0 011 2.3 2.212 2 213 2.5 2.514 0 1.715 0 0.816 0.6 0.617 0 018 0 019 0 020 0 0.121 2.5 2.522 0 1.923 1.2 1.224 0 2.1

CN16011 12.0 12.02 12.0 12.03 2.1 2.14 0 05 2.8 2.86 0 07 1.8 1.88 0 09 2.8 2.810 4.9 4.911 4.9 4.9

4-45 4-46

4.24 CPU PIN FUNCTION

PIN NO. LABEL IN/OUT FUNCTION

1 CTL(+) IN/OUT CTL(+) SIGNAL

2 SVSS - GND

3 CTL(-) IN/OUT CTL(-) SIGNAL

4 CTLBIAS - CTL BIAS VOLTAGE

5 CTLFB IN CTL PULSE FEEDBACK

6 CTLAMPOUT OUT CTL PULSE OUTPUT

7 CTLSMTIN IN CTL PULSE INPUT

8 CFG IN CAPSTAN FG PULSE INPUT

9 SVCC - SYSTEM POWER

10 AVCC - SYSTEM POWER FOR ANALOG CIRCUIT

11 NORM/MESEC/S IN SVHS MODE:H

12 SECAM_DET IN NC

13 VIDEO_ENV IN AUTO TRACKING DETECT/INPUT THE AVERAGE OF PLAYBACK VIDEO SIGNAL

14 START_SENSOR IN START SENSOR

15 END_SENSOR IN END SENSOR

16 IND(L) IN

17 PROTECT IN DETECTION SIGNAL FOR SW POWER SUPPLY

18 SCR_ID IN SCRAMBLE CONTROL INPUT (SCRAMBLE:H)

19 IND(R) IN

20 AFC IN TUNING CHECK

21 RF AGC IN

22 A.ENV/ND(L) IN AUDIO PB FM ENV.INPUT/NON HiFi MODE:L

23 AVSS - GND FOR ANALOG CIRCUIT

24 CTL_GAIN OUT CONTROL AMP OUT FREQUENCY RESPONSE SWITCHING

25 LSA IN MECHANISM MODE DETECT(A)

26 LSB IN MECHANISM MODE DETECT(B)

27 LSC IN MECHANISM MODE DETECT(C)

28 CAP_REV(L) OUT CAPSTAN MOTOR REVERSE CONTROL (FWD:H/REV:L)

29 RC IN REMOTE CONTROL DATA INPUT

30 LOCK(L) IN TUNING PLL LOCK DETECT:L

31 P50_IN IN CONTROL SIGNAL FOR TV LINK

32 R.PAUSE IN REMOTE PAUSE CONTROL

33 P50_OUT OUT CONTROL SIGNAL FOR TV LINK

34 P.SAVE(L) OUT POWER SAVE:L

35 LMC1 OUT LOADING MOTOR DRIVE(1)



38 SB_G(PWM) OUT VOLTAGE CONTROL SIGNAL FOR VIDEO FREQUENCY RESPONSE

39 STB/TEST OUT STROBE SIGNAL (FOR FDP DRIVER)

40 POWER_DET IN DETECTION SIGNAL FOR POWER DOWN OF AC POWER SUPPLY

41 P.CTL(H) OUT CONTROL SIGNAL FOR SWITCHING POWER SUPPLY

42 SP(H) - NC

43 VSS - GND

44 RMO OUT REMOTE CONTROL OUTPUT FOR SATELLITE RECEIVER

45 VCC - SYSTEM POWER

46 S.CASS(H) IN DETECTION SIGNAL FOR SVHS CASSETTE (SVHS:H)

47 OSD_CS OUT CHIP SELECT FOR THE ON-SCREEN IC

48 ET_PB(H) - NC

49 I2C_DATA_A/V IN/OUT SERIAL DATA TRANSFER OUTPUT FOR THE VIDEO/AUDIO IC

50 I2C_CLK_A/V OUT SERIAL DATA TRANSFER CLOCK FOR THE VIDEO/AUDIO IC

51 S.DATA_TOSYS IN SERIAL DATA TRANSFER OUTPUT FROM THE ON-SCREEN IC TO THE FDP DRIVER

52 S.DATA_FRSYS OUT SERIAL DATA TRANSFER OUTPUT FROM THE FDP DRIVER TO THE ON-SCREEN IC

53 S.CLK OUT SERIAL DATA TRANSMISSION CLOCK FROM THE FDP DRIVER TO THE ON-SCREEN IC

54 SP_FG IN DETECTION SIGNAL FOR SUPPLY REEL ROTATION/TAPE REMAIN

55 TU_FG IN DETECTION SIGNAL FOR TAKE-UP REEL ROTATION/TAPE REMAIN

56 JSA IN INPUT FOR THE JOG SHUTTLE

PIN NO. LABEL IN/OUT FUNCTIONPIN NO. LABEL IN/OUT FUNCTION

<SYSCON IC3001>

CHANGES IN ATS+IC OUTPUT AS CAUSED BY CHANGES IN RECEIVER SENSITIVITYWHEN THE SAME CHANNEL IS RECEIVED MORE THAN ONCE ARE INPUT.

57 JSB IN INPUT FOR THE JOG SHUTTLE

58 REC_SAFETY IN REC SAFETY SWITCH DETECT (SW ON:L)

59 SW1 OUT TUNER SYSTEM MODE:H

60 TU_CLK OUT CLOCK FOR DATA TRANSFER TO THE TUNER UNIT

61 TU_DATA OUT TUNING DATA

62 FWE - NC

63 NMI(L) - NC

64 X2 - TIMER CLOCK (32.768KHz)

65 X1 - TIMER CLOCK (32.768KHz)

66 RES(L) - RESET TERMINAL (RESET ON:L)

67 OSC1(IN) - MAIN SYSTEM CLOCK(10MHz)

68 VSS - GND

69 OSC2(OUT) - MAIN SYSTEM CLOCK(10MHz)

70 VCC/VCL - SYSTEM POWER

71 MODE - NC

72 TU_A_MUTE(H) OUT TUNER AUDIO MUTE CONTROL (MUTE:H)

73 TU_V_MUTE(H) OUT TUNER VIDEO CONTROL (MUTE:H)

74 A.MUTE(H) OUT AUDIO MUTE CONTROL (MUTE:H)

75 I2C_CLK2 OUT SERIAL DATA TRANSFER CLOCK FOR MEMORY IC

76 I2C_DATA2 IN/OUT SERIAL DATA TRANSFER OUTPUT FOR MEMORY IC

77 FLY_REC(H) OUT FLYING ERASE REC:H

78 P.ON_PULSE/3.58 NTSC(L) OUT P.ON_PULSE(H)

79 V.UP(H)/V_DOWN(L)/EE(L) OUT HIGH SPEED FF/REW TURBO SEARCH:H

80 V.P.CTL - NC

81 VHS(H) OUT VHS MODE(H)


83 SLOW_P OUT MEMORY TIMING CONTROL IN THE SLOW MODE

84 VSS - GND

85 SP_SHORT(H) MODE SELECT [HR-S6850MS]

86 LP_SHORT(H) MODE SELECT [HR-S6850MS]

87 FLY_ON(H) OUT

OUT

FLYING ERASE ON:H

88 H.REC_ST(H) OUT HIFI AUDIO SOUND RECORDING START

89 TRICK(H) OUT SPECIAL PLAYBACK :H

90 HEAD_SEL OUT HEAD SELECT(LP HEAD:H, SP HEAD:L)

91 SW2 OUT TUNER SYSTEM MODE:L

92 SYNC_DET(H) IN DETECTION OF VIDEO SYNC SIGNAL (DETECTED:H)

93 MESECAM(H) OUT MESECAM:H

94 SECAM(H) - NC

95 PAL_PB(H) OUT PAL FM (PB ON:H)

96 SEP_PB(H) OUT PAL EP MODE(H)

97 N.REC_ST(H) OUT NORMAL AUDIO SOUND RECORDING START

98 C.SYNC IN COMPOSITE SYNC

99 A.FF OUT AUDIO FF OUTPUT

100 V.FF OUT ROTATION DETECTION SIGNAL FOR DRUM MOTOR/TIMING CONTROL SIGNAL FOR REC

101 CAPPWM OUT CAPSTAN MOTOR CONTROL

102 DRUMPWM OUT DRUM MOTOR CONTROL

103 P.MUTE(L) OUT PICTURE MUTE CONTROL(MUTE:L)

104 FULL_E_ON(H) - NC

105 N.REC(H) OUT NORMAL AUDIO REC MODE CONTROL SIGNAL (REC:H)

106 V_DOWN(L)/HI_FF/REW(L) OUT NC/HIGH SPEED FF/REW:L

107 DPG IN DRUM PICKUP PULSE INPUT (SWITCHING PULSE)

108 DFG IN DRUM FG PULSE INPUT


110 V.PULSE OUT V.PULSE ADDITION TIMING CONTROL

111 VSS - GND

112 CTLREF - CTL REFERENCE VOLTAGE

AUDIO INPUT (L CH) FOR THE FOP AUDIO INDICATOR[HR-S7850MS/S7851MS/S8850MS]

AUDIO INPUT (R CH) FOR THE FOP AUDIO INDICATOR[HR-S7850MS/S7851MS/S8850MS]

OUT

4-47 4-48

1

2

3

5

4

A B C D E F G H

SYSTEM CONTROL BLOCK DIAGRAM4.25

WF1

WF2

WF3

WF4

WF5

WF6

2

A/C HEAD

CTL

A/C HEAD

1

CN700112

C. SYNC/V. REF

VIDEO_ENVAUDIOVIDEO/TO

V. PULSE

1

CN12

CTL HEAD(+)CTL HEAD(-)

D.FF

CN2001

7

6

D.FF

CTL.PTP4001

M

DRUM MOTOR

CN3003

(LOADING MOTORVOLTAGE CONTROL)

LDM2LDM1

MOTOR

LSBLSCLSA

ROTARYENCODER

LOADING

M

5 5

CN3004

2

3

1

CN30022

142

LDM1LDM2

IC3004

CAP_FG

CAP_REV(L)

DRUM_CTL_V

CAP_CTL_V

5

3

4D.PGD.FG

M

CAP MDA

5

CN30013

4

3

2

6

PC3002SENSOR

SENSOR

DRIVECONTROLVref

LMC2LMC1

7

1

9

Q3001

VOLTAGE

PHOTO

PHOTO

PC3001

MAIN (SYSCON)30

AL5.8VRESETRES

JSBJSA

5756

76

TU_V_MUTE(H)

I2C_DATA2I2C_CLK2

TU_A_MUTE(H) 72

73

75

13VIDEO_ENV

C. SYNC98

V. PULSE

100

110V. FF

CTLAMPOUT

CTL(-)

CTL(+)13

6

N. REC_ST(H)

I2C_CLK_A/V

H. REC_ST(H)

A. MUTE(H)

A.FF

I2C_DATA_A/V50

99

97

88

74

49

(SERIAL MEMORY)

I2C_CLK2I2C_DATA2

SCLSDA

65

IC3003

4 IC3002(RESET)

TU_V_MUTE(H)

I2C_DATA2I2C_CLK2

TU_A_MUTE(H)SW2SW1

TUNERTO

VIDEO/AUDIO

N. REC_ST(H)

N. REC_(H)

H. REC_ST(H)

I2C_CLK_A/VI2C_DATA_A/V

A.FF

A. MUTE(H)

TO

Vcc

X3001

(32KHz)TIMER

X3002

CLOCKMAIN

(10MHz)

TP3905

SP_FG

LMC3

LSBLSCLSA

252726

LMC2LMC1

36

37

35

TU_FG55

START_SENSOR

END_SENSOR

14

66

15

S. CASS(H)

OSD_CS47

46

DFG

54

DPGDRUMPWM

107108

102

CAP_REV (L)

101

CFGCAPPWM

8

28

REC_SAFETY

S. DATA_TOSYSS. DATA_FRSYS

S. CLK

OSC1(IN)

58

515253

67

X2

OSC2(OUT)

X1

69

64

65

SENSOR

SENSORSTART

1

END

D30042

Q3002

Q3003

S.CASSS3002 I2C_CLK2

I2C_DATA2

D. FF

SYSTEM

CLOCKTimer Clock

C3025

(SYSTEM CONTROL MICRO PROCESSOR)IC3001

I2C_CLK2

I2C_DATA2

I2C_CLK2I2C_DATA2

D. FF

S. DATA_FRSYS

OSD_CSRC

TOON SCREEN

SW/DISPLAYTO

S. DATA_FRSYS

TP3901

Note : For the waveforms in this block diagram, refer to page 4-41.

JSAJSB

CN7003TO ADV.JOG

REC_SAFETYS3001

S. CLK

CN903

9

8

CN913TO TERMINAL(I/O)

I2C_DATA

I2C_CLK

CN901

1

2

CN911

TOTERMINAL(S-SUB)

RC29

V. P. CTLI2C_DATA_A/V

CN501

14

15

N.REC(H) 105

SW159

SW291

13

12

11

17

V. REF

SLOW_PULSE

I2C_CLK_A/V

TO 2D DIGITALCN1201TO 3D/TBC(2M)CN1401

V. REF

SLOW_P83

V. P. CTL80

V.REF

B13

B12

HR-S6850MSHR-S7850MSHR-S7851MS

HR-S8850MS

TP3906

TP3907

TP3908

TP3902

SIO

S. CLK

4-49 4-50

VIDEO BLOCK DIAGRAM

HGFEDCBA

4

5

3

2

1

4.26

C C

Y Y

Y

C

Y

C

Y

C

C

Y

YC

C

Y

C

Y

Y

Y

CY

C

Y

C

Y

Y

Y

C

Y

C

Y

Y

Y

C

C

Y C

Y

Y

Y

C

C

Y

C

C

Y

C

WF1

WF2

WF3

WF4Y

C

Y

C

C

C

C

C

C

C

PRE LPF DIGI

Y/C IN V3/V4

)SWITCH(Y/CIC501

56

1

ATT

2

AGC DET

S.SEPATT

PB

Y1 Y3

3 4 5

ATT Y2

54

53

51

52

50

49

48

47

COMP IN

AGCREC

GCL

ATTCLAMP

V5

EXT PB C

EXT PB C

PRE LPF

PB REC

EX

T P

B Y

ATT

USED

ATT

S1/S2 DET

6 7 8

NOT

C3C1

C2

V3

9 10 11 12 14

ATT

Y FBC

Y MUTE

D16

15

V FBC

N.C.

REC

V4

C.K.PB*D15

BB

BB BB

BB

PB

TRAP

CONVVCA

PB*CONVREC

CONV

21

V MUTE

C MUTE

BIASD7&D8

ATT CLAMP

USEDNOT

17

18

20

19

CLAMP

FILTERFILTER23

24

25

DIGI/PB43

45

PRE LPF

CLAMP

PRE LPF

42

CRADJ

41

PB

EXT PB Y

DIGI/PB

ATTREC

IIC LOGIC

39

CLK

40

DATA

38

+

TERMINAL(S-SUB)0 6

CLAMP

RECDIGI

PB*CONV

CONV

CONV

36

N/S-LPF

RECPB

REC

PB

34 33

EE/PB

32

REC

EQ

RE

C

PB

CLAMP

PB

SP/EP(LP)

VHSS-VHS

31 30 29

28

27

16PBREC

NON LINEARPROCESSOR

6

5

PB

REC

SP

SP

10

11

12

EQ

EQ

V_FROM_OSD

C_OUT

Y_OUT

REAR2_C_IN

REAR2_Y_IN

REAR1_C_IN

REAR1_Y_IN

36

37

38

39

34

35

33

LPF BUF

IC502SVHS-ETS-VHS

1

2

(

EE(L)

&

18

SP

SP

17

SWITCH)

EQ

EQ

Y

19

YV

IN

FS

C_I

N

CIN

10 5

REC PB

BUFQ1206

BPF

COMB PB

BUF

Q1205

7

9

9

10

5

7

4

7

6

5

1

3

5

Q1203

9

1

1

2

CN911

1

3

5

7

12

11

9

BPFcom/CNR

3L

Y/C

PS

IC1201 (

COUT

YOUT

IIC_DATA

IIC_CLK

PB

COMBREC

REC

44

41

35

34

&SEP MIX )0 5

BUF

Q1202

DIGITAL2D

CN1201

19

V_TO_OSD

CHARA_DATA

Y_TO_AV

V_FROM_AV

REC_COLOR16

29

30

15

14

Y_FROM_DIGI

C_FROM_DIGI

PB_COLOR

MAIN_ALC_DET

P.MUTE(L)Y_TO_SUB

FRONT_V_IN

25

28

27

26

24

20

21

I2C_DATA

I2C_CLK

Fsc

C_TO_DIGI

Y/V_TO_DIGI

17

18

13

12

I2C_DATA_A/V

I2C_CLK_A/V

C_FROM_DIGI

Y_FROM_DIGI

V/Y_TO_DIGI

C_TO_DIGI

Fsc10

8

9

6

3

4

5

USEDNOT

USEDNOT

USEDNOT

C

USEDNOT FRONT_Y_IN

FRONT_C_IN31

32

12V_FROM_OSD

23

CN912

CN915

3EE(L)

11

YV

IN

FS

CIN

IC1401

BPF BUFcom/CNRPS

REC

PB

242931

CIN

REC PB

COMB3L

PB

BPF

Q1418BUF

BUFQ1417

LPF19

17

BUF

Q1406

(Y/C SEP & MIX )

REC

0 5

COUTQ1402

3D/TBC(2M)

YOUTY COMB

SDATA

SCLK

11

12

1

3

5

7

9

12

14

15

11 4

5

3

2

1

6

8

V.REF

D.FF

I2C_DATA

I2C_CLK

C_FROM_DIGI

Y_FROM_DIGI

V/Y_TO_DIGI

9

10

C_TO_DIGI

Fsc

CN1401

7

8DFFI

VR

6 7EE(L)

Q1404ES

(Only used for HR-S8850MS) (Only used for HR-S6850MS/S7850MS/S7851MS)

HR-S8850MS

LPF

VREF40 VR1201

D/A LEVEL ADJVREF

21 VR1401D/A LEVEL ADJ

R-Y

B-Y

COLORMULTI

DECODER

B-Y12

R-Y11 16

14R-Y

B-Y

DL

ENCODER

C OUT

B-Y3

PAL

R-Y1

14

R-Y LEVELADJ

B-Y LEVELADJ

AMP

AMP

8 7

FROM_PS_C

TO_PS_C

TO_PS_Y

FROM_PS_Y

9753

BUFEQ

BUF

BUF

IC1607 IC1605

VR1602 Q1610-Q1612

S-P CONVERTER

VR1601Q1607-Q1609

IC1606

9

1016

9

7

5

3

CN1601

Q1614

SYNCSEP.

