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FILE NO.
REFERENCE No.SM5310788L8MAP/XE, US (R)
NOTE: 1. Parts order must contain model number, part number, and description.2. Substitute parts may be supplied as the service parts.3. N.S.P. : Not available as service parts.
Design and specifications are subject to change without notice.
SERVICE MANUAL
Color LCD monitor
CONTENTSSPECIFICATIONS..................................... 41. DISASSEMBLY ..................................... 52. ADJUSTMENT ......................................63. PARTS LIST .........................................8CIRCUIT DIAGRAMS &PRINTED WIRING BOARDS ................. C1
RoHS This product does not contain any hazardous substances prohibited by the RoHS Directive.
WARNING You are requested to use RoHS compliant parts for maintenance or repair. You are requested to use lead-free solder.
(This product has been manufactured using lead-free solder. Be sure to follow the warning given on page 3 when carrying out repair work.)
VMC-L2619P(Product Code : 114 956 09)(Europe, U.K., PAL General)
VMC-L2619(Product Code : 114 956 11)(U.S.A., Canada, NTSC General)
- 2 -
AC VOLTMETER(5000 ohms per volt or more sensitivity)Reading should not exceed 300 mVrms
1500 Ohm10 Watt
0.15uF 150 VACPlace this probe on each
exposed metallic part
Good earth ground such asa water pipe,conduit etc.
Voltmeter Hook-up for Leakage Current Check
AC OUTLET
SAFETY PRECAUTIONS
WARNING:
Service should not be attempted by anyone unfamiliar with the necessary precautions for this recording or playbackequipment. The following precautions are necessary during servicing:
1. Many electrical and mechanical parts in this recorder havespecial safety-related characteristics for providing protec-tion against shock, fire and other hazards. These charac-teristics often go unnoticed in a visual inspection, and theprotection afforded by them cannot necessarily be ob-tained by using replacement components with higherratings (voltage, wattage, etc.).
2. Replacement parts having special safety-related charac-teristics are identified in this manual, and in the schematicdiagrams, by the symbol . These components havevalues that are of special significance to product safety.Should any component (identified by the symbol ) needto be replaced, use only the part designated in the partsList. Do not deviate from the specified resistance, wattage,and voltage ratings.
3. Before returning the set to the customer, always performan AC leakage current check on the exposed metallic partsof the cabinet, such as terminals, screwheads, metaloverlays, etc. to be sure that the set is safe to operatewithout the danger of electrical shock, Plug the AC linecord directly into a 120 V AC outlet. (Do not use a lineisolation transformer during this check.) Use an AC voltmeterwith a sensitivity of 5000 ohms per volt (or more) as follows:Connect a 1500 ohms, 10 watt resistor, paralleled by a 0.15mfd, 150 VAC capacitor, between a known good earthground (water pipe, conduit, etc.) and the exposed metallicparts, one at a time. Measure the AC voltage across the1500 ohms resistor and 0.15 mfd capacitor combination.Reverse the AC plug at the AC outlet and repeat the ACvoltage measurements for each exposed metallic part.The measured voltage must not exceed 300 mVrms. Thiscorresponds to 200 µA AC. Any value exceeding this limitconstitutes a potential shock hazard and must be correctedimmediately.
4. Fuse symbol marks.For CANADA
UNDERWRITERS LABORATORIES Standard
CAUTION "Risk of fire-replace fuse as marked"
For U.S.A.
Fuse rating is marked atadjacent fuse.
Color LCDmonitor
- 3 -
WARNINGDo not use solder containing lead.
This product has been manufactured using lead-free
solder in order to help preserve the environment.
Because of this, be sure to use lead-free solder when
carrying out repair work, and never use solder
containing lead.
Lead-free solder has a melting point that is 30 - 40°C (86 -
104°F) higher than solder containing lead, and moreover it
does not contain lead which attaches easily to other metals.
As a result, it does not melt as easily as solder containing
lead, and soldering will be more difficult even if the
temperature of the soldering iron is increased.
The extra difficulty in soldering means that soldering time
will increase and damage to the components or the circuit
board may easily occur.
Because of this, you should use a soldering iron and
solder that satisfy the following conditions when carrying out
repair work.
Soldering iron
Use a soldering iron which is 70 W or equivalent, and
which lets you adjust the tip temperature up to 450°C
(842°F). It should also have as good temperature recovery
characteristics as possible.
Set the temperature to 350°C (662°F) or less for chip
components, to 380°C (716°F) for lead wires and similar,
and to 420°C (788°F) when installing and removing shield
plates.
The tip of the soldering iron should have a C-cut shape or
a driver shape so that it can contact the circuit board as flat
or in a line as much as possible.
Solder
Use solder with the metal content and composition ratio by
weight given in the table below. Do not use solders which
do not meet these conditions.
Lead-free solder is available for purchase as a service tool.
Use the following part number when ordering:
Part name: Lead-free solder with resin (0.5 mm dia., 500 g)
Part number: VJ8-0270
Metal content Tin (Sn) Silver (Ag) Copper (Cu)
Compositionratio by weight 96.5% 3.0% 0.5%
Note:
If replacing existing solder containing lead with lead-free
solder in the soldered parts of products that have been
manufactured up until now, remove all of the existing solder
at those parts before applying the lead-free solder.
- 4 -
AB
C D E
F
G
H
165 165
(Tilt)
100 (3.9)5 25
(Lift)(Swivel)
SPECIFICATIONS
Display type : SXGA a-Si TFT LCDColor system : PAL/NTSC (Automatic detection)LCD display : 19” active matrix TFT LCD panelViewable size (H x V) : 376 x 301 mm/14.8 x 11.9 in. (4:3)Pixel pitch (H x V) : 0.294 x 0.294 mm/0.012 x 0.012 in.Horizontal resolution : 1280 x 1024, PAL: 620 NTSC: 600 TV lines (Y/C input mode)Viewing angle degree : Left/Right/Up/Down: 80°Scanning frequency : Horizontal 30k - 81kHz, Vertical 56 - 75 HzContrast ratio : 1000:1Brightness : 300 cd/m / 359 cd/ydResponse time Tr/Tf : 1.3/3.7 msDisplay color : 16.7 MDisplay monitor timing : VESA compatible (VGA mode)Display mode : Video A, Video B, S-Video, VGAInput connector Video signal (BNC IN) : Composite sync signal, 1.0 Vp-p, 75 ohms BNC connector x 2 S-Video signal (Y/C IN) : Separate Y/C signal, mini-DIN connector Y signal : 1.0 Vp-p, 75 ohms negative sync C signal : 0.286 Vp-p, 75 ohms negative sync Audio signal (AUDIO IN) : -6.0 dBs (400 mVrms), 2W (1W + 1W) stereo, RCA pin x 2 VGA signal (VGA IN) : VGA monitor connector (15-pin) Red signal, Green signal, Blue signal : 0.7 Vp-p, 75 ohms positive sync
Output connector Video signal (BNC OUT) : Composite sync signal, 1.0 Vp-p, 75 ohms BNC connector x 2 S-Video signal (Y/C OUT) : Separate Y/C signal, mini-DIN connector Y signal : 1.0 Vp-p, 75 ohms negative sync C signal : 0.286 Vp-p, 75 ohms negative syncMenu language : English/ French/ German/ Spanish/ Italian/ Portuguese/ Dutch/ Swedish/ Russian/ Korean/ JapanesePower input : AC 100 V - 240 VOperating condition : Temperature : 0°C - +40°C/32°F - 104°F Humidity : 10 - 90 % (non-condensation)Storage condition : Temperature : -20°C - +45°C/-4°F - +113°F Humidity : 5 - 95 %Power consumption : Approx. 42 W (0.7 A)Weight : Approx. 6.9 kg/15.2 lbs.Dimensions :
2 2
Note
When adjusting the screen tilt, please make sure not to damage the screen.
After adjusting the tilt, check the cables to ensure the monitor is not pulled over.
