Self Diagnosis MANUAL DE SERVIÇO BA-6 CHASSIS KV...TRINITRON® COLOR TELEVISION MANUAL DE SERVIÇO...

TRINITRON® COLOR TELEVISION

MANUAL DE SERVIÇO BA-6 CHASSIS MODEL NAME REMOTE COMMANDER DESTINATION CHASSIS NO.

9-965-985-01

KV-21FA310 RM-Y194 BRAZIL SCC-S77A-AKV-21FV210 RM-Y194 BRAZIL SCC-S77C-AKV-29FA310 RM-Y195 BRAZIL SCC-S77B-AKV-29FS110 RM-Y194 BRAZIL SCC-S73T-AKV-29FV210 RM-Y195 BRAZIL SCC-S77G-A

Self DiagnosisSupported model

KV-29FA310 KV-29FS110

Ver. 1.2 11.2005

22

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

Reajuste do Hold-Down

Se o indicado no passo 2 de "Confirmando a Operação do Hold Down"não foi encontrado, este deve ser reajustado, alterando o valor dos resis-tores R530, R531 peças estas identificadas com a marca X.

3mA DC range

+-

+-

A+-

FBTTP85 T503

FBTTP85

R531 R530

Fonte DC

multímetro digital

ammeter

Figure 1

3-2. CONFIRMAÇÃO E AJUSTE DA TENSÃO +B

Execute os seguintes ajustes quando trocar as referidas peças, que estãomarcadas com o seguinte símbolo Y no diagrama esquemático da placaGW Board:

PLACA AWIC600, PH602

Ajuste ( Y)

1. Usando um variac, alimente a tensão AC de entrada: 130 + 2.0/-0.0 VAC2. Entre com o sinal monoscope.3. Configure o CONTRASTE e BRILHO no mínimo.

4. Confirme se a tensão na placa A entre o TP23 e o terra é menor que136.5 VDC.

5. Se o passo 4 não for satisfeito, troque o R530 e R531 da placa A erepita os passos acima.

SEÇÃO 3: AJUSTES DE SEGURANÇA

3-1. X R530, R531 MÉTODO PARA CONFIRMAÇÃO(CONFIRMAÇÃO HV HOLD-DOWN ) EREAJUSTES

Sempre execute os seguintes ajustes quando trocar componentes mar-cados com o símbolo Y no diagrama esquemático:

HV HOLD DOWNDY, R550, T503, T504, D519,IC501, R533, D521, R532,D520, C531, R529, R530,R531, C532, IC600, PH602

R530, R531

Peça Trocada (Y) Ajustes( X)

Preparação Antes da Confirmação

1. Use um Variac, aplique a tensão de entrada: 120 +/- 2.0 VAC.2. Ligue o aparelho.3. Coloque um sinal Branco e ajuste controle de CONTRASTE e

BRILHO no máximo..4. Confirme a tensão superior que 23.0 VDC entre TP85 e o terra

da placa AW.

Confirmação da Operação do Hold-Down

1. Conecte um amperímetro entre o pino 11 do FBT (T503) e a ilha(PWB land) onde o pino 11 normalmente está preso. (veja fig. 1).

2. Entre com o sinal de Pontos e configure CONTRASTE e BRILHO no mínimo : IABL = 2175 + 100/ -325 µA.

3. Confirme se a tensão na placa A no TP91 é 134.6 ± 1.0 VDC.4. Conecte um voltímetro digital e uma fonte DC ao TP85 e ao terra.

(Veja a figura 1).5. Aumente a tensão DC até que a imagem desapareça da tela.6. Desligue a fonte DC imediatamente.7. Veja o valor indicado no multímetro digital. (padrão = 27.24 + 0.0/ - 0.1

VDC). 8. Entre com um sinal de branco e configure CONTRASTE e BRILHO

ao máximo: IABL = 2175 + 100/ -325 µA.9. Repita os passos de 4 a 7.

19

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

4-1. BOTÕES E INDICADORES DE AJUSTENO CONTROLE REMOTO

VOLUME (+)

(Modo de Serviço)

6

Diminuivalor do dado

ENTER

(Enter into

memory)

0

(Remove from

memory)

3

Aumenta valor do dado

RM-Y195

5

Display previous

Device

MUTING(Para gravarna memória)

1

Display next

OSD item

2Display next

Device

4

Display previous

OSD item

8

(Initialize)

DISPLAY(Modo de Serviço)

POWER(Modo de Serviço)

SEÇÃO 4: AJUSTES DE CIRCUITO

Ajustes Elétricos com o Controle Remoto

Use o controle remoto (RM-Y194 ou RM-Y195) para executar os ajustes de circuito dessa seção.Equipamento de teste necessario: 1. Gerador de Barras 2. Freqüêncimetro 3. Multímetro Digital 4. Gerador de Áudio

4-2. ACESSANDO O MODO DE SERVIÇOPARA AJUSTES

1. No modo de standby (Power off).2. Pressione os seguintes botões no controle remoto, aproximadamente

1 segundo cada um: DISPLAY Canal 5 Volume + POWER

Signal

Type

Channel

Type

NTSC VIDEO1DEF

M6J586MK-050FP F1.2

HSIZ 1:35 NVM:OK

Device

OSD

Item

Initial

Data

Value

1. No controle remoto pressione as teclas 2 ou 5 para selecionar item.2. Tecle 1 ou 4 para selecionar OSD.3. Tecle 3 or 6 para mudar o valor do dado.4. Tecle MUTING depois ENTER para escrever na memória.

Signal

Type

Channel

Type

NTSC WRITEDEF

M6J586MK-050FP F1.2

HSIZ 1:35 NVM:OK

Texto"WRITE"muda decor verde para corvermelho

Device

OSD

Item

Initial

Data

Value

20

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

Ajustes de Serviço no Modo de Memória

Utilise seguinte procedimento para IDs 0-7 e quando for reparadoou ajustado no IC002.1. Acesse no Modo de Serviço para ajuste.2. Tecle 8 e ENTER no controle remoto para inicializar.

Signal

Type

Channel

Type

NTSC RESETDEF

M6J586MK-050FP F1.2

HSIZ 1:35 NVM:OK

Texto"RESET"muda de cor verdepara corvermelha

Device

OSD

Item

Initial

Data

Value

O TV desligará após completar processo de inicialização.

4-3. CONFIRMAÇÃO DE ALTERAÇÃO NO MODO DE SERVIÇO

1. Após completar o s ajustes, desligue o cabo AC da tomada e religuena tomada novamente.

2. Acesso no modo de serviço.3. Utilizando as teclas do controle remoto, localise os itens OSD ajustados

para confirmar os ajustes executados.

21

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

4-4. LISTAS DE DADOS PARA SERVIÇO

Device "DEF"

Item# OSD DETAILInitial Data(DEC) 21"

NTSC/RF NTSC/YUV

Initial Data(DEC) 21"

PAL M PAL N


NTSC/RF NTSC/YUV


PAL M PAL NVAR: 1 HSIZ H SIZE(EW DC) 43 43 43 43 41 41 40 39VAR: 2 HPOS H POSITION 16 17 13 13 9 14 14 19VAR: 3 VSIZ V RAMP SIZE 31 32 31 31 35 37 36 37VAR: 4 VPOS V POSITION(RAMP DC) 32 31 31 31 33 32 33 33VAR: 5 VLIN V LINEARITY 39 39 39 39 33 36 47 33VAR: 6 SCOR S CORRECTION 33 33 33 33 50 41 44 50VAR: 7 VBOW BOW 29 29 29 29 32 36 35 30VAR: 8 VANG ANGLE 32 32 32 32 34 37 36 40VAR: 9 TRAP EW TRAPESIUM 40 40 40 40 29 27 32 29VAR: 10 PAMP EW PIN 21 21 21 21 28 26 28 26VAR: 11 UPIN UPPER PIN 34 35 34 34 29 30 31 29VAR: 12 LPIN LOWER PIN 34 33 33 33 30 31 28 30VAR: 13 TROT TROT 109 109VAR: 14 HBLK H BLK mode select 00 00

VAR: 15 RBLK HBLK rear timing 28 28 28 28 28 28 34 34

VAR: 16 LBLK HBLK front timing 54 54 54 54 54 54 60 60

VAR: 17 VBLK V BLK width 03 0318 HMSK TOP VEND(when MACROVISION)prevent OFF 00 0019 HDW H PULSE WIDTH(25u 19u) 01 0120 AFC AFC GAIN 00 0021 AFC1 AFC1 TIME CONSTANT RF/03 AV/03 YUV/03 RF/03 AV/03 YUV/0322 AFCW AFC1 PULL IN WIDE 01 0123 CDMD V DET WINDOW SW TIMING 01 0124 HSS SYNC SLICE LEVEL(H sepa) 00 0025 VSS SYNC SLICE LEVEL(V sepa) 03 0326 SLUD Auto Slice level UP DOWN 00 0027 JPSW Jump SW 00 0028 HOSC H VCO fo offset ADJUST OFFSET 03 0329 EHT EHT 04 0430 EHTG EHT MODE 01 0131 SLOH LPF SYNC H 01 0132 SLOV LPF SYNC V 03 0333 SLOP LPF SYNC 01 0134 SLVC LPF SYNC VCOIN OFF 00 0035 SLHC LPF SYNC HCOIN OFF 00 00

22

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

Device "16:9"


NTSC:PAL M


PAL N


NTSC:PAL M


PAL NVAR: 1 HSIZ H SIZE(EW DC) 43 39 42 41VAR: 2 HPOS H POSITION 16 16 12 19VAR: 3 VSIZ V RAMP SIZE 43 43 43 41VAR: 4 VPOS V POSITION(RAMP DC) 33 33 33 33VAR: 5 VLIN V LINEARITY 36 39 36 39VAR: 6 SCOR S CORRECTION 15 20 15 20VAR: 7 VBOW BOW 34 34VAR: 8 VANG ANGLE 32 39VAR: 9 TRAP EW TRAPESIUM 37 29VAR: 10 PAMP EW PIN 11 12VAR: 11 UPIN UPPER PIN 32 32VAR: 12 LPIN LOWER PIN 33 32VAR: 13 RBLK HBLK rear timing 28 28 39 34VAR: 14 LBLK HBLK front timing 54 54 59 60VAR: 15 ABLG ABL GAIN 01 01VAR: 16 SCON SUB CONTRAST LEVEL 19 14VAR: 17 VPW Jump Pulse Width 01 01

23

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

Device "VP1"


NTSC/RF NTSC/YUV


PAL/RF PAL/YUV


NTSC/RF NTSC/YUV


PAL/RF PAL/YUVVAR: 1 RDRV R DRIVE 74 74 74 74 84 84 84 84VAR: 2 GDRV G DRIVE when Color Temp. is "Cool" and "Neutral" 78 78 78 78 77 77 76 78VAR: 3 BDRV B DRIVE when Color Temp. is "Cool" and "Neutral" 69 69 69 69 75 75 73 73VAR: 4 RCUT Hardware AKB(R) CMP DATA 100 100 100 100 100 100 100 100