24

IC1601-IC1604 Q1601

Q1605

CVBS

CN511


Q1419ES

Q1414

ES

3SECAM_PB_COLOR

22


4-51 4-52

1

2

3

5

4

A B C D E F G H

C

Y

Y

C

C

C

Y

C

Y

Y

C

C

Y

Y

C

Y

C

Y

C

Y

C

Y

C

Y

C

Y

C

C

Y

C

Y

WF1

C

WF2

C

Y

C

C

Y

Y

YY

Y

C

WF7

WF8

WF9

WF10

Y

Y

WF5

WF6


Y

Y

Y

Y

WF11

WF12

WF13WF14

WF15WF16

WF17

WF18WF19

WF21

WF22 WF23

C

C

WF24

WF25

WF26

WF27

C

WF4

WF3

WF20

C

C

AV1_YCIN(H)

CLPF

DO

Conv2Main

BPF

LEVELDet1

LEVELDet2

Q906-Q908

AMP

S-JACK

V_FROM_OSD

REAR2_C_IN

REAR2_Y_IN

REAR1_C_IN

REAR1_Y_IN39

37

38

C_OUT

Y_OUT34

35

36

33

J7102FRONT_S_IN

C

Y

63

FRONTVIDEO IN

J7105

1

2

CN916

2

CN7108

4FRONT_Y

FRONT_C3

1

BU

F 3

13_YCIN(H)

14

Q911,Q912SW

Q910

BU

F

17

USEDAV1

NOT 15 BU

F

16 BU

F

NOTUSED

20

18

BU

F

21 BU

F

CT

LI2C

BU

S

CLK

DATA

EX

P2

EX

P1

12

CLAMP

CLAMP

BU

F6dB

&

7

11

9

5

BUF

Q909

23

22

BU

F

24

CLAMPBU

F6dB

&

IC901

1

I2C_DATA

I2C_CLK

Y/V_TO_DIGI

Y_FROM_DIGI

C_FROM_DIGI

PB_COLOR

MAIN_ALC_DET

FRONT_V_IN

CHARA_DATA

V_FROM_AV

REC_COLOR

I2C_DATA_A/V

I2C_CLK_A/V

C_FROM_DIGI

Y_FROM_DIGI

V/Y_TO_DIGI

16

V_TO_OSD

Y_TO_AV14

15

29

30

Y_TO_SUB

P.MUTE(L)

28

27

26

24

25

20

21

Fsc

C_TO_DIGI17

18

19

13

12

C_TO_DIGI

Fsc

8

9

10

6

3

4

5

9

5

7

9

10

7

6

5

1

4

3

5

CN901

TU_VIDEOTOTUNER

1

7

9

1

2

5

1

3

7

12

9

11

ALCPB

22

20

18

16

46

45

NOTUSED

NOTUSED

DATA

I2CLOGIC

CLK

10 11

FILTER

LPFBDL Clamp

APT

ATT)

)

)

(-10dB

(-10dBATT

(-10dB

ATT

)(-10dBATT

R

P

VideoAGC

YNR

BDLY

CTL N.C.

D.E.

25

21

Fsc

Sync.Sep.

L-SECAM

Clamp

ADD

ADJLEVELMIX

REC

AGC Det

L-SECAM

C.K

P

PILOT

WHITELIMITER

SYNCCLEAR

SQUELCH

C.SQUELCH

AMP6dB 6dB AMP

INT

EXT

B.EB.D

PN

I2C_CLK_A/V

P.MUTE(L)C.SYNC/V.REF

CN501

TOSYSCON

Q21

26 29 27

C.K

LPFBDL

30

BUF

2

SYSCONI2C_CLK2

S.DATA_FRSYS

CS2

ONDISPLA

LN21

CVOUT

CV_IN

MUTE

SYNC_DET

AV1 IN/OUT

19V.OUT

Y/V.IN

20

15

V.GND

18

C/R

11 7

BG

J901

19

5

27

21

3

8

AV2 IN/DECODER

19V.OUT

Y/V.IN

20

15

V.GND

18

C/R

9

CN913

CN903

11 7

BG

J902

(

8

Q207, Q208

BUF

SCLK

XTAL_

SDATA

2IN

11

CS

CHABLK

10

9

4

BUF

Q903

SCREENY

IC201

)

2Fsc

Y3

Q904

BUF42

C

1

S.CLKOSD_CS

REARS-OUT

J904

HEAD_SELVIDEO_ENV

I2C_DATA2

SYNC_DET(H)NORM/MESEC/S

SYSCON

R P

Adj

MOD

YCA

Clamp

6 12 13

RPR P

14

P R

FBC/ALC

DO/REC

SQPBEQ

SQPB SQPB

ET

R

Y LPF

P

ET LPFET

De.EmphMain

DeMOD

LPFSub

7

SWQ17

Main EmphCarrier

.C/D.CWOffset S-DET

fo/Dev

FM

RECFilter

TRAPHPF

Det

Killer

EmphN.L.

P

R

R

De.EmphN.L.

R

P

R P

Conv1Main

DetDO DLIM

EQG

TRAPP

R

fHCTL

R P

CLPF

Gen.Pulse

Delay

APCSW

ACC

ColorID Det.

L-SECAM

FM

L-SECAMCOMP

SQPB

SQPB

DL

SQPB

.SEP

PEQ

LPF

ACC

HPF

R

P

MUTE

TRAP629

DET

AGC

R

P

2M LPF

REC

1/2

Phase

Gen.4Phase

DOWNSW. Conv.

APCREC

APCPB

AFCREC

1/22FL VCO

DiscriPB/REC

SP1 7

VIDEOSIGNAL

8

IC1(

CH1

LP1

+

-

CH2

CH1

+

-LP2

SP1

+

-

LP2

LP1

110

109

108

106

PROCESSOR)AUDIO&

VHS(H)

2

1

3

4

5

6

SP 101

CH2

-SP2

+

EP(LP)

DETDET

SP2

105

Comp

104

DETENVHPF

ME

DETSECAM

SW2SW1

HeadHead

D.FF

TANC120

CTL

111

112

CN1

8

D.FF

Q10Q24

X1

VCABDLC

1

2fsc VCO

LOCKfH CTL

2Fsc

Det.

P R

CR2fsc

LPF

4434

VCO/OSCX-tal

42 40 TP111D.FF

BUF

BUF

INfsc

5538

Fsc

TO

CH2

CH1

TO

EP(LP)

EP(LP)

SP CH1

U.DRUM

SP

HEAD

CH2

VIDEO

7

2

1

3

4

5

6

8

7

2

1

3

4

5

6

8

V.PULSE


Q11, Q40

ES

VHS(H)

15

14

D.FF

V.REF1

2

EE(L)7 6

FRONT_Y_IN

FRONT_C_IN32

31

D.FF

D.FF

I2C_DATA_A/V

3EE(L)

11

CN905

CN902

5

0 3

V_FROM_OSD23 12

1

3

4

2

HR-S8850MS

HR-S8850MS


MAIN(VIDEO, ON SCREEN, SECAM, MAIN TERMINAL)

P. MUTE(L)

0 6 TERMINAL(I/O)

P. MUTE(L)

26112 1314

151727

RECMUTE

VCA

X2

1/4

LIM

AGCDET

SYNCGATE

MUTE

PB

REC

PB

REC

PB

REC

SYNCGEN

X2

1.1MHzBPF

2.2MHzBPF

VCAPB

MUTE

4.3MHzBPF

AGCFILTER

AGCAMP

SECAMDET

SYNC GATEGEN

/V-SEP

IC301

SECAM SECTION

4.3MHzBPF

SYNCGATE

MODECTL

REC/PBMUTE

R/P

16 1

Fsc

SECAM(H)SECAM_DET

Q14

BUF

IC2 (SWITCH)

VHS(H)

7

5

NOTUSED

4

2

1

3

TP106PB.FM

BUFEQ&

Q5

BUF

EE(L) C.SYNC

EE(L)

V_TO_OSD

C.SYNC

SECAM_PB_COLOR

SECAM_REC_COLOR

PB_FM X2

B12

B13HR-S8850MS

V_TO_OSD

HR-S6850MS, HR-S7850MS, HR-S7851MSHR-S8850MS

SECAM_PB_COLOR22 3 SECAM_PB_COLOR

IC301

4-53 4-54

AUDIO BLOCK DIAGRAM

HGFEDCBA

4

5

3

2

1

4.27

R

L

R

R

L

L

L

L

R

R

L

L

R

R

R

R

L

L

R

L

R

R

L

R

R

R

L

L

R

L

L

L

L

L

L

L

R

R

R

R

WF1

WF2

WF3

WF4WF5

WF6

WF7

SELECTOUTPUT

4 66

AV2 IN/DECODER

)

A.OUT

A.GND

R

A.OUT

A.GND

A.OUT

R

A.OUT

J902

(A.IN2

4

A.IN L(6

2

A.OUT(L)

J915REAR

A.OUT(R)

1

2

1

J916REAR

A.IN(2

11

)

R1( )

L(3

)

CN904

6

9

10

7

8

CN914

5

4

)(R

)L(

)1

3IN

48

50

+

74

75

73

72

L2

L1

FR

71

82 NA EXT

TU

SELECTINPUT

SELECT(L-CH)

INPUT

TERMINAL (I/O)

)A.IN L(6

0 6

(

(

AUDIO

AUDIO

FRONTJ7105

7

)L

)R

5

34

6

IN8

AV1 IN/OUTJ901

SYSCONTO IND(L)

IND(R)

TUNERTO

DEMOD(L)

TU_AUDIO

DEMOD(R)

67

L

R

64

52

LOG65

RLOG( )

L( )

63

61

RECNA

LINE OUT(

53

62LINE OUT(

57 MIX

INNA

NORMALINPUT

SELECT

)

)

MIX

77+

81 L2

68

LDEC ( )

RDEC ( )

807978

L1

FR

TU

(R-CH)SELECTINPUT

IC1(VIDEO

MAIN (VIDEO/AUDIO, MAIN TERMINAL)0 3

CN2002

EQREC

HIFI

HIFI

VCA

)

DET

L-CH(

EP(LP) ON

ONREC

R

P

AMP

+

-

PRE

ONSP

TRANS

+

FILTER119

117

118

FILTER116115

Q2061

T2052

46

OSC

A/C1

2

1

4

3

6

7

4

5

CN2001 CN1HEAD

2

ERASEFULL

2

1

HEAD

A.ERASE

REC/PB

F.ERASE

A.MUTE

AMP

R CH

EVR

L CH

L CH

REDUCTIONNOISE

NA PB

R CH

EVR REDUCTIONNOISE

)R-CH(

HIFI CH1FM

CH2

COMMON

MON

PRE/REC

NOR DET

PROCESSORSIGNALAUDIO&

REC/PB

DATA

ENV

LOGIC

DET+

CLK

)

POWER

Q2251Q2252

97

96

Q2062Q2063

A.PB.FMTP2253

98

87SW

POWERSW

POWERSW

SW

Q2052-Q2055

59

94

60

9392

A.FF

9

12

11

10

11

10

12

11

10

9

U.DRUM

9

14 14

13

13

12 13

FMA_

FLY.E

FMA_

HEADAUDIO

CH2

CH1

I2C_CLK_A/V

N.REC_ST(H)

H.REC_ST(H)A.ENV/ND(L)

FULL_E_ON(H)

N.REC(H)

FLY_REC(H)

FLY_ON(H)

SYSCONTO

I2C_DATA_A/V

A.FFA.MUTE(H)

AMPCN1

FLYINGERASE

Q403-Q405

Q401,Q402

E. & O. E. No. 82884 (Sanwa)-V14S1/S15/S17/S25


RF_AUDIO

Only used for HR-S7850MS

PAL_PB(H)

TRANS T2051

Q2051

OSC

6 5

B2051

HR-S6850MS

HR-S7851MSHR-S8850MS

Only used for HR-S7850MSHR-S7851MSHR-S8850MS

Only used for HR-S7850MSHR-S7851MSHR-S8850MS

5-1

SECTION 5PARTS LIST

SAFETY PRECAUTIONParts identified by the ! symbol are critical for safety. Replace only with specified part numbers.

5.1 PACKING AND ACCESSORY ASSEMBLY <M1>

The instruction manual to be provided with this product will differ according to the destination.

******************************PACKING AND ACCESSORY ASSEMBLY <M1>

301 LP30855-002B PACKING CASE302 LP30909-001C CUSHION ASSY303 PQM30021-93 POLY BAG306 LP20873-007A REMOTE CONTROLLER,D

LP20878-010A REMOTE CONTROLLER,A,B,C306A LP40254-006A COVER(BATTERY),D

LP40610-002A COVER(BATTERY),A,B,C

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -# REF No. PART No. PART NAME, DESCRIPTION # REF No. PART No. PART NAME, DESCRIPTION

307 – BATTERY,X2(“R6”TYPE)308 QPC02202230P POLY BAG

! 310 LPT0493-001A INST BOOK(FR),A! LPT0494-001A INST BOOK(FR),B,C! LPT0495-001A INST BOOK(FR),D

311 QPC02503530P POLY BAG312 PEAC0300-02 RF CABLE313 QAL0095-005 LED CABLE ASSY(Satellite Controller),D314 QAM0238-003 PERI CABLE317 BT-54008-2 GUARANTY CARD

301

302

302

SPEC OF BARCODE

FINAL ASSY <M2>

ADHESIVE TAPE

307

312

308

306

306A

303

313(MODEL: D)

314

311

317

SPEC OF BARCODE

310

MODEL MARK

HR-S6850MS A

HR-S7850MS B

HR-S7851MS C

HR-S8850MS D

5-2

5.2 FINAL ASSEMBLY <M2>

BEWARE OF BOGUS PARTSParts that do not meet specifications maycause trouble in regard to safety and per-formance. We recommend that genuine JVCparts be used.

525

P516515

516

511

SPEC OF BARCODE

531517

502

504503

503

531

531

ET1(Incl <03>)

530

512

B

J

WR2

E

WR3

D

F

F

MAIN BOARDASSY <03>

TERMINALBOARD ASSY<06>

A

H

H

E

B

MECHANISMASSY <M4>

522

522

OT1(Incl<03>)

524

514

513

A

508

509

507507

506

WR1

510

510

505505F505E

S JACK BOARDASSY <36>

WR4534

G

501A

501B

529

501

D

533

ADV. JOG BOARDASSY <38>(MODEL: B,C,D)

C

3D DIGITAL/2M BOARD ASSY <05>(MODEL: D)

2D DIGITAL BOARD ASSY <05>(MODEL: A,B,C)

DEMOD BOARDASSY <14>

P

521

520

520A

519

GJ

F

533

ADV. JOG BOARDASSY <38>(MODEL: A)

532 C

EWR3

WR5

WR6

538537

S/P CONVERTERBOARD ASSY <87>

MINI FRONTBOARD ASSY <28>(MODEL: B,C,D)

535

5-3


******************************FINAL ASSEMBLY <M2>

! 501 LP10333-027D FRONT PANEL ASSY,A! LP10333-032D FRONT PANEL ASSY,B! LP10333-035D FRONT PANEL ASSY,C! LP10333-037D FRONT PANEL ASSY,D

501A LP20961-007C CASSETTE DOOR,A,B,CLP20961-010C CASSETTE DOOR,D

501B PQ46448 TORSION SPRING! 502 LP10013-051A TOP COVER

503 QYTDSF3010R SCREW,X4 TOP COVER(SIDE)504 QYTDSF3010M SCREW,TOP COVER(REAR)505 LP20981-011A DRUM SUB ASSY,A

LP20981-013A DRUM SUB ASSY,B,C,D505E LP40323-001A CONTACT505F LP30004-014A COMPRESSION SPRING506 PDZ0179-1-4 ROTOR ASSY507 QYSPSP3006Z SCREW,X2

! 508 QAR0169-002 STATOR ASSY509 QYSPSPH2606Z SCREW,X2510 QYTDST2610Z SCREW,X3 DRUM

! 511 LP10108-016E BOTTOM CHASSIS! 512 LP10014-002B BOTTOM COVER

513 LP30312-001B BRACKET(CHASSIS)514 QYTDSF3010Z SCREW,X2515 LP40700-001A SPECIAL SCREW,MECHA516 QYTDSF3010Z SCREW,X2 MECHA

! 517 QMP4A10-170 POWER CORD519 LP40407-001A KNOB ASSY520 LP40370-001E ROLLER ARM ASSY520A PDM4311A-1 ROLLER ASS521 PQ45160 INERTIA PLATE522 LP40226-001A PC SUPPORT,X2524 LP40253-001B STOPPER525 PQ40413 SPECIAL SCREW,MECHA529 LP31019-001C KNOB ASSY,FRONT530 QYTDSF3010Z SCREW,MAIN531 DPSF3010Z SCREW,X3 MAIN532 LP40628-001B PC SUPPORT,MINI FRONT,B,C,D533 QYTPSFG2608Z SCREW,X2 ADV.JOG534 QYTDSF2608Z SCREW,X2 S JACK535 LP30809-001C CAP(JACK)537 QYTDSF3008Z SCREW,S/P CONVERTER538 QYTDSF3008Z SCREW,S/P CONVERTERWR1 QUQ212-0524CG FFC WIRE,DRUM CN3001WR2 WJT0005-001A E-CARD WIRE,A/C HEAD CN2001WR3 QUQ112-0914CG FFC WIRE,ADV.JOG CN7001,A

QUQ112-0914CG FFC WIRE,ADV.JOG CN7005,B,C,DWR4 QUQ212-0456CG FFC WIRE,S JACK CN916WR5 QUQ112-0914CG FFC WIRE,MINI FRONT CN7001,B,C,DWR6 QUQ112-1140CG FFC WIRE,S/P CONVERTER CN511

5-4

5.3 MECHANISM ASSEMBLY <M4>

Classifi-Part No.

