Panasonic Th 50pv30e

Service ManualTOP NEXT \ORDER NO. 04-SM-008

Plasma TVl

TH-50PV30E

GP6DE Chassis

SpecificationsPower Source Power Consumption Normal use Standby Power-OFF Plasma Display panel Drive method Aspect Ratio Contrast Ratio Screen size (No.of pixels) AC type 16:9 3000:1 50-inch 1,106 mm (W) 622 mm (H) 1,269 mm (diagonal) 1,049,088 (1,366 (W) 768 (H)) [4,098 768 dots] Sound Speaker Woofer 80 mm 2, Tweeter 16 mm 73 mm 8 Audio Output Headphone Applicable signals Colour System Scanning format NTSC, PAL, PAL60, Modified NTSC 525 (480)/60i 60p, 625 (575)/50i 50p PC signals XGA display VGA, SVGA, XGA SXGA, UXGA ...... (compressed) Horizontal scanning frequency 15 - 110 kHz Vertical scanning frequency 48 - 120 Hz Receiving Systems/Band name PAL I PAL 525/60 DVB M.NTSC NTSC (AV INPUT ONLY) OUTPUT AUDIO OUT INPUT AV3-Front VIDEO (RCA Pin Type 2) S-VIDEO (MINI DIN 4-pin) AUDIO L-R (RCA Pin Type 2) AV4C-Rear PC Others INPUT/OUTPUT AV1-Rear AV2-Rear AV4-Rear ANT-Rear Operating Conditions Accessories Supplied Operating Instructions Mains Lead TQBC0728 K2CT3DH00017 21 Pin terminal (Audio/Video in, TV out, RGB in) 21 Pin terminal (Audio/Video in, Audio/Video out, S-Video in, Q -Link) 21 Pin terminal (Audio/Video in, Audio/Video out, S-Video in, RGB in, Q-Link) UHF Temperature :0 - 40C Humidity :20% - 80%RH (non-condensing) Y PB/PR 1.0 Vp-p (75) Y: 1.0 Vp-p (75) C:0.286 Vp-p (75) 0.5 Vrms 1.0 Vp-p (including synchronization) 0.35 Vp-p HD, VD/ 1.0 - 5.0 Vp-p (high impedance) SD Card slot 1, PC Card slot 1 AUDIO L-R (RCA Pin Type 2) 0.5 Vrms UHF E21-68. Playback of NTSC tape from some PAL Video recorders (VCR). Digital terrestrial services via UHF aerial input. Playback from M.NTSC Videorecorders (VCR). Playback from NTSC Videorecorders (VCR). 26 W [ 8 W+8 W, 5 W+5 W ] (10%THD) M3 (3.5 mm) Jack 1 510 W 1.8 W (TV only) 15.0 W (TV+ DVB system set to record Timer programmes) 1.0 W 220 V - 240 V 50 Hz/ 60 Hz A.C.

(HIGH-DENSITY D-SUB 15PIN) R, G, B/ 0.7 Vp-p (75)

http://servis-manual.com/

8 Self CheckTOP PREVIOUS NEXT 1. Self-Check is used to automatically check the bus lines and hexadecimal code of the TV set. 2. To get into the Self -Check mode press the Down ( ) button on the customer controls at the front of the set, at the same time pressing the Status button on the remote control, andthe screen will show :

If the CCU ports have been checked and found to be incorrect or not located then -- will appear in place of O.K..Display MEM GC2M GC2P GC2S GC2V HAD LSYNC AVSW Ref.No IC1008 IC1301 IC1304 IC1302 IC1350 IC1851 IC2652 IC3200 Description EEPROM GROBAL CORE MAIN GROBAL CORE SUB P.C.B. DG-BOARD DG-BOARD DG-BOARD

GROBAL CORE 3D Comb DG-BOARD GROBAL CORE V Scalar HD-AD CONVERTER SYNC PROCESSOR AV switch YUV switch DG-BOARD DG-BOARD H-BOARD H-BOARD DG-BOARD TU-BOARD --Ext. DAC Multi Sound Processor AUDIO AMP PANEL JPEG I/F --DG-BOARD H-BOARD PA-BOARD --JG-BOARD

YUVSW IC1270 Tun1 VIF DAC1 MSP SOUND PANEL JPEG

TNR001 TUNER 1 --IC3003 IC2002 IC2401 --IC60

8.1 Power LED Blinking timing chart 8.2 No Power


8.2 No PowerTOP PREVIOUS NEXT [First check point] There are following 3 states of No Power indication by power LED. 1. No lit 2. Green is lit then turns red blinking a few seconds later. 3. Only red is lit. 1. No lit

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8.3 No PictureTOP PREVIOUS NEXT

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8.4 Local screen failureTOP PREVIOUS NEXT Plasma display may have local area failure on the screen. Fig - 1 is the possible defect P.C.B. for each local area.Fig - 1

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9.1 How to enter SERVICE 1TOP PREVIOUS NEXT 1. In sound menu, set BASS to MAXIMUM, and set TREBLE to MINIMUM. 2. Simultaneously press INDEX button on remote control and DOWN button [ ] on the TV set. TOP PREVIOUS NEXT


9.2 How to enter SERVICE 2TOP PREVIOUS NEXT 1. Set the channel to CH99. 2. Select the JPEG Viewer. 3. Press HOLD button on remote control.

Note:To exit to Service mode, press N or Power button on remote control.


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9.3 Option DescriptionTOP PREVIOUS NEXT


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10.1 IIC modeTOP PREVIOUS NEXT Select the IIC mode by Up/Down (Channel) button on the remote control at the front page of CAT mode then press the OK button on the remote control.

Subject and item are mentioned on IIC mode structure. (Refer to item 10.4.) To exit the IIC mode, press the MENU button on the remote control. TOP PREVIOUS NEXT


10.2 CD modeTOP PREVIOUS NEXT Select the CD mode by Up/Down (Channel) button on the remote control at the front page of CAT mode then press the Mute button on the remote control morethan 5 sec.

Micom software version (IC1007), this version can be upgrade by replace of new version IC Memory data change

To exit the CD mode, press the MENU button on the remote control. TOP PREVIOUS NEXT


10.3 SD modeTOP PREVIOUS NEXT Select the SD mode by Up/Down (Channel) button on the remote control at the front page of CAT mode then press the OK button on the remote control.

To exit the SD mode, press the MENU button on the remote control. TOP PREVIOUS NEXT


10.4 IIC mode structure (following items value is sample data.)TOP PREVIOUS NEXT

TOP PREVIOUS NEXT


13 Hotel modeTOP PREVIOUS NEXT 1. Purpose Restrict a function for hotels. 2. Access command

Enter to the Service 2 Mode. Press Status button on remote control and entry to the EAROM EDITOR Mode. Set the data of EEPROM(ADDRESS 160) to C0. Press the OK button to memorize the data.

Push the Power switch(button) off/on the set(the remote control) to turn the set off/on. It can be made Hotel mode. 3. Exit command

First, set the data of EEPROM(ADDRESS 160) to 80. Next, Push the Power switch(button) off/on the set(the remote control) to turn the set off/on. Then, it is no longer hotel mode.

4. Access command to the Hotel mode setup menu

: It is conditions that the data of EEPROM(ADDRESS 160) is C0. In order to display the Hotel mode setup menu, please enter the following command (within 2 second) . [[TV]:down + [REMOTE]:TV/AV(3 times)] Then, the Hotel mode setup menu is displayed.


5. Explain the Hotel mode setup menu CAUTION This setup is not valid, unless data of EEPROM(ADDRESS 160) will be C0, even if each settings were done.item Initial INPUT Select input signal modes. Set this signal, each time power is switched on. : Off/TV/AV1/AV2/AV2S/AV3/Av3S/AV4/Av4S/AV4C/PCl Off: give priority to a last memory. However, Euro model is compulsorily set to TV. l AVnS/AVnC: only Euro model selectable l PC: selectable with VGA option

Function

Initial VOL level

Adjust output Volume. Set this volume, each time power is switched on. If the value of InitVol is changed, volume will change. However, priority is given to a last memory when InitVol is Off. When"InitVol" is larger than "MaxVol", make "InitVol" and "MaxVol" the same. : Off/0 to 100l Off: give priority to a last memory

Maximum VOl level

Adjust maximum volume. Set this max. volume, each time power is switched on. When "MaxVol" is smaller than "InitVol", make "MaxVol" and "InitVol" the same, if "InitVol" is not Off. : 0to 100 Select programme number. Set this programme number, each time power is switched on. : Off/0 to 99 (Euro model)l Off: give priority to alast memory

Initial POS

Button lock

Select local key conditions. Set this condition, each time power is switched on. : Off/SETUPMENU/Alll Off: altogether valid l SETUP: restrict F-key selection (Tuning guide(menu) can not be selected.) l MENU: restrict F-key selection (only Volume/Mute can be selected.) l All: altogether invalid.


Remote lock

Select remote control key conditions. Set this condition, each time power is switched on. : Off/SETUP/MENUl Off: altogether valid l SETUP: only Setup menu is invalid l MENU: Picture/Sound/Setup menu are invalid

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15 Block and Schematic Diagrams15.1. Schematic Diagram Notes

75

75

15.2. Main Block DiagramS.R. S.R. S.R. S.R. S.R. S.R. S.R.

C12 C13

C10 C11

C20 C22

C21 C23

SUS.R 64

C1C24 C25

C2

S.R 64

SC12 SC13 SC2 SC23

D31

D32

DS.R 64 SC20 D20 SYNC PROCESSOR/ DISCHARGE CONTROL

HD/VD

PLASMA AI CONTROL SUB-FIELD PROCESSOR

S.R 64

CONTROL PULSE

MAIN MPU

ROM

SUB MPU S.R 64 VD S.R 64 INITIALIZE PULSE HD 24bit BUS

SDRAM

ROM

FORMAT CONVERTER RGB PROCESSOR

SDRAM

PLASMA AI SUB-FIELD PROCESSOR

A/D

SDRAM

S.R 64

SCAN VOLTAGE

D3

D34

D33

S.R 64

SCS.R 64 SC62 HEADPHONE G5

S.R 64

PC IN

G18

DG18

S.R 64

KEYSCAN

TMAIN TUNER T10

G7

DG7

CONVERT MICOM MICOM TEXT EEPROM DG10

GH10 H9

VIDEO3

S.R 64

SD

H1 AUDIO OUT AV1 MSP AV SWITCH H4

DG1 DG4

SDRAM

GC2M

RGB AMP

RGB/PC SELECT

DG3

AV2

GC2S DG2

AV4 SDRAM

DG

TV ON

DG6

H

C54

C55

C6C62 C61 C60 C52 C50

C5C53 C51

S.R.

S.R.

S.R.

S.R.

S.R.

S.R.

S.R.

TH-50PV30E Main Block Diagram

76

S.R.

S.R.

S.R.

S.R.

S.R.

C21 C23

C31 C33

C32 C35

C2

C3

C25

SS2D31 D32 HIGH VOLTAGE PROTECTOR VSUS D27 ON/OFF P27 SOS STB5V LOW VOLTAGE PROTECTOR PROCESS VOLTAGE CONTROL SUSTAIN VOLTAGE CONTROL VDA 15V 12V 5V PROCESS VOLTAGE RECTIFIER SUSTAIN VOLTAGE RECTIFIER P11 SS11 P23 15V UR12V P25 5V STB7V P2 VSUS

D25 PLASMA AI SUB-FIELD PROCESSOR

SS35

SS32

SSADDRESS VOLTAGE (VE)

SS21 SS57

SDRAM

ROM

SDRAM

SUSTAIN PULSE

PLASMA AI SUB-FIELD PROCESSOR +12Vs 12V STB5V 15V STANDBY VOLTAGE RECTIFIER POWER FACTOR CONTROL

ERASE PULSE VDA P12 SS12

P7

P5 D34 D33

STANDBY VOLTAGE CONTROL

STB PS RECTIFIER

P

RECTIFIER

RELAY

P30-P33 P9 AC IN PF2 M FAN

PFPRIMARY CIRCUIT PF10 LINE FILTER PF1

AC IN

SS58 STAND BY SS31

JGJG3 Y/C OUT I/F PC CARD SD CARD

SS42

SS34

SPOWER SWITCH S34

SS3

PA10

NR 21V STB 5V NR 14V TUNER 30V

PA2

L OUT

PA6

PRE AMP R OUT PA1 PA3 SPEAKER

PA5

DC/DC CONVERTER

SPEAKER PA7

PAVDA

C42

LED

C4C53 C51 C43 C41 C44 K24

K

POWER ON STAND BY

G

R REMCOM RECEIVER CAT SENSOR

S.R.

S.R.

S.R.

S.R.

S.R.

TH-50PV30E Main Block Diagram

76

15.3. PF-Board Block Diagram

PF Tuner Power SupplyDC187V

D9 D920 + + C920 + +

IC920POWER CONTROL

C928

C922

4 Vcc Latch-stop comp+ UVLO comp

5

D

Startup+ UVLO comp

VUL+ -

OVP comp

Vcc(start) /Vcc(stop) R Q

Vcc(startup off) /Vcc(startup on)

Startup

VOVP Thermal Shutdown R928 R927 1 Z/C Zero Current Detection On Dead Timer C926 Stand-By

S

Peak Current Limit

Burst Peak Current Limit

S Q

Vref

Soft drive

R S

IF/B 2 F/B+

Restart Timer GND 3

R934 R935 C924 R929

On Time Timer

D926

R925

C925

4 L.F

1

3 LF911

2

R904

AC INLET

!AC CORD

AC120V

!

F901

T8AH 250V

!LF904

!LF909

4

NEUTRAL3 GND 4 3 4

!C901

!R901$

!CF901 L.F

!C902 2 L.F

!C915

1 LIVE

PF1!F900

1

2

1

T8AH 250V

!HOTS901

HOT

COLD

COLD

!CF902

TH-50PV30E PF-Board Block Diagram

77

HOT

COLD

!

T920 18 P2 C972

PF10S3 2 D971 C973 C970 +

TO PA10UNR_14V

17 D925

NC

14V(UN REG)5

16 PT + C922 15 NC 4 Vcc Startup+ UVLO comp

S4

3

C928

5

400V

14 P1

S1A

5 D970

21V(UN REG)1 2+ C971

UNR_21V UNR_21V

D C921

13

NC

S1B

6

12 NC

S2A 7

Vcc(startup off) /Vcc(startup on)

Startup

L921 R924#

11

V2

S2B

8

Peak Current Limit

Burst Peak Current Limit

10

V1

R970

Q

Soft drive

!C914

GND 3

HOT

COLD

925

D922

R940

!