A B C D E F G H
412 (16.2) 378 (14.9) 303 (11.9) 361 (14.2) 398 (15.7) 37 (1.5) 69 (2.7) 220 (8.7)
Unit: mm (inch)
- 5 -
19
1316
15
14
17
1819
21
20
5
6
7
8
9
10
11
12
12
4
3
1. DISASSEMBLY1-1. DISASSEMBLY
1. Remove the two screws 4 x 10.
2. Remove the ass’y stand P.
3. Remove the three screws 3 x 10.
4. Remove the ass’y cover P-rear.
5. Release the two hooks.
6. Remove the cover jack.
7. Release the two hooks.
8. Remove the shield-lamp.
9. Remove the ass’y chassis shield.
10. Remove the LCD panel.
11. Remove the glass protection.
12. Ass’y cover front.
17. Remove the two screws.
18. Remove the four screws 3 x 8.
19. Remove the screw 4 x 8.
20. Remove the IP board.
21. Remove the MAIN board.
13. Remove the screw 3 x 8.
14. Remove the ass’y IR board.
15. Remove the ass’y FUNCTION board.
16. Cover front.
1-2. BOARD LOCATION
MAIN board
LCD panelIP board
IR board
FUNCTION board
- 6 -
2. ADJUSTMENT This section describes to adjust LCD monitor after replacing FLASH, Main board or Panel.
2-1. Program Upgrade
Change MICOM
If the similer happenings occur, FLASH can be changed
EX1) When screen appears but remote control and function key aren’t working
EX2) When LED is on but the screen doesn’t appear
EX3) After mass production, when the micom program version is up-graded
*FLASH replacement can be done when Service Bulletin issue is in practice.
The process of working need to be prepare on Service Bulletin.
After disassembling the set (refer to SET disassemble), remove the FLASH in the exist IC6003 and replace new FLASH.
-Use appropriate JIG or any sharp tool and place in the both corners to assist in removing.
(Be aware! If the socket cause any damage after replacement the monitor will not function properly.)
-When inserting, attend to IC direction and press with suitable amount of strength.
-After replacement, in case of EEPROM Clear, enter to Factory mode and perform into action.
FLASHUpgraded
- 7 -
2-2. Factory Mode Adjustments
2-2-1. Factory Mode Admission
2-2-2. Service Mode Menu
MUTE 1 8 2 Power on
Calibration
1. AV calibration
2. COMP calibration
3. PC calibration
4. HDMI calibration
White Balance
1. Sub-briteness
2. R-offset
3. G-offset
4. B-offset
5. Sub-contrast
6. R-gain
7. G-gain
8. B-gain
Option Table (Service)
1. Ready
2. Inch option
3. Panel vender
4. Panel type
5. Model option
6. Anynet +
7. Auto power
8. Nordic
9. LNA menu
10. TTX on/off
11. TTX list
12. Carrier must
13. High deviation
14. Volume curve
15. HDMI hotplug
16. HDMI hotplugclkcontrol
17. HDMI hotplugdelay
18. Hotel option
19. Shop mode
20. Color space
21. PC ident
22. Language
23. Ch. table
24. TTX group
25. iDTV country
Adjust
1. V Mute time
2. Dynamic contrast
3. Dynamic dimming
4. Dynamic CE
5. LNA plus
6. Magazine LNA
7. Pixelshift test
8. Debug
9. ACR
10. D-watchdog
11. UART select
12. FBE select
13. Tuner
14. Tuner TOP semco
15. Tuner TOP alps
16. D.Gamma
17. M.Gamma
W/B Movie
1. WB movie
2. Color mode
3. Color tone
4. Msub bright
5. Msub contr
6. W1 R gain
7. W1 B gain
8. W1 R offset
9. W1 B offset
10. W2 R gain
11. W2 B gain
12. W2 R offset
13. W2 B offset
14. NO R gain
15. NO B gain
16. NO R offset
17. NO B offset
18. C2 R gain
19. C2 B gain
20. C2 R offset
21. C2 B offset
22. Movie contrast
23. Movie brightness
24. Movie color
25. Movie sharpness
26. Movie color tone
W1 Warm1 W2 Warm2
NO Normal C2 Cool2
8
3. PARTS LISTLOCATION PARTS NO. DESCRIPTION
CABINET & CHASSIS PARTS1 TFBN96-04945G ASSY COVER P-FRONT2 TFBN67-00186A GLASS-PROTECTION3 TFBN07-00341A LCD-PANEL4 TF6003-000282 SCREW-TAPTYPE (BH,+,-,B,M3,L8,ZPC(BLK))5 TF6003-001439 SCREW-TAPTYPE (BH,+,S,M4,L8,ZPC(WHT))6 TFBN96-04946C ASSY COVER P-REAR7 TF6003-001086 SCREW-TAPTYPE (BH,+,-,B,M3,L12,ZPC(BLK))8 TFBN96-04008P ASSY STAND P9 TFBN63-03284A COVER-JACK10 TFAB94-00152B MAIN PCB11 TFBN44-00137D IP BOARD
ACCESSORIES & PACKING MATERIALSTFAB96-01032A ASSY ACCESSORY (MANUAL USE)TFAB59-00030A REMOCON
1 TFBN83-01230F CKD-POWER CORD,VMC-L2619P ONLY1 TFBN83-01230G CKD-POWER CORD,VMC-L2619 ONLY2 TFBN83-01230J CKD-SIGNAL CABLE3 TFBN69-01783A CUSHION-SET4 TFBN69-01795C BOX-SET
TF6902-001067 BAG PE
9
1
2
34
N.S.P.
N.S.P.
N.S.P.
6
11
10
8
9
5
L8MAQ-US_CAB
7
ACCESSORIES & PACKING MATERIALS
1
4
2
3
CABINET & CHASSIS PARTS
C1
CIRCUIT DIAGRAMS & PRINTED WIRING BOARDS
TABLE OF CONTENTS
OVERALL WIRING, BLOCK DIAGRAMS & CIRCUIT DIAGRAMS Page OVERALL WIRING C3 OVERALL CIRCUIT BLOCK DIAGRAM MAIN BOARD SIGNAL INPUT C4 MAIN BOARD TV PROCESSOR C5 MAIN BOARD SCALAR & MEMORY C6 MAIN BOARD POWER REGULATOR C7 MAIN BOARD SOUND C8 FUNCTION BOARD KEY SWITCH IR BOARD IR RECEIVER IP BOARD POWER SUPPLY C9 IP BOARD INVERTER C10
PRINTED WIRING BOARDS (P.W.B.) MAIN P.W.B. (SIDE A & B) C11 (This manual does not describe the drawing of P.W.B. but Main.)
C2
NOTES:1. All resistance values in "OHMS" unless otherwise noted. (K=1,000 ; M=1,000,000)2. All capacitance values in "µF" unless otherwise noted. p=pico farad ; n=nano farad ; µ ,u or U=micro farad3. All inductance values in "µH" unless otherwise noted. µ ,u or U=micro henry ; m=milli henry
PRODUCT SAFETY NOTICETHE COMPONENTS DESIGNATED BY A SYMBOL ( ) IN THIS SCHEMATIC DIAGRAM DESIGNATES COMPONENTS WHOSE VAL-UE ARE OF SPECIAL SIGNIFICANCE TO PRODUCT SAFETY.SHOULD ANY COMPONENT DESIGNATED BY A SYMBOL NEED TO BE REPLACED, USE ONLY THE PART DESIGNATED IN THE PARTS LIST.DO NOT DEVIATE FROM THE RESISTANCE, WATTAGE AND VOLT-AGE RATINGS SHOWN.
Figure of printed wiring boards
Multilayer board: "Side A" means the view from A side of the board. "Side B" means the view from B side of the board. Singlelayer board: View from the copper-foil side of the board, otherwise noted.
PAL-H-MONITOR-TF
Both and are used as symbol of electrolytic capacitor.
Symbol and symbol are the same meaning.