Symbol incation drawing

Grease KYODO-SH-P AA

Oil COSMO-HV56 BB

NOTE:The section marked in AA and BBindicate lubrication and greasing areas.

AA

46

143

A/C HEADBOARD ASSY <12>

LOADING MOTORBOARD ASSY <55>

124

128

131

122

141139

130 137

143

138

139

140

129

127

4443

42

123AA

AA

AA

AA

AA

BB

AA

AA

AA

AA

AA

AA

AA

AA

AAAA

AA

AA

BB

AA

AA

AA

AA

BB

105

120

75

74

121

72

13276

73

142

88

10489

135134

78

107

101

40

106

4957

5459

61

62

85

91

1

111

6083

82

52

58

5539

53

51

1

112

113

151

116115

117

118

114

119

66

63

6867

65

6470

2325

2418

19 20

16 27

71

87

22

9996

100

31

8081

34

37

35103

32102

36

38

108

109

90

92

AA

AA

69

110

15

84

86

13

12107

2613

215

6

411

3

10

7

94

93

97

95

5-5


******************************MECHANISM ASSEMBLY <M4>

1 LP20821-009A MAIN DECK ASSY3 LP30492-002B GUIDE POLE GUARD4 NAH0001-001 FULL ERASE HEAD5 LP40701-001A GUIDE POLE(SUPPLY)6 QYTDST2608Z SCREW,FE HEAD7 LP40637-002A TENSION STUD BASE ASSY10 QYTDST2606Z SCREW11 LP30409-002C UV CATCHER 2 (SUPPLY)12 LP30409-002C UV CATCHER 2 (TAKE UP)13 QYTPST2606Z SCREW,X215 LP30223-003C LOADING ARM GEAR SHAFT16 QYTDST2606Z SCREW18 LP30224-001B LOADING ARM GEAR(SUPPLY)19 LP40099-001A TORSION ARM20 LP40100-001A PIN21 LP40101-006A POLE BASE ASSY(SUPPLY)22 QYSPSTG2606Z SCREW23 LP40103-002B LOADING ARM GEAR(TAKE UP)24 LP40099-001A TORSION ARM25 LP40100-002A PIN26 LP40104-006A POLE BASE ASSY(TAKE UP)27 QYSPSTG2606Z SCREW31 LP20233-004B ROTARY ENCODER GUIDE32 QYTPST2606Z SCREW34 LP30226-004E CONTROL PLATE GUIDE35 QYTPST2605Z SCREW36 LP30249-003B TAKE UP LEVER37 LP30003-006A TENSION SPRING38 LP40119-002A TAKE UP HEAD39 LP20234-004B LID GUIDE40 QYTDST2606Z SCREW,X242 LP40105-003A PINCH ROLLER ARM ASSY43 LP40753-001A PINCH ROLLER SHEET344 LP40148-002A TORSION SPRING46 LP40149-001C PRESS LEVER ASSY49 LP40106-007A GUIDE ARM ASSY51 LP40134-002A TENSION SPRING52 QAH0058-001 AC HEAD53 LP30228-001C HEAD BASE54 LP30004-013A COMPRESSION SPRING,X355 LP40236-001A COMPRESSION SPRING57 LP40213-002B SPECIAL SCREW,X358 QYTDST2608Z SCREW,X259 QAR0023-001 LOADING MOTOR60 PQ43546-1-2 MOTOR PULLEY61 LP30230-003D MOTOR GUIDE62 QYTPSP3003Z SCREW,X263 LP30005-003A BELT,LOADING MOTOR64 LP20791-002D CONTROL CAM65 PQM30017-24 SLIT WASHER66 LP40120-001A WORM GEAR67 LP40107-002A LINK LEVER ASSY68 PQM30017-24 SLIT WASHER69 LP10201-003G CONTROL PLATE70 LP40379-001B CONTROL BRACKET(1)71 QYTDSF2608M SCREW72 LP40108-002A TENSION ARM ASSY73 LP30003-010A TENSION SPRING74 LP40109-003D TENSION BRAKE ASSY75 PQ46302-1-3 ADJUST PIN

76 LP30232-002A TENSION ARM BEARING78 LP40532-008B MAIN BRAKE ASSY (SUPPLY)80 LP40111-011A MAIN BRAKE ASSY (TAKE UP)81 LP30003-026A TENSION SPRING82 LP40112-001F SUB BRAKE ASSY(TAKE UP)83 LP40357-002A TENSION SPRING84 LP40461-001A CAPSTAN BRAKE ASSY85 QAR0087-005 CAPSTAN MOTOR86 QYTDSF2606M SCREW,X387 LP30005-007A BELT,CAPSTAN MOTOR88 LP40114-012A IDLER ARM ASSY89 LP30016-001A SLIT WASHER90 LP40593-001A CLUTCH UNIT 391 LP30002-097A SPACER,CAPSTAN MOTOR92 PQM30017-47 SLIT WASHER93 LP30696-002A CLUTCH GEAR 494 LP30697-003A COUPLING GEAR95 LP40554-002A COMPRESSION SPRING96 LP40442-001A DIRECT GEAR97 LP30017-019A SPACER,C.GEAR499 LP40483-002A COMPRESSION SPRING100 LP30016-001A SLIT WASHER,DIRECT GEAR101 LP30016-001A SLIT WASHER,REEL DISK(SUPPLY)102 LP40484-001J CHANGE LEVER ASSY103 LP40512-002B COMPRESSION SPRING104 LP30236-002C IDLER LEVER105 LP20237-004A REEL DISK (SUPPLY)106 LP20238-004A REEL DISK (TAKE UP)107 LP30017-022A SPACER,X2108 QSW0554-003 ROTARY ENCODER109 QYTPST2620Z SCREW110 LP30237-002B CASSETTE GEAR111 LP30239-002G LIMIT GEAR(1)112 LP30240-002G LIMIT GEAR(2)113 LP40136-001E TORSION SPRING114 LP30242-002A RELAY GEAR115 LP30339-002E OPENER GUIDE116 LP40545-001A TORSION SPRING117 LP40214-001B C.H.BRACKET118 PQM30017-47 SLIT WASHER,X2119 LP30243-002A DRIVE GEAR120 LP20240-001G DRIVE ARM121 LP40137-001A TORSION SPRING122 LP10081-002P SIDE HOLDER(L)123 LP10082-002U SIDE HOLDER(R)124 LP30255-006B LOCK LEVER(L)127 LP30256-001H LOCK LEVER(R)128 LP40168-003A TORSION SPRING(L)129 LP40218-001B TORSION SPRING(R)130 LP30257-001G CASSETTE HOLDER131 PQ40919-30 SPACER,EARTH PLATE132 LP30244-002G GUIDE RAIL134 LP30245-002F REC SAFETY LEVER135 LP30003-004A TENSION SPRING137 LP20578-001C TOP GUIDE138 LP30500-001C HOLD PLATE139 LP40450-003A PAD,X2140 LP30003-025B TENSION SPRING141 LP30003-024A TENSION SPRING142 LP40481-003A ROLLER CAM ASSY143 LP30019-014A PAD,X2152 LP20324-003B DOOR OPENER


5-6

5.4 ELECTRICAL PARTS LIST MODEL MARK MODEL MARK

HR-S6850MS A HR-S7851MS C HR-S7850MS B HR-S8850MS D

******************************MAIN BOARD ASSEMBLY <03>

PW1 LPA10140-03B MAIN BOARD ASSY,B,CLPA10140-06A MAIN BOARD ASSY,DLPA10140-09A MAIN BOARD ASSY,A

IC1 JCP8050-MSA ICIC2 MM1113XF ICIC201 LC74775-9750 ICIC301 LA7358 ICIC3001 HD6432194SAD12F IC(MCU)IC3002 IC-PST3427U-X ICIC3003 24LC32A-I/SN-X IC

or HN58X2432FPI ICor BR24C32F IC

IC3004 BA6956AN ICIC5301 L5431 IC

or MM1431AT ICor UTCTL431 IC

IC7001 PT6312LQ ICor UPD16312GB/H/ IC

IC7003 GP1U291Q IR DETECT UNITor PIC-28143LJ IR DETECT UNITor PNA4652M00YC IR DETECT UNITor PIC-37143LJ IR DETECT UNIT

Q1 2SC4081/S/-X TRANSISTOR,AQ2 2SC4081/S/-X TRANSISTOR,AQ3 2SC4081/S/-X TRANSISTOR,AQ4 2SC4081/S/-X TRANSISTOR,AQ5 2SB1218A/QR/-X TRANSISTOR

or 2PA1576/R/-X TRANSISTORor 2SA1576A/QR/-X TRANSISTOR

Q7 2SD1819A/QRS/-X TRANSISTORor 2PC4081/R/-X TRANSISTORor 2SC4081/QRS/-X TRANSISTOR

Q8 2SD1819A/QRS/-X TRANSISTORor 2SC4081/QRS/-X TRANSISTORor 2PC4081/R/-X TRANSISTOR

Q9 2SB1218A/QR/-X TRANSISTORor 2PA1576/R/-X TRANSISTORor 2SA1576A/QR/-X TRANSISTOR

Q10 2SA1576A/QR/-X TRANSISTORQ11 DTC144WU TRANSISTOR,A,B,C

or PDTC144WU TRANSISTOR,A,B,Cor RN1309 TRANSISTOR,A,B,Cor UN521E TRANSISTOR,A,B,C

Q14 DTA144WU TRANSISTORor PDTA144WU TRANSISTORor RN2309 TRANSISTORor UN511E TRANSISTOR

Q17 DTC144WU TRANSISTORor PDTC144WU TRANSISTORor RN1309 TRANSISTORor UN521E TRANSISTOR

Q21 2SB1218A/QR/-X TRANSISTORor 2SA1576A/QR/-X TRANSISTORor 2PA1576/R/-X TRANSISTOR


Q25 DTC144WU TRANSISTOR,Dor PDTC144WU TRANSISTOR,Dor RN1309 TRANSISTOR,Dor UN521E TRANSISTOR,D


Q40 DTC144WU TRANSISTOR,A,B,Cor PDTC144WU TRANSISTOR,A,B,Cor RN1309 TRANSISTOR,A,B,Cor UN521E TRANSISTOR,A,B,C

Q41 DTC144WU TRANSISTORor PDTC144WU TRANSISTORor RN1309 TRANSISTORor UN521E TRANSISTOR




Q302 UN511E TRANSISTORor DTA144WU TRANSISTORor PDTA144WU TRANSISTORor RN2309 TRANSISTOR

Q401 2SA1576A/QR/-X TRANSISTOR,B,C,DQ402 2SA1576A/QR/-X TRANSISTOR,B,C,DQ403 DTC144WU TRANSISTOR,B,C,D

or PDTC144WU TRANSISTOR,B,C,Dor RN1309 TRANSISTOR,B,C,Dor UN521E TRANSISTOR,B,C,D

Q404 DTC144WU TRANSISTOR,B,C,Dor PDTC144WU TRANSISTOR,B,C,Dor RN1309 TRANSISTOR,B,C,Dor UN521E TRANSISTOR,B,C,D

Q405 2SA1576A/QR/-X TRANSISTOR,B,C,DQ2001 2SC4081/QRS/-X TRANSISTOR

or 2SD1819A/QRS/-X TRANSISTORor 2PC4081/R/-X TRANSISTOR

Q2002 2SC4081/QRS/-X TRANSISTORor 2PC4081/R/-X TRANSISTORor 2SD1819A/QRS/-X TRANSISTOR


Q2004 DTC114EU TRANSISTORor PDTC114EU TRANSISTORor RN1302 TRANSISTORor UN5211 TRANSISTOR

Q2051 2SC4081/QRS/-X TRANSISTORor 2PC4081/R/-X TRANSISTORor 2SD1819A/QRS/-X TRANSISTOR

Q2052 2SA1576A/QR/-X TRANSISTORor 2SB1218A/QR/-X TRANSISTORor 2PA1576/R/-X TRANSISTOR

Q2053 DTC144WU TRANSISTORor PDTC144WU TRANSISTOR

5-7


or RN1309 TRANSISTORor UN521E TRANSISTOR

Q2054 2SA1576A/QR/-X TRANSISTORor 2PA1576/R/-X TRANSISTORor 2SB1218A/QR/-X TRANSISTOR

Q2055 DTC144WU TRANSISTORor PDTC144WU TRANSISTORor UN521E TRANSISTORor RN1309 TRANSISTOR

Q2061 2SC4081/QRS/-X TRANSISTOR,B,C,Dor 2PC4081/R/-X TRANSISTOR,B,C,Dor 2SD1819A/QRS/-X TRANSISTOR,B,C,D

Q2062 2SA1576A/QR/-X TRANSISTOR,B,C,Dor 2PA1576/R/-X TRANSISTOR,B,C,Dor 2SB1218A/QR/-X TRANSISTOR,B,C,D

Q2063 DTC144WU TRANSISTOR,B,C,Dor PDTC144WU TRANSISTOR,B,C,Dor RN1309 TRANSISTOR,B,C,Dor UN521E TRANSISTOR,B,C,D




Q3002 PTZ-NV16 PHOTO TRANSISTORor PTZ-NV16A PHOTO TRANSISTOR

Q3003 PTZ-NV16 PHOTO TRANSISTORor PTZ-NV16A PHOTO TRANSISTOR



Q3007 UN521E TRANSISTORor PDTC144WU TRANSISTORor DTC144WU TRANSISTORor RN1309 TRANSISTOR

Q4001 UN5211 TRANSISTORor RN1302 TRANSISTORor DTC114EU TRANSISTORor PDTC114EU TRANSISTOR

Q5101 2SK2632-CB14 POWER MOS FETor 2SK2632 POWER MOS FETor 2SK2129-LT POWER MOS FETor 2SK2129 POWER MOS FET

Q5102 2SD2144S/UV/-T TRANSISTORQ5301 2SB1256 TRANSISTORQ5302 2SD2375/QP/ TRANSISTORQ5303 2SD1819A/RS/-X TRANSISTOR

or 2PC4081/R/-X TRANSISTORor 2SC4081/RS/-X TRANSISTOR

Q5304 2SC3616/ML/-T TRANSISTORQ5305 DTA114EU TRANSISTOR

or PDTA114EU TRANSISTOR

or UN5111 TRANSISTORor RN2302 TRANSISTOR

Q5306 DTC114EU TRANSISTORor PDTC114EU TRANSISTORor UN5211 TRANSISTORor RN1302 TRANSISTOR

Q5308 2SA1576A/RS/-X TRANSISTORQ5311 DTC114TU TRANSISTOR

or PDTC114TU TRANSISTORor RN1311 TRANSISTORor UN5215 TRANSISTOR

Q5312 2SD2144S/UV/-T TRANSISTORQ5318 DTA114EU TRANSISTOR

or RN2302 TRANSISTORor UN5111 TRANSISTORor PDTA114EU TRANSISTOR


Q5322 DTC114TU TRANSISTORor PDTC114TU TRANSISTORor RN1311 TRANSISTORor UN5215 TRANSISTOR

Q5323 2SB927/ST/-T TRANSISTORQ6030 2SB1218A/QR/-X TRANSISTOR

or 2SA1576A/QR/-X TRANSISTORor 2PA1576/R/-X TRANSISTOR



Q7201 2SC1317/RS/-T TRANSISTORD1 DA204U DIODED6 MTZJ5.1C ZENER DIODED201 QRE141J-152Y RESISTOR 1.5kØ,1/4WD202 QRE141J-101Y RESISTOR 100Ø,1/4WD203 QRE141J-101Y RESISTOR 100Ø,1/4WD2202 MTZJ8.2C ZENER DIODED3001 LNB2301L01VI LE DIODED3002 1SS133 DIODE

or 1SS270A DIODED3003 RD39ES/B3/-T2 ZENER DIODE

or MTZJ39C ZENER DIODED3004 11ES2 DIODE

or 1A3G DIODED3005 11ES2 DIODE

or 1A3G DIODED3008 1SS355 DIODED4001 QUY153-050Y IM BUS WIRED4002 QUY153-050Y IM BUS WIRED5001 S1WB/A/60-4102 BRIDGE DIODE

or S1WB/A/60-X BRIDGE DIODEor S1WB(A)60F4072X BRIDGE DIODE

D5101 AU01 FR DIODEor ERA18-04-T2 FR DIODEor 1SR153-400-T2 FR DIODE


5-8

or 10ELS4 FR DIODED5102 AU01 FR DIODE

or ERA18-04-T2 FR DIODEor 10ELS4 FR DIODEor 1SR153-400-T2 FR DIODE

D5103 1SS133 DIODEor 1SS270A DIODE


D5201 AK04 DIODE,B,C,DAU01Z FR DIODE,A

or 1S4 SB DIODE,B,C,Dor 11EQS04 SB DIODE,B,C,Dor 10ELS2 FR DIODE,A

D5203 AU01Z FR DIODEor 10ELS2 FR DIODE

D5204 AU01Z FR DIODEor 10ELS2 FR DIODE

D5206 FMB-24 BARRIER DIODEor SB640FCT SB DIODEor SF5SC4 SB DIODEor YG801C04 SB DIODEor FSQ05A04B SB DIODE

D5209 ERA18-02-T2 FR DIODEor 1SR153-400-T2 FR DIODEor 10ELS2 FR DIODEor PG104RS FR DIODE

D5210 AU01Z FR DIODEor ERA18-02-T2 FR DIODEor 10ELS2 FR DIODEor PG104RS FR DIODEor 1SR153-400-T2 FR DIODE

D5211 AU01Z FR DIODEor ERA18-02-T2 FR DIODEor 1SR153-400-T2 FR DIODEor 10ELS2 FR DIODEor PG104RS FR DIODE

D5301 MTZJ15C ZENER DIODEor RD15ES/B3/-T2 ZENER DIODE


D5303 RD5.1JS/B2/-T2 ZENER DIODEor MA4051N/M/-T2 ZENER DIODE


D5305 AK04 DIODEor 11EQS04 SB DIODEor 1S4 SB DIODE

D5307 11ES2 DIODEor 1A3G DIODEor ERA15-02-T2 DIODE

D5308 MTZJ11B ZENER DIODEor RD11ES/B2/-T2 ZENER DIODE

D5309 MTZJ27C ZENER DIODEor RD27ES/B3/-T2 ZENER DIODE


D5316 QUY160-100Y IM BUS WIRED5317 1SS133 DIODE

or 1SS270A DIODED5318 11ES2 DIODE

or 1A3G DIODEor ERA15-02-T2 DIODE

D5319 11ES2 DIODEor 1A3G DIODEor ERA15-02-T2 DIODE

D6002 HZ30-2L-T2 ZENER DIODEor HZ30-2LTD Z DIODE (M)

