Panasonic TC-L32B6B Schematic

ORDER NO. PBRAS1303163CP

Manual de Serviço

Televisor LED

TC-L32B6B

Chassi: KM21

Especicações Técnicas

Nº do Modelo TC-L32B6B
Potência

Classificação 110 - 220 V~ 50 / 60 Hz
Modo normal (Casa) 65 W
Consumo de energia

em modo Standby

Tela

Painel Módulo TFT LCD com retroiluminação por LED
Tamanho visível da

tela (diagonal)

Resolução da tela

Som

Alto-falante (90 mm × 25 mm) × 2 pçs, 8 Ω
Saída de áudio 10 W (5 W + 5 W), 10% THD

Sistemas de recepção
/ Nome da banda

Dimensões (L × A × P)

Com pedestal (mm) 741 × 515 × 184
Somente a TV (mm) 741 × 450 × 78

Peso (líquido)

Com pedestal (kg) 7,0
Somente a TV (kg) 6,0

Canais de Recepção
(Modo de TV
Analógica)

• Projeto e Especicações estão sujeitas a alterações sem prévio aviso. O peso e as dimensões são aproximadas.

0,3 W

80 cm (32 polegadas)

1.049.088
(1.366 (L) × 768 (A))

Digital TV: SBTVD
Digital Terrestre 6 MHz, VHF / UHF (Brasil) < recepção de TV Livre

1. PAL-M

2. PAL-N

3. NTSC

BANDA VHF
2-13

Recepção de transmissão e reprodução em Videocassete ou DVD

BANDA UHF
14-69

TV A CABO (CATV)
1-125

© 2013 Panasonic do Brasil Limitada
Divisão CS
Setor de Apoio Técnico

TC-L32B6B

Nº do Modelo TC-L32B6B
Potência

Classificação 110 - 220 V~ 50 / 60 Hz
Modo normal (Casa) 65 W
Consumo de energia

em modo Standby

0,3 W

Tela

Painel Módulo TFT LCD com retroiluminação por LED
Tamanho visível da

tela (diagonal)

80 cm (32 polegadas)

Resolução da tela

1.049.088
(1.366 (L) × 768 (A))

Som

Alto-falante (90 mm × 25 mm) × 2 pçs, 8 Ω
Saída de áudio 10 W (5 W + 5 W), 10% THD

Sistemas de recepção
/ Nome da banda

Digital TV: SBTVD
Digital Terrestre 6 MHz, VHF / UHF (Brasil) < recepção de TV Livre

1. PAL-M

2. PAL-N

3. NTSC

Recepção de transmissão e reprodução em Videocassete ou DVD

Dimensões (L × A × P)

Com pedestal (mm) 741 × 515 × 184
Somente a TV (mm) 741 × 450 × 78

Peso (líquido)

Com pedestal (kg) 7,0
Somente a TV (kg) 6,0

Canais de Recepção
(Modo de TV
Analógica)

BANDA VHF
2-13

BANDA UHF
14-69

TV A CABO (CATV)
1-125

Antena Aérea
Condições

operacionais
Terminais de conexão

AV1 IN

AV2 IN

Este Manual foi elaborado para uso somente por prossionais e técnicos treinados e autorizados pela Panasonic do Brasil e não
foi direcionado para utilização pelo consumidor ou público em geral uma vez que não contém advertências sobre possíveis riscos
de manipulação do aparelho aqui especicado por pessoas não treinadas e não familiarizadas com equipamentos eletrônicos.
Qualquer tentativa de reparo do produto aqui especicado por parte de pessoa não qualicada, utilizando ou não este Manual,
implicará em riscos de danos ao equipamento, com a perda total da garantia e a sérios riscos de acidentes.

Este aparelho utiliza componentes especiais que consideramos importantes para a segurança de seu funcionamento. Estes
componentes são identicados com a marca “
Sempre que for necessário substituir qualquer destes componentes, utilize somente aqueles especicados nas listas de peças.
Nunca modique a especicação de qualquer componente sem a orientação da Panasonic do Brasil.

1. PRECAUÇÕES DE SEGURANÇA ............................... 3

1.1. DIRETRIZES GERAIS............................................... 3

2. PRECAUÇÕES ............................................................ 4

2.1. PREVENÇÃO DE DESCARGA ELETROSTÁTICA... 4

3. SERVIÇO ..................................................................... 6

3.1. LOCALIZAÇÃO DAS PLACAS .................................. 6

4. ESPECIFICAÇÕES ...................................................... 7

AUDIO OUT AUDIO L - R Tipo PINO RCA × 2 0,5 V [rms]
DIGITAL AUDIO OUT PCM / Dolby Digital / DTS, Fibra óptica
Entrada HDMI Conectores TIPO A × 2

USB

VHF / UHF

Temperatura: 0 °C - 40 °C
Umidade: 20 % - 80 % de Umidade Relativa (não condensativa)

AUDIO L - R Tipo PINO RCA × 2 0,5 V [rms]

VÍDEO Tipo PINO RCA × 1

COMPONENTE

AUDIO L - R Tipo PINO RCA × 2 0,5 V [rms]

VÍDEO Tipo PINO RCA × 1

USB 2.0 Conectores TIPO A × 1
5V DC, Máximo 500 mA

Y

P

NOTA IMPORTANTE DE SEGURANÇA !

” nos diagramas esquemáticos, nos diagramas em blocos e nas vistas explodidas.

5. FUNÇÃO DE MODO DE SERVIÇO ............................. 8

5.1. COMO ENTRAR NO MODO DE SERVIÇO .............. 8

6. GUIA PARA SOLUÇÃO DE PROBLEMAS ................... 11

6.1. VERIFICAÇÃO DA LINHA DE DADOS IIC................ 11

6.2. TABELA DE TEMPORIZAÇÃO DO LED POWER..... 12

6.3. NÃO LIGA .................................................................. 12

7. DESMONTAGEM E MONTAGEM ................................ 13

7.1. SUPORTE DOS ALTO-FALANTES ........................... 13

7.2. MONTAGEM DO PAINEL DE LCD ............................ 14

7.3. MÉTODO PARA FIXAR O PAINEL DE LCD ............. 15

7.4. MONTAGEM DO SUPORTE E DO PAINEL LED ...... 16

7.5. INSTALAÇÃO DOS SUPORTES METÁLICOS ......... 17

7.6. INSTALAÇÃO DAS PLACAS E AV LATERAL ........... 18

7.7. SUPORTE METÁLICO VESA ................................... 19

B/CB

, PR/C

R

ATENÇÃO !

ÍNDICE

1,0 V [p-p]

(75 Ω)

1,0 V [p-p]
(incluindo
sincronização)

± 0,35 V [p-p]

1,0 V [p-p]

(75 Ω)

7.8. INSTALAÇÃO DA TAMPA TRASEIRA ....................... 20

8. MEDIÇÕES E AJUSTES .............................................. 21

8.1. TABELA DE VOLTAGENS DA PLACA A ................... 21

8.2. TABELA DE VOLTAGENS DA PLACA P ................... 21

9. DIAGRAMAS EM BLOCOS.......................................... 22

9.1. DIAGRAMA EM BLOCOS PRINCIPAL...................... 22

10. CONEXÕES ............................................................... 23

10.1. ACOMODAÇÃO DOS CABOS ................................ 23

11. DIAGRAMAS ESQUEMÁTICOS ................................ 24

11.1. DIAGRAMA ESQUEMÁTICO DA PLACA A ............. 24

11.2. DIAGRAMA ESQUEMÁTICO DA PLACA K ............ 45

11.3. DIAGRAMA ESQUEMÁTICO DA PLACA P ............ 46

12. LAYOUT DAS PLACAS DE CIRCUITO IMPRESSO.. 47

12.1. LAYOUT DA PLACA A ............................................. 47

12.2. LAYOUT DA PLACA K ............................................. 49

12.3. LAYOUT DA PLACA P ............................................. 50

13. VISTA EXPLODIDA .................................................... 52

13.1. VISTA EXPLODIDA DO GABINETE ........................ 52

13.2. LISTA DE PEÇAS MECÂNICAS ............................. 52

13.3. LISTA DAS PLACAS MONTADAS .......................... 52

14. LISTA DE PEÇAS ELÉTRICAS .................................. 53

2

TC-L32B6B

1. PRECAUÇÕES DE SEGURANÇA

1.1. DIRETRIZES GERAIS

1. Ao executar os serviços, observe a posição original dos terminais. Se for encontrado um curto-circuito, substitua todas
as partes que superaqueceram ou que foram danicadas pelo curto-circuito.

2. Após a manutenção, faça com que todos os dispositivos de proteção, tais como barreiras de isolamento e blindagens
sejam devidamente instalados.

3. Após a manutenção, faça as vericações de corrente de fuga (1.1.1. e 1.1.2.) para evitar que o cliente seja exposto a
riscos de choque.

4. Ao executar os serviços, não tente modicar o equipamento, suas partes ou materiais.

5. Quando a ação (cabos exíveis, cabos ou os condutores) são fornecidos como peças de reparo e apenas um ou al­guns dos os foram quebrados ou desligados, não tente reparar a ação. Substitua a unidade de ação.

6. Ao executar os serviços, evite torcer os conectores Faston, conectando ou desconectando-os sempre em linha reta.

1.1.1. CHECAGEM DA CORRENTE DE FUGA

(FRIO)

1. Desconecte o cabo AC de força e conecte um jumper en­tre os dois pinos da tomada.

2. Meça o valor da resistência com um ohmímetro, entre o
plugue CA com jumper e cada parte metálica exposta do
gabinete no equipamento como cabeças de parafusos,
conectores, eixos transmissores de controle, etc.

Quando as partes metálicas expostas tiverem um caminho de

retorno ao chassi, a leitura deverá estar entre 1MΩ e 5,2MΩ.

Quando as partes metálicas expostas não tiverem um camin-

ho de retorno ao chassi, a leitura deve ser (INFINITO).

1.1.2. CHECAGEM DA CORRENTE DE FUGA
(QUENTE)

1. Conecte o cabo AC de força CA diretamente na tomada CA.

Não utilize transformador de isolamento para esta checagem.

2. Conecte um resistor de 1,5KΩ , 10W, em paralelo com um

capacitor de 0,15µF, entre cada parte metálica exposta no
aparelho e um bom aterramento como por exemplo, uma
tubulação de água, conforme o mostrado na gura 1 abaixo.

3. Utilize um voltímetro CA, com sensibilidade de 1000Ω /V

ou mais, para medir o potencial através do resistor.

4. Cheque cada parte metálica exposta, e meça a voltagem

em cada ponto.

5. Inverta o plugue CA na tomada CA, e repita cada uma

das medições acima.

6. O potencial em qualquer ponto não deve exceder

0,75VRMS. No caso de uma medição estar fora dos lim­ites especicados, há a possibilidade de choque elétrico,
devendo o equipamento vericado antes de ser devolvido
ao cliente.

Circuito de Checagem a Quente

VOLTÍMETRO CA

PARA AS PARTES
METÁLICAS
EXPOSTAS DO
APARELHO

3

1500

W/10W

Fig. 1

TUBULAÇÃO DE ÁGUA

FRIA (ATERRAMENTO)

TC-L32B6B

2. PRECAUÇÕES

2.1. PREVENÇÃO DE DESCARGA ELETROSTÁTICA (ESD)

Muitos dispositivos semicondutores (estado sólido) podem ser danicados facilmente pela eletricidade estática. Esses
dispositivos comumente são chamados de dispositivos Eletrostaticamente Sensíveis (ES). Exemplos de dispositivos ES
típicos são os circuitos integrados e alguns transistores de efeito de campo e componentes semicondutores. As técnicas
seguintes devem ser utilizadas para ajudar a reduzir a incidência de danos a componentes causados pela descarga ele­trostática (ESD).

1. Imediatamente antes de manusear qualquer componente semicondutor ou conjunto equipado com semicondutor, drene
toda a ESD de seu corpo tocando em um conhecido aterramento. Alternativamente, obtenha e utilize uma pulseira anti­estática comercialmente disponível, que deve ser removida devido a choques potenciais, antes de aplicar alimentação
à unidade sob teste.

2. Depois de remover um conjunto elétrico equipado com dispositivos ES, coloque o conjunto em uma superfície condu­tora, por exemplo, uma folha de alumínio, para prevenir a formação de carga eletrostática ou exposição do conjunto.

3. Utilize somente ferro de solda com ponta aterrada para soldar ou para dessoldar os dispositivos ES.

4. Utilize somente dispositivo de remoção de solda anti-estático. Muitos dispositivos de remoção de solda não classicados
como “anti-estático (ESD protegido)” podem gerar carga elétrica suciente para danicar os dispositivos ES.

5. Não utilize substâncias químicas como gás freon que podem gerar cargas elétricas e danicar os dispositivos ES.

6. Não remova um dispositivo ES substituto de sua embalagem protetora até imediatamente antes de você estar pronto
para instalá-lo. (A maioria dos dispositivos ES substitutos são embalados com terminais eletricamente curto-circuitados
através de espuma condutora, folha de alumínio ou material condutivo semelhante).

7. Imediatamente antes de remover o material protetor dos terminais de um dispositivo ES substituto, toque o material
protetor no chassi ou conjunto de circuito no qual o dispositivo será instalado.

8. Minimize os movimentos corporais ao manusear dispositivos ES substitutos não embalados. (Caso contrário, um movi­mento inofensivo como esfregar consecutivamente o tecido de suas roupas ou o levantamento de seu pé de um chão
carpetado pode gerar eletricidade estática (ESD) suciente para danicar um dispositivo ES).

4

TC-L32B6B

2.2. SOBRE SOLDA SEM CHUMBO: (PBF)

Nota:

O chumbo é designado como (Pb) na Tabela Periódica de Elementos Químicos.

Na informação abaixo, Pb representará solda com chumbo, e PbF representará solda sem chumbo.

A solda sem chumbo usada em nosso processo de fabricação e apresentada abaixo é (Sn + Ag + Cu), que é estanho (Sn),
prata (Ag) e cobre (Cu) embora outros tipos estejam disponíveis.

Este modelo usa solda sem chumbo em sua fabricação devido a questões de conservação do meio ambiente.

Para um melhor trabalho de reparo, recomendamos o uso de solda sem chumbo, embora solda com chumbo possa ser
utilizada.

As placas de circuito fabricadas usando solda sem chumbo terão estampado na parte traseira o símbolo de uma folha com
“PbF” escrito dentro da mesma.

IMPORTANTE:

• A solda sem chumbo tem um ponto de fusão maior que a solda convencional. Tipicamente o ponto de fusão é 30 a 40 °C

maior. Utilize um ferro de solda com temperatura controlada e ajuste-o para 370º +/- 10 ºC. Em caso de utilizar um ferro
de solda com alta temperatura, tenha o cuidado para não aquecê-lo por um longo período.

• A solda sem chumbo tende a espirrar quando super aquecida (em torno de 600 ºC). Se for utilizar solda com chumbo,

remova completamente toda a solda sem chumbo dos pinos e da área soldada antes de aplicar a solda com chumbo.
Se este procedimento não for seguido, tenha o cuidado de aquecer a solda sem chumbo até que ela derreta, antes da
aplicação da nova solda com chumbo.

• Após a segunda aplicação de solda sem chumbo na placa, verique se houve excesso de solda no lado do componente,

que pode uir para o lado oposto.

Pino do componente

Remova todo
excesso de solda

Solda

Componente

Corte

lateral

• Sugestão de Solda sem chumbo

Existem muitos tipos de solda sem chumbo disponíveis para a compra. Este produto usa solda com Sn + Ag + Cu (estanho,
prata , cobre). Entretanto solda com Sn + Cu (estanho, cobre) ou Sn + Zn + Bi (Estanho, Zinco, Bismuto) também podem
ser utilizadas.

Recomendamos as seguintes espessuras de solda para uso em nossos produtos: 0,3mm, 0,6mm e 1,0mm.

5

TC-L32B6B

3. SERVIÇO

3.1. LOCALIZAÇÃO DAS PLACAS

PLACA P

PLACA A

PLACA K

PLACAS FUNÇÃO

A TUN, EEP,SPI,MTK IC
P Fonte de Alimentação
K Controle Remoto, LED, Sensor de Luminosidade

6

4. ESPECIFICAÇÕES

Nº do Modelo TC-L32B6B
Potência

Classificação 110 - 220 V~ 50 / 60 Hz
Modo normal (Casa) 65 W
Consumo de energia

em modo Standby

Tela

Painel Módulo TFT LCD com retroiluminação por LED
Tamanho visível da

tela (diagonal)

Resolução da tela

Som

Alto-falante (90 mm × 25 mm) × 2 pçs, 8 Ω
Saída de áudio 10 W (5 W + 5 W), 10% THD

Sistemas de recepção
/ Nome da banda

Dimensões (L × A × P)

Com pedestal (mm) 741 × 515 × 184
Somente a TV (mm) 741 × 450 × 78

Peso (líquido)

Com pedestal (kg) 7,0
Somente a TV (kg) 6,0

Canais de Recepção
(Modo de TV
Analógica)

Antena Aérea
Condições

operacionais
Terminais de conexão

AV1 IN

AV2 IN

AUDIO OUT AUDIO L - R Tipo PINO RCA × 2 0,5 V [rms]
DIGITAL AUDIO OUT PCM / Dolby Digital / DTS, Fibra óptica
Entrada HDMI Conectores TIPO A × 2

USB

0,3 W

80 cm (32 polegadas)

1.049.088
(1.366 (L) × 768 (A))

Digital TV: SBTVD
Digital Terrestre 6 MHz, VHF / UHF (Brasil) < recepção de TV Livre

1. PAL-M

2. PAL-N

3. NTSC

BANDA VHF
2-13

VHF / UHF

Temperatura: 0 °C - 40 °C
Umidade: 20 % - 80 % de Umidade Relativa (não condensativa)

AUDIO L - R Tipo PINO RCA × 2 0,5 V [rms]

VÍDEO Tipo PINO RCA × 1

COMPONENTE

AUDIO L - R Tipo PINO RCA × 2 0,5 V [rms]

VÍDEO Tipo PINO RCA × 1

USB 2.0 Conectores TIPO A × 1
5V DC, Máximo 500 mA

Recepção de transmissão e reprodução em Videocassete ou DVD

BANDA UHF
14-69

Y

B/CB, PR/CR ± 0,35 V [p-p]

P

TV A CABO (CATV)
1-125

1,0 V [p-p]

(75 Ω)

1,0 V [p-p]
(incluindo
sincronização)

1,0 V [p-p]

(75 Ω)

TC-L32B6B

7

TC-L32B6B

5. FUNÇÃO DE MODO DE SERVIÇO

5.1. COMO ENTRAR NO MODO DE SERVIÇO

Enquanto pressionando o botão de [VOLUME ( - )] no painel frontal, pressione o botão [INFO] do controle remoto 3 vezes
dentro de 2 segundos.

Versão do software

Ajuste do balanço de branco

Dene as Opções

5.1.1. CONTEÚDO DO MODO DE AJUSTE

• Valores mostrados em hexadecimal.

• Os valores iniciais podem ser diferentes dependendo de cada modelo.

• Depois de entrar no modo de ajuste, tome nota dos valores de cada item antes de começar a fazer os ajustes.

Item Principal Sub item Dados da Amostra

ADJUST CONTRAST

COLOUR
TINT
SUB-BRT
BACKLGT
H POS
H AMP
V POS
V AMP
A COM

WB-ADJ R-GAIN 8D

G-GAIN AE
B-GAIN FF
R-CENT 6C
G-RENT 80
B-CENT A0

OPTION

SRV-TOOL
DRV CHECK DYNAMIC

Boot ROM
STBY-SET 00
EMERGENCY ON
CLK MODE 00
CLOCK FC7
Y/C DELAY DYNAMIC
OPT 1 00000000
OPT 2 11100110
OPT 3 00001001
OPT 4 00000000
EDID-CLK HIGH

00

5.1.2. COMO SAIR

Desligue o botão [POWER] na unidade principal ou pressione o botão [POWER ] no controle remoto.

8

TC-L32B6B

5.1.3. HISTÓRICO DO SOS NO DISPLAY

Indicação de Histórico de SOS (número de vezes que pisca o LED).
Da esquerda para direita temos o último, penúltimo e antepenúltimo código de erro apresentado pelo aparelho e também a 2ª e 1ª
ocorrência de defeito após a fabricação do aparelho.
Em resumo, o “Histórico de SOS” registra os 3 últimos e os 2 primeiros códigos de erro apresentados.

5.1.4. CONTAGEM DO TEMPO DE POWER ON

Nota: Para exibir o menu TIME/COUNT, posicione na opção e pressione MUTE por 3 segundos.

Time: Tempo que a unidade cou ligada em power on, indicada em horas e minutos decimais.

Count: Número de vezes que o aparelho foi ligado (em decimal).

Nota: Esta indicação não será apagada pela “Indicação de Auto Vericação” (Self Check) ou outro comando.

5.1.5. COMO SAIR

1. Desconecte o Cabo AC da tomada.

9

TC-L32B6B

Button Lock

Remote Lock

Alterar

5.1.6. AJUSTES DO MODO DE SERVIÇO

1. Pressione o botão [MENU] no controle remoto e [

2. Para sair,

pressione o botão [POWER].

TUN OK SOFT Ver. 0.130
NEM OK EEP Ver. 00.00.0005
IO EXPO OK MODEL ID: 0A304300000004

VOLUME −

5.1.7. AJUSTES DO MODO HOTEL

1. Para entrar no Modo Hotel, mantenha pressionado
vezes o botão [AV] no controle remoto

5.1.8. MODO HOTEL

1. Propósito:

Restringir o uso de algumas funções.