+
+
A
B
C
D
E
F
G
H
I
J
K
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19
A
B
C
D
E
F
G
H
I
J
K
C3
OVERALL WIRING, BLOCK DIAGRAM & CIRCUIT DIAGRAMSOVERALL WIRING
IP BOARD MAIN BOARD
LCD PANEL
FUNCTION BOARD
BACK LIGHT
POWER SUPPLYINVERTER
SIGNAL INPUTTV PROCESSORSCALAR & MEMORYSOUNDPOWER REGULATOR
IN10
1
CN
201
CN
400
CN20
1-CN
204
CN20
8, C
N210
CN
100
AC85V-264VPOWER IN
CN1,CN2,CN3,CN4 CN702
CN500 CN111
W1-L8MAQ-P-ALL
VIDEO A
VIDEO B
S-VIDEO
VGA
AUDIO A
AUDIO B
CN20
5,CN
206
IR BOARD
SPEAKER_L SPEAKER_R
CN1
CN2CN3
CN1
SCALAR & MEMORY
POWERREGULATOR
SIGNAL INPUTSOUND
SIGNALINPUT
SIGNALINPUT
SIGNALINPUT
SIGNALINPUT
+9V+5V+3.3V+2.5V+1.8V+1.25V+1.2V+13V
IC6002TV PROCESSOR
COMB FILTERVIDEO DECODERAUDIO SELECTORSYSTEM CONTROL
IC702SCALAR
DE-INTERLACENOISE REDUCTION
SCALINGLVDS DRIVE
IC302EEPROM
IC6004EEPROM
IC701DDR SDRAM
FUNCTION BOARDKEY SWITCH
MAIN BOARD
IR BOARDIR RECEIVER
SPEAKER_RSPEAKER_L
IC201AUDIO AMP
SWITCHING REGULATORU101, TF101
INVERTERU1, T1
VCC
VIDEO A
VIDEO B
AUDIO B
AUDIO A
S-VIDEO
VGA
POWER INAC85V-264V
LCDPANEL
IC101, IC103, IC104IC106-IC109
POWER REGULATOR
CN1, CN2, CN3, CN4
IP BOARD
CN
208,
CN
210
CN
100
CN205
,CN206
CN
201-
CN
204
IN10
1
CN
400
CN
201
CN111 CN500
CN
702
BACKLIGHT
BDM1-L8MAQ-P-ALL
OVERALL CIRCUIT BLOCK DIAGRAM
A
B
C
D
E
F
G
H
I
J
K
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19
A
B
C
D
E
F
G
H
I
J
K
C4
MAIN BOARD SIGNAL INPUT
RED
WH
ITE
RED
WH
ITE
AUDIO
PC_INPUT
S-VIDEO
FUNCTION
CVBS
6
MGND1
MGND2
CN111JE204-B1.25-5T6
12345
DDC_VCC
XREF
XREF
4.7KohmR1215
1/10W
R12030ohm
D1205CDS3C05GTA
75oh
mR
301
CDS3C05GTAD1207
D311
10V
C11241uF
1 2
3
MMBD4148SED1202
25V
C302100nF
1/10
WR
368_
OP
2Koh
m
TP3361
CB1608GA180TBD303
100ohm
R31622ohm
D309
R314R319 0ohm
10Kohm
XREF
XREF
1.5nF
R1223
4
5
6
1.5nFC1207
50V 50V
C1208
UJB-02-20ACN210
1
2
3
R321 100ohm
R1204
10KohmR1224
R1222
10Kohm
1
2
3
4
5
6
10Kohm
R307
CN208UJB-02-20A
12
3
22ohm
XREF
DDC_VCC
BZX84C5V6LT1D313
D1208CDS3C05GTA
56
BZX8
4C5V
1D
1145
12
3
D11
47Q
ZX36
3C5V
6
1 2 34
D308
VLZ5V6B
R30
275
ohm
50V100pF
A5V
D310
C307
1/10WR1220 0ohm
1
R123310Kohm
100ohmR12181/10W
R346_DE
TP33
1
1
10Kohm
25V100nFC510
TP343
1.5nF
1
1.5nFC1206
50V50V
C1205
TP342
D301
1 23
D312
1 23
CDS3C05GTAD1209
XREF
D302
0ohmR1210
A13V
TP337
1
XREF
XREF
10Kohm
100ohmR367_OP
1/10W
R1221
10V
XREF
XREF
XREF
XREF
0ohmR12191/10W
1uFC1123
R30
410
Kohm
C306
50V100pF
CDS3C05GTAD1206
100nF16V
C512
R51
4
1.5Kohm
R51
3
10nF
R51
5
C51147uF16V
50V
C509
BD501
2Koh
m
R36
9_O
P1/
10W
50V
C33
0_O
P
100p
F
SDA56 SCL
MODE,/WC78 VCC
50V
C33
1_O
P
22pF
IC3021E02E1
3E2
VSS4
MG
ND
3
75ohmR1207
1/10W
AT24C02N-10SC
HXC0330-01-210CN204
1
23
MGND1
MG
ND
2
1
CN203HXC0330-01-210
1
23
MGND1
MG
ND
2M
GN
D3
MG
ND
3
TP334
HXC0330-01-210CN202
1
23
MGND1
MG
ND
2
CN201HXC0330-01-210
1
23
MGND1
MG
ND
2M
GN
D3
1
DDC_VCC
100ohmR1174 1/10W
R30
5 TP333
2345
678
9
10Ko
hm
10Kohm
USJ-AG-001CN206
1
1011
R1202
R1201
D303
1 23
A5V
10Kohm
100ohm
MM
BD41
48SE
TP3301
R312
67
1/10WR366_OP
100ohm
USJ-AG-027CN205
1
2345
R34510Kohm
R30847ohm
SPEC_STRESS_1E
BC
47ohmR306
Q302KTC3875S-Y
1
CB1608GA180TBD301
1
TP332
1
TP335
TP338
A5V
KDS184D325
75oh
m
0ohmR311
R3474.7Kohm
R30
3 10000nF10V
BD302 CB1608GA180T
C301
8
9
MGND1
MGND2
1/10W
R121675ohm
11
12
13
14
15
2
3
4
5
6
7
D1211
SBFR151-D02-1-NPCN100
1
10
D1210CDS3C05GTA CDS3C05GTA
A5V
A13V
XREF
75ohmR1217
1/10W
E
BC
R5164.7Kohm
3
A5V
SPEC_STRESS_1KTC3875S-Y
Q501
D1204MMBD4148SE
1 2
1/10W
R121475ohm
VIDEO_A_IN
VIDEO_B_IN
LEDGRN
VIDEO_A_ALIN
VIDEO_A_ARIN
VIDEO_B_ALIN
VIDEO_B_ARIN
CHK_SVIDEO
SIDE_SVHS_C
SIDE_SVHS_Y
POWER_KEY_IN
KEY_INPUT2KEY_INPUT1
PC_5V
SDA_TXDSCL_RXD
DDC_WP
PC_5V
IDENT_PC
PC_RED
PC_GREEN
PC_BLUE
PC_H_SYNC
PC_V_SYNC
DDC_WP_MSTAR
DDC_WP
CDS3C05GTAD1201
CDS3C05GTAD1203
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
TO TV Processor
TO TV Processor
TO TV Processor
TO TV Processor
TO TV Processor
TO TV Processor
TO TV Processor
TO TV Processor
TO TV Processor
TO TV Processor
TO TV Processor
TO TV Processor
TO TV Processor
TO TV Processor
TO TV Processor
TO TV Processor
EEPROM
TO FUNCTION BOARD
MAIN (SIGNAL INPUT)SIGNAL_L8MAQ_P_ALL
TO VGA
S-VIDEO
S-VIDEO
VIDEO B
VIDEO B
VIDEO A
VIDEO A
AUDIO A
AUDIO B
A
B
C
D
E
F
G
H
I
J
K
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19
A
B
C
D
E
F
G
H
I
J
K
C5
MAIN BOARD TV PROCESSOR
Mem
ory
Ref
. Vol
tage
Con
trol
SPI_D0
I2C Chip Debug
PWM0
SPI_D0
SPI_CK
SPI_CZ
SPI_D1
SPI_D1
PWM1
SPI_CZ
PWM3
WP_FLASH SPI_CK
EEPROM_WP
PWM2
A3.3V_ADC
C60
8710
V
10V
C60
86
390ohmR6039
C6011100nF25V
1MohmR6011
R6042 0ohm
A3.3V_MEMPLL
100n
FC
6099
25V
A3.3V_M
25V100nFC6017
25V100nF
C6010
25VC6068 100nF
25VC6048100nF
100nF25V
C6092
1 23 45 67 8
10Ko
hm
10KohmRA6025
TP611
1
R60
07
C6093
16V
100nF
TP6121
A3.3V
A3.3V_AU
A3.3
V_AU
A3.3V_SIF
A3.3V_DVI
-BD6006
10V
C608
5
-BD6004
1nFC6039 50V
12
34
56
78
100o
hmR
A600
6
1/16
W
10Ko
hmR
6010
1/10
W
Q6005E
BC
0ohmR6052
SPEC_STRESS_1KTC3875S-Y
56
78
47nFC6040 25V
100o
hmR
A602
9
1/16
W
124
A234
VSS5
SDA
SCL67
WP
8VCC
IC6004AT24C256BN-10SU-1.8
A01
A12
C6051100nF25V
A3.3V_VDDP
A2.5V_DDR
25VC6066 47nF
1 23 45 67 8
5 67 8
100ohmRA6020
1/16W
RA6019100ohm
1 23 4
R6056
0ohm
1/16W
C6002100nF
25V
12
34
56
78
1/16
W
RA6
008
47oh
m
R6033 R60344.7Kohm
100nFC6029
4.7Kohm
VDDM
A2.5V_DDR
25V
10Ko
hmR
6082
1/10
W
8
A3.3V
C6005100nF25V
RA602675ohm
1 23 45 67
25V100nFC6007
100ohmR6066
A3.3V
25VC6065 47nF
25V100nFC6033
100nF25V
C6030
R6068
0ohm
A1.2V_VDDC
25V100nFC6076
9.1KohmR6078
1/10
W
A3.3V
C6072100nF25V
25V100nFC6004
A3.3V_M
50V
22pF
C60
15
100nFC6022
25V
3.3KohmR6074
67
8
100nFC6044 25V
10Ko
hm
12
34
5
12
34
56
78
A3.3V_MEMPLL
RA60
04
78
10Ko
hmRA
6016
10Ko
hmRA
6018
12
34
56
R60
082.