D7001 RD9.1ES/B2/-T2 ZENER DIODEor UZ9.1BSB ZENER DIODEor MTZJ9.1B ZENER DIODE




D7006 1SS133 DIODE,B,C,Dor 1SS270A DIODE,B,C,D

D7008 SLR-325MC-T LE DIODED7009 SLR-325VC-T LE DIODER1 NRVA02D-682X CMF RESISTOR 6.8kØ,1/10WR2 NRVA02D-152X CMF RESISTOR 1.5kØ,1/10WR3 NRSA02J-182X MG RESISTOR 1.8kØ,1/10WR4 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR5 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR6 NRSA02J-273X MG RESISTOR 27kØ,1/10WR7 NRSA02J-681X MG RESISTOR 680Ø,1/10WR8 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR9 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR21 NRSA02J-0R0X MG RESISTOR,A 0Ø,1/10WR22 NRSA02J-0R0X MG RESISTOR,A 0Ø,1/10WR23 NRSA02J-182X MG RESISTOR 1.8kØ,1/10WR25 NRSA02J-103X MG RESISTOR 10kØ,1/10WR26 NRSA02J-682X MG RESISTOR 6.8kØ,1/10WR27 NRSA02J-221X MG RESISTOR 220Ø,1/10WR28 NRSA02J-221X MG RESISTOR 220Ø,1/10WR29 NRSA02J-561X MG RESISTOR 560Ø,1/10WR30 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR31 NRSA02J-152X MG RESISTOR 1.5kØ,1/10WR32 NRSA02J-471X MG RESISTOR 470Ø,1/10WR33 NRSA02J-153X MG RESISTOR 15kØ,1/10WR36 NRSA02J-182X MG RESISTOR 1.8kØ,1/10WR38 NRSA02J-102X MG RESISTOR 1kØ,1/10WR39 NRSA02J-103X MG RESISTOR,A,B,C 10kØ,1/10WR40 NRSA02J-222X MG RESISTOR 2.2kØ,1/10WR41 NRSA02J-392X MG RESISTOR 3.9kØ,1/10WR42 NRSA02J-681X MG RESISTOR 680Ø,1/10WR46 NRSA02J-561X MG RESISTOR,A,B,C 560Ø,1/10W

NRSA02J-221X MG RESISTOR,D 220Ø,1/10WR48 QRE141J-102Y RESISTOR 1kØ,1/4WR51 NRSA02J-122X MG RESISTOR 1.2kØ,1/10WR65 NRSA02J-102X MG RESISTOR 1kØ,1/10WR68 NRSA02J-102X MG RESISTOR 1kØ,1/10WR70 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR77 NRSA02J-103X MG RESISTOR,A,B,C 10kØ,1/10W

NRSA02J-223X MG RESISTOR,D 22kØ,1/10WR88 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR90 NRSA02J-391X MG RESISTOR 390Ø,1/10WR92 NRSA02J-152X MG RESISTOR 1.5kØ,1/10WR93 NRSA02J-222X MG RESISTOR 2.2kØ,1/10WR104 NRSA02J-682X MG RESISTOR 6.8kØ,1/10W

5-9


R113 NRSA02J-101X MG RESISTOR 100Ø,1/10WR117 NRSA02J-104X MG RESISTOR,D 100kØ,1/10WR118 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR201 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR202 NRSA02J-103X MG RESISTOR 10kØ,1/10WR208 NRSA02J-222X MG RESISTOR 2.2kØ,1/10WR209 NRSA02J-512X MG RESISTOR 5.1kØ,1/10WR210 NRSA02J-182X MG RESISTOR 1.8kØ,1/10WR211 NRSA02J-562X MG RESISTOR 5.6kØ,1/10WR212 NRSA02J-101X MG RESISTOR 100Ø,1/10WR213 QRE141J-0R0Y RESISTOR 0Ø,1/4WR216 NRSA02J-103X MG RESISTOR 10kØ,1/10WR224 NRSA02J-101X MG RESISTOR 100Ø,1/10WR225 NRSA02J-471X MG RESISTOR 470Ø,1/10WR226 NRSA02J-102X MG RESISTOR 1kØ,1/10WR301 NRSA02J-273X MG RESISTOR 27kØ,1/10WR302 NRSA02J-124X MG RESISTOR 120kØ,1/10WR303 NRSA02J-273X MG RESISTOR 27kØ,1/10WR304 NRSA02J-682X MG RESISTOR 6.8kØ,1/10WR305 NRSA02J-473X MG RESISTOR 47kØ,1/10WR306 NRSA02J-273X MG RESISTOR 27kØ,1/10WR307 NRSA02J-222X MG RESISTOR 2.2kØ,1/10WR308 NRSA02J-222X MG RESISTOR 2.2kØ,1/10WR309 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR310 NRSA02J-223X MG RESISTOR 22kØ,1/10WR311 NRSA02J-472X MG RESISTOR 4.7kØ,1/10WR312 NRSA02J-272X MG RESISTOR 2.7kØ,1/10WR313 NRSA02J-223X MG RESISTOR 22kØ,1/10WR314 NRVA02D-243X CMF RESISTOR 24kØ,1/10WR315 NRSA02J-564X MG RESISTOR 560kØ,1/10WR316 NRSA02J-124X MG RESISTOR 120kØ,1/10WR318 NRSA02J-821X MG RESISTOR 820Ø,1/10WR329 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR401 NRSA02J-221X MG RESISTOR,B,C,D 220Ø,1/10WR402 NRSA02J-681X MG RESISTOR,B,C,D 680Ø,1/10WR403 NRSA02J-561X MG RESISTOR,B,C,D 560Ø,1/10WR404 NRSA02J-473X MG RESISTOR,B,C,D 47kØ,1/10WR405 NRSA02J-683X MG RESISTOR,B,C,D 68kØ,1/10WR406 NRSA02J-393X MG RESISTOR,B,C,D 39kØ,1/10WR407 NRSA02J-472X MG RESISTOR,B,C,D 4.7kØ,1/10WR408 NRSA02J-473X MG RESISTOR,B,C,D 47kØ,1/10WR2003 NRSA02J-101X MG RESISTOR 100Ø,1/10WR2005 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR2006 NRSA02J-393X MG RESISTOR 39kØ,1/10WR2007 NRSA02J-393X MG RESISTOR 39kØ,1/10WR2008 NRSA02J-123X MG RESISTOR 12kØ,1/10WR2009 NRSA02J-123X MG RESISTOR 12kØ,1/10WR2010 NRSA02J-123X MG RESISTOR 12kØ,1/10WR2013 NRSA02J-682X MG RESISTOR 6.8kØ,1/10WR2014 NRSA02J-224X MG RESISTOR 220kØ,1/10WR2015 NRSA02J-181X MG RESISTOR 180Ø,1/10WR2016 NRSA02J-393X MG RESISTOR 39kØ,1/10WR2017 NRSA02J-183X MG RESISTOR 18kØ,1/10WR2018 NRSA02J-472X MG RESISTOR 4.7kØ,1/10WR2019 NRSA02J-472X MG RESISTOR 4.7kØ,1/10WR2053 NRSA02J-472X MG RESISTOR 4.7kØ,1/10WR2054 NRSA02J-123X MG RESISTOR,A 12kØ,1/10W

NRSA02J-153X MG RESISTOR,B,C,D 15kØ,1/10WR2055 NRSA02J-3R3X MG RESISTOR 3.3Ø,1/10WR2056 NRSA02J-820X MG RESISTOR,A 82Ø,1/10W

NRSA02J-101X MG RESISTOR,B,C,D 100Ø,1/10W

R2057 NRSA02J-473X MG RESISTOR 47kØ,1/10WR2058 NRSA02J-183X MG RESISTOR 18kØ,1/10WR2059 NRSA02J-473X MG RESISTOR 47kØ,1/10WR2060 NRSA02J-183X MG RESISTOR 18kØ,1/10WR2061 NRSA02J-273X MG RESISTOR,B,C,D 27kØ,1/10WR2062 NRSA02J-3R3X MG RESISTOR,B,C,D 3.3Ø,1/10WR2063 NRSA02J-151X MG RESISTOR,B,C,D 150Ø,1/10WR2064 NRSA02J-473X MG RESISTOR,B,C,D 47kØ,1/10WR2065 NRSA02J-183X MG RESISTOR,B,C,D 18kØ,1/10WR2201 QRE141J-121Y RESISTOR 120Ø,1/4WR2202 NRSA02J-222X MG RESISTOR 2.2kØ,1/10WR2203 NRSA02J-222X MG RESISTOR 2.2kØ,1/10WR2204 NRSA02J-102X MG RESISTOR 1kØ,1/10WR2205 NRSA02J-102X MG RESISTOR 1kØ,1/10WR2206 NRSA02J-101X MG RESISTOR 100Ø,1/10WR2208 NRSA02J-101X MG RESISTOR 100Ø,1/10WR2209 NRSA02J-101X MG RESISTOR 100Ø,1/10WR2210 NRSA02J-103X MG RESISTOR 10kØ,1/10WR2211 NRSA02J-103X MG RESISTOR 10kØ,1/10WR2213 NRSA02J-393X MG RESISTOR 39kØ,1/10WR2215 NRSA02J-153X MG RESISTOR 15kØ,1/10WR2217 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR2218 NRSA02J-393X MG RESISTOR 39kØ,1/10WR2219 NRSA02J-393X MG RESISTOR 39kØ,1/10WR2220 NRSA02J-393X MG RESISTOR 39kØ,1/10WR2222 NRSA02J-123X MG RESISTOR 12kØ,1/10WR2223 NRSA02J-123X MG RESISTOR 12kØ,1/10WR2224 NRSA02J-123X MG RESISTOR 12kØ,1/10WR2225 NRSA02J-153X MG RESISTOR 15kØ,1/10WR2226 NRSA02J-123X MG RESISTOR 12kØ,1/10WR2227 NRSA02J-123X MG RESISTOR 12kØ,1/10WR2228 NRSA02J-103X MG RESISTOR 10kØ,1/10WR2229 NRSA02J-563X MG RESISTOR 56kØ,1/10WR2251 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3011 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3012 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3013 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3014 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3015 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3016 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3017 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3018 NRSA02J-682X MG RESISTOR 6.8kØ,1/10WR3019 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3020 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3021 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3022 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3025 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3026 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3027 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3029 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3030 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3031 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3032 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3033 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3034 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3035 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3036 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3038 NRSA02J-152X MG RESISTOR 1.5kØ,1/10WR3039 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3040 NRSA02J-472X MG RESISTOR 4.7kØ,1/10WR3041 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W


5-10

R3042 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3044 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3046 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3047 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3048 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3049 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3050 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3051 NRSA02J-471X MG RESISTOR 470Ø,1/10WR3052 NRSA02J-471X MG RESISTOR 470Ø,1/10WR3053 NRSA02J-471X MG RESISTOR 470Ø,1/10WR3054 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3055 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3056 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3057 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3058 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3059 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3060 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3061 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3062 NRSA02J-103X MG RESISTOR 10kØ,1/10WR3063 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3066 NRSA02J-472X MG RESISTOR 4.7kØ,1/10WR3069 NRSA02J-101X MG RESISTOR 100Ø,1/10WR3071 NRSA02J-103X MG RESISTOR 10kØ,1/10WR3072 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3073 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3074 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3075 NRSA02J-471X MG RESISTOR 470Ø,1/10WR3076 NRSA02J-471X MG RESISTOR 470Ø,1/10WR3077 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3078 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3079 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3080 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3081 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3083 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3085 NRSA02J-0R0X MG RESISTOR,B,C,D 0Ø,1/10W

NRSA02J-222X MG RESISTOR,A 2.2kØ,1/10WR3086 NRSA02J-0R0X MG RESISTOR,B,C,D 0Ø,1/10W

NRSA02J-222X MG RESISTOR,A 2.2kØ,1/10WR3087 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3088 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3089 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3091 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3092 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3093 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3094 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3095 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3096 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3097 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3103 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3104 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3105 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3106 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR3201 NRSA02J-103X MG RESISTOR 10kØ,1/10WR3202 NRSA02J-472X MG RESISTOR 4.7kØ,1/10WR3203 NRSA02J-103X MG RESISTOR 10kØ,1/10WR3204 NRSA02J-222X MG RESISTOR 2.2kØ,1/10WR3205 QRE141J-181Y RESISTOR 180Ø,1/4WR3206 NRSA02J-183X MG RESISTOR 18kØ,1/10WR3207 QRE141J-183Y RESISTOR 18kØ,1/4WR3208 NRSA02J-181X MG RESISTOR 180Ø,1/10WR3209 NRSA02J-273X MG RESISTOR 27kØ,1/10W

R3210 NRSA02J-181X MG RESISTOR 180Ø,1/10WR3211 NRSA02J-273X MG RESISTOR 27kØ,1/10WR3212 QRE141J-474Y RESISTOR 470kØ,1/4WR3213 NRSA02J-334X MG RESISTOR 330kØ,1/10WR3214 NRSA02J-103X MG RESISTOR 10kØ,1/10WR3215 NRSA02J-103X MG RESISTOR 10kØ,1/10WR3216 NRSA02J-103X MG RESISTOR 10kØ,1/10WR3217 QRE141J-562Y RESISTOR 5.6kØ,1/4WR3218 QRE141J-472Y RESISTOR 4.7kØ,1/4WR3219 NRSA02J-472X MG RESISTOR 4.7kØ,1/10WR3220 NRSA02J-104X MG RESISTOR 100kØ,1/10WR3222 NRSA02J-472X MG RESISTOR 4.7kØ,1/10WR3223 NRSA02J-472X MG RESISTOR 4.7kØ,1/10WR3224 NRSA02J-472X MG RESISTOR 4.7kØ,1/10WR3225 NRSA02J-103X MG RESISTOR 10kØ,1/10WR3229 NRSA02J-105X MG RESISTOR 1MØ,1/10WR3230 NRSA02J-472X MG RESISTOR 4.7kØ,1/10WR3231 NRSA02J-102X MG RESISTOR 1kØ,1/10WR3233 NRSA02J-103X MG RESISTOR 10kØ,1/10WR3234 NRSA02J-103X MG RESISTOR 10kØ,1/10WR3235 NRSA02J-332X MG RESISTOR 3.3kØ,1/10WR3236 NRSA02J-332X MG RESISTOR 3.3kØ,1/10WR3237 NRSA02J-103X MG RESISTOR 10kØ,1/10WR3238 NRSA02J-103X MG RESISTOR 10kØ,1/10WR3239 NRSA02J-103X MG RESISTOR 10kØ,1/10WR3240 NRSA02J-103X MG RESISTOR 10kØ,1/10WR3241 QRE141J-104Y RESISTOR 100kØ,1/4WR3242 NRSA02J-472X MG RESISTOR 4.7kØ,1/10WR4003 NRSA02J-561X MG RESISTOR 560Ø,1/10WR4004 NRSA02J-561X MG RESISTOR 560Ø,1/10WR4005 NRSA02J-562X MG RESISTOR 5.6kØ,1/10WR4007 NRSA02J-102X MG RESISTOR 1kØ,1/10WR4008 NRSA02J-102X MG RESISTOR 1kØ,1/10WR4009 NRSA02J-102X MG RESISTOR 1kØ,1/10WR4010 NRSA02J-103X MG RESISTOR 10kØ,1/10WR4011 NRSA02J-472X MG RESISTOR,A,B,C 4.7kØ,1/10W

