Colour Television 25MT2A Service Manual - Ningapi.ning.com/.../SanyoEC5A_Chassis.pdf · -2-Service Manual-EC5 Chassis SAFETY PRECAUTION X-RADIATION PRECAUTION The primary source of

Part No. SKSM0299 F4ATV NOVEMBER 1998

Colour TelevisionService Manual

Give complete "SERVICE REF. NO." for parts order orservicing, it is shown on the rating sheet on the cabinetback of the TV set.

NoteThis TV receiver will not work properly in foreign coun-tries where the television transmission system andpower source differ from the design specifications.Refer to the specifications for the design specifications

Model: CE25MT2A-C (W.EUROPE)

Service Ref. No. CE25MT2A-C-01PRODUCT CODE: 111327415ORIGINAL VERSION: Chassis No. EC5-A

CE25MT2A-C

Power Source AC220~240V 50HzTelevision System System BG, DKColour System PAL/SECAMReceiving Channels VHF : E2~E12, R1~R2, R12

CATV : X,Y,Z,S1~S41UHF : 21~69

Aerial input impedance 75ohmAV Terminal21 pin Terminal AV1: CENELEC StandardSpeaker 8 ohm, 5 x 9 cmSound output 5 wattsPicture tube 63 cm diagonal, 90°Visible picture 59 cm (diagonal)Dimensions (W x H xD) 584 x 533.5 x 446.6 mmWeight 24.5 kg

PageSafety precautions....................................................2Block diagram

Main signal routing................................................3Power signal routing .............................................4

Circuit description...............................................5 ~ 6Service control adjustments...............................7 ~ 8Circuit alignment.......................................................9Memory IC replacement .........................................10Special functions.....................................................11Cabinet parts list.....................................................12Chassis electrical parts list.............................13 ~ 20Schematic Diagram ...........................................loose

Specifications Contents

-2-Service Manual-EC5 Chassis

SAFETY PRECAUTION

X-RADIATION PRECAUTION

The primary source of X-RADIATION in the television receiver is the picture tube. The picture tube is specially con-structed to limit X-RADIATION emissions. For continued X-RADIATION protection, the replacement tube must bethe same type as the original including suffix letter. Excessive high voltage may produce potentially hazardous X-RADIATION. To avoid such hazards, the high voltage must be maintained within specified limit. Refer to this ser-vice manual, high voltage adjustment for specific high voltage limit. If high voltage exceeds specified limits, takenecessary corrective action. Carefully follow the instructions for +B1 volt power supply adjustment, and high volt-age adjustment to maintain the high voltage within the specified limits.

PRODUCT SAFETY NOTICE

Product safety should be considered when a component replacement is made in any area of a receiver.Components indicated by mark in the parts list and the schematic diagram designate components in whichsafety can be of special significance. It is particularly recommended that only parts designated on the parts list inthis manual be used for component replacement designated by mark . No deviations from resistance wattageor voltage ratings may be made for replacement items designated by mark .!

!

!

1: An isolation transformer should be connected in thepower line between the receiver and the AC line whena service is performed on the primary of the convertertransformer of the set.

2: Comply with all caution and safety-related notes pro-vided on the cabinet back, inside the cabinet, on thechassis or the picture tube.

3: When replacing a chassis in the cabinet, always becertain that all the protective devices are installedproperly, such as, control knobs, adjustment coversor shields, barriers, isolation resistor-capacitor net-works etc.Before returning any television to the cus-tomer, the service technician must be sure that it iscompletely safe to operate without danger of electri-cal shock.


BLOCK DIAGRAM (Main signal routing)This is a diagram for all models and therefore differs slightly from the actual block diagram.

+15

0V

+24

V

+18

V

+15

V

TU

VL

VH U IF

Q80

1 Q10

1/Q

102

Q10

3/Q

104

Q10

5/Q

106

Tun

er

Key

sca

n

10 S

can

1 T

u

51 V

L

52 V

H

3 U

8 S

tand

by

SC

L 49

SD

A 5

0

BLK

35

R 3

4

G 3

3

B 3

2

Sha

rp 3

Brig

ht 6

Con

t 5

Col

our

4

TV

/AV

14

6 S

CL

5 S

DA

46 45 22 R

23 G

24 B

21 B

LK

14 S

harp

17 B

right

25 C

ont

26 C

olou

r

Vol

ume

7

13 T

V/A

V

30 R

-Y31

B-Y

29 R

-Y28

B-Y

30 R

-Y31

B-Y

29 R

-Y28

B-Y

50 S

ound

R o

ut 1

8

G o

ut 1

9

B o

ut 2

0

CV

BS

out

7

SIF

in 5

Int.v

ideo

13

Ext

.vid

eo 1

5

Ext

.aud

io 6

Aud

io o

ut 1

H out3741

43

V-F/B

V out

42

42 8

R-o

ut Q

711

G-o

ut Q

721

B-o

ut Q

701

IC50

1 V

-out

H-o

ut c

ircui

t

Q43

1Q

432

V-c

ontr

olci

rcui

tD

efle

ctio

nY

oke

T47

1 F

lyba

ck T

rans

.

High Voltage

Q15

1X

151

X16

1Q

161

Q15

4 Q24

1S

CA

RT

19 20 2, 6

1, 3

Vid

eo o

ut

Vid

eo in

Aud

io in

Aud

io o

ut

Q10

32/Q

1031

IC80

1 C

PU

IC20

1IF

/vid

eo/c

hrom

a/de

f.IC

802

Mem

ory

X13

1S

AW

IC27

11H

del

ay

IC00

1A

udio

out

Pow

erco

ntro

l ci

rcui

t

T611converter trans.

AC

in

Q83

9

Pow

er s

uppl

y ci

rcui

t

CR

T U

nit


BLOCK DIAGRAM (Power supply routing)

D63

4

+15

V

+5V

+18

V

+24

V

13

13

IC69

1

IC66

1Q

661

Q65

1

+9V

+8V

cont

rol

circ

uit

Q61

1,Q

612

Pow

er

switc

hing

Q61

3C60

7

D60

1~D

604

T61

1co

nver

ter

tran

s.

AC

in

IC80

1C

PU

IC80

2M

emor

y

A19

01R

C P

re-a

mp

A10

1T

uner

IC27

11H

del

ay

IC00

1A

udio

out

Spe

aker

CR

T U

nit

T47

1F

BT

Hor

izon

tal

Driv

e ci

rcui

t

IC50

1V

-out

IC20

1IF

/vid

eo/c

hrom

a/de

f.

448

3

MB

10 369

19

86

2

2

V.d

efle

ctio

n+5V

+9V

+5V

+8V +8V

+18

V+

9V

+18

0V+

150V

+24

V

+24

V

Pow

er s

uppl

y ci

rcui

t

Sta

ndby

sig

nal f

rom

CP

U p

in 8

+15

0V


1. POWER SUPPLYThe power supply circuit of the EC5-A chassis is com-

posed of a rectifier smoothing circuit, an oscillation circuit,a control circuit and an output rectifier circuit. The ACinput voltage is full-wave rectified by the rectifier smooth-ing circuit, and an unstable DC voltage is generated atboth terminals of the smoothing capacitor C607. This volt-age is input to the oscillation circuit. The oscillation circuitis provided with a blocking oscillator circuit that switchesthe switching transistor Q613 ON and OFF, and an oscil-lation frequency and a duty square wave pulse are gen-erated in the input windings according to operation of thecontrol circuit. A square-wave pulse whose size is depen-dent on the turn ratio of the input and output windings isobtained in the output winding. This is rectified in the out-put rectifier circuit, and the desired DC voltage isobtained.

2. IF & DEFLECTION (TDA8361)The IF output signal from the tuner passes through the

SAW filter, and it is input to pin45 and pin46 of IC201. Thesignal input to the IC passes through the IF amplifier,video detection and video amplifier circuits and is outputfrom pin7 as a composite video signal. And after this sig-nal is converted to impedance at Q151, supplies to thevideo and chroma amplifier stages. The sync.-separation circuit separates the video signalsapplied to pin13(internal video signal) or pin15(externalvideo signal) to vertical- and horizontal-sync. signalsrespectively. The horizontal oscillator requires no externalcomponents and is fully integrated. The oscillator isalways running when the start-pin36 is supplied with 8V.Horizontal drive signal is output from pin37. VR361 is foradjustment of the horizontal centring. The separated ver-tical-sync. signal from sync. separation circuit passesthrough the vertical-separation circuit, and applied to trig-ger divider circuit. The horizontal oscillation pulse andinput vertical sync. pulse are monitored by the triggerdivider circuit, and switching 50Hz and 60Hz system, thevertical amplitude automatically adjusted for 50Hz and60Hz. The output signal from the trigger divider is trig-gered vertical oscillation circuit consisting of C351, R356and pin42, and vertical drive pulse is output from pin43.VR501 is for changing the amount of AC feedback appliedto pin41 and for adjustment of the vertical amplitude.

3. VIDEO CHROMA & R.G.B. (TDA8361)The composite video signal output from the pin7 of IC201passes through Q151-Q154, and it is supplied to pin13.The external video signal output from SCART is suppliedto pin15. The video signal input to pin13 or pin15 is sepa-rated to luminance (Y) signal and chroma signal in IC201.These pins are used in common with H/V-sync. separa-tion input. The peaking of Y signal is adjusted by DC volt-age of pin14. (“SHARPNESS” control) The chroma signalis divided into R-Y and B-Y chroma signals, demodulated

in IC201, and output from pin30 (R-Y) and pin31 (B-Y).These chroma signals pass through the 1H delay line cir-cuit (IC271), and they are input to pin29 (R-Y) and pin28(B-Y). These R-Y/B-Y signals pass through RGB matrixcircuit and RGB selector circuit of IC201. The internalRGB signals are generated in RGB matrix circuit and theRGB selector, consisting linear amplifiers, clamps andselects either the internal RGB signals or the externalRGB signals input from pin22(R), pin23(G), pin24(B).Selection is controlled by the voltage at the RGB switchcontrol (pin21) and mixed RGB modes are possible sinceRGB switching is fast. The RGB switch also functions asa fast blanking pin by blanking the RGB output stages;here internal and external RGB signals are overruled. Thecolour gain is controlled by DC voltage of pin26.(“COLOUR” control) The contrast control voltage presentat pin25, and the brightness control voltage present atpin17 controls DC level of RGB signals. The RGB signalsare finally buffered before being available at the RGB out-put pins [pin20 (R), pin19 (G), pin18 (R)].

4. AUDIO OUTPUT(AN5265)The audio signal output from pin52 of IC201 is input to

pin2 of IC001 and passes through the pre-amplifier circuitand drive circuit, after which it is input to the audio ampli-fier. The audio amplifier is an SEPP (single-ended, push-pull) OTL type and output to pin8 to directly drive thespeaker.

5. VERTICAL OUTPUT (LA7832/LA7833)An IC (LA7832/LA7833) is used for the vertical output cir-cuit in this chassis. The vertical drive pulse from pin43 ofIC201 is input to pin4 of IC501. This pulse drives IC501,and vertical scanning is performed. In the first half ofscanning a deflecting current is output from pin2 andpasses through the following path:Vcc(B4) D501 pin3 pin2 DY C512

VR501/R509. An electric charge is then stored in C512. Inthe last half of scanning the current path is C512 DY

pin2 pin1 VR501/R509 C512. In this way, anamplifying sawtooth waveform current flows directly to DYto perform electron beam defection. Next, in the first halfof the banking period the vertical drive pulse suddenlybecomes OFF, and in order to reduce the current flowingto DY, the current path becomes as follows by the induc-tance of DY:DY pin2 pin1 VR501/R509 C512 DY. Also,when the charge of DY has dissipated, the current pathbecomes Vcc24V pin6 pin7 C502 pin3

pin2 DY C512 VR501/R509, and when the pre-scribed current value is reached, the vertical drive pulsebecomes ON. This completes one cycle.

CIRCUIT DESCRIPTION


6. HORIZONTAL OUTPUTA horizontal oscillation signal is output from pin37 of

IC201 and switches the drive transistor Q431. Thisswitching signal is current amplified by the drive trans-former T431 and drives the output transistor Q432. WhenQ432 becomes ON, an amplifying current flows directly toDY through C441/C442 DY Q432 GND, anddefection is performed in the last half of the scanning peri-od. Next, when Q432 becomes OFF, the charge that hadbeen stored in DY up to that point releases a resonancecurrent to the resonant capacitors C421/C423 andcharges them. The current stored in C421/C423 is thenflowed back to DY, and an opposite charge is then storedin DY. This opposite charge then switches the dumperdiode in Q432 ON, the resonance state is completed, andan amplifying current is then flowed again directly to DYthrough the dumper diode. By this means, deflection inthe first half of the scanning period is performed, andwhen Q432 becomes ON at the end of the first half of thescanning period, deflection during the last half is begun,thus completing one cycle.

In the PCC circuit consisting of Q461 and Q462, theparabola signal supplied from the vertical circuit is addedat the horizontal output stage and pincushion compensa-tion is performed by varying the DC voltage bias. Further,the ABL voltage is feedback to the base of Q462 to com-pensate for width variations due to variations in the beamcurrent.

7. CPU <System and Teletext Control>Pin description Pin1: Tuning voltage outputPin2: Band switch output 3 (UHF)Pin3: Sharpness control output (6-bit DAC)Pin4: Colour control output (6-bit DAC)Pin5: Contrast control output(6-bit DAC)Pin6: Brightness control output(6-bit DAC)Pin7: Volume control output(6-bit DAC)Pin8: Power ON/OFF output (Power-On:Lo)Pin9: AFT signal inputPin10: Option SW1&Keyboard scan input (DC)Pin11: Option SW2 Pin12: 50/60Hz switch input (50Hz: Hi)Pin13: GNDPin14: TV/AV switch output (TV: Hi)Pin15: 5.5/6.5 switch outputPin16: Nega./posi switch outputPin17: Function signal input for SCARTPin18: L switch outputPin19: L’ switch outputPin20: LED drivePin21: Ignore outputPin22: GNDPin23: CVBS input0 (Internal)Pin24: CVBS input1 (Internal/External)

Pin25: BlackPin26: IREFPin27: Odd/Even outputPin28: GNDPin29: -Pin30: V-deflection stop output(Stop:Lo)Pin31: RGB REFPin32: Blue output for OSDPin33: Green output for OSDPin34: Red output for OSDPin35: Blanking output for OSDPin36: H-sync. input (Horizontal pulse for OSD)Pin37: V-sync. input (Vertical pulse for OSD)Pin38~39: Supply (+5V)Pin40: OSC GNDPin41: Oscillator input for CPUPin42: Oscillator output for CPUPin43: Reset inputPin44: Supply (+5V)Pin45: Protect signal input (L:Power circuit defects)Pin46: Ident. signal inputPin47: R/C signal inputPin48: Mute output in no picturePin49: I2C bus SCL (Serial clock)Pin50: I2C bus SDA (Serial date)Pin51: Option SW5 & Band switch output1Pin52: Band switch output2


SW601F601Fuse

D615

Q612

Q613Power switching

T611Converter

T471FBT

R224

R492AJ1

Mains SW

SW1901Prog+

SW1904Level-

SW1903Level+

SW1902Prog-

SW1906Memory

SW1905Function

IC801CPU

IC802Memory

IC001Audio output

VR631+B ADJ.