2Koh
m
23 45 67 8
67 8
75ohmRA6027
1
75ohmRA6024
1 23 45
12
34
56
78
5 67 8
47oh
m
RA6
009
1/16
W
100ohmRA6021
1/16W
1 23 4
100nF25V
C6026
16V
C602810uF
100nF
C6056100nF
25V
67
HOLD#
VCC8
C6027
25V
CS#1
SO2
WP#34
GND5
SI
SCLK
1/10WR6031 10Kohm
IC6003MX25L1605DM2I-12G
C6075100nF25V
1
10uFC6025
16V
1TP608
1
TP606
C602010uF
TP6006
C6012
16V
16V
C6108100nF25V
10uF100nFC6016
100ohm
25V
GPI
OF[
7]97
GPI
OF[
8]98
GPI
OF[
9]99
VDD
P
MGND1
R6020
GPI
OF[
0]
9RXACKN
90G
PIO
F[1]
91G
PIO
F[2]
92G
PIO
F[3]
93G
PIO
F[4]
GPI
OF[
5]94 95
GPI
OF[
6]96
AUO
UTL
382
AUO
UTR
383
AUO
UTL
284
AUO
UTR
285
AUO
UTL
186
AUO
UTR
1
AUO
UTL
087
AUO
UTR
088 8974
AUR
175
AUC
OM
76AU
L277
AUR
278
AUL3
79AU
R3
DDCDB_CK8
80AU
MO
NO
81
AUVR
EAD
N68
AUVR
ADP
69AU
VREF
7DDCDB_DA
70AV
DD
_AU
71AU
L072
AUR
0
AUL1
73
HPLUGB
60CVBSOUT0
61GND
62SIF0P
63AVDD_SIF
64SIF1P
65SI
FM
GN
D66 67
52 CVBS353
CVBS254
CVBS155
VCOM156
CVBS057
VCOM058
AVDD_ADC59 CVBSOUT1
6
45 SOGIN246 GIN2P
RIN2P4748
C149
Y1
5RXB2P
50 C051
Y0
RIN0P39 AVDD_ADC
4 RXB2N
40 GND41 HSYNC042 VSYNC043 VSYNC244 BIN2P
SOGIN1
31 GIN1P32 RIN1P33 VCOM334 BIN0P35 VCOM236 GIN0P37 SOGIN038
254
AVD
D_D
VI
255
RXB
0N
256
RXB
0P
26 VCLAMP27 REFP28
REFM29 BIN1P
GND3
30
DI[1
3]
248
HW
RES
ET
249
XOU
T25
VSYNC1
250
XIN
251
AVD
D_M
PLL
252
RXB
CKN
253
RXB
CKP
HSYNC1
240
VDD
C
241
GN
D
242
DI[8
]
243
DI[9
]
244
DI[1
0]
245
DI[1
1]
246
DI[1
2]
247
232
DI[1
]
233
DI[2
]
234
DI[3
]
235
VDD
P
236
DI[4
]
237
DI[5
]
238
DI[6
]
239
DI[7
]
24
225
GPI
OE[
1]
226
GPI
OE[
0]
227
ICLK
228
IDE
229
IHSY
NC
23DDCDA_CK
230
IVSY
NC
DI[0
]23
1
218
LVB1
M
219
LVB0
P
22 DDCDA_DA
220
LVB0
M
221
VDD
P
222
GN
D
223
GPI
OE[
3]
224
GPI
OE[
2]
210
NC
211
LVB3
P
212
LVB3
M
213
LVBC
KP
214
LVBC
KM
215
LVB2
P
LVB2
M21
6LV
B1P
217
LVA1
P
LVA1
M20
420
5LV
A0P
206
LVA0
M
207
VDD
P
208
GN
D
209
NC
21REXT
197
LVA3
P
198
LVA3
M
199
LVAC
KP
2 RXB1P
20 HPLUGA
200
LVAC
KM
201
LVA2
P
202
LVA2
M
203
RXA2P
190NC
191PWM2
192PWM3
193
VDD
C
194
VDD
P
195
NC
196
NC
182IRIN
183VDDP
184GND
185VDDC
186GPIOB[4]
187GPIOB[5]
188GPIOB[6]
NC189
19175176
PWM1
177DDCR_DA
178DDCR_CK
179DDCA_DA
18 RXA2N
180DDCA_CK
181INT
168SDI
169CSZ
17 GND
170SDO
171SAR0
172SAR1
173SAR2
174SAR3
PWM0
160AD[6]
161AD[7]
162WRZ
163RDZ
164ALE
165VDDP
166GND
167SCK
153MADR[11]
154AD[0]
155AD[1]
156AD[2]
157AD[3]
158AD[4]
159AD[5]
RXA1P16
MADR[7]
147VDDM
148GND
149VDDC
15 RXA1N
150MADR[8]
151MADR[9]
152MADR[10]
139MADR[0]
14AVDD_DVI
140MADR[1]
141MADR[2]
142MADR[3]
143MADR[4]
144MADR[5]
145MADR[6]
146
131BADR[1]
132BADR[0]
133RASZ
134GND
135VDDM
136AVDD_MEMPLL
137CASZ
138WEZ
124
DQ
S[0]
125
LDQ
M12
6U
DQ
M12
7M
VREF
128
MC
LKE
129MCLKZ
13 RXA0P
MCLK 130
117
MD
ATA[
5]11
8M
DAT
A[4]
119
VDD
M
12RXA0N
120
MD
ATA[
3]12
1M
DAT
A[2]
122
MD
ATA[
1]12
3M
DAT
A[0]
GND
110
MD
ATA[
10]
111
MD
ATA[
9]11
2M
DAT
A[8]
113
GN
D11
4VD
DM
115
MD
ATA[
7]11
6M
DAT
A[6]
DQ
S[1]
103
MD
ATA[
15]
104
MD
ATA[
14]
105
GN
D10
6M
DAT
A[13
]10
7M
DAT
A[12
]10
8VD
DM
109
MD
ATA[
11]
11
MST69981CLDIC6002
1RXB1N
10 RXACKP
100
GN
D10
1VD
DC
102
IC6001KIA7042AF-RTF
1
2
3
C6054100nF25V
67 8
A3.3V
RA6022100ohm
1 23 45
0ohm
TP6131
TP609
1
10KohmR6079
R6041 0ohm
A3.3
V_M
PLL
-BD6009
67
8
100ohmR6045
1/16
W
RA6
005
100o
hm
12
34
5
C6036 100nF25V
100nF25V
C6021
C6006100nF25V
VDDM
R60
092.