IC921FEED BACK

4

1R971

3

2

R972

C975

C974

R976 R974 R973

3

IC970ERROR VOLTAGE DET!RL901

1 REF_2.5V 2R975

STAND-BY 5V 7D990 + C990

STB_5V

4 L.F

1 R990

92

AC_ON/OFF

3 LF911

Q990HOT COLD

R992

!R904 F902 K5D312BK0012

POWER ON/OFF CONTROLCOLD

T3.15AL 250V HOT

!LF915

PF2 NEUTRAL1

TO P9NEUTRAL

3

4

!C903

!C915 L.F 2 1

4 LIVE

LIVE

!HOTC911

!C910

HOT

COLD

COLD

TH-50PV30E PF-Board Block Diagram

77

15.4. PF-Board Schematic Diagram

PF-BOARD TNPA2926AB ATP904

D920*

B0EBNT000002

R920 100k* ** *

R921 100k

*

-

TP901

BD990 MA3X152K0LC990 50V 10u

RL901 K6B1ADA00023*

C922 50V 0.1u

C921 50V 33u

+

IC9204 Vcc C920 450V 150u

POWER CONTROL

C5HABZZ00121DRIVE REG + -

**

D 1*

*

REG

LATCHR Q S

DRV

Q990R990 3.3k 2SD13280TL

**

OVP S/GND TSD REG

3*

C926 50V 470p 5 OCP/BD -0.65V

R992 47k+ -

Current Mirror

=

OLP

OSCRESET TFC BD BEC 73uA+ -

RTFC

+ -

OCP

BTC R934 150 R933 180

#

7

Current Mirror FB/OLP 6

R940 100

CR938 100k C930 50V 0.01u

D926 B0HCMM000001 R936 22k R935 1k C928 50V 2200p C931 50V 150p D929 B0BA01000046

+

C929 50V 10u

=

COLD

F/S_HOT:920-96944*

11*

L.F

LF911 G0B353G00001 3*

2*

3

2

D

T3.15AL-250V R993 0 R994 0**

HOTF902 K5D312BK0012

TO P-BOARD (P9)PF2

R904 3.3**

LIVE CIRCUIT LF:900-9193 < ** 2*

JS70

NEUTRAL*

3 < *

*

4

*

C910 250V 220p

**

3 4 C911 250V 220p**

*

*

*

LIVE

C917 470p

C916 470p

ZA901

E

K4ZZ01000121

TH-50PV30E PF-Board Schematic Diagram

1

2

3

*

8

9

1

1

2

1

L.F

L.F

C903 250V 1u

LF915 G0B123K00001

C915 250V 0.22u

*

*

4

JS73

1

10

3

4

3LF909 G0B123K00001

2

4

78

*

R922 220k

C923 400V 0.01u

T920 ETS29AK7E6AD 18 P2*

C972 1kV 330p TP977 D971 L972 0 B0HAPM000012GT GT

R923 10

17 NC

S3 2

14V_0.9A+C973 25V 1000u

L973 10u

*

D921 B0EAKT000018

16 PT

S4 3 C970 330p 1kV

PF10 TP978 20.5 20.5 0 0 JS80 14.0 0 TP979 5.0 0 2.0 1 2 3 4 5 6 7 8 9

TO PA-BOARD (PA10)NR_20.5V NR_20.5V GND GND NR_14V GND STAND-BY 5V GND PF_AC_ON/OFF

15 L920 J0JKB0000038 585Vp* * *

NC 14 P1 S1A 5

L970 EXCELSA24T -140Vp* *

20.5V_1.4AD970 FMLG12SLF118

L971 10u

TP901 13 NC S1B 6

+

C922 50V 0.1u

C921 50V 33u

D922 B0HCMM000001

12 NC

S2A 7

C971 35V 1200u

+

11 V2 R924 3.3 L922 EXCELDR35V C924 2kV 470p L921 EXCELSA24T 3*

S2B 8 R970 680

OL-140Vp*

10 V1

D 1*

*

C914 250V 220p

ND

C926 50V 470p 5 = R932 0.82* *

D925 B0HCMM000001

BD V

=

= R931 0.68*

R939 0.82

R927 560

#

R934 150

R933 180

R928 470

R940 100 D926 B0HCMM000001 C927 220p 50V

FEED BACK4 1 R971 470 3 2 R972 100 C974 50V 3300p

IC921B3PAA0000261

CATHODE 3 ANODE

LIVE CIRCUIT

AN1431M-E1 ERROR VOLTAGE DET

1

IC970

REFERENCE

HOT

R973 2.2k

R974 16.9k

REF_2.5V

R975 2.32k

OT

COLD

VE CIRCUITT8AH 250V

2

F:900-919JS9 JS10

LF:7000-701944

LIVE CIRCUITAC100V-240V

F901 K5Y802B00001

3LF904 G0B123K00001 CF901 ERZV10V621P2*

*

C902 250V JS11 L.F 0.22u

3

*

*

1

1JS12

2

2

*

*

*

*

R902 1M

R901 1M

C901 250V 1u

HOTHOTCOM100V-240V

*

*

*

*

F900 K5Y802B00001 S901 J0LT00000009 T8AH 250V

S915 J0LT00000009

CF902 ERZV10V621P2

COLD

LIVEPF11 3**

NEUTRAL4**

TH-50PV30E PF-Board Schematic Diagram

5

6

7

8

78

15.5. P-Board Block Diagram

PFC 350V D419

DC400V!

PR401

10

9

8

4

3

2

14

16

T401,T406

Q404 Q406 L402 D415!

Q410 Q411 D420DRIVE

F405 Q401AMP ! Q414

! T

L4038VCC MOS DRIVE CURR DET

7

6

5

!

D53916 2

DC180

IC406POWER FACTOR CONTROL

!

T405 D53712 6

Q415

CURR COMP

1

2

3

4

!

T40310 9 2 3

Q515

Q420 Q407

7 8

5

Q504

R443 PFC

Q421

IC4021 2 3 4 8 7 6 5

1

4

IC404!2 3

1

4

IC403NEURTAL

TO PF2P9

LIVE

!

D4342+

D401-

3

!STB7V

3

1 4 1

IC401!

NEUTRAL LIVE! RL401

3

2

! RL402

IC50STB5V !

POWER1VDD VSS XIN XOUT

D404+

350V

!

P

T4108 14

2

P0

IC409!4 56 15 2 1 13

D511STB7V

IC502RESET

1 3X501 4NHz

3 4 5

P0

P0

P1

D555 D510 D557 Q501 Q535 Q522 Q503

6 7 8 9 10

RESET P1 P21 P20 D3 D2

P1

D410

P Power Supply Board

D409

4 3

P1

10

D

Q4164 1

IC408!

Q502R K A

D

Q4033 2

IC504

HOTTH-50PV30E P-Board Block Diagram

COLD

79

HOT! T4045 7 9 8 13 12 11 2 14

COLDD531 DC85V D541 D536 D534 D533K R A

TO Q527 DC75VP12 SS121 2Vda Vda STB_PS +15V

! Q412

D543 D544 D545 R665 Vda DC15V

10 4

! Q413

17 8 10 9

2

DC12V!

DC15V

IC512

P71 2+15V +15V

! T402

1

3

5

6

5

4

T407

IC5111

DC5V4

D535

P231 2

TO SC23+15V

D5392

DC180V

5VAVR

+15V

PR509 D537 D530 D563 Q510 Q519 Q518 Q545 Q514 Q525 Q5281 3

!

Q509 Q543 R6611 2

P111 2

TO SS11Vsus

6

D521

Vsus

2

Q515

3 5

IC5206 4

Vlow3

P21 2

TO SC2Vsus Vsus

Q504

Q540

Q541

TOP5 Z51+12V +12V 5V +12Vs +12Vs +15V

5Q

6CLR

7PR

1CK

2D

3Q

2

IC523Q D CK PR CLR Q

Q542

Q508 Q524

3 7 8 11

3

2

1

7

6

5

Q521

!

PR510

D549

TOP25 D251+12V +12V 5V FAN CONT STB7V

Q512 D564 Q5164 6

D554 Q520

2 5 7 8

Q513

Q506 Q511

IC5223 1

R641 Vsus R608 Csus D565

Q517 Q551 D505 D506

IC501POWER MPC1 2X501 4NHz VDD VSS XIN XOUT P00 P01 P02 P03 P10 RESET P11 P21 P20 D3 D2 P12 P13 D0 D1

B5V

20 19TV ON/OFF

P30FAN SOS VCC

ALL OFF TOP27 D272TV ON/OFF STB5V FAN SOS PS SOS ALL OFF M.POWER

1 3 4 5 6 7 8 9 10 18 17 16 15 14 13 12 11

3 1

3

V SUS STB5V PS SOS STB7V

P31

Q544FAN SOS VCC FAN

Q552

Q537

4 6 7 8

3 1

P32ALL OFF FAN SOS VCC

3 1

!

Q546 Q531 D553 Q530 Q532

3

PR502

P33FAN SOS VCC

3 1

TH-50PV30E P-Board Block Diagram

79

15.6. P-Board (1 of 6) Schematic Diagram

!

P-BOARD TNPA2890 (1/6)

A

TO PF-BOARD (PF9)

B

C

D

E

TH-50PV30E P-Board (1 of 6) Schematic Diagram

1

2

3

4

80


5

6

7

8

80


!


4.8

4.3 4.8 0

4.4

4.4

3.8 0 0

2.4

4.8

4.8

4.8

4.1

4.9

14.3 0 0 0 2.2 2.2 2.3 2.3 0 0 0 0 0 0 4.7

4.3

4.3 2.0 0.8 0

5.5

2.0

14.3

4.1

2.4

2.4

0

0

4.8

0

4.7 0


8

9

10

11

81

0 171.0 171.0 0 0 0 0

TO SS-BOARD (SS11)

190.0 190.0 0 0 0 0

TO SC-BOARD (SC2)

4.3 2.0 0.8 0 4.5 2.0 2.0 0.3 0 0 4.9 -5.2 2.0 0 5.5 5.5 0 0.3

7


12

13

14

15

81


!

P-BOARD TNPA289

A

C

D

E


1

2

3

4

82

110.5

0

0

0

11.5

B0 0 0

TNPA2890 (3/6)

110.5

0

0

11.5

0

0

-32.4

5.2

-32.4

4.2

2.2

0

0


5

6

7

8

82


!


4.8

4.8 4.4 4.4 0 0 4.3 4.3 3.7

2.4

4.8

4.8

4.9

0 4.1 4.9 4.3

14.6 1.2 4.1 0 0 4.3 0 2.3 2.2 2.2 4.1 4.3 0

4.4 2.4 0 0 5.5 0 2.0 2.0 5.5 4.5

2.0 0

2.3

0 14.6 2.0 2.4 2.4 0 0 4.8


8

9

10

11

83

TO SC-BOARD (SC23)15.0 15.0 68.2 67.7 0

61.7

TO SS-BOARD (SS12)75.0 75.0 0 15.0 0 15.2 0 2.1 0 0 0 0

TO Z-BOARD (Z5)12.0 12.0 12.0 5.0 1.5 2.2 0 5.0 5.0 0 0 12.0 12.0 0 0 15.0

15.0 15.0 0 0

TO D-BOARD (D25)12.0 12.0 0 0 5.0 0 6.7 7.0

14.5 0 0

0 14.6

14.6

0 2.5 0 0 2.5 0


12

13

14

15

83


!

P-BOARD TNPA2890 (5/

A

16.1

16.3

2.9

11.8

2.3

5.1

B0 16.3 16.3 16.1 16.3 16.3

3.7

4.8

0

0

5.1

3.6

5.1

0

0 4.8 0 0 4.8 0

C

4.8 0 0 4.8 0.7 0 0 0.7 0 5.0 0 5.1 0 4.8 0.7

D

E


1

2

3

4

84

A2890 (5/6)

4.3 0 11.9

TO FAN

12.1

12.1

4.3 0

12.8

11.9

TO FAN

12.9

12.8 13.5 4.3 0 11.9

TO FAN

12.1 16.3 16.3 5.1 5.1 0 4.5

13.5 4.5

4.3 0 11.9

TO FAN

4.5

11.4 4.9 4.9 0 0.9 4.9 5.5 0

0

0.6

0 15.2 2.2 0

TO D-BOARD (D27)4.8 4.7 4.2 5.0 0 4.2 0 4.8 0 4.8 0 0 0.6 0

0


5

6

7

8

84


!



8

9

10

11

85


12

13

14

15

85

15.12. PA-Board Block Diagram

PA DC/DC

Audio

IC7551 MAIN 12VL7552

SW REG

PA2L7582

TO DG2BT_30V

1R7560

AVR 12V

2+

1C7552 D7582 R7582

5

4

Q7553 Q7552TV POWER CONTROLC7582 R7551

3

VREF ERROR DET

1 OSC 7 2

PWM COMPARATOR

8C7583

R7586

R7552

START

PROTECT

Q75824 OUT 5 BT+30V OUT

IC7502TO PF10UNR_21V UNR_21V UNR_14V STB_5V AC_ON/OFFPA10

SW REG +9V2(S)L7505

Q7581 Q7501+9V(M)+

IC7581BT+30V

BT+30V CONTROL

1 2 5

1

AVR 9V

2C7506 R7505

34 21 23

TV_ON/OFF SUB_9V2 SUB_9V2 MAIM_12V SUB_5V SUB_5V MAIN_9V SUB_5V SUB_5V MAIN_4.2V MAIN_4.2V MAIN_2.5V MAIN_2.5V UNR_14V TV_ON SOS AC_ON/OFF

7 9

Q7502+9V(M) CONTROL

R7506

2 3 5 15 7

IC7501 +9V1(S)L7502

SW REG

M

POWER_O

1

AVR 9V

2+C7502

19 11

IC75031 AVR 5V 2

SW REG +5V(S)L7508

13 25 27C7512

SPE

+

17 32 33 36

Q7503R7516

MAIN5V 29 31 MAIN_5V MAIN_5V

Q7506R7514

AUDIO+14V

37 38 39

FAN_ON/OFF FAN_MAX/MIN FAN_SOS

Q7507AUDIO+14V CONTROL

Q7505MAIN 5V CONTROL

IC75041 5 AVR 4.2V 2

SW REG +4.2V(M)L7511

IC75051 5R7519

SW REG +2.5V(M)L7514

+C7517

IC2304AUDIO+9VAVR 1 9VC7522

AVR 2.5V

2+

3

Q7510

Q7509+3.3V(M) +2.5V(M) CONTROL

FAN ON/OFF

Q7561 Q7563

Q7562

+3.3V(M) Q7543 STB5V Q7541R7543 R7544 D7546

IC7561AVR 9V/7.2VR7549

R7541 R7539 R7525 R7540

5 1D7542 NR_21V

ON/OFF OADJ VIN V0

4 5

Q7542

R7547

D7541 C7541 D7544 NR_14V R7545 +5V(S) R7546 +9V1(S) D7549 R7548

Q7504D7543

UNR21V,UNR14V +9V1(S),+9V2(S) +5V(S) LINE VOLTAGE DOWN DET Q7544D7545

+9V2(S)