R638

Q43

2H

-out

put

IC50

1V

-out

put VR462

PCC ADJ.

VR461H-Width

VR501V-Size

SW501 V-center

JS501

TP-D

IC2711H delay

TP-AK1001

IC281

VR361

VR131AGC

A101Tuner

IC201IF/Video/Chroma/Def.

VC141

T141

T101

SIF

dec

oder

B1 POWER SUPPLY ADJ.

TU-AGC ADJ.AFT ADJ.

GREY SCALE ADJ.

FOCUS ADJ.

MAIN BOARD

HIGH VOLTAGE &H-WIDTH ADJ. V-CENTRE ADJ. H-CENTRE ADJ.V-SIZE ADJ.

VR

702

B-D

rive

VR

712

R-D

rive

VR

701

B-B

ias

VR

721

G-B

ias

VR

711

R-B

ias

Q701

Q721 Q711

SERVICE CONTROL ADJUSTMENT

CRT BOARD


B1 POWER SUPPLY ADJUSTMENT1. Set VR641 to be mechanical centre before pressing

the main switch.2. Tune the receiver to PAL circular pattern.3. Set brightness and contrast controls to normal.4. Connect digital V-meter to the right side terminal of

R638.5. By using VR631, adjust voltage to 150 ± 0.5 V.

AFT ADJUSTMENT1. Tune the receiver to the clearest station. 2. By using T141, adjust AFT to obtain the best picture.

AGC ADJUSTMENTNOTE: Do not attempt this adjustment with weaksignal.1. Tune the receiver to the clearest station.2. Set AGC VR(VR131) in direction which causes snow

noise to appear, then in the opposite direction untilsnow noise just disappears.

GREY SCALE ADJUSTMENT[SCREEN VR ADJUSTMENT]1. Tune the receiver to the white pattern.2. Set brightness and contrast controls to normal.3. Set VR702 and VR712 to be mechanical centre.4. Turn VR701, VR711 and VR721 fully counter-clock-

wise.5. Connect a short lead between pin30 of IC801 and

GND to enter the service mode.6. Set screen VR for one colour to be just visible.[BIAS VR ADJUSTMENT]7. By using VR701, VR711 or VR721, adjust line to be

white.8. Disconnect a short lead.[DRIVE VR ADJUSTMENT]9. By using VR701 and VR711, adjust white balance.

HIGH VOLTAGE & WIDTH ADJUSTMENT[HIGH VOLTAGE ADJUSTMENT]1. Tune the receiver to circular pattern.2. Set brightness and contrast controls to maximum.3. Connect digital V-meter to both terminals of R224,

and high voltage meter to CRT anode.4. Confirm high voltage to be 26.0 ± 1 KV at beam cur-

rent 1.3mA, and less than 29.0 KV at 0 beam current.[H-WIDTH ADJUSTMENT]5. Adjust VR461 to obtain proper H- width.6. Reconfirm high voltage.

H-CENTRE ADJUSTMENT1. Tune the receiver to circular pattern.2. Adjust H-centre by using VR361.

V-CENTRE ADJUSTMENT1. Tune the receiver to circular pattern.2. Adjust V-centre by using SW501.

V-SIZE ADJUSTMENT1. Tune the receiver to circular pattern.2. Adjust V-size by using VR501.

FOCUS ADJUSTMENTBy using FOCUS VR, adjust focus control for the bestscanning lines.


DC 15.5VAGC voltage (4.3-4.5V)Output probe

Input probe

Marker frequencySweep ATT

0dB=176mVrms/75

SETTING

C644 +IC201-pin48IC201-pin45(Side b)IC201-pin7

38.9MHz20dB

Adjustment

By using T141, adjust "P" tobe maximum amplitude.

Waveform

CIRCUIT ALIGNMENT

VIF alignment

0.002µF

75Ω1kΩ

a

b

10kΩ

Input probe Output probe

P


AS

P

When you replace a memory IC (IC802), it is neces-sary to initialise the IC as follows.

A. Initialisation of Memory IC 1. When you press and hold the Recall button on the RC

transmitter and then press the Prog + button on theTV set, the following picture will appear on the screen.

2. Confirm SET number of all items is "0" by pressing theFunction button.

3. If it is not "0", change to "0" by the Level (+/-) button.(Changing the SET number, automatically memo-rised.)

4. Press the Recall button, to return the normal TV mode.

For more information, please refer to "special functions"on the instruction manual.

MEMORY IC REPLACEMENT (Important Notice)

1 2 3

4 5 6

7 8 9

0-/--

i

P

P

P P

TV/

F

X

?

ITEM -1 SET 0

1

2

1

3

4


SPECIAL FUNCTION Maximum volume setting and prohibition of presetting Start up programme position

F

ITEM-1 SET0

1

2

3

4

5

6

7

8

9

AS

P

SETTING PROCEDURE

1 Press and hold the button on the Remote controlhandset and then press the P button on the TV set.

2 To select the "ITEM" number, press the button on theremote control handset.

3 To select the "SET" number, press the or but-ton repeatedly.

4 To return to the normal TV mode, press the button.

The setting conditions of all items can be confirmed.

Special functions are not cancelled if the TV set is switched

off or the mains disconnected.

This TV set allows you to set up the following specialfunctions.

Maximum volume setting and prohibition of presetting

ITEM-1Sets the current volume as the maximum volume level andprohibition of presetting.

SET 0 NOSET 1 YES

Start up programme position

ITEM-2Presets the programme position when the set is switched on.

SET 0 Last programme position startSET 1 Programme position "1" startSET 2 Programme position "2" startSET 3 Programme position "3" startSET 4 Programme position "4" startSET 5 Programme position "5" startSET 6 Programme position "6" startSET 7 Programme position "7" startSET 8 Programme position "8" startSET 9 "AV" start

13

1

2

24

-12-F4ATV

Note: Parts order must contain Service Ref. No., Part No., and descriptions.

CABINET PARTS1 610 267 0479 ASSY,CABINET FR-F4ACM2 610 266 1811 BUTTON UNITED-F2ZE3 610 255 2423 BUTTON POWER-E8GC4 610 266 3839 CABINET BACK-F4ACM5 610 261 4404 DEC BOARD-F2SGV

610 253 2449 HOLDER AC CORD-GBR-D4VA610 260 0148 HOLDER RC GBR-BLFA610 265 4202 HOLDER DC-F3SCM

6 610 261 3032 SPRING-E7GC7 645 003 9256 BADGE,SANYO*46.2X13.5L45

645 013 5521 FIXER HOOK,D11.5(PA)610 224 5721 CRT CUSHION-B3MY-UK

ACCESSORIES8 JXYC RC TRANSMITTER

SKP10154 INST MANUAL-F4AT/ZT (1)SKP10155 INST MANUAL-F4AT/ZT (2)SKP10156 INST MANUAL-F4AT/ZT (3)SKP20207 SHEM DIAG -F4ATV645 027 6927 BATTERY

Ref. No. Part No. Description Ref. No. Part No. Description

7

41

5 3 62

1 2 3

4 5 6

7 8 9

0-/--

i

P

P

P P

TV/

F

X

?

8

CABINET PARTS LIST

-13-F4ATV

Chassis construction

CE25MT2A-C-01

OUT OF CIRCUIT-F4AEV (Page 13)

ASSY,PWB,MAIN F4ATV 1AA0B10H022FA (Page 13)

ASSY,PWB,CRT F4ATV 1AA0B10H022FB (Page 19)

OUT OF CIRCUIT-F4AEV

PICTURE TUBEQ901 414 007 1104 CRT A59ECY13X38

COILL901 645 003 0031 COIL,DEGAUSSING

645 003 0062 COIL,DEGAUSSING

MISCELLANEOUSSP901 610 055 5471 SPEAKER

610 230 5234 SPEAKERW901 645 012 7632 ASSY,CORD,POWERW902 610 024 2210 GROUNDING CONNECTOR-D8AC

610 204 6083 GROUNDING CONNECTOR

ASSY,PWB,MAIN F4ATV 1AA0B10H022FA

TRANSISTORQ101 406 007 1901 TR JC556A

406 007 1802 TR JC556B405 004 4205 TR 2SA608-E-CTV-NP405 004 4809 TR 2SA608-F-CTV-NP405 028 7909 TR 2SA608-G-CTV-NP

Q102 406 007 2106 TR JC546A406 007 2007 TR JC546B405 019 1909 TR 2SC536-E-NP405 019 2708 TR 2SC536-F-NP405 019 3804 TR 2SC536-G-NP

Q1021 406 007 1901 TR JC556A406 007 1802 TR JC556B405 004 4205 TR 2SA608-E-CTV-NP405 004 4809 TR 2SA608-F-CTV-NP405 028 7909 TR 2SA608-G-CTV-NP




!

!

!

Ref. No. Part No. Description

Product safety should be considered when a component replacement is made in any area of a receiver. Components indicated by a mark in this parts list and the circuit diagram show components whose value have spe-cial significance to product safety. It is particularly recommended that only parts specified on the following parts list beused for components replacement pointed out by the mark.

!

Note: Parts order must contain Service Ref. No., Part No., and descriptions.

Read description in the Capacitor and Resistor as follows:

CAPACITORCERAMIC 100P K 50V

Rated Voltage

Tolerance Symbols:Less than 10PFA: Not specified B: ±0.1PF C: ±0.25PFD: ±0.5PF F: ±1PF G: ±2PFR: ±0.25-0PF S: ±0-0.25PF E: +0-1PFMore than 10PFA: Not specified B: ±0.1% C: ±0.25%D: ±0.5% F: ±1% G: ±2%H: ±3% J: ±5% K: ±10%L: ±15% M:±20% N: ±30%P: +100-0% Q: +30-10% T: +50-10%U: +75-10% V: +20-10% W:+100-10%X: +40-20% Y: +150-10% Z: +80-20%

Rated value: P=pico farad, U=Micro farad

Material:

CERAMIC . . . . . .CeramicMT-PAPER . . . . .Metallized PaperPOLYESTER . . .PolyesterMT-POLYEST . . .Metallized PolyesterPOLYPRO . . . . .PolypropyleneMT-POLYPRO . .Metallized PolypropyleneCOMPO FILM . . .Composite filmMT-COMPO . . . .Metallized CompositeSTYRENE . . . . .StyreneTA-SOLID . . . . . .Tantalum SolidAL-SOLID . . . . . .Aluminium SolidELECT . . . . . . . .ElectrolyticNP-ELECT . . . . .Non-polarised ElectrolyticOS-SOLID . . . . .Aluminium Solid with Organic Semiconductive ElectrolyticDL-ELECT . . . . .Double Layered Electrolytic

RESISTORCARBON 4.7K J A 1/4W

Rated Wattage

Performance Symbols:A: General B: Non flammable Z: Low noiseOther: Temperature coefficient

Tolerance Symbols:A: ±0.05% B: ±0.1% C:±0.25% D:±0.5%F: ±1% G: ±2% J: ±5% K:±10%M: ±20% P: +5-15%

Rated value, ohms:K: 1,000, M: 1,000,000

Material:

CARBON . . . . . .CarbonMT-FILM . . . . . .Metal FilmOXIDE-MT . . . . .Oxide Metal FilmSOLID . . . . . . . .CompositionMT-GLAZE . . . . .Metal GlazeWIRE WOUND . .Wire WoundCERAMIC RES . .CeramicFUSIBLE RES . .Fusible

CHASSIS ELECTRICAL PARTS LIST







Q152 406 007 2106 TR JC546AQ153 406 007 1901 TR JC556AQ154 406 007 1901 TR JC556A



Q162 406 007 2106 TR JC546AQ163 406 007 2106 TR JC546AQ2001 406 007 2106 TR JC546A

406 007 2007 TR JC546B405 019 1909 TR 2SC536-E-NP405 019 2708 TR 2SC536-F-NP405 019 3804 TR 2SC536-G-NP




Q431 405 018 0507 TR 2SC3332-R405 018 0606 TR 2SC3332-S

Q432 406 015 2501 ON5111 (BU2708DX) PH.Q461 405 064 7307 TR 2SB1274-Q-RA

405 064 7406 TR 2SB1274-R-RA405 064 7505 TR 2SB1274-S-RA


Q611 406 007 1901 TR JC556A406 007 1802 TR JC556B

405 004 4205 TR 2SA608-E-CTV-NP405 004 4809 TR 2SA608-F-CTV-NP405 028 7909 TR 2SA608-G-CTV-NP

Q612 405 058 0208 TR 2SC3807-R-CTV-YAQ613 405 018 9203 TR 2SC3895-T-CTV-YBQ631 406 007 2106 TR JC546A


Q651 405 089 0000 TR 2SA1707-S405 089 0109 TR 2SA1707-T405 009 6907 TR 2SB985-S405 009 7003 TR 2SB985-T

Q661 405 008 4805 TR 2SB764-EQ682 406 007 2106 TR JC546A




Q801 405 118 4207 TR PH2369Q831 406 007 2106 TR JC546A



Q847 406 007 2106 TR JC546AQ861 406 007 1901 TR JC556A







INTEGRATED CIRCUITIC001 409 073 1509 IC AN5265IC201 409 380 8703 IC TDA8361/N5IC271 409 404 0201 IC U3665M


-14-F4ATV

IC501 409 192 5709 IC LA7833IC661 409 367 2809 IC BA178M09T

409 366 7904 IC UPC78M09AHFIC691 409 298 5306 IC AN78M05 LB

409 241 5407 IC BA178M05T409 265 4806 IC L78M05CV409 172 1509 IC MC78M05CT409 320 5700 IC UPC78M05AHF

IC801 410 323 9305 SAA5290PS/117 EC5/V2IC802 409 247 7702 IC ST24C02AB1

409 281 8307 IC 24C02A/P409 333 3700 IC 24LC02B/P

CAPACITORC001 403 043 3906 ELECT 33U M 16VC002 403 270 3908 MT-POLYEST 0.47U K 63V

403 256 0808 MT-COMPO 0.47U J 50VC003 403 178 9210 POLYESTER 1000P J 50VC004 403 051 0607 ELECT 4.7U M 50VC005 403 041 8804 ELECT 10U M 16VC006 403 041 8804 ELECT 10U M 16VC010 403 270 2901 MT-POLYEST 0.1U K 63V