NRSA02J-272X MG RESISTOR,D 2.7kØ,1/10WR4012 NRSA02J-222X MG RESISTOR 2.2kØ,1/10WR4013 NRSA02J-102X MG RESISTOR 1kØ,1/10WR4015 NRSA02J-562X MG RESISTOR 5.6kØ,1/10WR4017 NRSA02J-102X MG RESISTOR 1kØ,1/10WR4018 NRSA02J-102X MG RESISTOR 1kØ,1/10WR4019 NRSA02J-103X MG RESISTOR 10kØ,1/10WR4020 NRSA02J-103X MG RESISTOR 10kØ,1/10WR4021 NRSA02J-103X MG RESISTOR 10kØ,1/10WR5101 QRE141J-334Y RESISTOR 330kØ,1/4WR5102 QRE141J-334Y RESISTOR 330kØ,1/4WR5103 QRE141J-683Y RESISTOR 68kØ,1/4WR5104 QRG029J-154G OMF RESISTOR 150kØ,2WR5106 QRT01DJ-R39X MF RESISTOR 0.39Ø,1WR5107 QRE121J-331Y RESISTOR 330Ø,1/2WR5108 NRSA02J-122X MG RESISTOR 1.2kØ,1/10WR5109 QRE141J-681Y RESISTOR 680Ø,1/4WR5110 NRSA02J-224X MG RESISTOR 220kØ,1/10WR5111 NRSA02J-561X MG RESISTOR 560Ø,1/10WR5112 NRSA02J-221X MG RESISTOR 220Ø,1/10WR5301 NRSA02J-472X MG RESISTOR 4.7kØ,1/10WR5302 NRSA02J-102X MG RESISTOR 1kØ,1/10WR5303 NRSA02J-122X MG RESISTOR 1.2kØ,1/10WR5304 NRSA02J-471X MG RESISTOR 470Ø,1/10WR5305 NRSA02J-102X MG RESISTOR 1kØ,1/10W

5-11


R5306 NRSA02J-221X MG RESISTOR 220Ø,1/10WR5308 NRSA02J-471X MG RESISTOR 470Ø,1/10WR5309 NRSA02J-103X MG RESISTOR 10kØ,1/10WR5310 NRSA02J-221X MG RESISTOR 220Ø,1/10WR5311 NRSA02J-103X MG RESISTOR 10kØ,1/10WR5312 NRVA02D-332X CMF RESISTOR 3.3kØ,1/10WR5313 NRVA02D-332X CMF RESISTOR 3.3kØ,1/10WR5314 NRSA02J-102X MG RESISTOR 1kØ,1/10WR5316 NRVA02D-123X CMF RESISTOR 12kØ,1/10WR5317 NRSA02J-473X MG RESISTOR 47kØ,1/10W

! R5318 QRZ9005-221X FUSI RESISTOR 220Ø,1/4WR5320 NRSA02J-273X MG RESISTOR 27kØ,1/10WR5321 NRSA02J-273X MG RESISTOR 27kØ,1/10WR5324 NRSA02J-472X MG RESISTOR 4.7kØ,1/10WR5325 QRE141J-222Y RESISTOR 2.2kØ,1/4WR5326 QRE141J-2R2Y RESISTOR,B,C,D 2.2Ø,1/4W

QUY153-050Y IM BUS WIRE,AR5327 NRSA02J-222X MG RESISTOR 2.2kØ,1/10WR5329 NRSA02J-102X MG RESISTOR 1kØ,1/10WR5330 NRSA02J-102X MG RESISTOR 1kØ,1/10WR5332 QRE141J-222Y RESISTOR 2.2kØ,1/4WR5344 NRSA02J-472X MG RESISTOR 4.7kØ,1/10WR5345 QRE121J-561Y RESISTOR 560Ø,1/2WR6020 NRSA02J-102X MG RESISTOR 1kØ,1/10WR6021 NRSA02J-102X MG RESISTOR 1kØ,1/10WR6030 NRSA02J-102X MG RESISTOR 1kØ,1/10WR6031 NRSA02J-271X MG RESISTOR 270Ø,1/10WR6032 NRSA02J-183X MG RESISTOR 18kØ,1/10WR6033 NRSA02J-183X MG RESISTOR 18kØ,1/10WR7001 NRSA02J-103X MG RESISTOR 10kØ,1/10WR7002 NRSA02J-103X MG RESISTOR 10kØ,1/10WR7003 NRSA02J-103X MG RESISTOR 10kØ,1/10WR7004 NRSA02J-103X MG RESISTOR 10kØ,1/10WR7005 NRSA02J-472X MG RESISTOR 4.7kØ,1/10WR7006 NRSA02J-471X MG RESISTOR 470Ø,1/10WR7007 QRE141J-103Y RESISTOR 10kØ,1/4WR7008 QRE141J-563Y RESISTOR 56kØ,1/4WR7009 QRE141J-103Y RESISTOR 10kØ,1/4WR7010 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR7011 NRSA02J-333X MG RESISTOR 33kØ,1/10WR7012 NRSA02J-333X MG RESISTOR 33kØ,1/10WR7013 NRSA02J-333X MG RESISTOR 33kØ,1/10WR7014 NRSA02J-333X MG RESISTOR 33kØ,1/10WR7015 QRE141J-472Y RESISTOR 4.7kØ,1/4WR7016 NRSA02J-103X MG RESISTOR 10kØ,1/10WR7017 NRSA02J-331X MG RESISTOR 330Ø,1/10WR7018 NRSA02J-331X MG RESISTOR 330Ø,1/10WR7160 NRSA02J-101X MG RESISTOR 100Ø,1/10WR7161 NRSA02J-101X MG RESISTOR 100Ø,1/10WR7162 NRSA02J-101X MG RESISTOR 100Ø,1/10WR7163 NRSA02J-750X MG RESISTOR 75Ø,1/10WR7202 NRSA02J-221X MG RESISTOR 220Ø,1/10WR7203 NRSA02J-472X MG RESISTOR 4.7kØ,1/10WR7204 QRE121J-100Y RESISTOR 10Ø,1/2WB8 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WB12 QUY160-220Y IM BUS WIRE,A,B,CB13 NRSA02J-0R0X MG RESISTOR,D 0Ø,1/10WB25 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WB50 QUY153-050Y IM BUS WIREB52 NRSA02J-0R0X MG RESISTOR,A,B,C 0Ø,1/10WB55 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W

B65 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WB203 QUY153-050Y IM BUS WIREB204 QUY153-050Y IM BUS WIREB214 QUY160-280Y IM BUS WIREB302 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WB2051 QUY153-050Y IM BUS WIRE,AB3004 QUY160-120Y IM BUS WIREB3179 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WB5302 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WB5304 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WB7001 NRSA02J-0R0X MG RESISTOR,B,C,D 0Ø,1/10WC1 NCB21HK-103X CAPACITOR 0.01µF,50VC2 NCB21HK-103X CAPACITOR 0.01µF,50VC3 NCB21HK-103X CAPACITOR 0.01µF,50VC4 NCB21HK-103X CAPACITOR 0.01µF,50VC5 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC6 QCBB1HK-103 CAPACITOR 0.01µF,50VC7 NCB21HK-102X CAPACITOR 0.001µF,50VC8 NCB21EK-104X CAPACITOR 0.1µF,25VC9 QEKJ1HM-225 E CAPACITOR 2.2µF,50VC10 NDC21HG-151X CAPACITOR 150pF,50VC11 NCB21EK-104X CAPACITOR 0.1µF,25VC12 NDC21HJ-8R0X CAPACITOR 8pF,50VC14 NCB21EK-104X CAPACITOR 0.1µF,25VC15 NCB21HK-103X CAPACITOR 0.01µF,50VC16 NCB21EK-104X CAPACITOR 0.1µF,25VC17 QEKJ1HM-335 E CAPACITOR 3.3µF,50VC19 QEKJ1HM-225 E CAPACITOR 2.2µF,50VC20 QEKJ1HM-105 E CAPACITOR 1µF,50VC21 NCB21EK-104X CAPACITOR 0.1µF,25VC22 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC23 NCB21EK-104X CAPACITOR 0.1µF,25VC24 QCBB1HK-104 CAPACITOR 0.1µF,50VC25 NDC21HJ-6R0X CAPACITOR 6pF,50VC26 NCB21EK-104X CAPACITOR 0.1µF,25VC27 NCB21HK-223X CAPACITOR 0.022µF,50VC28 QEKJ1HM-335 E CAPACITOR 3.3µF,50VC29 NCB21EK-333X CAPACITOR 0.033µF,25VC30 NCB21CK-474X CAPACITOR 0.47µF,16VC31 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC32 QCBB1HK-104 CAPACITOR 0.1µF,50VC33 QEKJ1HM-225 E CAPACITOR 2.2µF,50VC34 NCB21EK-104X CAPACITOR 0.1µF,25VC35 NCB21HK-103X CAPACITOR 0.01µF,50VC36 QEKJ1HM-475 E CAPACITOR 4.7µF,50VC37 QEKJ1HM-105 E CAPACITOR 1µF,50VC38 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC39 NCB21EK-104X CAPACITOR 0.1µF,25VC40 QEKJ1EM-106 E CAPACITOR 10µF,25VC45 QCBB1HK-104 CAPACITOR 0.1µF,50VC46 NDC21HJ-101X CAPACITOR 100pF,50VC59 NCB21HK-103X CAPACITOR 0.01µF,50VC60 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC61 NCB21HK-103X CAPACITOR 0.01µF,50VC63 NCB21EK-104X CAPACITOR 0.1µF,25VC64 NDC21HJ-220X CAPACITOR 22pF,50VC65 QEKJ1HM-105 E CAPACITOR 1µF,50VC69 NCB21EK-104X CAPACITOR,A 0.1µF,25VC70 NCB21EK-104X CAPACITOR,A 0.1µF,25VC71 NCB21HK-103X CAPACITOR 0.01µF,50VC72 NDC21HJ-470X CAPACITOR 47pF,50V


5-12

C73 NDC21HJ-120X CAPACITOR 12pF,50VC76 NCB21HK-103X CAPACITOR 0.01µF,50VC78 NCB21HK-103X CAPACITOR 0.01µF,50VC80 NCB21HK-103X CAPACITOR 0.01µF,50VC106 NCB21HK-821X CAPACITOR 820pF,50VC108 NDC21HJ-680X CAPACITOR 68pF,50VC109 NCB21CK-224X CAPACITOR 0.22µF,16VC110 NDC21HJ-820X CAPACITOR 82pF,50VC114 NDC21HJ-181X CAPACITOR 180pF,50VC124 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WC139 NDC21HJ-470X CAPACITOR 47pF,50VC143 QCFB1HZ-104 CAPACITOR 0.1µF,50VC201 QEKJ0JM-227 E CAPACITOR 220µF,6.3VC204 NCB21HK-103X CAPACITOR 0.01µF,50VC206 NDC21HJ-330X CAPACITOR 33pF,50VC207 NDC21HJ-330X CAPACITOR 33pF,50VC209 NCB21CK-474X CAPACITOR 0.47µF,16VC210 NDC21HJ-101X CAPACITOR 100pF,50VC211 NDC21HJ-101X CAPACITOR 100pF,50VC212 NCB21EK-104X CAPACITOR 0.1µF,25VC213 QERF1EM-475 E CAPACITOR 4.7µF,25VC214 NCB21CK-224X CAPACITOR 0.22µF,16VC215 NCB21CK-224X CAPACITOR 0.22µF,16VC217 NDC21HJ-560X CAPACITOR 56pF,50VC218 QERF1HM-105 E CAPACITOR 1µF,50VC222 NCB21CK-105X CAPACITOR 1µF,16VC225 QERF1AM-227 E CAPACITOR 220µF,10VC301 NDC21HJ-151X CAPACITOR 150pF,50VC302 NCB21CK-105X CAPACITOR 1µF,16VC303 NCB21HK-682X CAPACITOR 0.0068µF,50VC304 NCB21HK-682X CAPACITOR 0.0068µF,50VC305 NCB21HK-103X CAPACITOR 0.01µF,50VC306 NCB21CK-105X CAPACITOR 1µF,16VC307 NDC21HJ-151X CAPACITOR 150pF,50VC308 NCB21HK-103X CAPACITOR 0.01µF,50VC309 NCB21EK-104X CAPACITOR 0.1µF,25VC310 NCB21HK-103X CAPACITOR 0.01µF,50VC311 NCB21HK-103X CAPACITOR 0.01µF,50VC312 NCB21HK-102X CAPACITOR 0.001µF,50VC313 NCB21CK-474X CAPACITOR 0.47µF,16VC315 NCB21CK-105X CAPACITOR 1µF,16VC316 NCB21HK-103X CAPACITOR 0.01µF,50VC317 NCB21HK-681X CAPACITOR 680pF,50VC318 NCB21EK-223X CAPACITOR 0.022µF,25VC319 NCB21CK-105X CAPACITOR 1µF,16VC320 NCB21HK-103X CAPACITOR 0.01µF,50VC321 NDC21HG-301X CAPACITOR 300pF,50VC322 NCB21CK-474X CAPACITOR 0.47µF,16VC323 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC324 NDC21HJ-390X CAPACITOR 39pF,50VC401 NCB21HK-103X CAPACITOR,B,C,D 0.01µF,50VC402 NCB21HK-223X CAPACITOR,B,C,D 0.022µF,50VC403 NDC21HJ-131X CAPACITOR,B,C,D 130pF,50VC404 NDC21HJ-470X CAPACITOR,B,C,D 47pF,50VC406 NCB21HK-102X CAPACITOR,B,C,D 0.001µF,50VC407 NDC21HJ-150X CAPACITOR,B,C,D 15pF,50VC2001 QEKJ1HM-475 E CAPACITOR 4.7µF,50VC2002 QEKJ1EM-106 E CAPACITOR 10µF,25VC2003 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC2005 QEKJ1HM-475 E CAPACITOR 4.7µF,50VC2006 NCB21EK-123X CAPACITOR 0.012µF,25V

C2007 QEKJ1CM-226 E CAPACITOR 22µF,16VC2008 QEKJ1HM-475 E CAPACITOR 4.7µF,50VC2009 NCB21HK-102X CAPACITOR 0.001µF,50VC2010 NCB21HK-152X CAPACITOR 0.0015µF,50VC2011 QEKJ1HM-475 E CAPACITOR 4.7µF,50VC2012 QEKJ1HM-475 E CAPACITOR 4.7µF,50VC2013 NDC21HJ-680X CAPACITOR 68pF,50VC2015 NCB21HK-682X CAPACITOR 0.0068µF,50VC2051 NCB21HK-331X CAPACITOR 330pF,50VC2052 QFLC1HJ-333Z F CAPACITOR,B,C,D 0.033µF,50V

QFLC1HJ-823Z F CAPACITOR,A 0.082µF,50VC2053 NCB21HK-332X CAPACITOR,B,C,D 0.0033µF,50V

NCB21HK-472X CAPACITOR,A 0.0047µF,50VC2054 NCB21HK-103X CAPACITOR,B,C,D 0.01µF,50V

NCB21HK-223X CAPACITOR,A 0.022µF,50VC2055 QEKJ1EM-106 E CAPACITOR 10µF,25VC2061 QFLC1HJ-333Z F CAPACITOR,B,C,D 0.033µF,50VC2062 NCB21HK-332X CAPACITOR,B,C,D 0.0033µF,50VC2063 NCB21HK-103X CAPACITOR,B,C,D 0.01µF,50VC2064 QEKJ1EM-106 E CAPACITOR,B,C,D 10µF,25VC2201 NCB21EK-104X CAPACITOR 0.1µF,25VC2202 NCB21EK-333X CAPACITOR 0.033µF,25VC2203 QEKJ1EM-106 E CAPACITOR 10µF,25VC2204 QDGB1HK-102Y CAPACITOR 0.001µF,50VC2207 QEKJ1CM-476 E CAPACITOR 47µF,16VC2208 QEKJ1HM-475 E CAPACITOR 4.7µF,50VC2209 QEKJ1HM-104 E CAPACITOR,B,C,D 0.1µF,50VC2210 QEKJ1HM-104 E CAPACITOR,B,C,D 0.1µF,50VC2211 QEKJ1HM-105 E CAPACITOR,B,C,D 1µF,50VC2212 QEKJ1HM-105 E CAPACITOR,B,C,D 1µF,50VC2213 QEKJ1EM-106 E CAPACITOR 10µF,25VC2214 QEKJ1EM-106 E CAPACITOR 10µF,25VC2215 QEKJ1HM-475 E CAPACITOR 4.7µF,50VC2216 QEKJ1HM-474 E CAPACITOR 0.47µF,50VC2217 QEKJ1EM-106 E CAPACITOR 10µF,25VC2218 QEKJ1HM-474 E CAPACITOR 0.47µF,50VC2219 QEKJ1EM-106 E CAPACITOR 10µF,25VC2220 QEKJ1HM-475 E CAPACITOR 4.7µF,50VC2221 NCB21HK-103X CAPACITOR 0.01µF,50VC2222 QEKJ1HM-474 E CAPACITOR 0.47µF,50VC2223 QEKJ1HM-474 E CAPACITOR 0.47µF,50VC2224 NCB21HK-103X CAPACITOR 0.01µF,50VC2225 QEKJ1HM-475 E CAPACITOR 4.7µF,50VC2226 QEKJ1EM-106 E CAPACITOR 10µF,25VC2227 NCB21CK-104X CAPACITOR 0.1µF,16VC2228 NCB21CK-104X CAPACITOR 0.1µF,16VC2251 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC2252 NCB21HK-103X CAPACITOR 0.01µF,50VC2253 NCB21HK-103X CAPACITOR 0.01µF,50VC2254 NCB21HK-103X CAPACITOR 0.01µF,50VC2255 NDC21HJ-181X CAPACITOR 180pF,50VC3001 NCB21EK-104X CAPACITOR 0.1µF,25VC3003 QEKJ1EM-106 E CAPACITOR 10µF,25VC3008 NCB21HK-102X CAPACITOR 0.001µF,50VC3011 QETL0JM-338 E CAPACITOR 3300µF,6.3VC3012 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC3014 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC3015 NCB21EK-104X CAPACITOR 0.1µF,25VC3016 NCB21EK-104X CAPACITOR 0.1µF,25VC3020 NDC21HJ-101X CAPACITOR 100pF,50VC3021 NDC21HJ-101X CAPACITOR 100pF,50V