2. Para acessar as funções do Modo Hotel:
Mantenha pressionado o botão

segundos no controle remoto.

[VOLUME −]

no painel da TV enquanto pressiona o botão [INPUT] 3 vezes dentro de 2

] no painel do televisor.

NOTA: Após o auto diagnóstico, execute o seguinte procedimento:

Desligue e religue o cabo AC

Verique se o televisor não está

mais em modo de serviço

Pressione o botão POWER

no controle remote ou no painel

Desligue o cabo AC

(após 2 segundos)

o botão [VOLUME −] no painel da TV e simultaneamente pressione 3

Aparecerá o menu abaixo:

Off

Off

Off

Off

Off

Off

Copy TV to USB
Copy USB to TV

SAIR

ENTRA

3. Para sair do Modo Hotel desconecte o cabo AC da
tomada ou desligue o aparelho pela tecla [POWER].

Item Função

Mode Seleciona o Modo Hotel ON/OFF

Initial Input Seleciona o sinal de entrada inicial

Initial POS Seleciona o canal quando o sinal de entrada é RF.

Initial LEVEL Ajusta o nível de volume inicial quando a TV é ligada

Maximum
Vol LEVEL

Button Lock Restriçao de OSD.

Remote Lock Ajusta a condição das teclas do Painel Frontal.

Dene a entrada de sinal quando a TV é ligada.
Pode ser: OFF/Analogue TV/ Digital TV/AV1/AV2/AV3/
PC/HDMI1/HDMI2/HDMI3

• OFF: Prioriza a última entrada selecionada
pelo usuário (memória)

• Sinais selecionáveis dependem do modelo

Ajusta o canal a cada vez que o aparelho é ligado.
Seleção: Qualquer número de canal ou [-].
[-] Signica o mesmo canal selecionado ao desligar.

Pode ser: 0 a 100

Dene o máximo do volume que poderá ser ajustado
pelo usuário. Pode ser de 0 a 100

Selection : OFF/PATTERN1

• OFF: Sem restrição

• PATTERN1: Restrito

Seleção: OFF/PATTERN1

• OFF: Todas as teclas funcionam.

• PATTERN1: apenas teclas de entrada funcionam.

10

6. GUIA PARA SOLUÇÃO DE PROBLEMAS

Use a função de auto-diagnóstico para testar o aparelho.

1. Vericando a linha de dados IIC.

2. Temporização do LED Power.

6.1. VERIFICAÇÃO DA LINHA DE DADOS IIC

6.1.1. COMO ACESSAR

• Para indicações da função auto-diagnóstico apenas:

Na tela de recepção de TV, e enquanto pressiona o botão [
controle remoto por mais de 3 segundos.

• Para indicações da função auto-diagnóstico e para forçar o ajustes de fábrica:

Na tela de recepção de TV, e enquanto pressiona o botão [
no controle remoto por mais de 3 segundos.

6.1.2. COMO SAIR

Desconecte o cabo AC da tomada.

VOLUME −

VOLUME −

] no painel do aparelho, pressione o botão [OK] no

] no painel do aparelho, pressione o botão [MENU]

TC-L32B6B

11

TC-L32B6B

6.2. TABELA DE TEMPORIZAÇÃO DO LED POWER

1. Função:

Informação da temporização do Led.

2. Conteúdo:

Quando ocorrer alguma anormalidade na unidade, o circuito de proteção irá resetar a unidade para o modo stand-by.
Neste momento, o bloco defeituoso pode ser identicado pelo número de vezes que o Led Power piscar no painel frontal.

Prioridade Nome R_LED Blink

1
2 SUB_3.3V 7
3 SOUND_SOS 9
4 OVP SOS 8
5 GCX/FRC_SOS 10
6 BE(sLD8/PRO4) SOS 12
7 Emergency SOS 13
8 IROM-SOS 3

BL_SOS 1

6.3. NÃO LIGA

Inicialmente, verique os 2 possíveis estados do LED POWER para este caso:

1. Apagado (siga o uxograma abaixo).

2. Aceso e piscando após alguns segundos (consulte a tabela do item 6.2).

OK

Mas sem alimentação AC

Verique o cabo e

a tomada AC

LED POWER apagado

Verique a

Placa “P”

NG

Verique os Fusíveis

F7101

OK

Verique a

Placa “A”

12

7. INSTRUÇÕES PARA DESMONTAGEM E MONTAGEM

7.1. SUPORTE DOS ALTO-FALANTES

1. Fixe os alto-falantes esquerdo e direito.

2. Fixe os botões.

3. Cole feltros TMK4GA099 no painel conforme a ilustração.

4. Cole as esponjas dos alto-falantes.

TC-L32B6B

Lado superior

Lado inferior

Linha de referência

Linha de referência

Borda do painel

Nº Código Descrição Quantidade UOM

1 L0EYAA000043 Alto-falante 2 PÇ
2 TBX5ZA02201 Botões 1 PÇ
3 TMK4GA099 Feltro (180 x 5 x t0.55) 2 PÇ
4 TMK4GG082
5 TMK4GG089

Esponja p/ alto-falante 2 PÇ

13

TC-L32B6B

7.2. MONTAGEM DO PAINEL DE LCD

1. Instale o Painel de LCD no gabinete inserindo primeiramente a parte superior e depois a parte da base.

Nº Código Descrição Quantidade UOM

1 L5EDDYY00472 Painel de LCD 1 PÇ

14

7.3. MÉTODO PARA MANUSEAR E FIXAR O PAINEL DE LCD

1. Posicione o gabinete como na ilustração abaixo.

2. Fixe o Painel de LCD no gabinete observando as recomendações e precauções descritas abaixo.

Encaixe o Painel de LCD com
cuidado no gabinete, soltando-o

Painel de

LCD

cuidadosamente após encostar
no gabinete, para evitar a ruptura
do painel ou arranhar a superfí­cie do gabinete.

TC-L32B6B

Cuidado com a borda
aada do canto do pai­nel ao encostar no en­caixe da base do gabi­nete durante a xação
do painel.

Encaixe da base do gabinete

Gabinete

Não pressione ou force

o Painel de LCD

Não deslize o painel sobre gabi­nete como apontado pela seta,

para evitar descascar o aca-

bamento do gabinete.
Nota: O painel deve ser colocado
mais para baixo em direção ao
encaixe da base do gabinete.

Outras precauções:

1. Não pressione a superfície do painel para evitar a mancha azul no visor do painel.

2. Não use pano áspero ou esfregue a superfície com demasiada força. Isso pode causar arranhões na superfície.

3. Evite expor a superfície da TV à água ou detergente.

4. Evite expor a superfície à inseticidas, thiner, solventes ou outras substâncias voláteis. Isso pode provocar a descamação da pintura.

5. A superfície do painel de é especialmente tratada e pode ser facilmente danicada. Evite bater ou arranhar.

15

TC-L32B6B

7.4. MONTAGEM DO SUPORTE E DO PAINEL LED

1. Conecte o cabo A10-K10 no conector da Placa K.

2. Fixe a Placa K no Painel LED.

3. Fixe o Painel LED no gabinete.

Cabo A10-K10

K10

Placa K

Trava

Trava

Nº Código Descrição Quantidade UOM

1 TKK5ZC50311 Suporte do Painel LED 1 PÇ

Certique-se de que o suporte cou

corretamente travado no gabinete

CUIDADO

16

7.5. INSTALAÇÃO DOS SUPORTES METÁLICOS

Insira o suporte seguindo a direção da seta

TC-L32B6B

Certique-se de que os suportes

CUIDADO

laterais caram corretamente tra-

vados nas posições do gabinete
como indicado nas guras A e B.

Insira o suporte seguindo a direção da seta

Nº Código Descrição Quantidade UOM

01 TKZ5ZA50251 Suporte lateral do LCD 6 PÇ
02 TUA5ZA07801 Suporte metálico vertical direito 1 PÇ
03 TUA5ZA07901 Suporte metálico vertical esquerdo 1 PÇ
04 TUA5ZA07501 Suporte metálico chassi da Placa A 1 PÇ
05 TKX5ZA02801 Suporte de alto-falante 4 PÇ
06 THEJ036J Parafuso (A4/P2/MTL_VL1) 3 PÇ
07 THE4GJ001J Parafuso (MTL VR2/MTL VL1) 3 PÇ

Certique-se de apertar primeiro os

CUIDADO

parafuso inferiores e em seguida

os superiores para evitar

o desalinhamento

17

TC-L32B6B

7.6. INSTALAÇÃO DAS PLACAS E DO SUPORTE AV LATERAL

1. Posicione as Placas P e A e xe-as com parafusos conforme a ilustração abaixo.

2. Instale o Suporte AV Lateral e xe-o com parafusos conforme a ilustração abaixo.

PLACA P

PLACA A

MONTAGEM:

1) Insira a mola de aterramento na abertura até travar no suporte.

2) Insira a placa na mola de aterramento até travar completamente.

Travar

Inserir

Passo 1 Passo 2

Nº Código Descrição Quantidade UOM Observações
01 THEJ036J Parafuso (A4/P2/MTL_VL1) 4 PÇ 6 ± 1 kgf.cm
02 XTV3 + 10JFJ Parafuso (suporte do alto-falante) 4 PÇ 6 ± 1 kgf.cm
03 TKP5ZA32203 Suporte AV lateral 1 PÇ
04 TMX5ZE0046 Suporte Chassi da Placa A 2 PÇ
05 TES5ZA003 Mola de aterramento 4 PÇ

Passo 3

Comrmar se

cou travado

Vista lateral

18

7.7. SUPORTE METÁLICO VESA

Instale o suporte metálico VESA na tampa traseira

TC-L32B6B

Nº Código Descrição Quantidade UOM
01 TKZ4GX5034 Suporte Metálico VESA 2 PÇ

19

TC-L32B6B

7.8. INSTALAÇÃO DA TAMPA TRASEIRA

1. Posicione a Tampa Traseira

2. Fixe-a com 20 parafusos conforme a ilustração abaixo.

Tampa Traseira

Nº Código Descrição Quantidade UOM Observações

01 THEC1509 Parafuso (B7) 7 PÇ 6 ± 1 kgf.cm
02 XTV3 + 8GFJK Parafuso (AV5) 7 PÇ 6 ± 1 kgf.cm
03 THTD030J Parafuso (BC8) 6 PÇ 10 ± 2 kgf.cm

20

TC-L32B6B

8. MEDIÇÕES E AJUSTES

8.1. TABELA DE VOLTAGENS DA PLACA A

1. Conra as voltagens da Placa A e compare com a tabela abaixo:

Linha de tensão Ponto de teste Voltagem

PNL12V TP4097 12.1 ± 0.8V

SUB3.3V TP5400 3.32 ± 0.165V

SUB1.1V TP8101 1.14 ± 0.07V
SUB1.5V TP8100 1.52 ± 0.05V

SUB5V TP5420 5.0 ± 0.25V

HDMI3.3V TP8000 3.3 ± 0.16V

8.2. TABELA DE VOLTAGENS DA PLACA P

1. Conra as voltagens da Placa P e compare com a tabela abaixo:

VOLTAGEM PONTOS DE TESTE

5.3V TP7501 5.3 ± 0.20V 5.3 ± 0.20V
16V TP7410 / TP7411 / TP7412 15.5 ± 0.8V -
24V TP7511 / TP7512 24V ± 1.2V -

Especicação

Operação STBY

21

9. DIAGRAMAS EM BLOCOS

XERWE0

ES0

ES0

S9-REG

Latin GINGA MHP

HS1DIN6

DMD

IIC1 (IIC2)

DDR3+(1333)

DDR3+(1333)

Head

USB

9.1. DIAGRAMA EM BLOCOS PRINCIPAL

TC-L32B6B

2ndLow_IF,IFAGC

1stLow_IF䚸

Terrestrial(1)

Terestllial/cable(2)

cable

OPT

HDMI1

HDMI2

S3.3 / TU1.8

IF_AGC2

Low-IF2

IFAGC

Low-IF1
IF_AGC1

DMD_IIC0

or

Terrestrial

AV3(SIDE) INPUT 䠄

䖃

Optical OUT

DDC* > STM, Peaks
HPD* < STM
HDMI_5V_DET* > STM

DDC* > STM, Peaks
HPD* < STM
HDMI_5V_DET* > STM

< FE_XRST䠚

CVBS)

䖃䖃

HP_DET

Phone

SOUND_VCC

AMP

Only DTMB models(HK)

S3.3

CXD2840

ALRCKO
ASDOUT0
ABCKO
ASMCK

DTMB

Demod.

Y1,Pb1,Pr1/V2

LIN1, RIN1

R2, G2, B2, H,V

DCDC

1.2V

Lin3,Rin3

S3.3

_

< FE_XRST䠚

Cross Stream Switch

ADC

V3

HP1_L/R

IECOUT

ARCOUT

Rx*

HDMI

Rx*

MUX

VIO

V-SW

AIO

A-SW

Rx

x3

TS-IN

HS1BCLKIN
HS1SYNCIN
HS1VALIN
HS1DIN0
HS1DIN1
HS1DIN2
HS1DIN3
HS1DIN4
HS1DIN5

HS1DIN7
HS1DIN8

PCOE
PCWE
PCIORD
PCIOWR
PCRESET
PCCE1

DTV Decoder

VIF Decoder

SIF Decoder

A-Chip

CI-IF

PCWAIT
PCCD1
PCCD2
PCREADY

Trans Port Decoder

IIC

DMD-IIC0
DMD-IIC1

Analog Video

Processor

CPU BUS

Format

Processor

DMD

Video

CLK
GEN

AAR/DATA

CTRL

CPUBUS

P-IIC2 (For DMD only)

A-D Chip

Internal BUS

BOOTSWAP
XRST
XRSTSTM

ED[7:0]

IPR INS

I2S
SW

JTAG

ED[7:0]

JTAG

S3.3

DSP

AMP
PWM

XERWE0
XECS1
ERXW

ES1
ES2

NAND
Flash

1G

XNFCE,XNFW
P
NFCLE,NFALE
XNFWE,XNFR
E
NANDRYBY
NFD[7:0]

NAND-IF

SPDIF

SW

Support

Card

2G - Function
VIErA-CAST Browser
EU MHP
UK BBC iPlayer

S12

AFB

S5/ S3.3

< TV_SOS
AMP/HP MUTE
MONITOROUT MUTE

DTV_XRST

S12

Peaks
DCDC

VM䠅

䠄

S1.1

Peaks
DCDC

S1.5 S3.3

Peaks

sLD8

D-Chip

DMD IIC

DMD_IIC0
DMD_IIC1

IIC

P-IIC0
P-IIC1

STB5/5VS

Analog

ASIC

DCDC_EN

DTV_XRST >

SW_OFF_DET >

Serial

P-Serial0
P-Serial1
P-UART0
P-UART2

S12/S5

AN34043A

STB3.3V/1.2V_REG
STB5V Reset IC (STM)
S9V_REG
S12V Reset IC (Peaks)
Audio MUTE
OCP/OVP/TV-SOS
HP_MUTE,EXT_MUTE
UHS-I_REG
TV_SOS
PWM

XRST

POWER_DET

STM

3.3/1.8
UHS-1

REG

STB_XRST

/9'67[

PLQL/9'67[

''5,)

86%,)

᧤SRUW᧥

(7+(5

3+<

6',)

EEPROM_WP

IIC

STM-IIC

Serial

STM-Serial0
STM-Serial1

STB3.3
STB1.2

S9

(SD-Data-VCC)

< (SDVOLC)

OVP
SOS

Safety
Circuit

< MON_MUTE
< SP_HP_MUTE

PWM >

PWMA

LVDS

HD : (DATA 4pairs / CLK 1pair) single8bit

FHD: (DATA 4pairs / CLK 1pair) dual8bit

USB

Power SW

P-IIC

S5

S5

USB*VBUS >
< USB*OC

USB*VBUS >
< USB*OC

BL_ON >
BL_SOS <

DDR3+(1333)

x16
1G

USB

S5

LAN

SD CARD

S3.3

EEP

PWM >

S1.5

USB

Power SW

For Peaks

DDR3+(1333)

S5

S5

x16
1G

S5

Back Light

INVERTER

LED Driver

Panel

Tcon

S1.5

or

DDR3

USB Memory

EEP

22

25MHz

STB3.3
STB1.2

< KEY3

< KEY1

POWER KEY

CONTROL PANEL KEY

10. CONEXÕES

10.1. ACOMODAÇÃO DOS CABOS

Acomode todos os os e cabos conforme a ilustração abaixo:

Linha guia

TC-L32B6B

Centro do cabo

LVDS

POSIÇÃO DO TERMINAL

Referência para conectar cabos exíveis

abrir

Insira as travas de ambos os lados
do cabo exível.
Atenção: Conrme se o cabo cou

POSIÇÃO DO TERMINAL

Pressione a trava do

conector em ambos
os lados usando as
duas mãos.

Nota: Para desconectar, abra a

trava e puxe o cabo levemente
simultaneamente

corretamente inserido.

Nº Código Descrição Quantidade UOM Observações

01 T4FP1505J Fita PET (cinza W=15mm) 0,21 MT 0.07 X 3
02 T4FP1505J Fita PET (cinza W=15mm) 0,2 MT 0.10 X 2
03

04

TSCKF0250001

TMME268

Cabo LVDS 1 PÇ

Presilha 1 PÇ

23

TC-L32B6B

A B C D E F G H I

11. DIAGRAMAS ESQUEMÁTICOS

11.1. DIAGRAMA ESQUEMÁTICO DA PLACA A - (1/21)

6

IIC_BUS

5

4

3

PEAKS-sLD8

IIC_0

IIC_1

IIC_2

P_DMDSCL0

DMD

P_DMDSDA0

IIC_0

P_DMDSCL1

DMD

P_DMDSDA1

IIC_1

IIC_3

SUB3.3V

fobORlN^

2.7k

2.7k

R0903

S

S

S

S

Rl v

Rl v

R0953

SUB3.3V

2.7k

2.7k

R0954

R0955

PEAKS EEPROM

32k/64k

R0918

SUB3.3V

3.3k

R0956

22p

C0900

50V

C

R0919

3.3k

R0910

22p

C0902

50V

SUB3.3V

3.3k

3.3k

R0913

R0957

22p

22p

C0903

C0901

50V

50V

C

0xA0

22

PEAKS_EEP_SCL

PEAKS_EEP_SDA

22

D/A Tuner

R0932

R0933

0xC6

22

DMD_IIC_SCL0

DMD_IIC_SDA0

22

DTMB DEMOD
ZHUI2

R0936

R0937

0xD8

22

DEMOD_SCL1

DEMOD_SDA1

22

TP0911

TP0913

TP0909

TP0908

TP0907

R0909

S

TP0906

R0908

S

TP0905

R0951

100

TP0904

R0905

100

TP0903

R0906

100

TP0902

R0907

100

TP0910

SUB5V

TP0901

TP0900

PEAKS_EEP_WP

NC

NC

NC

NC

NC

NC

PEAKS SDA3 (PEAKS_DMD_SDA1)

PEAKS SCL3 (PEAKS_DMD_SCL1)

PEAKS_DMD_SDA0

PEAKS_DMD_SCL0

GND

STM_SRQ

SUB5V

H pRlN^

Adjustment connector

7/30 modify 14 pin to NC

8/24 modify 14 pin to connect REC_LED for FACT

CN0100

REC_LED

14

SDBOOT

13

EEP WP

12

SBO0

11

SBIO

10

PEAKS SDA0

9

PEAKS SCL0

8

PEAKS SDA1(Peaks EEP)

7

PEAKS SCL1(Peaks EEP)

6

STM SDA

5

STM SCL

4

GND

C

3

STM_SRQ

2

SUB5V

1

K1KA14A00248

R0915

100

1000p

C0904

C

50V

R0916

100

R0917

100

R0914

100

R0942

P_SCL0

R0944

P_SDA0

R0950

P_SCL1

R0945

P_SDA1

tuner 3.3k

R0940 100

R0948 100

tuner 3.3k

R0938 100

R0946 100

STB3.3V

R0904

47k

PEAKS-sLD8

PEAKS_EEP_WP
P_XNFCE1_GB

R_LED_ON
P_STMGPIO6

R0958

1k

R0952

1k

P_STMGPIO3

SDBOOT
P_ASDOUT1

P_SBO0

P_SBI0

SRQ_STM

H:Normal

L:SDBOOT
*PU@005sht

P_STMDDCSDA4

H:Normal

L:IIC STOP

2

STB3.3V

2.7k

2.7k

R0912

R0911

R0939

P_STMSCL

STM
IIC

P_STMSDA

S

R0947

S

1

24

11.1.1. DIAGRAMA ESQUEMÁTICO DA PLACA A - (2/21)

6

5

HDMI5VASTB5V

DB2J30900L

D4704

Peaks-sLD8

PORT2
PORT1
PORT0

4

Q4702

B1ABCF000231

R4715

10k

*JK4701A

*JK4701

K1FY119D0028

K1FY119D0029

19

19

18

17

16

15

14

13

3

12

11

10

9

8

7

6

5

4

3

2

1

C

HPDT

18

+5V

17

DDCG

16

SDA

15

SCL

14

N.C.