2Koh
m
100ohmR6064
25VC6069 47nF
R6043 100ohm
47nF
22pF
C60
14
50V
25VC6038
100nFC6052
C6042 100nF25V
100ohm
VDDC
25V
R600547Kohm
R6061
470ohmR6046
8
BD6005-
1/16
WR
A601
510
0ohm
12
34
56
7
TP_GND11
TP_600111
TP_SDA
1
TP_SCL
A3.3V_ADC
A3.3V_M
TP603
-BD6002
A3.3V
47nFC6064 25V
R6060 100ohm
47nFC6041 25V
10uFC6031
16V
R60
0110
Kohm
A3.3V
10V
4.7u
FC
6088
A3.3V_DVI
R60
1210
0ohm
12
34
56
78 2
34
56
78
1/16
W
RA60
0110
Kohm
10Ko
hmRA
6002
1
VDDC
10uFC6001
16V
67
8
HC-49/S-SMD(14.31818MHZ)14.31818MHz
X6001
10Ko
hm1
23
45
1/10W
R6088 0ohm
RA60
03
12 4
3 56
78
1/16
W
RA6
007
0ohm
100o
hmA3.3V
25V100nFC6055
45 67 8
R60
14
RA603210Kohm
1 23
78
TP607
1
12
34
56
0ohmR60871/10W
1/16
W
RA6
012
47oh
m
C6071100uF16V
-
BD6008-
BD6007
100ohmR6059
10V
1000
0nF
C60
13
C6037 100nF
25V
C6032
12
34
56
78
100nF25V
10Ko
hmRA
6017
45
67
8
C6077100nF25V
1/16
W
RA6
010
47oh
m1
23
C6074100nF25V
8
C609110000nF10V
1 23 45 67
100ohmR6019
100ohmRA6023
BD6001-
A3.3V_SIF
25V
C60
1910
0nF
BD6003-
C6053100nF25V
25VC6063 47nF
1
100ohmR6062
TP605
1
TP602
A5V
A5V
4.7uFC6089
10V
CN6001
1234
R6047_DE 100ohm
A3.3V
SMW200-04P(P)
100nFC6035
10V1uF
C6090
25V
R6021
100ohmR6076
100ohm
R6044
16V
C600910uF
A3.3
V_VD
DP
100ohm
67
8
100o
hmR
6013
RA6
028
100o
hm
12
34
5
34
56
78
R6077 100ohm
78
47oh
m
RA6
011
1/16
W
12
1/16
W1
23
45
6
C6003100nF25V
100o
hmR
A601
4
C6050
16V10uF
4.7Kohm
100nF25V
C6024
R6073
A3.3V_VDDP
100nFC6023
25V
25V
100nFC6078
56
78
16V100uFC6034
47oh
mR
A601
3
1/16
W
12
34
R60
69 0ohm
1
A3.3V_ADC
A3.3V_DVI
VDD
C
TP601
1
TP6041n
F
C608
425
V
C61
0050
V
10Ko
hmR
6002
C6008100nF25V
A3.3V_DVI
3.3KohmR6075
A3.3V_MPLL
TP6101
100ohmR6048
25V100nFC6073VIDEO_A_IN
CH
K_SV
IDEO
SDA1SCL1
R60
06_O
P10
Kohm
AUSD
IR
WATCH_DOG
SDA_TXDSCL_RXD
WP_FLASH
IDEN
T_PC
POWER_KEY_IN
SW_I
NVE
RTE
R
AUM
CKO
AUW
SAU
SCK
SCL_EEPROMSDA_EEPROM
SPI_CKSPI_D1
SPI_CZSPI_D0
EEPR
OM
_WP
RES
ET_F
BE
EEPROM_WP
PC_V_SYNCPC_H_SYNC
VID
EO_A
_ALI
NVI
DEO
_A_A
RIN
UAR
T_SE
L2
POW
ER_O
NS_
AMP_
MU
TE
WP_
FLAS
H
AMP_
RES
ET
DQ
S0LD
QM
UD
QM
VID
EO_B
_ALI
NVI
DEO
_B_A
RIN
KEY_INPUT1KEY_INPUT2
SW_PVCCDDC_WP_MSTAR
CKE
RASZBA0BA1
CASZWEZ
SPI_CKSPI_D1SPI_CZSPI_D0
UART_SEL1LEDGRN
SDA_TXDSCL_RXD
SCL_EEPROMSDA_EEPROM
PC_BLUE
PC_RED
MCLKMCLKZ
DQ
S1
LV_E(9)LV_E(8)LV_E(7)LV_E(6)LV_E(5)LV_E(4)LV_E(3)LV_E(2)LV_E(1)LV_E(0)
SIDE_SVHS_Y
PC_GREEN
SIDE_SVHS_C
VIDEO_B_IN
MD
ATA(
8)M
DAT
A(9)
MD
ATA(
10)
MD
ATA(
11)
MD
ATA(
12)
MD
ATA(
13)
MD
ATA(
14)
MD
ATA(
15)
LV_O
(0:1
1)
LV_O(11)LV_O(10)
LV_O(9)LV_O(8)LV_O(7)LV_O(6)LV_O(5)LV_O(4)LV_O(3)LV_O(2)LV_O(1)LV_O(0)
LV_E
(0:1
1)
LV_E(11)LV_E(10)
MADR(0:11)
MADR(0)MADR(1)MADR(2)MADR(3)MADR(4)MADR(5)MADR(6)MADR(7)
MADR(8)MADR(9)
MADR(10)MADR(11)
MD
ATA(
0:15
)
MD
ATA(
0)M
DAT
A(1)
MD
ATA(
2)M
DAT
A(3)
MD
ATA(
4)M
DAT
A(5)
MD
ATA(
6)M
DAT
A(7)
IN
GND
OUTGND
4.7u
F
4.7u
F
4.7u
F
100n
F
R60
701/
16W
LOCATE THEM TO WRITEIN BOTTOM PCB
TO Signal Input
TO Signal Input
TO S
igna
l Inp
ut
TO S
igna
l Inp
ut
TO S
cala
r & M
emor
y
TO S
cala
r & M
emor
y
TO S
cala
r & M
emor
y
TO Scalar & Memory
TO Scalar & Memory
TO Sound
TO Signal InputTO Signal Input
TO Power Regulator
TO Signal Input
TO Signal Input
TO Sound, Scalar & Memory
TO Scalar & Memory
TO S
ound
TO P
ower
Reg
ulat
or
TO P
ower
Reg
ulat
or
TO S
ound
TO S
cala
r & M
emor
y
TO S
cala
r & M
emor
y
TO S
cala
r & M
emor
y
TO S
ound
TO Signal Input
FLASH MEMORY
EEPROM
TV PROCESSOR
VOL. DETECTOR
MAIN (TV PROCESSOR)TV_L8MAQ_P_ALL
A
B
C
D
E
F
G
H
I
J
K
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19
A
B
C
D
E
F
G
H
I
J
K
C6
-> CCFL
I2C Chip Debug
MCLKZ
MCLK
Close to Memory
* INPUT SEL : H-TTL, L-LVDS
-> FFL
*LCD PANEL OPTION
FBE DEBUG
620 ohm22 ohm
R2281_OP
DDR
* MODE-SEL : H-FHD, L-HD
FBE
100nF25V
C710100nF25V
C709
C72
510
0nF
PLL_AVDD12D
25V
R747100ohm
100n
FC
738 25
V
*12345
VDD_DDR
VDDQ_DDR
R713
CN701_TEST
50V
B9V
0ohm
6566VSS
DQ378 DQ49
VDDQ
1nF
C74
9
VSSQ
59DQ11
6VSSQ
DQ126061
VDDQ
62DQ13DQ14
6364VSSQ
DQ15
NCUDQS
5152
VSSQ
53NC
DQ854
VDDQ 55DQ9
56DQ10 57
58
NCCKE
44CK4546
/CK
47UDMVSS 48
49VREF
5DQ2
50
3637
A6
38A7A8 39
4DQ1
A940
A11 41NC
4243
A0
VDDQ3
A130
A23132
A333 VDD VSS 34
35A4A5
/WE/CAS
22
/RAS2324 /CS25
NCBA026
BA12728 A10/AP29
VDDQ15
LDQS1617 NC
VDD18
NC19
DQ02
LDM2021
IC701
1 VDD
DQ510
DQ61112 VSSQ13
DQ7NC
14
1/RESET,RESET
2GND
3VDD
B3.3VD
EM6A9160TS-5GM
IC705RT9818C-42PV
67 8
10nF
C73
1 50V
22ohmRA707
1 23 45
R718_DE4.7Kohm
100ohmR704
3
30
456789
20212223242526272829
1
10111213141516171819
2
R1_RING SMW200-30CCN702
1nF
C72
1 50V
100nFC707
R705 100ohm1/10W
A2.5V_DDR
16V
R731100ohm
R755
4.7Kohm1/10W
25V
C74
010
0nF
3 45 67 8
33ohmRA701
1/16W
1 2
4.7KohmR719_DE
R7403.3Kohm
A2.5V_DDR
TP702
1
TP7011
67 8
50VC735 560pF
1/16W
1 23 45
50V
C72
01n
F
RA704
33ohm
22ohmRA705
1 23 45 67 8
50VC734 5.6nF
1/10
W
R70
8
1Koh
m
25V
C74
210
0nF
-
BD707
100ohmR712
1
100ohmR733
TP722
1
TP721TP720
11 TP706
1
0ohm
TP705
100ohmR729
R728
R750 0ohm
TP703
1
R75
24.