403 237 8007 MT-COMPO 0.1U J 50VC011 403 045 1504 ELECT 1000U M 25VC012 403 199 9708 ELECT 470U M 25VC013 403 086 2300 NP-ELECT 1U M 50VC020 403 069 8305 CERAMIC 0.01U Z 50VC100 403 043 9106 ELECT 47U M 16VC1001 403 009 5708 CERAMIC 100P J 50VC1002 403 270 3908 MT-POLYEST 0.47U K 63V

403 256 0808 MT-COMPO 0.47U J 50VC1003 403 069 9500 CERAMIC 0.01U Z 50VC1004 403 041 8804 ELECT 10U M 16VC101 403 043 9106 ELECT 47U M 16VC102 403 069 1712 CERAMIC 1000P K 50VC105 403 049 0008 ELECT 1U M 50VC106 403 069 9500 CERAMIC 0.01U Z 50VC121 403 068 0409 CERAMIC 0.1U Z 25V

403 070 2606 CERAMIC 0.1U Z 50VC131 401 037 5004 MT-GLAZE 0.000 ZA 1/10WC132 403 069 1702 CERAMIC 1000P K 50VC133 403 069 9500 CERAMIC 0.01U Z 50VC134 403 049 9803 ELECT 2.2U M 50VC135 403 068 0409 CERAMIC 0.1U Z 25V

403 070 2606 CERAMIC 0.1U Z 50VC136 403 194 4609 ELECT 470U M 16VC137 403 068 0409 CERAMIC 0.1U Z 25V

403 070 2606 CERAMIC 0.1U Z 50VC138 403 069 9500 CERAMIC 0.01U Z 50VC140 403 010 8507 CERAMIC 12P J 50VC141 403 028 4409 CERAMIC 56P J 50VC142 403 068 0409 CERAMIC 0.1U Z 25V

403 070 2606 CERAMIC 0.1U Z 50VC143 403 073 4201 CERAMIC 3900P K 50VC151 403 020 0419 CERAMIC 27P J 50VC152 403 026 2813 CERAMIC 47P J 50VC153 403 033 4510 CERAMIC 8 2P J 50VC154 403 009 5718 CERAMIC 100P J 50VC155 403 069 9510 CERAMIC CHIP 0.01Z 50VC156 403 069 9510 CERAMIC CHIP 0.01Z 50VC160 403 069 1702 CERAMIC 1000P K 50VC161 403 072 5001 CERAMIC 270P K 50VC171 403 049 0008 ELECT 1U M 50VC172 403 068 0409 CERAMIC 0.1U Z 25V

403 070 2606 CERAMIC 0.1U Z 50VC173 403 041 8804 ELECT 10U M 16VC2001 403 068 0409 CERAMIC 0.1U Z 25V

403 070 2606 CERAMIC 0.1U Z 50VC2002 403 068 0409 CERAMIC 0.1U Z 25V


403 070 2606 CERAMIC 0.1U Z 50VC201 403 014 3409 CERAMIC 18P J 50VC202 403 270 2901 MT-POLYEST 0.1U K 63V

403 237 8007 MT-COMPO 0.1U J 50VC203 403 073 9107 CERAMIC 4700P K 50VC204 403 068 0409 CERAMIC 0.1U Z 25V





403 070 2606 CERAMIC 0.1U Z 50VC212 403 049 9803 ELECT 2.2U M 50VC215 403 270 3908 MT-POLYEST 0.47U K 63V

403 256 0808 MT-COMPO 0.47U J 50VC222 404 045 6605 NP-ELECT 2.2U M 50VC231 403 068 0409 CERAMIC 0.1U Z 25V


403 070 2606 CERAMIC 0.1U Z 50VC251 403 043 6006 ELECT 330U M 16VC271 403 069 1702 CERAMIC 1000P K 50VC272 403 069 1702 CERAMIC 1000P K 50VC273 403 069 9500 CERAMIC 0.01U Z 50VC275 403 069 9500 CERAMIC 0.01U Z 50VC276 403 069 9500 CERAMIC 0.01U Z 50VC277 403 069 9500 CERAMIC 0.01U Z 50VC351 403 270 2901 MT-POLYEST 0.1U K 63V

403 237 8007 MT-COMPO 0.1U J 50VC352 403 061 8303 POLYESTER 4700P K 50V

403 179 1104 POLYESTER 4700P K 50VC353 403 073 9107 CERAMIC 4700P K 50VC354 403 049 0008 ELECT 1U M 50VC361 403 072 5605 CERAMIC 2700P K 50VC362 403 069 9500 CERAMIC 0.01U Z 50VC363 403 042 2405 ELECT 100U M 16VC421 404 046 8806 MT-POLYPRO 6200P J 1.5KC422 404 061 0601 MT-POLYPRO 5100P J 1.5KC424 403 083 4901 POLYPRO 0.027U J 400VC425 403 083 4307 POLYPRO 0.022U J 400VC429 403 066 6106 MT-POLYEST .47U J 250VC431 403 068 5602 CERAMIC 0.056U Z 25VC432 403 075 7101 CERAMIC 1000P K 500VC433 403 076 3102 CERAMIC 3900P K 500VC434 403 054 0703 ELECT 47U M 35VC438 403 057 0601 POLYESTER 0.01U K 50V

403 179 3801 POLYESTER 0.01U K 50VC441 403 083 5106 POLYPRO 0.27U J 400VC445 403 049 4204 ELECT 10U M 50VC462 403 049 0008 ELECT 1U M 50VC463 403 214 4404 ELECT 470U M 35VC464 403 067 7895 MT-COMPO 0.47 J 50VC465 403 066 0104 MT-POLYEST 2.2U K 100VC466 403 270 2901 MT-POLYEST 0.1U K 63V

403 237 8007 MT-COMPO 0.1U J 50VC467 403 040 3701 ELECT 220U M 10VC468 403 045 5809 ELECT 22U M 25VC470 403 069 8305 CERAMIC 0.01U Z 50VC491 403 076 5304 CERAMIC 680P K 500VC492 403 050 2800 ELECT 22U M 50VC501 403 054 1502 ELECT 470U M 35VC502 403 053 2104 ELECT 220U M 35VC503 403 024 2102 CERAMIC 39P J 50VC504 403 069 9500 CERAMIC 0.01U Z 50VC505 403 075 7101 CERAMIC 1000P K 500VC506 403 188 0907 MT-POLYEST 0.22U K 100VC511 403 183 7901 MT-POLYEST 0.1U K 100VC512 403 148 0701 ELECT 2200U M 25VC513 403 049 4204 ELECT 10U M 50VC520 403 069 1702 CERAMIC 1000P K 50VC601 404 056 1408 MT-POLYEST 0.1U M 250V

404 074 6508 MT-COMPO 0.1U K 250VC602 404 056 1408 MT-POLYEST 0.1U M 250V

404 074 6508 MT-COMPO 0.1U K 250VC606 403 076 6707 CERAMIC 1000P K 1K

403 312 8205 CERAMIC 1000P K 1KC607 404 044 5005 ELECT 220U M 400VC614 403 270 2901 MT-POLYEST 0.1U K 63V

403 237 8007 MT-COMPO 0.1U J 50VC615 403 058 2604 POLYESTER 0.015U J 50V

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-15-F4ATV

403 179 3207 POLYESTER 0.015U J 50VC616 403 247 6604 CERAMIC 680P K 2K

403 275 8205 CERAMIC 680P K 2K403 232 2109 CERAMIC 680P K 2K

C617 403 059 6205 POLYESTER 0.022U K 50V403 179 2408 POLYESTER 0.022U K 50V

C621 404 059 9203 CERAMIC 1000P M 400V404 060 6000 CERAMIC 1000P M 400V

C624 404 044 2806 CERAMIC 470P K 400V404 044 2707 CERAMIC 470P M 400V

C631 403 247 5003 CERAMIC 470P K 1K403 269 1809 CERAMIC 470P K 1K403 232 0501 CERAMIC 470P K 1K

C634 403 247 5003 CERAMIC 470P K 1K403 269 1809 CERAMIC 470P K 1K403 232 0501 CERAMIC 470P K 1K

C641 404 055 9801 ELECT 220U M 200VC643 403 148 1906 ELECT 330U M 35VC644 403 148 0404 ELECT 1000U M 25V

403 134 5307 ELECT 1000U M 25VC645 403 148 0404 ELECT 1000U M 25V

403 134 5307 ELECT 1000U M 25VC662 403 044 1703 ELECT 470U M 16VC663 403 040 3701 ELECT 220U M 10VC685 403 049 0008 ELECT 1U M 50VC691 403 039 6508 ELECT 100U M 10VC800 401 037 5014 MT-GLAZE 0.000 ZA 1/10W C801 403 069 9500 CERAMIC 0.01U Z 50VC805 403 051 0607 ELECT 4.7U M 50VC807 403 070 2606 CERAMIC 0.1U Z 50VC814 403 046 9905 ELECT 4.7U M 25VC819 403 046 9905 ELECT 4.7U M 25VC824 403 049 0008 ELECT 1U M 50VC829 403 049 0008 ELECT 1U M 50VC833 403 069 5611 CERAMIC 0.01U K 50VC834 403 049 0008 ELECT 1U M 50VC841 403 069 9500 CERAMIC 0.01U Z 50VC851 403 069 9510 CERAMIC CHIP 0.01 Z 50VC861 403 138 5600 POLYESTER 5600P J 50V

403 179 0800 POLYESTER 5600P J 50VC870 403 022 8205 CERAMIC 33P J 50VC871 403 068 0409 CERAMIC 0.1U Z 25V

403 070 2606 CERAMIC 0.1U Z 50VC872 403 043 9106 ELECT 47U M 16VC873 403 018 0503 CERAMIC 22P J 50VC874 403 018 0503 CERAMIC 22P J 50VC875 403 068 0409 CERAMIC 0.1U Z 25V

403 070 2606 CERAMIC 0.1U Z 50VC878 403 073 9107 CERAMIC 4700P K 50VC879 403 068 0409 CERAMIC 0.1U Z 25V

403 070 2606 CERAMIC 0.1U Z 50VC881 403 069 9500 CERAMIC 0.01U Z 50VC882 403 041 8804 ELECT 10U M 16VC885 403 069 1702 CERAMIC 1000P K 50V

RESISTORR001 401 018 1605 CARBON 33 JA 1/4WR002 401 027 2303 CARBON 560 JA 1/6WR003 401 024 7400 CARBON 10K JA 1/6WR004 401 024 7004 CARBON 1K JA 1/6WR006 401 024 7400 CARBON 10K JA 1/6WR1001 401 037 6803 MT-GLAZE 12K JA 1/10WR1002 401 037 6803 MT-GLAZE 12K JA 1/10WR1003 401 038 7700 MT-GLAZE 5.6K JA 1/10WR1004 401 038 7601 MT-GLAZE 560 JA 1/10WR1005 401 037 5707 MT-GLAZE 100K JA 1/10WR1007 401 027 6608 CARBON 75 JA 1/6WR1008 401 026 7408 CARBON 39K JA 1/6WR1009 401 038 2200 MT-GLAZE 27K JA 1/10WR101 401 038 6505 MT-GLAZE 47K JA 1/10WR1011 401 027 6608 CARBON 75 JA 1/6WR1015 401 027 6608 CARBON 75 JA 1/6WR1016 401 027 6608 CARBON 75 JA 1/6WR1019 401 027 6608 CARBON 75 JA 1/6WR102 401 037 6803 MT-GLAZE 12K JA 1/10WR1020 401 027 6608 CARBON 75 JA 1/6WR1021 401 038 6307 MT-GLAZE 470 JA 1/10W