VAR: 5 GCUTHardware AKB(G) CMP DATA when Color Temp. is "Cool" and "Neutral"

80 86 85 86 74 74 76 77

VAR: 6 BCUTHardware AKB(B) CMP DATA when Color Temp. is "Cool" and "Neutral"

83 82 81 82 73 73 75 82

VAR: 7 SCON SUB CONTRAST LEVEL 8 9 11 9 14 16 15 9VAR: 8 SHUE SUB TINT(HUE) 9 7 7 7 8 8 7 7VAR: 9 SCOL SUB COLOR LEVEL for Not NR 11 20 16 20 10 24 16 19VAR: 10 SBRT SUB BRIGHTNESS 11 13 15 15 11 15 12 1211 RON R OUTPUT ON ( 0:R Output OFF 1:R Output ON ) 01 0112 GON G OUTPUT ON ( 0:G Output OFF 1:G Output ON ) 01 0113 BON B OUTPUT ON ( 0:B Output OFF 1:B Output ON ) 01 01

14 BLLVBLUE STRETCH(00:no 11:deep) only Color Temp "Cool"

01 01

15 BLLM BLUE STRETCH Y LEREL LIMIT LEVEL 01 016 MTRX MATRIX RATIO SELECT 1 1 0 0 1 1 0 017 AXIS R-Y PHASE OFFSET 52 52 0 0 52 52 0 018 GYG G-Y Gain 0 0 0 0 0 0 0 019 GYP G-Y PHASE 0 0 0 0 0 0 0 020 SSHO SUB SHARPNESS GAIN(OVER) RF VIDEO 10 10 15 10 10 10 15 1021 SSHP SUB SHARPNESS GAIN(PRE) RF VIDEO 14 20 26 20 14 20 26 2022 SHPF SHRPNESS fo(00:2 CLK 11:5 CLK) 0 0 1 0 1 0 1 023 SHCL SHARPNESS CORING LEVEL 01 0124 SHMX SHARPNESS LIMITTER LEVEL 15 1525 AKBD AKB Self Diagnostic Counter(@1sec) 05 0526 AKBS AKB Switch ( 0 : AKB OFF 1 : H W AKB ON ) 01 0127 REFP AKB REFPLS timing ( "0"Fix when 16:9On ) 00 0028 YNRC YNR LIMITER LEVEL 02 229 VYNR VYNR LIMITER LEVEL 00 0030 BKON BLACK STRETCH ON 01 0131 BKRH BLACK STRETCH DETECTOR TIME CONSTANT1 Low 15 15

32 BKRL BLACK STRETCH DETECTOR TIME CONSTANT1 High 12 12

33 BKDP BLACK STRETCH START POINT 03 0334 BKSP BLACK STRETCH POINT 02 02

VAR: 35 UOFS U IN OFFSET 32 62 46 61 32 98 81 92

VAR: 36 VOFS V IN OFFSET 32 86 68 80 32 101 88 99

37 TAKE BPF F0 UP 0 0 0 0 0 0 0 0

38 TAKW BPF F0 UP WIDTH 0 0 0 0 0 0 0 0

24

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

Device "VP2"


NTSC/RF NTSC/YUV


PAL/RF PAL/YUV


NTSC/RF NTSC/YUV


PAL/RF PAL/YUV1 VMOF VM LEVEL at "Off" Setting 01 012 VMLO VM LEVEL at "Low" Setting 05 053 VMHI VM LEVEL at "High" Setting 11 114 VMDL VM DELAY 11 8 8 8 11 8 8 85 VMPL VM PORALITY 01 016 VMWD VM WIDTH 00 007 VMCL VM CORING LEVEL 00 008 VMMX VM LIMITER LEVEL 15 159 CKLV COLOR KILLER VTH 01 0110 CKON FORCE KILLER 00 0011 VACL V APERTURE CORING LEVEL 00 0012 VAGA V APERTURE GAIN LEVEL Pallete Pallete13 VAMX V APERTURE LIMITER LEVEL 15 1514 GAMM GAMMA(00:no 11:deep) Pallete Pallete15 YDLY Y DELAY TIME 3 4 0 5 3 3 7 316 CDLY C DELAY 2 2 2 2 2 2 2 217 BGPP BGP(for C DECODER)TIMING 11 1118 GDOF G DRIVE OFFSET only Color Temp. "Warm" 18 1819 BDOF B DRIVE OFFSET only Color Temp. "Warm" 31 3120 GCOF GCUT CMP DATA OFFSET only Color Temp. "Warm" 02 0221 BCOF BCUT CMP DATA OFFSET only Color Temp. "Warm" 04 0422 DCTV DCTRANSFER VTH 03 0323 DCTG DCTRANSFER GAIN Pallete 12

25

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

Device "Y C"

Item# OSD DETAILInitial Data

(DEC)21"

Initial Data(DEC)

29"1 ALFA ADAPTIVE DET SENSITIVITY 01 01

2 YCMDYC SEPA FORCE SELECT(00:ADAPTIVE 01:H 10:V 11:HV)

00 00

Device "NR"


(DEC)

Initial Data(DEC)

29"1 NRBP NOISE BPF SEL 00 002 NRLS NOISE DET LINE SEL 00 003 NRDT NOISE DET SENSE 01 014 INDX INDEX VAR: 01 / 02 / 03 VAR: 01 / 02 / 03 5 TRHI TRIGGER HIGH 27 50 67 27 50 676 TRLO TRIGGER LOW 30 55 87 30 55 877 SHCL SHARP CORING LV for NR 15 15 15 15 15 158 SHMX SHARP MAX GAIN for NR 07 10 07 07 10 079 YNRS YNR SW for NR 01 01 01 01 01 0110 YNRC YNR CORING LV for NR 07 06 15 07 06 1511 VMHI VM GAIN(High) for NR 07 07 07 07 07 0712 VMCL VM CORING LEVEL for NR 00 00 00 00 00 0013 VMMX VM MAX for NR 07 07 07 07 07 0714 VAGA V APERTURE GAIN for NR 00 03 00 00 03 0015 VAMX V APERTURE MAX GAIN for NR 10 06 04 10 06 0416 VYNR V YNR COISE CORING LV for NR 03 09 15 03 09 1517 YDT Y DITHER LEVEL for NR 00 00 00 00 00 0018 GAMM GAMMA for NR 03 02 00 03 02 0019 WSTH WEAK_SIG_VTH for NR 00 07 07 00 07 0720 WSVA WEAK SIG VIDEO for NR 00 00 00 00 00 0021 WSCA WEAK SIG CHROMA for NR 00 03 05 00 03 05

26

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

Device "PALLET" for "VIVID"


(DEC)21"

Initial Data(DEC)

29"1 VPIC Picture(VIVID) 63 632 VBRI Brightness(VIVID) 33 323 VCOL Color(VIVID) 32 304 VHUE Hue(VIVID) 31 315 VSHA Sharpness(VIVID) 35 356 VVM VM(VIVID) 02 027 VTRI Color Temp(VIVID) 00 008 VAPA Aperture G(VIVID) 08 089 VGMA Gamma(VIVID) 03 0210 VDCT DCT LV(VIVID) 12 1211 BKDP BLACK STRETCH DEPTH(VIVID) 03 0312 BKRC BLACK ST TIME1 , BLACK ST TIME2(VIVID) 252 25213 BKSP BLACK STRETCH POINT(VIVID) 02 0214 CONO CONTRAST OFFSET for RF(VIVID) 00 0015 COOF Contrast offset 00 00

16 VHK0 Y-P Fo(VIVID) 00 00

17 VYPL Y-Peaking Lim(VIVID) 00 0018 VVEN V-Emph Gain(VIVID) 06 05

Device "PALLET" for "STD"


(DEC)21"

Initial Data(DEC)

29"1 VPIC Picture(STANDARD) 50 502 VBRI Brightness(STANDARD) 31 313 VCOL Color(STANDARD) 31 314 VHUE Hue(STANDARD) 31 315 VSHA Sharpness(STANDARD) 37 376 VVM VM(STANDARD) 01 017 VTRI Color Temp(STANDARD) 01 018 VAPA Aperture G(STANDARD) 04 049 VGMA Gamma(STANDARD) 01 0110 VDCT DCT LV(STANDARD) 09 0911 BKDP BLACK STRETCH DEPTH(STANDARD) 02 02

12 BKRC BLACK ST TIME1 , BLACK ST TIME2(STANDARD) 252 252

13 BKSP BLACK STRETCH POINT(STANDARD) 01 0114 CONO CONTRAST OFFSET for RF(STANDARD) 00 0015 COOF Contrast offset 00 0016 VHK0 Y-P Fo(STANDARD) 00 0017 VYPL Y-Peaking Lim(STANDARD) 00 0018 VVEN V-Emph Gain(STANDARD) 04 03

27

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

Device "PALLET" for "MOVIE"


(DEC)21"

Initial Data(DEC)

29"1 VPIC Picture(MOVIE) 37 372 VBRI Brightness(MOVIE) 28 283 VCOL Color(MOVIE) 31 314 VHUE Hue(MOVIE) 31 315 VSHA Sharpness(MOVIE) 34 346 VVM VM(MOVIE) 01 017 VTRI Color Temp(MOVIE) 02 028 VAPA Aperture G(MOVIE) 03 03

9 VGMA Gamma(MOVIE) 01 01

10 VDCT DCT LV(MOVIE) 09 0911 BKDP BLACK STRETCH DEPTH(MOVIE) 01 0112 BKRC BLACK ST TIME1 , BLACK ST TIME2(MOVIE) 252 25213 BKSP BLACK STRETCH POINT(MOVIE) 01 0114 CONO CONTRAST OFFSET for RF(MOVIE) 00 0015 COOF Contrast offset 00 0016 VHK0 Y-P Fo(MOVIE) 00 0017 VYPL Y-Peaking Lim(MOVIE) 00 0018 VVEN V-Emph Gain(MOVIE) 04 04

Device "PALLET" for "Pro"


(DEC)21"

Initial Data(DEC)

29"

1 VPIC Picture(Pro) 31 312 VBRI Brightness(Pro) 31 313 VCOL Color(Pro) 31 314 VHUE Hue(Pro) 31 315 VSHA Sharpness(Pro) 31 316 VVM VM(Pro) 00 007 VTRI Color Temp(Pro) 01 018 VAPA Aperture G(Pro) 00 009 VGMA Gamma(Pro) 00 0010 VDCT DCT LV(Pro) 02 0211 BKDP BLACK STRETCH DEPTH(Pro) 01 0112 BKRC BLACK ST TIME1 , BLACK ST TIME2(Pro) 252 25213 BKSP BLACK STRETCH POINT(Pro) 00 0014 CONO CONTRAST OFFSET for RF(Pro) 00 0015 COOF Contrast offset 00 0016 VHK0 Y-P Fo(Pro) 00 0017 VYPL Y-Peaking Lim(Pro) 00 0018 VVEN V-Emph Gain(Pro) 00 00

28

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

Device "ASIC"