5-13


C3022 NCB21EK-104X CAPACITOR 0.1µF,25VC3024 NDC21HJ-120X CAPACITOR 12pF,50VC3026 NCB21HK-103X CAPACITOR 0.01µF,50VC3027 QEKJ1EM-106 E CAPACITOR 10µF,25VC3030 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC3031 NCB21EK-104X CAPACITOR 0.1µF,25VC3032 NCB21EK-104X CAPACITOR 0.1µF,25VC3033 NCB21EK-104X CAPACITOR 0.1µF,25VC3036 NDC21HJ-180X CAPACITOR 18pF,50VC3037 NDC21HJ-120X CAPACITOR 12pF,50VC3040 NCB21HK-103X CAPACITOR 0.01µF,50VC3041 NDC21HJ-100X CAPACITOR 10pF,50VC3050 NCB21EK-104X CAPACITOR 0.1µF,25VC4002 NCB21EK-104X CAPACITOR 0.1µF,25VC4003 NCB21HK-102X CAPACITOR 0.001µF,50VC4004 QEKJ1AM-226 E CAPACITOR 22µF,10VC4005 NCB21HK-222X CAPACITOR 0.0022µF,50VC4006 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC4007 NCB21HK-102X CAPACITOR,A 0.001µF,50V

NCB21HK-561X CAPACITOR,B,C,D 560pF,50VC4008 NCB21AK-105X CAPACITOR 1µF,10VC4009 NCB21HK-563X CAPACITOR 0.056µF,50VC4010 NCB21EK-223X CAPACITOR 0.022µF,25VC4011 NCB21EK-104X CAPACITOR 0.1µF,25VC4012 NCB21AK-105X CAPACITOR 1µF,10VC4013 NCB21HK-563X CAPACITOR 0.056µF,50VC4014 NDC21HJ-101X CAPACITOR 100pF,50VC4015 NCB21HK-102X CAPACITOR 0.001µF,50V

! C5001 QFZ9073-683 F CAPACITOR 0.068µF,250V! C5002 QFZ9051-333 F CAPACITOR 0.033µF,250V! C5004 QCZ9071-222 CAPACITOR 0.0022µF,250V

C5006 QEZ0375-686 E CAPACITOR 68µF,400VC5101 QCZ0212-472 CAPACITOR 0.0047µF,1kVC5102 QCZ0302-330Z CAPACITOR 33pF,1kVC5104 QEKJ1HM-105 E CAPACITOR 1µF,50VC5105 QFN31HJ-183 F CAPACITOR 0.018µF,50VC5106 QCBB1HJ-271 CAPACITOR 270pF,50VC5107 QFV91HJ-104 F CAPACITOR 0.1µF,50VC5201 QEMU0JM-227 E CAPACITOR 220µF,6.3VC5202 QEMT1CM-687 E CAPACITOR 680µF,16VC5203 QEMT1AM-128 E CAPACITOR 1200µF,10VC5204 QETN2AM-475 E CAPACITOR 4.7µF,100VC5205 QETN1HM-106 E CAPACITOR 10µF,50VC5206 QETN1EM-476 E CAPACITOR 47µF,25VC5207 QETN1CM-107 E CAPACITOR 100µF,16VC5208 QEMU1EM-187 E CAPACITOR 180µF,25VC5301 QEKJ1CM-107 E CAPACITOR 100µF,16VC5302 QEKJ1CM-476 E CAPACITOR 47µF,16VC5303 QEKJ1CM-107 E CAPACITOR 100µF,16VC5304 QFLC1HJ-102Z F CAPACITOR 0.001µF,50VC5305 QFV91HJ-224 F CAPACITOR 0.22µF,50VC5311 NCB21HK-103X CAPACITOR 0.01µF,50VC5351 QUY153-050Y IM BUS WIREC6007 QEMU0JM-227 E CAPACITOR 220µF,6.3VC6008 NCB21HK-103X CAPACITOR 0.01µF,50VC6013 NCB21HK-103X CAPACITOR 0.01µF,50VC6023 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WC6037 QEKJ1EM-106 E CAPACITOR 10µF,25VC6501 QEKJ0JM-107 E CAPACITOR 100µF,6.3VC6502 NCB21HK-103X CAPACITOR 0.01µF,50VC7001 QEKJ0JM-476 E CAPACITOR 47µF,6.3V

C7003 QEKJ0JM-227 E CAPACITOR 220µF,6.3VC7005 NDC21HJ-470X CAPACITOR 47pF,50VC7006 NDC21HJ-330X CAPACITOR 33pF,50VC7007 QEKJ1HM-106 E CAPACITOR 10µF,50VC7008 NCB21HK-102X CAPACITOR 0.001µF,50VC7011 QCFB1HZ-104 CAPACITOR 0.1µF,50VC7165 NCB21HK-681X CAPACITOR 680pF,50VC7167 NCB21HK-681X CAPACITOR 680pF,50VC7202 QETJ0JM-477 E CAPACITOR 470µF,6.3VL1 QQL29BJ-100Z COIL 10µHL2 QQL071J-121Y COIL 120µHL3 QQL29BJ-100Z COIL 10µHL4 QQL29BJ-100Z COIL 10µHL5 QQR0521-012Z NOISE FILTERL12 QQR0967-001 COIL 12µHL13 QQL071J-330Y COIL 33µHL15 QQL29BJ-100Z COIL 10µHL18 QQL071J-220Y COIL 22µHL19 QQL071J-120Y COIL 12µHL20 QUY153-050Y IM BUS WIREL24 QQL071J-270Y COIL 27µHL27 QQL071J-330Y COIL 33µHL28 QQL071J-680Y COIL 68µHL30 QUY153-050Y IM BUS WIREL201 QQL29BK-1R0Z COIL 1.0µHL202 QUY153-050Y IM BUS WIREL203 QQL29BJ-220Z COIL 22µHL204 QQL29BJ-100Z COIL 10µHL206 QQL071J-220Y COIL 22µHL301 QQL29BJ-100Z COIL 10µHL302 QQL231J-6R8Y COIL 6.8µHL303 QQL231J-270Y COIL 27µHL304 QQL29BJ-101Z COIL 100µHL401 QQL071J-150Y COIL,B,C,D 15µHL402 QUY153-050Y IM BUS WIRE,B,C,DL2001 QUY153-050Y IM BUS WIREL2251 QQL29BJ-100Z COIL 10µHL2252 QQL29BJ-151Z COIL 150µHL3001 QUY153-050Y IM BUS WIREL3011 QUY153-050Y IM BUS WIREL3012 QUY153-050Y IM BUS WIREL4001 QUY153-050Y IM BUS WIREL5201 PELN1184 COIL 33µHL5202 PU60944-330K COIL 33µHL6001 QQL29BJ-100Z COIL 10µHL6003 QQL29BJ-470Z COIL 47µHL7201 QQL29BJ-100Z COIL 10µHX1 QAX0576-001Z CRYSTAL RESONATORX2 QCBB1HK-103 CAPACITOR,D 0.01µF,50VX3001 QAX0444-001 CRYSTAL RESONATORX3002 QAX0527-001 CRYSTAL RESONATORS3001 QSW0602-004 PUSH SWITCH,REC SAFETYS3002 QSW0695-001 PUSH SWITCH,S.CASS SWS7001 QSW0456-002Z TACT SWITCH,STAND-BYS7002 QSW0456-002Z TACT SWITCH,SVHS ETS7004 QSW0456-002Z TACT SWITCH,RECS7006 QSW0456-002Z TACT SWITCH,PAUSES7008 QSW0456-002Z TACT SWITCH,STOP/EJECTS7010 QSW0456-002Z TACT SWITCH,PLAYS7012 QSW0456-002Z TACT SWITCH,E.PROGS7016 QSW0456-002Z TACT SWITCH,SAT TIMER


5-14

K2001 NQR0403-003X FERRITE BEADK2002 NQR0403-003X FERRITE BEADK2003 NQR0403-003X FERRITE BEADK2004 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WK2251 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WK2252 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WK2253 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WK5101 QQR0678-001Z FERRITE BEADK5102 QUY153-050Y IM BUS WIREK5301 QUY153-050Y IM BUS WIREK6080 NRSA02J-102X MG RESISTOR 1kØ,1/10WPC3001 GP3S123 IC(PHOTO SENSORPC3002 GP3S123 IC(PHOTO SENSOR

! PC5101 PS2561L1-1/L/ IC(PHOTO COUPLER)T2051 PELN0832 OSC TRANSFORMER,A

PELN0860 OSC TRANSFORMER,B,C,DT2052 PELN0861 OSC TRANSFORMER,B,C,D

! T5001 QQS0033-001 SW TRANSFORMERTU6001 QAU0210-001 TUNERET1 PQ21623-2-5 EARTH PLATE(RF)DI7001 QLF0031-001 FL TUBE,A

QLF0032-001 FL TUBE,B,C,DHD1 PQ35479-1-4 HOLDER(FDP),A

LP30188-001A HOLDER(FDP),B,C,DHS1 LP40621-001A HEAT SINK,Q5101SD1 LP30864-001A SHIELD CASE(PRE)OT1 QYTDSF3010Z SCREW,X2OT2 PU59915-107 #500SPACER,WR1,DOT3 QYTDST3008Z SCREW,Q5101WR1 QUB321-11A1A1 SIN TWIST WIRE,DFC5001 QNG0006-001Z FUSE CLIP,F5001FC5002 QNG0006-001Z FUSE CLIP,F5001J7105 QNN0381-002 PIN JACK,F_IN NI,A,B,C

QNN0383-002 PIN JACK,AU YWR,D! LF5001 PELN1204-01-01 LINE FILTER! LF5002 QQR0978-001 LINE FILTER

CN1 QGF1028C1-11 FPC CONNECTOR,(1-11)U.DRUM,AQGF1028C1-13 FPC CONNECTOR,(1-13)U.DRUM,B,C,D

CN901 QGB2024K1-10S CONNECTOR,(1-10)TERMINALCN902 QGB2024K1-12S CONNECTOR,(1-12)TERMINALCN903 QGB2024K1-10S CONNECTOR,(1-10)TERMINALCN904 QGB2024K1-11S CONNECTOR,(1-11)TERMINALCN905 QGB2024K1-09S CONNECTOR,(1-9)TERMINALCN2001 QGF1207C1-07 FPC CONNECTOR,(1-7)A/C HEADCN2002 QGB2532J1-02 CONNECTOR,(1-2)FE HEADCN3001 QGF1207C1-05 FPC CONNECTOR,(1-5)DRUM MDACN3002 QGB2532J1-02 CONNECTOR,(1-2)LOADING MOTORCN3003 QGB2015M2-08 CONNECTOR,(1-8)CAPSTAN MOTORCN3004 QGB2534J2-04 CONNECTOR,(1-4)ROTARY ENCODER

! CN5001 QGA7901C3-02 CONNECTOR,(1-2)AC INCN7001 QGF1207C1-09 FPC CONNECTOR,(1-9)ADV.JOG

! CP3002 ICP-N25 CIRCUIT PROTECTORCP4001 QUY153-050Y IM BUS WIRE

! CP5303 NMFZ012-1R5X-M FUSE T1.5A,50V! CP5304 NMFZ012-1R0X-M FUSE T1.0A,50V! F5001 QMF51E2-2R0J1 FUSE T2.0A,AC250V

******************************2D DIGITAL BOARD ASSEMBLY <05>(MODEL:A,B,C)

PW1 LPA10090-07A 2D DIGITAL BOARD ASSYIC1201 JCP8036 IC

! Q1201 2SC1317/RS/-T TRANSISTORQ1202 2SA1576A/QR/-X TRANSISTOR

or 2PA1576/R/-X TRANSISTORQ1203 2SA1576A/QR/-X TRANSISTOR

or 2PA1576/R/-X TRANSISTORQ1204 2SC4081/QRS/-X TRANSISTOR

or 2PC4081/R/-X TRANSISTORQ1205 2SC4081/S/-X TRANSISTORQ1206 2SC4081/QRS/-X TRANSISTOR

or 2PC4081/R/-X TRANSISTORD1201 RD4.3ES/B3/-T2 ZENER DIODED1202 QUY153-050Y IM BUS WIRER1201 NRSA02J-121X MG RESISTOR 120Ø,1/10WR1202 NRSA02J-101X MG RESISTOR 100Ø,1/10WR1203 NRSA02J-221X MG RESISTOR 220Ø,1/10WR1204 NRSA02J-221X MG RESISTOR 220Ø,1/10WR1205 NRSA02J-102X MG RESISTOR 1kØ,1/10WR1206 NRSA02J-561X MG RESISTOR 560Ø,1/10WR1207 NRSA02J-562X MG RESISTOR 5.6kØ,1/10WR1208 NRSA02J-123X MG RESISTOR 12kØ,1/10WR1209 NRSA02J-180X MG RESISTOR 18Ø,1/10WR1210 NRSA02J-393X MG RESISTOR 39kØ,1/10WR1211 NRSA02J-103X MG RESISTOR 10kØ,1/10WR1212 NRSA02J-102X MG RESISTOR 1kØ,1/10WR1213 NRSA02J-331X MG RESISTOR 330Ø,1/10WR1214 NRSA02J-101X MG RESISTOR 100Ø,1/10WR1215 NRSA02J-102X MG RESISTOR 1kØ,1/10WR1216 NRSA02J-331X MG RESISTOR 330Ø,1/10WR1217 NRSA02J-101X MG RESISTOR 100Ø,1/10WR1218 NRSA02J-301X MG RESISTOR 300Ø,1/10WR1222 NRSA02J-471X MG RESISTOR 470Ø,1/10WR1224 NRSA02J-561X MG RESISTOR 560Ø,1/10WR1225 NRSA02J-273X MG RESISTOR 27kØ,1/10WR1226 NRSA02J-153X MG RESISTOR 15kØ,1/10WR1227 NRSA02J-561X MG RESISTOR 560Ø,1/10WR1228 NRSA02J-391X MG RESISTOR 390Ø,1/10WR1230 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR1231 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR1232 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR1233 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WVR1201 QVZ3521-103Z V RESISTOR,D/A LEVEL ADJB1204 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WC1201 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC1208 NDC21HJ-101X CAPACITOR 100pF,50VC1210 NDC21HJ-330X CAPACITOR 33pF,50VC1211 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC1212 NCB21HK-102X CAPACITOR 0.001µF,50VC1213 NCF21EZ-104X CAPACITOR 0.1µF,25VC1214 NCF21CZ-105X CAPACITOR 1µF,16VC1215 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC1216 NCF21EZ-104X CAPACITOR 0.1µF,25VC1217 NCF21EZ-104X CAPACITOR 0.1µF,25VC1218 NCF21EZ-104X CAPACITOR 0.1µF,25VC1219 NCF21CZ-105X CAPACITOR 1µF,16VC1220 QEKJ0JM-476 E CAPACITOR 47µF,6.3V

5-15


C1222 NDC21HJ-820X CAPACITOR 82pF,50VC1223 NDC21HJ-270X CAPACITOR 27pF,50VC1225 NDC21HJ-820X CAPACITOR 82pF,50VC1226 NDC21HJ-270X CAPACITOR 27pF,50VC1227 NCB21EK-104X CAPACITOR 0.1µF,25VC1228 QEKJ1HM-475 E CAPACITOR 4.7µF,50VC1229 NCB21HK-103X CAPACITOR 0.01µF,50VC1230 NCF21EZ-104X CAPACITOR 0.1µF,25VC1231 NCF21EZ-104X CAPACITOR 0.1µF,25VC1232 NCF21EZ-104X CAPACITOR 0.1µF,25VC1233 QDYB1CM-103Y CAPACITOR 0.01µF,16VC1234 NCF21EZ-104X CAPACITOR 0.1µF,25VC1235 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC1236 NCF21EZ-104X CAPACITOR 0.1µF,25VC1237 NCF21EZ-104X CAPACITOR 0.1µF,25VC1238 NDC21HJ-180X CAPACITOR 18pF,50VC1239 NDC21HJ-560X CAPACITOR 56pF,50VC1243 NCB21HK-103X CAPACITOR 0.01µF,50VC1244 QEKJ1HM-475 E CAPACITOR 4.7µF,50VC1245 NDC21HJ-150X CAPACITOR 15pF,50VC1246 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC1248 NCB21HK-103X CAPACITOR 0.01µF,50VL1201 QQL071J-1R0Y COIL 1.0µHL1202 QQL29BJ-101Z COIL 100µHL1203 QQL29BJ-101Z COIL 100µHL1204 QQL29BJ-101Z COIL 100µHL1205 QQL071J-6R8Y COIL 6.8µHL1206 QQL071J-6R8Y COIL 6.8µHL1207 QQL29BJ-101Z COIL 100µHL1208 QQL071J-150Y COIL 15µHL1209 QUY153-050Y IM BUS WIRE

! LC1201 QQL29BJ-101Z COIL 100µHSD1 LP30706-001C SHIELD FRAME(S-VHS)SD2 LP30684-001A SHIELD CASE(S-VHS)CN1201 QGG2502K1-17 HEADER PIN