R1022 401 024 7400 CARBON 10K JA 1/6WR1023 401 020 2003 CARBON 4.7K JA 1/4WR1026 401 038 7601 MT-GLAZE 560 JA 1/10WR1027 401 038 7601 MT-GLAZE 560 JA 1/10WR1028 401 038 7601 MT-GLAZE 560 JA 1/10WR1029 401 038 5003 MT-GLAZE 390 JA 1/10WR103 401 038 6505 MT-GLAZE 47K JA 1/10WR1031 401 037 6704 MT-GLAZE 1.2K JA 1/10WR1032 401 038 3603 MT-GLAZE 3.3K JA 1/10WR1033 401 037 6704 MT-GLAZE 1.2K JA 1/10WR104 401 037 6803 MT-GLAZE 12K JA 1/10WR105 401 038 6505 MT-GLAZE 47K JA 1/10WR106 401 037 6803 MT-GLAZE 12K JA 1/10WR109 401 037 5004 MT-GLAZE 0.000 ZA 1/10WR110 401 037 5004 MT-GLAZE 0.000 ZA 1/10WR121 401 038 6505 MT-GLAZE 47K JA 1/10WR122 401 038 0909 MT-GLAZE 220K JA 1/10WR123 401 038 0909 MT-GLAZE 220K JA 1/10WR133 401 037 9101 MT-GLAZE 180 JA 1/10WR134 401 039 0403 MT-GLAZE 8.2K JA 1/10WR135 401 038 0800 MT-GLAZE 22K JA 1/10WR137 401 037 5202 MT-GLAZE 100 JA 1/10WR138 401 038 7700 MT-GLAZE 5.6K JA 1/10WR141 401 038 9209 MT-GLAZE 6.8K JA 1/10WR150 401 037 5400 MT-GLAZE 1K JA 1/10WR151 401 019 1000 CARBON 390 JA 1/4WR152 401 037 9111 MT-GLAZE 180 JA 1/10WR155 401 037 5410 MT-GLAZE 1K JA 1/10WR156 401 038 6416 MT-GLAZE 4.7K JA 1/10WR157 401 037 5410 MT-GLAZE 1K JA 1/10WR158 401 037 5410 MT-GLAZE 1K JA 1/10WR159 401 037 5410 MT-GLAZE 1K JA 1/10WR160 401 037 5410 MT-GLAZE 1K JA 1/10WR161 401 019 1000 CARBON 390 JA 1/4WR162 401 037 5004 MT-GLAZE 0.000 ZA 1/10WR163 401 025 7409 CARBON 220 JA 1/6WR164 401 038 6208 MT-GLAZE 47 JA 1/10WR165 401 037 6813 MT-GLAZE 12K JA 1/10WR166 401 027 5225 CARBON 680 JA 1/6WR167 401 038 6218 MT-GLAZE 47 JA 1/10WR168 401 037 6813 MT-GLAZE 12K JA 1/10WR169 401 027 5225 CARBON 680 JA 1/6WR170 401 038 7700 MT-GLAZE 5.6K JA 1/10WR171 401 037 5608 MT-GLAZE 10K JA 1/10WR173 401 037 5004 MT-GLAZE 0.000 ZA 1/10WR174 401 037 8005 MT-GLAZE 15K JA 1/10WR1901 401 027 3003 CARBON 56K JA 1/6WR1902 401 025 1902 CARBON 15K JA 1/6WR1903 401 023 2802 CARBON 8.2K JA 1/4WR1904 401 026 9907 CARBON 4.7K JA 1/6WR1905 401 038 2101 MT-GLAZE 2.7K JA 1/10WR1906 401 038 0701 MT-GLAZE 2.2K JA 1/10WR1907 401 037 7909 MT-GLAZE 1.5K JA 1/10WR1908 401 038 3504 MT-GLAZE 330 JA 1/10WR1909 401 037 5608 MT-GLAZE 10K JA 1/10WR1911 401 026 9600 CARBON 470 JA 1/6WR1912 401 025 7805 CARBON 2.2K JA 1/6WR2001 401 038 2200 MT-GLAZE 27K JA 1/10WR2002 401 037 5608 MT-GLAZE 10K JA 1/10WR2003 401 037 6803 MT-GLAZE 12K JA 1/10WR2004 401 037 7800 MT-GLAZE 150 JA 1/10WR2005 401 013 6407 CARBON 12K JA 1/4WR201 401 039 0403 MT-GLAZE 8.2K JA 1/10WR202 401 037 5707 MT-GLAZE 100K JA 1/10WR203 401 037 5202 MT-GLAZE 100 JA 1/10WR204 401 037 5202 MT-GLAZE 100 JA 1/10WR205 401 037 5202 MT-GLAZE 100 JA 1/10WR213 401 037 8005 MT-GLAZE 15K JA 1/10WR214 401 038 9209 MT-GLAZE 6.8K JA 1/10WR217 401 038 0800 MT-GLAZE 22K JA 1/10WR218 401 015 2704 CARBON 1.8K JA 1/4WR222 401 013 7305 CARBON 120K JA 1/4WR223 401 024 7400 CARBON 10K JA 1/6WR224 401 012 5708 CARBON 1K JA 1/4WR226 401 037 5707 MT-GLAZE 100K JA 1/10WR227 401 024 7400 CARBON 10K JA 1/6WR231 401 037 5004 MT-GLAZE 0.000 ZA 1/10W

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-16-F4ATV

R232 401 037 5202 MT-GLAZE 100 JA 1/10WR241 401 038 6307 MT-GLAZE 470 JA 1/10WR242 401 025 7409 CARBON 220 JA 1/6WR243 401 025 7409 CARBON 220 JA 1/6WR251 401 037 5004 MT-GLAZE 0.000 ZA 1/10WR252 401 037 5608 MT-GLAZE 10K JA 1/10WR253 401 024 7400 CARBON 10K JA 1/6WR271 401 016 2604 CARBON 220 JA 1/4WR351 401 024 6700 CARBON 100 JA 1/6WR352 401 037 5806 MT-GLAZE 1M JA 1/10WR356 401 037 5202 MT-GLAZE 100 JA 1/10WR357 401 037 5608 MT-GLAZE 10K JA 1/10WR361 401 038 5409 MT-GLAZE 390K JA 1/10WR363 401 038 0800 MT-GLAZE 22K JA 1/10WR364 401 037 5202 MT-GLAZE 100 JA 1/10WR365 401 038 6406 MT-GLAZE 4.7K JA 1/10WR371 401 012 7009 CARBON 10K JA 1/4WR429 402 068 0204 WIRE WOUND 10 JA 5W

402 075 2307 WIRE WOUND 10 JA 5WR432 401 037 5400 MT-GLAZE 1K JA 1/10WR433 401 007 1104 CARBON 1K JA 1/2WR434 401 009 9306 CARBON 390 JA 1/2WR444 401 058 3706 OXIDE-MT 1K JA 1WR447 401 026 9907 CARBON 4.7K JA 1/6WR448 401 009 5803 CARBON 330 JA 1/2WR463 401 025 1625 CARBON 1K5 JA 1/6WR464 401 014 4105 CARBON 1.5K JA 1/4WR465 401 038 7908 MT-GLAZE 560K JA 1/10WR468 401 025 4200 CARBON 1.8K JA 1/6WR469 401 027 5908 CARBON 68K JA 1/6WR471 401 025 1605 CARBON 1.5K JA 1/6WR472 401 027 0309 CARBON 47K JA 1/6WR473 401 022 1905 CARBON 680 JA 1/4WR474 401 009 0907 CARBON 270 JA 1/2WR480 401 027 0309 CARBON 47K JA 1/6WR481 401 064 5305 OXIDE-MT 1.5 JA 2WR491 401 008 3701 CARBON 2.2 JA 1/2WR495 401 025 4903 CARBON 180K JA 1/6WR496 401 027 2600 CARBON 5.6K JA 1/6WR501 401 020 2003 CARBON 4.7K JA 1/4WR502 401 026 8108 CARBON 4.7 JA 1/6WR505 401 027 5502 CARBON 6.8K JA 1/6WR506 401 026 7022 CARBON 3K9 JA 1/6WR507 401 027 8107 CARBON 82 JA 1/6WR508 401 026 1000 CARBON 2.7K JA 1/6WR509 401 057 6807 OXIDE-MT 0.68 JA 1WR511 401 062 1200 OXIDE-MT 470 JA 1WR513 401 058 3706 OXIDE-MT 1K JA 1WR514 401 025 5405 CARBON 2.2 JA 1/6WR601 401 008 8607 CARBON 220K JA 1/2WR602 402 067 7709 WIRE WOUND 3.9 KA 7W

402 072 4403 WIRE WOUND 3.9 KA 7WR611 401 027 2600 CARBON 5.6K JA 1/6WR615 401 016 4806 CARBON 22K JA 1/4WR617 401 024 7004 CARBON 1K JA 1/6WR619 401 016 1508 CARBON 22 JA 1/4WR620 401 007 5805 CARBON 120K JA 1/2WR621 401 007 5805 CARBON 120K JA 1/2WR622 401 014 5201 CARBON 15K JA 1/4WR623 401 026 1000 CARBON 2.7K JA 1/6WR624 401 069 6208 OXIDE-MT 82 JA 2WR625 401 069 1708 OXIDE-MT 68 JA 2WR626 401 018 3401 CARBON 3.3K GA 1/4WR628 402 000 8305 SOLID 5.6M KA 1/2WR629 402 000 8305 SOLID 5.6M KA 1/2WR635 401 012 8105 CARBON 100K JA 1/4WR636 401 020 2003 CARBON 4.7K JA 1/4WR637 401 015 4708 CARBON 180K JA 1/4WR638 401 061 4400 OXIDE-MT 33K JA 1WR639 401 024 9701 CARBON 12K JA 1/6WR642 401 059 3903 OXIDE-MT 1.5K JA 1WR645 402 052 2405 WIRE WOUND 18 KA FH 3WR646 401 025 7805 CARBON 2.2K JA 1/6WR651 401 012 7009 CARBON 10K JA 1/4WR652 401 019 1901 CARBON 3.9K JA 1/4WR661 401 012 7009 CARBON 10K JA 1/4WR662 401 069 5607 OXIDE-MT 8.2 JA 2W

R663 401 013 5301 CARBON 1.2K JA 1/4WR666 401 008 0205 CARBON 18 JA 1/2WR681 401 012 7009 CARBON 10K JA 1/4WR686 401 016 5803 CARBON 220K JA 1/4WR687 401 021 5003 CARBON 560K JA 1/4WR688 401 012 7009 CARBON 10K JA 1/4WR689 401 025 8208 CARBON 22K JA 1/6WR800 401 038 0701 MT-GLAZE 2.2K JA 1/10WR801 401 037 5004 MT-GLAZE 0.000 ZA 1/10WR802 401 038 0701 MT-GLAZE 2.2K JA 1/10WR803 401 037 9408 MT-GLAZE 180K JA 1/10WR804 401 012 7009 CARBON 10K JA 1/4WR805 401 039 0403 MT-GLAZE 8.2K JA 1/10WR806 401 066 2104 OXIDE-MT 18K JA 2WR807 401 037 5608 MT-GLAZE 10K JA 1/10WR811 401 038 6406 MT-GLAZE 4.7K JA 1/10WR812 401 038 0701 MT-GLAZE 2.2K JA 1/10WR813 401 038 5112 MT-GLAZE 3.9K JA 1/10WR814 401 038 3603 MT-GLAZE 3.3K JA 1/10WR816 401 038 0701 MT-GLAZE 2.2K JA 1/10WR817 401 037 5608 MT-GLAZE 10K JA 1/10WR818 401 038 0800 MT-GLAZE 22K JA 1/10WR819 401 038 6505 MT-GLAZE 47K JA 1/10WR821 401 037 5202 MT-GLAZE 100 JA 1/10WR822 401 037 5608 MT-GLAZE 10K JA 1/10WR823 401 039 0403 MT-GLAZE 8.2K JA 1/10WR824 401 027 0329 CARBON 47K JA 1/6WR826 401 037 6704 MT-GLAZE 1.2K JA 1/10WR827 401 038 5102 MT-GLAZE 3.9K JA 1/10WR828 401 038 3702 MT-GLAZE 33K JA 1/10WR831 401 037 5202 MT-GLAZE 100 JA 1/10WR832 401 037 6803 MT-GLAZE 12K JA 1/10WR833 401 039 0502 MT-GLAZE 82K JA 1/10WR834 401 038 6406 MT-GLAZE 4.7K JA 1/10WR836 401 037 6704 MT-GLAZE 1.2K JA 1/10WR837 401 038 6505 MT-GLAZE 47K JA 1/10WR838 401 037 8005 MT-GLAZE 15K JA 1/10WR839 401 038 6406 MT-GLAZE 4.7K JA 1/10WR840 401 020 2003 CARBON 4.7K JA 1/4WR841 401 038 0800 MT-GLAZE 22K JA 1/10WR842 401 019 1901 CARBON 3.9K JA 1/4WR843 401 037 5608 MT-GLAZE 10K JA 1/10WR844 401 037 5608 MT-GLAZE 10K JA 1/10WR846 401 020 2003 CARBON 4.7K JA 1/4WR847 401 012 7009 CARBON 10K JA 1/4WR848 401 020 2003 CARBON 4.7K JA 1/4WR850 401 038 6416 MT-GLAZE 4.7K JA 1/10WR851 401 037 5410 MT-GLAZE 1K JA 1/10WR852 401 012 5708 CARBON 1K JA 1/4WR856 401 016 4806 CARBON 22K JA 1/4WR857 401 012 7049 CARBON 10K JA 1/4WR861 401 038 2101 MT-GLAZE 2.7K JA 1/10WR862 401 038 0800 MT-GLAZE 22K JA 1/10WR863 401 038 0800 MT-GLAZE 22K JA 1/10WR864 401 037 5400 MT-GLAZE 1K JA 1/10WR865 401 038 6406 MT-GLAZE 4.7K JA 1/10WR866 401 038 6406 MT-GLAZE 4.7K JA 1/10WR867 401 038 6406 MT-GLAZE 4.7K JA 1/10WR868 401 037 6704 MT-GLAZE 1.2K JA 1/10WR869 401 038 2200 MT-GLAZE 27K JA 1/10WR870 401 038 0800 MT-GLAZE 22K JA 1/10WR871 401 038 6406 MT-GLAZE 4.7K JA 1/10WR872 401 038 3702 MT-GLAZE 33K JA 1/10WR873 401 038 6406 MT-GLAZE 4.7K JA 1/10WR874 401 037 5608 MT-GLAZE 10K JA 1/10WR875 401 038 7700 MT-GLAZE 5.6K JA 1/10WR876 401 037 5608 MT-GLAZE 10K JA 1/10WR877 401 039 0403 MT-GLAZE 8.2K JA 1/10WR878 401 037 7909 MT-GLAZE 1.5K JA 1/10WR879 401 012 7009 CARBON 10K JA 1/4WR880 401 038 6505 MT-GLAZE 47K JA 1/10WR881 401 038 2200 MT-GLAZE 27K JA 1/10WR883 401 020 0801 CARBON 470 JA 1/4WR884 401 038 2101 MT-GLAZE 2.7K JA 1/10WR885 401 038 5102 MT-GLAZE 3.9K JA 1/10WR887 401 038 5102 MT-GLAZE 3.9K JA 1/10WR891 401 038 6406 MT-GLAZE 4.7K JA 1/10W

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-17-F4ATV

R892 401 038 6406 MT-GLAZE 4.7K JA 1/10WR895 401 037 6704 MT-GLAZE 1.2K JA 1/10WR896 401 038 5102 MT-GLAZE 3.9K JA 1/10WR897 401 038 5102 MT-GLAZE 3.9K JA 1/10WR898 401 038 5102 MT-GLAZE 3.9K JA 1/10W

VARIABLE RESISTORVR131 645 006 5422 VR,SEMI,10K N

610 239 7567 VR B-10KVR361 645 006 5422 VR,SEMI,10K N

610 239 7567 VR B-10KVR461 645 006 5606 VR,SEMI,4.7K N

610 232 8455 VR,SEMI,5K NVR501 645 006 5408 VR,SEMI,100 N

610 232 7908 VR,SEMI,100 NVR631 645 006 5514 VR,SEMI,2.2K N

610 239 7574 VR B-2K

TRANSFORMERT141 610 037 4522 S COILT431 610 223 1656 DRIVE TRANST471 645 017 4230 TRANS,FLYBACKT611 645 007 7494 TRANS,POWER,PULSE