13

CEC

12

CLK-

11

CLKG

CLK+

10

9

D0-

8

D0G

7

D0+

6

D1-

5

D1G

4

D1+

3

D2-

2

D2G

1

D2+

C

CC

R4721

10k

R4724

DA2J10100L

1k

D4719

HDMI1

TP4701

R4731

10k

C

L4703

L4704

L4705

S

VJUMP1608-S

C4701

6.3V

1u

HDMI1:JK4700

HDMI2:JK4701

HDMI3:JK4702

R4722

10k

D4720

R4723

DZ2J056M0L

47k

C

C

S

VJUMP1608-S

S

VJUMP1608-S

R4725

HDMI5VA

47k

R4764

47k

P_STMHPDO1

P_STM5VDET1

HDMI_DDCSDA1

HDMI_DDCSCL1

HDMI_CEC

P_RX1CM

P_RX1CP

P_RX1M0

P_RX1P0

P_RX1M1

P_RX1P1

P_RX1M2

P_RX1P2

HDMI1(REAR)

*JK4700A

K1FY119D0028

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

C

*JK4700

K1FY119D0029
WW-K1F-A0167

TC-L32B6B

to Sheet Standby-MPU

D4785

R4799

DB2J30900L

HDMI_DDCSDA1

HDMI_DDCSCL1

HDMI_DDCSDA0

HDMI_DDCSCL0

R4800

HDMI5VA

47k

R4801

47k

27k

C

R4748

R4749

R4750

R4751

R4802

0

68

68

68

68

P_STMCECPUL

P_STMCEC0

To Sheet Peaks-COMMON

P_RX0CM

P_RX0CM

P_RX0CP

P_RX0CP

P_RX0M0

P_RX0M0

P_RX0P0

P_RX0P0

P_RX0M1

P_RX0M1

P_RX0P1

P_RX0P1

P_RX0M2

P_RX0M2

P_RX0P2

P_RX0P2

P_STMDDCSDA0

P_STMDDCSCL0

to Sheet Standby-MPU

P_STM5VDET0

P_STMHPDO0

To Sheet Peaks-COMMON

P_RX1CM

P_RX1CM

P_RX1CP

P_RX1CP

P_RX1M0

P_RX1M0

P_RX1P0

P_RX1P0

P_RX1M1

P_RX1M1

P_RX1P1

P_RX1P1

P_RX1M2

P_RX1M2

P_RX1P2

P_RX1P2

P_STMDDCSDA1

P_STMDDCSCL1

to Sheet Standby-MPU

P_STM5VDET1

P_STMHPDO1

To Sheet Peaks-COMMON

P_RX2CM

P_RX2CM

P_RX2CP

P_RX2CP

P_RX2M0

P_RX2M0

P_RX2P0

P_RX2P0

P_RX2M1

P_RX2M1

P_RX2P1

P_RX2P1

P_RX2M2

P_RX2M2

P_RX2P2

P_RX2P2

P_STMDDCSDA2

P_STMDDCSDA2

P_STMDDCSCL2

P_STMDDCSCL2

to Sheet Standby-MPU

P_STM5VDET2

P_STM5VDET2

P_STMHPDO2

P_STMHPDO2

sLD8-STMCECO

P_STMDDCSDA0

P_STMDDCSCL0

P_STM5VDET0

P_STMHPDO0SDA

P_STMDDCSDA1

P_STMDDCSCL1

P_STM5VDET1

P_STMHPDO1

TP4720

HDMI_CEC

R4739

22

P_STMHPDO0

Q4709

B1ABCF000231

R4788

10k

C

C

R4794

<<<<

19

HPDT

18

+5V

17

DDCG

16

15

SCL

14

N.C.

13

CEC

12

CLK-

11

CLKG

CLK+

10

9

D0-

8

D0G

7

D0+

6

D1-

5

D1G

4

D1+

3

D2-

2

D2G

1

D2+

C

10k

R4797

DA2J10100L

1k

D4770

TP4501TP4500

L4717

VJUMP1608-S

R4795

10k

D4771

R4796

DZ2J056M0L

47k

C

C

L4715

S

VJUMP1608-S

L4716

S

S

VJUMP1608-S

R4798

HDMI5VA

47k

R4766

47k

P_STMHPDO2

P_STM5VDET0

P_STM5VDET2

HDMI_DDCSDA40

HDMI_DDCSDA0

HDMI_DDCSCL0

HDMI_DDCSCL0

HDMI_CEC

P_RX2CM

SW_RX2CM

P_RX2CP

SW_RX2CP

P_RX2M0

SW_RX2M0

P_RX2P0

SW_RX2P0

P_RX2M1

SW_RX2M1

P_RX2P1

SW_RX2P1

P_RX2M2

SW_RX2M2

P_RX2P2

SW_RX2P2

HDMI_DDCSDA3

HDMI_DDCSCL3

SW_RX1CM

SW_RX1CP

SW_RX1M0

SW_RX1P0

SW_RX1M1

SW_RX1P1

SW_RX1M2

SW_RX1P2

P_RX1CM

P_RX1CP

P_RX1M0

P_RX1P0

P_RX1M1

P_RX1P1

P_RX1M2

P_RX1P2

FROM HDMI2_CN

HDMI p3.3V

HDMI_DDCSCL3

HDMI_DDCSDA3

P_STM5VDET1

P_STMHPDO1

P_RX2CM

P_RX2CP

P_RX2M0

P_RX2P0

P_RX2M1

P_RX2P1

P_RX2M2

P_RX2P2

P_STM5VDET2

P_STMHPDO2

GUARD_CLK

ARC_OUT

ARC JW

IC4700 z u

i s j

2

1

A B C D E F G H I

25

TC-L32B6B

11.1.2. DIAGRAMA ESQUEMÁTICO DA PLACA A - (3/21)

6

C4929

10u

35V

SOUND18V

2.6A/ 2.1mm

X I

J0JHC0000042

C4910

10u

35V

L4900

R4900

0

C4900

10u

35V

C

Mute

5

4

REF No. 4970 - 4999

TO Sheet AVSW

MONITOROUT_MUTE

Audio-AMP

2.6A/ 2.1mm

TO sht.700 LOCK Peaks

>> MainHP L

P_HP1_L

>> MainHP R

P_HP1_R

OPERATE

P_A_MUTE

MUTE

g p PU

SUB3.3V

R4981

10k

Q4981

B1ABCE000015

R4982

47k

R4983

47k

C

C

TO 100.sht Analog ASIC

MUTE

*R4980

3.3k

MUTE

HP_MUTE

OPERATE

EXT_MUTE

OPERATE

EXT_MUTE

MUTE

OPERATE

REF No. 4900 - 4969

TO SPEAKER

A12

1

TP4901

2

TP4902

3

TP4903

TP4904

4

C

locate on the back side

K1KY04BA0387

A2010WR0-4PS-SHP

Reflow type

R+

R-

L-

L+

*L4905
J0JHC0000078

*L4906
J0JHC0000078
*L4907
J0JHC0000078
*L4908
J0JHC0000078

C4903

C4901

10u

10u

35V

17

PROTN

18

PLIMIT1

19

PLIMIT2

20

GAIN

21

CKMOD

22

MONO

23

24

35V

C4902

1u

25V

16

PVDDMR

SLEEPN

MUTEN

PVDDML

OUTML27OUTML28PVSSL29PVSSL30OUTPL31OUTPL

25

26

C4909

1u

25V

C4908

35V

10u

PVDDPR

Thermal

C4904

IC4900

1u

25V

C1AB00003984

YDA176-QZ

9

10

OUTPR11OUTPR12PVSSR13PVSSR14OUTMR15OUTMR

8

SCLK

7

SDATA

6

LRCLK

MCK

5

DVSS

4

Pad

Thermal_Pad

REFA

TEST

3

PVDDPL

AVSS

2

1

1u

16V

C4905

32

C4907

1u

25V

C4906

10u

35V

C

L4901

2.0A/ 1.6mm

G1C220MA0533

C4921

0.1u

25V

C4919

0.22u

0

*R4985

0

*R4984

0

*R4986

0

*R4987

25V

C4920

0.22u

25V

8/8 Delete snubber circuit pattern.

C

C4922

0.1u

25V

L4902

2.0A/ 1.6mm

G1C220MA0533

L4903

2.0A/ 1.6mm

G1C220MA0533

C4923

0.1u

25V

8/8 Delete snubber circuit pattern.

C

C4924

0.1u

25V

L4904

G1C220MA0533

2.0A/ 1.6mm

0

0

R4913

R4917

0

0

R4914

R4918

0

56k

R4919

R4915

SUB3.3V

ARC

3

2

REF No. 4750 - 4799

ARC1

R4752

1%

160

GUARD_CLK

ARC_OUT

C4750
50V
100p

FOR HDMI1.4 ARC

P_ARCOUT

R4753
82

1%

C

C

OPERATE

OPERATE

OPERATE

VARAY405

R4903

C4959

50V
22p

SUB3.3V

R4955

10k

SOS

ASIC AB

SUB3.3V

R4906

10k

R4908

MUTE

1k

SOS

R4901

68

D1HY6804A012

C4958
50V
22p

R4907

1k

R4956

1k

R4909

1k

TO sht.700 LOCK Peaks

P_ALRCKO

P_ASDOUT0

P_ABCKO

P_ASMCK

R4958

10k

C

P_AGCR

There is internal PD(30k ).

7/27 modify SLEEP MUTE

P_STMADIN1

TO 100.sht Analog ASIC

AMP_STBY

SOUND_SOSDET

ASIC inside PU 68k

48kHz

48kHz

3.072MHz

12.288MHz

AMP_XRST

SOUND_SOS

AMP_MUTE

1

A B C D E F G H I

26

11.1.3. DIAGRAMA ESQUEMÁTICO DA PLACA A - (4/21)

6

AV1 STRAIGHT

I` iiQ O mFj

5

EU/Asia/US/Peru

L

R

*JK3103
K1U204D00004

I i Pb_SW o

Y

PB

PR

L

R

JK3101
K1U511D00002

L

L-G

R

R-G

Y-G

PB-SW

PB

PB-G

PR

PR-G

L-G

R-G

TC-L32B6B

OPTICAL_OUT

GUARD_SL

TV L OUT

GUARD_SR

TV R OUT

C

Y

L

R

C

DZ2J140M0L

D3106

D3105

D3104

DZ2J140M0L

DZ2J140M0L

D3101

D3102

CC

C

DZ2J140M0L

DZ2J140M0L

D3103

DZ2J140M0L

E_AV1_LOUT(_3PIN)_TERMINAL

E_AV1_ROUT(_1PIN)_TERMINAL

COMP_DET

DET

E_YPBPR_Y/A_AV1C_Y__TERMINAL

E_AV1_BLUE(_7PIN)_TERMINAL

E_AV1_RED/C(15PIN)_TERMINAL

E_AV1_RIN(_2PIN)/A_AV3_R__TERMINAL

E_AV1_LIN(_6PIN)/A_AV3_L__TERMINAL

Y/Vin

Pb in

Pr in

Rin

Lin

I` iiQ O mFj

SUB3.3V

*R3201

VCC

100

Vin

GND

DRIVE IC

*D3006

C

K7AAAY000016

P_IECOUT

AV2 SIDE

I` iiQ O mFj

V

V

G

L

L

G

R

R

*JK3102
K1U307E00002

Y/Vin

PRin

PBin

Rin

Lin

V

Li

Ri

C

*D3110

DZ2J140M0L

*D3107

C

DZ2J140M0L

DET

E_YPBPR_Y/A_AV2C_Y__TERMINAL

E_PC_RIN/A_AV2_RIN__TERMINAL

E_PC_LIN/A_AV2_LIN__TERMINAL

AUDIO_OUT

4

AV1_MONITOR OUT

E_AV1_LOUT(_3PIN)_TERMINAL

E_AV1_ROUT(_1PIN)_TERMINAL

AV1_TERMINAL

JK3003 T z u

J0JYC0000156

J0JYC0000156

SOUND_MUTE/2

*Q3102

*L3111

*C3135
560p
50V

*C3136

*L3112

560p

50V

C

B1ABCE000015

*R3171

*R3163

100k

C C

*R3172

*R3164

100k

CCC

B1ABCE000015

*Q3103

MONITOROUT_MUTE

100

100

330
*R3179

330

*R3180

10V

10u

*C3145

10V

10u

C3146

10V

10u

*C3147

10V

10u

C3148

3

SUB9V

TO 003.sht MUTE

MONITOROUT_MUTE

MUTE

OPERATE

*R3237

47k

*R3238

47k

2

50V
180p

C3173

GUARD_A

*C3175

25V

1u

C

8

V+

*C3177

25V

C0ABBB000179

1u

NJM4558V(TE1)

A_OUTPUT2A-INPUT3A+INPUT4V-

*C3176

10u

1

10V

C

GUARD_A

C3174

180p
50V

7

*R3233

B_OUTPUT

*R3234

20k

*R3132

20k

LD4 Audio out

*C3171

*R3231

10k

5

B+INPUT6B-INPUT

*IC3052

*C3172

10V

10u

10k

10V

10u

TP3052

P_LO2_L

TP3053

P_LO2_R

AV1_LR_IN

E_AV1_LIN(_6PIN)/A_AV3_L__TERMINAL

E_AV1_RIN(_2PIN)/A_AV3_R__TERMINAL

AV2_LR_IN

E_PC_LIN/A_AV2_LIN__TERMINAL

E_PC_RIN/A_AV2_RIN__TERMINAL

TP3100

P_VOUT1

AUDIO_IN

AV1_TERMINAL

L3113
J0JYC0000156

*C3139

560p
50V

C

*C3140

560p

50V

J0JYC0000156

L3116

AV2_TERMINAL

JK3001 [ q T z u

*L3119

L IN

J0JYC0000156

*L3120

R IN

J0JYC0000156

C3151

1u

R3167

33k

R3168

C3152

33k

1u

*R3184

*C3153

33k

560p
50V

C

C

*R3185

*C3154

33k

560p
50V

C

C

VIDEO-OUT

VIDEO-DET

ASIA

R3173

10V

100k

R3188

10V

100k

P_LIN1_LP

*C3178

50V
47p

*C3179

50V

C

47p

P_LIN1_RP

E_AV1_FB

ASP VOLT
16:9 3.5V-5.0V
LB 1.4V-2.4V
4:3 0.0V-0.8V

COMP_DET

JP

D1-ASP

D1-DET

*C3159

*R3121

10V

1u

100k

P_LIN3_LP

*C3180

50V

C

47p

*C3160

*R3189

1u

10V

100k

P_LIN3_RP

*C3181

50V

C

47p

AV2-DET

AV1-DET

SUB3.3V

R3118

R3117

47k

1k

P_AGCBS

COMP_DET (!JPN)

J_AV1-D1_DET

P_FBL1_RFAGC2

P_SCIDIN1

P_HSDOUT3

P_PCIORD

P_PCIOWR

P_PCWE

= port53

P_HSDOUT1

= port51

AV1/YPbPr

AV2-V

E_YPBPR_Y/A_AV2C_Y__TERMINAL

E_YPBPR_Y/A_AV1C_Y__TERMINAL

E_AV1_BLUE(_7PIN)_TERMINAL

E_AV1_RED/C(15PIN)_TERMINAL

VIDEO-IN

R3181

1%

75

C

R3182

1%

C

*R3142

1%

75

C

RGB1

LD4 [ q

C3086

6.3V

1u

P_G1

22

R3157
D1HY2204A012
EXB28V220JX

C3085

1u

6.3V

75

75

1%

R3183

C

VE I O I [

*R3194

22

P_B1

C3084

6.3V

1u

P_R1

P_R2

P_G2

P_B2

*C3130

6.3V

1u

P_V1

HP-DET

P_HSDOUT0

= port50

A/J_AV1_V

P_R3

P_G3

P_B3

1

A B C D E F G H I

27

TC-L32B6B

11.1.4. DIAGRAMA ESQUEMÁTICO DA PLACA A - (5/21)

6

C-2013_port_shigen_STM_sLD8_PRO4_120615.xls

C-2013_peaks-sLD8_port_control_register_120622.xls

PORT-BE

Initial SETUP

5

4

3

2

REF No. 8800 - 8849

1k

R8805

R88121kR8804

STB3.3V

10k

R8800

P_MAINPWRON

P_DDRPWRON

SUB3.3V

10k

10k

10k

R8829

*R8831

*R8830

*R8817

R8816

R8820

*R8818

1k

R8819

10k

10k

10k

10k

10k

10k

R8836

C

R8803

10k

R8808

R8807

10k

1k

PIN_NAME

P_XECS1

P_ABCKO

P_ALRCKO

P_ASDOUT0

P_ES1

P_ES2

P_ES0

P_ASDOUT1

P_ERXW

C

STM Port

REF No. 8850 - 8870

ACuf

PANEL_VCC_ON2

LCD_TV_SUB_ON

R8926

3.3k

C8903

C8904

1u

0.47u

10V

25V

C

C

STB3.3V

KEY1

Peaks Port

REF No. 8870 - 8899

D8851

SUB3.3V

DA2J10100L

R8925

2.2k

R8924

1k

P_XRST2

R8927

0

PORT-STM

I

I/O

I/O

ADC

O

O

O

O

I Hi-Z
I

O

O

O

O

O

O

I/O

O

I/O

O
O
O

I

I

I/O

I/O

I/O

I/O

I/O

I/O

I/O

I/O

O

O Hi-Z

ADC

ADC Hi-Z

I

I

I

O

I

O

Hi-Z

Low

Low

nonuse

Hi-Z

Low

nonuse

nonuse

Hi-Z

Low

nonuse

HOTEL

Low

I/O

Hi-Z

nonuse

Low

nonuse

I/O

Hi-Z

Low

nonuse

High

High

Hi-Z
Hi-Z
Hi-Z

Low

SCART

Hi-Z

I Hi-Z

High

High

High

Hi-Z

Hi-Z

Hi-Z

Hi-Z
Hi-Z

Hi-Z
Hi-Z

Hi-Z

Hi-Z

Hi-Z
Hi-Z

Hi-Z

Initial Setup Port H or L

Initial Setup Port H or L

Hi-Z

Hi-Z

Hi-Z

Hi-Z

Hi-ZII

Hi-Z

Low

nonuse

Hi-Z

Low

LowO

nonuse

P_STMRMIN

P_STMTIME0

P_STMTIME1

P_STMTIME2

P_STMTIME3

P_STMTIME4

P_STMTIME5

P_STMTIME6

P_STMSBO0

P_STMSBI0

P_STMSBT0

P_STMSBO1

P_STMSBI1

P_STMSDA

P_STMSCL

P_STMCEC0

P_STMCECPUL

P_STMCECAVL1A

P_STMHPDO0

P_STMHPDO1

P_STMHPDO2

P_STM5VDET0

P_STM5VDET1

P_STM5VDET2

P_STMDDCSDA0

P_STMDDCSCL0

P_STMDDCSDA1

P_STMDDCSCL1

P_STMDDCSDA2

P_STMDDCSCL2

P_STMDDCSDA4

P_STMDDCSCL4

P_MAINPWRON

P_DDRPWRON

P_STMADIN0

P_STMADIN1

P_STMADIN2

P_STMADIN3

P_STMGPIO0

P_STMGPIO1

P_STMGPIO2

P_STMGPIO3

P_STMGPIO4

P_STMGPIO5

P_STMGPIO6

P_STMGPIO7

(RMIN)

G_LED_ON/SYSCLKP01

PANEL_VCC_ON

PD6H_XRST_SYS/FRC_XRST

PD6H_DRVRST/PWM_ENB

LCD_DET

P_15V_DET

PHY_PWR_ON/IR_CONTROL/STB_ON_ENB

HOTEL_SBO/HSP_SBO

HOTEL_SBI

AVDD_ENB/DISPEN

SP_HP_MUTE

MON_MUTE

(STMSDA)

(STMSCL)

(HDMI_CEC)

(HDMI_CEC_PU_ON)

(QLINK1)/WOL_ON_IRQ/IR_DET

(HPD0)

(HPD1)

(HPD2)

(HDMI_5V_DET0)

(HDMI_5V_DET1)

(HDMI_5V_DET2)

(DDCSDA0)

(DDCSCL0)

(DDCSDA1)

(DDCSCL1

(DDCSDA2)

(DDCSCL2)P65

SRQ_STM

PWOER_SOS

(TV_SUB_ON)

LOGO_ON

AI_SENSOR

SOUND_SOS

PANEL_SOS/BL_SOS

KEY1

SOS

SW_OFF_DET

KEY3(TV_POWER)