7Koh
m
TP704
1
R726100ohm
TP707
1
100ohmR743
TP708
1
R738470ohm
R7481Kohm
50V10
nFC
729
B3.3VD
C75110nF50V
TP717
1
AVDD3.3P
TP718
11 TP716
11
TP715
TP711
1
TP713
-BD702
10uF16V
C708
BD704ACB2012L-015-T
B3.3VD
C703
25V100nF
100n
FC
728 25
V
DPLL_AVDD12D
R7341Kohm
TP709
1
PANEL_VCC
R7112Kohm
22ohmR730
7 8
100n
FC
724 25
VRA70822ohm
1 23 45 6
IN1+34
VEE5
IN2+IN2-
67
OUT2VCC
8
AVDD3.3P
IC704LM358D
OUT11
IN1-2
50V
C71
910
nF50
V
C71
810
nF
R3_RING
R741100ohm
10nF
C71
7 50V 1n
FC
722 50
V
B3.3VD
KDS184
B13V50
V
C75
01n
F
D702
0ohm
A5V
B3.3VD
0ohm
R710_TEST
VDDQ_DDR
R722_FBE
R749100ohm
5 67 8
100n
FC
730 25
V
33ohm
RA702
1/16W
1 23 4
C701
16V10uF
DPLL_AVDD12A
50V
C73
910
nF
R714 0ohm
C753100nF16V
100nF25V
C712
100n
FC
723 25
V
10nF
0ohmR751
T9 G_DIN4
50V
C74
1
OUT_FN_EVENT16
T2IN_5P_EVEN
B_DIN0T3
B_DIN3T4
T5B_DIN6
T6B_DIN9
DATA_IN_ENBT7
G_DIN1T8
R9G_DIN3
T1IN_5N_EVEN
G_DIN5T10
T11G_DIN8
R_DIN1T12
T13R_DIN4
R_DIN7T14
T15OUT_FP_EVEN
OUT_EP_EVEN R15R16
OUT_EN_EVEN
IN_4P_EVENR2
B_DIN2R4
R5 B_DIN5
B_DIN8R6
VSYNC_INR7
R8G_DIN0
CLKP8
G_DIN2P9
R1IN_4N_EVEN
G_DIN6R10
R11 G_DIN9
R12R_DIN2
R_DIN5R13
R14 R_DIN8P14
R_DIN9
P15OUT_DP_EVEN
OUT_DN_EVENP16
P2IN_CLKP_EVEN
P4B_DIN1
B_DIN4P5
B_DIN7P6
P7 HSYNC_IN
N15OUT_CLKP_EVEN
OUT_CLKN_EVENN16
N2 IN_3P_EVEN
IN_CLKN_EVEN P1
G_DIN7P10
R_DIN0P11
R_DIN3P12
P13R_DIN6
L15OUT_BP_EVEN
OUT_BN_EVEN L16
L2IN_1P_EVEN
M1IN_2N_EVEN
OUT_CP_EVENM15M16OUT_CN_EVEN
IN_2P_EVENM2N1
IN_3N_EVEN
F16OUT_EN_ODD
F2IN_5P_ODD
OUT_FP_ODD G15
OUT_FN_ODDG16
H1 PLL_FILTER
K15OUT_AP_EVEN
OUT_AN_EVEN K16
L1 IN_1N_EVEN
OUT_CLKN_ODDD16
D2IN_CLKP_ODD
E1IN_4N_ODD
OUT_DP_ODDE15E16OUT_DN_ODD
E2IN_4P_ODD
IN_5N_ODDF1
OUT_EP_ODDF15
OUT_CN_ODD C16
C2IN_3P_ODD
C4I2C_SDA
C5I2C_ADDR0
TESTMODE3 C6
PLL_EXTC7
IN_CLKN_ODDD1
D15OUT_CLKP_ODD
B5SCANEN
PLL_EXT_DITHERB6 B7
TESTMODE1
TESTMODE0B8
B9 INPUT_SEL
IN_3N_ODDC1
TEST4C11
C15OUT_CP_ODD
TEST5 B11
B12TEST2
TEST0B13
ANA_DIMINGB14
B15OUT_BP_ODD
B16OUT_BN_ODD
B2IN_2P_ODD
B4I2C_SCL
I2C_ADDR1A4
A5NRESET
A6TESTMODE2
A7CLK_EXT
CLK_OUTA8
A9MODE_SEL
IN_2N_ODDB1
TEST7 B10TEST8
A10
TEST6A11
A12TEST3
TEST1A13
PWM_DIMINGA14
OUT_AP_ODDA15A16
OUT_AN_ODD
A2IN_1P_ODD
IC702-1S4LF119X01
IN_1N_ODD A1
DPLL_AVDD12A
0ohmR709_TEST
R725_HD4.7Kohm
R3_RING
33ohmR7021/10W
R7423.3Kohm
C73
310
nF
100ohmR736
50V
10nF
C71
6 50V
0ohmR715
10nF
C73
7 50V
VDD_DDR
TP712
1
100n
F
25V
C72
6C705
25V100nF
R721_FHD4.7Kohm
AVDD12IA
R1_RING
1
0ohmR723_FBE
1
TP710
BD703ACB2012L-015-T
TP714
23 45 67 8
RA70622ohm
1
100nF25V
C713
25V100nF
1/10WR7039.1Kohm
5 67 8
C711
22ohmRA709
1 23 4
1nF
C70650V
FT701-
A1
B2
1
10V
C75410000nF
TP719
4.7Kohm
B3.3VD
10V10000nF
C715
R737
50V
C74
410
nF
C702
25V100nF
50V
C74
510
nF
PLL_AVDD12D
-
DPLL_AVDD12D
B1.25VD
C752100uF16V
BD701
23 45 67 8
33ohmR706
1/16W
1
BD705ACB2012L-015-T
R75
32.