NTSC/RFNTSC/YUV


PAL/RF PAL/YUV


NTSC/RFNTSC/YUV


PAL/RF PAL/YUV

1 YNRS YNR ON 0 0

2 CLPS

CLAMP CONTROL SW 0:CLAMP OFF 1:CLAMP AUTO1 mode (usual procedure) 2:CLAMP ON mode 3: CLAMP AUTO2 mode (New procedure)

1 1

3 VMG2 MODULATOR FEEDBACK GAIN CONTROL 2 024 CLPT CLAMP AUTO ON KEEP TIMER COUNT (@100ms) 15 155 AASL C DECODER TIME CONSTANT(32,16,8,1H) 2 26 BASL ACC TIME CONSTANT 0 07 ACTH ROM HYS 95 958 AVAV AVE SEL AV 3 39 B2TH B2COMP 0 010 CORL R CUTOFF lower 0 011 CORH R CUTOFF upper 1 1

12 COGLG CUTOFF lower when Color Temp. is "Cool" and "Neutral"

0 0

13 COGHG CUTOFF upper when Color Temp. is "Cool" and "Neutral"

1 1

14 COBLB CUTOFF lower when Color Temp. is "Cool" and "Neutral"

0 0

15 COBHB CUTOFF upper when Color Temp. is "Cool" and "Neutral"

1 1

16 ALSP ACL SPEED 0 017 ALAS ACL ATACK SPEED 146 14618 ABLG ABL GAIN 4 419 AKBP AKB PULSE HEIGHT 10 1020 AALG AFC GAIN 0 021 AALS ANALOG ACL ON/OFF CONTROL 1 122 UVDT UVIN DITHER TEST 14 1423 YDT Y DITHER LEVEL 00 0024 HFFR AFC1 FORCE FREERUN 0 025 HFUP H FREERUN FREQUENCY UP(700Hz) 0 026 JSWW Jump Pulse Width 0 027 XF0A VCXO FREERUN ADJUST 0 028 BGST BGP(for PLL) TIMING 16 6 6 16 16 6 6 1629 XPHA VCXO PHASE ADJUST 10 10

29

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

Device "ASIC"


NTSC/RFNTSC/YUV


PAL/RF PAL/YUV


NTSC/RFNTSC/YUV


PAL/RF PAL/YUV

30 HRMP AFC2 TIME CONSTANT 3 331 RPLU REF PLL TIME CONSTANT 3 332 RPLB REF PLL TIME CONSTANT 1 133 XF0B VCXO Fo ADJUST 0 034 RPLS REF VCO FB LOOP SELECT 0 035 SSM SyncSepaMasking CONTROL 0 036 VSAG V-SAG prevent ON 0 037 AFC2 AFC2 GAIN CONTROL 0 038 XPLU ACP TIME CONSTANT 01 0139 XPLA APC TIME CONSTANT BW SLOW 00 0040 CDM2 V_LOGIC SW 1 141 MHDL BGP SEL 1 142 HRPP FRAMP RRAMP H OUT CONTROL RANGE 02 0243 DSCK DS DAC CLK SW for only Not YUV (YUV:"1"Fix) (4:3)/00 (16:9)00 (4:3)/00 (16:9/00)44 VPW V Pulse Wide 1 1

45 DTHDITHER THRESHOLD LEVEL CONTROL at IIC AUTOD=ON

1 1

46 YOFF Y OUTPUT MUTE 0 047 VSSW SYNC SLICE LEVEL(V) Wide Window 0 048 AF2S AFC2 timing SW 0 049 VSL2 Digital V_SYNC_LPF(fall) 1 150 VSL1 Digital V_SYNC_LPF(rise) 0 051 VSHE V-SHRINK MODE for AV-NoSync 0 052 DSCS CLOCK DIV SEL 0 1 1 1 0 1 1 153 14HI 4fsc(Skew)CLK POLARITY 00 0054 14HD 4fscCLK(Skew)CLK DELAY ADJUST 01 0155 DSI 8fscCLK POLARITY 01 0156 DSD 8fscCLK DELAY ADJUST 00 0057 ADCD ADC CLK DELAY ADJUST 00 0058 WSTH WEAK_SIGNAL VTH 00 0059 WSVA WEAK SIGNAL VIDEO ATT 00 0060 WSCA WEAK SIGNAL CHROMA ATT 00 0061 VREF AD REFERNCE SELECT(VZ) 00 0062 DCCK AD REFERNCE SELECT(VZ) 12 0 0 0 12 0 0 063 OSDC OSD COMP 00 0064 HLM1 H/W AKB LIM1 04 0465 HLM2 H/W AKB LIM2 12 1266 HLM3 H/W AKB LIM3 21 2167 HAD1 H/W AKB SPEED1 02 0268 HAD2 H/W AKB SPEED2 06 0669 HAKE H/W AKB MANUAL (MCU)/HARD 01 01

30

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

Device "ASIC"


NTSC/RFNTSC/YUV


PAL/RF PAL/YUV


NTSC/RFNTSC/YUV


PAL/RF PAL/YUV

70 HASP H/W AKB SPEED 03 0371 HERL H/W AKB ERROR DET THRESH 10 1072 HLMC H/W AKB ERROR DET TIME 15 15

73 HPWL H/W AKB POWER ON TRESH 04 04

74 HPWC H/W AKB POWER ON TIME 02 02

75 HFMTPOWER ON H/W AKB2 HOLD TIMER(@100msec) [ 0 : No Hold ]

20 20

76 SPMT AKB POWER ON MUTE EXIT TIMER(@100msec) 120 12077 Y16M YUV 16M 01 0178 PCLP Pedestal Clamp 00 00

79 CSYNCSYNC IN(0:Synchronization from SYNC on Y,1:Activate External CSYNC)

00 00

31

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

Device "CDEC"


NTSC


PAL


NTSC


PAL

1 CLSY Color System NTSC / PALM / PALN / AUTO 6 3 7 12 6 3 7 122 YGAN Y Gain 1 13 RGAN Cr Gain 1 3 3 1 34 BGAN Cb Gain 1 3 3 1 35 TRPA C-Trap Adj 7 46 TRPF C-Trap Fine Adj. 0 07 TINT Tint Control 64 64 64 64 648 LPFO LPF OFF 0 0 09 RPDA Cr Pedstal Adj 32 32 3210 BPDA Cb Pedstal Adj 32 32 3211 TRPT C-Trap TEST 0 0 012 ANGL C Angle95 1 1 113 TAKE Take Off RF:0 AV/YUV: 0 0 014 KILL Killer Level 0 0

15 TRPO C-Trap Off21": RF/AV:0 YUV:129/34/38": RF/AV:1 YUV:1

21": RF/AV:0 YUV:129/34/38": RF/AV:1 YUV:1

16 STRO Sideband Trap OFF 0 017 BPFO C BPF OFF 0 018 FORC Force Color 0 019 FORM Force Mono 0 020 DDSO DDS OFF 0 021 CAFC AFC1 Gain Up 4 422 HVCO H VCO Adj 2 223 HFRE H-Free 0 024 SSLD S Slice Down 4 425 YSLP Y Sync LPF 0 026 VSDO V Std Det Off 0 027 VSYD V Sync Det 6 628 VFOM Force V Mode 0 029 VF60 V-Free 60 0 030 MONI Monitoring 0 031 FSCF Fsc Free 0 032 FSCS Fsc Select 0 033 READ Read Page 0 034 BGSL Burst Gate Pulse Select 1 135 BGSH Burst Gate Pulse Timing Shift 0 0

36 CPAOCbCr Pedestel Adjustment OFF ( 0:ON ,ON 1:OFF )

0 0

37 DLPU DDS LPF Adjust 0 0

32

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

Device "3LCOM"


NTSC


PAL


NTSC


PAL1 FUNC Function 0 3 0 32 DRNG DRANG 1 13 YCSM Y/C SEP MODE 0 04 CNRK CNRK 1 35 CNRL CNR-LIM 1 36 CLPF C-LPF 1 17 SLPF SELC-LPF 0 08 MODE Mode 1 0 09 YPG Y-Peak Gain 3 110 PDSC Pds. Clip 0 011 YLPF Y-LPF 1 112 VENL V-Emph N.L 6 613 VEC V-Emph Core 3 3

Device "Audio Processor"

Item# OSD DETAIL

1 SBAL Sub Balance2 SBAS Sub Bass3 STRE Sub Treble4 SRL Surround Level5 BBOL Surround Off-BBE Low6 BBOH Surround Off-BBE High7 BBSL Simulate BBE Low8 BBSH Simulate BBE High9 BBGL WOW Game BBE Low10 BBGH WOW Game BBE High11 BBTL SRS Low12 BBTH SRS High13 BBDL Dolby Virtual Low14 BBDH Dolby Virtual High15 VFIX Audio output fix data16 AGCL AGC level17 VCOF VOLUME OFFSET for RF

0 2 2 2 23 9 9 9 3

0 0 0 0 40 3 6 0 00 5 4 0 0

244 1 1 0 242

0 7 4 0 20 4 6 0 00 9 2 0 40 0 0 0 0

0 0 0 0 00 4 8 0 20 7 4 0 40 2 2 0 2

Initial Data(DEC)

Others 21FA 29FA 21FV 29FV

4 4 4 4 44 0 0 6 4 4 0 6 7 4

33

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

Device "Audio Processor2"

Item# OSD DETAIL

1 BBEL Dolby Virtual Low sub2 BBEH Dolby Virtual High sub3 BBOL Surround Off-BBE Low4 BBSL Simulate BBE Low5 BBGL WOW Game BBE Low6 AGCL Sub Audio Processor AGC level7 DDOF Dolby Offset data

Device "Microprocessor"


(DEC)21"

Initial Data(DEC)

29"1 DISP OSD horizontal position 93 932 MEDP Menu display position 110 1103 DIVP OSD vertical position offset for 50Hz 00 004 HRLW Low limit of H-pulse counting window (RF) 16 165 HRHG High limit of H-pulse counting wondow (RF) 64 646 HSDT H-pulse Detection(S-Video) 08 087 STPI Gradual CONTRAST Increase Starting level 40 408 RAPI Gradual CONTRAST Increase Vsync counter 10 109 ZD60 Zero Cross Relay Delay for AC 60Hz 60 6010 ZD50 Zero Cross Relay Delay for AC 50Hz 40 4011 ABLT ABL protection counter 03 0312 OSLR R OSD level 27 2713 OSLG G OSD level 27 2714 OSLB B OSD level 27 27

Initial Data(DEC)

21FA 29FA Other

2 9 X5 9 X2 9 X2 5 X

3 10 X2 2 X15 0 X

4-5. TABELA DE IDNote: The Device name for ID Map group is “Feature”

ID 0

ID 1

ID 2

ID 3

ID 4

ID 5

ID 6

ID 7

KV-21FA310 39 7 103 128 40 64 32 97KV-21FV210 39 7 13 128 40 64 32 65KV-29FA310 39 15 103 128 169 80 32 97KV-29FS110 39 15 15 128 169 80 32 97KV-29FV210 39 31 167 128 169 80 32 97

Model

34

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

11. Tecle 3 ou 6 para ajustar o valor do SCON para 85 ± 2Vpp.

85 + 2Vpp

12. Repita os passos 5 à 8 para reset os valores de GON e BON para “1”. R ON: ON (1)

G ON: ON (1)

B ON: ON (1)

13.Tecle MUTING depois ENTER para gravar na memória

Ajuste da Posição dos Caracteres (DISP)

1. Entre com o sinal de barras coloridas.2. Entre no modo de serviço.3. Tecle 2 ou 5 para selecionar item Microprocessador.4. Tecle 1 ou 4 para selecionar item DISP OSD.5. Tecle 3 ou 6 para ajustar os caracteres no centro.6. Tecle MUTING depois ENTER para gravar na memória7. Verifique posicao de caracteres na tela.