REC_READY

HSP_SBI/INIT_DONE/ACON

SUB3.3V_SENSE

R_LED_ON

PANEL_MAIN_ON/BL_ONPA2

R892310k

STB3.3V

TP8924

TP8925

8/23 Add Testpoint

8/24 Add PU

P00

P02

P03

P04

P05

P06

TP8923

P07

P10

TP8922

P11

P12

P13

P14

P20

P21

P30

P31

P33

P40

P41

P42

P50

P51

P52

P60

P61

P62

P63

P64

PB0

PB1

P70

P72

P80

P81

P82

P83

P90

P91

R8967

P92

47k

P93

P94

PA0

PA1

R8858

10k

P_XRSTSTM

STM z u

D8850

DB2J30900L

STB3.3V

R8853

1.8k

STB3.3V

R8850

R8851

1%

7.15k

C8850

R8852

0.01u

1k

25V
C

330

STB3.3V

VJ8850

S

P_STMRONA

R8873

10k

C

P_A_MUTE

P_AFB

P_LIN2_LP

OPEN

P_LIN2_RP

OPEN

P_V1

OPEN

P_RFAGC

OPEN

P_SIFINN

OPEN

P_SIFINP

OPEN

P_SCIDIN2

OPEN

P_LIN4_LP

OPEN

P_LIN4_RP

OPEN

P_ED0

P_ED1

P_ED2

P_ED3

P_ED4

P_ED5

P_ED6

P_ED7

P_XERWE0

P_XERWE1

ASIA PIN

ASIA PIN

SUB3.3V

R8885

10k

ASIA PIN

Initial Setup Port H or L

Initial Setup Port H or L

Initial Setup Port H or L

Initial Setup Port H or L

SUB3.3V

R8884

10k

ASIA PIN

ASIA PIN

R8876

10k

10k

C

R8878

Ot[q K{

Ot[q K{

Ot[q K{

Ot[q K{

SUB3.3V

R8870

10k

TP8870

10k

R8881

C

10k

10k

R8880

C

R8883

C

8/29 add PD

C

*R8886

1k

TP8871

C

PORT00

PORT01

PORT02

PORT03

PORT04

PORT05

PORT06

PORT07

PORT10

PORT11

PORT12

PORT13

PORT14

PORT15

PORT16

PORT17

PORT20

PORT21

PORT22

PORT23

PORT24

PORT25

PORT26

PORT27

PORT30

PORT31

PORT32

PORT33

PORT34

PORT35

PORT36

PORT37

PORT40
PORT41

PORT42

PORT43

PORT44

PORT45

PORT46
PORT47

PORT50

PORT51
PORT52

PORT53

PORT54

PORT55

PORT56

PORT57

PORT60

PORT61

PORT62

PORT63

PORT64

PORT65

PORT66

PORT67

PORT70

PORT71

PORT72

PORT73

PORT74

PORT75

PORT76

PORT77

PORT80

PORT81

PORT82

PORT83

PORT84

PORT85

PORT86

PORT87

PORT90

PORT91

PORT92

PORT93

PORT94

PORT95

PORT96

PORT97

PORT100

PORT101

PORT102

PORT103

PORT104

PORT105

PORT106

PORT107

PORT110

PORT111

PORT112

PORT113

PORT114

PORT115

PORT116

PORT117

PORT120

PORT121

PORT122

PORT123

PORT124

PORT130

PORT131

PORT140

PORT141

PORT142

PORT143

PORT144

PORT145

PORT146

PORT147
PORT165

XIRQ0

XIRQ1

XIRQ2

XIRQ3

XIRQ4

XIRQ5

XIRQ6

XIRQ7

XIRQ8

XIRQ9

XIRQ10

XIRQ11

XIRQ12

XIRQ14

XIRQ15

C-2013_peaks-sLD8_pin_multiplexing_120608.xls

**

P_PCA00

**

P_PCA01

P_PCA02

NANOE_ON

P_PCA03

NANOE_P_ON

P_PCA04

NANOE_FAN_MAX

P_PCA05

NANOE_LED_ON

P_PCA06

NANOE_FAN_ON

P_PCA07

**

P_PCA08

**

P_PCA09

**
**

P_PCA10

P_PCA11

**

P_PCA12

**

P_PCA13

**
**

P_PCA14

P_XNFRE_GB

**

P_SDCLK

**

P_SDCMD

**

P_SDDAT0

**

P_SDDAT1

**

P_SDDAT2

**

**

P_SDDAT3

P_SDCD

**

**

P_SDWP

**

P_HS0DIN0

**

P_HS0DIN1

**

P_HS0DIN2

**

P_HS0DIN3

**

P_HS0DIN4

**

P_HS0DIN5

**

P_HS0DIN6

**

P_HS0DIN7

**

P_IECOUT

**

P_ASMCK

**

P_ABCKO

**

P_ALRCKO

P_ASDOUT0

**

SD_BOOT

P_ASDOUT1

P_ARCOUT

**

P_PCIOWR

**

**

P_HSDOUT0

HP_DET

P_HSDOUT1

V1_DET

P_HSDOUT2

D_DET

P_HSDOUT3

P_HSDOUT4

**

P_HSDOUT5

**

P_HSDOUT6

**

P_HSDOUT7

**

**

P_HS1DIN0

**

**

P_HS1DIN2

P_HS1DIN3

**

**

P_HS1DIN4

P_HS1DIN5

**

P_HS1BCLKIN

**

**

P_HS1VALIN

P_HS1SYNCIN

**

**

P_TCON0

PANEL_TEST_ON

P_TCON1

P_TCON2

**

FE_PWR1_ON

P_TCON3

FE_PWR2_ON

P_TCON4

P_PCCE1

**

**

P_PCWE

P_PCOE

**

**

P_USB0VBUS

P_USB0OD

**

**

P_USB1VBUS

**

P_USB1OD

P_HSVALOUT

**

P_HSSYNCOUT

**

P_NFCLE_GB

**

**

P_XNFWP_GB

**

P_SBO0

**

P_SBI0

**

P_SBO1

**

P_SBI1

P_TXD1

**

P_RXD1

**

**

P_XNFWE_GB

P_NFALE_GB

**

BL_ECO

P_SDVOLC

**

P_HS0BCLKIN

**

P_HS0VALIN

**

P_HS0SYNCIN

**

P_HSBCLKOUT

**

P_AGCI

AMP_XRST

P_AGCR

**

P_AGCBS

P_PCVS1

CI_POWER_ON

P_PCCD2

**

P_PCREG

FE_OSC_ENB

**

P_PCRESET

REC_LED_ON/SDRAM_CHK2

P_TCON5

**

P_TCON6

**

P_TCON7

**

P_TCON8

FE_SAT_XRST

P_PCCE2

**

P_PWMA

**

P_XNFCE0_GB

**

P_PCWAIT

EEPROM_WP

P_XNFCE1_GB

**

P_HIN

**

P_VIN

**

P_SDA0

**

P_SCL0

**

P_SDA1

**

P_SCL1

**

P_DMDSDA0

**

P_DMDSCL0

**

P_DMDSDA1

**

P_DMDSCL1

P_NANDRYBY1_GB

**

P_XIRQ0

**

T|[gJ[h

P_XIRQ1

POWER_DET

P_XIRQ2

P_XIRQ3

FAN_MAX

P_XIRQ4

FAN_SOS

P_XIRQ5

MAIN_FAN_ON

P_XIRQ6

FE_XRST / SDRAM_CHK1

CI_OCP

P_XIRQ7

P_HS1DIN1

**

P_HS1DIN6

**

P_HS1DIN7

SMT_OFF

**

P_PCCD1

**

P_PCREADY

NANOE_SOS

P_PCDOE

NANOE_FAN_SOS

P_PCIORD

Ot[q K{

port

PORT00
PORT01
PORT02
PORT03
PORT04
PORT05
PORT06
PORT07
PORT10
PORT11
PORT12
PORT13
PORT14
PORT15
PORT16
PORT17
PORT20
PORT21
PORT22
PORT23
PORT24
PORT25
PORT26
PORT27
PORT30
PORT31
PORT32
PORT33
PORT34
PORT35
PORT36
PORT37
PORT40
PORT41
PORT42
PORT43
PORT44
PORT45
PORT46
PORT47
PORT50
PORT51
PORT52
PORT53
PORT54
PORT55
PORT56
PORT57
PORT60
PORT61
PORT62
PORT63
PORT64
PORT65
PORT66
PORT67
PORT70
PORT71
PORT72
PORT73
PORT74
PORT75
PORT76
PORT77
PORT80
PORT81
PORT82
PORT83
PORT84
PORT85
PORT86
PORT87
PORT90
PORT91
PORT92
PORT93
PORT94
PORT95
PORT96
PORT97
PORT100
PORT101
PORT102
PORT103
PORT104
PORT105
PORT106
PORT107
PORT110
PORT111
PORT112
PORT113
PORT114
PORT115
PORT116
PORT117
PORT120
PORT121
PORT122
PORT123
PORT124
PORT130
PORT131
PORT140
PORT141
PORT142
PORT143
PORT144
PORT145
PORT146
PORT147
PORT165
XIRQ0
XIRQ1
XIRQ2
XIRQ3
XIRQ4
XIRQ5
XIRQ6
XIRQ7
XIRQ8
XIRQ9
XIRQ10
XIRQ11
XIRQ12
XIRQ14
XIRQ15

[q

PCA00
PCA01
PCA02
PCA03
PCA04
PCA05
PCA06
PCA07
PCA08
PCA09
PCA10
PCA11
PCA12
PCA13
PCA14
XNFRE_GB
SDCLK
SDCMD
SDDAT0
SDDAT1
SDDAT2
SDDAT3
SDCD
SDWP
HS0DIN0
HS0DIN1
HS0DIN2
HS0DIN3
HS0DIN4
HS0DIN5
HS0DIN6
HS0DIN7
IECOUT
ASMCK
ABCKO
ALRCKO
ASDOUT0
ASDOUT1
ARCOUT
PCIOWR
HSDOUT0
HSDOUT1
HSDOUT2
HSDOUT3
HSDOUT4
HSDOUT5
HSDOUT6
HSDOUT7
HS1DIN0
HS1DIN2
HS1DIN3
HS1DIN4
HS1DIN5
HS1BCLKIN
HS1VALIN
HS1SYNCIN
TCON0
TCON1
TCON2
TCON3
TCON4
PCCE1
PCWE
PCOE
USB0VBUS
USB0OD
USB1VBUS
USB1OD
HSVALOUT
HSSYNCOUT
NFCLE_GB
XNFWP_GB
SBO0
SBI0
SBO1
SBI1
TXD1
RXD1
XNFWE_GB
NFALE_GB
SDVOLC
HS0BCLKIN
HS0VALIN
HS0SYNCIN
HSBCLKOUT
AGCI
AGCR
AGCBS
PCVS1
PCCD2
PCREG
PCRESET
TCON5
TCON6
TCON7
TCON8
PCCE2
PWMA
XNFCE0_GB
PCWAIT
XNFCE1_GB
HIN
VIN
SDA0
SCL0
SDA1
SCL1
DMDSDA0
DMDSCL0
DMDSDA1
DMDSCL1
NANDRYBY1_GB
XIRQ0
XIRQ1
XIRQ2
XIRQ3
XIRQ4
XIRQ5
XIRQ6
XIRQ7
HS1DIN1
HS1DIN6
HS1DIN7
PCCD1
PCREADY
PCDOE
PCIORD

RST

S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PU-OFF
S/D
S/D
S/D
S/D
S/D
S/D
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PU-ON
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-ON
S/D, PU-OFF
S/D, PU-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PU-OFF
S/D, PD-ON
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-ON
S/D, PD-ON
S/D, PD-ON
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PU-OFF
S/D, PD-OFF
S/D, PU-ON
S/D
S/D
S/D
S/D
S/D
S/D
S/D
S/D
S/D
S/D
S/D, PU-ON
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF
S/D, PD-OFF

RST

HiZ(PD)
HiZ(PD)
HiZ(PD)
HiZ(PD)
HiZ(PD)
HiZ(PD)
HiZ(PD)
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
HiZ(PU)
I/E
I/E
I/E
I/E
I/E
I/E
I/E
I/E
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p

HiZ
HiZ
HiZ

HiZ(PU)
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
HiZ(PD)
HiZ(PD)
HiZ(PU)
HiZ(PU)
S/D p
S/D p
S/D p
S/D p
HiZ(PU)
HiZ(PD)
I/E
I/E
I/E
I/E
S/D p
HiZ(PD)
HiZ(PD)
HiZ(PD)
I/E
I/E
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
HiZ(PU)
I/E
HiZ(PU)
I/E
I/E
I/E
I/E
I/E
I/E
I/E
I/E
I/E
I/E
HiZ(PU)
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
S/D p
I/E
I/E
S/D p
S/D p

(PINSEL

)

JP

PORT00
PORT01
PORT02
PORT03
PORT04
PORT05
PORT06
PORT07
PORT10
PORT11
PORT12
PORT13
PORT14
PORT15
PORT16
XNFRE_GB
SDCLK
SDCMD
SDDAT0
SDDAT1
SDDAT2
SDDAT3
SDCD
SDWP
PORT30
PORT31
PORT32
PORT33
PORT34
PORT35
PORT36
PORT37
IECOUT
ASMCK
ABCKO
ALRCKO
ASDOUT0
PORT45
ARCOUT
PORT47
PORT50
PORT51
PORT52
PORT53
PORT54
PORT55
PORT56
PORT57
CH0DATA
PORT61
PORT62
PORT63
PORT64
CH0CLK
CH0VAL
CH0PSYNC
PORT70
PORT71
PORT72
PORT73
PORT74
PORT75
PORT76
PORT77
USB0VBUS
USB0OD
USB1VBUS
USB1OD
PORT84
PORT85
NFCLE_GB
XNFWP_GB
SBO0
SBI0
PORT92
PORT93
USB2VBUS
USB2OD
XNFWE_GB
NFALE_GB
PORT100
PORT101
PORT102
PORT103
PORT104
AGCI
PORT106
AGCBS
SMTSEL0
SMTCLK0
SMTCMD0
SMTRST0
PORT114
PORT115
PORT116
PORT117
SMTD0
PWMA
XNFCE0_GB
PORT123
PORT124
HIN
VIN
SDA0
SCL0
SDA1
SCL1
DMDSDA0
DMDSCL0
DMDSDA1
DMDSCL1
PORT165
XIRQ0
XIRQ1
XIRQ2
XIRQ3
XIRQ4
XIRQ5
XIRQ6
XIRQ7
XIRQ8
XIRQ9
XIRQ10
XIRQ11
XIRQ12
XIRQ14
XIRQ15

I/O

O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O

I/O
I/O
I/O
I/O
I/O

I
I
O
O
O
O
O
O
O
O
O
O
O
O
O
I
O
O
I
I
O
I
O
O
O
O
I
O
O
O
O
I
I
I
O
O
O
O
O
O
O
O
O
I
O
I
O
O
O
O

I/O

I
O
I
O
I
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O

I/O

O
O
O
I
NOD
NOD
NOD
NOD
NOD
NOD
NOD
NOD
NOD
NOD
O
O
I
I
O
O
O
O
O
O
O
I
O
O
I
I

port control resistor l

PU/PD

-

­PD
PD
PD
PD
PD

-

-

-

-

-

-

-

­PU

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

­PU

-

-

-

-

-

-

-

-

-

­PD

-

-

-

­PD
PD
PD

-

-

-

-

-

-

-

-

-

-

-

-

-

­PD
PD
PU
PU
PU
PU

-

­PU
PD

-

-

-

-

­PD
PD
PD

-

-

-

-

-

-

-

-

-

­PU

­PU

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

­PD
PD

L

PA

PCA00
PCA01
PCA02
PCA03
PCA04
PCA05
PCA06
PCA07
PCA08
PCA09
PCA10
PCA1
PCA12
PCA13
PCA14
XNFRE_GB
SDCLK
SDCMD
SDDAT0
SDDAT1
SDDAT2
SDDAT3
SDCD
SDWP
MDO0
MDO1
MDO2
MDO3
MDO4
MDO5
MDO6
MDO7
IECOUT
ASMCK
ABCKO
ALRCKO
ASDOUT0
PORT45
ARCOUT
PORT47
MDI0
MDI1
MDI2
MDI3
MDI4
MDI5
MDI6
MDI7
HS1DIN0
HS1DIN2
HS1DIN3
HS1DIN4
HS1DIN5
HS1BCLKIN
HS1VALIN
HS1SYNCIN
PORT70
PORT71
PORT72
PORT73
PORT74
PORT75
PORT76
PORT77
USB0VBUS
USB0OD
USB1VBUS
USB1OD
MIVAL
MISTRT
NFCLE_GB
XNFWP_GB
SBO0
SBI0
PORT92
PORT93
USB2VBUS
USB2OD
XNFWE_GB
NFALE_GB
PORT100
MCLKO
MOVAL
MOSTRT
MCLKI
AGCI
PORT106
PORT107
PORT110
PCCD2
PORT112
PORT113
PORT114
PORT115
PORT116
PORT117
PORT120
PWMA
XNFCE0_GB
PORT123
PORT124
HIN
VIN
SDA0
SCL0
SDA1
SCL1
DMDSDA0
DMDSCL0
SDA2
SCL2
PORT165
XIRQ0
XIRQ1
XIRQ2
XIRQ3
XIRQ4
XIRQ5
XIRQ6
XIRQ7
HS1DIN1
HS1DIN6
HS1DIN7
PCCD1
PCREADY
PCDOE
XIRQ15

PU/PD

I/O

PD

I

PD

I

PD

I

PD

I
I

PD

I

PD

I

PD

I

PD

I

PD

I

PD

I

PD

I

1

PD

I

PD

I

PD

I

PD

O

PU

O

-

I/O

-

I/O

-

I/O

-

I/O

-

I/O

-

I

-

I

-

I

PD

I

PD

I

PD

I

PD

I

PD

I

PD

I

PD

I

PD

O

-

O

-

O

-

O

-

O

-

I

PU

O

-

O

-

O

-

O

-

O

-

O

-

O

-

O

-

O

-

O

-

I

PD

I

PD

I

PD

I

PD

I

PD

I

PD

I

PD

I

PD

O

-

O

-

O

-

O

-

O

-

O

-

O

-

O

-

O

-

I

-

O

-

I

-

O

-

O

-

O

PD

O

PD

I/O

PU

I

PU

O

PU

I

PU

O

-

I

-

O

PU

O

PD

O

-

I

PD

I

PD

I

PD

O

-

O

PD

O

PD

O

-

O

-

I

-

O

-

O

-

O

-

O

-

O

-

O

-

O

-

O

-

O

PU

I

-

I

PU

NOD

-

NOD

-

NOD

-

NOD

-

NOD

-

NOD

-

NOD

-

NOD

-

NOD

-

NOD

-

O

-

O

-

I

-

I

-

O

-

O

-

O

-

O

-

I

-

I

PD

I

PD

I

PD

I

-

I

-

O

-

O

-

1

A B C D E F G H I

28

11.1.5. DIAGRAMA ESQUEMÁTICO DA PLACA A - (6/21)

6

5

Peaks-LD4

4

PCDOE

CIDATA3

CIDATA4

CIDATA5

CIDATA6

CIDATA7

CIDATA0

CIDATA1

CIDATA2

P_PCDOE

P_ERXW

P_ED3

P_ED11

P_ED4

P_ED12

P_ED5

P_ED13

P_ED6

P_ED14

P_ED7

P_ED15

P_ED0

P_ED8

P_ED1
P_ED9
P_ED2

P_ED10

GND Guard

GND Guard

GND Guard

GND Guard

Hi-Z

PU(reg)

3

Hi-Z

Hi-Z

Hi-Z

Hi-Z

Hi-Z

Hi-Z

PU(reg)

PU(reg)

Hi-Z

Hi-Z

HSVALOUT

HSSYNCOUT

HSBCLKOUT

HSDOUT0

HSDOUT1

HSDOUT2

HSDOUT3

HSDOUT4PU(reg)

HSDOUT5

HSDOUT6

HSDOUT7

P_HSVALOUT

P_HSSYNCOUT

P_HSBCLKOUT

P_HSDOUT0

P_HSDOUT1

P_HSDOUT2

P_HSDOUT3

P_HSDOUT4

P_HSDOUT5

P_HSDOUT6

P_HSDOUT7

GUARD_CLK

PEAKS-sLD8

P_PCCE2

SMTCMD

P_PCREG

SMTRST

P_PCRESET

SMTSEL

P_PCVS1

SMT_OFF

P_HS1DIN7

TC-L32B6B

SMTD

P_HS0VALIN

P_HS0SYNCIN

P_HS0BCLKIN

XIRQ8

PORT110

P_HS0DIN0

P_HS0DIN1

P_HS0DIN2

P_HS0DIN3

P_HS0DIN4

P_HS0DIN5

P_HS0DIN6

P_HS0DIN7

P_PCVS1

Hi-Z

HS0VALIN

HS0SYNIN

HS0BCLKIN

HS0DIN0

HS0DIN1

HS0DIN2

HS0DIN3

HS0DIN4

HS0DIN5

HS0DIN6

HS0DIN7

CI_OCP

CI_POWER_ON

PD(reg)

PD(reg)

PD(reg)

PD(reg)

PD(reg)

PD(reg)

PD(reg)

PD(reg)

PD(reg)

PD(reg)