2Koh
m
R70
710
Kohm
1/10
W
B5V
1/10WR701 33ohm
R732100ohm
100ohmR735
B1.25VD
10V
100nF25V
C704
C74310000nF
100ohmR745
N5
PWR_R3_RINGN6N7
PWR_R3_RING
N8PWR_R3_RING
GND_R_RINGN9
AVDD33A_2 P3
R3AVSS33A_2
PLL_AVDD12A
PWR_R1_RING
GND_R_RINGN10
PWR_R1_RINGN11
N12PWR_R1_RING
N13GND_R_RING
N14 AVSS12IA_1
AVSS33P_2N3
PWR_R1_RINGN4
PWR_R1_RING
K9 GND_R_RING
PWR_R1_RINGL13
AVDD33A_3L14
L3AVDD33D_2
L4PWR_R1_RING
PWR_R3_RINGM13
M14AVDD12IA_1
AVDD33P_2M3
M4
GND_R_RING
K13PWR_R1_RING
AVSS33A_3K14
K2AVDD12D_2
K3AVSS12D_2
K4GND_R_RING
GND_R_RINGK7GND_R_RING
K8
AVDD12IA_2
AVSS12A_2J2
AVDD12A_2J3
PWR_R3_RING J4
GND_R_RINGJ7
GND_R_RINGJ8J9
GND_R_RING
K1 AVSS33D_2
K10
H7 GND_R_RING
GND_R_RINGH8
GND_R_RINGH9
AVBBD_2J1
GND_R_RINGJ10
PWR_R1_RINGJ13
J14AVDD33A_4
J15AVSS33A_4
J16
GND_R_RING
H13GND_R_RING
H14GND_R_RING
H15AVDD33A_5
AVSS12IA_2H16
AVSS12D_1H2H3
AVBBD_1
H4AVDD12D_1
PWR_R3_RING
G14AVSS33A_5
AVSS12A_1G2
AVDD12A_1G3
GND_R_RINGG4
G7GND_R_RING
GND_R_RINGG8
GND_R_RINGG9
H10
E3
E4PWR_R1_RING
PWR_R3_RINGF13
AVDD33A_6F14
F3AVDD33A_1
PWR_R1_RING F4
G1AVBBA
G10GND_R_RING
G13
D4D5
GND_R_RING
D6PWR_R3_RING
D7PWR_R3_RING
D8 GND_R_RING
D9 GND_R_RING
E13PWR_R1_RING
E14 AVSS33A_6
AVSS33A_1
C8
GND_R_RINGC9
GND_R_RINGD10
PWR_R1_RINGD11
D12PWR_R1_RING
PWR_R1_RINGD13D14PWR_R1_RING
D3AVSS33P_1
GND_R_RING
AVSS33D_1A3
AVDD33D_1 B3
GND_R_RINGC10
C12PWR_R1_RING
PWR_R1_RINGC13
C14PWR_R1_RING
AVDD33P_1 C3
PWR_R3_RING
S4LF119X01IC702-2
R744 10Kohm
C73610000nF
10V
10nF
C72
7 50V
0ohmR724_FBE
R739100ohm
10nF
C74
6 50V
23 45 67 8
B3.3VD
1/16W
RA70333ohm
1
C73
210
0nF
4.7KohmR720_DE
AVDD12IA
25V
470o
hm
PLL_AVDD12A
D70
1VL
Z5V6
BR
754
50V
C74
810
nF
10nF
C74
7 50V
0ohmR746
ACB2012L-015-TBD706
100ohmR727
C714
25V100nF
MCLK
MCLKZ
WATCH_DOG
MADR(5)
MADR(0:11)
MDATA(0)
MDATA(1)
MDATA(3)MDATA(4)
MDATA(5)MDATA(6)
MDATA(7)
MDATA(0:15)
MCLKZMCLKCKE
MADR(4)
DQS0
LDQM
MDATA(2)
MADR(11)MADR(9)MADR(8)MADR(7)MADR(6)
I2C_ADDR1
LV_O(1)
FBE_ODD_TX0-FBE_ODD_TX0+
PWM_DIMMING_FBE
LV_O(0)
LV_O(7)
SDA1SCL1
FBE_SCL1FBE_SDA1
PLL_FILTER
FBE_ODD_TX5-FBE_ODD_TX5+
LV_O(11)
FBE_ODD_TX4-FBE_ODD_TX4+
LV_O(10)LV_O(9)
FBE_ODD_TX3-FBE_ODD_TX3+
LV_O(8)
FBE_ODD_TXCLK-FBE_ODD_TXCLK+
LV_O(6)
I2C_ADDR0
LV_O(5)
FBE_ODD_TX2-FBE_ODD_TX2+
LV_O(4)
INPUT_SEL
LV_O(3)
FBE_ODD_TX1-FBE_ODD_TX1+
ANA_DIMMING_FBE
LV_O(2)
MODE_SEL
FBE_SDA1FBE_SCL1
LV_E(11)
FBE_EVEN_TX5-FBE_EVEN_TX5+
LV_E(10)LV_E(9)
FBE_EVEN_TX4-FBE_EVEN_TX4+
LV_E(8)
LV_E(7)
FBE_EVEN_TX3-FBE_EVEN_TX3+
LV_E(6)
LV_E(5)
FBE_EVEN_TXCLK-FBE_EVEN_TXCLK+
LV_E(4)LV_E(3)
FBE_EVEN_TX2-FBE_EVEN_TX2+
LV_E(2)LV_E(1)
FBE_EVEN_TX1-FBE_EVEN_TX1+
LV_E(0)
FBE_EVEN_TX0-FBE_EVEN_TX0+
FBE_EVEN_TXCLK+FBE_EVEN_TXCLK-
FBE_EVEN_TX3+FBE_EVEN_TX3-
RASZCASZWEZ
MADR(3)MADR(2)MADR(1)MADR(0)MADR(10)
DQS1
UDQM
BA1BA0
MDATA(8)
MDATA(9)MDATA(10)
MDATA(11)MDATA(12)
MDATA(13)MDATA(14)
MDATA(15)
FBE_ODD_TX0+FBE_ODD_TX1-FBE_ODD_TX1+FBE_ODD_TX2-FBE_ODD_TX2+FBE_ODD_TXCLK-FBE_ODD_TXCLK+FBE_ODD_TX3-FBE_ODD_TX3+FBE_EVEN_TX0-FBE_EVEN_TX0+FBE_EVEN_TX1-FBE_EVEN_TX1+FBE_EVEN_TX2-FBE_EVEN_TX2+
I2C_ADDR1 MODE_SELINPUT_SEL
FBE_ODD_TX0-RESET_FBE
PWM_DIMMING_FBE
ANA_DIMMING_FBE
ANA_DIMMING_OUT
PWM_DIMMING_OUT
DPLL_AVDD12A
PLL_FILTERDPLL_AVDD12A
I2C_ADDR0
TO TV Processor
TO LCD PANEL
TO TV Processor
TO TV Processor
TO TV Processor
TO TV Processor
TO TV Processor
TO Power Regulator
TO TV Processor
TO Sound, TV Processor
TO TV Processor
TO TV Processor
TO Power Regulator
SCALAR
SCALAR
OP AMP
DDR SDRAM
VOL. DETECTOR
MAIN (SCALAR & MEMORY)SCALAR_L8MAQ_P_ALL
MAIN BOARD SCALAR & MEMORY
A
B
C
D
E
F
G
H
I
J
K
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19
A
B
C
D
E
F
G
H
I
J
K
C7
MAIN BOARD POWER REGULATOR
HIGH:ON
H : INVERTER OFF
LOW:OFF
L : INVERTER ONSW_INVERTER_OPTION
1.2V Power supply
LOW:OFF
HIGH:ON
TP108
1
100uFC150
16V
3.3nF50V
C146
IC108
1
ADJ
2VOUT
3VIN
R1285.1Kohm
AP1117D-A
10Kohm
CIB31P600NEBD102
R114
VSS
VSS8 -
FT10
9
1B
FB1EN2OCSET3
4 VCC 5OUTPUT
OUTPUT67
1
IC103AP1530SA
C118
TP105
100nF25V
3.3uHFT102
B1.8V_AMP
BD103
B1
50V
C10410nF
1
SK34
D10
2
TP116
A5V_M
R107100Kohm
TP111
1
50V
C13110nF
100uFC147
16V
3.3KohmR133
AP1117D-33AIC102
ADJ
1
2VOUTVIN
3
XREF
R108100Kohm
1234 5
678
B13V
Q105FDS9933A
NCP1117DT18T5G
1
ADJ
VOUT23
VIN
C159220uF16V
2
PANEL_VCC
A5V
IC109
33uHL103
1
B
C
E
100nFC130
25V
Q1042SC2412K-Q
25V
C161180pF50V
TP120
1
100nFC112
10nF50V
C133
1
330ohmR120
43Kohm
BL_EN
5.1Kohm
R106
220uFC117
R112
50V
C135
35V
100nFC123
16V
B3.3VD
10nF
10V1mF
C126
A13V
A13V
5.6K
ohm
R12
5
TP1231
B1.25VD
16V
C158100nF
12
A5V_M
16V
C15110uF
33UHL102
1
C115100pF50V
TP119
1
+13V
1mF10V
C162
R1106.8Kohm
470nFC110
16V
B13V
C107
16V10uF
R12612Kohm
GND 1
16V
C143100uF
TP1151
IC107AP1117D-25A
1
ADJ
VOUT23
VIN
10KohmR103
1/10W
GND 1
16V100nFC148
10uF10V
C136
A2.5V_DDR
C138220uF16V
1
3.9KohmR127
470nFC119
B3.3VD
GND
R132
16V
C167
16V
10Kohm
4 GND 5FBCOMP
6
7EN
8SSMGND1
100nF
IC101BS1
IN2
SW3
10nF50V C155
MP1583DN
A5V_M
A13V
25V
C10147nF-
FT10
31B
FT104
-
1 B C
E
10nFC129
50V
2SC
2412
K-Q
Q10
1
B
100KohmR121
SMW200-09PCN400
123456789
-
1B
TP1171
TP118
1
FT10
5
10uFC124
A5V
10V
100uFC170
16.000100uFC168
5.6KohmR123
16V
+13V 1
R1303.3Kohm
+13V 1
A1.2V_VDDC
XREF
B9V
16V100uFC153
1
10nFC145
50V
TP1221
TP102
FB56
COMP
78SS
MGND11 BS2
IN3 SWGND
425V
B3.3VD
IC104MP1583DN
25V
100nFVD
C134
100nFC137
R11710Kohm
C103100uF16V100nF
C102
25V
-FT
108
1B
SK34D103
BD107MPZ2012S300A
XREF
10VC157
1uF
C171100uF16V
0ohmR119_PWN
TP121
1
TP103
1
100n
F16
V
R1014.7Kohm
TP1041
A3.3V_M
C16
5
10KohmR131
100nFC125
16V
SSMGND116V
100nFC156
MP1583DN
BS12
IN3 SW
GND4
FB56
COMP
EN78
1uFC105
IC106
R111
10V
1
10Kohm
16V100uFC169
1
16V100nFC140
1B
TP101
FT10
7-
5.1K
ohm
25V
C10
81u
F
100ohm
R12
4
SK34D104
R104
BD10
5AC
B201
2L-0
15-T
16V220uFC127
XREF
C160100nF
16V
1B
C113100nF25V
A3.3V
-FT
106
1.2KohmR122
SS24D101
100uFC149_DE
16V
10nFC109
C114
16V220uF
50V
100uF16.000
A5V
R118_220ohm
C116
R129
1/10W
Q102B
C
E
5.6Kohm
R134
1/10W
10V1uFC106
0ohm
R10
510
0Koh
m
1B
C16610000nF
10V
47nFC128
FT110-
XREF
25V
C152 C154100nF16V
L10122uH
10V1uF
C144100pF50V
100nF25V
C139
12
1uF10V
C111
BRT_PWM 1
FT10133UH
10uF10V
C121
ANA_DIMMING_OUT
SW_PVCC
POWER_ON
PWM_DIMMING_OUT
SW_INVERTER
POWER_ON
EN
A
2
A
2
A2
A2
A2
A2
A2
A2
A2
A2
A2
A2
A2
A2
A2
A2
A2
A2
BL_CTL
TO TV Processor
TO TV Processor
TO TV Processor
TO TV Processor
TO Scalar & Memory
SWITCHVOL. REG.