Ajuste do Sub Brilho (SBRT)

1. Entre com o sinal monoscope.2. Entre no modo de serviço.3. Configure CONTRASTE e BRILHO no mínimo.4. Tecle 2 ou 5 para selecionar item VP1.5. Tecle 1 ou 4 para selecionar item SBRT OSD .6. Tecle 3 ou 6 para obter melhor visualisação da marca 20 IRE ,

após disso aumente +3 passos.7. Tecle MUTING depois ENTER para escrever na memória

4-6. AJUSTES DO BALANÇO DE BRANCO

1. Coloque um sinal branco com burst.2. Entre no Modo de Serviço.3. Coloque o CONTRASE e BRILHO no mínimo.4. Ajuste SBRT(Sub-brilho) caso necessário.5. Tecle 2 ou 5 para selecionar item VP1 .6. Tecle 1 ou 4 para selecionar item GCUT OSD.7. Tecle 3 ou 6 para ajustar melhor nível de balanço de branco.8. Tecle 1 ou 4 para selecionar item BCUT OSD.9. Tecle 3 ou 6 para ajustar melhor nível de balanco de branco.10. Coloque o CONTRASE e BRILHO no máximo.11. Tecle 1 ou 4 para selecionar item GDRV OSD.12. Tecle 3 ou 6 para ajustar melhor nivel de balanco de branco.13. Tecle 1 ou 4 para selecionar item BDRV OSD.14. Tecle 3 ou 6 para ajustar melhor nivel de balanco de branco.15. Tecle MUTING depios ENTER para salvar na memória

4-7. AJUSTES DA PLACA AW

Verificação da Freqüência Horizontal

1. Entre no modo TV (RF) sem sinal.2. Conecte um frequencimetro na base do Q501

(TP-25 H. DRIVE) da placa AW.3. A freqüência lida deve estar entre 15735 ± 200 Hz.

Verificação da Freqüência Vertical

1. Selecione o modo de VIDEO 1 sem sinal de entrada.2. Coloque os ajustes todos em PADRÃO.3. Conecte um freqüêncimetro ao TP-27 (V OUT) ou no pino 6

do CN501(V DY+) e o terra da placa AW.4. Verifique a freqüência e de 60 ± 4 Hz.

Drive (SCON)

1. Entre com o sinal de barras de cores com 75% de nível.2. Coloque no modo Pro + CONTRASTE NO MÁXIMO3. Entre no modo de serviço. 4. Tecle 2 ou 5 para selecionar item VP1.5. Tecle 1 ou 4 para selecionar item GON OSD .6. Tecle 3 ou 6 para ajustar para 0.7. Tecle 1 ou 4 para selecionar item BON OSD.8. Tecle 3 ou 6 para ajustar para 0. Nota: So no RON coloque para “1”. R ON: ON (1)

G ON: OFF (0)

B ON: OFF (0)

9. Conecte o osciloscópio na placa C, no CN705 pino 3 (KR).10. Tecle 1 ou 4 para selecionar item SCON OSD.

teruaki_nakagawa6

35

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

Ajustes de Sub Hue, Sub Color (SHUE, SCOL)

1. Entre com um sinal de barras coloridas com um nível de 75%.2. Entre no modo de servico.3. Configure (Contraste) ao máximo e (Cor) a 50%. 4. Conecte o osciloscópio a placa C , ponto CN705 Pino 4 (Blue Out). 5. Tecle 2 ou 5 para selecionar item VP1.6. Tecle 1 or 4 para selecionar item SHUE ou SCOL OSD.7. Enquanto exibir o SHUE ajuste a forma de onda pressionando as teclas

3 ou 6 até que a segunda e terceita barras fiquem com o mesmo nível(V2 = V3 < 0.15Vp-p). Set Sub Hue -2 Step.

8. Enquanto exibir o SHUE ajuste a forma de onda pressionando as teclas3 ou 6 até que a primeira e quarta barras fiquem com o mesmo nível(V1 = V4 < 0.15Vp-p). Set Sub Col + 2 Step.

V1 V2 V3 V4

9. Tecle MUTING depois ENTER para escrever na memória

Ajuste de Tamanho Vertical (VSIZ)

1. Entre com um sinal quadriculado (crosshatch)2. Entre no modo de serviço.3. Tecle 2 ou 5 para selecionar item DEF .4. Tecle 1 ou 4 para selecionar item VSIZ OSD .5. Ajuste o valor do VPOS pressionando 3 ou 6 para obter o melhor posicionamento.6. Tecle MUTING depois ENTER para escrever na memória.

Ajuste da Centralização Vertical (VPOS)

Execute esse ajuste depois de fazer o verificação daFreqüência Horizontal (Free Run).1. Entre com um sinal quadriculado(crosshatch)2. Entre no modo de serviço.3. Tecle 2 ou 5 para selecionar item DEF.4. Tecle 1 ou 4 para selecionar item VPOS OSD.5. Ajuste o valor do VPOS pressionando 3 ou 6 para o melhor centralizamento.6. Tecle MUTING depois ENTER para escrever na memória.

Ajuste da Centralização Horizontal (HPOS)

Execute esse ajuste depois de fazer o verificação daFreqüência Horizontal.1. Entre com um sinal quadriculado (crosshatch).2. Entre no modo de servico.3. Tecle 2 ou 5 para selecionar item DEF.4. Tecle 1 ou 4 para selecionar item HPOS OSD.5. Ajuste o valor HPOS pressionando 3 ou 6 para melhor

centralização horizontal.6. Tecle MUTING depois ENTER para escrever na memoria

Ajuste do Tamanho Horizontal (HSIZ)

1. Entre com o sinal monoscope.2. Entre no modo de serviço.3. Tecle 2 ou 5 para selecionar item DEF.4. Tecle 1 ou 4 para selecionar item HSIZ OSD.5. Ajuste o valor do HSIZ pressionando 3 ou 6 para melhor tamanho.6. Tecle MUTING depois ENTER para escrever na memória

36

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

Ajustes de Linealidade V. Linearity (VLIN), Correção V.(SCOR), PIN Amp (PAMP), e Trapézio Horizontal (HTRP)

1. Entre com um sinal quadriculado (crosshatch).2. Entre no modo de serviço.3. Tecle 2 ou 5 para selecionar item DEF.4. Tecle 1 ou 4 para selecionar item VLIN OSD .5. Ajuste o valor do VPOS pressionando 3 ou 6 para melhor tamanho

horizontal.6. Repita os passos 4 e 5 para SCOR, PAMP, e TRAP.7. Tecle MUTING depois ENTER para gravar na memória.

V LINEARITY (VLIN)

V CORRECTION (SCOR)

PIN AMP (PAMP)

TRAPEZOID (TRAP)

Ajustes de V. Ânglo (VANG), V. Bow (VBOW), PIN superior(UPIN) e PIN inferior(LPIN)

1. Entre com um sinal quadriculado (crosshatch).2. Entre no modo de serviço.3. Tecle 2 ou 5 para selecionar item DEF.4. Tecle 1 ou 4 para selecionar item VANG OSD.5. Ajuste o valor do VANG pressionando 3 ou 6 para melhor imagem.6. Repita os passos 4 e 5para VBOW, UPIN, e LPIN.7. Tecle MUTING depois ENTER para gravar na memória.

V ANGLE (VANG)

V BOW (VBOW)

UPPER PIN (UPIN)

LOW PIN (LPIN)

Ajuste do Modo de Memória

1. Após completar todos os ajustes, tecle, 0 depois ENTER para leitura dos dados gravadas na memória.

Device

OSD

Item

Initial

Data

Value

Signal

Type

Channel

Type

NTSC READDEF

M6J586MK-050FP F1.2

HSIZ 1:35 NVM:OK

Texto"READ"muda de cor verdepara o corvermelho

37

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

5-1. LOCALIZAÇÃO DAS PLACAS DE CIRCUITO

Placa AW

Placa C(Modelos 29” )

Placa V (Modelos 29”)

KV-29FA310

Placa HE (KV-21FA310/21FV210)Placa HS (KV-29FS110)Placa HU (KV-29FA310/29FV210)

Placa KS (KV-21FA310)Placa KT (KV-29FA310)Placa BS (KV-29FS110)Placa TW (KV-29FV210)

Placa HW(Todos exceto KV-29FS110)

Nota: Modelos 21”está combinadacom a placa CV

Placa MT

Placa W

Todas as tensões estão em V.

S : impossível de medir

: B+line.

: linha +B

(o valor atual medido pode ser diferente).

: linha do sinal . (RF)

Números circulados se referem a formas de onda.

SEÇÃO 5: DIAGRAMAS

Os componentes sombreados ou com a marca ! sao criticos para a segurança.Somente os substitua pela peça especifica.

O símbolo indica fusível de operação rápida. troque-os somente por outro de mesmovalor, como indicado.

5-2. INFORMAÇÕES SOBRE PLACAS DE CIRCUITO IMPRESSO E DIAGRAMAS ESQUEMÁTICOS

Todos os capacitores est~ao µF a menos que indicados.. pF : µµF 50WV ou menores nao sao indicados, exceto para os eletroliticos e os de tântalo.

Todos os eletroliticos são de 50V a menos que especificados.

Todos os resistores estão em ohms. k=1000, M=1000k

Para indicacoes de resistência, que não tiverem o valor da potência segue o seguinte:: Pitch : 5mm Rating electrical power : 1/

4 W in resistance, 1/

10 W and 1/

8 W in chip resistance.

: resistor anti-chama

: fusistor

: componente interno

: designação no painel e ajsutes para reparo

: terra

: terra (chassis)

Todos os variáveis e resistores ajustáveis tem curva característica B, a menos que especificados.

As leituras devem ser feitas com sinal de barras coloridas.

As leituras devem ser feitas com um multimetro digital de 10Mohms

As tensões estao em relação ao terra DC a menos que especificadas.

Variações de tensão podem ser consideradas desde que dentro da tolerância.