Hi-Z

Hi-Z

Hi-Z

PCCE1

Hi-Z

Hi-Z

PCIORD

Hi-Z

PCIOWR

Hi-Z

PCRESET

2

Hi-Z

PCCD2

PCWAIT

Hi-Z

Hi-Z

PCREADY

PCCD1

Hi-Z

PCREG

Hi-Z

PCOE

PCWEHi-Z

P_PCCE1

P_PCOE

P_PCWE

P_PCIORD

P_PCIOWR

P_PCRESET

P_PCCD2

P_PCWAIT

P_PCREADY

P_PCCD1

P_PCREG

1

A B C D E F G H I

29

TC-L32B6B

11.1.6. DIAGRAMA ESQUEMÁTICO DA PLACA A - (7/21)

6

LVDS-IF/T-CON

REF No. 4000 - 4499

PANEL_TEST_ON

P_TCON1

5

PEAKS-sLD8

L4051

J0ZZB0000147

L4052

J0ZZB0000147

L4053

J0ZZB0000147

*L4054

J0ZZB0000147

*L4055

J0ZZB0000147

*L4056

J0ZZB0000147

R4045

R4046

R4047

R4048

R4049

R4105

PKG

P_LVDSRREF

R4033

TA1N_CN

180

TA1P_CN

TB1N_CN

180

TB1P_CN

R4035

R4037

TC1N_CN

180

TC1P_CN

TCLK1N_CN

180

TCLK1P_CN

R4039

R4041

TD1N_CN

180

TD1P_CN

R4104

TE1N_CN

180

TE1P_CN

TA2N_CN

180

TA2P_CN

TB2N_CN

180

TB2P_CN

TC2N_CN

180

TC2P_CN

TCLK2N_CN

180

TCLK2P_CN

TD2N_CN

180

TD2P_CN

TE2N_CN

180

TE2P_CN

P_T2AN

P_T2BN

P_T2BP

P_T2CN

P_T2CP

Socket O

i\j

P_T2CLKN

P_T2CLKP

P_T1AN

P_T1AP

P_T1BN

P_T1BP

P_T1CN

P_T1CP

P_T1CLKN

P_T1CLKP

P_T1DN

P_T1DP

P_T1EN

P_T1EP

P_T1FN

P_T1FP

P_T2DN

P_T2DP

P_T2EN

P_T2EP

P_T2FN

P_T2FP

4

Video output

3

2

LVDS REF

GUARD

R4074

24k

C

R4113

S

PEAKS-sLD8

TA1N_CN

TA1P_CNP_T2AP

TB1N_CN

TB1P_CN

TC1N_CN

TC1P_CN

TCLK1N_CN

TCLK1P_CN

TD1N_CN

TD1P_CN

TE1N_CN

TE1P_CN

TA2N_CN

TA2P_CN

TB2N_CN

TB2P_CN

TC2N_CN

TC2P_CN

TCLK2N_CN

TCLK2P_CN

TD2N_CN

TD2P_CN

TE2N_CN

TE2P_CN

TP4080

TP4099

TP4076

TP4078

TP4081

TP4100

TP4079

TP4077

TP4086

TP4088

TP4090

TP4092

TP4094

TP4101

TP4074

TP4087

TP4089

TP4091

TP4093

TP4095

TP4072

TP4102

TP4073

TP4075

*R4086

0

PNL12V

*R4088

TERM

51

50

49

0

0

*R4089

C

R4106

3.3k

R4107

9.1k

C

48

47

46

45

44

43

42

41

40

39

38

37

36

35

34

33

32

31

30

29

28

27

26

25

24

23

22

21

20

19

18

17

16

15

14

13

12

11

10

*R4090

9

0

*R4091

8

0

7

0

*R4087

6

5

4

3

2

1

SIDE

*A11

K1MY51BA0526

C

PNL12V

TP4103

C

50V

50V

16V

4.7u

0.01u

C4002

C4001

C4000

0.01u

TP4097

TP4098

0

*R4085

0

*R4084
C

C

A15 A16

*A16

TP4096

R4078

3.3k

R4077

9.1k

0

*R4079

0

R4080

0

R4081

32inch LGD

321

31

GND

30

PNL12V

29

PNL12V

28

PNL12V
PNL12V

27

GND

26

GND

25

GND

24

GND

23

LVDS_SEL

22

NC

21

GND
CH1_0-

20

CH1_0+

19

GND

18

CH1_1-

17

CH1_1+

16

GND

15

CH1_2-

14

CH1_2+

13

GND
CH1_CLK-

12

CH1_CLK+

11

GND

10

CH1_3-

9

CH1_3+

8

GND

7

NC

6

NC

5

NC
GND

4

GND

3

2

1

PWM L o

PWM_ENB

P_STMTIME3

NORMAL

VJ4000

PWM_ENB

S

PWM_POW_ON

A B C D E F G H I

30

11.1.7. DIAGRAMA ESQUEMÁTICO DA PLACA A - (8/21)

6

TC-L32B6B

PNL12VBlock

PNL12V

PNL12V

P15V

PNL5V

R5428

2.7k

VJUMP1608-P

VJ5422

CRNo.5300 `5349

P

C5436

10u35V

C5438

10u35V

C

G1C220MA0445

35V

35V

35V

C5435

C5434

10u

C5437

10u

C5439

10u

IC5421
C0DBAYY01300
RT7257CLZSP

C5441

Thermal Pad

PAD

C

0.018u

8

16V

C

SS

7

EN

6

COMP

R5429

5

1%

FB

14k

C5440

R5430

C5442

1%

0.01u

1k

50V

12V:1k+14k
5V:1k+5.36k

PANEL_VCC_ON2

R5431

47k

C

C5443
4700p
50V

50V

R5432

FB 0.8V }2%

27k

2200p

1%

1

BOOT

C5444

0.1u

16V

2

VIN

R5426

C5445

0.01u

22

L5421

25V

3

SW

C5433
1000p

35V

50V

4

GND

10u

R5427

10

5

SUB3.3V

P15V

SUB3.3V

R5405

1k

SUB5V

R5425

SUB5V

P15V

C5426

1k

C CC

4

VJUMP1608-P

TP5400

10V

10V

C5406

10u

C5405

10u

CC C

VJUMP1608-P

TP5420

10V

10V

C5425

10u

10u

CRNo.5400 `5419

VJ5401

P

C5400

10u35V

C5401

CC

2300mA

L5400

G1C4R7ZA0311

C5411

6.3V
1000p

6.3V

C5404

C5403

50V

22u

CC

22u

CRNo.5420 `5439

VJ5421

P

C5421

10u35V

C5420

10u35V

C

900mA

L5420

G1C6R8MA0533

C5431

6.3V

6.3V
1000p

C5424

22u

C5423

22u

50V

CCC

IC5400

C0DBAYY01299

RT7257DHZSP

C5407

IC5420

C0DBAYY01299

RT7257DHZSP

Thermal Pad

PAD

Thermal Pad

PAD

0.033u

8

SS

C

25V

"H": ON

7

"L": OFF

EN

C5408

R5401

50V

2200p

22k

1%

6

COMP

25V

4700p

C5409

5

C

FB

50V

100p

C5410

R5402

P

R5403

910

VJ5400

C

2.87k

1%

C5427

0.033u

8

SS

C

25V

"H": ON

7

"L": OFF

EN

C5428

R5421

50V

2200p

33k

1%

6

COMP

25V

4700p

C5429

5

C

FB

50V

100p

C5430

R5422

P

R5423

910

VJ5420

4.87k

C

1%

1

BOOT

C5402

10u35V

0.1u

16V

2

VIN

R54000

3

SW

C5412

0.01u

25V

4

GND

R5404

10

C

1

BOOT

C5422

0.1u

16V

2

VIN

R5420

0

3

SW

C5432

0.01u

25V

4

GND

R5424

10

C

STB5VCRNo.5200 `5229

DCDCEN

DCDCEN

After Power Swtch, to Analog ASIC

STB5.3V

D5200

DZ2J068M0L

R5200

0

STB5V

TP5200

D5201

B0JCCE000008

4

3

VDD

VOUT

VSS

1CE2

C
IC5200
C0DBGYY00977

MM3404A50URE(R59-C837)

C5201
10V

1u

C5200
10V

1u

"H": ON
"L": OFF

16V

SUB 5V d

FE_1.2/1.1V

LCD_TV_SUB_ON

PNL12V

SUB9V

SUB5V

STB5V

SUB3.3V

SUB1.1V

SUB1.5V

STB3.3V

SUB_AI_3.3V

TU_1.8V

D5173

C

C5203
1000p
50V
C

B0ADCK000001

DA2J10100L

DA2J10100L

B0ADCK000001

C5202
1000p
50V

C

B0ADCK000001

DA2J10100L

DA2J10100L

D5192

D5177

D5186

D5179

D5194

D5191

B0ADCK000001

D5193

DZ2J220M0L

DZ2J180M0L

DZ2J110M0L

DZ2J068M0L

DZ2J047M0L

DZ2J027M0L

D5172

D5176

D5185

D5178

to ASIC

D5187

OVP

OPERATE

C

C5171
16V

0.01u

D5195

C5180
50V
1000p

P15V

NET100630

C5204

16V

0.01u

IC8000
STM

SOS

SUB3.3V_SENSE

P_STMGPIO5

IC8000

R5181

10k

C5173

R5182

0.1u
100k

16V

C

C

SUB3.3V

Peaks RESET

TO Sheet Peaks-COMMON

SUB3.3V

R5152

P_XRST

2.2k

C5150

0.01u

25V

C

IC8000 z u

STB3.3V

IC5000
AN34043A

Analog ASIC

OVP

AP_OVP_DET

D5180

DZ2J033M0L

C

C

C

R5175

C5170

68

1u

10V

OPERATE

OVP

S

VJ5178

ASIC-SUBON

D5182
EZJZ0V120JA

C

C

SOS

LATCH

OPERATE

SOS_SENSE

SOS

R5173

S

TV_SOS

SOS

OPERATE

P_STMGPIO0

R5174

10k

TO STM

C

STM RESET

TO STM

P_XRSTSTM

SW_OFF_DET

TO Sheet Peaks-COMMON

IRQ2 POWER_DET

P_XIRQ2

TO STM

SG-SW_OFF_DET

P_STMGPIO1

SOS

R5150

47k

0.01u

C5151

25V

C

R5104

10k

R5100

100

S

VJ5151

S

VJ5150

S

VJ5101

IC5000
AN34043A

Analog ASIC

PEAKSRST

IC5000

STB_RST

SW_OFF_DET

3

P15V

P

VJ5017

C5003

25V

10u

C5006
25V

1u

SUB9V

BL_PWM

R5031

P_PWMA

2

AP_OVP_DET

ASIC-SUBON

PWM_ENB

PWM_POW_ON

DCDCEN

PEAKSRST

P_XRST2

0

R5032

0

SUB_AI_3.3V

R5033

0

C

TP5004

16V

C5026

C5012

R5002

68k

R5007 10k

1

2

1u

3

4

5

10V

1u

6

7

8

R5003

9

10k

10

11

12

13

C5002

14

10V

1u

15

C5004

S

VJ5016

16

10V

1u

VJ5008

P

STB5V

VJ5004

P

R5006

10k

S

VJ5018

SUB5V

VJ5001

P

AN34043AAVF

DTV12V

SUB9V

PWMAOUT

PWMAIN

PWMPOWON

5VS

OVP

SUBON

GND

MONDTV12V

DCDCCTL

PEAKSRST

PEAKSRST2

SUB5V

SDVCC

SD_UHS

IC5000

SP_HP_MUTE

SOUND_SOS_DET

STB3.3V

STB1.14V

MONSTB5V

SWOFFDET

MON_MUTE

EXTMUTE

AMPSTBY

SOUNDSOS

SOSSENSE

32

31

STB5V

30

29

28

STBRST

27

C5020

26

CD

16V

0.1u

25

24

23

HPMUTE

22

21

20

19

18

17

TVSOS

C

1

Q5000

B1ADCE000030

STB5V

P

VJ5015

C5000

C5001

10V

25V

1u

10u

R5009

56k

R5012

1%

22k

STB3.3V

R5011

R5013

330

330

R5016

47k

C

TP5002

STB3.3V

VJ5005

P

C5016

C5021
10V

10u

1u

10V

C5022

0.1u

16V

1%

STB_RST

SW_OFF_DET

EXT_MUTE

HP_MUTE

AMP_STBY

R5101

R5102

47k

47k

P_STMSBI1

P_STMSBO1

SOUND_SOSDET

SOUND_SOS

SOS_SENSE

TV_SOS

SOUND_SOS

R5014

STB_RST

10k

SG-MON_MUTE

SG-SP_HP_MUTE

STB3.3V

SW-RST

STB3.3V

10k

R1953

R5030

10k

C

To STM(sLD)

P32 QLINK2(for AV2 in 2scart, AV1 in 1scart)/KEY3

KEY3

To O

P_STMGPIO2

R1951
68

C1958

0.01u

25V
C

KEY3

A B C D E F G H I

31

TC-L32B6B

11.1.8. DIAGRAMA ESQUEMÁTICO DA PLACA A - (9/21)

6

R2065

0

2.0 x 1.25

D2021

B0ECKM000046

BL_ECO
P_SDVOLC

KEY3

LCD_TV_SUB_ON

BL_PWM

PANEL_MAIN_ON/BL_ON

P_STMGPIO7

KEY1

P15V

TP2028

VJ2001

STB5.3V

DCDCIN

P

STB3.3V

R2008

47k

In SV6

@R2010 : no use
@D2006, D2007, D2008, R2031 : use
@D2009 : no use

Except SV6

@R2010 : use
@D2006, D2007, D2008, D2009, R2031 : no use

P_STMADIN2

SG-PANEL_SOS/BL_SOS

TP2040

TP2013

TP2047

TP2009

TP2030

TP2045

TP2029

TP2011

TP2017

R2040

SOUND18V

B0ECKM000046

50V

1000p

NC

BL_ECO

SUB_ON

5

BL_PWM

POWER_ON

BL_ON

BL_SOS

KEY1

K1KY16BA0394

SM16B-PBDSS-TF(LF)(SN)

GND

STB5.3V

GND

16V

16V

16V

GND

16

NC

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

A02

4

EZJZ0V120JA

EZJZ0V120JA

Must less than 18V.

16V

TP2027

TP2015

C2040

50V

*D2017

1000p

C2009

50V

1000p

C2017

50V

1000p

C2027

C2039

1000p

50V

C2038

1000p

TP2025

TP2026

1000p

50V

C2025

50V

C2014
25V

10u

C2023

0.1u

16V

D2016

P17V

TP2024

C

47k

D2018

R2064

R2062

R2014

R2013

R2051

R2010

100

100

100

100

100

0

2.0 x 1.25

B0ECKM000046
VF typ.0.86V

D2019

STB5.3V

D2020

B0ECKM000046

C

3

0

R2056

STB3.3V

R2057

STB3.3V

22k

R2055

10k

Q2013

B1ABCE000015

C

R2054

100k

R2060

R2061

22k

47k

R2053

47k

Q2011

B1ABCE000015

C

*Q2012

B1ABCE000015

C

*R2058

R2000

*R2059

47k

150k

P_STMRMIN

C2035

10u

C2000

1u

10V

C

10k

10V

P_STMADIN0

P_STMTIME0

P_STMGPIO6

RMIN

AI_SENSOR

G_LED_ON/SYSCLK

R_LED_ON

R2003

REMOTE

7

GND

STB3.3V

G_LED

6

5

AI

4

3

2

1

A10

2

SUB3.3V

R_LED

K1KY07AA0719

BM07B-GVHS-TB(LF)(SN)

1

TP2000

TP2001

TP2002

TP2003

TP2004

TP2005

TP2006

C

C

D2006

D2007

EZJZ0V120JA

D2001

EZJZ0V120JA

EZJZ0V120JA

D2004

D2008

D2009

EZAEG2A50AX

C2005
1000p
50V

C2004

1000p

50V

EZJZ0V120JA

C2003

1000p

50V

C2002
1000p

C2001

C2010

1000p

100p

50V

50V

50V

SUB_AI_3.3V

0

R2001

R2016

R2002

R2017

R2018

0

P

S

S

R g < 40kHz

SUB3.3V

3k

A B C D E F G H I

32

11.1.9. DIAGRAMA ESQUEMÁTICO DA PLACA A - (10/21)

TC-L32B6B

6

TU_1.8V

TU_1.8V

1000mA

2000mW

IC5704

DB2J30900L

D5700

C5710

10u

10V

C0DBEYY00102

LD1117AL-AD-AA3-A-R

4

(FIN)

VOUT

3 VIN

VOUT

2

GND

Vref

1.25V

R5715

1%

120

1

R5716

1%

56

C

SUB3.3V

SUB3.3V

5

4

POWER_FE

FE_PWR1_ON

P_TCON3

C5726
1000p

50V

C

FE_1.2/1.1V

TP5701

C5724
1000p

50V

C

R5712

C5725
1000p

50V

C

3.3k

dp

R5710

10k

C

VJ5700

C5712

0.1u

16V

P

C

C

C5711

10u

10V

C

C5714
10V

1u

C

C5713

0.1u

16V

TP5705

TU_1.8V

3

*C5719

P15V

VJ5701

VJUMP1608-P

P

*C5715

10u

35V

C

*C5716

10u

35V

1.2V 4.7uH,

2.5V 6.8uH

2

*R5717

G1C4R7ZA0311

*C5718

*C5717

22u

22u

4V

4V

C C

0.1u

16V

0

*L5700

C5720

1000p

50V

R5718

10

_CI[h IC A

ICs zuB

1

2

3

4

*IC5705

C0DBAYY01300

RT7257CLZSP

BOOT

VIN

SW

GND

Thermal Pad

COMP

PAD

C

2.5V_R5760:820,R5761:1.74K

1.2V_R5760:2.0K,R5761:1.0K

SS

EN

FB

8

7

6

5

*R5719

1%

2k

*C5721

0.033u

25V

C

*R5720

1%

1k

C5722
4700p

25V

*C5723
4700p
25V

*R5721

3k

1%

R5719 L5700

JPN_2.5V 4700p1.74k

DTMB_1.2V

820

2.0k

2.5V_8.2k

1.2V_3.0k

TP5706

R5720 R5721

8.2k

820T2_1.1V

12k2.0k

3.0k

1.0k

6.8u

4.7u

C5723

33n15u

4700p

FE_1.2/1.1V

1

A B C D E F G H I

33

TC-L32B6B

11.1.10. DIAGRAMA ESQUEMÁTICO DA PLACA A - (11/21)

P_ED6

P_ED3

P_ED1

P_ED0

P_ED7

P_ED5

P_ED4

P_ED2

R8966

1k

K1KB60A00157

CN8901

1

31

2

32

3

33

4

34

5

35

6

36

7

37

8

38

9

39

10

40

11

41

12

42

13

43

14

44

15

45

16

46

17

47

18

48

19

49

20

50

21

51

22

52

23

53

24

54

25

55

26

56

27

57

28

58

29

59

30

60

54477-0608

ECLK

SUB3.3V

31GND
32SCARD_IRQ
33XERWE0
34ERXW
35ES1
36­37GND
38­39ED6
40GND
41ED3
42ED1
43GND
44SUB5V
45SUB3.3V
46SUB3.3V
47GND
48ED0
49CS2
50EXTRG
51TMS
52TDI
53GND
54TCK
55GND
56­57STMRST
58­59­60GND

SUB5V

1GND
2XERWE1
3XECS1
4ES2
5ES0
6GND
7ECLK
8GND
9ED7
10ED5
11ED4
12ED2
13EA25
14GND
15SUB3.3V
16SUB3.3V
17SUB5V
18GND
19CS0
20­21GND
22TDO
23TRST
24GND
25­26­27­28XRST
29BOOTSWAP
30GND

6

P_XIRQ1

P_NFD0_GB

P_NFD1_GB

P_NFD2_GB

5

P_NFD3_GB

P_NFD4_GB

P_NFD5_GB

P_NFD6_GB

P_NFD7_GB

R8911

EXB2HV121JV

4

P_NANDRYBY0_GB

P_XNFRE_GB

P_XNFCE0_GB

3

P_NFCLE_GB

P_NFALE_GB

P_XNFWE_GB

P_XNFWP_GB

R8906

R8917

R8914

R8915

R8916

R8918

R8919

AH_NFD0

AH_NFD1

AH_NFD2

AH_NFD3

AH_NFD4

AH_NFD5

AH_NFD6

AH_NFD7

NC

45NC46NC47NC48

AH_NFD7

AH_NFD6

AH_NFD4

AH_NFD5

AH_NFD2

AH_NFD1

AH_NFD0

AH_NFD3

C8900

0.1u

16V

38NC39NC40NC41

I/O442I/O543I/O644I/O7

33NC34NC35NC36

Vss37Vcc

I/O030I/O131I/O232I/O3

*IC8900

C3FBUY000023

TC58NVG1S3ETA00BAH

1NC2NC3NC4NC5NC6NC7

S

S

S

S

S

S

S

GUARD_NANDRYBY0

GUARD_XNFRE

RY/BY8RE9CE10NC11NC12Vcc13Vss14NC15NC16CLE17ALE18WE19WP20NC21NC22NC23NC24NC

R8963

10k

C8901

R8909

2.2k

0.1u

16V

R8964

10k

25NC26NC27NC28NC29

SUB3.3V

C

Brazil model

2Gbit
C3FBUY000023 Toshiba
C3FBUY000014 Hynix

SUB3.3V

R8910

10k

P_XERWE1

P_XECS1

P_XERWE0

P_ES2

P_ERXW

P_ES0

P_ES1

P_ED7

P_ED6

P_ED5

P_ED4

P_ED3

P_ED2

P_ED1

P_ED0

P_PCA06 cmode5 EXTRG

P_STMTIME1

P_PCA06

P_TMS

P_TDO

P_TDI

P_TRST

P_TCK

P_XRSTSTM

P_XRST

TP8920

R8912

R8913

0

0

C

PEAKS_EEPROM

SUB3.3V

JTAG

DEBUG_TRACE

EEPROM

2

R8904

I2CBUS

PEAKS_EEP_SDA

PEAKS_EEP_SCL

P_XNFCE1_GB

EEPROM_WP

4.7k

C8902

0.1u

16V

1

IC8902

C3EBJY000053

CAT24C64WI-GT3JN

SDA

5

SCL

6

WP

7

Vcc

8

C

Vss

A2

A1

A0

R8965

SUB3.3V

R8902

47k

47k

TP8910

TP8911

TP8912

TP8913

TP8914

TP8915

TP8916

TP8917

TP8921

PEAKS-sLD8

TRCCLK

P_PCA04

TRCST

P_PCA05

TRCD7

P_PCA10

TRCD6

P_PCA09

TRCD5

P_PCA08

TRCD4

P_PCA07

TRCD3

P_PCA03

TRCD2

P_PCA02

TRCD1

P_PCA01

TRCD0

P_PCA00

NET300235

TP8900

TP8901

TP8902

TP8903

TP8904

TP8905

TP8906

TP8907

TP8908

TP8909

PEAKS-sLD8

STB3.3V

4

3

2

1

C

XRSTSTM

P_XRSTSTM

BEXRST
P_XRST

STMEXTRG(??)