******************************3D DIGITAL/2M BOARD ASSEMBLY <05>(MODEL:D)

PW1 LPA10105-05A 3D DIGITAL/2M BOARD ASSYIC1401 JCP8026 IC

! Q1401 2SC1317/RS/-T TRANSISTORQ1402 2SA1576A/QR/-X TRANSISTOR

or 2PA1576/R/-X TRANSISTORQ1403 2SA1576A/QR/-X TRANSISTOR

or 2PA1576/R/-X TRANSISTORQ1404 DTC144WU TRANSISTOR

or RN1309 TRANSISTORor UN521E TRANSISTOR

Q1406 2SA1576A/QR/-X TRANSISTORor 2PA1576/R/-X TRANSISTOR


Q1408 2SC4081/S/-X TRANSISTORQ1410 2SC4081/QRS/-X TRANSISTOR

or 2PC4081/R/-X TRANSISTORQ1412 2SC4081/QRS/-X TRANSISTOR

or 2PC4081/R/-X TRANSISTOR


Q1414 DTC144WU TRANSISTORor RN1309 TRANSISTORor UN521E TRANSISTOR

Q1417 2SC4081/QRS/-X TRANSISTORor 2PC4081/R/-X TRANSISTOR


Q1419 DTC124TU TRANSISTORQ1420 2SC4081/QRS/-X TRANSISTOR

or 2PC4081/R/-X TRANSISTORD1401 RD4.3ES/B3/-T2 ZENER DIODED1402 1SS133 DIODE

or 1N4148M DIODER1401 NRSA02J-181X MG RESISTOR 180Ø,1/10WR1402 NRSA02J-101X MG RESISTOR 100Ø,1/10WR1404 NRSA02J-182X MG RESISTOR 1.8kØ,1/10WR1406 NRSA02J-471X MG RESISTOR 470Ø,1/10WR1407 NRSA02J-272X MG RESISTOR 2.7kØ,1/10WR1408 NRSA02J-122X MG RESISTOR 1.2kØ,1/10WR1410 NRSA02J-391X MG RESISTOR 390Ø,1/10WR1411 NRSA02J-152X MG RESISTOR 1.5kØ,1/10WR1413 NRSA02J-331X MG RESISTOR 330Ø,1/10WR1414 NRSA02J-821X MG RESISTOR 820Ø,1/10WR1415 NRSA02J-221X MG RESISTOR 220Ø,1/10WR1416 NRSA02J-104X MG RESISTOR 100kØ,1/10WR1417 NRSA02J-101X MG RESISTOR 100Ø,1/10WR1418 NRSA02J-471X MG RESISTOR 470Ø,1/10WR1421 NRSA02J-391X MG RESISTOR 390Ø,1/10WR1426 NRSA02J-561X MG RESISTOR 560Ø,1/10WR1427 NRSA02J-333X MG RESISTOR 33kØ,1/10WR1428 NRSA02J-393X MG RESISTOR 39kØ,1/10WR1429 NRSA02J-152X MG RESISTOR 1.5kØ,1/10WR1430 NRSA02J-222X MG RESISTOR 2.2kØ,1/10WR1431 NRSA02J-821X MG RESISTOR 820Ø,1/10WR1432 NRSA02J-182X MG RESISTOR 1.8kØ,1/10WR1433 NRSA02J-510X MG RESISTOR 51Ø,1/10WR1434 NRSA02J-153X MG RESISTOR 15kØ,1/10WR1435 NRSA02J-223X MG RESISTOR 22kØ,1/10WR1436 NRSA02J-682X MG RESISTOR 6.8kØ,1/10WR1437 NRSA02J-392X MG RESISTOR 3.9kØ,1/10WR1438 NRSA02J-473X MG RESISTOR 47kØ,1/10WR1439 NRSA02J-273X MG RESISTOR 27kØ,1/10WR1440 NRSA02J-473X MG RESISTOR 47kØ,1/10WR1441 NRSA02J-682X MG RESISTOR 6.8kØ,1/10WR1442 NRSA02J-682X MG RESISTOR 6.8kØ,1/10WR1446 NRSA02J-102X MG RESISTOR 1kØ,1/10WR1447 NRSA02J-102X MG RESISTOR 1kØ,1/10WR1448 NRSA02J-102X MG RESISTOR 1kØ,1/10WR1449 NRSA02J-102X MG RESISTOR 1kØ,1/10WR1450 NRSA02J-102X MG RESISTOR 1kØ,1/10WR1452 NRSA02J-471X MG RESISTOR 470Ø,1/10WR1453 NRSA02J-102X MG RESISTOR 1kØ,1/10WR1454 NRSA02J-102X MG RESISTOR 1kØ,1/10WR1455 NRSA02J-681X MG RESISTOR 680Ø,1/10WR1458 NRSA02J-681X MG RESISTOR 680Ø,1/10WR1459 NRSA02J-681X MG RESISTOR 680Ø,1/10WR1460 NRSA02J-273X MG RESISTOR 27kØ,1/10WR1461 NRSA02J-121X MG RESISTOR 120Ø,1/10WR1463 NRSA02J-101X MG RESISTOR 100Ø,1/10W


5-16

VR1401 QVZ3521-103Z V RESISTOR,D/A LEVEL ADJB1412 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WC1401 QEKJ1CM-336 E CAPACITOR 33µF,16VC1402 NCB21HK-103X CAPACITOR 0.01µF,50VC1403 QEKJ0JM-337 E CAPACITOR 330µF,6.3VC1404 NCF21EZ-104X CAPACITOR 0.1µF,25VC1405 NCF21EZ-104X CAPACITOR 0.1µF,25VC1406 NCB21HK-103X CAPACITOR 0.01µF,50VC1407 NDC21HJ-680X CAPACITOR 68pF,50VC1408 NDC21HJ-330X CAPACITOR 33pF,50VC1410 QEKJ1EM-475 E CAPACITOR 4.7µF,25VC1411 NCF21EZ-104X CAPACITOR 0.1µF,25VC1412 NDC21HJ-680X CAPACITOR 68pF,50VC1413 NDC21HJ-330X CAPACITOR 33pF,50VC1415 NCF21EZ-104X CAPACITOR 0.1µF,25VC1416 QEKJ1CM-106 E CAPACITOR 10µF,16VC1417 NCF21EZ-104X CAPACITOR 0.1µF,25VC1421 NDC21HJ-330X CAPACITOR 33pF,50VC1422 NDC21HJ-680X CAPACITOR 68pF,50VC1423 NCF21EZ-104X CAPACITOR 0.1µF,25VC1424 NCB21HK-103X CAPACITOR 0.01µF,50VC1425 NCB21HK-103X CAPACITOR 0.01µF,50VC1426 NDC21HJ-390X CAPACITOR 39pF,50VC1428 NDC21HJ-220X CAPACITOR 22pF,50VC1429 QEKJ0JM-337 E CAPACITOR 330µF,6.3VC1430 NCF21EZ-104X CAPACITOR 0.1µF,25VC1432 NCF21CZ-105X CAPACITOR 1µF,16VC1433 NCF21EZ-104X CAPACITOR 0.1µF,25VC1435 NCF21EZ-104X CAPACITOR 0.1µF,25VC1436 NCF21EZ-104X CAPACITOR 0.1µF,25VC1437 NCF21EZ-104X CAPACITOR 0.1µF,25VC1438 NCF21EZ-104X CAPACITOR 0.1µF,25VC1439 NCF21CZ-105X CAPACITOR 1µF,16VC1440 NCF21EZ-104X CAPACITOR 0.1µF,25VC1441 NCF21EZ-104X CAPACITOR 0.1µF,25VC1442 NCF21CZ-105X CAPACITOR 1µF,16VC1444 NCF21EZ-104X CAPACITOR 0.1µF,25VC1445 NCF21EZ-104X CAPACITOR 0.1µF,25VC1446 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC1447 NCF21EZ-104X CAPACITOR 0.1µF,25VC1448 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC1449 NCF21EZ-104X CAPACITOR 0.1µF,25VC1450 NCF21EZ-104X CAPACITOR 0.1µF,25VC1451 QEKJ1EM-475 E CAPACITOR 4.7µF,25VC1452 NCF21EZ-104X CAPACITOR 0.1µF,25VC1453 NCF21EZ-104X CAPACITOR 0.1µF,25VC1454 NCF21EZ-104X CAPACITOR 0.1µF,25VC1455 NCF21EZ-104X CAPACITOR 0.1µF,25VC1463 QEKJ0JM-336 E CAPACITOR 33µF,6.3VC1468 NDC21HJ-101X CAPACITOR 100pF,50VC1470 NDC21HJ-330X CAPACITOR 33pF,50VC1471 NCF21EZ-104X CAPACITOR 0.1µF,25VC1472 NCF21EZ-104X CAPACITOR 0.1µF,25VC1473 NCF21EZ-104X CAPACITOR 0.1µF,25VL1401 QQL29BJ-100Z COIL 10µHL1402 QQL071J-6R8Y COIL 6.8µHL1403 QQL071J-6R8Y COIL 6.8µHL1404 QQL071J-6R8Y COIL 6.8µHL1405 QQL01BJ-101Z COIL 100µHL1406 QQL071J-330Y COIL 33µHL1407 QQL01BJ-101Z COIL 100µH

L1409 QQL071J-1R0Y COIL 1.0µHLC1401 QQR0521-007Z NOISE FILTERLC1402 QQR0521-006Z NOISE FILTERSD1 LP30706-001C SHIELD FRAME(S-VHS)SD2 LP30684-001A SHIELD CASE(S-VHS)CN1401 QGG2502K1-17 HEADER PIN

******************************TERMINAL BOARD ASSEMBLY <06>

PW1 LPA10138-05A TERMINAL BOARD ASSY,ALPA10138-03B TERMINAL BOARD ASSY,B,C,D

IC501 JCP8018 ICor JCP8028 ICor JCP8028-01 ICor JCP8038 IC

IC502 VC2076DP ICIC901 BH7636S ICQ901 UN5211 TRANSISTOR

or RN1302 TRANSISTORor DTC114EU TRANSISTORor PDTC114EU TRANSISTOR


Q903 2SB1218A/QR/-X TRANSISTOR,B,C,Dor 2PA1576/R/-X TRANSISTOR,B,C,Dor 2SA1576A/QR/-X TRANSISTOR,B,C,D

Q904 2SB1218A/QR/-X TRANSISTOR,B,C,Dor 2PA1576/R/-X TRANSISTOR,B,C,Dor 2SA1576A/QR/-X TRANSISTOR,B,C,D

Q905 UN521E TRANSISTORor DTC144WU TRANSISTORor PDTC144WU TRANSISTORor RN1309 TRANSISTOR






Q911 UN521E TRANSISTORor RN1309 TRANSISTORor DTC144WU TRANSISTORor PDTC144WU TRANSISTOR

Q912 UN5215 TRANSISTORor RN1311 TRANSISTORor DTC114TU TRANSISTORor PDTC114TU TRANSISTOR

5-17


R503 NRSA02J-221X MG RESISTOR 220Ø,1/10WR504 NRSA02J-332X MG RESISTOR 3.3kØ,1/10WR505 NRSA02J-392X MG RESISTOR 3.9kØ,1/10WR506 NRSA02J-391X MG RESISTOR 390Ø,1/10WR507 NRSA02J-122X MG RESISTOR 1.2kØ,1/10WR508 NRSA02J-151X MG RESISTOR 150Ø,1/10WR509 NRSA02J-162X MG RESISTOR 1.6kØ,1/10WR510 NRVA02D-102X CMF RESISTOR 1kØ,1/10WR511 NRVA02D-471X CMF RESISTOR 470Ø,1/10WR512 NRVA02D-102X CMF RESISTOR 1kØ,1/10WR513 NRVA02D-152X CMF RESISTOR 1.5kØ,1/10WR514 NRVA02D-332X CMF RESISTOR 3.3kØ,1/10WR515 NRVA02D-332X CMF RESISTOR 3.3kØ,1/10WR516 QUY160-100Y IM BUS WIRER517 QUY160-100Y IM BUS WIRER525 QRE141J-125Y RESISTOR 1.2MØ,1/4WR531 NRSA02J-101X MG RESISTOR 100Ø,1/10WR532 NRSA02J-101X MG RESISTOR 100Ø,1/10WR533 NRSA02J-101X MG RESISTOR 100Ø,1/10WR534 NRSA02J-101X MG RESISTOR 100Ø,1/10WR535 NRSA02J-101X MG RESISTOR 100Ø,1/10WR536 NRSA02J-101X MG RESISTOR 100Ø,1/10WR901 NRSA02J-750X MG RESISTOR 75Ø,1/10WR902 NRSA02J-750X MG RESISTOR 75Ø,1/10WR903 QRE141J-680Y RESISTOR 68Ø,1/4WR904 NQL402M-4R7X INDUCTORR905 NQL402M-4R7X INDUCTORR906 QQL231J-100Y COIL 10µHR907 QQL231J-100Y COIL 10µHR908 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR909 NRSA02J-750X MG RESISTOR 75Ø,1/10WR910 NRSA02J-750X MG RESISTOR 75Ø,1/10WR911 NRSA02J-750X MG RESISTOR 75Ø,1/10WR912 NRSA02J-101X MG RESISTOR 100Ø,1/10WR913 NRSA02J-101X MG RESISTOR 100Ø,1/10WR914 QQL231J-100Y COIL 10µHR915 QQL231J-100Y COIL 10µHR916 NRSA02J-102X MG RESISTOR 1kØ,1/10WR917 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR918 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR919 QRE141J-101Y RESISTOR,B,C,D 100Ø,1/4WR920 QRE141J-101Y RESISTOR,B,C,D 100Ø,1/4WR921 QRE121J-391Y RESISTOR,B,C,D 390Ø,1/2WR922 QRE121J-391Y RESISTOR,B,C,D 390Ø,1/2WR923 NRSA02J-750X MG RESISTOR,B,C,D 75Ø,1/10WR924 NRSA02J-750X MG RESISTOR,B,C,D 75Ø,1/10WR929 NRSA02J-820X MG RESISTOR 82Ø,1/10WR930 NRSA02J-750X MG RESISTOR 75Ø,1/10WR931 NRSA02J-101X MG RESISTOR 100Ø,1/10WR932 NRSA02J-511X MG RESISTOR 510Ø,1/10WR933 NRSA02J-471X MG RESISTOR 470Ø,1/10WR934 QRE141J-101Y RESISTOR 100Ø,1/4WR935 QRE141J-101Y RESISTOR 100Ø,1/4WR936 QRE141J-101Y RESISTOR 100Ø,1/4WR937 QRE141J-101Y RESISTOR 100Ø,1/4WR938 QRE141J-101Y RESISTOR 100Ø,1/4WR939 QRE141J-101Y RESISTOR 100Ø,1/4WR940 NRSA02J-103X MG RESISTOR 10kØ,1/10WR941 NRSA02J-332X MG RESISTOR 3.3kØ,1/10WR942 NRSA02J-472X MG RESISTOR 4.7kØ,1/10WR943 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W

R944 NRSA02J-272X MG RESISTOR 2.7kØ,1/10WR945 NRSA02J-102X MG RESISTOR 1kØ,1/10WR946 NRSA02J-561X MG RESISTOR 560Ø,1/10WR947 NRSA02J-682X MG RESISTOR 6.8kØ,1/10WR949 QRE121J-331Y RESISTOR 330Ø,1/2WR951 NRSA02J-332X MG RESISTOR 3.3kØ,1/10WR952 NRSA02J-562X MG RESISTOR 5.6kØ,1/10WR953 NRSA02J-562X MG RESISTOR 5.6kØ,1/10WR964 NRSA02J-101X MG RESISTOR 100Ø,1/10WC501 QEKJ1HM-225 E CAPACITOR 2.2µF,50VC502 QEKJ1HM-475 E CAPACITOR 4.7µF,50VC503 QEKJ1HM-225 E CAPACITOR 2.2µF,50VC504 NCB21EK-104X CAPACITOR 0.1µF,25VC505 QEKJ1HM-475 E CAPACITOR 4.7µF,50VC506 NCB21HK-103X CAPACITOR 0.01µF,50VC507 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC508 QEKJ1HM-474 E CAPACITOR 0.47µF,50VC509 QEKJ1CM-106 E CAPACITOR 10µF,16VC510 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC511 NCB21HK-103X CAPACITOR 0.01µF,50VC512 NCB21HK-103X CAPACITOR 0.01µF,50VC513 QEKJ1HM-475 E CAPACITOR 4.7µF,50VC514 NCB21HK-103X CAPACITOR 0.01µF,50VC515 NCB21HK-103X CAPACITOR 0.01µF,50VC516 NCB21HK-103X CAPACITOR 0.01µF,50VC518 NCB21EK-104X CAPACITOR 0.1µF,25VC519 QEKJ1HM-225 E CAPACITOR 2.2µF,50VC520 QEKJ1HM-475 E CAPACITOR 4.7µF,50VC521 QEKJ1HM-475 E CAPACITOR 4.7µF,50VC522 QEKJ1HM-225 E CAPACITOR 2.2µF,50VC523 QEKJ1HM-225 E CAPACITOR 2.2µF,50VC524 NDC21HG-301X CAPACITOR 300pF,50VC525 NDC21HG-301X CAPACITOR 300pF,50VC526 NDC21HJ-101X CAPACITOR 100pF,50VC527 NDC21HJ-181X CAPACITOR 180pF,50VC528 NDC21HG-271X CAPACITOR 270pF,50VC529 NDC21HG-820X CAPACITOR 82pF,50VC530 NDC21HG-221X CAPACITOR 220pF,50VC531 NDC21HG-301X CAPACITOR 300pF,50VC532 NDC21HG-301X CAPACITOR 300pF,50VC533 NCB21HK-103X CAPACITOR 0.01µF,50VC534 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC535 NCB21HK-103X CAPACITOR 0.01µF,50VC551 QEKJ1HM-105 E CAPACITOR 1µF,50VC553 QCBB1HK-103 CAPACITOR 0.01µF,50VC554 QEKJ1HM-105 E CAPACITOR 1µF,50VC556 QCBB1HK-103 CAPACITOR 0.01µF,50VC557 QEKJ1HM-105 E CAPACITOR 1µF,50VC559 NCB21HK-103X CAPACITOR 0.01µF,50VC560 QEKJ1HM-105 E CAPACITOR 1µF,50VC561 QEKJ1HM-105 E CAPACITOR 1µF,50VC562 QEKJ1HM-105 E CAPACITOR 1µF,50VC564 NCB21HK-103X CAPACITOR 0.01µF,50VC566 NCB21HK-103X CAPACITOR 0.01µF,50VC568 NDC21HJ-680X CAPACITOR 68pF,50VC569 NDC21HJ-680X CAPACITOR 68pF,50VC570 NDC21HJ-680X CAPACITOR 68pF,50VC571 NDC21HJ-680X CAPACITOR 68pF,50VC572 NDC21HJ-680X CAPACITOR 68pF,50VC573 NDC21HJ-680X CAPACITOR 68pF,50VC575 NDC21HJ-101X CAPACITOR 100pF,50V