645 009 0349 TRANS,POWER,PULSE

COILL1002 645 001 4567 INDUCTOR,10U KL1003 645 001 4567 INDUCTOR,10U KL1006 645 001 4567 INDUCTOR,10U KL1021 645 002 1787 CORE,PIPEL103 645 008 2894 INDUCTOR,5.6U KL141 645 001 4567 INDUCTOR,10U KL151 645 008 2924 INDUCTOR,8.2U KL152 645 002 1459 PEAKING COILL161 645 002 1534 PEAKING COIL 8.2UHKL162 645 002 1534 PEAKING COIL 8.2UHKL201 645 008 2863 INDUCTOR,4.7U KL202 645 008 2863 INDUCTOR,4.7U KL203 645 008 2863 INDUCTOR,4.7U KL431 645 008 5628 INDUCTOR,1U ML444 610 000 0964 LINEARITY COIL

610 212 6310 LINEARITY COIL610 218 3856 LINEARITY COIL

L444P1 645 008 4058 TERMINAL,PLUGL444P2 645 008 4058 TERMINAL,PLUGL444P3 645 008 4058 TERMINAL,PLUGL444P4 645 008 4058 TERMINAL,PLUGL445 610 221 3348 COILL445P1 645 008 4058 TERMINAL,PLUGL461 610 031 1367 INDUCTOR 202JL462 610 000 0261 COIL

610 208 3781 COILL521 645 001 5748 INDUCTOR,33U KL601 645 012 3337 LINE FILTERL607 610 237 1000 PIPE COREL608 610 237 1000 PIPE COREL615 645 002 1787 CORE,PIPEL801 645 008 2894 INDUCTOR,5.6U KL841 645 008 0203 INDUCTOR,5.6U KL871 645 008 0203 INDUCTOR,5.6U KL881 645 011 0221 INDUCTOR,1.5U K

DIODED001 408 007 8607 DIODE 1N4148

407 013 1206 DIODE 1S1555D002 408 007 8607 DIODE 1N4148

407 013 1206 DIODE 1S1555D1007 407 063 8309 ZENER DIODE MTZJ11C

407 158 3400 ZENER DIODE UZ-11BSCD1011 407 063 8309 ZENER DIODE MTZJ11C




407 158 3400 ZENER DIODE UZ-11BSC

D1020 407 063 8309 ZENER DIODE MTZJ11C407 158 3400 ZENER DIODE UZ-11BSC

D1021 407 012 4406 DIODE 1SS133407 012 5809 DIODE 1SS176



D135 407 063 8309 ZENER DIODE MTZJ11C407 158 3400 ZENER DIODE UZ-11BSC

D1910 407 116 6504 LED SLP-181B-51D221 407 012 4406 DIODE 1SS133

407 012 5809 DIODE 1SS176D222 407 005 4505 DIODE DS442X

407 013 1008 DIODE 1S1553407 013 4306 DIODE 1S2076A407 013 6508 DIODE 1S2471





D271 407 053 6407 ZENER DIODE MTZ5.1C407 056 8200 ZENER DIODE RD5.1EB3407 163 8209 ZENER DIODE UZ-5.1BCC

D351 407 163 9909 ZENER DIODE UZ-9.1BCA407 162 2703 ZENER DIODE UZ-9.1BCB

D352 407 005 7308 DIODE EM01Z407 005 8602 DIODE ERA15-02

D441 407 095 8001 DIODE ERD07-15LD442 407 006 4108 DIODE ERB44-04D445 407 012 4406 DIODE 1SS133

407 012 5809 DIODE 1SS176D446 407 012 4406 DIODE 1SS133

407 012 5809 DIODE 1SS176D447 407 199 8600 ZENER DIODE UZ-7.5BSC

407 199 8709 ZENER DIODE UZ-8.2BSAD465 407 012 4406 DIODE 1SS133

407 012 5809 DIODE 1SS176D466 407 164 7805 ZENER DIODE UZ-20BCAD469 407 007 7405 DIODE EU1D491 407 007 7405 DIODE EU1D495 407 012 4406 DIODE 1SS133

407 012 5809 DIODE 1SS176D501 407 005 7308 DIODE EM01Z

408 009 9008 DIODE BYD33DD603 407 006 6300 DIODE ERC05-10B

407 009 6901 DIODE RM11CD604 407 006 6300 DIODE ERC05-10B



407 009 6901 DIODE RM11CD614 407 005 4505 DIODE DS442X


D615A 407 173 2907 PHOTO COUPLE PC123F2D616 407 005 4505 DIODE DS442X


D617 407 007 6606 DIODE ES1407 007 6903 DIODE ES1Z408 009 9008 DIODE BYD33D

D618 407 005 4505 DIODE DS442X407 013 1008 DIODE 1S1553407 013 4306 DIODE 1S2076A407 013 6508 DIODE 1S2471

D619 407 057 8209 ZENER DIODE RD8.2EB1D631 407 007 7702 DIODE EU2AD633 407 007 7603 DIODE EU2

407 007 7801 DIODE EU2Z

!

!

!

!


-18-F4ATV

408 007 2506 DIODE BYW32D634 407 007 7603 DIODE EU2

407 007 7801 DIODE EU2Z408 007 2506 DIODE BYW32

D635 407 007 7603 DIODE EU2407 007 7801 DIODE EU2Z408 007 2506 DIODE BYW32

D641 407 057 4003 ZENER DIODE RD6.8EB1D643 408 007 8607 DIODE 1N4148

407 013 1206 DIODE 1S1555D644 408 007 8607 DIODE 1N4148

407 013 1206 DIODE 1S1555D645 408 007 8607 DIODE 1N4148

407 013 1206 DIODE 1S1555D646 407 053 3109 ZENER DIODE MTZ12A

407 054 3108 ZENER DIODE RD12EB1407 164 6808 ZENER DIODE UZ-12BCA

D649 408 007 8607 DIODE 1N4148407 013 1206 DIODE 1S1555

D661 407 005 8602 DIODE ERA15-02D669 408 007 8607 DIODE 1N4148

407 013 1206 DIODE 1S1555D683 408 007 8607 DIODE 1N4148

407 013 1206 DIODE 1S1555D685 407 057 4003 ZENER DIODE RD6.8EB1D805 409 013 0104 IC HZT33

409 026 8005 IC L5630409 057 5103 IC UPC574J

D831 407 005 4505 DIODE DS442X407 013 1008 DIODE 1S1553407 013 4306 DIODE 1S2076A407 013 6508 DIODE 1S2471




D872 407 055 7907 ZENER DIODE RD3.6EL

MISCELLANEOUSF601 423 022 2102 FUSE 250V 4AF601-A1 645 000 5077 HOLDER,FUSEF601-A2 645 000 5077 HOLDER,FUSEA101 645 023 4118 TUNER,U/VA101P1 645 008 4058 TERMINAL,PLUGA101P2 645 008 4058 TERMINAL,PLUGA1901 645 028 1044 REMO REC SPS-443-1-ETP-A 645 008 4058 TERMINAL,PLUGTP-D 645 008 4058 TERMINAL,PLUGTP-E 645 008 4058 TERMINAL,PLUGJ124 401 037 5014 MT-GLAZE 0.000 ZA 1/10WJ813 401 037 5014 MT-GLAZE 0.000 ZA 1/10WK1001 645 005 5867 SOCKET,RGB 21P

610 234 3779 SOCKET 21PK1001Z 610 261 2813 MOUNTING-BRKT F2WVKAC-1 645 008 4058 TERMINAL PLUG

KDY-1 645 008 4058 TERMINAL PLUGPS601 408 013 3801 TH PTH451C262BF140M270SW1901 610 011 2698 SWITCH,PUSHSW1902 610 011 2698 SWITCH,PUSHSW1903 610 011 2698 SWITCH,PUSHSW1904 610 011 2698 SWITCH,PUSHSW1905 610 011 2698 SWITCH,PUSHSW1906 610 011 2698 SWITCH,PUSHSW501 610 011 2728 SWITCH,LEVER 1P-3TSW601 645 017 0928 SWITCH,PUSH POWER 2P-2TX131 421 004 7701 SAW F TSF5344X151 645 000 4490 TRAP,CERAMIC 6.5MHZ

610 015 3011 TRAP,CERAMIC 6.5MHZX152 610 015 3547 CERAMIC TRAP

610 015 2854 TRAP,CERAMIC 5.5MHZX161 645 003 2806 CERAMIC FILTERX162 645 007 7326 CERAMIC FILTERX201 645 018 9050 OSC,CRYSTAL 4.433619MHZ

610 249 5577 CRYSTAL OSCILLATORX231 610 226 6894 TRAP,CERAMIC 5.74MHZ

610 012 2222 TRAP,CERAMIC 5.74MHZX871 645 015 8339 OSC,CRYSTAL 12MHZ

645 018 9593 SC,CRYSTAL 12MHZ

ASSY,PWB,CRT F4ATV 1AA0B10H022FB

TRANSISTORQ701 405 041 6507 TR 2SC2621-D-RA

405 041 6705 TR 2SC2621-E-RA405 066 9903 TR 2SC2688(1)-K405 067 0008 TR 2SC2688(1)-L405 067 0107 TR 2SC2688(1)-M406 000 3605 TR 2SC3620(LB-SAN-1)

Q711 405 041 6507 TR 2SC2621-D-RA405 041 6705 TR 2SC2621-E-RA405 066 9903 TR 2SC2688(1)-K405 067 0008 TR 2SC2688(1)-L405 067 0107 TR 2SC2688(1)-M406 000 3605 TR 2SC3620(LB-SAN-1)

Q721 405 041 6507 TR 2SC2621-D-RA405 041 6705 TR 2SC2621-E-RA405 066 9903 TR 2SC2688(1)-K405 067 0008 TR 2SC2688(1)-L405 067 0107 TR 2SC2688(1)-M406 000 3605 TR 2SC3620(LB-SAN-1)


CAPACITORC701 403 073 6403 CERAMIC 470P K 50VC711 403 073 6403 CERAMIC 470P K 50VC721 403 073 6403 CERAMIC 470P K 50VC731 403 077 2807 CERAMIC 1000P Z 2K

RESISTORR701 401 018 2800 CARBON 330 JA 1/4WR702 401 017 1844 CARBON 2K7 JA 1/4WR703 401 012 5708 CARBON 1K JA 1/4WR704 401 065 4604 OXIDE-MT 12K JA 2WR705 401 009 6602 CARBON 3.3K JA 1/2WR711 401 018 2800 CARBON 330 JA 1/4WR712 401 017 1844 CARBON 2K7 JA 1/4WR713 401 016 3809 CARBON 2.2K JA 1/4WR714 401 065 4604 OXIDE-MT 12K JA 2WR715 401 009 6602 CARBON 3.3K JA 1/2WR721 401 018 2800 CARBON 330 JA 1/4WR722 401 017 1844 CARBON 2K7 JA 1/4WR723 401 015 2704 CARBON 1.8K JA 1/4WR724 401 065 4604 OXIDE-MT 12K JA 2WR725 401 009 6602 CARBON 3.3K JA 1/2WR727 401 020 0801 CARBON 470 JA 1/4WR741 401 020 2003 CARBON 4.7K JA 1/4WR742 401 018 3807 CARBON 3.3K JA 1/4WR744 401 018 2800 CARBON 330 JA 1/4W

VARIABLE RESISTORVR701 645 003 5722 VR,SEMI,4.7K NVR702 645 003 5647 VR,SEMI,1K NVR711 645 003 5722 VR,SEMI,4.7K NVR712 645 003 5647 VR,SEMI,1K NVR721 645 003 5722 VR,SEMI,4.7K N

MISCELLANEOUSK701 610 233 7990 CRT SOCKET!

!

!

!

!

!

!

!

!


-19-F4ATV

-20- SANYO ELECTRIC CO. LTDService Manual-EC5 Chassis

Part No. SKP20207 F4ATV (SHEET 1/2)

COLOUR TELEVISION

SERVICE REF.NO.

MODEL NUMBER

CHASSIS SERIES

CE25MT2A-C-01

CE25MT2A-C

The service Precaution:The area enclosed by this line ( ) is directly connected withAC mains voltage. When servicing thearea, connect an isolating transformerbetween TV receiver and AC line toeliminate hazard of electric shock.

NOTIZIE SULLA SICUREZZA DI FUN-ZIONAMENTOOgni sotituzione di componenti va fattatenendo conto della sicurezza di funzion-amento. I componenti indicati solloschema con il simbolo /!\ hanno partico-lare importanza per il sicuro funziona-mento del TV.I suddetti componenti devono esseresostituti esclusivamente con quelli indi-cati nell'elenco.

PRECAUZIONE DI SERVIZIOL'area inclusa in questa linea ( )è collegata direttamente con la tensionedella rete CA quando si serve l'area col-legare un trasformatore isolante tra ilricevitore TV e la linea CA per eliminareil pericolo di scossa elettrica.

Product safety notice:Product safety should be consideredwhen a component replacement ismade in any area of a receiver.Components indicated by a mark /!\ inthis circuit diagram show componentswhose values have special signifi-cance to product safety. It is particu-larly recommended that only partsspecified on the part service manualbe used for components replacementpointed out by the mark.

Note sul diagramma di circuito :1. Tutte i valori di resistenza sono in ohm,K=1,000, M=1,000,000.2. Tutte le resistenze nominali watt sono di

1/6 a meno che sia specificato altrimenti.3. Eccetto per i condensatori elettrolitici, tutti

i valori di capacitanza di meno di sonoespressi in µF, e di piu di 1 sono in pF. Ivaroli di capacitanza elettrolitici sono inµF.

4. Tutti volt di capacitanza nominali sono di50V a meno cha sia indicato altrimenti.

5. Tutti valori di inductanza sono in µH.6. I valori letti del voltaggio presi con un

"VTVM" proven gono dal punto indicatosulla massa del chassis, i valori di voltag-gio presi usando un segnale di barre col-ore sono con tutti i controlli alle loroposizioni normali ed il commutatore AFC inposizione "OFF". Il voltaggio puo variare

con l'intensita del segnale.7. Le forme di onda furono prese con il seg-

nale di barre colore e i controlli regolatioppure le forme di onda di immagine nor-male furono prese usando un oscillatore alarga banda ed una sonda bassa capasità.

8. Rispetto a quando indicato su questoschema possono essere state introdottedelle modifiche.

9. I diodo 1S1555 possono essere sostitutticon 1S2473, 1S2076 oppure DS472 ameno che sia specificato altrimenti.

I transistori possono essere sostitutti con2SC536(Q,R,S), 2SC1740(Q,R,S),2SC945A(Q,R,P) oppure2SC1815(G,O,Y) a meno che sia speci-ficato altrimenti.