C7543 D7547 D7539

+9V(M) MAIN 5V

R7537

D7538 D7548

R7538 D7537

R7526 D7540

+2.5V(M)R7527

+3.3V(M),+2.5V(M) LINE OVER VOLTAGE DET

+2.5V(M),+9V(M) LINE VOLTAGE DOWN DET

TUNER POWER SOS DET SOS BLINKING TIMES LED 12 TIMES

PA11

1

3

PA13

1

3

PA14

1

3

PA15

1

3

TO FAN

TH-50PV30E PA-Board Block Diagram

86

IC2306TO DG2BT_30V 11 4 AMP 16 17

2

SQUAWKER AMP(R)SP_R+ SP_R-

IC2401SOUND CONTROL

IC2403ACTIVE FLITER3 400Hz 1 7 8R OUT

20

TO DG6L_IN

PA6LIN

1

1RIN

L AMP BASS AGC R AMP SURROUND ADJ EQUALIZER TREBLE TONE

L OUT

25

5

IC2305SQUAWKER AMP(L)11 AMP 16 17 SP_L+ SP_L-

PA31 2 3 4

SQUAWKER(R)

R_IN

3

2

24

30SCL1

31SDA1

26

4 20

SQUAWKER(L)

TV_ON/OFF SUB_9V2 SUB_9V2 MAIM_12V SUB_5V SUB_5V MAIN_9V SUB_5V SUB_5V MAIN_4.2V MAIN_4.2V MAIN_2.5V

S_CLOCK1 S_DATA1

13 14

SCL1 SDA1

IIC_BUS IIC_BUSMAIN_DEFEAT POWER_OFF_DEFEAT RESET STB_5V 20 11 19 18 17 3 Q2305,Q2306 Q2309,Q2311 SPEAKER 8 5 AUDIO MUTE CONTROL Q2303,Q2304,Q2308

IC2302WOOFER AMP(R)AMP 16 17 SP_R+ SP_R4 20 5 400Hz 1 7 2 4

WOOFER(R)

PA11

IC2402ACTIVE FLITER

IC2301WOOFER AMP(L)SP_L+ 11 AMP 16 SP_L17

WOOFER(L)

MAIN_2.5V UNR_14V TV_ON SOS AC_ON/OFF

SPEAKER_MUTE

16

MUTE CONTROL

TO P7AUDIO_15V AUDIO_15V

PA71 2

4 20

MAIN_5V MAIN_5V

TO P5AUDIO_12V AUDIO_12V STB_5V

PA57 8 4

FAN_ON/OFF FAN_MAX/MIN FAN_SOS

IIC_BUS CONNECTION(FOR FACTORY USED)7 5 3 1PA12Vpp12V STB_5V RXD TXD

TO D12

RESET IRQ SDA3 SCL3 SDA2 SCL2 SDA1 SCL1 IIC_CONT STB_5V

11 10 9 8 7 6 5 4 2 1

RESET IRQ S_DATA3 S_CLOCK3 S_DATA2 S_CLOCK2 S_DATA1 S_CLOCK1 IIC_CONT STB_5V

PA4

TO D4

A14

1

3

PA15

1

3

PA17

1 SUB_5V

2 SBO

3 BAO

3

2

1

PA25

PA23

2

4

5

6

7

1

PA8 15SUB_3.3V

9 S_SDA3

10 11 12 18 19 S_SDA0 S_SCL3 S_SCL0 S_SDA3(PANEL) S_SCL3(PANEL)

6 IIC_CONT

14 SRQ

7

5

3

1 PA21

11 10

9

8

7

6

5

4

2

1

PA22

TO DG8(FOR FACTORY) (FOR FACTORY)

N

(FOR FACTORY)

(FOR FACTORY)

TH-50PV30E PA-Board Block Diagram

86

15.13. PA-Board (1 of 2) Schematic Diagram

PA5 1 2 3 4 5 6 7 +12Vs +12Vs GNDs GNDs DR15V 10 11 0 15.0 8 9 12.0 0 12.0 12.0 5.0 5.0

12V 12V 5V STB5V GND

TO P-BOARD (P5)

NR14V

+

0 0 12.0

C2381 50V 10u

A

GND

JS2107 JS2106 JS2303

IC2304AN7709SP-E113.9 1 IN OUT 3 9.0

AVR +9V+9V

C2413 50V 47u

COMMON 2 0

C2414 16V 47u

+

L2306 ELJPA100KF

50V R2408 33k C2408 50V 4.7u R2419 130k

C2420 270p

R2418 24k

L2430

R2415 130k

C2418 50V 270p

ERJ8GEY0R00V

+

C2422 50V 270p C2424 50V 5600p R2422 36k C2431 50V 0.01u

+9V

+9V

B

9.0

4.4

SCL1 SDA1

SCL1 R2423 SDA1 47k C2426 50V 5600p

8

7

6

4.5

R2406 22

R2405 22

VCC L

+

C2428 16V 100u

C2429 50V 0.01u 3.6 3.8 0.6 4.4 4.5 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 0 0 9

GND 32

SDA 31

30

29

28

27

26

25

24

23

22

PeqR31 21

20

19

PeqR22 18

PeqR21 17

IC2402- + R

PORT

PeqR32

Rout

SWout

SCL

ADJ

Vcc

PeqL32

PeqL31

Lout

Vref

C2430 16V 100u

C0ABBA00007

+

GN 1 2 3 4 3.2 0 R2398 1k 0 GND 1 2 3 4 C2441 50V 0.012u C2444 50V 0.012u 0 R2439 R2440 47k 1.1 22k 5 L 4.4 0

PeqR11

PeqR12

ADDout

PeqL11

PeqL12

PeqL21

PeqL22

ADDin

HPout

DIFin

SWin

HPin

Bout

Sout

Rin

Lin

TO DG-BOARD (DG6)

IC2401C1BB00000800

SOUND CTRL

4.4

4.4

R2431 22k

R2430 22k

10

11

12

13

14

15

4.4

4.4

4.5

4.4

4.4

4.4

4.5

4.4

4.5

4.4

4.4

4.4

4.4

4.4

4.4

L_IN GND R_IN

1 2 3 4 5

4.0 0 3.9 0 0 0 4.5 0

R2401 5.6k

L-IN C2401 50V 1800p

R2427 100

4.4

PA6

C2403 50V 4.7uNP

16

1

2

3

4

5

6

7

8

9

C2427 50V 5600p R2409 4.7k R2420 30k C2412 50V 0.01u C2415 50V 4.7uNP

R2421 36k

R2403 22k

C

GND NC GND SUBMONO GND NC SUBMUTE (AMUTE) GND SCL1 SDA1 GND SP_MUTE STB5V RESET POFF_DEF MAIN_DEF

R2402 5.6k

R-IN C2402 50V 1800p

C2404 50V 4.7uNP

R2428 100

C2407 50V 5600p

C2425 50V 5600p C2423 25V 0.033u R2417 33k

6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

R2404 22k

R2416 180k

C2421 25V 0.033u C2419 25V 0.033u R2413 33k

+9V 0 0 0 0 3.9 + 3.5 0 R2371 180k C2382 16V 100u R2385 820 R2494 820 R2382 0 R2383 0 D2315 MA2J11100L R2412 180k D2312 MA3X152K0L

MUTE SWC2417 25V 0.033u R2390 1k 3.2 0

Q23112SD0601A0L

0

MUTE CCT.0 5.0 3.2 0 0 4.8 R2372 22k 3.2 JS2304 2.6 STB5V D2314 MA2J11100L

Q23092SD0601A0L

RESET POFF-DEF

Q23032SD0601A0L

C2445 50V 0.012u R2443 47k

DMAIN_DEF

R2373 5.6k

0.6

0

Q23042SD0601A0L 0

D2311 MA3X152K0L

R2442 22k

R2374 100k

Q2308R2377 470 2SD0601A0L 8.9 0 0 R2378 100k C2443 16V 100u +

R2444 1k

C2440 50V 0.01u 9.0 4.4 4.4

8

7

R2445 1k

VCC -

IC2403- + R

C0ABBA000073

4.4

JK7004 K4ZZ01000121 JK7003 K4ZZ01000121

JK7007 K4ZZ01000121

PA17 1 5.0 0 0 0 SUB5V SBO BAO GND 5.0 0 0 0

PA25 1 2 3 4

JK7006 K4ZZ01000121

2 3 4

E

*JS2102

JK7002 K4ZZ01000121

JK7005 K4ZZ01000121

PA-BOARD TNPA2989AC (1/2)TH-50PV30E PA-Board (1 of 2) Schematic Diagram

1

2

3

4

4.4

87

+

6

4.4

C2442 50V 0.012

5

4.4 +

+

R2414 C2416 50V 270p 24k

R2435 22k

R2434 22k

1 2+12Vs R2339

IC2301C2331 100k

3.9k

WOOFER AMP-L28 27 26 0 0.3 + 0 0 0 3.5 3.4 12.6 12.6 12.5 3.4 1.7 1.7 0 C2327 50V 0.1u R2313 2.2 C2329 50V 0.1u R2315 2.2# #

C1BA000002780 0 11.6 3.2 1 2 3 4 5 6 7 8 9 10 HP IN H/P STB SW LIPPLE FILTER 6dB HP OUT LIPPLE FILTER NC

+9V

C2307 50V 22u +

LR2307 2k R2434 22k 4.4 C2436 50V 560p C2309 50V 2.2uNP

+9V

R2305 2.2k

C2311 16V 0.047u

C2313 50V 2.2u

+

R2435 22k

9.0

4.4

4.5

431 V 01u

8

7

6

5

VCC L

200Hz LPF+

IC2402C0ABBA000073- + R GND

C2332 100k C2306 35V 47u +

M

11.6 3.2

3 4 5 6 7 8 9 10

LIPPLE FILTER

R

NC 26

0 0 3.5 3.4 3.4 12.6 12.6 12.5 3.4 1.8 1.8

C2318 35V 220u

Q23022SD1266AQ0LB 12.6

M

1

2

3

4

4.4

4.4

4.4

0

C2308 50V 22u R2430 22k *C2432 50V 560p +

R2431 22k

RR2308 2k C2310 50V 2.2uNP

R2306 2.2k

C2312 16V 0.047u

C2314 50V 2.2u

+

M

0

14

POWER GND

15 POWER GND

0

M

R2393 0

R2396 0

MUTE SW3.2 0

R2391 6.8k

+

C2339 50V 10u

IC2305R2348 10k R2321 100k

SQUAWKER AMP-L0 0.3 0 0 3.5 3.4 3.4 15.7 15.7 15.6 3.4 1.7 1.7 0 C2397 50V 0.1u R2325 2.2 C2399 50V 0.1u R2327 2.2 C2395 1000p 50V + R2337 27#

#

R2390 1k

Q23112SD0601A0L

R2392 27k

C2342 50V 10u

+

R2395 27k

0 3.2 0 R2375 10k

R2329 C2345 35V 0 R2376 22k 0 0.6 R2347 47k

47u 3.2 0 4 5 6 7 8 9 10

R2398 1k

Q23092SD0601A0L 0

Q23052SD0601A0L

R2346 47k

C2347 50V 22u +

Q2306C2442 50V 0.012u 2SD0601A0L

C2445 0V 0.012u R2443 47k

LR2317 270 R2442 22k R2319 2.2k C2349 50V 2.2uNP

0

*C2383 16V 1u

C2385 50V 2.2u

+

9.0

4.4

4.4

4.4

8

7

6

VCC L

5

+

IC2403C0ABBA000073- + R GND 1 2 3 4

400Hz HPF

R2322 100k R2330 C2346 35V

47u

4.4

4.4

0

1.1

22k

2440 47k

RC2441 50V 0.012u R2318 270 C2355 50V 2.2uNP

44 V 2u

R2320 2.2k

*C2384 16V 1u

C2386 50V 2.2u

+

4

5

87

+

R2439

C2348 50V 22u

+ 20k + 20k +

C2305 35V 47u

L

C2317 35V 220u

Q23012SD1266AQ0LB 12.6

R2331 0

L2303 EXCELDR35V

0 0 2.7 0 0 0 3.3 3.3 0 0

25 AMP SW GND STB SW SW REG.PART SW 24 NC SW B HLS SW 23 NC E ON TIME NC PRE GND NC Thermal Pad OUTSW 22 OUT Vcc(SW) 21 20 19 18 17

R2333 0

3.5 3.3 L2301 220uH D2301 B0JCME000025

C2321 50V 2.2u

R2311 2.2

Vcc

C2323 50V 1000p

+

+

C2325 25V 470u

C2333 25V 470u

11 IN 12 13 14 BEEP

POWER GND

OUT+ 16 15

TO WOOFER (W-R & W-L)PA1 1.7 1.7 1 2 3 4 5

POWER GND POWER GND

W_R+ W_RNC W_L+ W_L-

IC2302C1BA000002780 0 1 2 HP IN H/P STB SW 6dB HP OUT 28 LIPPLE FILTER 27

WOOFER AMP-R0

0 1.7 1.7

0.3 +

0 0 2.7 0 0 0 3.3 3.3 0

25 AMP SW GND STB SW SW REG.PART SW 24 NC SW B HLS SW 23 NC E ON TIME NC PRE GND NC Thermal Pad OUTSW 22 OUT Vcc(SW) 21 Vcc 20 19 18 17

R2332 0

L2304 EXCELDR35V

R2334 0

3.5 3.4 L2302 220uH

D2302 B0JCME000025

C2322 50V 2.2u

R2312 2.2

C2324 1000p 50V

+

+

C2326 25V 470u

C2334 25V 470u

11 IN 12 13 BEEP

POWER GND

OUT+ 16

C2328 50V 0.1u R2314 2.2

C2330 50V 0.1u

R2316 2.2

C1BA000002780 0 14.6 1 2 3 HP IN H/P STB SW LIPPLE FILTER 6dB HP OUT 28 LIPPLE FILTER 27

TO P-BOARD (P7)R2335 0 L2309 ERD25V0T D2305 B0HAPM000037 15.0 15.0 0 0 C2391 50V 2.2u R2323 2.2 PA7 1 2 3 4

L

NC26

C2387 35V 220u

+

Q2313B1BBCF000013 15.7

0 2.7 0 0 0 3.3 3.3 0 0

25 AMP SW GND STB SW SW REG.PART SW 24 NC SW B HLS SW 23 NC E ON TIME NC PRE GND NC Thermal Pad SW22 OUT Vcc(SW) 21 20 19 18 OUT- 17 OUT+ 16 15 POWER GND

+15Vs +15Vs GNDs GNDs

3.5 3.4

D2303 B0JCME000025

R2340 3.9k

L2307 220uH

Vcc

C2393 25V 470u

C2389 25V 470u

+

11 IN 12 13 14 BEEP

POWER GND POWER GND

TO SQUAWKER (SP-R & SP-L)PA3

IC2306C1BA000002780 0 14.6 3.2 0 0 2.7 0 0 0 3.3 3.3 0 0 1 2 3 4 5 6 7 8 9 10 HP IN H/P STB SW LIPPLE FILTER 6dB HP OUT LIPPLE FILTER NC