P_STMTIME1

P_TCK

P_TRST

P_TMS

P_TDO

P_TDI

P_PCA06

A B C D E F G H I

34

11.1.11. DIAGRAMA ESQUEMÁTICO DA PLACA A - (12/21)

6

TC-L32B6B

*JK8600

VJ020

P

VJ021

P

P

1CT:1

1

2

TRANSMIT

3

4

1CT:1

5

RECEIVE

6

7

8

K2LC1YYA0020

2KV

1000pF

1

2

3

4

5

6

7

75

8

75

PEAKS-sLD8

USB2VBUS

P_TXD1

USB2OD

P_RXD1

P_USB2DP

P_USB2DN

TP8600

P_TXOP

P_TXON

P_RXIP

P_RXIN

P_RSET

TP8601

TP8603

TP8602

C8603

50V

100p

5

4

C8604

50V

100p

GG

TX+

TX-

*C8602

0.01u

16V

C

RX+

RX-

*C8601

0.01u

16V

C

GG

VJ023

P

VJ024

P

VJ025

P

VJ022

CC GG

3

90 DIFFERENTIAL IMPEDANCE

SD_CARD

SUB3.3V

PEAKS-sLD8

R8661

GUARD_CLK

S

S

R8660

S

R8664

R8665

S

R8663

S

S

R8662

50V

50V

0.1u

0.1u

10p

16V

C8671

22p

50V

16V

C8663

C8662

C8660

C8661

2

P_SDDAT2

P_SDDAT3

P_SDCMD

P_SDCLK

P_SDDAT0

P_SDDAT1

P_SDCD

P_SDWP

1

VDDSD18V33V

VJUMP1005-P

VJ8660

P

10k

R8666
D1HY1038A012

K1KA11B00092

SM11B-GHS-TB(LF)(SN)

TP8665

VJ8600

CN0102

1

SDDAT0

2

SDCD

3

SDDAT1

4

SDDAT2

5

SDDAT3

6

GND

7

SDCLK

8

SDCMD

9

SDWP

10

GND

11

P

SUB3.3V

C

TP8661

SDDAT2

TP8660

SDDAT3

TP8664

SDCMD

R8667

D1HY5604A012

TP8666

SDCLK

R8669
22

TP8663

SDDAT0

TP8662

SDDAT1

TP8667

SDCD

TP8668

SDWP

R8668

D1HY5604A012

50V

50V

50V

50V

10p

10p

10p

10p

10p

C8666

C8664

C8667

C8665

C

SUB3.3V

SUB3.3V

*R8469

10k

VJ8520

S

*R8470

C8468

1u

10V

10k

C

C

USB2

PEAKS-sLD8

P_USB1VBUS

P_USB1OD

P_USB1DP

P_USB1DN

USB1

PEAKS-sLD8

P_USB0VBUS

P_USB0OD

P_USB0DP

P_USB0DN

SUB5V

R8477

P

90 DIFFERENTIAL IMPEDANCE

SUB5V

SUB3.3V

*R8450

*C8450

C

10k

*R8454

1u

10k

10V

C

R8676

*C8451

*C8453

0.1u

16V

P

+

100u

6.3V

C

*C8452

10u

10V

1

IN

2

GND

C

3

EN

C0DBZYY00541

NCP380HSNAJAAT1G

*IC8453

90 DIFFERENTIAL IMPEDANCE

USBP

4

1

USBN

2

3

SUB5V

SUB3.3V

R8451

10k

C8456

R8455

1u

10k

10V

C

C

L8469

J0ZZB0000142

< <

16V0.1u

*C8474

10V

10u

*C8475

C

*R8473

1

IN

2

GND

3

C

EN

NCP380HSNAJAAT1G

C0DBZYY00541

C8463

R8475

0.1u

16V

P

+

C8459

100u

6.3V

C

C8461

10u

10V

90 DIFFERENTIAL IMPEDANCE

0

6

OUT

5

*IC8457

ILIM

*C8478

4

FLAG

*R8453

37.4k

C

0.1u

16V

1%

1

IN

2

GND

C

3

EN

C0DBZYY00541

NCP380HSNAJAAT1G

*C8476

F1J1A106A087

10u

10V

GND

GND

IC8454

*C8477

10u

10V
C

*L8459

J0ZZB0000142

R8675

P

TP8459

TP8460

R8476

P

TP8457 TP8458

C8473

1000p

50V

TP8451

TP8455

C

TP8452

TP8456

C

WiFi

*JK8452

K1FY105E0017

1

2

3

4

5

C

1

2

3

4

C

*JK8450

K1FY104B0092

1

2

3

4

C

*JK8451

K1FY104B0092

VBUS

DM
DP

ID

GND

VBUS

DM

DP

GND

VBUS

DM

DP

GND

*C8455

220u

6.3V

6.3V
C

J0ZZB0000142

<

C8467

220u

6.3V
C

J0ZZB0000142

22u

*L8451

10u

10V

VJUMP1608-P

*R8463

2.7k

C

VJUMP1608-P

R8464

2.7k

C

L8453

TP8450

TP8454

C

OUT

ILIM

FLAG

OUT

ILIM

FLAG

*R8474

+

5

0.1u

4

16V

*R8457

37.4k

1%

C

C8465

6

C8470

+

5

0.1u

4

16V

R8458

37.4k

1%

C

C

2.7k

*C8454

*C8457

6

A B C D E F G H I

35

TC-L32B6B

11.1.12. DIAGRAMA ESQUEMÁTICO DA PLACA A - (13/21)

6

5

AVDDH3.3V

4

AVDDH3.3V

SUB5V

SUB3.3V

PHY3.3V

L8014

5V -> 3.3V

IC8001

MM3404A33URE(R59-C803)

C0DBGYY00887

VDD

VOUT

C8076

10V

1u

4

TP8000

3

HDMI3.3V

C8700

10V

1u

1

CE

2

VSS

3

C

D8000

DA2J10100L

100k

R8011

C

2

1

A B C D E F G H I

36

11.1.13. DIAGRAMA ESQUEMÁTICO DA PLACA A - (14/21)

TC-L32B6B

LOCK/SLD8

6

5

4

3

2

CLK

STM RESET

BE RESET

JTAG I/F

STM REG CTRL

REMOTE

TIMER

STM SERIAL

STM I2C

HDMI I/F

BE POWER CTRL

DDR POWER CTRL

ANALOG INPUT

STM COMMON I/O & IRQ

STM COMMON I/O

STMHPDO0

*IC8000AE4AXI

*IC8000AD4AXO

*IC8000AD5XRSTSTM

*IC8000AC5XRST

*IC8000AA7TCK

*IC8000AB7TMS

*IC8000U9TDI

*IC8000AD8TDO

*IC8000Y8TRST

*IC8000T4STMRONA

*IC8000U3STMRMIN

*IC8000V3STMTIME0

*IC8000W5STMTIME1

*IC8000W4STMTIME2

*IC8000U4STMTIME3

*IC8000W3STMTIME4

*IC8000W2STMTIME5

*IC8000Y4STMTIME6

SBI/O 0 f o b N
TP m B

*IC8000Y1STMSBO0

*IC8000AA4STMSBI0

*IC8000AB1STMSBT0

*IC8000AB2STMSBO1

*IC8000AB3STMSBI1

*IC8000AC1STMSDA

*IC8000AC2STMSCL

*IC8000Y3STMCEC0

*IC8000T6STMCECPUL

*IC8000U7STMCECAVL1A

*IC8000R7

*IC8000AB5STM5VDET0

*IC8000W6STMDDCSDA0

*IC8000T7STMDDCSCL0

*IC8000U2STMHPDO1

*IC8000AA6STM5VDET1

*IC8000AE3STMDDCSDA1

*IC8000R9STMDDCSCL1

*IC8000U6STMHPDO2

*IC8000AC3STM5VDET2

*IC8000AA5STMDDCSDA2

*IC8000V7STMDDCSCL2

*IC8000AD3STMDDCSDA4

*IC8000Y7STMDDCSCL4

*IC8000Y2MAINPWRON

*IC8000T5DDRPWRON

*IC8000U1STMADIN0

*IC8000T3STMADIN1

*IC8000U5STMADIN2

*IC8000T2STMADIN3

*IC8000AB6STMGPIO0

*IC8000Y6STMGPIO1

*IC8000Y5STMGPIO2

*IC8000V6STMGPIO3

*IC8000AA3STMGPIO4

*IC8000V4STMGPIO5

*IC8000AA2STMGPIO6

*IC8000W7STMGPIO7

P_AXI

P_AXO

P_XRSTSTM

P_XRST

P_TCK

P_TMS

P_TDI

P_TDO

P_TRST

P_STMRONA

P_STMRMIN

P_STMTIME0

P_STMTIME1

P_STMTIME2

P_STMTIME3

P_STMTIME4

P_STMTIME5

P_STMTIME6

P_STMSBO0

P_STMSBI0

P_STMSBT0

P_STMSBO1

P_STMSBI1

P_STMSDA

P_STMSCL

P_STMCEC0

P_STMCECPUL

P_STMCECAVL1A

P_STMHPDO0

P_STM5VDET0

P_STMDDCSDA0

P_STMDDCSCL0

P_STMHPDO1

P_STM5VDET1

P_STMDDCSDA1

P_STMDDCSCL1

P_STMHPDO2

P_STM5VDET2

P_STMDDCSDA2

P_STMDDCSCL2

P_STMDDCSDA4

P_STMDDCSCL4

P_MAINPWRON

P_DDRPWRON

P_STMADIN0

P_STMADIN1

P_STMADIN2

P_STMADIN3

P_STMGPIO0

P_STMGPIO1

P_STMGPIO2

P_STMGPIO3

P_STMGPIO4

P_STMGPIO5

P_STMGPIO6

P_STMGPIO7

1

SYSTEM BUS

CI ADDRESS

NAND FLASH I/F

SD CARD I/F

USB POWER CTRL

CI I/F

TS PARALLEL INPUT 0

TS PARALLEL OUTPUT

HSDOUT2

*IC8000E24ED0

*IC8000G21ED1

*IC8000E23ED2

*IC8000D25ED3

*IC8000C25ED4

*IC8000D24ED5

*IC8000J19ED6

*IC8000H19ED7

*IC8000H21XERWE0

*IC8000K20XERWE1

*IC8000F25ERXW

*IC8000H20ES0

*IC8000F23ES1

*IC8000F24ES2

*IC8000F22XECS1

*IC8000L20PCA00

*IC8000J23PCA01

*IC8000L19PCA02

*IC8000N20PCA03

*IC8000K19PCA04

*IC8000N21PCA05

*IC8000L21PCA06

*IC8000M20PCA07

*IC8000M19PCA08

*IC8000J20PCA09

*IC8000P20PCA10

*IC8000K21PCA11

*IC8000N19PCA12

*IC8000P19PCA13

*IC8000M21PCA14

*IC8000E21XNFRE_GB

*IC8000A24XNFWE_GB

*IC8000B23NFALE_GB

*IC8000C23NFCLE_GB

*IC8000B24XNFWP_GB

*IC8000A23XNFCE0_GB

*IC8000D22NANDRYBY0_GB

*IC8000F20XNFCE1_GB

*IC8000C22NANDRYBY1_GB

*IC8000B22NFD0_GB

*IC8000A22NFD1_GB

*IC8000D21NFD2_GB

*IC8000C21NFD3_GB

*IC8000B21NFD4_GB

*IC8000E20NFD5_GB

*IC8000B20NFD6_GB

*IC8000C20NFD7_GB

*IC8000J22SDCLK

*IC8000G24SDCMD

*IC8000G23SDDAT0

*IC8000H23SDDAT1

*IC8000G22SDDAT2

*IC8000H22SDDAT3

*IC8000J24SDCD

*IC8000J25SDWP

*IC8000K22SDVOLC

*IC8000N23USB0VBUS

*IC8000N24USB0OD

*IC8000M25USB1VBUS

*IC8000M23USB1OD

*IC8000W19PCRESET

*IC8000U19PCREG

*IC8000AA22PCCE2

*IC8000V19PCVS1

*IC8000V20PCCD2

*IC8000W20PCCD1

*IC8000Y21PCREADY

*IC8000AB23PCDOE

*IC8000Y22PCCE1

*IC8000U21PCWE

*IC8000V21PCOE

*IC8000AB22PCWAIT

*IC8000U20PCIOWR

*IC8000W21PCIORD

*IC8000T21HS0DIN0

*IC8000R22HS0DIN1

*IC8000R21HS0DIN2

*IC8000T20HS0DIN3

*IC8000T19HS0DIN4

*IC8000R19HS0DIN5

*IC8000P24HS0DIN6

*IC8000P21HS0DIN7

*IC8000P22HS0BCLKIN

*IC8000R20HS0VALIN

*IC8000P25HS0SYNCIN

*IC8000AB20HSDOUT0

*IC8000AA18HSDOUT1

*IC8000AD20

*IC8000AA21HSDOUT3

*IC8000Y19HSDOUT4

*IC8000AA19HSDOUT5

*IC8000AA20HSDOUT6

*IC8000AC20HSDOUT7

*IC8000Y20HSBCLKOUT

*IC8000AE20HSVALOUT

*IC8000AB19HSSYNCOUT

P_ED0

P_ED1

P_ED2

P_ED3

P_ED4

P_ED5

P_ED6

P_ED7

P_XERWE0

P_XERWE1

P_ERXW

P_ES0

P_ES1

P_ES2

P_XECS1

P_PCA00

P_PCA01

P_PCA02

P_PCA03

P_PCA04

P_PCA05

P_PCA06

P_PCA07

P_PCA08

P_PCA09

P_PCA10

P_PCA11

P_PCA12

P_PCA13

P_PCA14

P_XNFRE_GB

P_XNFWE_GB

P_NFALE_GB

P_NFCLE_GB

P_XNFWP_GB

P_XNFCE0_GB

P_NANDRYBY0_GB

P_XNFCE1_GB

P_NANDRYBY1_GB

P_NFD0_GB

P_NFD1_GB

P_NFD2_GB

P_NFD3_GB

P_NFD4_GB

P_NFD5_GB

P_NFD6_GB

P_NFD7_GB

P_SDCLK

P_SDCMD

P_SDDAT0

P_SDDAT1

P_SDDAT2

P_SDDAT3

P_SDCD

P_SDWP

P_SDVOLC

P_USB0VBUS

P_USB0OD

P_USB1VBUS

P_USB1OD

P_PCRESET

P_PCREG

P_PCCE2

P_PCVS1

P_PCCD2

P_PCCD1

P_PCREADY

P_PCDOE

P_PCCE1

P_PCWE

P_PCOE

P_PCWAIT

P_PCIOWR

P_PCIORD

P_HS0DIN0

P_HS0DIN1

P_HS0DIN2

P_HS0DIN3

P_HS0DIN4

P_HS0DIN5

P_HS0DIN6

P_HS0DIN7

P_HS0BCLKIN

P_HS0VALIN

P_HS0SYNCIN

P_HSDOUT0

P_HSDOUT1

P_HSDOUT2

P_HSDOUT3

P_HSDOUT4

P_HSDOUT5

P_HSDOUT6

P_HSDOUT7

P_HSBCLKOUT

P_HSVALOUT

P_HSSYNCOUT

TS PARALLEL INPUT 1

AD19HS1DIN6

TUNER CTRL

AUDIO OUTPUT

BE I2C

DEMOD I2C

BE SERIAL

SBO1

G20

HIGH SPEED SERIAL

VIDEO (PC) INPUT

TCON OUTPUT

R6TCON1

PANEL PWM

BE COMMON PORT & IRQ

DCDC FEEDBACK

LAN I/F

*IC8000W17HS1DIN0

*IC8000W15HS1DIN1

*IC8000AA17HS1DIN2

*IC8000W18HS1DIN3

*IC8000AC19HS1DIN4

*IC8000Y16HS1DIN5

*IC8000

*IC8000W16HS1DIN7

*IC8000AB18HS1BCLKIN

*IC8000Y17HS1VALIN

*IC8000Y18HS1SYNCIN

*IC8000AA13AGCI

*IC8000Y12AGCR

*IC8000Y13AGCBS

*IC8000E2A_MUTE

*IC8000F4IECOUT

*IC8000E4ASMCK

*IC8000D2ABCKO

*IC8000F6ALRCKO

*IC8000G5ASDOUT0

*IC8000E3ASDOUT1

*IC8000F5ARCOUT

*IC8000M2SDA0

*IC8000M1SCL0

*IC8000P5SDA1

*IC8000N4SCL1

*IC8000AA16DMDSDA0

*IC8000Y15DMDSCL0

*IC8000W14DMDSDA1

*IC8000AA15DMDSCL1

*IC8000E22SBO0

*IC8000C24SBI0

*IC8000

*IC8000F21SBI1

*IC8000B25TXD1

*IC8000D23RXD1

*IC8000Y11HIN

*IC8000AA12VIN

*IC8000P1TCON0

*IC8000

*IC8000R3TCON2

*IC8000P3TCON3

*IC8000N3TCON4

*IC8000R5TCON5

*IC8000P4TCON6

*IC8000N2TCON7

*IC8000P2TCON8

*IC8000P7PWMA

*IC8000P6XIRQ0

*IC8000G6XIRQ1

*IC8000H6XIRQ2

*IC8000G4XIRQ3

*IC8000M3XIRQ4

*IC8000L2XIRQ5

*IC8000D20XIRQ6

*IC8000A20XIRQ7

*IC8000R4AFB

*IC8000AD6TXOP

*IC8000AE6TXON

*IC8000AC7RXIP

*IC8000AC8RXIN

*IC8000AB8RSET

*IC8000U10RTT

P_HS1DIN0

P_HS1DIN1

P_HS1DIN2

P_HS1DIN3

P_HS1DIN4

P_HS1DIN5

P_HS1DIN6

P_HS1DIN7

P_HS1BCLKIN

P_HS1VALIN

P_HS1SYNCIN

P_AGCI

P_AGCR

P_AGCBS

P_A_MUTE

P_IECOUT

P_ASMCK

P_ABCKO

P_ALRCKO

P_ASDOUT0

P_ASDOUT1

P_ARCOUT

P_SDA0

P_SCL0

P_SDA1

P_SCL1

P_DMDSDA0

P_DMDSCL0

P_DMDSDA1

P_DMDSCL1

P_SBO0

P_SBI0

P_SBO1

P_SBI1

P_TXD1

P_RXD1

P_HIN

P_VIN

P_TCON0

P_TCON1

P_TCON2

P_TCON3

P_TCON4

P_TCON5

P_TCON6

P_TCON7

P_TCON8

P_PWMA

P_XIRQ0

P_XIRQ1

P_XIRQ2

P_XIRQ3

P_XIRQ4

P_XIRQ5

P_XIRQ6

P_XIRQ7

P_AFB

P_TXOP

P_TXON

P_RXIP

P_RXIN

P_RSET

P_RTT

LOCK/SLD8

DDR3 POWER CTRL

DDR3 CH I/F

DDR3 CH0 REF

DDR3 TEST

DDR3 POWER CTRL

*IC8000G7LPCTL

*IC8000B10MMCK

*IC8000B9MMXCK

*IC8000D7MMDQ0

*IC8000B6MMDQ1

*IC8000B5MMDQ2

*IC8000C5MMDQ3

*IC8000C3MMDQ4

*IC8000B1MMDQ5

*IC8000C2MMDQ6

*IC8000C1MMDQ7

*IC8000C8MMDQ8

*IC8000D8MMDQ9

*IC8000C7MMDQ10

*IC8000B7MMDQ11

*IC8000C4MMDQ12

*IC8000A3MMDQ13

*IC8000B3MMDQ14

*IC8000A2MMDQ15

*IC8000D19MMDQ16

*IC8000C18MMDQ17

*IC8000B18MMDQ18

*IC8000C17MMDQ19

*IC8000B14MMDQ20

*IC8000A14MMDQ21

*IC8000C13MMDQ22

*IC8000B13MMDQ23

*IC8000B17MMDQ24

*IC8000A17MMDQ25

*IC8000D15MMDQ26

*IC8000C15MMDQ27

*IC8000B12MMDQ28

*IC8000A12MMDQ29

*IC8000D11MMDQ30

*IC8000C11MMDQ31

*IC8000A6MMDQS0

*IC8000B4MMDQS1

*IC8000B15MMDQS2

*IC8000D17MMDQS3

*IC8000C6MMXDQS0

*IC8000A4MMXDQS1

*IC8000C14MMXDQS2

*IC8000C16MMXDQS3

*IC8000B2MMDM0

*IC8000C9MMDM1

*IC8000C19MMDM2

*IC8000C12MMDM3

*IC8000G9MMA0

*IC8000F16MMA1

*IC8000G11MMA2

*IC8000D9MMA3

*IC8000D18MMA4

*IC8000F17MMA5

*IC8000E8MMA6

*IC8000E17MMA7

*IC8000G8MMA8

*IC8000E19MMA9

*IC8000E10MMA10

*IC8000F18MMA11

*IC8000E16MMA12

*IC8000E18MMA13

*IC8000E7MMA14

*IC8000E15MMBA0

*IC8000D10MMBA1

*IC8000G16MMBA2

*IC8000E11MMXCS0

*IC8000D12MMXCS1

*IC8000F14MMXRAS

*IC8000E14MMXCAS

*IC8000D14MMXWE

*IC8000F10MMCKE0 *IC8000F9VDDIO15

*IC8000G10MMCKE1

*IC8000F11MMODT0

*IC8000F12MMODT1

*IC8000F19MMXRESET

*IC8000D4MMZQ

*IC8000D3MMVREF0

*IC8000D16MMVREF1

*IC8000D6MMVREF2

*IC8000G12MMATO

*IC8000D1DDR3VOUT

P_LPCTL

P_MMCK

P_MMXCK

P_MMDQ0

P_MMDQ1

P_MMDQ2

P_MMDQ3

P_MMDQ4

P_MMDQ5

P_MMDQ6

P_MMDQ7

P_MMDQ8

P_MMDQ9

P_MMDQ10

P_MMDQ11

P_MMDQ12

P_MMDQ13

P_MMDQ14

P_MMDQ15

P_MMDQ16

P_MMDQ17

P_MMDQ18

P_MMDQ19

P_MMDQ20

P_MMDQ21

P_MMDQ22

P_MMDQ23

P_MMDQ24

P_MMDQ25

P_MMDQ26

P_MMDQ27

P_MMDQ28

P_MMDQ29

P_MMDQ30

P_MMDQ31

P_MMDQS0

P_MMDQS1

P_MMDQS2

P_MMDQS3

P_MMXDQS0

P_MMXDQS1

P_MMXDQS2

P_MMXDQS3

P_MMDM0

P_MMDM1

P_MMDM2

P_MMDM3

P_MMA0

P_MMA1

P_MMA2

P_MMA3

P_MMA4

P_MMA5

P_MMA6

P_MMA7

P_MMA8

P_MMA9

P_MMA10

P_MMA11

P_MMA12

P_MMA13

P_MMA14

P_MMBA0

P_MMBA1

P_MMBA2

P_MMXCS0

P_MMXCS1

P_MMXRAS

P_MMXCAS

P_MMXWE

P_MMCKE0

P_MMCKE1

P_MMODT0

P_MMODT1

P_MMXRESET

P_MMZQ

P_MMVREF0

P_MMVREF1

P_MMVREF2

P_MMATO

P_DDR3VOUT

P_MMDQ[0-15]