38

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

INFORMAÇÃO PARA REFERÊNCIARESISTOR : RN METAL FILM: RC SOLID: FPRD CARBONO ANTICHAMA: FUSE FUSIVEL ANTICHAMA: RW NONFLAMMABLE WIREWOUND: RS METAL OXIDE ANTICHAMA: RB NONFLAMMABLE CEMENT: RESISTOR AJUSTAVEL

INDUTOR: LF-8L MICRO INDUCTOR

CAPACITOR: TA TANTALUM: PS STYROL: PP POLYPROPYLENE: PT MYLAR: MPS METALIZED POLYESTER: MPP METALIZED POLYPROPYLENE: ALB BIPOLAR: ALT ALTA TEMPERATURA: ALR HIGH RIPPLE

Os componentes identificados com a marca X nesse esquema elétricobásico devem ser cuidadosamente selecionados para que satisfacamcompletamente a regulamentacao para raios X. Se necessitarem trocao facam apenas por aqueles que possuem originalmennte o mesmo valor.

Quando trocar peças com a marca Y, faça os ajustes necessários con-forme indicado.Se os resultados não atingirem a especificação,troquea peça com a marca X e repita o ajuste até que o valor especificado se-rá alcançado.. (Referência para seção 3: Ajustes de segurança do Pag.18)

Quando substituir peças da lista abaixo, não deixe de executar o ajuste:

C531, C532, D519, D520,

D521, IC501, IC600, PH602,

R529, R530, R531, R532,

R533, R550, T503 (FBT),

T504 (DFT)

HV HOLD-DOWN

R530, R531

Peça Trocada(Y) Adjustet (X)

39

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

5-3. DIAGRAMAS EM BLOCOS E ESQUEMÁTICOS

DIAGRAMA EM BLOCO DO FLUXO DE SINAL

16 MAIN_TV_IN

18 Y_IN (YC)

54 SDAT (IIC)

27 V_IN

26 U_IN

25 Y_IN (YUV)

23 VIDO_2_IN

21 VIDO_1_IN

19 C_IN

H_OUT 50

B_OUT 35

G_OUT 33

R_OUT 31

79 O-LED

65 O-Tri

56 SCLK (IIC)FBP_IN 49

EW_OUT 47

VD+_VRAMP 45

VD-_VRAMP 44

��

��

��

��

��

L/R

L/R

MAIN VID

YUVCVBS

Y/C

IIC

�� CVBS

R

B

G

HOUT

EW

V+RAMP

V-RAMP

I-HP

67 O-SEL1

68 O-SEL0

��

��

��

��

��

��

��

��

��

��

MAIN-VID

��

40

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 |

A

—

B

—

C

—

D

—

E

—

F

—

G

—

H

—

I

—

J

—

K

—

L

—

M

—

N

—

O

—

P

DIAGRAMA ESQUEMÁTICO DA PLACA AW (1 OF 2)

1 2 3

4 5 6

7 8 9

10

2.14V p-p (H) 2.6V p-p (H) 212.5V p-p (H)

48.1V p-p (H) 1169mV p-p (H) 28.2V p-p (V)

52.8V p-p (V) 0.5V p-p (V) 52.8V p-p (V)

281.5V p-p (H)

FORMAS DE ONDAS DA PLACA AW

HV1

4

2

6

5

11

13

9

8

7

FV

SV

10

12

9V 30V

5V SCL

SDA

AS RFAGC

VIF

9V AFT

OUT

GND

DET

OUT2

DET

OUT

MODE

FMO

NO

NC MUTE

ROU

T

LOU

T

NCSAP

IND

STIND

1

2

3

4

5

6

1 2 3 4 5 6 7

1

4

5

2

3

1

3

4

5

6

1

2

3

4

5

6

7

12

34

56

789

1011

1213

1415

16

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

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

-2-2-2

-2

-2 -2 -2

-2 -2

-2-2

-2

1 2 3 4 5 6 7 8 9

-2 -2

-2 -2 -2-2 -2

-2 -2

-2

-2

-2

-2

V1

L1

R1

L2

V2

R2

1 23 4

1

1

2

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

161718192021222324252627282930

12345678

-2

-2

1 2 3 4

5678

1

3

4 7

8

9

10

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

2122232425262728293031323334353637383940

1

2

3

4

12

345

67

8

12345

C049

C052

C054

C055

C056

C200

C201

C202

C203

C208

C209

C362

C368

C414

C416

C417

C418 C420

C502

C503 C504

C505

C506

C507

C509

C510

C515

C522

C525

C526

C527

C528

C529

C534

C537

C539C540

C541

C561

C563

C565

C568

C590

CN501

D009

D505 D506

D515

D535

D561

D580

IC501

R086

R087

R089

R099

R107R108

R207

R209

R222

R223

R224

R225

R301

R328R335

R369

R502

R503

R518

R532

R536

R537

R538

R545

R559

R561

R564

R567

R595

R597

R598

R599

R932

R934

R1510

R1511

S501

TH501

C450

C451CN401

R488C480

R464

C463

R302

R303

C519

D519

R543

C051

C053

C059

C401

C661

D400

D405

D516

D518

D520

D522

D526

D551

R206

R208

R210

R401

R422

R450

R500

R524

R661

D211

D212

R580

C050

D422

C612

D308

D525

D588D589

R202

R472

R569

CN100

R463

C512

D508

R541

R542

R544

R590

D509

C523

R594

R514

R513

R334

D200

D201

R506

R553

R533

R592

L502

R566

R568

C545

C535

R508

D423

D424

R429

R425

R549

L511

C476

R571

R572

C588

D590

R570

R583R589

C466

C467

C468

C472

C473

R466

R468

R469

R470

R471

R473

R474R475

R480

R481R482

R483

R485

D213R467

R548

R406

R484

R525

R517 R519

R584

C461

R565

R411

R424

D651

D425

R359

R403

R516

R596

T503

T501

JR417

JW570

L510

C511

C553

C554

R547

C514

C516

D503R507

R563

R574

C520

R509

R510

C517

R551

L517

TU001

C408

C410

C407

C409

C406

R486

R487

R489

R490

R493

R494

R497

R498R499

R407R409

C412

R393 C309

D305

R391

C367

D307

D306

C366 R367

R315

C312

D321

R316

C314

D323

R317 C315

D322

IC303

C057C373

JR332

JR334

JR335

C307

C308C310

D310

D311

D324

D309

D319D318

D320

J206

J205CN505

T502

R232 C212D219

R235

R233

C213

D218

R234R405 R408

R416

D418

R479

D414

R477

R478

R402

C421

D401

R410

R404

C423

D402

R414

R217 C206

D209

R219

R218

C207

D210

R220

D325

C419

JW519 JW520

L505

R504

R552

R512 R520

R523

R576

S502

T505

Q468

R528

C530

C548

C549

C518

JR421

JR423

JR418

JR419

C531

C532

R529

R530

R550

R591

CN502

CN412

C365

JR415

C424C425

C426

C427

R400

C400

C402

C403

C404

C405

R495

R496JR404

J207

R531

R394

R395R398

R390R396

R397

J201

Q562

Q561Q564

Q530

Q531

Q532

Q511

Q512

Q583

Q501

Q502

IC561

IC302

Q611

Q005Q300

Q402Q403

Q412

Q405

Q401

Q472

Q471

Q470

Q469Q467

Q466

Q582

IC402

IC40

0

Q304

C413

C422

C458

C456

C513

IC401

D500

D504

D521

D530

D531

D534FB501

FB502

FB503

FB505

FB613

JR416L003L00

4

L009

L501

L503

PS401

R085

R457

R458

R461 R462

R521

R546

R573R586

R593

R953

CN411

C411

C415

CN503

CN202

4700p:CHIP

0.116V

0.116V

0.116V

0.1:CHIP

0.1:CHIP

0.1:CHIP

1000p:CHIP

0.47

470p:CHIP 470p

470p

0.047

680p2kVB 680p

2kVB

0.01100V:PT

0.001

220p

680p2kVB

0.0022:CHIP

0.22:MPS

6PWHT:DY

GP08DPKG23 GP08DPKG23

PR1004GTPIN-OUT

1N4003GAV-BOOST

1SS133T-77

NJM2903M-TE2PIN-CONTROL

33k:CHIP

22k1/10W:CHIP

4.7k1/16W

1001/10W:CHIP

100:CHIP100

100k:CHIP

100k:CHIP

100k:CHIP

220:CHIP

220

100k:CHIP

100:CHIP

10k:CHIP 1k

:CHIP

0:CHIP

4.7k

4.7k

10k:CHIP

120:CHIP

0.471/2W

0.471/2W

220k

3.3:FPRD

47:CHIP

10k

470k

2.2:FPRD

330k

0

6.8k:CHIP

2.2k:CHIP

75:CHIP

75:CHIP

10k:CHIP

10k:CHIP

4P

2.2k22k

220p

EL1Z-V1

0.47

0.116V

:CHIP

0.116V

:CHIP

22000p:CHIP

47

MA111-TX

MA111-TX

MA111-TX

MA111-TX

MA111-TX

MA111-TX

MA111-TX

UDZS-5.6B

220:CHIP

2201/4W:CHIP

220:CHIP

100

:CHI

P

6.8k:CHIP

10k:CCHIP

220:CHIP

10k1/10W

680

UDZSTE-9.1B

UDZSTE-9.1B

100k:CHIP

47016V

100:CHIP

100

UDZS-TE-10B

MA111-TX

MA111-TXMA111-TX

2201/10W

100k1/4W

10k;CHIP

50P:B TO B

0

470p:CHIP

MA111-TX

47k:CHIP

10k:CHIP

1k:CHIP

10k:CHIP

MA111-TX

16V

10k

10k:CHIP

47k:CHIP

100:CHIP

MTZJ-T-77-9.1B

MTZJ-T-77-9.1B

47

0.47

47k

0.331W

6.8k:CHIP

6.8k:CHIP

:CHIP

10k1/10W:CHIP

MA111-TX

MA111-TX

47k

1.5k:CHIP

2.2k1/4W

10k:CHIP

10k:CHIP

MA111-TX

10k:CHIP

4.7k:CHIP

4.7k:CHIP

:CHIP

22k:CHIP

22k:CHIP

22k:CHIP

22k:CHIP

22k:CHIP

22k:CHIP

22k:CHIP

47k:CHIP

100:CHIP

0:CHIP10k:CHIP

2.2k:CHIP

100:CHIP

DIN54-TA222k

:CHIP

22k

10

10k1/4W:CHIP

8.2k:CHIP

680 330

10k

10016V

100

22

2.2mH:LHL08

MA111-TX

330

1.0

1.0

1.0

1.0

4.7

10

1025V

47

47

470

560

101/4W

1k:CHIP

MTZJ-T-77-6.2B

UDZSTE-177.5B

10k:CHIP

100:CHIP

5MM:CHIP

100k:CHIP

BTF-WA421

2200p

2200p

220

220220

22 25V

100160V

22025V

47025V

470mF25V

220

22100V

22250V

8mm

:HDT

MTZJ-T-77-30D

2SA1235TP-1EF

2SA1235TP-1EFI-PROT

2SC305EF-T1-1EFNECK-PROT

2SC305EF-T1-1EFOCP

2SC305EF-T1-1EFOCP-LATCH

2SA1235TP-1EFOCP-LATCH

KTA1279OCP-LATCH

2SC305EF-T1-1EFPIN-DRIVE

2SC4159-EPIN-OUT

2SA1235TP-1EFH-OUT

2SC3209LKH-DRIVE

NJM2534MVIDEO SW

KSC2383-05V REG

2SC305EF-T1-1EFAGC2SA1235TP-1EF

BUFFER

2SC305EF-T1-1EFMUTE

2SC305EF-T1-1EFMUTE

2SC305EF-T1-1EFMUTE

2SC305EF-T1-1EFMUTE

2SA1235TP-1EFMUTE

2SA1235TP-1EFMUTE2SA1235TP-1EF

MUTE

2SA1235TP-1EFMUTE

2SC305EF-T1-1EFI-HP

2SC305EF-T1-1EFVM-OUT

4716V

0.047

TDA8947JPOWER AMP

BY228

FR305G-EB

PG154R

PG154R

PG104R0UH

0UH

0UH

0UH

1.1UH

0

10mH:HCC

10mH:HCC

LINK IC

22k

1k:CHIP

1k:CHIP

47k 47k

330

22k

12k:CHIP

68k:CHIP

1k

75

8P

0.33

7P

TAB CONTACT

SCL

PIN

H.PROT

AFC-P

-15V

+12V

V.DRIV

E

+B

H.DY(+)