1.7

1 2 3 4

SQUAWKER AMP-R28 27 26 0 0.4 + 0 0 3.5 3.4 3.5 15.7 15.7 15.6 3.4 1.8 1.7 0 C2398 50V 0.1u R2326 2.2 C2400 50V 0.1u R2328 2.2 C2396 50V 1000p + R2338 27 3.5 3.4 D2304 B0JCME000025 C2388 35V 220u

SP_R+ SP_RSP_L+ SP_L-

1.7 1.7 1.7

R

Q2314B1BBCF000013 15.7

AMP 25 SW GND STB SW SW REG.PART SW 24 NC SW B HLS SW 23 NC E ON TIME NC PRE GND NC Thermal Pad OUTOUT+ SW 22 OUT Vcc(SW) 21 Vcc 20 19 18 17 16

R2336 0

L2310 ERD25V0T

L2308 220uH

C2392 50V 2.2u

R2324 2.2

+

C2394 25V 470u

11 IN 12 13 14 BEEP

C2390 25V 470u

POWER GND

15 POWER GND POWER GND

TH-50PV30E PA-Board (1 of 2) Schematic Diagram

6

7

8

15.14. PA-Board (2 of 2) Schematic Diagram

COM 6

PA-BOARD TNPA2989AC(2/2)1 2L7551 R7530 0

IC7551C0DBCMG000010 OADJ 1.2 4 COM 3

VIN

1

2

VO

20.4

12.3

IC7501TO PF-BOARD (PF10)PA10A 1 2 3 4 5 6 7 8 9 20.5 20.5 0 0 14.0 0 5.0 0 2.0 TPB7523 R7502 1.87k TPB7522 L7501 G0C101K00023 TPB7521

Q7506B1DHDD000013

R7529 0

G0C101K00023

C7525 50V 10u ON/OFF SW out VO S GND

R7516 22k

C7551 25V 220u

V IN

1

2

3

4

5

*R7514

Q7507UNR521100L C7535 0.47u 16V 3.4

2.2k 0 R7552 806

5.2

1.6

20.4

2.4

0

R7501 820 TPB7501 L7503 33u D7502 MAZ21200A0LS SUB9V1

0 R7558 1k

D7501 MA2Q73700L

C7501 25V 470u

L7502 100u +

R7560 47k

C7502 25V 470u

C7503 50V 0.01u

C7530 16V 330u

R7557 100k

Q7553UNR221N00L 0 8.1 0 0

Q7552ODU_OFF ON UNR221N00L 2.8 0

IC7502C0DAAZG00006

AVR SUB9VC7531 16V 330u MAIN9V *R7523 0 + TPB7502 ON/OFF SUB9V2 C7509 50V 10u +

Q7501B1DHDD000013

TPB7508

IC7504C0DAAZG00006

SW out

VO S

GND

V IN

R7505 22k

1

2

3

4

5

G0C101K00023

SW out

9.0

1.5

20.3

2.2

D7551 MA2Q73700L

C0DAAZG00006

AVR SUB9V+

D7552 MA3X152K0L

2.5

1.5

13.8

D7504 MA2Q73700L

D7505 MAZ21200A0LS

C7505 25V 470u

L7505 100u C7506 25V 470u +

*R7504 3.92k

L7506 33u

Q7502UNR221400L 0 2.8 + C7516 25V 470u R7509 806

C7570 50V 0.01u

R7510 1k

0

MA2Q73700L

L7511 100u + 16V 820u

D7515

C7517

R7518 22k

R7519 12k

*Q7510UNR221400L

Q750

2SD0601

IC7503C0DAAZG00006

AVR SUB5VTPB7503 R7522 0 SUB5V ON/OFF

IC7505C0DAAZG00006SW out

SW out

VO S

GND

V IN

B1DHDD000013 MAIN5V

L7513 G0C101K00023

Q7503

TPB7509

C7532 16V 330u

1

2

3

4

5

20.4

C7572 50V 10u C7537 16V 0.47u

1

2

3

13.8

R7588 0 L7507 G0C101K00023 R7507 820 R7508 1.87k D7507 MA2Q73700L C7511 25V 470u L7508 100u C7512 25V 470u + C7513 50V 0.01u

2.5

1.5

4

R7515 22k

VO S

GND

V IN

5.0

1.5

2.3

0

R7517 220

Q7505D7512 MA2Q73700L L7509 22u D7508 MAZ20680A0LS UNR221400L 2.8 0 0 C7521 25V 470u +

R7511 820 L7514 100u C7522 16V 820u +

R7512 604

Q75432SB0709A0L 4.8 R7539 4.2 2.2k 4.9 R7541 2.2k 4.8

Q75412SB0709A0L 0 4.9

R7543 1k C7542 16V 0.1u

Q75422SB0709A0L 3.4 R7545 2.2k 3.3 0

R7547 680 C7544 16V 0.1u

R7544 2.2k

R7548 2.2k

R7525 4.7k R7540 4.7k C7541 16V 0.1u

D7541 MA2J11100L

R7532 470

R7546 2.2k

D7549 MA2J11100L

R7559 3.3k

D7542 MA2J11100L

R7533 1k

C7543 16V 0.1u

D7547 MA2J11100L

R7542 470

Q7504UNR221400L 0 2.0 0

D7543 MA2J72800L

R7534 100

D7548 MA2J11100L

R7550 220

D7545 MA2J11100L

R7536 470 D7537 MA2J11100L

D7540 MAZ30390HL

4.9 0

R7537 10k

Q75442SD0601A0L 0 R7538 10k

D7538 MA2J11100L

D7539 MAZ30470HL

R7527 4.7k

R7526 4.7k


8

9

10

D7546 MA3X152E0L

D7544 MA2J11100L

R7535 220

R7549 100k

11

12

88

2.3

0

2.3

0

R7503 806

C7536 16V 0.47u R7506 2.2k

L7510

L7504 G0C101K00023

1

2

3

4

VO S

GND

V IN

0

7.8

0

+

+ + +

+ + +

C 5 0

L7582 G1C101M00018

75510 COM 6 ON/OFF

MG00001

IC7581AVR 12VC7582 16V 0.22u L7581 33u D7581 MA2J11100L R7591 56k R7583 1k + C7581 50V 4.7u 0.5 0.5 8.5 0.3

C0DBAMA000141 2 3 4 EaIn FB SCP OSC VCC GND BR/CTL Out 5 0.1 6 0 7 0.3 8 0.3

OADJ

1.2

20.4

12.3

7.8

0

C7584 50V 270p

D7582 MA3X78900L

1

2

3

COM

C7583 50V 0.1u

VIN

VO

4

5

R7584 5.1k

TPB7506

9.2 0 C7585 50V 10u +

L7552 100u D7551 MA2Q73700L

*R7580 0

AVR 30V

Q7582B1ABPF000005

0

1 V u

C7552 25V 220u

Q7581C7571 50V 0.01u UNR521100L R7586 1.37k R7585 82k

6

COM

ON/OFF

OADJ

VO

R7560 47k

R7558 1k

C7554 16V 1u

COM

VIN

1

2

3

4

5

9.0

1.2

7

Q7553UNR221N00L 0 8.1 0 0 L7561 220u

14.0

7.8

0

L

ON/OFF

SW out

VO S

GND

V IN

1

2

3

4

5

2.5

1.5

13.8

2.3

0

+ 0 + MA2Q73700L D7515 SW out V IN 1 2 2.5 D7512 MA2Q73700L +

R7552 806

R7551 7.15k

+

IC7561C0DBCMG00001 FAN 9V/7.2VTO FAN2 TO FAN1 *PA11 1 2 *PA13 1 2 3 TO FAN4 TO FAN3 K1KA03A00172*4 *PA14 1 2 3 *PA15 1 2 3

R7566 820 L7562 470uH +

R7565 3.92k

R7574 2.7k L7563 220u + C7574 50V 0.01u TPB7512

3 FAN9V/7.2V R7561 *C7563 16V 470u R7562 R7563 R7564 12k 12k 12k 12k

C7561 25V 470u

C7562 16V 470u

+

IC7504C0DAAZG00006

R7587 47k

D7565 MA2Q73700L R7596 1k R7570 10k

AVR MAIN3.3VR7569 1k FAN ON/OFF

R7568 10k 10k

Q75632SD0601A0L

Q75622SD0601A0L R7571 47k

D7561 MA2J11100L

D7564 MA2J11100L D7563 D7562 MA2J11100L MA2J11100L +

FAN SOS C7567 50V 0.01u

47k

Q7561UNR221400L

*R7579 100k C7568 50V 22u

D7568 MAZ30390HL

DGON_INV R7509 806

6 V u

R7510 1k L7512 22u

TPB7504 MAIN4.2V D7511 MAZ20680A0LS

L7511 100u C7517 16V 820u + C7518 50V 0.01u

PA24 + C7533 16V 330u

TO DG-BOARD (DG2)PA2 30.0 1 TPB7510 BT30V MAIN12V SUB5V_IDTV GND SUB5V_IDTV GND

0

1 2 3 4 5 6 7

TXD GND RXD SRQ STB5V GND

R7520 1k

TO D-BOARD (D12)

PA12 1 2 3 4 5 6 7 4.8 0 0 4.9 5.0 0 12.0 TXD GND RXD 4.8 0 0 4.8 STB5V 5.0 GND 12V 0 12.0

PA21 1

R7595 0

0 0

2 3.2 3 5.0 4 0 5 12.3 6 7 LOADER_IN_SEL

7510

Q75092SD0601A0L *R7531 0 12.0 5.0 0

R221400L

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

IC7505C0DAAZG00006ON/OFF

5.0

AVR MAIN2.5V

0 5.0 0 7.0 0 3.3 0 3.3

PA23 SUB5V GND (UNREG7V) GND 1 MAIN3.3V 2 GND 3 MAIN3.3V 4 GND 5 MAIN9V 6 GND 7 NR14V 8 GND 9 SUB5V 10 GND 11 SUB9V 12 GND 0 SUB9V GND 0 MAIN2.5V 0 GND 4.7 MAIN2.5V 4.8 GND 3.6 MAIN5V 3.8 GND 0 MAIN5V 3.2 TVON 5.0 SOS 0 TVON 12.2 NC 3.9 AC_ON/OFF 4.6 FANONOFF 0 FANMax/Min FANSOS GND 20 GND 19 SCL3(PANEL) 18 17 LOADER_IN_SEL SDA3(PANEL) 16 GND 15 14 13 12 SCL0 GND SRQ SUB5V 11 10 SCL2 SDA0 9 SDA2 8 VPP 7 GND R7590 0 4.8 5 6 GND IIC_CONT 0 GND 0 12 0.2 4 RX 4.8 RST 4.8 11 0.3 3 0.5 4.5 4.7 SCL3 SDA3 IRQ 4.5 4.2 0.5 8 9 10 FAN7.2V TPB7507 7.2 0 PA8 1 2 4.8 4.8 4.8 4.8 4.9 0 5.0 STB5V 5.0 1 2 3 4 5 6 7 3.8 3.7 4.8 4.8 0 4 5 6 7 8 VPP SCL2 SDA2 4.8 4.8

VO S

GND

TO D-BOARD (D4)PA4 PA22

5.0 3.2 0

1 2 3

SUB5V SRQ GND SCL0 SDA0 SCL2 SDA2

3

4

1.5

13.8

2.3

0

5

IIC_CONT 4.8 GND 0 SCL1 SDA1 4.8 4.8

R7511 820 L7514 100u C7522 16V 820u + R7512 604 L7515 TPB7505 22u D7513 MAZ20510A0LS

0 9.0 0 C7534 16V 330u TPB7520 14.0 0 5.0 0 9.0 0 9.0 0 2.5 0 2.5 0 5.0 0 5.0 TPB7515 TPB7516 TPB7513 TPB7514 2.7 0 2.7 0 2.0 TPB7517 TPB7518 TPB7519 3.3 0.3 0 0

1

V

MAIN2.5V +

u

C7523 50V 0.01u

TO DG-BOARD (DG8)FAN+B GND TX

FAN SOS


12

13

14

15

88

15.15. D-Board Block Diagram

D IC9002D6

LVDS:Low Voltage Differential Signaling

IC9005BUS SWITCHOE

LVDS/TTL(PARALLEL)

Q9001INV.

TX0TX0+ TX1TX1+ TX2TX2+ TX3TX3+

2 3 5 6 8 9 14 15

9TTL PARALLEL TO LVDS

1R/G/B

10 11 12 15 16 19 20

27 55

IC9004SWITCHING

IC9003INVERTER5CLK OUT

3 6 1 7CLKC

26 3 5

2

4 2

TXCTXC+

11 12

17 18

HS OUT

VS OUT

TO DG3

IC9009D3 (1/2)

A/D CONVERTER(SUB)67

IC9008BUS SWITCHG7

PLL2 9 12 19 70 77VD R(8Bit) B(8Bit) G(8Bit) G YS

40

48

Y/G IN

CLP 110M 8BIT CLP ADC

GG0 OE

B7

PB S

38

B

43

Pb/B IN

BB0

PR S

36

R

54

Pr/R IN

CLP

R7

RR0

IC90235V->3.3VHD VD NCLP (3.3V)SDA2

57 56

VS OUT SDA2

64 66

SYNC/SEPA3 5HS VS CLAMP HSYNC VSYNC (3.3V)SCL2 SCL2

HS OUT

HD

34 32 31

17 15 13

38

30

31

IC9711SWITCHINGSCL1 SDA1 SCL2(IIC 5V)

7 1 6 2 5 3

SDA1(IIC 5V)

SCL1

4 5 6 7 8 9SCL3

SDA1 SCL2 SDA2 SCL3 SDA3

Q9719

IIC_CONT

5V->3.3V SDA3

Q97045V->3.3V

SCL2(3.3V)

SOUND MAIN MUTE CABLE DET

12 13

SMM CABLE_DET

Q9703SDA2 SCL2

SDA2(3.3V)

Q9710

LSI RESET

42

RESET

IC9709CONVERT MICRO PROCESSOR

(1/2)

DATA IN

11

DATA OUT 10

MC CLK

9

TH-50PV30E D-Board Block Diagram

89

IC9001AVR 3.3V

IC9006AVR 3.3V3.3V P5V

IC9007AVR 3.3V3.3V P5V

Q9001INV.