P_MMDQ[16-31]

LVDS I/F

TUNER I/F

USB I/F

HDMI INPUT

P_T1AP

*IC8000L4T1AP

P_T1AN

*IC8000L3T1AN

P_T1BP

*IC8000K4T1BP

P_T1BN

*IC8000K3T1BN

P_T1CP

*IC8000J2T1CP

P_T1CN

*IC8000J1T1CN

P_T1DP

*IC8000H4T1DP

P_T1DN

*IC8000H3T1DN

P_T1EP

*IC8000F3T1EP

P_T1EN

*IC8000G3T1EN

P_T1CLKP

*IC8000H2T1CLKP

P_T1CLKN

*IC8000J3T1CLKN

P_T1FP

*IC8000F2T1FP

*IC8000F1T1FN

P_T1FN

*IC8000M5T2AP

P_T2AP

P_T2AN

*IC8000M6T2AN

P_T2BP

*IC8000M4T2BP

P_T2BN

*IC8000N5T2BN

P_T2CP

*IC8000L5T2CP

P_T2CN

*IC8000L6T2CN

P_T2DP

*IC8000J5T2DP

P_T2DN

*IC8000K5T2DN

P_T2EP

*IC8000J6T2EP

P_T2EN

*IC8000K6T2EN

P_T2CLKP

*IC8000L7T2CLKP

P_T2CLKN

*IC8000M7T2CLKN

P_T2FP

*IC8000J7T2FP

P_T2FN

*IC8000K7T2FN

GUARD

*IC8000AD9FEAINP

P_FEAINP

GUARD

*IC8000AE9FEAINN

P_FEAINN

*IC8000W10RFAGC

*IC8000W8BSIQ_I

*IC8000AA8BSIQ_Q

*IC8000M24USB0DP

*IC8000N22USB0DN

*IC8000L23USB1DP

*IC8000M22USB1DN

*IC8000K24USB2DP

*IC8000K23USB2DN

*IC8000AD22RX0CP

*IC8000AC22RX0CM

*IC8000AC23RX0P0

*IC8000AE22RX0M0

*IC8000AD23RX0P1

*IC8000AE23RX0M1

*IC8000AD24RX0P2

*IC8000AE24RX0M2

*IC8000AC24RX1CP

*IC8000AD25RX1CM

*IC8000AB24RX1P0

*IC8000AC25RX1M0

*IC8000AA23RX1P1

*IC8000AB25RX1M1

*IC8000Y23RX1P2

*IC8000AA24RX1M2

*IC8000Y25RX2CP

*IC8000Y24RX2CM

*IC8000W23RX2P0

*IC8000W22RX2M0

*IC8000V23RX2P1

*IC8000V22RX2M1

*IC8000U23RX2P2

*IC8000V24RX2M2

AGC

P_RF

GUARD

P_BSIQ_I

GUARD

P_BSIQ_Q

P_USB0DP

P_USB0DN

P_USB1DP

P_USB1DN

P_USB2DP

P_USB2DN

P_RX0CP

P_RX0CM

P_RX0P0

P_RX0M0

P_RX0P1

P_RX0M1

P_RX0P2

P_RX0M2

P_RX1CP

P_RX1CM

P_RX1P0

P_RX1M0

P_RX1P1

P_RX1M1

P_RX1P2

P_RX1M2

P_RX2CP

P_RX2CM

P_RX2P0

P_RX2M0

P_RX2P1

P_RX2M1

P_RX2P2

P_RX2M2

VIDEO INPUT

LOCK/SLD8

VIDEO OUTPUT

SIF INPUT

AUDIO INPUT

AUDIO OUTPUT

LOCK/SLD8

V-DAC REF

LOCK/SLD8

A-ADC REF

LOCK/SLD8

USB REF

LOCK/SLD8

LVDS REF

TEST

TEST

NC

NC

GUARD_V

*IC8000AB10V1

P_V1

GUARD_V

*IC8000AD11R1

P_R1

GUARD_V

*IC8000AB11G1

P_G1

GUARD_V

*IC8000AC11B1

P_B1

GUARD_V

P_R2

*IC8000AE12R2

GUARD_V

*IC8000AC12G2

P_G2

GUARD_V

*IC8000AD12B2

P_B2

GUARD_V

*IC8000AD13R3

P_R3

GUARD_V

P_G3

*IC8000AB13G3

GUARD_V

*IC8000AC13B3

P_B3

GUARD_V

*IC8000W11VC1_N

P_VC1_N

GUARD_V

P_VC2_N

*IC8000AA11VC2_N

GUARD_V

P_VC3_N

*IC8000AB12VC3_N

GUARD_V

*IC8000AA10VC4_N

P_VC4_N

P_SCIDIN1

*IC8000AA9SCIDIN1

P_SCIDIN2

*IC8000AC10SCIDIN2

P_FBL1_RFAGC2

*IC8000Y10FBL1_RFAGC2

GUARD_V

P_VOUT1

*IC8000Y9VOUT1

GUARD

*IC8000AB9SIFINP

P_SIFINP

GUARD

*IC8000AC9SIFINN

P_SIFINN

GUARD_SL

*IC8000AE14LIN1_LP

P_LIN1_LP

GUARD_SR

*IC8000AC14LIN1_RP

P_LIN1_RP

GUARD_SL

P_LIN2_LP

*IC8000AB14LIN2_LP

GUARD_SR

*IC8000AC15LIN2_RP

P_LIN2_RP

GUARD_SL

*IC8000AC16LIN3_LP

P_LIN3_LP

GUARD_SR

*IC8000AD16LIN3_RP

P_LIN3_RP

GUARD_SL

P_LIN4_LP

*IC8000AB16LIN4_LP

GUARD_SR

P_LIN4_RP

*IC8000AE17LIN4_RP

GUARD_SL

*IC8000AB17LO2_L

P_LO2_L

GUARD_SR

*IC8000AC18LO2_R

P_LO2_R

GUARD_SL

*IC8000AD17HP1_L

P_HP1_L

GUARD_SR

*IC8000AC17HP1_R

P_HP1_R

GUARD_V

*IC8000W9VCOMP

P_VCOMP

*IC8000AD14VREF1V5

P_VREF1V5

GUARD

P_USBRREF

*IC8000L22USBRREF

P_L

VDSRREF

*IC8000J4LVDSRREF

*IC8000T13T_L0N

P_T_L0N

*IC8000R13T_L0P

P_T_L0P

C

*IC8000N9FPEN

*IC8000R12TESTSEL

P_TESTSEL

*IC8000H5NC

*IC8000P23

*IC8000R23NC

*IC8000R24NC

*IC8000T22NC

*IC8000T23NC

*IC8000U22NC

*IC8000U24NC

*IC8000U25NC

*IC8000V5NC

*IC8000AD1NC

*IC8000AD2NC

*IC8000AE2NC

LOCK/SLD8

STM POWER 3.3V

STM REGULAT

ETHER PHY POWER 3.3V

ETHER PHY REGULATOR OUTPUT 1.1V

ETHER PHY POWER 1.1V

BE POWER 1.1V

VADC REGULATOR OUTPUT 1.1V

BE POWER SD_CARD

BE POWER TCON

BE POWER EMMC

BE POWER 1.5V

BE POWER 3.3V

*IC8000L10VDDSTM33

*IC8000M10STMADAVDD33

OR OUTPUT 1.1V

*IC8000N10VDDSTM11

*IC8000P10AVDD33_CEN

*IC8000P9AVDD33_TX

*IC8000AC6CTRL11

*IC8000T9AVDD11_CEN

*IC8000AB4AVDD11_RX

*IC8000T10DVDD11

*IC8000J11VDD11

*IC8000J12VDD11

*IC8000J13VDD11

*IC8000J14VDD11

*IC8000J15VDD11

*IC8000J16VDD11

*IC8000J17VDD11

*IC8000K12VDD11

*IC8000K13VDD11

*IC8000K14VDD11

*IC8000K15VDD11

*IC8000K16VDD11

*IC8000K17VDD11

*IC8000L14VDD11

*IC8000L15VDD11

*IC8000L16VDD11

*IC8000L17VDD11

*IC8000M15VDD11

*IC8000M16VDD11

*IC8000M17VDD11

*IC8000K11LVVDD11

*IC8000AC21AVDDH11

1

*IC8000AD21AVDDH1

*IC8000U12AVDDVAD11

*IC8000J21VDDSD18_33

*IC8000M9VDDTCON25_33

*IC8000M13VDDEM18_33

*IC8000E9VDDIO15

*IC8000F8VDDIO15

*IC8000G13VDDIO15

*IC8000G14VDDIO15

*IC8000G15VDDIO15

VDDIO15

*IC8000G19

*IC8000D5VDDIOCK15

*IC8000N12VDD33

*IC8000N13VDD33

*IC8000L11LVVDD33

*IC8000M11LVVDD33

*IC8000N11LVVDD33

*IC8000M12DPAVDD33

*IC8000AB21AVDDH33

*IC8000AB15AVDDEVE33

*IC8000T16AVDDHP33

*IC8000R15AVDDPLL33

*IC8000U15AVDDV33

*IC8000U11AVDDDMD33

*IC8000T15AVDDADA33 *IC8000T14AVSSADA

*IC8000R16AVDDAPUSB33

P_VDDSTM33

STB3.3V

P_VDDSTM11

P_AVDD33_CEN

P_AVDD33_TX

P_CTRL11

P_CTRL11

P_CTRL11

P_CTRL11

SUB1.1V

SUB1.1V

P_AVDDH11

P_AVDDVAD11

VDDSD18V33V

SUB3.3V

SUB3.3V

SUB1.5V

P_VDDIOCK15

SUB3.3V

P_LVVDD33

SUB3.3V

HDMI3.3V

P_AVDDEVE33

P_AVDDHP33

P_AVDD33

P_AVDD33

P_AVDDDMD33

P_AVDDADA33

P_AVDD33

VSS GND

MN2WS0270PBA

*IC8000

A1VSS

MN2WS0270PB

C

*IC8000T12AGND33_CEN

C

*IC8000R11AGND33_TX

C

*IC8000T11AGND11_CEN

C

*IC8000R10AGND11_RX

C

*IC8000P11DGND11

C

*IC8000A9VSS

*IC8000A25VSS

*IC8000C10VSS

*IC8000D13VSS

*IC8000E5VSS

*IC8000E6VSS

*IC8000E12VSS

*IC8000E13VSS

*IC8000F7VSS

*IC8000F13VSS

*IC8000F15VSS

VSS

*IC8000G17

*IC8000G18VSS

*IC8000H7VSS

*IC8000H8VSS

*IC8000J9VSS

*IC8000J10VSS

*IC8000K9VSS

*IC8000K10VSS

*IC8000L9VSS

*IC8000L12VSS

*IC8000L13VSS

*IC8000M14VSS

*IC8000N6VSS

*IC8000N7VSS

*IC8000N14VSS

*IC8000N15VSS

*IC8000N16VSS

*IC8000N17VSS

*IC8000P12VSS

*IC8000P13VSS

*IC8000P14VSS

*IC8000P15VSS

*IC8000P16VSS

*IC8000P17VSS

*IC8000R14VSS

*IC8000R17VSS

*IC8000T17VSS

*IC8000U13VSS

*IC8000U14VSS

*IC8000U16VSS

*IC8000U17VSS

*IC8000W12VSS

*IC8000W13VSS

*IC8000Y14VSS

*IC8000AA14VSS

*IC8000AC4VSS

*IC8000AE1VSS

*IC8000AE25VSS

C

A B C D E F G H I

37

TC-L32B6B

11.1.14. DIAGRAMA ESQUEMÁTICO DA PLACA A - (15/21)

6

BOTTOMTOP TOP BOTTOM

STB3.3V

L8002

VJUMP1005-P

P

5

PHY3.3V

10uFx1

VJ8000

C8034

10u

10V

C

VJ8001

C8005

0.1u

16V

C8006

0.1u

16V

C

P

P

4

Peaks REVERSE

PKG T SHORT

AGND33_CEN

AGND33_TX

AGND11_CEN

AGND11_RX

DGND11

SUB1.5V

VDD33STM(STM IO, Xtal)

20mA

P_VDDSTM33

0.1uFx1
10uFx1->Del

25mA

0.1uFx1

STMADAVDD33(STM ADC.ASW)

STB3.3V

L8001

J0JCC0000287

C8074

C8064

C8063

C8003

C8002

4.7u

10u

6.3V

10V

C C C

C8065

0.1u

1u

0.47u

0.1u

16V

10V

10V

16V

C

C

C8073

C8060

C8061

0.1u

0.1u

0.1u

16V

16V

16V

CCC

CC

SUB3.3V

VDDSTM11(STM CORE)

P_VDDSTM11

1uFx1 (over)

C8045

1u

10V

C

AVDD33_CEN(Ether-PHY)

P_AVDD33_CEN

0.1uFx1

C8044

0.1u

40mA

16V

C

C8068

0.1u

16V

C

C8054

0.1u

16V

C

C8055

1u

10V

C

C8056

0.1u

16V

C

C8057

0.1u

16V

C

0.1uFx1

0.1uFx1

1uFx1

0.1uFx1

0.1uFx1

AVDD33_TX(Ether-PHY)

P_AVDD33_TX

AVDD11_CEN(Ether-PHY)

P_CTRL11

CTRL11(Ether-PHY)

P_CTRL11

AVDD11_RX(Ether-PHY)

P_CTRL11

DVDD11(Ether-PHY)

P_CTRL11

HDMI3.3V

SUB3.3V

L8009

J0JYC0000464

L8008

VJUMP1005-P

P

C8026

0.1u

16V

C

C

C8028

0.1u

16V

C

C8067

10u

10V

C

L8011

VJUMP1005-P

P

L8013

J0JYC0000464

C8031

10u

10V

C

C

SUB1.1V

VDD11(DIGITAL CORE)

3170mA

SUB1.1V

C8012

C8010

C8009

C8011

C8050

C8049

0.1u

0.1u

0.1u

10u

10u

16V

16V

16V

10V

10V

C

C

C

CC

3

L8005

VJUMP1005-P

P

C8016

0.1u

16V

C

C8023

10u

10V

C

C8075

10u

10V

C

C8013

0.1u

0.1u

16V

16V

C

C

VDDSD18V33V

2

SUB3.3V

0.1uFx4

C8014

(0.1uFx2)

0.1u

(10uFx1)
(10uFx1)

16V

C

C8022

0.1u

16V

C

R8005

1.0 x 0.5

1.1

C8018

1u 10V

C

C8021

0.1u

16V

C

15mA

0.1uFx1

250mA

0.1uFx1
10uFx1

60mA

0.1uFx1

0.1uFx1 -> Del

LVVDD11(LVDS CORE)

SUB1.1V

AVDDH11(TMDS CORE)

P_AVDDH11

AVDDVAD11(VIDEO ADC)

P_AVDDVAD11

VDDSD18_33(SD CARD I/F IO)

VDDSD18V33V

VDDTCON25_33(TCON I/F IO)

SUB3.3V

L8010

VJUMP1005-P

R8010

P

510

1.0 x 0.5

C8037

10u

10V

C8052

22u

4V

L8012

VJUMP1005-P

P

C

C8038

C8036

22u

0.1u

4V

16V

C

AVSSADA

C

Peaks REVERSE

VDDIO15(DIO CORE)

1000mA

SUB1.5V

0.1uFx3

C8071

C8072

C8062

0.1u

16V

C8066

1u

10V

C

C8027

0.1u

16V

C8069

0.1u

16V

C8042

0.1u

16V

C8070

10u

10V

(0.1uFx5)

0.1u

0.1u
(0.47uFx1)

16V

16V

1uFx1
(4.7uFx1)

CC

C

10uFx1

VDDIOCK(DIO CLOCK)

P_VDDIOCK15

0.1uFx1
10uFx1 -> (1uFx1)

C8001

0.1u

16V

C

VDD33(DIGITAL IO)

60mA

SUB3.3V

0.1uFx1

145mA

LVVDD33(LVDS)

P_LVVDD33

0.1uFx1

70mA

DPAVDD33(DIO PLL)

SUB3.3V

0.1uFx1

AVDDH33(HDMI)

26mA

HDMI3.3V

0.1uFx1
10uFx1

C8039

0.1u

16V

C

13mA

AVDDEVE33(AUDIO ADC)

P_AVDDEVE33

0.1uFx1

C8030

0.1u

16V

C

180mA

AVDDHP33(HEADPHONE AMP)

P_AVDDHP33

10uFx1

37mA

AVDDPLL33(ANY PLL)

P_AVDD33

0.1uFx1

C8032

0.1u

16V

C

C8033

0.1u

16V

C

C8043

0.1u

16V

C

145.5mA

0.1uFx1

30mA

0.1uFx1

4mA

0.1uFx1
47uFx1
10uFx1

115mA

0.1uFx1

AVDDV33(VIDEO ADC, DAC)

P_AVDD33

AVDDDMD33(SIF/DMD ADC)

P_AVDDDMD33

AVDDADA33(AUDIO DAC)

P_AVDDADA33

AVDDAPUSB33(USB)

P_AVDD33

SUB3.3V

VDDEM18_33(eMMC I/F IO)

SUB3.3V

0.1uFx1

C8059

0.1u

16V

C

1

A B C D E F G H I

38

11.1.15. DIAGRAMA ESQUEMÁTICO DA PLACA A - (16/21)

6

TC-L32B6B

DCDCIN

SUB1.1V

1.1V

SUB1.1V

VIN

0.1u

25V

L8101

C8112

PGND4

TP8101

10u35V

VOUT

10u

C8113

35V

22u

22u

4V

4V

C8115

C8114

PGND4

5

R8105

C8119

470p

P_AFB

AFB

R8106

P

50V

4

CTL

DCDCEN

VJ8100

P

AGND4

PGND4

AGND4

C8110

C8109

R8104

2k

25V

1u16V

4700p

1.05k

IC8101

C0DBAYY01645

RT7277GSP

1

EN

2

FB

3

PVCC

4

SS

Thermal Pad Thermal Pad

Exposed_Pad

9

PGND4

VIN

BOOT

GND

PGND4

8

PGND4

AGND4

CPGND4

16V

C8 111

0.1u

C8117

G1C2R2ZA0311

7

6

SW

5

SUB1.5V

3

C8101

10u

35V

C8100

10u

35V

C8102

0.1u

16V

RT7247ALGSP

1

BOOT

2

VIN

IC8100

C0DBAYY01644

C8103

0.047u

16V

8

SS

7

EN

P

R8100

C

TP8100

1.5V

SUB1.5V

VOUT

3

2

C

22u

4V

C8108

C8107

C

G1C3R3MA0464

22u

4V

C8106

22u

4V

L8100

3.3uH

SW

4

GND

Exposed_Pad

CC

C

COMP

6

R8103

C

18k

R8102

20k

C8104
4700p

25V

5

FB

Vref

0.800V

C8105
3300p

25V

R8101

4.7k

1%

C

SHEET702:sLD8 DC/DC

CRNo:8100 - 8199

1

A B C D E F G H I

39

TC-L32B6B

11.1.16. DIAGRAMA ESQUEMÁTICO DA PLACA A - (17/21)

LOCK/SLD8

6

5

4

3

2

1

PEAKS-SLD8

P_MMDQ[0-15]

P_MMDQS0

P_MMXDQS0

P_MMDQS1

P_MMXDQS1

P_MMDM0

P_MMDM1

P_MMA10

P_MMBA1

P_MMXCAS

P_MMXWE

P_MMBA0

P_MMBA2

P_MMA12

P_MMA13

P_MMA11

P_MMXCK

P_MMXCS0

P_MMCKE0

P_MMODT0

P_MMXCS1

P_MMCKE1

P_MMODT1

P_MMXRAS

P_MMXRESET

P_MMZQ

P_MMVREF0

P_MMVREF1

P_MMVREF2

P_DDR3VOUT

P_MMDQ[16-31]