Il transistore 2SA608(E,F) puo esseresostituito con 2SA933(Q,R),2SA564(QA,RA), oppure 2SA1015(O,Y)

Circuit diagram notes :1. All resistance values are in ohms,

K=1,000, M=1,000,000.2. All resistance rated wattages are 1/6W

unless otherwise noted.3. Excepting electrolytic capacitors, all

capacitance values of less than 1 areexpressed in µF and more than 1 are pF.

4. All capacitance rated voltages are 50Vunless otherwise noted.

5. All inductance values are in µH.6. Voltage readings taken a digital voltmeter

are from point indicated chassis ground.Voltage readings taken by using a colourbar signal are with all controls at normalposition. Some voltages may vary withsignal strength.

7. Waveforms were taken with colour barand controls adjusted for normal picture.Waveforms were taken by using a wideband oscilloscope and a low capacityprobe.

1

AUTO SORTINGOPTION

POWERLED

SCART

OPTION

KEY SCAN

VOL

BAND 3

IGNOR

SERVICE

TV/AV

VSSD

50/60

VCC

B

R

BLK

VDDA

X-OUT

VDDM

POWERFAIL

IDENT

VSSA

CVBS0(TV)

RESET

AFT

Q871/Q872/Q873/Q874/Q875

L'

H-SYNC

RGBREF

ODD/EVENIREF

BLACK

CVBS1(AV)

L

5.5/6.5x

NEGA/POSI

SDA

SCL

POWER

G

V-SYNC

VDDT

OSCGND

X-IN

BLK

RC IN

SCL

SDA

BAND 2

BAND 1

SHARPNESS

COLOR

CONT

BRIGHT

TUNING

NC

NC

TEST IN

TEST OUT

SANDCASTLE

TEST IN

GND

VCC1

CLR

CONT

B-IN

G-IN

R-IN

BLK

R-OUT

G-OUT

B-OUT

BRIGHT

TV/AVS-CHR.

CVBSEXT(1V)

SHARPNESS

CVBSINT(2V)

CAL DEC

GND

VCC

GND

DIS DEC

V-OUT(2V)

A-IN

SIF-IN

IDENT(T.B)

IF C/R

IF C/R

SCART OUT

GND F.B FILTER VOL MUTE IN VCC1VCC2 OUT

R <POWER>

PRESET

FUNCTION

VOL-

VOL+

POS-

POS+

R/C PRE AMP.

Q613H4AA0HA0020---

D603/.../D606

C603/.../C605

1

2

1

2

D614/D616/D618

Q631/Q685

D649/D669

H-DRIVETRANS

HORIZDRIVE

VC

C

IN OU

T

GN

D IC501H4AA0HA0018---

Q461H4AA2HA0034---

ODD/EVEN

IC661H1AA2HEA0083--

NOTES;

1. RESISTORS SPECIFIED WITH RESISTANCE VALUE ARE "1/6DJ".

2. RESISTORS SPECIFIED WITH TYPE OF RESISTOR, TOLERANCE

AND RESISTANCE VALUE ARE "1/4".

3. ALL CAPACITORS ARE 50WV RATING UNLESS OTHERWISE NOTED.

4. PARTS MARKED WITH ARE RELATED WITH X-RADIATION.

5. THICK LINES ARE 15WATTS SUPPLY LINE.

6. VIEW OF TR & IC.

7. ISOLATION BORDER LINE.

COLD SIDE HOT SIDE

N

1

TOP VIEWLETTERSIDE

E CBEBC

C EB

12 3

IN CASE OF TR

IN CASE OF IC

8. LIST OF REPLACEABLE DIODES.

R (7DD00019) 1S1555, 1S2076, 1S2473, DS442, 1N4148

P (7DD00021) 1S1553, 1S2076A,1S2471, 1N4148

9. LIST OF REPLACEABLE TRANSISTORS.

AE (7QT00202)

AD (7T200183)

AB (7T200181)

2SC536 2SC945A 2SC1815

2SA608 2SA564A 2SA1015

E,F,G

F,G

E,F

R,Q,P

Q,P

Q,R

O,Y,GR

O,Y

Y,GR

10. "J" : JUMPER WIRE."X" : PART NOT USED.

AC (7T200182)

F R Y

2SC1740S

Q,R,S

Q,R,S

2SA933S

Q,R

R

AA (7DD00192) 1S1555, 1S2076, 1S2473, DS442, 1N4148, 1SS176, 1SS133, GMA01

M (7ED00025) 1SS176, 1SS133, GMA01

R842DJ10K

D8311SS133:1SS176

W901

L901

R864

R896

R897

R898

C020

D646

R646

R881

R884

JS1902

R1912

D805

A1901

C878

X871

R839Q839

R1908

R2003

JS819

D645

L803

R123

R122

R880Q875

D1910

R801

C801

L801

L802

R808

C805

R806

R804

C808

C807

JS142

R243

R241Q241

R242

JS141

D862

R811 R892

L841

R836

C834

R834

R837

R833

Q831

R832

D861

C841

R895Q874

C872

D871

R856

R843

R800

R863

C879

R848

R852

L871

R2001

C2003

R887

R885

L881

IC802

TP-D

Q861R862

R841R840

C121

R121

Q121

R803

Q801

R802

R891

R842

C875

R883 C885

R876

D872

R878R877

Q873

C873

C874

C871

R871

R868

R865

R866

R867

R2004

R861

Q2001

R2002

C2001

C2002

R819

C881

R846

R847

R844

C882

R873

R838

R879

R875

C861R874

Q871

R872

R828

R817

R813

R822

R827

C829

Q872

R824

C819

C814

C824

R818

R814

R823

IC801

IC001

C003

C002

C004

C005

R004

C006

R006

C010C011

C012

R002

C001

R001

D001

D002 R003

C013

IC271

Q201

R217

IC201

C206

C207

C208

C233

C231

C212

R231

R218L231

L232

L201

L202

L203

R203

R204

R205

SW1906

SW1905

SW1904

SW1903

SW1902

SW1901

R1911

D1901

R1901

R1902

R1903

R1904

R1905

R1906

R1907

R1909

KL

R807

R805

C870

R870R869

L831

L826

L821

L816

L811

R831

R826

R821

R816

R812

L832

C276

C277

C275

R232

X231

IC001H

R626

D634

C634C644

R645

C645D635

D633

C643

D631

C631

C641

R637

R638

T611

Q613

R623

C607

R624

PS601L612

L611

JS612

R602

D615A

IC691

R635

R636D641

R625

R628 R629

C621

C617

Q612

C615

R619

C614

R622

R621

R620

R615

D617

D616

R617

C603

C604

C605

C606

Q611

R611

C601

C613

D619

D618

D614

R601

D606D604

D603 D605

D649

R639

R651

Q651

R652

Q686

R689

R688

Q685

D685C685

R687

R686

Q682

C691

C624

Q631

R681

L610

VR631

KE

R643

R642

D683

L631

L633

L635

L634

KA

C

F601-A2F601-A1

SW601

KAC-2

KAC-1

KE-1

KE-2

IC661P1

C602

JS631

C663

L661

C662

R663

D669

R661

D661

D662

JS610

L607 L608

IC661

Q661

L615

D644

D643

JS613

C608

L601

C616 R662

F601

R666

C434R434

R433

C433

C432

Q431

R432

C431

T431

R226

R371

D351

L431

C501

IC501

D501C505

C503

R501

R2005

C506

C504

C502

R502

L521

D469

L462

C462

C468D466

C464

R464

R463

C467

C470

D465

R465

R468

C466

R469

R480

R472

R473

R471

C465

Q461

R227

R474

C438

VR461

Q462

L461

D222D221

D352

SP901

W10B00100

L81B16100

1/10GJ1K

1/10GJ3.9K

1/10GJ3.9K

1/10GJ3.9K

KZ0.01F

MTZ12A:RD12EB1:UZ-12BCA

2.2K

1/10GJ27K

1/10GJ2.7K

J

2.2K

HZT33:L5630:UPC574J

U20B20900

KK4700BA

V10B1690N:V10B2120N

1/10GJ4.7KQT0378(A:B):

2SC536(E-NP: F-NP:G-NP)

1/10GJ330

1/10GJ12K

1/10GZ0.0

1S1555:ED0274

J

1/10GJ220K

1/10GJ220K

1/10GJ47K

QT0378(A:B):2SC536(E-NP: F-NP:G-NP)

SLP-181B51

1/10GZ0.0

KZ0.01FA

L2B95R6KN

J

J

EM4.7

2SJ18K

DJ10K

X

KZ0.1FA

J

220

1/10GJ470 QT0378(A:B):

2SC536(E-NP: F-NP:G-NP)

220

J

1SS133:1SS176

1/10GJ4.7K

1/10GJ4.7K

L2C15R6KN

1/10GJ1.2K

EM1

1/10GJ4.7K

1/10GJ47K

1/10GJ82K


1/10GJ12K

1SS133:1SS176

KZ0.01FA

1/10GJ1.2K


16EM47

1SS133:1SS176

DJ22K

1/10GJ10K

1/10GJ2.2K

1/10GJ22K

25KZ0.1FA:KZ0.1FA

DJ4.7K

DJ1K

L2C15R6KN

1/10GJ27K

25KZ0.1FA:KZ0.1FA

1/10GJ3.9K

1/10GJ3.9K

L2B91R5KN

24C02A/P:24LC02B/P:ST24C02AB1

J30B0250N

QT0379(A:B):2SA608(ECNP: FCNP:GCNP)

1/10GJ22K

1/10GJ22KDJ4.7K

25KZ0.1FA:KZ0.1FA

1/10GJ47K


1/10GJ180K

PH2369

1/10GJ2.2K

1/10GJ4.7K

DJ3.9K

25KZ0.1FA:KZ0.1FA

DJ470 KK1000BA

1/10GJ10K

RD3.6EL

1/10GJ1.5K

1/10GJ8.2K


CJ22CA

CJ22CA

25KZ0.1FA:KZ0.1FA

1/10GJ4.7K

1/10GJ1.2K

1/10GJ4.7K

1/10GJ4.7K

1/10GJ4.7K

1/10GJ150

1/10GJ2.7K


1/10GJ10K

25KZ0.1FA:KZ0.1FA

25KZ0.1FA:KZ0.1FA

1/10GJ47K

KZ0.01FA

DJ4.7K

DJ10K

1/10GJ10K

16EM10

1/10GJ4.7K

1/10GJ15K

DJ10K

1/10GJ5.6K

FJ5600(D:BE)

1/10GJ10K


1/10GJ33K

1/10GJ33K

1/10GJ10K

1/10GJ1.5K

1/10GJ10K

1/10GJ3.9K

EM1


47K

25EM4.7

25EM4.7

EM1

1/10GJ22K

1/10GJ3.3K

1/10GJ8.2K

QXXAVB063A--N

AN5265

FK1000(BE:D)

63GK0.47V:HJ0.47G

EM4.7

16EM10

1K

16EM10

10K

63GK0.1V:HJ0.1G

25EM1000

25EM470CD

560

16EM33

DJ33

1S1555:ED0274

1S1555:ED0274

10K

PM1

U3665M


1/10GJ22K

TDA8361/N5-N

25KZ0.1FA:KZ0.1FA

25KZ0.1FA:KZ0.1FA

25KZ0.1FA:KZ0.1FA

63GK0.47V:HJ0.47G

25KZ0.1FA:KZ0.1FA

25KZ0.1FA:KZ0.1FA

EM2.2

1/10GZ0.0

DJ1.8KJ

J

L2B94R7KN

L2B94R7KN

L2B94R7KN

1/10GJ100

1/10GJ100

1/10GJ100

S10B1130N

S10B1130N

S10B1130N

S10B1130N

S10B1130N

S10B1130N

470

X

56K

15K

DJ8.2K

4.7K

1/10GJ2.7K

1/10GJ2.2K

1/10GJ1.5K

1/10GJ10K

J10EA030N

1/10GJ10K

1/10GJ8.2K

CJ33CA

1/10GJ22K

1/10GJ27K

J

J

J

J

J

1/10GJ100

1/10GJ1.2K

1/10GJ100

1/10GJ2.2K

1/10GJ2.2K

J

KZ0.01FA

KZ0.01FA

KZ0.01FA

1/10GJ100

F32B0110N:F32B0160N

2HA0038---

DG3.3K

EU2(:Z):ED0277

1000KK470(NH:CRD:CTB) 25EM

1000(T:DT)

3WK18FH

25EM1000(T:DT)

EU2(:Z):ED0277

EU2(:Z):ED0277

35EM470T

EU2A

1000KK470(NH:CRD:CTB)

200EM220XD

DJ180K

1SJ33K

L51B05700:L51B0660N

2SC3895TYB

2.7K

400EM220XC

2SJ82

EV0038J

J

J

7WK3.9(I:VC)

PC123F2

BA178M05T:MC78M05CT:UPC78M05AHF:AN78M05-LB:L78M05CV

DJ100K

DJ4.3KRD6.8EB1

2SJ68

1/2CK5.6MXG

1/2CK5.6MXG

400KK1000XH:400KM1000XS

FK0.022(BE:D)

2SC3807RYA

FJ0.015(BE:D)

DJ22

63GK0.1V:HJ0.1G

DJ15K

1/2DJ120K

1/2DJ120K

DJ22K

ES1:ES1Z:ED0448

DS442X:1S1553:1S2076A:1S2471

1K

XXX

1000KK1000(CBB:HB)


5.6K

250HM0.1XD:250GM0.1XBC

X

RD8.2EB1

DS442X:1S1553:1S2076A:1S2471

DS442X:1S1553:1S2076A:1S2471

1/2DJ220K

RM11C:ERC05-10BRM11C:ERC05-10BRM11C:ERC05-10BRM11C:ERC05-10B

1S1555:ED0274

12K

DJ10K

2SB985(S:T):2SA1707(S:T)

DJ3.9K


22K

DJ10K


RD6.8EB1EM1

DJ560K

DJ220K


10EM100

400KK470XH:400KM470XJ


DJ10K

J

R3D6222NJ:R30132XM-<B-2.2K;2K>

X

J

1SJ1.5K

1S1555:ED0274

J

J

J

J

X

J20B00100:J3EZ0333-J20B00100:J3EZ0333-

S10B2490N

250HM0.1XD:250GM0.1XBC

J

10EM220

J

16EM470

DJ1.2K1S1555:ED0274

DJ10K

ERA15-02

J

J

Z20103--- Z20103---

BA178M09T:UPC78M09AHF

2SB764E

Z21B0040N

1S1555:ED0274

1S1555:ED0274

J

X

F35B0330N

2000KK680(NH:CRD:CTB)