+12V

SDAT

DGC

O-RELAY

Z-DET

STAND-BY

TP603

5V

AUD_VCC18V

TP94200V

TP99-15V

B+135V

9V 9V

DGC

O-RELAY

5V

32V

*

*

*

*

*

*

*

*

**

**

*

*

*

*

*

*

*

*

*

*

*

*

*

*

*

*

*

*

*

*

*

**

*

*

*

*

*

*

*

*

*

**

*

*

*

*

**

*

*

*

*

**

*

*

*

*

*

*

*

*

*

*

*

*

*

* *

*

*

* *

*

**

*

*

*

*

*

*

*

**

**

*

* *

*

*

*

*

*

*

*

* *

*

*

* **

*

*

*

*

** *

*

*

*

*

*

*

**

* *

*

*

*

*

*

*

*

*

*

*

*

*

*

*

*

*

*

*

*

*

*

*

*

*

*

**

*

*

*

*

*H-OUT

*V-OUT

*MUTE *

MUTE

*MUTE

*AUDIO PROCESSOR

*AU

DIO

PROC

ESSO

R

*

*:CHIP

*:CHIP

*

*

C1

RF-AGC

DET OUT

TP102

STEREO TUNER

H.PRT

200V

-15V

TP85

TP96

+12V

DRIVE-

VCC+

DRIVE+

VCC+

VCC-

H.DY(+)H.DY(+)H.DY(-)H.DY(-)V.DY(-)V.DY(+)

VCC-

OUT

TP89

E/W DRIVE

TP52V DRIVE

C

200V

B+

H

-15V

+15V

JL501

H-PULSE

9V

GND

V+

SCL

VREF

SDA

CBS

CVB

CTL

CVA

CTH

AGC

CRS

OUT-A

OUT-B

LINEA

LINEB

TONE

-LB

TONE-L

A

TONE

-HA

TONE

-HB

BBE2

ABB

E2B

BBE1

ABB

E1B

SRS/

SSSR

SFIL

2

MONA

MONB

IN6A

IN6B

IN5A

IN5B

IN4A

IN4B

IN3A

IN3B

IN2A

IN2B

IN1A

IN1B

B+ NC GND

GND 9V 9V VM

HP

200V

NC

GND

HEATER

-15V

+12V

TO-V-BOARD

TO-DY

OCP

TO-CN901

TP94

HOLD-DOWN

HDRIVE

GND

GND

GND

GND

GND

GND

GND

GND

Y-YUV

Y-YC

C-YC

SPKR

+

VCCR

GNDR

SPKR

-

N/C

INR2

SVR

MODE

1

INR1

INL2

SGND

INL1

MODE

2

SPKL

-

VCCL

GNDL

SPKL+

SPKR+

SPKR-

SPKL+

SPKL-

S1

S0

TUNERGND

OUT

VCC V1

V3

S-GND

AUDIOVCC

DF

GND

GND

I-HP

HOUT

I-PROT

I-HOLDOWN

V-RAMP

V+RAMP

EW-OUT

VM

STBY7.5

Z-DET

O-DGC

GND

O-MONO

O-SAP

I-SAP

I-HSYNC

GND

GND

9V

9V

I-AFT

IO-SCLK

I-ABL-ACL

IO-SDAT

O-SEL1

GND

V-YUV

U-YUV

VIDEO

VP

O-TMUTE

O-LEFT-2

O-RIGHT2

O-MUTE

O-RELAY

O-AGC MUTE

O-SEL0

5V SET

TO-H/S401

GND

DF

IN1A

IN2A

IN3A

IN4A

MONA

SR-FIL

TONE-HA

TONE-LA

LINEA

OUTA

CVA

CVB

SDA

SCL

GND

VREFCTL

CTH

AGC

OUTB

LINEB

TONE-LB

TONE-HB

CSR

MONB

IN4B

IN3B

IN2B

IN1B V+

LTRT

AUDIOVCC

P-GND

SOA/MUTE

SCL/9V

P-GND

7.5/TRU

S-GND

L R

AW-BOARD

H.DY H.DY V.DY V.DY

TUNER/IF

TUNING CONTROL

DEFLECTION

AUDIO

4.4

0.0

0.0

0.00.0

0.0

4.4

4.4

133.6

133.8

0.0 3.1 0.2

8.2 7.2

0.0

5.0 0.80.2

0.0

131.8

78.0

0.0

1.5

-12.0

0.3

14.2

1.4

REF

4.5

0.3

4.5

0.4

4.4

4.5

5.6

4.5

4.5

4.5

4.5

4.5

4.5

4.5

4.5

4.5

4.5

4.5

4.5

4.5

0.6

1.7

1.7

4.7

4.7

4.4

3.8

3.8

4.0

0.6

4.6

4.6

4.6

4.6

4.6

4.6

4.6

4.5

4.5

4.5

4.5

4.5

4.5

4.6

5.2 4.9

0.1

4.5

3.0

4.0

4.0

4.0

4.5

0.0

4.5

4.5

0.0

4.5

4.5

0.0

0.7

8.3

8.3

3.2

3.2

9.1

9.7

3.3

8.3

8.3

18.2

0.00.0

4.8

4.80.0

0.0

4.8

4.8

0.0

8.8

8.8

0.0

0.0

18.2

7.7

0.0

0.0

0.0 0.0

0.0

0.0

0.7

4.5

4.5

4.5

4.5

4.5

4.5

4.5

4.5

3.5

3.5

4.8

4.8

4.5

3.9

3.9

0.6

4.5

4.5

4.5

4.5

4.5

4.5

4.5

4.5

5.0

4.4

TO TW BOARD

TO KT BOARD

TO KT BOARD

CN706

TO-C/CV BOARD

TO KS BOARDTO KS BOARD

CN2402CN2401

TO MT BOARDCN3000

TO HE BOARDCN2401

9-965-985-01AW P1

TO V BOARDCN1802

TO SPEAKERSOR

32

5

4

7 86

TV-VID

+9V

+5V

1

+9V

R

L

TV-R

TV-L

10

9

41

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 |

A

—

B

—

C

—

D

—

E

—

F

—

G

—

H

—

I

—

J

—

K

—

L

—

M

—

N

—

O

DIAGRAMA ESQUEMATICO DA PLACA AW (2 OF 2)

12

34

56

78

9 1011

1213

1415

1617

18

1

2

I OG

123 4

-2

145 3

12

34

56 7

89

1011

12

1

2

312345

1

1

2

4

3

S

S

1

2

3

1

2

4

3

1

4

6

7

8

9 10

11

12

13

14

15

16

17

18

5

3

12345678910

C581

C602

C604

C609C617

C620

C632

C633

C634

C635

C637

C638

C642

C643

C645C647

C669

C670

D501

D611

D614

D618

D620

D628

PH602

Q605

Q691

R534

R608

R610

R611

R612

R613

R615

R616

R617

R618

R619

R625

R626 R627

R628

R629 R630

R631

R632

R640

R647

R650

R651

R658

R659

R660

R667

R670 R671R672

R674

R691

R692

R694

C648

C649

D646

FB606

FB607

L600 R606 R607

FH2FH1

R535

C616

C622

R681

RY501

D629

D631

D645D647

L604

R620

C653

CN600

FB609

C652

R668

L515

T601

JR501

JR502

JW658

JW659

JW552

JW553

C621

C629

CN508

T604

VDR601

D615

R675

R678

R655

R686

R643

R644

R645

R646

R633

C675THP600

C676

R690T655

C677

C678

R697

R693

D652

PS609

JW550

JW551

R687

R688

L608

Q608

IC601

Q606

Q690

Q601

Q600

Q509

C600

C605

C606

C608

C650

C651

C672

C690

D600

D612

D613

D621

D630

D634

D633

D643

D644

D648

F601

FB602

FB604

FB614

FB616FB617

FB650

FB651

FB652

FB653

L605

L606L609

PH603

Q604

R605

R609

R614

R648

R699

RY600

RY601

VDR600

THP501

IC609

IC600

CN605

C611

CN601

10000p

680p500V

680p500V 33

160V

0.01 25V B

0.00150V

0.1 50V

0.150V

0.001 50V B

680p500V

680p500V

MA111-TX

EZ0150AV1

UF4005PKG23

MA111-TX

MA11

1-TX

2SD774-T-34

2SA933AS-QRT

10k1/10W

10k1/10W

10k1/10W

10k1/10W

470k

10k1/10W

0.11/2W

1.2k1/10W

1k1/10W

0

0.471/4W

470 1/10W

8.2k 5MM

470k

470k 470k

15k

100

1k1/4W

91

100k

100k

101/4W

101/4W

10k1/10W

10k1/10W

10k1/10W

0.12W0.1

2W

0.471/2W

22k1/10W

22k1/10W

22k1/10W

D4SBL20UF3

1000p1kV

1000p1kV

MA111-TX

5.0MM

5.0MM

5.0mm 10k:CHIP10k

:CHIP

2.2k1/10W

220025V

2.2k:CHIP

101W

50V

2P

2200

4725V

4.750V

1050V

2200

5MM

UDZS

TE-171

2B

10000p:CHIP

4701/4W

LFT

0:CHIP

0:CHIP

7.5MM

7.5MM

ENE41-20

D4SBL20UF3

4.7

4.7

0.22

0.22

510k

510k

510k

510k

7.5MM

0.47

22

4.7

22

100

1k

330k

D4SB60L

LINK IC

0.47

0.47

1000p

22050V

0.22275V

10ERB20-TA1B2

10ERB20-TA1B210ERB20-TA1B2

ON3171-R

2SD2144S-TMAIN RELAY SW

DM-58MERROR AMP

2SC305EF-T1-1EFZERO-DET

2SA1235TP-1EFSW

2SK3568CONVERTER

2SK3568CONVERTER

2SC305EF-T1-1EFDGC DRIVE

0.0047

0.47

0.47

0.001

1000

2200

47000p800V

1000

D4SB60L

ERC04-06SE

ERC04-06SE

MA6D50

1SS133T-77

1SS133T-77

ERC04-06SE

D1NS6

4005/23

D1NL20U

6.3A

0UH

0UH

0UH

0UH

0UH

0UH

0UH

0UH

0UH

ON3171-R

2SA1235-F

10k

0

0:CHIP

8.2M

PQ09RD219V REG

MCZ3001DBCONVERTER

3P

100

DGC

O-RELAY

Z-DET

STAND-BY

9V 9V

B+ 135V

AUD_VCC 18V

+14V14V

14V

Z-DET

9V

AUD_VCC

14V

*

*

*

*

*

*

*

*

AC IN

AC IN

VSENSE

F/B

CT

RT

GND

TIMER

SS

VCI

OCP

VD

NC

CC

VS

VB

VG

P-GND

VC2

NC

9V REG

DGC

NC

DGC

PIN5 5

TO-H/S-Q600

TO-H/S-Q601

AW-BOARD

RLY(+)