P5V

5

4

5

4

5

4

3.3V

4 IC9151FORMAT CONVERTER(I/P)CLKC DCKC UNREG 14V

IC9153PLL 3.3V1 3PLL 3.3V P5V

IC9152AVR 3.3V5 43.3V P5V

IC9302AVR 3.3V5 43.3V

NG3 6 1 7

8BIT ADC 110M

RGB /Y Pb Pr

FORMAT CONVERTER(I/P CONVERTER)

CTI/TINT COLOR CONTRAST WB-Adj OSD St-r

B0-B7,G0-G7,R0-R7 LEFT(MASTER)RGB 8bitCLK

1

2

SDRAM I/F F.CLP

IC915564M SDRAM

50MHz

IC9301PLL SYNTHESIZER

IC9303PLL SYNTHESIZERCLKD

R/G/B DIGITAL C

HD VD CLK

OCK PLL

IC91543.3V->5V

IC9157PLL M (100MHz)

50MHz

6 5

CLK2 CLK1 XIN

7 8

60MHz 65MHz

1

6

X OUT

CLKE

OSC IN

OSC OUT

IC90145V->3.3V

4

5

X9302 20MHz

B0-B7,G0-G7,R0-R7 RIGHT(SLAVE)RGB 8bit3

SDA2 NRST

SDA2(3.3V)

OSD

SCL2

SCL2(3.3V)

NRST

4IIC_CONT

5CATS_EYE

6RESET

27 29HD S VD S

185DCKS

75 74HDD VDD

7

OSD

SERIAL DATA

SMM

8CABLE_DET

9

77

DCKC

RESET

106

4

IC9606RESET

HD,VD

10

23 24 7 8 9

HDS I/O VDS I/O HD VD CLP

NRST CLK

147 182 178 179 50MHz

IC9605SYNC PROCESSOR OSD(1/2)

VD HD

206 HS C1 205 VS C1

SDA I/O SCL I/O MCVD

132 133

SDA2(3.3V) SCL2(3.3V)

18 17

15 17

IC97033.3V->5V

3 5

16

MCDATA

MCHD

147 RESET

20 21

MC CLK FPGA-LD

OSD IN0

IC96025V->3.3V

OSD IN7

SMM

61

SOUND MUTE

NH IN NV IN

113 111

CABLE_DET

Q9707

100 AD1

CATS EYE

99

A0

68

A/D SEL. IIC CONT A8

Q9710RESET RESET

75

IC9704VRAM(1Mbit)

IC97065V3.3V

D00

85

MC CLK D15

104 FPGA-LD

Q9706 SW

RAS MCDATA

86

MCCLK

IC9701MICRO PROCESSOR

CAS CE WE OE

SCL3 SDA3 SCL2 SDA2

87 88 89 90 70 71

SCL3 OSC IN SDA3 SCL2 SDA2 SCL1 SDA1 A01 A19 OSC OUT OSC IN

9 10 38

IC9705X9701 24.5MHz

FLASH MEMORY (8M ROM)

IC9702EEPROMSDA

X9703 OSC OUT

SCL1 SDA1

39

20MHz

5 6

SCL


89

DUNREG 14V

IC9800DC DC CONVERTER (1.8V)1.8V UNREG 14V

IC9951DC DC CONVERTER (3.3V)3.3V

LVDS:Low Voltage Differential Signaling

47

IC9952UNREG 14V

IC94531.8V

IC94542.5V

IC912RESET

DC DC CONVERTER (1.8V)

DC DC CONVERTER (3.3V->2.5V)

64Mbit SDRAM

32MbitF

Plasma AI control

B0-B7,G0-G7,R0-R71

LEFT(MASTER)RGB 8bitCLK

FC RAM I/F

FLASH R

250MHz 60MHz 65MHz CLK

DATA

IC9455

NEW PLASMA ANRST

10bit PROCESSO

SUB-FIELD PRO FPGA I/FHD,VD

(L Master) SLV44

(3.3V)SDA

SDA

(3.3V)SCA

SCA

DATA

B0-B7,G0-G7,R0-R73

IC930464Mbit SDRAM

FC RAM I/F

FLASH R

DATA50MHz 60MHz 65MHz CLK

NRST

IC9305

4IIC_CONT

NEW PLASMA AI

5CATS-EYE

RIGHT(SLAVE)RGB 8bitNRST

10bit PROCESSO

6RESET

SUB-FIELD PROC

7SMM

(R Slave) SLV42h

8CABLE_DET

9HD,VD

FPGA I/FHD,VD

10(3.3V)SDA

DATASDA (3.3V)SCA SCA

TO DG3REMOCON_OUT FAN_CONT

D3

(2/2)

CONTROREMOCON_OUT

25 26 28 15 17 19 27 21 23 11FAN_CONT

IC97063.3V5V9 11CABLE_DET

TO PA12TXD_PC RXD_PC STB5V 12V

D121 3 5 7STB5V 12V TXD_PC RXD_PC

60

IIC_CONT SMM

55 8RESET

42

STB_ON POW_STATUS TXD_TU

31 35 14 15 4 51 52 20 21


(2/2)

TO P2515V

D251

RXD_TU

15V

IC9708EEPROMSDA

RTC_INT TXD_PC RXD_PC

15V

2

15V

5 6

5V

5

5V

SCL

FAN_CONT FAN CONT

IC9707OR OR2 4 1

Q9709 INV.B ASCL3 SDA3 REMOCON REMOCON INH

40 29 32 53 54

7

INV. Q9708

REMOCON OUT


90

47

2OE 1OE

55 56

Q9400BUS RELEASE

D32

IC945612RESET

IC9459BUS SWCEL, PCU

TO C21 (42inch) TO C25 (50inch)DRVRST-5V CEL PCL(PCU)

M

32MbitFLASH

Q9597

Q9596

B3 A15 A14

Plasma AI control

A3 SOS3 B40 D8~D11, CLKL, NCLKL

DRVRST SOS

I/F

FLASH ROM I/F

DATA DRIVE L-UP TO C31 (42inch) TO C55 DRVRST-5V (50inch)CEL PCL(PCD)

DATA DRIVERD33

IC9455NEW PLASMA AI 10bit PROCESSOR SUB-FIELD PROCESSOR (L Master) SLV44h

Q9591CEL, PCD

Q9594

A38 B26 B27

LED_G B37 LED_R A37 CATS_EYE A34 REMOCON A36 A33 D19~D22, CKD1, CKD2 DRVRST OPT

F

DATA DRIVER

DATA DRIVE L-DOWN TO C11 (42inch) TO C24 DRVRST-5V (50inch)CER PCR(PCU)

D31

Q9599CER, PCU

Q9598

B3 A19 A18

/F

FLASH ROM I/FD2~D5, CLKR, NCLKR

DATA DRIVER

DATA DRIVE R-UP

IC9305NEW PLASMA AI 10bit PROCESSORDSHL

IC94573.3V->5VCEL CER PCU PCD DSLL DMHL DMLL DSHR DSLR DMHR DMLR D13~D16, CKD1, CKD2

A3

DRVRST

SUB-FIELD PROCESSOR (R Slave) SLV42h

D34

TO C41 (42inch) TO C54 (50inch)DRVRST-5V CER PCR(PCD) DRVRST

DATA DRIVERCER, PCD

Q9593

Q9592

A38 B22 B23 B38

PCU PCD

DATA DRIVE R-DOWNCEL, CER

CONTROL DATAUEH, USL, USH, UML, UMH, NUEL, (UBK)

SUSSUSTAIN CON. DATA 8bit

IC96013.3V->5VD20

TO SC-BOARD SC20

IC9605DISCHARGE CONTROL

(2/2)

CL, CLK, SIU, SID, SCSU, CPL CPH

SCANSCAN CON. DATA 13bit DRVRST 100 CEL, CBK, CSL, CSH, CML, CMH, PCU, PCD

IC96033.3V->5VPCU PCD

SCAN OUT

SCANSCAN CON. DATA 13bit

IC96043.3V->5V11SOS1 SOS2

CATS_EYE SOS3

12

X9702 X IN

22

Q9301X OUT

DRVRST

239,216MHz

DRVRST 5V

41 26 28LED_G REMOCON LED_R

DRVRST_5V


(2/2)

64 1 61RESET

SOS2 SOS1 SOS3

IC9710RESETRUSH_ON/OFF

D271 2 3STB5V KILL_SOS FAN_SOS PS_SOS ALL_OFF1

TO P27RUSH ON/OFF TV ON/OFF M POWER STB5V KILL SOS FAN SOS PS SOS ALL OFF1

19 44 45 46 47 37 63 33RUSH_ON/OFF TV_ON/OFF M_POWER KILL_SOS FAN_SOS PS_SOS ALL_OFF1

6

7

STB 5V TV_ON/OFF M_POWER

4 5 6 7 8

53

54STB5V_S

STB5V_M SCL3 SDA3

Q9702

Q9701


90

15.16. D-Board (1 of 14) Schematic Diagram

A

Y_S

B

40 GND PB_S GND PR_S GND HD_S GND VD_S NCLP_S GND 5V STB_ON REAL TIME /INTRA FAN_CONT REMOCON_OUT ALL_OFF RXD_PC GND TXD_PC GND RXD_TU GND TXD_TU GND 17 16 15 14 13 SOUND MAIN MUTE RESET GND SDA3 9 SCL3 SDA2 SCL2 SDA1 SCL1 GND IIC_CONT STB5V 1 3 2 5 4 7 6 8 11 10 12 19 18 21 20 23 22 25 24 27 26 29 28 31 30 33 32 35 34 37 36 39 38

0 0 0 0 0 0 3.9 0 4.4 4.0 0 5.0 0 0 0 0 6.7 2.0 0 AR_TXD_PC 4.8 AR_RXD_TU 0 AR_TXD_TU 4.8 0 4.9 0 4.9 0 2.4 5.0 4.8 0 0 0 0 0 0 0 0 0 5.0 AK_IIC_CONT AK_SDA3 AK_SCL3 AK_SDA2 AK_SCL2 AK_SDA1 AK_SCL1 R9984 0 0 R9986 0 R9726 0 R9727 EXB38VR000V R9987 0 R9988 0 R9728 0 *R9929 100 AR_RXD_PC AA_FAN_CONT AA_REMOCON_OUT AA_ALL_OFF1 AA_SOS_STATUS R9730 100 AA_STB_ON P5V R9131 R9132 100 100 R9130 100

AM_G

AM_B

D-BOARD TNPA2824AT (1/14)

AM_R

AL_HD_S

AL_VD_S AL_NCLP_S

C

POWER STATUS GND CABLE DET

AVR 3.3V

R9985

IC9001P5V R9731 100

C0CBCBD000083.3V

C9006 16V 0.1u +

D9001 MAZ30360HL

L9001 ELKE103FA 1 2 3

C9008 4V 220u +

C9011 16V 0.1u

3.3V

5

Vcont Vin

C9004 6.3V 10u

GND

5V

Np Vout

4

C9007 C9005 16V 0.1u 4V 220u

L9002 ELKE103FA 1 2 3

C9009 4V 220u +

C9012 16V 0.1u

1

2

2

VCC 56

D21 55

D20 54

53

52

51

50

49

48

47 10 T0+ C 100 Y0+ D15

GND

LVDS/TTL (PARALLEL)LVDS GND

GND

D22

D23

D24

D25

D26

D27

Y0-

VCC

D19

D18

D17

D16

HS

R9002 0

R9003 0

VS

3.3V 3.3V

T0-

R9005

E

AU_HDID_S

F

TH-50PV30E D-Board (1 of 14) Schematic Diagram

A

B

C

D

E

F

G

H

1

2

3

4

AU_VDID_S

91

C

5

T1-

R9007

11

1

2

3

4

5

6

7

8

9

46

D

C9014 16V 0.1u

C9001 6.3V 10u

C9002 16V 0.1u

C9010 L9003 4V ELKE103FA 220u 1 3 +

C9013 16V 0.1u

AV_G7

AV_R0

AV_B7

AV_B6

AV_B5

AV_B4

AV_B3

AV_B1

AV_B0

AV_B2

TO DG-BOARD (DG3)

3 C9003 16V 0.1u

D3

R9001 EXB38V470JV

R9004 EXB38V470JV

R9006

EXB38V

1

AU_HDID_S 3 D24 AV_B5 D19 GND D18 AV_B3 D17 D16 VCC D15 AV_G7 D14 D13 GND D12 D11 D10 VCC AV_G1 D9 D8 AV_G3 R9011 20 Y3+ D7 GND R9012 D6 AV_R1 D5 D4 D3 1 NC VCC 5 VCC D2 EXB38V470JV 29 3 GND AAU_TX02 TX03 TX0+ TX1G 5 TX1TX1+ 7 TX2G TXG29 TXG2+ TXCG 11 TXCTXC+ 13 TX3G TX315 TX3+ GND 17 DPMS_HD 18 AAF_DPMS_VD 20 GND 21 GND GND 19 DPMS_VD 16 AAF_DPMS_HD 2A12 28 AV_R1 AV_R2 AV_R3 AV_R4 AV_R5 AV_R6 AV_R7 AV_G0 P5V 27 26 2A11 2A10 2A9 25 2A8 24 2A7 23 2A6 22 C9028 6.3V 10u 21 20 AV_G1 2A5 2A4 GND 19 2A3 18 VCC 17 2A2 16 AV_G3 AV_G4 AV_G5 AV_G6 AV_G7 AV_B0 AV_B1 2A1 15 1A12 14 13 12 1A11 1A10 1A9 11 1A8 10 9 AV_B2 AV_B3 AV_B4 AV_B5 AV_B6 AV_B7 1A7 GND 8 1A6 7 6 5 4 3 2 1 1A5 1A4 1A3 1A2 1A1 NC AV_G2 C9029 16V 0.1u AV_R0 14 12 10 8 6 4 AAU_TX0+ C AAR_TX1AAR_TX1+ C AAN_TX2AAN_TX2+ C AAS_TXCAAS_TXC+ C AAT_TX3AAT_TX3+ Y 4 TX0G AV_R4 AV_R3 AV_R2 VDD R9015 33 1 100MHz AV_R5 C 1 30 R9017 A 2 31 32 C9023 16V 0.1u 33 34 AV_R6 C9022 16V 0.1u 35 AV_R7 36 AV_G2 LVDS GND PLL GND PLL VCC PLL GND /PDWN CLK OUT 21 22 23 24 25 26 EXB38V470JV 37 100 C9020 16V 0.1u 38 AV_G4 39 AV_G0 R9010 40 41 42 16V 0.1u 43 C9016 44 45 AV_G5 46 AV_G6 47 AV_B2 R9006 48 49 AV_B0 50 AV_B1 51 R9004 AV_B4 52 53 GND D25 D26 D27 LVDS GND Y0Y0+ Y1Y1+ LVDS VCC LVDS GND Y2Y2+ CLKINCLKIN+ Y3D20 54 4 VS 5 6 7 8 T0R9005 9 10 11 12 13 C9017 16V 0.1u 15 T2T2+ R9008 16 17 TCLKTCLK+ 18 19 T3T3+ 100 R9009 EXB38V470JV 100 14 100 R9007 100 T0+ T1T1+

4)

38V470JV

HS AV_B6

R9003 0

AU_VDID_S

EXB38V470JV

LVDS/TTL (PARALLEL)