2SJ8.2

4A250VTCSL

1/2DJ18

35EM47

1/2DJ390

1/2DJ1K

500KK3900A

500KK1000A

2SC3332(R:S)

1/10GJ1K

25KZ0.056FA

AD0002(:C)

1/10GJ100K

DJ10K

UZ-9.1BC(A:B)

L2G31R0MN

35EM470

LA7833

EM01Z:ED0448

500KK1000A

CJ39CA

DJ4.7K

DJ12K

100GK0.22P

KZ0.01FA

35EM220

4.7

L2C2330KN

EU1

AA0025(:A)

EM1

25EM22UZ-20BCA

0.47

DJ1.5K

1.5K

10EM220

KZ0.01F

1SS133:1SS176

1/10GJ560K

1.8K

63GK0.1V:HJ0.1G

68K

47K

47K

DJ680

1.5K

100GK2.2

2SB1274(QRA:RRA:SRA)

10K

1/2DJ270

FK0.01(BE:D)

R3D6472NJ:R3L1502NJ<B-4.7K,B-5K>


LM0045

DS442X:1S1553:1S2076A:1S2471

1SS133:1SS176

EM01Z:ERA15-02

VS003PEB

C8001/10GZ0.0

R010 1K

BG

5V

R8501/10GJ4.7K

DK

Q847QT0378(A:B):2SC536(E-NP: F-NP:G-NP)

R8511/10GJ1K

3

2

1

8

7

6

54

3

2

1

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26 27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

123456789

1

2

3

4

5

6

7

8

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

5

8

2

3

11

12

13

14

15

16

17

1

4 3

2

1 2 3

321

1234567

P.F

5V

5V5V

BAND3

BAND2

BAND1

TUNE

5V

VOL

SCRT

9V

IDNT

IGNR B

G

R

BLK

P.F

TV

8V

SHRP

9V

COLR

BRIT

CONT

18V

VOL

9V

TV

COLR

CONT

BRIT

SHRP

9V

BLK

R

G

B

5V-A

5V-A

5V-A

150V

5V-A

150V

24V

18V

5V

9V

P.F

8V

24V

24V

IC001H2

IC001H1

R645H2 R645H3

C641H2

C641H1

R602H1

R602H2

Q613H3Q613H2Q613H1 Q613H4

Q613H5Q613H6

T611H11

T611H8

T611H2

C607H2

C607H1

T611H5

T611H17

SW601H2

SW601H3

SW601H1

SW601H4

L601H1

L601H2

L601H3

L601H4

Q432H4

Q432H5

Q432H6

Q432H7

IC501H1

IC501H4

IC501H2

Q461H1

L462H1L462H2

J30B0250N

R166680

VC141C147

C148

C146

R146

R147R148

C3C21000NKZ0.01FA

CJ15CA

KZ0.01FA

1/10GJ5.6K

1/10GJ5.6KDJ1K

L'

C152

Q152C151

L152

R155

R157

R158

Q153

CJ47CA

CJ27CA

L2B9220KN

1/10GJ1K

1/10GJ1K

1/10GJ1K

R159

QT0378(A:B):2SC536(E-NP:

F-NP:G-NP)

1/10GJ1K

QT0379(A:B):2SA608(ECNP:

Q151/Q153/Q154 Q152QT0379(A:B):2SA608(ECNP:

C140

L141

R156

R171

C160

X152

R170

R163

C154 R167

X161

R162

Q161 C143

C142

C136

C215

C137

C135

R141

C141

R150

R152

X151L151

D135

R160

T141

R161

Q151R151

C161

Q162

CJ12CA

L2B9100KN

1/10GJ4.7K

1/10GJ10K

KK1000BA

F32B0140N

1/10GJ5.6K

220

CJ82CA

1/10GJ47

L161L2B98R2KA

F31B0020N<5.5MHZ>

C153 R164

L162

X162

CJ100CA

1/10GJ47

L2B98R2KA

F31B0170N<6.5MHZ>

1/10GZ0.0


KK3900BA

25KZ0.1FA:KZ0.1FA

16EM470CD

25KZ0.1FA:KZ0.1FA

25KZ0.1FA:KZ0.1FA

1/10GJ6.8K

CJ56RA

1/10GJ1K

1/10GJ180

F32B00100:F32B0090N

L2B98R2KN

MTZJ11C:UZ-11BSC

1/10GJ1K

SL0005XV

DJ390


DJ390

KK270BA

Q154

Q163R169680

C156KZ0.01FA

C155KZ0.01FA IDNT

8V

DK9VR168

1/10GJ12K

BG

R1651/10GJ12K

9V

Mai

n/C

RT

Boa

rd /P

anne

llo P

rinci

pal/C

ines

copi

oC

ircui

t sid

e/La

to d

el C

ircui

to

8. This circuit diagram covers a basic or rep-resentative chassis only. There may besome components or partial circuit differ-ences between the actual chassis andthe circuit diagram.

9. Diode 1S1555 may be replaced with1S2473, 1S2076 or DS472 unless oth-erwise noted.

Transistor 2SC536(Q,R,S),2SC1740(Q,R,S), 2SC945A(Q,R,P) or2SC1815(G,O,Y) unless otherwisenoted.

Transistor 2SA608(E,F) may bereplaced with 2SA933(Q,R),2SA564(QA,RA), or 2SA1015(O,Y)unless otherwise noted.

ECB

ECB

EC B

AK

AK

AK

1

N

N/2

N/2 + 1

32

1

4 56 7

321

910

B

C

E

B

C

E

Terminal guide

C : CollectorB : BaseE : Emitter

A : AnodeK : Kathode

Expression of capacitance and resistance in circuit diagram.

Capacitance (Example)1000 C M 2000 D

Characteristic Capacitance value (220pF)Tolerance (±20%)Kind(Ceramic) Rated voltage (1,000V)

Resistance (Example) 1/2 N J 1.2

Resistance value (1.2Ω)Tolerance (±5%)Kind (M.carbon) Rated wattage(1/2W)

D : CarbonN : Metallized carbonS : Oxide metallizedW : Wire woundingC : Solid

T, A, U, D : ElectrolyticC, K, B : CeramicF : Mylar filmM, N : PolypropyleneZ : Metallized paper

J= ± 5%K= ± 10%M= ± 20% Transistor

C

B E

DiodeK

A

Resistor

123 12 x 103= 12k

Chip Components

IC201-pin7<CVBS out>

IC201-pin15<CVBS in>

IC201-pin18<B out>

IC201-pin19<G out>

IC201-pin20<R out>

IC201-pin28<B-Y in>

IC201-pin29<R-Y in>

IC201-pin37<H out>

IC201-pin38<H F/B>

IC201-pin41<V F/B>

IC201-pin42<V ramp>

IC201-pin43<V out>

Q431-C<H drive>

Q432-C<H out>

Q461-E<Pcc>

IC501-pin4<V in>

IC501-pin2<V out>

Q611-C<Power amp>

Q612-C<Power drive>

Q613-C<power out>

IC801-pin36<CPU H in>

IC801-pin37<CPU V in>

Q2601-C<Video out B>

Q2611-C<Video out R>

Q2621-C<Video out G>

IC3811-pin8<Sound out>

1V/div. 10µs/div.

10V/div. 10µs/div. 250V/div. 10µs/div.

250V/div. 10µs/div.

1V/div. 10µs/div. 1V/div. 5ms/div. 20V/div. 10µs/div.

0.2V/div. 200µs/div.

20V/div. 10µs/div. 20V/div. 10µs/div.

5V/div. 5ms/div.

0.2V/div. 10µs/div. 0.5V/div. 10µs/div. 1V/div. 10µs/div. 0.2V/div. 5ms/div.

0.5V/div. 5ms/div. 0.5V/div. 5ms/div.

0.5V/div. 5ms/div. 10V/div. 5ms/div. 1V/div. 10µs/div.

0.2V/div. 10µs/div.

1V/div. 10µs/div.1V/div. 10µs/div.1V/div. 10µs/div.0.5V/div. 10µs/div.0.5V/div. 10µs/div.

Waveforms on ICs and Transistors

Voltage on ICsIC001

1 1.6V 2 1.6V 3 15.5V 4 1.6V 5 1.6V 6 0V 7 - 8 13.8V 9 28.6V10 14.0V 11 0V

IC2011 3.1V 2 6.0V 3 6.0V 4 6.1V 5 0V 6 4.0V 7 3.1V 8 1.6V 9 0V

10 8.0V 11 0V 12 3.6V 13 4.4V 14 3.2V 15 3.9V 16 0V 17 3.4V 18 2.5V19 2.5V 20 2.5V 21 0.2V 22 3.4V 23 3.4V 24 3.4V 25 2.9V 26 1.6V 27 5.9V28 4.0V 29 4.0V 30 1.5V 31 1.5V 32 0V 33 4.9V 34 3.5V 35 2.6V 36 8.0V37 0.9V 38 0.7V 39 3.0V 40 4.0V 41 2.5V 42 0V 43 0.8V 44 4.1V 45 4.1V46 4.1V 47 7.0V 48 3.1V 49 1.6V 50 3.6V 51 4.3V 52 6.7V

IC2711 5.3V 2 0V 3 0V 4 0V 5 0.7V 6 0V 7 0V 8 0V 9 5.2V

10 0V 11 3.1V 12 3.1V 13 0V 14 1.3V 15 0V 16 1.3V

IC5011 0V 2 13.4V 3 25.3V 4 0.7V 5 0.7V 6 25.2V 7 2.1V

IC651 IC6521 14.5V 2 0V 3 11.9V 1 10.5V 2 0V 3 8.0V

IC8011 0.6V 2 2.4V 3 3.7V 4 1.8V 5 2.1V 6 0V 7 0V 8 0V 9 2.6V

10 0.5V 11 2.5V 12 0V 13 0V 14 3.7V 15 0V 16 0V 17 0V 18 0V19 0V 20 0V 21 0V 22 0V 23 2.2V 24 0.2V 25 2.0V 26 2.3V 27 0V28 0V 29 5.0V 30 5.0V 31 5.0V 32 0V 33 0V 34 0V 35 0V 36 0.8V37 0.2V 38 4.9V 39 4.9V 40 0V 41 2.1V 42 2.4V 43 0V 44 4.9V 45 4.7V46 5.4V 47 5.0V 48 0V 49 4.8V 50 4.8V 51 0V 52 2.9V

IC8021 0V 2 0V 3 0V 4 0V 5 4.8V 6 4.8V 7 0V 8 5.0V

IC8101 0V 2 11.6V 3 2.0V 4 0V 5 0V 6 11.3V 7 2.2V 8 0V 9 11.7V

IC12011 11.8V 2 7.8V 3 0V 4 7.1V 5 0V 6 0V 7 7.7V 8 0V

IC12021 3.0V 2 2.0V 3 6.0V 4 0V 5 0V 6 2.7V 7 0V 8 1.7V 9 5.7V

IC12511 8.4V 2 8.4V 3 5.0V 4 8.4V 5 0V 6 0V 7 0V 8 0V 9 0V

10 11.9V 11 5.0V 12 8.4V 13 8.4V 14 8.4V 15 8.4V 16 11.9V

IC34011 4.8V 2 3.4V 3 2.7V 4 2.5V 5 2.5V 6 2.5V 7 2.5V 8 2.5V 9 2.5V

10 2.5V 11 2.5V 12 2.5V 13 2.5V 14 2.5V 15 2.5V 16 0V 17 2.5V 18 5.1V19 3.3V 20 4.8V

IC34311 5.8V 2 11.7V 3 5.8V 4 11.8V 5 0V 6 0V 7 5.8V 8 5.8V 9 5.8V

10 0V 11 4.8V 12 4.8V 13 5.8V 14 5.8V 15 5.8V 16 5.8V 17 0V 18 0V19 0V 20 0V

IC34511 0V 2 0.3V 3 5.1V 4 0V 5 2.5V 6 0.4V 7 2.5V 8 2.5V 9 0V

10 0V 11 2.5V 12 0V 13 0V 14 0V 15 2.5V 16 2.5V 17 0.4V 18 4.6V19 0V 20 2.3V 21 2.5V 22 2.5V 23 2.4V 24 0V 25 2.5V 26 5.0V 27 2.4V28 2.3V 29 2.3V 30 2.3V 31 2.3V 32 0.3V 33 2.3V 34 2.3V 35 2.3V 36 4.7V37 0V 38 4.8V 39 2.0V 40 3.4V 41 2.4V 42 0V 43 2.0V 44 0V 45 2.4V46 4.8V 47 4.7V 48 2.0V 49 4.8V 50 0V 51 4.0V 52 0V