RLY(-)

P-GND

POWER SUPPLY

6.7

0.0

2.511.3

0.0

0.5

0.5

6.1

5.9

7.6

7.6

6.9

18.8

0.0

2.5

1.8

2.2

2.5

0.0

4.0

17.2

10.4

4.6

163.6

153.6

157.6

340.0

313.0

156.0

11.1

0.0

DGC

DGC

ACIN

P-VCC

DH

DL

P-GND

NCNC

M-SENSE

NCNC

S-SENSE

S-GND

MAIN-ON

BIAS

P-CON T

S-VCC

TO W BOARD

CN2602

TO W BOARD

CN2601

9-965-985-01AW P2

GND

43

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9

A

—

B

—

C

—

D

—

E

—

F

—

G

—

H

—

I

DIAGRAMA ESQUEMATICO DA PLACA C (SOMENTE PARA KV-29FA310/29FS110/29FV210 )

1 2 3

4.10 p-p (H) 3.50V p-p (H) 3.50V p-p (H)

4 5 6

164.1V p-p (H) 145.3 V p-p (H) 134.4V p-p (H)

FORMAS DE ONDAS DA PLACA C

LADO DE COMPONENTE (SOMENTE PARA KV-29FA310/29FS110/29FV210)[CRT DRIVE, RGB DRIVE] C

LADO DE CONDUTOR (SOMENTE PARA KV-29FA310/29FS110/29FV210)[CRT DRIVE, RGB DRIVE] C

CN

70

3

CN

70

2

CN

70

4

C705

C7

07

D702

R7

08

R7

09

R7

10

R716

R712

C7

01

C7

03

C711

C710

R719

C709

C7

00

R704

C704

D704

R7

14

R715

I C701

R713

D703

R711

D701

R7

24

R7

23

R7

22

C706

CN706

R7

00

R7

05

J W703

C713

C7

14

I C703

RV702

CN701

R728

RV701

I C702

J W750

R717

R718

J W705

R7

50

C7

15

C716

R7

06

D730CN705

L701

JW

70

7

JW

70

8

C7

17

C7

18

J7

01

JW

70

6

C7

19

J W701

J W702HS702

D705

R707C7

02

C708

TP

00

2

TP

00

1

BO

UT

RO

UT

SP

AR

K

GA

P

GR

OU

ND

NC

E 20

0V

HT

RA

P

N/

S

G B IK

NS

M

GN

D

N/

S-

N/

C -1

5

+1

2

HHD

4

5

6

7

8

9

10

11

12

13

RG

BA

MP

R

12

54

N/

S+

13

21 8 9

I O

1 7

19

KB

KG

KR

G1

H2

G1

H1

G1

G2

HD

OW

N

8

BA605

172575611

1- 866- 184- 11

A-

10

98

-8

59

-A

DI E#

1

A

B

C

D

E

2 3 4

J7

01

RV701

CN

70

4

C704

I C702

CN703

CN

70

2

R7

26

R719

C7

05

R7

05

RV702

R704

C7

10

C7

00

R703

R7

00

C7

09

C701

C703

C7

07

R7

14

C711C713

C7

12

C714

CN

70

6

I C703 CN701

Q701

Q700

Q703

R715

D704

R718

R717

R7

10

D701

I C701

R716

R7

50

C7

15

C716

JR

75

0

JR

75

1

R7

06

R7

31

D705

CN705

L701

C7

17

C7

18

R7

24

R7

23

R7

22

R728

C706

C730

R730

D7

30

R720

R721

R7

08

R7

09

R711

R713

D703

D702

R712

C719

R7

33

R734

R7

27

R7

32

R7

25

R7

02

D7

06

R7

01

HS702

R707

C7

02

C708

SPARK

GAP

GROUND

1

G2

KG

KR

G1

KB

G1

H2H1

G1

G2

9

10

11

12

13

87

6

4

5

"R

GB

&T

IL

TA

MP

."

GR

OU

ND

G2

24

NT

RA

P

NS

MGBRE

I

E H -1

5

NC20

0V

15O

HD

+1

2

1

7 IK

GROUND

HD

OW

N

N/

S

BA605

13

1 9

1- 866- 184- 11

172575611

DI E#

1

A

B

C

D

E

2 3 4

H

KG G2

CV KR G1 G4 HV

KB

1 2 3 4 5 6 7 8 9

1

1

2

3

1 2 3 4 5

1

2

3

4

5

6

7

8

I OG

1

1

1

3 56

7

8

9101112

13

G2

G1-1

H1

H2

G1-2

KBKG

KR

G1-3

G4

CV

1

2

3

4

5

6

7

C701

C702

C703

C704

C705

C709

C710

C711

C713

C714

D701D702 D703

D704

R700

R701

R703

R705

R706

R707

R708

R709

R711R712 R713

R714

R715

R719

R720

R721

R722

R723

R724

R725

R726

R727

RV701

RV702

C708

J701

CN704

IC702

CN701

Q700

Q701

Q703

IC703

C706

C715C716

R716

CN703

CN706

D705

R718

C719R702

R704

R731

R732

R733

R734

IC701

L701R710

CN702

CN705

R717

0.150V

0.00150VB

1050V

4725V

1SS83TD1SS83TD 1SS83TD

22k1/4W

10k1/10W

1001/10W

10k1/4W1

1/4W

1.51/4W

1001/4W

1001/4W

1k1/2W

1k1/2W

1k1/2W

1001/2W

560k1/2W

2202W

2.2k1/10W

2.2k1/10W

100 1/4W

100 1/4W

100 1/4W

2.2k1/10W

4.7k1/10W

2.2k1/10W

47k

10250V

10250V

110M

PG104R

4725V

4725V

1050V

1050V

0P

TDA6108JF/N1BCRT DRIVE

3P

2SD601AN/S MUTE

2SD601AN/S MUTE

2SD601AH-TRAP

NJM78M09FA9V REG

0.1250V

4700p4700p

1001/2W

0P

7P

RD9.1EW-T1

2.2

150

1.5k

0:CHIP

10k:CHIP

10k:CHIP

100:CHIP

BD7941AT-V5N/S AMP

100 1/4W

0P

8P

3.3

G2

BIN

GIN

RIN

GND

IK

ROUT

GOUT

BOUT

(1P)

VDD

E

200VN.C.GND

HEATER

N/S COIL-N.C.

N/S COIL+

IK

R

GB

-15V+12V

TO N/S COIL

CRT EARTH

CRT

H-TRAP

CN503

GND

N/SN/S MUTE

HOLD-DOWN

RGB DRIVE

CRT DRIVE

E

TO CN301

(T503)

2.2

2.2

2.2

0.3

0.3

12.0 9.0

0.3

0.3

0.3

MT BOARD

-2.3

7.1

4.5

3.9

1.9

3.6

154.0

165.7

155.6

9-965-985-01C

TO AW BOARD

TO AW BOARD

-15V

1 3

2

4 6 5

1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9

A

—

B

—

C

—

D

—

E

—

F

—

G

DIAGRAMA ESQUEMATICO DA PLACA CV (SOMENTE PARA KV-21FA310/21FV210)

FORMAS DE ONDAS DA PLACA CV

1

1.3V p-p (H)

2

1.2V p-p (H)

3

1.0V p-p (H) 145.3V p-p (H)

4

117.0V p-p (H)

5

120.3V p-p (H)

6

H

KG G2

CV KR G1 G4 HV

KB

1

1 2 3 4 5 6 7 8 9

1

1

3 56

7

8

9101112

13

G2

G1-1

H1

H2

G1-2

KBKG

KR

G1-3

G4

CV

1

2

3

4

5

6

7

1

2

3

4

5

6

7

8

9

R714

CN703

R711R713R712

R710

R709

R708

D703D702D701

R715

C705

D704

R716

C706

C711

C715 C716

D705

J701

L701

R723

R724

R731

RV701

R717

R718

CN704

CN706

CN705

IC702

R722

C704

1001/2W

1k1/2W

1k1/2W

1k1/2W

1001/4W

1001/4W

1001/4W

1SS83TD1SS83TD1SS83TD

560k1/2W

100

0.1250V

0.00150VB

4700p 4700p

RD9.1EW-T1

100 1/4W

100 1/4W

0

10250V

110M

0P

PG104R

6.8

6.8

0P

7P

9P

TDA6108JF/N1BCRT DRIVE

100 1/4W

10

E

G2

TO A BOARD

BIN

GIN

RIN

GND

IK

ROUT

GOUT

BOUT

(1P)

VDD

200V

GNDHEATER

IK

R

GB

-15V+12V

(T505)

H-TRAP

GND

N/SN/S MUTE

HOLD-DOWN

HOLD DOWN

NC

RGB DRIVE

CRT DRIVE

CRT EARTH

CRT

VELOCITY MODULATION

138.65.

0

139.

7

142.