91C EXB38V470JV C

5C0ZBZ0000551 DS90CF386MTDX

C

C

C

TOR9014 10k

IC9002

IC9004

SWITCHING

D-BOARD

(7/14)

C0JBAS000109

IC9003

C0JBAB000550

6D6VSS 4 28 GND D1 R9016 56 27 D0

5

FOR DVI

H:ON

6 H:ON 2

3

IC9027 16V 0.1u

7

8

R9018

0

INVERTER

J

AT_R0

AT_R1

29

2B12

AT_R2

30

2B11

AT_R3

31

2B10

AT_R4

32

2B9

7IC9005C0JBAZ001992 BUS SWITCHH:HI-Z

AT_R5

33

2B8

AT_R6

34

2B7

AT_R7

35

2B6

AT_G0

36

2B5

37

2B4

AT_G1

38

GND

AT_G2

39

2B3

AT_G3

40

2B2

AT_G4

41

2B1

AT_G5

42

1B12

AT_G6

43

1B11

AT_G7

44

1B10

AT_B0

45

1B9

AT_B1

46

1B8

AT_B2

47

1B7

48

1B6

AT_B3

49

GND

AT_B4

50

1B5

AT_B5

51

1B4

AT_B6

52

1B3

AT_B7

53

1B2

54

1B1

55

2OE

56

1OE

2SD0601A0L

Q9001

84

R9025 10k

R9026 47k

R9027 330


9

7

6

5

3

2

1

7

6

5

4

3

2

1

TH-50PV30E D-Board (2 of 14) Schematic DiagramAM_B AM_R AM_G P5V 5V R9114 0 R9110 0 5V 5V C9030 C9032 6.3V 16V 10u 0.1u C9031 C9033 16V 6.3V 0.1u 10u


10IC9007 IC9006C0CBCBD00008 AVR 3.3V1 Vin Vcont Vin Vcont 5 1 5

11R9020 R9019 02 GND GND 2

0

R9113 0 R9024 75 R9022 753 Np Vout Np Vout 4 3 4

R9023 75 C9034 16V 0.1u C9035 16V 0.1u C9037 6.3V 10u C9036 6.3V 10u

AAC9038 C9039 16V 0.1u 16V 0.1u AJ_SCL2 AJ_SDA2

C0CBCBD00008 AVR 3.3V


12C9045 C9044 0.1u 50V 25V 0.047u 1000p C9042 16V 0.1u 25V C9043 25V 0.047u 0.047u C9041 16V 0.1u C9040 C9046 16V2A12 28 AS_R0 2A11

AT_R0

AT_R1

29

2B12

60

59

58

57

56

55

54

53

52

51

50

49

48

47

46

45

44

43

42

41

AT_R2 2A10 26 AS_R2 61 40 39 38 BAIN VD GND MIDSCV 37 GND 36 PVD 35 PVD 34 FILT 33

30

2B11 27 AS_R1

A0

VD

VD

VD

VD

AT_R3 2A9 25 AS_R4 63 64 VSOUT REF BYPASS VD GND SOGOUT HSOUT DATACK GND VDD RED RED RED RED 65 R9105 AU_HDIA_S 66 67 68 69 70 AS_R7 71 AS_R6 72 AS_R5 14 AS_R4 13 AS_R3 AS_G6 75 AS_R2 AS_G7 76 AS_R1 AS_B0 77 AS_R0 9 8 7 6 AS_B3 AS_B2 80 79 AS_B1 78 RED RED RED RED AS_G4 73 AS_G5 74 0 AS_R5 AS_R6 AS_R7 AS_G0 R9028 0 AU_VDIA_S R9104 0 AS_R3 62

31

2B10

C9048 16V 0.1u

SCL

SDA

GND

GND

GND

GND

RAIN

GAIN

AT_R4

32

2B9

SOGIN

100MHz

AT_R5

33

2B8

AU_CLP_S

AT_R6 2A6 22 2A5 21 2A4 20

34

2B7

2A8 24 2A7 23

AT_R7

35

2B6

C9049 16V 0.1u

AT_G0 GND 19

36

2B5

C9050 6.3V 10u

37

2B4

GND VD GND

GND

AT_G1

38

GND

R9029 3.3k

CLAMP VD

P5V

AT_G2 2A2 AS_G2 AS_G3 16 2A1 15 1A12 1A11 1A10 12 1A9 11

39

2B3 AS_G1

AT_G3

40

2B2

2A3 18 VCC 17

GND 32 VSYNC 31

C9053 50V 3900p

AU_VD_ADS AU_HD_ADS HSYNC 30 COAST 29 C9054 16V 0.1u

C9051 16V 0.039u

C9052 16V 0.1u

AT_G4

41

2B1

IC9008

AT_G5

42

1B12

AT_G6

43

1B11

C0JBAZ001992

VDD VDD

GND VDD VDD

GND

AT_G7

44

1B10

GND 28 VD 27

AT_B0

45

1B9

131A8 10 1A7 GND 1A6 1A5

AT_B1

46

1B8

GND GREEN GREEN

GND BLUE BLUE

VD 26 GND 25 GND 24 23 22 21

TOGREEN 1 2 3 41A4 5 4 3 2 1 AS_B7 AS_B6 AS_B5 AS_B4 1A3 1A2 1A1 NC

AT_B2

47

1B7

D-BOARD BUS SWITCHHI:HI-Z C9056 16V 0.1u AS_G7 AS_G6 AS_G5 AS_G4 AS_G3

(8/14)

48

1B6

AT_B3

49

GND

BLUE

BLUE

GREEN

AT_B4

50

1B5

GREEN 7 GREEN 6 GREEN 5

GREEN 9

19

20

BLUE 13

BLUE 15 BLUE 14

BLUE 16

VDD 11 GND 10

12

17

18

AT_B5

51

1B4

8

AT_B6

52

1B3

AT_B7

53

1B2

54

1B1

C9055 16V 0.1u

55

2OE

3.3V

56

1OE

AS_B7

AS_B6

AS_B5

AS_B4

AS_B3

AS_B2

AS_B1

AS_B0

AS_G2

AS_G1

AS_G0

R9030 4.7k

R9115 0 3.3V

IC9009

C0FBAD000069

A/D CONVERTER(SUB)

14

92

11

3.3V 1 2 *R9065 0 AU_HD_S 3 4 *R9066 0 AU_VD_S 5 6 *R9067 0 AU_NCLP_S 7 8 9 10 1OE 1A1 VCC 20 2OE 19 1Y1 2A4 1Y2 2A3 1Y3 2A2 1Y4 2A1 18 17 16 15 14 AU_NCLP_M 13 12 11 AU_VD_M AU_HD_M

C9077 16V 0.1u

2Y4 1A2 2Y3 1A3 2Y2 1A4 2Y1 GND

C0JBAZ000545

74LCX244MTCX

IC9023

AL_HD_S

AL_VD_S

AL_NCLP_S

C9009

FBAD000069 5V->3.3V

CONVERTER(SUB)

12

13

AB

AC


14

15

16

17

18

92



11

TO P-BOARD (P25)15V 15V

D251 2 3 4 5 6 7 8 12.0

L9953 ELKE103FA 1 12.0 L9954 0 0 L9952 5.0 0 0 6.0 R9963 0 ELKE103FA 1 2 3 + ELKE103FA 1 2 3 2 3

UNREG14V

+

C9953 16V 47u

C9956 50V 0.01u

3.6 1 2 Vout Vin

GND GND 5V GND FAN_CONT GND

P5V

C9952 16V 47u

C9955 0.1u 16V

AA_FAN_CONT

D9952

B0JCM

L9951 ELKE103FA

TO P-BOARD D27 (P27)RUSH_ON/OFF TV_ON/OFF 1 2 3 4 5 6 7 8 9 4.3 4.3 4.2 4.8 0

1 2

3

C9951 16V 47u

+

C9957 C9954 16V 0.1u 16V 4.7u

C9959 25V 220u

R9951 0

AA_RUSH_ON/OFF AA_TV_ON/OFF

C9958 25V 220u

12

M_POWER

R9952 0

STB5V KILL_SOS FAN_SOS PS_SOS ALL_OFF1 GND

AA_KILL_SOS R9954 0 AA_FAN_SOS R9955 R9956 R9957 0 AA_PS_SOS 0 AA_ALL_OFF1 0

0 0 0 0

13

TO

D-BO

(9/14


BA

19

20

21

22

23

93

R9960 4.7k

C9709 16V 47u +

R9959 4.7k STB5V_S + +

3

G

1

GND

GND 16

C9804 2 25V D9801 B0JCME000025 0.1u 3 VIN BOOST

1.8VC0DBAFH00021

NC 15 R9902 1k

LT1765EFE-1.8

SYNC

14 C9806 16V 0.1u

IC9800

4

VIN

VC 13

5 C9802 16V 47u 1.8V R9854 0 + C9800 4V 220u C9801 6.3V 10u L9800 1.5u G1C1R5Z00002 D9800 B0JCPD000010 7 + C9803 16V 4.7u

SW

FB

12 R9912 0

6

SW

SHDN 11 R9892 NC 10 10k

Thermal Pad NC

8

GND

GND

9

C9805 2200p 50V

NREG14V

IC99513.3VCOM 6

1

GND

GND 16

C9956 50V 0.01u

C0DBAMH00006

IC9453C0DBEZG00004

3.3V->2.5V6

C9970 2 25V 0.1u D9954 B0JCME000025 3 VIN BOOST

1.8VC0DBAFH00021

NC 15 R9965

LT1765EFE-1.8

OUT

SYNC

14

1k

COM

Vsoft

Oadj

Vout

V_adj

GND

Vin

OUT

IN

9955 0.1u 6V

IC9952

ON/OFF

C9965 VC 13 16V 0.1u R9966 0

4 C9968 16V 47u + C9969 16V 4.7u 5

VIN

1

2

3

4

NT L9955 G1C470M00012 R9961 1.62k D9952 B0JCME000025 D9953 R9962 1k MA3X152K0L C9964 16V 0.1u + R9964 0

5

1

2

3

4

5

3.3V

SW

FB

12

R9480

1k

R9481 1k

R9971 0

2.5V 1.8V_S 6 R9969 0 L9956 C9966 4V 220u + C9967 6.3V 10u G1C1R5Z00002 D9955 B0JCPD000010 8 7 NC SW

SHDN 11 R9998 NC 10 10k

+

C9465 16V 0.1u

C9466 4V 220u

C9471 16V 0.1u

Thermal Pad

R9959 4.7k

C9472 6.3V 10u

C9957 16V 4.7u

C9959 25V 220u

OFF

C9958 25V 220u

R9960 4.7k

C9961 4V 120u

GND

GND

9

C9971 50V 2200p

+

+

C9960 16V 0.1u

FF

OS

OS

OS

F1

AT_R0 AT_R1 AT_R2 AT_R3 AT_R4 AT_R5 AT_R6

ABH_R0 ABH_R1 ABH_R2 ABH_R3 ABH_R4 ABH_R5 ABH_R6 ABH_R7

AT_G0 AT_G1 AT_G2 AT_G3 AT_G4 AT_G5 AT_G6 AT_G7

ABH_G0 ABH_G1 ABH_G2 ABH_G3 ABH_G4 ABH_G5 ABH_G6 ABH_G7

AT_B0 AT_B1 AT_B2 AT_B3 AT_B4 AT_B5 AT_B6 AT_B7

ABH_B0 ABH_B1 ABH_B2 ABH_B3 ABH_B4 ABH_B5 ABH_B6 ABH_B7

TO D-BOARD (9/14)

AT_R7

R9153 EXB2HVR000V

R9154 EXB2HVR000V

R9157 EXB2HVR000V

TH-50PV30E D-Board (3 of 14) Schematic DiagramBB BC

23

24

25

26

27

93



PLL 3.3V

IC91536 UNREG14V Vin Vo

C0DBZHE000

1

2

3

0

4 R9183 3k

R9123

NC

Vo

Vc

C9169 16V 0.1u

R9 1

+

C9171 16V 47u

T

D

(


28

29

30

31

32

94

R9063 10

10

9

8

7

6

5

4

3

2 I0 19 OE2

GND

IC9014C0JBAZ000545 PLL 3.3VO3 I4 I5

5V->3.3V11 12 13 14 15 16 17 18 20 VCC O2 O1 O0 I6 I7

IC9153C0DBZHE000196

OE1

O4

O5

O6

O7

I3

I2

I1

1

3.3V

PLLM 100MHzC9085 16V 0.1u

Vo

IC9157C9191 50V 0.01u C9192 16V 1u 1 2 3 R9221 150 4 5 R9220 R9218 0 150 6 7

GND

Vin

NC

Vo

Vc

C0ABFA000012DVDD SEL VCOout FinA FinB PFDout VSS AVDD Rbias VCOin AVSS VCOinh PFDinh (NC) 14 13 12 11 10 9 8

1

2

3

4

5

C9195 16V 1u

R9231 2.7k

R9183 C9171 16V 47u 3k +

R9184 1k

R9191 0

R9203 22

C9198 16V 0.1u

R9219 10

R9232 330 C9196 16V 1u C9197 25V 0.056u

C9174 0.1u 16V

C9175 6.3V 10u

C9177 16V 0.1u 20 VCC 2OE 19 18 17 16 15 14 13 12 1Y4

1Y1

2A4

1Y2

2A3

1Y3

2A2

2A1

11

IC9154C0JBAZ001604 3.3V->5VGND 1OE 1A1 2Y4 1A2 2Y3 1A3 2Y2 1A4 2Y1

R9224 2.2k R9228 150

ABX_OHOLD

ABX_HPLO

TO D-BOARD (10/14)

ABX_HFBC

10

1

2

3

4

5

6

7

8

9

CA

CB


32

33

34

35

36

94

TH-50PV30E D-Board (5 of 14) Schematic DiagramABP_IO2 ABP_IO1 ABP_IO0 ABP_IO31 ABP_IO30 ABP_IO29 2.5V N.C N.C N.C N.C N.C N.C VSS DQ0 VDD DQS DQ31 VSSQ ABP_IO3 1 2 ABP_IO4 3 4 DQ5 VSSQ DQ2 ABP_IO25 ABP_IO24 DQ29 DQ6 DQ4 DQ7 VDDQ DQ16 ABP_IO14 DQ17 VSSQ ABP_IO13 ABP_IO12 DQ18 DQ19 VDDQ VDD VSS DQ20 DQ21 VSSQ DQ22 DQ23 VDDQ DM0 N.C ^CS BA1 BA0 CKE DM2 ^WE ^CAS ^RAS A2 A5 A0 A1 A7 A6 VDDQ 59 DQ8 60 DQ9 61 R9398 1k R9397 1k VSSQ 62 ABP_IO9 ABP_IO8 VDD 65 ABP_IO11 ABP_IO10 DQ12 68 DQ15 72 ABP_IO15 VSSQ 76 DQ26 5 ABP_IO6 6 7 8 ABP_IO16 9 10 11 ABP_IO18 12 13 14 15 16 ABP_IO20 C9332 17 18 19 20 21 22 23 24 ABP_WE 25 26 27 28 29 N.C N.C N.C N.C N.C N.C N.C N.C A10 30 A3 34 31 32 33 36 37 38 39 40 41 42 43 A9 A4 VDD 35 ABP_CAS ABP_RAS ABP_CS ABP_BA0 ABP_BA1 A8/AP 16V 0.1u ABP_IO22 ABP_IO23 DQ11 64 DQ10 63 ABP_IO21 ABP_IO19 DQ14 71 70 VSSQ DQ13 69 ABP_IO17 DQ28 DQ27 DQ3 VDDQ VDDQ ABP_IO7 DQ25 75 74 DQ24 VDDQ 73 DQ1 VSSQ DQ30 VSSQ 77 ABP_IO26 78 ABP_IO5 ABP_IO27 79 80 16V 4.7u C9327 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 100 VDDQ VDDQ ABP_IO28