IC38011 4.5V 2 4.6V 3 6.0V 4 0V 5 0V 6 0V 7 0V 8 5.3V 9 5.3V

10 0V 11 11.9V 12 5.9V 13 0V 14 0V 15 4.5V 16 4.5V

IC38111 2.5V 2 0V 3 0V 4 0V 5 0V 6 0V 7 2.2V 8 2.2V 9 2.2V

10 2.2V 11 2.6V 12 4.3V 13 0V 14 5.1V 15 2.5V 16 0V

Voltage on Transistors

Q801E 0VC 2.0VB 0.6V

Q2001E 0VC 13.2VB 0V

Q861E 5.0VC 2.5VB 5.0V

Q875E 0VC 4.7VB 0V

Q874E 4.9VC 4.9VB 5.6V

Q873E 0VC 0VB 0.8V

Q872E 0VC 0.2VB 0.6V

Q871E 0VC 6.3VB 0.1V

Q1902E 0VC 5.0VB 0.0V

Q1901E 1.8VC 5.0VB 0.2V

Q121E 2.8VC 8.0VB 3.3V

Q1003E 0VC 0.6VB 0V

Q1202E 0VC 0VB 0V

Q1201E 0VC 0VB 0.6V

Q652E 5.2VC 8.3VB 5.8V

Q641E 6.3VC 29.5VB 6.7V

Q613E 0VC --B -1.1V

Q612E 0VC -1.1VB -1.4V

Q611E 10.8VC -1.4VB 10.5V

Q682E 5.0VC 0.1VB 5.6V

Q681E 5.0VC 7.8VB 5.7V

Q835E 0VC 29.4VB 0V

Q001E 0VC 15.5VB 0.1V

Q1043E 3.4VC 11.9VB 4.0V

Q1042E 10.0VC 4.0VB 9.4V

Q1041E 2.4VC 9.4VB 3.0V

Q171E 2.5VC 11.8VB 3.1V

Q1005E 5.0VC 11.9VB 5.6V

Q1004E 5.0VC 11.9VB 5.6V

Q1002E 0.1VC 11.8VB 0.6V

Q1001E 0.6VC 0VB 0V

Q1203E 0VC 0VB 0V

Q2651E 11.8VC 0VB 11.9V

Q2640E 1.5VC 0VB 0.9V

Q3802E 5.2VC 11.9VB 5.9V

Q3801E 0.7VC 6.1VB 1.4V

Q462E 0VC 12.9VB 0.5V

Q461E 12.9VC 0VB 13.5V

Q432E 0VC --B 0V

Q431E 0VC 10.8VB 0.3V

Q154E 3.1VC 0VB 2.4V

Q153E 9.3VC 2.3VB 8.7V

Q152E 3.2VC 8.7VB 0V

Q151E 3.8VC 0VB 3.2V

Q501E 0VC 4.7VB 0V

Q203E 0VC 6.0VB 0V

Q202E 0VC 0.4VB 0V

Q201E 0VC 0VB 0.8V

Q1204E 0VC 11.9VB 0V

Q3483E 1.9VC 8.4VB 2.5V

Q1252E 7.9VC 11.9VB 8.4V

Q1251E 7.7VC 11.9VB 8.4V

Q3482E 7.7VC 11.9VB 8.4V

Q2621E 1.9VC 143.8VB 2.2V

Q3481E 1.9VC 8.4VB 2.5V

Q2611E 1.8VC 137.1VB 2.2V

Q3432E 5.2VC 11.9VB 5.9V

Q2601E 1.8VC 134.3VB 2.3V

Q3431E 5.2VC 11.9VB 5.9V

Q3484E 7.7VC 11.9VB 8.4V

W90

2JG

0112

MAIN :1AA0B10H022FACRT :1AA0B10H022FB

DY<CRT COMPONENT>

G-BIAS

G-OUT

R-DRIVE

R-BIAS

R-OUT

B-BIAS

B-OUT

B-DRIVE

5

1

PWB

1AA4B10E1140B

1

3

Q701,Q711,Q721

R102/R104/R106

R101/R103/R105

Q102/Q104/Q106 Q101/Q103/Q105

D251/../D254

V:IN

VCC2

GND

R-Y OUT

B-Y OUT

REF

B-Y IN

NC

R-Y IN

HUE

B-Y IN

R-Y IN

R-Y OUT

B-Y OUT

SECAM

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3.58XTAL

4.43XTAL

H-START

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H-SHIFT

AFC1

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IF IN-M

IF IN-P

TU AGC

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AGC ADJ.

A-OUT

S.C.P

1

2

34

5

6

7

8

9

10

11

12

1314

15

16

1718

1920

21

A:OUT

A:IN

B

G

BLK

V:OUT

V:IN

R

VTR:PLAY

R G B

Q1021/Q1031

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3.U

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GC

2.T

U

5

1

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1

1

3

2

6

3

5

Q432H4AA0HA0019---

MODEL: CE25MT2CHASSIS: EC5-A2

Q901

R725

Q721

R724

Q711

R714

R715

Q701

R705

R732

K701

C731

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K7M

R704

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C732L701

R703

R713

R723

R702

R701

C701

C711

R711

R712

R722

R721

C721

R741

R727

Q741

R742

R744

VR721

VR711

VR701

VR702

VR712

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L705

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R104

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L1006

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R1029

R1026

R1027

R1028

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R1016

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D1015

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R101

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C110

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C273

C272

C271

D271

C274

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R365

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C204

C203

C202R202

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C361

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C352

C351

C132

R138

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R364

R356

R351

X131

C134

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L444P2

L444P1

L444P4

C511

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R508

L501

R505

VR501

R509

R511

R513

SW501

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C429

C424C425

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C222

R481

KDY

R448

D446

C445R447

D445

KQ

KDY-1

KDY-3

KDY-6

KDY-5

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1/2DJ3.3K

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10

11

12

13

14

15

16

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

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C422H1

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C421H1

C421H2

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Part No. SKP20207 F4ATV (SHEET 2/2)

Mai

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VR712R-Drive

VR701B-Bias

VR721G-Bias

VR711R-Bias

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1

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711

RE

GO

LA

ZIO

NE

DE

LL’

AL

IME

NTA

TOR

EB

11.

Reg

olar

e V

R64

1 in

mod

o ch

e si

a ce

ntro

mec

cani

co, p

rima

di p

rem

ere

l’int

erru

ttore

prin

cipa

le.

2. S

into

nizz

are

il ric

evito

re s

ull’o

scill

ogra

mm

aci

rcol

are

PA

L.3.

Reg

olar

e i c

oman

di d

i lum

inos

ità e

con

tras

tosu

i liv

elli

norm

ali.

4.C

olle

gare

il m

isur

ator

e V

dig

itale

su

R63

8.

5.S

erve

ndos

i di V

R63

1, r

egol

are

il vo

ltagg

io s

u13

0 ±

0,5

V (

per

14/2

1 po

llici

).S

erve

ndos

i di V

R63

1, r

egol

are

il vo

ltagg

io s

u15

0 ±

0,5

V (

per

25/2

8 po

llici

).

RE

GO

LA

ZIO

NE

AF

T1.

Sin

toni

zzar

e il

ricev

itore

sul

la s

tazi

one

più

chia

ra.

2.S

erve

ndos

i di T

141,

reg

olar

e A

FT

per

otte

nere

l’im

mag

ine

mig

liore

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RE

GO

LA

ZIO

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AG

CN

OT

A:

No

n t

enta

re q

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ta r

ego

lazi

on

e co

nu

n s

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ale

deb

ole

.1.

Sin

toni

zzar

e il

ricev

itore

sul

la s

tazi

one

più

chia

ra.

2.R

egol

are

AG

C V

R(V

R13

1) n

ella

dire

zion

e in

cui a

ppai

ono

i dis

turb

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neve

, qui

ndi

rego

lare

in d

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nel p

unto

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cui

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ve s

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1.S

into

nizz

are

il ric

evito

re s

ull’o

scill

ogra

mm

abi

anco

.2.

Reg

olar

e il

com

ando

del

la lu

min

osità

su

cent

ro d

ispl

ay e

que

llo d

el c

ontr

asto

su

norm

ale.

3.R

egol

are

VR

702

e V

R71

2 in

mod

o ch

e si

ace

ntro

mec

cani

co.

4.R

uota

re fi

no in

fond

o, in

sen

so a

ntio

rario

5.C

olle

gare

un

cort

ofilo

mez

zo s

pillo

30

di IC

801

e G

ND

(te

rra)

a e

ntra

re in

ser

vizi

o m

odo.

VR

701,

VR

711

o V

R72

1.

6.R

egol

are

VR

di s

cher

mo

per

un s

olo

colo

re in

mod

o ch

e si

a be

n vi

sibi

le.

[RE

GO

LA

ZIO

NE

VR

DE

L B

IAS

(PO

LA

RIZ

ZA

ZIO

NE

)]7.

Ser

vend

osi d

i VR

701,

VR

711

o V

R72

1,re

gola

re la

line

a in

mod

o ch

e si

a bi

anca

.8.

Sta

ccar

e la

cor

tofil

o.[R

EG

OL

AZ

ION

E V

R D

EL

DR

IVE

(EC

CIT

AZ

ION

E)]

9.S

erve

ndos

i di V

R70

1 e

VR

711,

reg

olar

e il

bila

ncia

men

to d

el b

ianc

o.

RE

GO

LA

ZIO

NE

DI A

LTO

VO

LTA

GG

IO E

DI A

MP

IEZ

ZA

[RE

GO

LA

ZIO

NE

DI A

LTO

VO

LTA

GG

IO]

1.S

into

nizz

are

il ric

evito

re s

ull’o

scill

ogra

mm

aci

rcol

are

PA

L.2.

Reg

olar

e i c

oman

di d

i lum

inos

ità e

con

tras

tosu

i liv

elli

mas

sim

i.3.

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lega

re il

mis

urat

ore

V d

igita

le s

u en

tram

bi i

term

inal

i di R

224

(lato

sin

istr

o) (

+),

e il

mis

urat

ore

di a

lto v

olta

ggio

sul

l’ano

do C

RT

.4.

Con

ferm

are

che

l’alto

vol

tagg

io s

ia 2

1,0

±1

KV

alla

cor

rent

e di

fasc

io d

i ele

ttron

i 0,7

, em

eno

di 2

5,0

KV

alla

cor

rent

e di

fasc

io d

iel

ettr

oni 0

(pe

r 14

pol

lici)

Con

ferm

are

che

l’alto

vol

tagg

io s

ia 2

5,0

±1

KV

alla

cor

rent

e di

fasc

io d

i ele

ttron

i 1,0

, em

eno

di 2

8,0

KV

alla

cor

rent

e di

fasc

io d

iel

ettr

oni 0

(pe

r 21

pol

lic.

Con

ferm

are

che

l’alto

vol

tagg

io s

ia 2

6,0

±1

KV

alla

cor

rent

e di

fasc

io d

i ele

ttron

i 1,1

, em

eno

di 2

9,0

KV

alla

cor

rent

e di

fasc

io d

iel

ettr

oni 0

(pe

r 25

pol

lici).

[RE

GO

LA

ZIO

NE

DI A

MP

IEZ

ZA

-H]

5.S

e l’a

mpi

ezza

H è

trop

po la

rga

o tr

oppo

stre

tta, c

olle

gare

o s

colle

gare

un

filo

inpi

ombo

AJ1

(pe

r 14

/21

polli

ci).

6.R

icon

ferm

are

l’alto

vol

tagg

io.

RE

GO

LA

ZIO

NE

DI C

EN

TR

O-H

1.S

into

nizz

are

il ric

evito

re s

ull’o

scill

ogra

mm

aci

rcol

are.

2.R

egol

are

il ce

ntro

-H s

erve

ndos

i di V

R36

1.

RE

GO

LA

ZIO

NE

DI C

EN

TR

O-V

1.S

into

nizz

are

il ric

evito

re s

ull’o

scill

ogra

mm

aci

rcol

are.

2. If

pic

ture

is n

ot in

ver

tical

cen

tre,

con

nect

or

disc

onne

ct a

lead

wire

JS

501

(per

14

polli

ci).

Reg

olar

e il

cent

ro-V

ser

vend

osi d

i SW

501

(per

21/2

5/28

pol

lici).

RE

GO

LA

ZIO

NE

DE

LL

A D

IME

NS

ION

E-V

1.S

into

nizz

are

il ric

evito

re s

ull’o

scill

ogra

mm

aci

rcol

are.

2.R

egol

are

la d

imen

sion

e-V

ser

vend

osi d

iV

R50

1.

RE

GO

LA

ZIO

NE

DE

LL

A M

ES

SA

AF

UO

CO

Ser

vend

osi d

i FO

CU

S V

R, r

egol

are

il co

ntro

llode

lla m

essa

a fu

oco

per

una

buon

a sc

ansi

one

delle

line

e.

RE

GO

LA

ZIO

NI D

I SE

RV

IZIO

TE

CN

ICO

P

DC

15V

Ten

sion

eA

GC

(4.3

-4.5

V)

Son

da d

i usc

ita

Son

da d

i ing

ress

o

Mar

ker

Fre

q.S

wee

p A

TT

0dB

=17

6mV

rms/

75

RE

GO

LA

ZIO

NE

DE

LR

IVE

LA

TO

RE

IMPOSTAZIONE

R66

4 +

IC20

1-48

pIC

201-

45 p

(Lat

o b)

IC20

1-7

p

38.9

20dB

Reg

ola

zio

ne

Ser

vend

osi d

i T14

1,re

gola

re “

P”

in m

odo

che

sia

di a

mpi

ezza

mas

sim

a.

Fo

rma

d’o

nd

a V

IF

AL

LIN

EA

ME

NTO

DI C

IRC

UIT

O

AL

LIN

EA

ME

NTO

VIF

0.00

2µF

75Ω

1kΩ

a b

10kΩ

Son

da d

i ing

ress

oS

onda

di

usci

ta

38.9

MH

z

Qu

an

do

si

so

sti

tuis

ce

un

a I

C d

i m

em

ori

a (

IC8

02

), è

nec

essa

rio

iniz

ializ

zare

la IC

co

me

seg

ue.

A. I

niz

ializ

zazi

on

e d

i IC

di m

emo

ria

1. S

e si

man

tiene

pre

mut

o il

tast

o P

rog.

+

sull’

appa

recc

hio

TV

e p

oi s

i pre

me

il ta

sto

di R

ichi

amo

sul t

rasm

ettit

ore

RC

,su

llo s

cher

mo

appa

re l’

imm

agin

e se

guen

te.

2. P

rem

endo

il ta

sto

Fun

zion

e, c

onfe

rmar

e ch

e il

num

ero

SE

Tdi

tutte

le v

oci s

ia “

0”.

3. S

e no

n è

“0”,

cam

biar

e su

“0”

per

mez

zo d

el t

asto

Liv

ello

(+/-

). (

Ca

mb

iam

en

to d

el

nu

me

ro S

ET

, m

em

ori

zz

ato

auto

mat

icam

ente

.)4.

Pre

mer

e il

tast

o di

Ric

hiam

o pe

r rit

orna

re a

l mod

o T

V.

Pe

r u

lte

rio

ri i

nfo

rma

zio

ni,

si

pre

ga

di

ved

ere

le

“fu

nzi

on

isp

ecia

li” s

ul m

anua

le d

elle

istr

uzio

ni.

SO

ST

ITU

ZIO

NE

IC D

I ME

MO

RIA

(A

vvis

o im

po

rtan

te)

ITE

M -

1

SE

T

0

Tas

to L

ivel

lo

Reg

olar

e V

R46

2 pe

r ot

tene

re l’

ampi

ezza

H

app

ropr

iata

(pe

r 25

/28

polli

ci).

T14

1

Reg

ola

zio

ne

del

riv

elat

ore

12

3

45

6

78

9

0-/

--

i

PPP

P

TV/

F

X

?

Tas

to d

i Ric

hia

mo

Tas

to F

un

zio

ne

Tas

to P

rog

. +

P

AS

Documents

Colour Television 25MT2A Service Manual - Ningapi.ning.com/.../SanyoEC5A_Chassis.pdf · -2-Service Manual-EC5 Chassis SAFETY PRECAUTION X-RADIATION PRECAUTION The primary source of