0

2.2

2.2

2.2

CN503TO AW BOARD

TO CN301MT BOARD

9-965-985-01CV

4 6 5

1 3

2

LADO DE COMPONENTE (SOMENTE PARA KV-21FA310/21FV210 )

[CRT DRIVE, RBG DRIVE, VELOCITY MODULATION] CV

CN703 CN702

CN

70

4

C705

C7

07

D702

R7

08

R7

09

R7

10

R716

R712

C7

01

C703

C711

C710

R719

C709

C700

R704

C704

D704

R7

14

R715

I C701

R713

D703

R711

D701

R7

24

R7

23

R7

22

R7

00

R7

05

J W701

J W703

J W702

C713

C7

14

RV702

R728

I C702

J W750

R717

R718

J W705

R7

50

C7

15

C716

R7

06

D730

R909

R908

R9

01

JW

91

0

C930

JW

91

1

C931

D903

C914

R918

R9

11

R9

12

R9

13

R914

R917

R916

R915

R919

R935

R920

R923

C913

R936

C9

01

R9

04

R9

02

R921

Q9

02

C932

R9

10

CN901

R9

24

C9

03

L701

C7

17

C7

18

J 701

JW

70

6

C719

CN902

Q901

C907

C912

RV701

JW

70

8

J W752

J W753

J W751

R707

R931

R905

R9

07

R906

R9

03

R922

C9

08

C910

C905

C902

L901

J W912JW

70

7

C708

HS702

D7

06

D705

JW

90

5

CN701

I C703

C706

C7

02

CN706

C911

C904

D901

D902

C9

06

C909

CN705

TP

00

2

TP

00

1

BO

UT

RO

UT

SPARK

GAP

GROUND

NC

20

0V

HT

RA

P

N/

S

G B IK

NS

M

GN

D

N/

S-

N/

C

-1

5

+1

2 HHD

4

5

6

78

9

10

11

12

13

RG

BA

MP

R

12

54

N/

S+

21 8 9

B E

EB

KB

KG

KR

G1

H2

G1

H1

G1

G2

VM

VD

+

HP

9V

9V

E E NC

B+

HD

OW

N

GN

D

1

9

1

NC

VM

GN

DG

2

TO

FB

T

ROTATI ON COI L

VM COI L

TO BOARD

BA605

3

1- 866- 180- 11

A- 1098- 883- A

DI E#

I O

1 3

1 7

19

BA6- 05

172575411

1

A

B

C

D

E

2 3 4 5

CVLADO DE CONDUTOR (SOMENTE PARA KV-21FA310/21FV210 )

[CRT DRIVE, RBG DRIVE, VELOCITY MODULATION]

J 701RV701

CN

70

4

C704

I C702

CN703CN702

R719

C7

05

R7

05

RV702

R704

C7

10

C7

00

R7

00

C7

09

C701

C703

C7

07

R7

14

C711

C713

C714

R715

D704

R718

R717

R7

10

D701

R716

R7

50

C7

15

C716

R7

06

D705

R9

02

D907

D908

C932

C930

R921

R918

R915

D906

R919

R923

R920

R935

C914

R917

R9

13

C931

R916

R914C913

C901

R9

01

R9

12

R9

11

R909

R9

04

R908

C9

07

R9

10

Q9

01

D903

R936

Q9

02

C903

C912

CN901

D905

L701

C7

17C

71

8

R7

24

R7

23

R7

22

R728

D7

30

R7

08

R7

09

R711

R713

D703

D702

R712

C719

Q9

04

Q908

Q905

Q906

Q907

Q9

03

Q703 Q701

Q700

CN902

R9

24

I C701

R707

R931

R905

R9

07

R906

R9

03

R922

C9

08

C910

C905

C902

L9

01

C708

HS702

D7

06

R7

27

R7

26

R7

25

R703

R7

01

R720

R7

02

R721

R730

R731

R9

33

R9

34

R9

38

R9

30

R932

R7

34

R7

33

R7

32

CN701

I C703

C706

C7

02

CN706

C9

11

C904

D901

D902

C9

06

C7

12

C730

C920

C909

JR

75

1

JR

75

0

CN705D

70

7

SPARK

GAP

GROUND

G2

KG

KR

G1

KB

G1

H2H1

G1

G2

9

10

11

12

13

87

6

4

5

G2

24

NT

RA

P

NS

M

N/

S

GBRE

E H -15

NC

20

0V

15

HD

+1

2

IK

E B

BE

VD

+

HP

VM

9V

E 9V

EB+

NC

HD

OW

N

VM

NC

GN

D

13

1 9 GROUND GROUND

1- 866- 180- 11

DI E#

IO

3 1

17

91

172575411

1

A

B

C

D

E

2 3 4 5 6

44

KV-21FA310/21FV210/29FA310/29FS110/29FV210

KV-21FA310/21FV210/29FA310/29FS110/29FV210

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

A

—

B

—

C

—

D

—

E

—

F

—

G

—

H

—

I

—

J

—

K

—

L

—

M

—

N

—

O

S

1

1

2

3

4

5

6

7

8

9

1

2

3

4

5

6

7

8

12

34

56

78

910

111213

1415

1617

1819

2021

22

1 3

4

1

2

34

6

R908

C909

C907

R909 R907

C908

C905

R906 R904

C902

C901

R902

R901

C903

C910R910

C906 C904

R905

D902 D901

R917

R915

R916

R912 R911R914

R923C914

R921R919

R922

R903

D806

D805

L801

R818

D807

R870

R866

C826

R936

R933

C931

R935

R819

C862

C809

R829C810

C808R825

R815

R811

R822

C804

C803

C821

C812

R893

C824

C823C802

R931

JW910

R938R930

R918

L803

C813

C911

D903

C913

CN902

R826

C811

R876

D804

C930

D808

D813

C912

D908

D907

D906

R2807

R2800

C2801

R2808

D2801

R2801R2802

R2804

R2803

R2805D2802

R1852 R1851 C1820

R1848 C1816

C1815

CN1802

L1805

D1812R1847

R1846

R1845

D1811

D1810

D1809

CN901

L804

L901

R824

R827

R828

R840

R842

R855

R856

R860

R864

R932

R830

R1844

D905

R913

IC801

C805

Q807

Q808

Q805

Q812

Q1810

T504

L802

R1853

Q2801

Q2802

Q2803

Q2804

Q901Q902

Q903

Q904

Q905

Q906

Q907

Q908

C1817

C1818

R1849R1850

R809

R817

R820

R821

R833

R834

R837

R841

R857

R890

560

0.1

33160V

100 2.2

47016V

0.01

18k 18k

0.01

2.2160V

2.2

100

470mF

0.1mF:PT

470

0.001mF:PT

0.001mF:PT

2.2k

MTZJ-T-77-22 MTZJ-T-77-22

4.7k

4.7k

5MM

150 220820

470.047mF

:PT

10k47

22

560

1SS133T-77

1SS1

33T-

77

10mH

100 :CHIP

ERA82-004TP5

2.2k:CHIP

56k

100p:CHIP

5.0MM

0

470

100

47k

10mF

0.3310VB

470k1/10W:CHIP

0.1mF

10000p100k

68

10

47k:CHIP

0.22mF

0.22mF

10000p

10000p

33kCHIP

47000p

0.0027mF10mF

2.2k

5.0MM

00

47

100mF

1SS133T-77

0.001mF

8P

2.2k

0.082400V

1k:CHIP

470

1SS133T-77

1SS133T-77

100

MA111-TX

MA111-TX

MA111-TX

3.3k1/10W

22k1/10W

1100V

10k1/10W

MTZJ-T-77-5.6C

47k1/10W 10k

1/10W

10k1/10W

22k1/10W

4.7k1/10W

1SS133

6.8k 6.8k 0.47160V

2.2k2W

220p500VB

0.022630V

0P

10mH

1N4937/23100k1/4W

100k1/4W

100k1/4W

ERA38-06TP1

ERA38-06TP1

MTZJ-T-77-15B

9P

5.0mm

100k:CHIP

4.7k:CHIP

33k:CHIP

2.2k:CHIP

2.2k1/16W:CHIP

10k:CHIP

3.9k:CHIP

10k1/16W:CHIP

100:CHIP

1.5k:CHIP

7.5MM

5MM

MA111-TX

56

RGP10GPK23

C5023C5184CORRECTION

0.033

IRF614QP OUT

KTB764QP OUT

KTB764QPVM OUT

2SA933AS-QRTHP

2SC3840KDF-DRIVE

DFT

10mH

5.0MM

2SC3052EF-T1-1EFVP OUT

2SA1235TP-1EFVP OUT

2SA1235TP-1EFVP OUT

2SA1235TP-1EFVP OUT

2SC5993VM DRIVER2SA2140VM DRIVE 1

2SC3052EF-T1-1EFAMP

2SC3052EF-T1-1EFAMP

2SA1235TP-1EFVM OUT

2SC3052EF-T1-1EFVM OUT

2SC3052EF-T1-1EFVM OUT

2SA1235TP-1EF

0.0039

680p

8.2k8.2k

4.7k

22k

33k

5.6k

5.6k

3.3k

8.2k

4.7k

18k

68k

Q.P.-

Q.P.+

E

VM

Q.P.-

Q.P.+

E

VM

TO NECK ASSY

+B

NC

E

E

9V

9V

CN502 N.C

DQPAA

DFPHA

DQPPHA

VCC2

9VD

DQPD

GND

HSAWIN

HSAW

ISEL

DQPVM

DQPVMA

DQPPOA

VCC1

OP60

OP6M

OP6P

GND

HPIN

GND

DFD

TO A BOARD(FOR DF)

HP

VP

VM

DEFLECTION

VELOCITY MODULATION

V BOARD

0.3

4.8

4.5

4.6

4.6

4.5

3.8

3.5

7.4

2.3

4.8

6.3

4.5

5.8

4.6

4.8

3.5

1.8

4.2

8.6

4.3

8.6

6.3

1.3

2.0

1.4

67.0

0.8

132.9

67.0133.4

1.2

6.2

1.8

1.2

1.8

8.8

7.1

0.0

6.7

7.4

8.1

0.0

59.7

0.0

3.1

0.0

4.1

7.2

6.6

7.4

8.0

TO AW BOARD

9-965-985-01V

9V

9V

+B

9V

+B

9V

DIAGRAMA ESQUEMATICO DA PLACA V (SOMENTE PARA KV-29FA310/29FS110/29FV210)

LADO DE COMPONENTE (SOMENTE PARA KV-29FA310/29FS110/29FV210 )[VELOCITY MODULATION, DEFLECTION]V

LADO DE CONDUTOR (SOMENTE PARA KV-29FA310/29FS110/29FV210)[VELOCITY MODULATION, DEFLECTION]V

C9

08

R9

09

R9

08

R9

01

J W905

C911

J W910

R9

22

C9

30

J W911

C931

D903

C9

14

R9

18

R911

R912

R913R914

R9

17

R9

16

R9

15 R

91

9

D8

03

R8

14

R8

15

D8

13

C803

D8

05

D8

06

C8

23

R9

35

R920

R923

C8

10

C862

C9

13

C8

02

C813

Q808

Q8

07

Q8

12

C9

04

D9

01

D902

R9

36

C906

R9

06

C9

01

R904

R905

R931

C9

02

Q901R902

C804

R9

21

I C801

Q902

C9

32

JW

80

3

L8

02

L8

01

Q805

R910

C910

C909

L8

03

C8

11

C8

05

D2801

C2

80

1

D2802

C912

CN

90

1R

18

48

C1815

C1816

L1805

D1812

R1

84

9

R1

85

0

R1851

R1852

D1810

D1

81

1

Q1810

C1

81

7

J W906

R8

66

J W802

D8

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Self Diagnosis MANUAL DE SERVIÇO BA-6 CHASSIS KV...TRINITRON® COLOR TELEVISION MANUAL DE SERVIÇO...

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Transcript of Self Diagnosis MANUAL DE SERVIÇO BA-6 CHASSIS KV...TRINITRON® COLOR TELEVISION MANUAL DE SERVIÇO...