46IC930464Mbit SDRAM C3ABPJ000043VDDQ 67 66 VSS VREF 58 DM3 57 DM1 56 CLK 55 ^CLK 54 53 52 51 44 45 47 48 49 50 ABP_AD8 VSS 46 C9335 16V 0.1u

DA

47 D-BOARD TNPA2824AT (5/14)C9338 16V 0.1u ABP_AD9 ABP_AD4 ABP_AD5 ABP_AD6 ABP_AD7 ABP_AD10 ABP_AD0 ABP_AD1 ABP_AD2 ABP_AD3

48

49

TO

D-BOARD

(12/14)

DB

DC

50

95

DD

21

D

DB

DC

DD

DE

DF


50

51

52

53

54

95

21

EA


TH-50PV30E D-Board (6 of 14) Schematic DiagramIC9457C0JBAZ001604 3.3V->5VC9499 16V 0.1u P5V 1 1OE 1A1 2Y4 1A2 2Y3 1A3 2Y2 1A4 2Y1 GND 2A1 AX_DMHR 11 1Y4 12 AAB_DMHL 2A2 13 AX_DMLR 1Y3 14 AAB_DMLL 2A3 15 AX_DSHR 1Y2 16 AAB_DSHL 2A4 17 AX_DSLR 1Y1 18 AAB_DSLL 2OE 19 2 3 4 5 6 7 8 9 10 20 VCC

55SN74ACT244PWRABS_IO2 ABS_IO1 ABS_IO0 ABS_IO31 ABS_IO30 ABS_IO29 2.5V 2.5V 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 100 N.C N.C N.C N.C N.C N.C VSS DQ0 VDD DQS DQ31 VSSQ 1 2 3 4 DQ5 VSSQ VSSQ DQ2 ABS_IO25 ABS_IO24 74 DQ29 DQ6 DQ4 DQ3 DQ7 VDDQ DQ16 DQ17 VSSQ ABS_IO13 ABS_IO12 DQ18 DQ19 VDDQ VDD VSS DQ20 DQ21 VSSQ DQ22 ABS_IO8 R9487 1k R9486 1k DQ23 VDDQ DM0 N.C ^CS BA0 BA1 CKE DM2 ^WE ^CAS ^RAS A1 A2 ^CLK 54 53 52 N.C N.C N.C N.C N.C N.C N.C N.C A10 VSS 51 48 49 50 ABS_AD8 A4 A6 A5 A0 A7 C9482 16V 0.1u DM3 57 VREF 58 VDDQ DQ8 60 59 DQ9 61 ABS_IO9 VSSQ 62 DQ10 63 ABS_IO10 DQ11 64 ABS_IO11 VDDQ 67 DQ12 68 DQ14 71 ABS_IO14 DQ15 72 ABS_IO15 VDDQ 73 DQ24 VSSQ 76 75 DQ25 VSSQ 5 6 7 8 9 10 11 12 13 14 15 16 17 C9479 18 19 20 21 22 23 24 25 26 27 28 29 30 A9 45 31 32 33 36 37 38 39 40 41 42 43 44 46 47 VDD 35 34 A3 A8/AP 16V 0.1u VSS 66 VDD 65 DQ28 DQ27 VDDQ VDDQ DQ1 DQ30 DQ26 77 ABS_IO26 78 ABS_IO27 79 VDDQ VDDQ 80 ABS_IO28 VSSQ 70 DQ13 69

AX_DSLL

AAA_DSLR

AX_DSHL

AAA_DSHR

AX_DMLL

AAA_DMLR

AX_DMHL

56IC9454C3ABPJ000043 64Mbit SDRAMDM1 56 CLK 55

AAA_DMHR

EB

EC

ABS_IO3


57ABS_AD9 ABS_AD4 ABS_AD5 ABS_AD6 ABS_AD7 C9485 16V 0.1u ABS_AD10 ABS_AD3 ABS_AD0 ABS_AD1 ABS_AD2

ABS_IO4

ABS_IO5

ABS_IO6

ABS_IO7

ABS_IO16

ABS_IO17

ABS_IO18

ABS_IO19

ABS_IO20

ABS_IO21

ABS_IO22

ABS_IO23

ABS_WE

ABS_CAS

ABS_RAS

58

ABS_CS

ABS_BA0

ABS_BA1

C9474 16V 4.7u

TO

D-BOARD

(12/14)

ED

EE

EF

59

96

EF


59

60

61

62

63

96

15.22. D-Board (7 of 14) Schematic DiagramA B C D E F G H

A


BR9734 1k R9735 10k

STB5V_S

STB5V_M

R9736 2.7k

Q97022SB14400HL 3.3V R9737 1k

Q9704B1CBHD000001 G R9738 2.7k R9739 2.7k 7 6 5 H:ON

Q97012SD0601A0L G D

AJ_SCL2

AR_SCL2

S

D

AR_SDA2 L9701 ELKE103FA 1 2 R9733 5.6k R9949 10k 3 R9996 0 STB5V_S

S

AJ_SDA2 AJ_IIC_CONT

Q9703B1CBHD000001

TO JprD45.0 AK_IIC_CONT 4.9 0 GND AK_SCL1 AK_SDA1 AK_SCL2 AK_SDA2 AK_SCL3 AK_SDA3 4.8 4.8 4.8 4.8 4.7 4.5 0.5 IRQ 4.8 RST 0 GND SCL1 SDA1 SCL2 SDA2 SCL3 SDA3 STB5V IIC_CONT 1 2 3 4 5 6 7 8 9 10 11 12 R9701 R9702 R9703 R9704 R9705 R9706 100 68 100 100 100

R9732 100

C9703 50V 100p

Q9719D9711 MAZ30620ML G C9700 16V 0.1u AR_SCL1 1 AR_SDA1 AR_SCL1 2 AR_SCL2 3 AR_SDA2 4 AR_SCL3 VSS H:ON B1CBHD000001

D

C

S

IIC 5V

VDD 8

IIC 5V

100 AR_SDA3

R9707 100 AR_IIC_INT R9708 100

IC9711C0JBAS000109 SWITCHING

D9705 MAZ30620ML D9710 D9713 D9706 D9708 MAZ30620ML MAZ30620MLMAZ30620ML MAZ30620ML D9709 D9712 D9707 MAZ30620ML MAZ30620ML MAZ30620ML

DQ97102SB0709A0L R9747 1k AR_IIC_INT

R

P5V

TO SC-BOARD (SC20)CL CLK

+ R9710 R9711 R9712

D201 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 5.0 2.2 1.4 4.9 0 0 3.1 3.7 0 0 0 0 3.7 0 0 0 0.6 0 3.7 0.3

C9701 16V 0.1u

C9702 16V 47u

150 150 150

AAY_CL AAY_CLK AAY_SIU

E

SIU

SID SCSU CPL CPH

150 150 150 150

R9713 R9714 R9715 R9716

AAY_SID AAY_SCSU AAY_CPL AAY_CPH

SOS1 SOS2 CEL CEH

0 0 150 150

R9700 R9717 R9719 R9720

AAZ_CEL AAZ_CEH

AA_SOS2

CSL CSH CML CMH RES

150 150 150

R9722 R9723 R9724

AAZ_CSH AAZ_CML AAZ_CMH

R9709 47k


1

2

3

4

AN_NO_SYNC

F

AA_SOS1

150

R9721

AAZ_CSL

5

97

I

J

TO D-BOARD (1/14)

31

32 33 34 35

36 37D9715 MAZ30620ML C9708 16V 47u C9718 16V 0.1u + C9719 16V 4.7u

38 39H0J245500024

Q9704R9738 2.7k R9739 2.7k ABV_D00 C9722 10p X9701 ABI_D ABI_J B1CBHD000001 G ABI_I C9706 16V 0.1u

AJ_SCL2 AO_A4 AO_A3 AO_A2 AO_A1 AO_A0 ABV_D15 ABV_D14 ABV_D13 ABV_D12 ABV_D11 ABV_D10 ABV_D09 ABV_D08 ABV_D07 ABV_D06 ABV_D05 ABV_D04 ABV_D03 ABV_D02 ABV_D01

S

AJ_SDA2 AJ_IIC_CONT X9703 H0J200500016

R9795 1M R9766 0

10p

C9723

S

40R9777

000001

40

39

38

37

SYSCLK 36

NRST 35

34

A04 33

A03 32

A02 31

A01 30

A00 29 D15 28

D14 27

D13 26

D12 25

D11 24

D10 23 D09 22

VDD 21

D08 20

D07 19 D06 18

17

16

15

D02 14

D01 13

12

11

10

R9949 10k AO_A5 AO_A6 D AO_A7 AO_A8 AO_A9 G S AO_A10 AO_A11 41 42 43 44 45 46 47 VDD 8 7 6 5 H:ON AO_A12 AO_A13 AO_A14 AO_A15 AO_A16 AO_A17 AO_A18 48 49 50 51 52 53 54 55 C9707 16V 0.1u 56 R9750 1k D9716 MA2J11100L 57 58 59 60 61 62 R9751 EXB38V103JV 63 64 65 66 R9753 100 R9757 AR_SCL1 AR_SDA1 56 R9759 56 67 68 69 70 71 72

470

03

R9785 DOSCO NWEH D04 D05 D03 D00 EXB38VR000V ABL_VA8 ABL_VA7 ABL_VA6 ABL_VA5 ABL_VA4 ABL_VA3 ABL_VA2 ABL_VA1 R9786 EXB38VR000V ABL_VA0 R9788 0 9 8 7 6 5 4 3 2 1 160 159 VA6 VA5 158 157 154

VDD

NCS1

NCS0

NRE

9

01

A09 A10 A11 A12 VSS A13 A14 A15 A16 A17 A18 A19 VDD A20 A21 A22 A23 P00 A-MUTE P01 P02 P03 P04 RESET_OUT P05 NO_SYNC P06 P07 P10 P11 SCL1 P12 SDA1 P13 P14 P15 A06 A07 A08

VDD OSCI OSCO VSS

DOSCI

NDCAS NDRAS VA8 VA7

NWEL VA2 VA1

A05

VSS

VA4 156 VA3 155

u

153 VA0 152 SID15 151 SID14 150 SID13 149 SID12 148 VSS SID11 147 146 145 144 143

N

41

711

IC9701MN102L230 MICRO PROCESSOR

SID10 SID09 SID08

S000109

SID07 142 SID06 141 SID05 SID04 VDD SID03 SID02 140 139 138 137 136

TCHING

42

SID01 135 AVDD IREF BOUT 75.P16 IIC EX CONT 76.NIRQ1 IIC_INT 77.NIRQ2 78.P27 V-MUTE(DRIVER) 79.VDD P23 FPGA_CHIP SEL 80.VSS 81.TESTIN P22 FPGA_LD 82.MUSKIK 83.MUSIB 84.MUSID ADVDD NSBD ADVSS GOUT VREF ROUT 108 P26 POW_STATUS(TUNER) CS601 109 RMIN 110 NVIN 111 NVOUT 112 113 NHIN VSS SID00 NVRAS NVCAS 134 133 ABI_C ABI_B

132 SC 131 130 C9725 6.3V 10u

43ABI_A

NDTOE

Q97102SB0709A0L

R9741 4.7k R9748 0

73 74 75 76 77

IRQ0

ECLK 129 RW601 128 AVSS 127 126 125 124 114 NHOUT YM 115 YS 116 YMWR 117 123 122 121 118 119 120

YMCS

107 P25 CABLE_DET

P24 FPGA DATA

R9747 1k

R9745 10k

R9749 4.7k C9712 R9888 10k 50V 100p 2.7k 10k

R9787 1k R9790 1.5k C9727 16V 0.1u

78 NSBT 79 80 81 82 83 84

SDA3

90 SDA2 VDD 91 AD7 92 AD6 93

SCL3

89 SCL2

AD5

AD4

AD3

AD2

AD1

101 AD0

P20

P21

100

102

103

104

105

R9775 10k

R9776 10k

R9743 4.7k

R9755

R9756

R9758

2.7k

C9713 50V 100p

C9720

0.1u

C9705 50V 1000p

16V

106

85

86

87

88

94

95

96

97

98

99

R9789 470

R9782 5.6k

R9762 EXB38V103JV

R9781

100

STB5V_M

R9769 EXB38VR000V

R9771 EXB38VR000V

R9773

R9754 EXB38V272JV

R9779

R9768 EXB38V470JV

R9774 10k

10k

R9763 10k

10k

R9783

56

44 45 46

R9784

56

C9717 50V 100p

C9714 50V 100p

100

R9791 4.7k

EEPROMR9761 1k

R9765

R9767

C9716 50V 100p C9715 50V 100p

100

Q97072SB0709A0L

IC9702C3EBJC000038STB5V_M 1 2 3 E0 E1 E2 VSS VCC WC SCL SDA 8 7 6 5 C9724 16V 0.1u AR_SCL1 AR_SDA1 C9726 16V 4.7u

R9806 1k

R9718 0 +

R9725 22k

C9710 16V 47u

4

47AA_CATS_EYE AA_DRVMUTE _M5V AA_CABLE_DET

AAE_MCDATA

48AR_SDA3 AR_SDA2 AR_SCL3 AR_SCL2 AAE_MCLD

AN_NO_SYNC

AN_CLKC

AAE_MCCLK

49 50 51 52


5

6

7

8

9

97

15.23. D-Board (8 of 14) Schematic DiagramAA


TO D-BOARD (2/14)

31

32 33 34 35

36 37

38 39ABI_D R9798 5.6k R9799 5.6k RESET 44 WE 43 A8 42 A9 41 40 AO_A8 AO_A9 AO_A10 AO_A11 AO_A12 AO_A13 AO_A14 AO_A15 AO_A16 1 AO_A18 AO_A17 AO_A7 AO_A6 AO_A5 AO_A4 AO_A3 ABV_D15 ABV_D14 ABV_D13 ABV_D12 AO_A2 2 3 4 5 6 7 8 9 RY/BY A18 A17 A7 ABI_J ABI_I ABI_B