POSI. FIXED REG.
POSI. FIXED REG.
SWITCHVOL. REG.
SWITCHVOL. REG.
POSI. FIXED REG.POSI. ADJUST REG.
DC/DCCONVERTER
TO IP BOARD CN201
MAIN (POWER REGULAOR)POWER_L8MAQ_P_ALL
A
B
C
D
E
F
G
H
I
J
K
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19
A
B
C
D
E
F
G
H
I
J
K
C8
MAIN BOARD SOUND
1/10WClose to IC
Close to IC
Close to IC
SOUND AMP
L+_OUTClose to IC
Close to IC
Chassis GND
L-_OUT
R-_OUT
POP NOISE SOLUTION
Chassis GND
R+_OUT
BD202-
PMLL4148D202
4.7KohmR203
1
560ohmR246
50V1nFC203
TP204
100nF50V
A13V
B1.8V_AMP
B3.3VD
C228
R2441Kohm
D205PMLL4148
TP201
1
AVDD_PLL
50V
C21822nF
100nFC248
25V
50V100nF
-
BD206
50V C237
50V
C226
C236470nF
50V1nF
1nF
4.7ohmR213C242
3.3KohmR212
B3.3VD
1nF 50VC214
25V
C245100nF
50V
VLZ5V6BD208
D204
C2221nFPMLL4148
PMLL4148
25V
50V
C213100nF
D203
4.7ohm
R2094.7ohm
R206
4.7KohmR205
4.7ohmR214
B9V
C22350V1nF
33ohmR245
56pF
C11
2250
V
L1100 1.5uH
100nF50V
C238
-BD203
100pF 50VC224
C229
100ohmR207
4.7ohmR204
50V100nF
1nF 50VC207
A3.3V
4.7ohmR201
C210100nF50V
AVDD_PLLDVDD_PLL
1nF 50VC239
C25110000nF
10V
4
BD209-
4
CMI-SPC8L80F-150ML201
1 23
L202CMI-SPC8L80F-150M
1 23
R2084.7ohm
10V
4.7KohmR211
25V
C23210000nF
C206
C231100nF
1uF
100nF50V
C247
50V33pF
C241
10V
1KohmR217
1uF10V
C220
C212
BD208-
C209
25V100nF
C211
50V1nF
RT9818C-42PVIC204
1/RESET,RESET
2
GND
3VDD
50V100nF
C2021nF50V
C2331nF
C2171uF 10V
A5V
B1.8V_AMP
50V
25V
DVDD_PLL
-
100uFC219
R210
BD204
C21522nF
4.7Kohm
10V10000nF
100pF 50V
C240
B9V
2.2KohmR255
1
1nF 50VC201
TP2071
TP202
C23025V100nF
D20
7PM
LL41
48
1nF50V
C243
C12
2110
V
100nF25V
C235C234 1uF
PMLL4148D201
C208470nF50V
234 5 6
C205
50V100nF
A3.3V
IC12
01Q
ZX36
3C5V
6
1
R215 100ohm
VDD_DGNDPLL
9
MGND1
33pF50V
C246
PVD
D1A
52O
UT1
A53
OU
T1A
54PG
ND
1A55
PGN
D1A
56
6 CLK_CLK_
78
44PG
ND
1B45
PGN
D1B
46O
UT1
B47
OU
T1B
48PV
DD
1B49
5VSS_
PVD
D1B
50PV
DD
1A51
3738
PGND2APGND2A 39AD4
BST2A40VDR2A 41
42NC
VDR
1B43
BST1
B
3
30OUT2BOUT2B
31PVDD2B 32PVDD2B
33PVDD2A34
PVDD2A35OUT2A36
OUT2A
AUX_
PWM
3BAU
X_PW
M3A
23
PWM
_MAS
K_2
24
SOFT
_RES
ET_2
25
VDR
2B26
BST2
B27
PGN
D2B
28PGND2B 29
/RESETD
VSS
DVD
D16
SDAT
A17
WC
K18
BCK
19
VDR1A2
SDA
20
SCL
21 22
IC201
BST1A1
AGNDPLL10
LFM11
AVDDPLL12
DVDDPLL13
TEST014
15
BD201
NTP-3000
TP203
1
-
R216 0ohm
C225 100nF25V
C204
C22110V1uF
-BD205
100uF25V
D206
VLZ5V6B
4.7ohmR202
4.7KohmR247
C227100nF 25V
22nF50V
C21622nF50V
S_AMP_MUTE
IR
C244
AUMCKO
SDA1SCL1
AMP_RESET
S_AMP_MUTE
AUSDAUWS
AUSCK
CN50012507WR-08L
12345678
MC ND
2MC
N D1
TO TV Processor
TO TV Processor
TO TV Processor, Scalar & MemoryTO TV Processor
TO TV Processor
TO TV Processor
AUDIO AMP
DIOZE-ZENER
VOL. DETECTOR
MAIN (SOUND)SOUND_L8MAQ_P_ALL
TO IR BOARD
TO MAIN BOARD Signal Input CN111
FUNCTIONFUNCTION_L8MAQ_P_ALL
FUNCTION BOARD KEY SWITCH
IR
TO SPEAKER L TO SPEAKER R
TO MAIN BOARD Sound CN500
IR RECEIVERIR_L8MAQ_P_ALL
IR BOARD IR RECEIVER
A
B
C
D
E
F
G
H
I
J
K
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19
A
B
C
D
E
F
G
H
I
J
K
C9
IP BOARD POWER SUPPLY
!!!
IP (POWER SUPPLY)TO INVERTER
TO MAIN BOARD Power Regulator CN400
5.1VDC/2.1A
GND
SWITCHINGREG.
!
!
!
!
!
!
!
!
!
IPPW_L8MAQ_P_ALL
A
B
C
D
E
F
G
H
I
J
K
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19
A
B
C
D
E
F
G
H
I
J
K
C10
IP BOARD INVERTER
IP (INVERTER)TO MAIN BOARD Power Regulator CN400
INVERTER
TO POWER SUPPLY
TO BACK LIGHT
VOLTAGEDETECTOR
!
INV_L8MAQ_P_ALL
(1%)
(1%)
(1%)
(1%)
(1%)
(1%)
(1%)
(1%)
(1%)
(1%)(1%)
(1%)
(1%)
(1%)
(1%)
A
B
C
D
E
F
G
H
I
J
K
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19
A
B
C
D
E
F
G
H
I
J
K
C11
PRINTED WIRING BOARDS (P.W.B.)MAIN P.W.B. (SIDE A) MAIN P.W.B. (SIDE B)
Nov./’09
SANYO Electric Co., Ltd.Osaka, Japan