5-18

C901 NCB21HK-331X CAPACITOR 330pF,50VC902 NCB21HK-331X CAPACITOR 330pF,50VC903 NCB21HK-471X CAPACITOR 470pF,50VC904 NCB21HK-471X CAPACITOR 470pF,50VC905 NCB21HK-331X CAPACITOR 330pF,50VC906 NCB21HK-331X CAPACITOR 330pF,50VC907 NCB21HK-471X CAPACITOR 470pF,50VC908 NCB21HK-471X CAPACITOR 470pF,50VC910 NCB21HK-102X CAPACITOR 0.001µF,50VC912 NCB21HK-102X CAPACITOR 0.001µF,50VC913 NCB21HK-103X CAPACITOR,B,C,D 0.01µF,50VC914 NCB21HK-103X CAPACITOR,B,C,D 0.01µF,50VC915 NCB21HK-103X CAPACITOR 0.01µF,50VC916 NCB21HK-223X CAPACITOR 0.022µF,50VC917 NCB21HK-223X CAPACITOR 0.022µF,50VC918 QCBB1HK-223 CAPACITOR 0.022µF,50VC921 NDC21HJ-330X CAPACITOR 33pF,50VC923 QEKJ1CM-476 E CAPACITOR 47µF,16VC924 NCB21HK-103X CAPACITOR 0.01µF,50VC925 NCB21HK-223X CAPACITOR 0.022µF,50VC927 QEKJ1CM-476 E CAPACITOR 47µF,16VC928 NCB21HK-103X CAPACITOR 0.01µF,50VC931 QEKJ1EM-106 E CAPACITOR 10µF,25VC935 NCB21HK-471X CAPACITOR 470pF,50VC936 NCB21HK-471X CAPACITOR 470pF,50VC937 NCB21HK-331X CAPACITOR 330pF,50VC938 NCB21HK-331X CAPACITOR 330pF,50VC939 NCB21HK-471X CAPACITOR 470pF,50VC940 NCB21HK-471X CAPACITOR 470pF,50VC941 QEKJ0JM-227 E CAPACITOR,B,C,D 220µF,6.3VC942 QEKJ1CM-476 E CAPACITOR,B,C,D 47µF,16VC943 QEKJ1CM-107 E CAPACITOR 100µF,16VC945 QEKJ1EM-106 E CAPACITOR 10µF,25VC946 QEKJ1EM-106 E CAPACITOR 10µF,25VC950 QEKJ0JM-227 E CAPACITOR,B,C,D 220µF,6.3VC951 QEKC1CM-476 E CAPACITOR 47µF,16VC958 NCB21HK-331X CAPACITOR 330pF,50VC959 NCB21HK-331X CAPACITOR 330pF,50VL501 QQL29BJ-100Z COIL 10µHL503 QQL29BJ-100Z COIL 10µHL504 QQL29BJ-100Z COIL 10µHL505 QUY153-050Y IM BUS WIREL901 QQL231J-R22Y COIL 0.22µHL902 QQL071J-1R0Y COIL 1.0µHL903 QQL071J-150Y COIL 15µHL904 QQL071J-150Y COIL 15µHL906 QUY153-050Y IM BUS WIRE,B,C,DL907 QUY153-050Y IM BUS WIREL910 QQL071J-1R0Y COIL 1.0µHL913 QQL071J-4R7Y COIL 4.7µHL914 QQL071J-4R7Y COIL 4.7µHL915 QQL071J-4R7Y COIL 4.7µHL916 QQL071J-4R7Y COIL 4.7µHL917 QQL071J-4R7Y COIL 4.7µHL918 QQL071J-4R7Y COIL 4.7µHL919 QQL071J-4R7Y COIL 4.7µHL920 QQL071J-4R7Y COIL 4.7µHET1 LP30918-001A EARTH PLATEET2 LP30915-001A EARTH PLATE

! TB1 LP21028-001A TERMINAL BOARD,A! LP21028-002A TERMINAL BOARD,B,C,D

OT1 QYTDSF3008Z SCREW,X6J901 PEMC1177 RGB21PIN SOCKET,AV1J902 PEMC1177 RGB21PIN SOCKET,AV2J904 QND0084-001 S JACK,S OUT,B,C,DJ915 QNN0418-003 PIN JACK,A.OUT(L)J916 QNN0418-002 PIN JACK,A.OUT(R)J921 PU60659 MINI JACK,SAT.CTLJ922 PU60659 MINI JACK,PAUSE/RAE,B,C,DCN511 QGF1208F1-11 FPC CONNECTOR,(1-11)S/P CONVERTERCN911 QGB2024J1-10S CONNECTOR,(1-10)MAINCN912 QGB2024J1-12S CONNECTOR,(1-12)MAINCN913 QGB2024J1-10S CONNECTOR,(1-10)MAINCN914 QGB2024J1-11S CONNECTOR,(1-11)MAINCN915 QGB2024J1-09S CONNECTOR,(1-9)MAINCN916 QGF1208F1-04 FPC CONNECTOR,(1-4)MAIN

******************************A/C HEAD BOARD ASSEMBLY <12>

PW1 LP10122-01A1 A/C HEAD BOARD ASSYCN1 QGF1208F1-07 FPC CONNECTOR

******************************DEMOD BOARD ASSEMBLY <14>

PW1 LPA10094-05A DEMOD BOARD ASSYIC6701 MSP3417D IC

or MSP3417DG3 ICQ6701 2SC3936/BC/-X TRANSISTORD6701 1SS133 DIODE

or 1N4148M DIODER6701 NRSA02J-392X MG RESISTOR 3.9kØ,1/10WR6702 NRSA02J-682X MG RESISTOR 6.8kØ,1/10WR6703 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WR6704 NRSA02J-102X MG RESISTOR 1kØ,1/10WR6705 NRSA02J-271X MG RESISTOR 270Ø,1/10WR6707 NQR0200-003X FERRITE BEADR6708 NQR0200-003X FERRITE BEADR6709 NQR0200-003X FERRITE BEADR6710 NQR0200-003X FERRITE BEADR6711 NRSA02J-684X MG RESISTOR 680kØ,1/10WR6712 NRSA02J-102X MG RESISTOR 1kØ,1/10WR6714 NRSA02J-102X MG RESISTOR 1kØ,1/10WR6716 NQR0200-003X FERRITE BEADR6719 QRE141J-103Y RESISTOR 10kØ,1/4WR6720 NRSA02J-562X MG RESISTOR 5.6kØ,1/10WR6721 NRSA02J-562X MG RESISTOR 5.6kØ,1/10WC6701 NCB21HK-103X CAPACITOR 0.01µF,50VC6704 NCB21HK-103X CAPACITOR 0.01µF,50VC6707 NDC21HJ-470X CAPACITOR 47pF,50VC6708 NDC21HJ-7R0X CAPACITOR 7pF,50VC6709 NDC21HJ-3R0X CAPACITOR 3pF,50VC6713 NCF21CZ-224X CAPACITOR 0.22µF,16VC6714 NCB21HK-682X CAPACITOR 0.0068µF,50VC6715 QEKJ1HM-225 E CAPACITOR 2.2µF,50V

5-19


C6716 NCB21HK-682X CAPACITOR 0.0068µF,50VC6717 QEKJ1HM-225 E CAPACITOR 2.2µF,50VC6719 QEKJ1EM-106 E CAPACITOR 10µF,25VC6720 QEKJ1EM-106 E CAPACITOR 10µF,25VC6721 NCB21HK-103X CAPACITOR 0.01µF,50VC6723 NCB21HK-103X CAPACITOR 0.01µF,50VC6724 QEKJ1HM-225 E CAPACITOR 2.2µF,50VL6701 QUY153-050Y IM BUS WIREX6701 QAX0443-001 CRYSTAL RESONATORK6701 NRSA02J-330X MG RESISTOR 33Ø,1/10WK6702 NQR0200-003X FERRITE BEADK6703 NRSA02J-102X MG RESISTOR 1kØ,1/10WK6704 NRSA02J-102X MG RESISTOR 1kØ,1/10WK6705 NRSA02J-100X MG RESISTOR 10Ø,1/10WK6706 NRSA02J-470X MG RESISTOR 47Ø,1/10WK6707 NQR0200-003X FERRITE BEADBK1 LP40425-001A BRACKET(BOARD)CN6701 QGG2502K1-10 HEADER PIN

******************************MINI FRONT BOARD ASSEMBLY(MODEL:B,C,D)<28>

PW1 LPA20014-01A MINI FRONT BOARD ASSYS7028 QSW0456-002Z TACT SWITCH,INSERTS7029 QSW0456-002Z TACT SWITCH,A.DUBCN7002 QGF1208C1-09 FPC CONNECTOR,(1-9)MAINCN7005 QGF1208C1-09 FPC CONNECTOR,(1-9)ADV.JOG

******************************S JACK BOARD ASSEMBLY <36>

PW1 LPA20009-01B S JACK BOARD ASSY,DLPA20009-02B S JACK BOARD ASSY,A,B,C

J7102 QND0084-001 S JACK,A,B,CQND0085-001 S JACK,D

CN7108 QGF1209F1-04 FPC CONNECTOR,(1-4)TERMINAL

******************************ADV.JOG BOARD ASSEMBLY <38>

PW1 LPA20013-03B ADV.JOG BOARD ASSYUN7001 QSW0905-001 ROTARY ENCODERCN7003 QGF1209F1-09 FPC CONNECTOR,(1-9)

******************************LOADING MOTOR BOARD ASSEMBLY <55>

PW2 LP10122-01A2 LOADING MOTOR BOARD ASSYCN1 QGB2533K1-02 CONNECTOR

******************************S/P CONVERTER BOARD ASSEMBLY <87>

PW1 LPA10144-01B S/P CONVERTER BOARD ASSYIC1601 BA7046F-XE ICIC1602 74HC132D IC(DIGITAL)IC1603 74HC4538D ICIC1604 74HC74D ICIC1605 TDA8395 ICIC1606 TDA4665T ICIC1607 TDA8501T/N1-X ICQ1601 2SB1218A/QR/-X TRANSISTOR

or 2PA1576/R/-X TRANSISTORor 2SA1576A/QR/-X TRANSISTOR



Q1606 2SC1740S/QRS/-T TRANSISTORQ1607 2SD1819A/QRS/-X TRANSISTOR

or 2PC4081/R/-X TRANSISTORor 2SC4081/QRS/-X TRANSISTOR






Q1613 2SC4083/NP/-X TRANSISTORQ1614 2SB1218A/QR/-X TRANSISTOR

or 2SA1576A/QR/-X TRANSISTORor 2PA1576/R/-X TRANSISTOR




D1601 1SS133 DIODER1601 NRSA02J-332X MG RESISTOR 3.3kØ,1/10WR1608 NRSA02J-222X MG RESISTOR 2.2kØ,1/10WR1609 NRSA02J-102X MG RESISTOR 1kØ,1/10WR1610 NRSA02J-102X MG RESISTOR 1kØ,1/10WR1611 NRSA02J-272X MG RESISTOR 2.7kØ,1/10WR1612 NRSA02J-103X MG RESISTOR 10kØ,1/10WR1615 NRSA02J-331X MG RESISTOR 330Ø,1/10W


5-20 (Sanwa)-V14S1/S15/S17/S25 E. & O. E. No. 82884

R1616 NRSA02J-474X MG RESISTOR 470kØ,1/10WR1617 NRSA02J-474X MG RESISTOR 470kØ,1/10WR1618 NRSA02J-103X MG RESISTOR 10kØ,1/10WR1619 NRSA02J-134X MG RESISTOR 130kØ,1/10WR1620 NRSA02J-332X MG RESISTOR 3.3kØ,1/10WR1621 QRE141J-103Y RESISTOR 10kØ,1/4WR1622 QRE141J-103Y RESISTOR 10kØ,1/4WR1623 NRSA02J-123X MG RESISTOR 12kØ,1/10WR1624 NRSA02J-124X MG RESISTOR 120kØ,1/10WR1631 NRSA02J-561X MG RESISTOR 560Ø,1/10WR1632 NRSA02J-332X MG RESISTOR 3.3kØ,1/10WR1633 NRSA02J-223X MG RESISTOR 22kØ,1/10WR1635 NRSA02J-122X MG RESISTOR 1.2kØ,1/10WR1636 NRSA02J-102X MG RESISTOR 1kØ,1/10WR1637 NRSA02J-681X MG RESISTOR 680Ø,1/10WR1638 NRSA02J-101X MG RESISTOR 100Ø,1/10WR1639 NRSA02J-331X MG RESISTOR 330Ø,1/10WR1640 NRSA02J-122X MG RESISTOR 1.2kØ,1/10WR1641 NRSA02J-102X MG RESISTOR 1kØ,1/10WR1642 NRSA02J-681X MG RESISTOR 680Ø,1/10WR1643 NRSA02J-101X MG RESISTOR 100Ø,1/10WR1644 NRSA02J-331X MG RESISTOR 330Ø,1/10WR1645 NRSA02J-152X MG RESISTOR 1.5kØ,1/10WR1646 NRSA02J-104X MG RESISTOR 100kØ,1/10WR1647 NRSA02J-152X MG RESISTOR 1.5kØ,1/10WR1648 NRSA02J-102X MG RESISTOR 1kØ,1/10WR1651 NRSA02J-123X MG RESISTOR 12kØ,1/10WR1652 NRSA02J-102X MG RESISTOR 1kØ,1/10WR1653 NRSA02J-184X MG RESISTOR 180kØ,1/10WR1654 NRSA02J-561X MG RESISTOR 560Ø,1/10WR1655 NRSA02J-122X MG RESISTOR 1.2kØ,1/10WR1656 NRSA02J-222X MG RESISTOR 2.2kØ,1/10WR1657 NRSA02J-561X MG RESISTOR 560Ø,1/10WR1658 NRSA02J-102X MG RESISTOR 1kØ,1/10WR1659 NRSA02J-681X MG RESISTOR 680Ø,1/10WR1660 NRSA02J-273X MG RESISTOR 27kØ,1/10WR1661 NRSA02J-333X MG RESISTOR 33kØ,1/10WVR1601 QVP0039-471Z TRIM RESISTORVR1602 QVP0039-471Z TRIM RESISTORVR1603 QVP0039-104Z TRIM RESISTORB1601 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WB1602 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WB1603 NRSA02J-0R0X MG RESISTOR 0Ø,1/10WC1601 QEKJ1CM-476 E CAPACITOR 47µF,16VC1602 NCB21HK-103X CAPACITOR 0.01µF,50VC1605 QEKJ1HM-105 E CAPACITOR 1µF,50VC1606 NCB21HK-102X CAPACITOR 0.001µF,50VC1607 NCB21HK-103X CAPACITOR 0.01µF,50VC1608 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC1609 NCB21HK-222X CAPACITOR 0.0022µF,50VC1610 QEKJ1HM-105 E CAPACITOR 1µF,50VC1611 NDC21HJ-101X CAPACITOR 100pF,50VC1612 NCB21EK-104X CAPACITOR 0.1µF,25VC1613 NCB21EK-104X CAPACITOR 0.1µF,25VC1614 NDC21HJ-471X CAPACITOR 470pF,50VC1615 NDC21HJ-471X CAPACITOR 470pF,50VC1616 NCB21EK-104X CAPACITOR 0.1µF,25VC1631 QEKJ1CM-476 E CAPACITOR 47µF,16VC1632 QEKJ1CM-476 E CAPACITOR 47µF,16VC1633 NCB21HK-103X CAPACITOR 0.01µF,50VC1634 NDC21HJ-101X CAPACITOR 100pF,50V

C1635 NCB21EK-104X CAPACITOR 0.1µF,25VC1636 NCB21CK-224X CAPACITOR 0.22µF,16VC1637 NCB21HK-103X CAPACITOR 0.01µF,50VC1638 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC1639 NCB21HK-103X CAPACITOR 0.01µF,50VC1640 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC1641 NCB21HK-103X CAPACITOR 0.01µF,50VC1642 NCB21HK-103X CAPACITOR 0.01µF,50VC1643 NCB21HK-103X CAPACITOR 0.01µF,50VC1644 NCB21HK-103X CAPACITOR 0.01µF,50VC1645 QEKJ1HM-105 E CAPACITOR 1µF,50VC1646 QEKJ1HM-105 E CAPACITOR 1µF,50VC1647 NCB21CK-224X CAPACITOR 0.22µF,16VC1648 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC1649 NCB21HK-103X CAPACITOR 0.01µF,50VC1650 NCB21CK-224X CAPACITOR 0.22µF,16VC1651 NCB21EK-223X CAPACITOR 0.022µF,25VC1652 NDC21HJ-120X CAPACITOR 12pF,50VC1653 NCB21CK-224X CAPACITOR 0.22µF,16VC1654 NCB21HK-103X CAPACITOR 0.01µF,50VC1655 QEKJ0JM-476 E CAPACITOR 47µF,6.3VC1656 NCB21HK-103X CAPACITOR 0.01µF,50VL1601 QQL29BJ-100Z COIL 10µHL1602 QQL29BJ-100Z COIL 10µHL1603 QQL29BJ-100Z COIL 10µHL1604 QQL29BJ-100Z COIL 10µHX1601 QAX0613-001Z CRYSTAL RESONATORFL1601 QQR1187-001 EQUALIZERFL1602 QQR1187-001 EQUALIZERBK1 LP30950-001A BRACKET(1)BK2 LP30951-001A BRACKET(2)OT1 PU59915-105 #500SPACER0.01CN1601 QGF1208F1-11 FPC CONNECTOR,(1-11)TERMINAL

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TABLE OF CONTENTS - cjoint.com · 4.20 fdp grid assignment and anode connection 4-39 ... 5.2 final assembly ... 2.2.11 clutch unit