40

1 AAH_SD08 2 AAH_SD09 3 AAH_SD10 4 AAH_SD11 5 ABI_A ABV_D08 ABV_D09 ABV_D10 ABV_D11 6 7 8 9 10 11 ABI_D C9729 16V 4.7u C9730 16V 0.1u 12 13 ABI_C 14 15 ABL_VA8 ABL_VA6 ABL_VA5 ABL_VA4 16 17 18 19 20

SC SI/O0 SI/O1 SI/O2

VSS 40 SI/O7 SI/O6 SI/O5 39 AAH_SD15 38 AAH_SD14 37 AAH_SD13 36 AAH_SD12 35 34 33 32 31 30 29 28 27 26 ABL_VA0 ABL_VA1 ABL_VA2 ABL_VA3 ABL_VA7

8M ROMC3FBLD000039

A6 A5 A4 A3 A2 A1 A0 CE VSS OE DQ0

A10

IC9705

A11 39 A12 38 A13 37 A14 36

VRAM(1Mbit)

SI/O3 DT/OE I/O0 I/O1 1/O2 I/O3 VCC

SI/O4 SE 1/O7 I/O6 I/O5 I/O4 VSS

R9800 0

TO PA-BOARD (PA12)D121 TXD GND 2 3 4 5 6 7 0 2.2 4.8 5.0 0 12.0 R9804 100 AR_RXD_PC R9805 0 STB5V_S 4.8

AO_A1 10 AO_A0 11 12 13 14 ABV_D00 ABV_D08 ABV_D01 ABV_D09 ABV_D02 ABV_D10 ABV_D03 ABV_D11 15 16 17 18 19 20 21 22

A15 35 A16 34 BYTE VSS 33 32 31

R9803 100 AR_TXD_PC

41

ABV_D15 ABV_D07 ABV_D14

C3HAHC000006

WE

DSF NC CAS QSF

DQ15/A-1

RXD

NC RAS NC A8 A6 A5 A4 VCC

IC9704

DQ7 30

FLASH MEMORY

DQ8 DQ1 DQ9 DQ2 DQ10 DQ3 DQ11

DQ14 29 DQ6 28

STB5V ABV_D06 ABV_D13 ABV_D05 ABV_D12 ABV_D04 STB5V_M C9733 16V 0.1u GND 12V

A0 25 A1 24 A2 A3 23 22

DQ13 27 DQ5 26 DQ12 DQ4 25 24

AJ_IIC_

42

A7 21

VCC 23

43C9731 16V 0.1u 1 2 3 4 5 6 7 8 9 C9728 16V 0.1u 10 1OE 1A1 2Y4 1A2 2Y3 1A3 2Y2 1A4 2Y1 GND VCC 2OE 20 19 18 17 16 15 14 R9744 2A2 1Y4 2A1 13 0 12 11 C9732 16V 0.1u R9945 10 AAO_MCCLKO AAO_MCVD AAO_MCHD

C0JBAZ001604

1Y1 2A4

IC9703

3.3V->5V

1Y2 2A3 1Y3

R9867 33

R9946

10

AAO_MCLDO

44 45 46

R9814 10 10 R9577 9 8 7 6 5 4 3 2 1 0 UNREG14V R9931 10k R9932 1k R9933 330

GND

IC9706C0JBAZ000545 5V->3.3VVCC OE2 O3 O2 O1 O0 I4 I5 I6 I7

OE1

O4

O5

O6

O7

I3

I2

I1

I0

C9737 16V 0.1u 1.8V_S

Q97142SD0601A0L R9992 330

R9990 330 R9991 10k

3.3V

Q97172SD0601A0L

11

12

13

14

15

16

17

18

19

20

1.8V

R9939 330

R9941 330

R9810 R9811 AA_DRVMUTE_S5V

0 R9940 0 0 10k

Q97162SD0601A0L

AA_DRVMUTE_M

47

AA_DRVMUTE_M5V

R9872 AA_DRVRST_5V

AA_DRVMUTE_S

Q9706B1CBHD000001 R9794 G 2.7k

AA_NRST

S

49 50 51 52


10

11

12

AAE_MCDATA

48AAE_MCCLK AAE_MCLD

D

AAO_MCDATAO

13

14

98

AB

AC

61

62 63

AA_REMOCON_OUT

AA_DRVMUTE_S5V

AA_TV_ON/OFF

AA_RUSH_ON/OFF

AA_DRVRST_5V

AA_REMOCON

AA_KILL_SOS

AA_FAN_SOS

R9817 0

C9756 50V 1000p

CONVERT C2BBGF000491 MICRO PROCESSOR

IC9709TVRJ950

STB5V_S

R9832

Q9709R9820 4.7k MA3X152K0L 2SD0601A0L

10k

R9843 R9827

10k

D9730

C9740 16V 0.1u

3.3k

R9844 10k R9826 100 R9846 R9847 10k 10k

R9885EXB38V103JV R9916 0

5

IN BVCC

IN A

03 0 AR_TXD_PC

GND OR

4

4.7k

100

100

100

4.7k

R9944 100 100 100 100 100 R9878 100 100

1k

100

04 0 AR_RXD_PC

OR

100

1

2

3

AH_REM_OUT

AA_ALL_OFF1 R9882 R9886 R9889 R9893 R9895 R9900 C9769 16V 0.1u 33 R9903 32P17 ALL_OFF1

R9848R9856 R9858 R9864 R9868 R9873 R9836

100 AA_STB_ON

05

IC9707

R9825 1k

AH_REM_INH

EXB38V103JV

C0JBAE000283

Q97082SD0601A0L

R9923 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 100 R9838 0 49 50

R9860

R9875

10k

P04/AN12 RUSH_ON/OFF

P12 NC

P13 NC

P15 POWER STAT

P05/AN13

P14 CABLE_Z

P16 SOS_INH

P06/AN14 NC

P37/_SRDY3 NC P36/SCLK3 IIC SEL

DRIVER_MUTE

P11/INT01 POWER_SNS

P07/AN15 DRVER_RST

R9921 100 R9917

AH_REM_OUT

P10/INT41 REM_IN

31 30 29 28 27 26 25 24 R9906 R9907 R9908 R9909 R9905

R9904 10k

AR_TXD_PC AR_RXD_PC AR_SCL3 R9823 AR_SDA3 R9824 AJ_IIC_CONT STB5V_S AR_IIC_INT C9742 16V 47u R9943 100 R9818 100 R9925 0 R9770 10k C9749 16V 0.1u R9849 R9850 + C9741 16V 0.1u AA_KEY AA_SOS3 AA_CABLE_DET AA_PS_SOS AA_SOS2 C9768 16V 1u R9833 39k C9743 16V 1u R9829 39k R9819 100 R9851 22k 56 56 R9840

R9839 100 100

10k R9922 100 AH_REM_INH AA_LED_R

51 52 53 54 55

P35/TXD3 P34/RXD3 P33/SCL

10k 100 10k 100 10k

P24 LED_R P25MAIN_CONF

48.P00/AN8 A_MUTE

P32/SDA P31/DA2 IICCONT P30/DA1 IICINT

46.P02/AN10 KILL_SOS

47.P01/AN9 M_POWER

32.P20_REM OUT 31.P21 STB_ON 30.P22LODER_MD 29.REM_INH P27 INT_SERIAL VSS 21.P40/INT40/XCOUT SCL 20.P41/INT00/XCIN SDA 19._RESET 18.CNVSS/VPP XIN P26 LED_G

AA_LED_G C9761 X9702 50V H0J921400003 33p R9920 1M 9.216M C9762 50V 33p VPP12V

100 100

56 57 58 59

VCC VREF AVSS

XOUT 23

22 21

45.P03/AN11 5.P56/PWM NC

P54/CNTR0 DPMS VD

P51/_SOUT2 DOUT

3.AN0 15V_DET

P52/_SCLK2 CLK

2.AN1 5V_DET

61 62 63 64

/CNTR2 PRG RST

P50/_SIN2 DIN

MAIN_RESET

1k R9816 1k

P44/RXD1 RXD_TU

P45/TXD1 TXD_TU

P67/AN7 NC P66/AN6 NC P65/AN5 KEY_SCAN P64/AN4 POWER_SOS P63/AN3 DRV_SOS

P55/CNTR1 DPMS HD

1.P62/AN2 SC_SOS

60

4.P57/INT3 RTC_INT

R9871

17.P42/INT1 FPGA CS

20 19P43/INT2 NC

P47/_SRDY1

P53/SRDY2

P46/SCLK1 PROG_CTL

18 17 R9910 100 R9914

R9924 22k

10

11

12

13

14

15

16

1k

1

2

3

4

5

6

7

8

9

D9723 MAZ30620ML

100

100

10k

100

100

10k

10k

10k

10k

0

R9857

R9861

R9869

R9874

R9876

R9887

R9890

R9894

R9896

R9898

OUT

VCC

C3EBGC0000181 2 3 4 A0 A1 A2 GND

R9852

C9748 C9750 16V 16V 0.1u 4.7u VCC 8 WP 7 SCL SDA 6

R9897

R9901

IC9708

D9720 MAZ30620ML

C9755 1000p C9751 0.01u C9753 0.1u C9754 C9752 0.1u 0.01u R9853 10k 10k

1k

0

C9759 16V 0.1u

C9760 16V 0.056u 7 6 5

8

P5V GND

IC9710C0EBB0000024 RESET

R9834 5

56 1 AAF_DPMS_HD AAF_DPMS_VD

2

IN 3 R9919 10k

R9835 56

R9809 10k

EEPROM

100

R9913 22k

D9727 MA3X152K0L D9724 MA2J11100L D9769 C9767 16V 1u R9855 39k R9934 10k R9932 1k MA3X152K0L D9719 MAZ30620ML R9837 10k R9879

P5V UNREG14V R9931 10k R9933 330

R9918 0

R9930 100 3.3V AR_RXD_TU AR_TXD_TU

Q97142SD0601A0L R9992 330 R9993 10k

1.8V_S

R9990 330 R9991 10k

D9714 MA3X152K0L

C9765 16V 0.1u

100

2SD0601A0L

R9935 5.6k R9937 330 R9942 10k R9936 5.6k

R9859 1k AA_SOS_STATUS

1.8V

R9880

R9883

R9939 330

R9941 330 D9771 MA3X152K0L

100

Q9717

C9766 6.3V 10u

AAE_MCDATA

AA_RTC_INT

AAE_MCCLK

4

R9940 10k

Q97162SD0601A0L

2SD0601A0L

AA_SOS1

Q9715

TH-50PV30E D-Board (8 of 14) Schematic Diagram64 65 66

67 68

69

14

15

16

17

18

98

15.24. D-Board (9 of 14) Schematic DiagramBA

TO


D-BO

(3/14

AU_HD_S

61

R9612 0

AU_VD_S R9611 0

62AN_DOUT EXB38V103JV EXB38V103JV

63

R9599

R9598

C9611 16V 4.7u

R9585 208 207 206 VD_S 205 NC 204 VD_M 203 HD_M 202 DCTEST 201 TESTL 200 VDID_M 199 HDID_M 198 GND 197 VDD 196 NC 195 HD_ADM VD_ADM CLP_M NC NC HD_ADS VD_ADS CLP_S NC SCO SCO GND VDD NC NC MCDATA MCHD MCVD GND MCCLK MCLD NC HDIA_S VDIA_S GND VDD HDID_S NC VDID_S OSDIN[7] OSDIN[6] GND OSDIN[5] OSDIN[4] OSDIN[3] OSDIN[2] NC VDD GND OSDIN[1] OSDIN[0] OSD[15] NC OSD[14] NC GND OSD[13] OSD[12] OSD[11] OSD[10] OSD[9] OSD[7] OSD[6] OSD[5] NC GND HD_S NC VDD VDD NC OSD[8] TOUKC TOUKB OSD[4] OSD[3] OSD[2] OSD[1] GND VDD 53 54 AAD_OSD8 55 AAD_OSD7 AAD_OSD656 57 AAD_OSD5 58 AAD_OSD4 59 60 AAD_OSD361 AAD_OSD262 63 AAD_OSD1 64 65 66

R9603 0

P5V 1 2 1OE 1A1 VCC 20 C9601 16V 0.1u AAY_CL

AD_CL

2OE 19

4 5

IC9603

AD_CLK

C0JBAZ001604

AAY_SCSU 3

2Y4 1A2 2Y3 1A3 2Y2 1A4 2Y1 GND

1Y1 2A4 1Y2 2A3 1Y3 2A2 1Y4 2A1

18 17 AAY_CLK 16 1 15 AAY_SIU 14 13 AAY_SID 12 11 AD_CPH AD_CPL 2 3 AU_HD_ADM AU_VD_ADM AU_CLP_M AU_HD_ADS AU_VD_ADS AU_CLP_S R9685 R9675 R9607 R9686 R9687 R9688 0 4 0 5 0 6 0 7 0 8 0 9 10 11 C9605 12 13 14 C9602 16V 0.1u 15 AAO_MCDATAO AAO_MCHD AAO_MCVD AD_CML AAO_MCCLKO AAO_MCLDO AD_CMH AN_NO_SYNC AU_HDIA_S AU_VDIA_S AD_PCU AAZ_CSH AU_HDID_S AD_PCD AU_VDID_S AAG_SD15 AAG_SD14 R9676 0 R9613 R9614 0 0 C9607 0.1u 16V R9609 R9608 16 0 17 0 18 19 AAZ_CEH 16 15 AAZ_CSL 14 13 12 11 20 21 22 23 24 25 26 27 28 R9677 0 29 30 31 32 P5V AAG_SD13 AAG_SD12 C9603 19 18 17 16 15 14 13 12 11 AB_UML AB_USH AAD_OSD14 AAX_UBK AAD_OSD13 AAD_OSD12 AAD_OSD11 AB_USL AAX_NUEL AAD_OSD15 AB_UEH AAX_UMH AAG_SD09 AAG_SD08 16V 0.1u AAG_SD10 AAG_SD11 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 3.3V P5V 0.1u 16V AD_SCSU DIN 194 67 AAD_OSD0 NC 193 68 OSD[0] REFCK

AD_SIU AAY_CPL AD_SID AAY_CPH

6 7 8 9

10

R9604 0 AD_CEL AAZ_CML AD_CBK AAZ_CMH AD_CSL 1 2 3 4 5 6 7 AB_PCU AD_CSH 8 9 AB_PCD 10 1OE 1A1 VCC 2OE 20 19 AAZ_CEL 18 17

1A2 2Y3 1A3 2Y2 1A4 2Y1 GND

C0JBAZ001604

2Y4

3.3V->5V

1Y1 2A4 1Y2 2A3 1Y3 2A2 1Y4

IC9604

3.3V->5V

2A1

1 AAX_UEH 2 3 4 5 6 7 8 9 10

1OE 1

Panasonic Th 50pv30e

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