P_MMDQS3

P_MMXDQS3

P_MMDQS2

P_MMXDQS2

P_MMDM3

P_MMDM2

P_MMA14

P_MMA8

P_MMA6

P_MMA2

P_MMA0

P_MMA3

P_MMA1

P_MMA5

P_MMA4

P_MMA7

P_MMA9

P_MMCK

D1HY2204A012

D1HY2204A012

D1HY2204A012

D1HY2204A012

D1HY2204A012

R8234

R8245

R8235

R8236

R8246

R8237

R8238

R8200

C8229

R8240

22

R8241

22

R8242

22

R8243

22

R8244

22

22

S

22

22

S

22

S

1%

240

C

R8207

R8204

C

1%

1%

270

C8230

0.1u

16V

C

R8206

R8203

C

1%

1%

270

C8231

0.1u

16V

C

R8208

R8205

C

1%

1%

270

C8232

0.1u

16V

C

1u

10V

C

AD_MMA14

AD_MMA8

AD_MMA6

AD_MMA2

AD_MMA0

AD_MMA3

AD_MMA10

AD_MMBA1

AD_MMXCAS

AD_MMXWE

AD_MMBA0

AD_MMBA2

AD_MMA12

AD_MMA1

AD_MMA5

AD_MMA4

AD_MMA7

AD_MMA13

AD_MMA11

AD_MMA9

P_MMCK

P_MMXCK

AD_MMXCS0

AD_MMCKE0

AD_MMODT0

AD_MMXCS1

AD_MMCKE1

AD_MMODT1

AD_MMXRAS

P_MMXRESET

C8233

0.1u

R8221

16V

10k

C

C

SUB1.5V

270

270

270

sLD8 DDR3

--------------­MMDM0 DML
MMDM1 DMU
MMDQS0 DQSL
MMDQS1 DQSU

sLD8 DDR3

--------------­MMDM3 DML
MMDM2 DMU
MMDQS3 DQSL
MMDQS2 DQSU

sLD8 DDR3

--------------­MMDQ0 DQL0
MMDQ5 DQL1
MMDQ1 DQL2
MMDQ4 DQL3
MMQD3 DQL4
MMDQ7 DQL5
MMDQ2 DQL6
MMDQ6 DQL7

sLD8 DDR3

--------------­MMDQ13 DQU0
MMDQ9 DQU1
MMDQ15 DQU2
MMDQ8 DQU3
MMDQ12 DQU4
MMDQ10 DQU5
MMDQ14 DQU6
MMDQ11 DQU7

P_MMCK

P_MMXCK

AD_MMCKE0

AD_MMXCS0

AD_MMXRAS

AD_MMXCAS

AD_MMXWE

AD_MMBA0

AD_MMBA1

AD_MMBA2

AD_MMODT0

P_MMXRESET

SUB1.5V

P_MMCK

P_MMXCK

AD_MMCKE1

AD_MMXCS1

AD_MMXRAS

AD_MMXCAS

AD_MMXWE

AD_MMBA0

AD_MMBA1

AD_MMBA2

AD_MMODT1

P_MMXRESET

sLD8 DDR3

--------------­MMDQ24 DQL0
MMDQ29 DQL1
MMDQ25 DQL2
MMDQ28 DQL3
MMDQ27 DQL4
MMDQ31 DQL5
MMDQ26 DQL6
MMDQ30 DQL7

sLD8 DDR3

--------------­MMDQ21 DQU0
MMDQ17 DQU1
MMDQ23 DQU2
MMDQ16 DQU3
MMDQ20 DQU4
MMDQ18 DQU5
MMDQ22 DQU6
MMDQ19 DQU7

P_MMDQ0

P_MMDQ5

P_MMDQ1

P_MMDQ4

P_MMDQ3

P_MMDQ7

P_MMDQ2

P_MMDQ6

P_MMDQ13

P_MMDQ9

P_MMDQ15

P_MMDQ8

P_MMDQ12

P_MMDQ10

P_MMDQ14

P_MMDQ11

R8218

C

R8231

R8230

270

R8232

270

C

1%

1%

270

R8233

C

1%

1%

270

C

R8217

P_MMDQ24

P_MMDQ29

P_MMDQ25

P_MMDQ28

P_MMDQ27

P_MMDQ31

P_MMDQ26

P_MMDQ30

P_MMDQ21

P_MMDQ17

P_MMDQ23

P_MMDQ16

P_MMDQ20

P_MMDQ18

P_MMDQ22

P_MMDQ19

*IC8200=E3 DQL0

*IC8200=F7 DQL1

*IC8200=F2 DQL2

*IC8200=F8 DQL3

*IC8200=H3 DQL4

*IC8200=H8 DQL5

*IC8200=G2 DQL6

*IC8200=H7 DQL7

*IC8200=D7 DQU0

*IC8200=C3 DQU1

*IC8200=C8 DQU2

*IC8200=C2 DQU3

*IC8200=A7 DQU4

*IC8200=A2 DQU5

*IC8200=B8 DQU6

*IC8200=A3 DQU7

*IC8200=F3 DQSL *IC8200=M9 VSS

*IC8200=G3 /DQSL

*IC8200=C7 DQSU

*IC8200=E7 DML

*IC8200=D3 DMU

220

*IC8200=J7 CK

*IC8200=K7 /CK

*IC8200=K9 CKE

*IC8200=L2 /CS

*IC8200=J3 /RAS

*IC8200=K3 /CAS

*IC8200=L3 /WE

*IC8200=M2 BA0

*IC8200=N8 BA1

*IC8200=M3 BA2

*IC8200=K1 ODT

*IC8200=T2 /RESET

R8220

240

*IC8200=L8 ZQ

1%

*IC8200=M8 VREFCA

C8203

0.1u

16V

C

*IC8200=H1 VREFDQ

C8204

0.1u

16V

C

*IC8201=M8 VREFCA

C8205

0.1u

16V

C

*IC8201=H1 VREFDQ

C8206

0.1u

16V

C

R8219

240

*IC8201=L8 ZQ

1%

220

*IC8201=J7 CK

*IC8201=K7 /CK

CKE

*IC8201=K9

*IC8201=L2 /CS

*IC8201=J3 /RAS

*IC8201=K3 /CAS

*IC8201=L3 /WE

*IC8201=M2 BA0

*IC8201=N8 BA1

*IC8201=M3 BA2

*IC8201=K1 ODT

*IC8201=T2 /RESET

*IC8201=E3 DQL0

*IC8201=F7 DQL1

*IC8201=F2 DQL2

*IC8201=F8 DQL3

*IC8201=H3 DQL4

*IC8201=H8 DQL5

*IC8201=G2 DQL6

*IC8201=H7 DQL7

*IC8201=D7 DQU0

*IC8201=C3 DQU1

*IC8201=C8 DQU2

*IC8201=C2 DQU3

*IC8201=A7 DQU4

*IC8201=A2 DQU5

*IC8201=B8 DQU6

*IC8201=A3 DQU7

*IC8201=F3 DQSL

*IC8201=G3 /DQSL

*IC8201=C7 DQSU

*IC8201=B7 /DQSU

*IC8201=E7 DML

*IC8201=D3 DMU

C8207

C8208

C8209

C8210

C8211

C8212

C8213

C8214

C8215

C8216

C8217

C8218

C8219

C8220

C8221

C8222

C8223

C8224

AD_MMA0

AD_MMA1

AD_MMA2

AD_MMA3

AD_MMA4

AD_MMA5

AD_MMA6

AD_MMA7

AD_MMA8

AD_MMA9

AD_MMA10

AD_MMA11

AD_MMA12

AD_MMA13

AD_MMA14

AD_MMA0

AD_MMA1

AD_MMA2

AD_MMA3

AD_MMA4

AD_MMA5

AD_MMA6

AD_MMA7

AD_MMA8

AD_MMA9

AD_MMA10

AD_MMA11

AD_MMA12

AD_MMA13

AD_MMA14

SUB1.5V

10u

0.1u

0.1u

0.1u

0.1u

0.1u

0.1u

0.1u

0.1u

10V

16V

16V

16V

16V

16V

16V

16V

16V

1Gbit DDR3

SUB1.5V

10V

10u

0.1u

16V

0.1u

16V

0.1u

16V

0.1u

16V

16V

0.1u

16V

0.1u

0.1u

16V

16V

0.1u

C

*IC8200=N3 A0

*IC8200=P7 A1

*IC8200=P3 A2

*IC8200=N2 A3

*IC8200=P8 A4

*IC8200=P2 A5

*IC8200=R8 A6

*IC8200=R2 A7

*IC8200=T8 A8

*IC8200=R3 A9

*IC8200=L7 A10(AP)

*IC8200=R7 A11

*IC8200=N7 A12(/BC)

*IC8200=T3 NC

*IC8200=T7 NC

1Gbit DDR3

*IC8201=N3 A0

*IC8201=P7 A1

*IC8201=P3 A2

*IC8201=N2 A3

*IC8201=P8 A4

*IC8201=P2 A5

*IC8201=R8 A6

=

*IC8201

*IC8201=T8 A8

*IC8201=R3 A9

*IC8201=L7 A10(AP)

*IC8201=R7 A11

*IC8201=N7 A12(/BC)

*IC8201=T3 NC

*IC8201=T7 NC

C3ABUY000020

*IC8201

*IC8201=A8 VDDQ

*IC8201=C1 VDDQ

*IC8201=C9 VDDQ

*IC8201=D2 VDDQ

*IC8201=E9 VDDQ

*IC8201=F1 VDDQ

*IC8201=H2 VDDQ

*IC8201=H9 VDDQ

*IC8201=B2 VDD

C

*IC8201=D9 VDD

*IC8201=G7 VDD

*IC8201=K2 VDD

*IC8201=K8 VDD

*IC8201=N1 VDD

*IC8201=N9 VDD

*IC8201=R1 VDD

*IC8201=R9 VDD

C3ABUY000020

*IC8200

*IC8200=A8 VDDQ

*IC8200=C1 VDDQ

*IC8200=C9 VDDQ

*IC8200=D2 VDDQ

*IC8200=E9 VDDQ

*IC8200=F1 VDDQ

*IC8200=H2 VDDQ

*IC8200=H9 VDDQ

*IC8200=B2 VDD

*IC8200=D9 VDD

*IC8200=G7 VDD

*IC8200=K2 VDD

*IC8200=K8 VDD

*IC8200=N1 VDD

*IC8200=N9 VDD

*IC8200=R1 VDD

*IC8200=R9 VDD

R2 A7

=

A1 VDDQ

=

A1 VDDQ

CH0

*IC8200=A9 VSS

*IC8200=B3 VSS

*IC8200=E1 VSS

*IC8200=G8 VSS

*IC8200=J2 VSS

*IC8200=J8 VSS

*IC8200=T9 VSS

*IC8200=M1 VSS

*IC8200=P1 VSS

*IC8200=P9 VSS

*IC8200=T1 VSS*IC8200=B7 /DQSU

*IC8200=B1 VSSQ

*IC8200=B9 VSSQ

*IC8200=D1 VSSQ

*IC8200=D8 VSSQ

*IC8200=E2 VSSQ

*IC8200=E8 VSSQ

*IC8200=F9 VSSQ

*IC8200=G1 VSSQ

*IC8200=G9 VSSQ

C

*IC8200=J1 NC

*IC8200=J9 NC

*IC8200=L1 NC

*IC8200=L9 NC

*IC8200=M7 NC

CH1

*IC8201=J1 NC

*IC8201=J9 NC

*IC8201=L1 NC

*IC8201=L9 NC

*IC8201=M7 NC

*IC8201=A9 VSS

*IC8201=B3 VSS

*IC8201=E1 VSS

*IC8201=G8 VSS

*IC8201=J2 VSS

*IC8201=J8 VSS

*IC8201=T9 VSS

*IC8201=M1 VSS

*IC8201=M9 VSS

*IC8201=P1 VSS

*IC8201=P9 VSS

*IC8201=T1 VSS

*IC8201=B1 VSSQ

*IC8201=B9 VSSQ

*IC8201=D1 VSSQ

*IC8201=D8 VSSQ

*IC8201=E2 VSSQ

*IC8201=E8 VSSQ

*IC8201=F9 VSSQ

*IC8201=G1 VSSQ

*IC8201=G9 VSSQ

C

SHEET703:SLD8 DDR3
CRNo:8200 - 8299

A B C D E F G H I

40

11.1.17. DIAGRAMA ESQUEMÁTICO DA PLACA A - (18/21)

LOCK/SLD8

6

TEST

PEAKS-SLD8

P_TESTSEL

P_RTT

P_MMATO

P_LPCTL

P_T_L0N

5

4

3

Socket O

i\j

CLK A-ADC REF

C8301

12p

50V

C

C8300

50V10p

RSET

R8305

1%

2.49k

C

VIDEO INPUT

C8312

1u 10V

R8301

36

C

C8313

1u 10V

R8302

36

C

C8314

1u 10V

GUARD_V GUARD_V

R8306

36

C

C8315

1u 10V

GUARD_V GUARD_V

R8307

36

C

X8300

H0J250500109

7V25080013

R8300

330

GUARD

25MHz

GUARD_VGUARD_V

GUARD_VGUARD_V

PKG PKG

P_AXI

P_AXO

Socket

i\j

C8307

10V1u

C

V-DAC REF

AVDDV33
P_AVDD33

C8308

10V1u

P_RSET

GUARD_V

USB REF

GUARD

R8303

1%

6.2k

P_VC1_N

P_VC2_N

P_VC3_N

P_VC4_N

C

TC-L32B6B

P_VREF1V5P_T_L0P

P_VCOMP

P_USBRREF

2

1

A B C D E F G H I

41

TC-L32B6B

11.1.18. DIAGRAMA ESQUEMÁTICO DA PLACA A - (19/21)

6

5

TUNER

POWER

SiLab1.8V

TU_1.8V

CO

4

SUB3.3V

SUB3.3V

CO

L6704

J0JYC0000464

C6778

0.1u

16V

C

L6706

J0JYC0000464

TP6700

DMD_IIC_SCL0

TP6701

DMD_IIC_SDA0

FEAINN1_T

FEAINP1_T

FEAINN2_T

FEAINP2_T

FE_XRST_T

FEF_FLAG

AGC1_T

AGC2_T

C6734

C

C6735

16V

0.1u

C6707

C6704

16V

16V

10V

0.1u

0.1u

10u

C

C6710

C6708

16V

10V

0.1u

10u

C

CCC C

Tuner Pin z u

C6724

C

22p

C6723

C

VJ6709

S

TU6705 T z u

22p

C6725

C

22p

*C6727

C

22p

*C6726

C

22p

C6721

C

22p

C6720

C

22p

C6719

C

22p

C6736

C

100p

C6722

0.1u

C6737

C

100p

*C6728

C

1000p

50V

50V

50V

50V

50V

50V

50V

50V

50V

16V

50V

50V

3

I2C_SCL

I2C_SDA

AGC1

IF1_N

IF1_P

IF2_N

IF2_P

AGC2

Si_1.8V

RESET

Si_3.3V

T2_FEF

ANT_5V

SAT_3.3V

SAT_2.5V

SAT_RST

SAT_SCL

SAT_SDA

SAT_1.2V

SAT_EN

TS_VLD

TS-SYC

TS_CLK

TS_D0

TS_D1

TS_D2

TS_D3

TS_D4

TS_D5

TS_D6

TS_D7

DSQ_OUT

LNB_PWR

MAIN_TUNER

SHEET706:Tuner

TU6703
J3ACAAZ00009
TDSF-T220D

C

IFAGC1

IF1_N

IF1_P

IF2_N

IF2_P

IFAGC2

1.8V

RESET

3.3V_A

C

BRAZIL/ p EURO/ASIACHINA US

*TU6704
J3ACAAZ00007
TDSF-T220F

<

S

SCL

1

SDA

2

3

4

5

6

7

8

14
9

15

16

10

17

11

NC

12

NC

13

S

C

SCL

SDA

IFAGC1

IF1_N

IF1_P

IF2_N

IF2_P

IFAGC2

1.8V

RESET

10

3.3V_A

11

NC

12

NC

13

C

*TU6705
J3ACAAC00008
TDSA-G220D

<

1

2

3

4

5

6

7

8

14

9

15

16

17

C

IFAGC1

IFAGC2

3.3V_A

T2_FEF

C

IF1_N

IF1_P

IF2_N

IF2_P

RESET

*TU6706
J3ACAAB00010
TDSA-H220F

<

S

SCL

1

SDA

2

3

4

5

6

7

8

1.8V

9

15

16

10

17

11

18

12

NC

13

S

<

C

*R6750

IFAGC1

IF1_N

IF1_P

IF2_N

IF2_P

IFAGC2

RESET

3.3V_A

C

SCL

1

SDA

2

3

4

5

6

7

8

1.8V

9
15

16

10

17

11

18

NC

12

NC

13

*R6753

*R6754

*R6759

100

100

*R6760

1k

*R6755

*R6756

*R6757

*R6758

1k

3.3k

J0JYC0000464

6.3V

*C6753

50V

*C6754

50V

C6755

50V

100

100

100

100

C6756

50V

*L6761

J0JYC0000464

C6776

50V

*R6751

10k

*L6762

*C6777

1u

*R6761

5p

2200p

2200p

2200p

C

3.3k

*C6775
16V

SITU_SCL

C

SITU_SDA

5p

C

SITU_IFAGC1

C

SITU_DLIF_N

SITU_DLIF_P

SITU_ALIF_N

SITU_ALIF_P

SITU_IFAGC2

C

SITU_1.8V

C

0.1u

SITU_RST

C

C

SITU_3.3V

SITU_T2FEF

IF2(SoC )

2

CRNo:6700 - 6799

1

A B C D E F G H I

42

11.1.19. DIAGRAMA ESQUEMÁTICO DA PLACA A - (20/21)

6

TC-L32B6B

NIM-FE

ONBOARD

Si2158

\ Peaks s T

R6728

680

R6729

5

FEAINP2_T

BS0

IF2(ALIF)

FEAINN2_T

680

JPNTuner 0, 680

4

DTMB DVB-T2 g p
707V[g

zu

AGC x V t g

3.3V 1.8V

C6746

16V
C

0.1u

R6734

10k

1%

RCtB ^

\ Peaks s T

3

x 5% OK

AGC2_T

3.3V 1.8V

(for JPN)

LPF

RCtB ^

\ Peaks s T

To Sheat 707

To Sheet Peaks

To Sheat 707

To Sheet_707(Demod)

To Sheet Peaks

To Sheet Peaks

P_AGCI

P_AGCBS

P_FEAINP

P_FEAINN

P_BSIQ_I

P_BSIQ_Q

IF0(JPN)

IF2(ALIF)

C O ` [ i iIF1 p j T2,DTMB

` [iiBSj

C O ` [ i iIF2 pAGC j

` [iin pAGCj

C O ` [ i iIF1 p jAGC

` [ i iBS pAGC j

RF_IN

C

TUNER
SHIELD

*JK6750
K1ZZ00001551

<

*D6750

C

50V

J0ZZB0000175

G1C82NJ00010

*L6765

*C6751

470p

*C6752
50V
100p

*L6763

G1CR27JA0097

C

SHEET706:Tuner

CRNo:6700 - 6799

C

*C6757

100p

50V

*C6759

*C6758

50V

50V

180p

180p

*L6774

*L6772

G1CR27JA0097

G1CR27JA0097

C

SITU_3.3V

B0ZBZ0000203

*C6750

470p

50V

C

*D6751

*L6773

G1CR27JA0097

*C6760
1000p
50V

C

50V

1000p

*C6773

C

20

22

23

RF_IP

24

RF_IN

25

RF_REF

RF_SHLD

26

ADDR

27

RSTB

28

AGC1

1

2

C

*C6763

16V

*C6764

0.1u

16V

C

0.1u

*L6776

G1CR27JA0097

*R6752

*C6761

0

16V

0.1u

C

*C6762

50V

1000p

C

TXC

24MHz

C

16V

0.1u

*C6774

16

17

19

GND

XOUT

VDD_H21VDD_H

XTAL_I18XTAL_O

LDO_ADJ

Thermal

Pad

GND

VDD_D

GPIO1

GPIO23AGC24SCL5SDA6VDD_IO7GND

C

C

*X6750

H0J240500067

15

VDD_L

ALIF_P

ALIF_N

DLIF_P

VDD_H

DLIF_N

C

*C6765
16V

0.1u

14

13

12

11

10

9

8

*IC6750
C1AB00004053
SI2158-A20-GMR

C6779

0.1u

16V

C

*L6777

*C6769

*C6768

50V1000p

*C6767

50V1000p

*C6766

50V1000p

G1CR22JA0097

C

0.01u25V
*L6778

*C6770

G1CR22JA0097

0.01u25V

*L6779

*C6771

G1CR22JA0097

0.01u25V

C

*L6775

*C6772

G1CR22JA0097

0.01u25V

C

SITU_3.3V

SITU_1.8V

SITU_ALIF_P

SITU_ALIF_N

SITU_DLIF_P

SITU_DLIF_N

SITU_SDA

SITU_SCL

SITU_IFAGC2

SITU_IFAGC1

SITU_RST

8/27 DVB-T2& I { [ h Kv

SITU_T2FEF

L O GPIO2 [ q NC

RESET

2

FE_XRST_T

Tuner Pin z u

VJ6712

S

Reset_Low_Start

PDR`[i

Reset_Low_Start

PDR`[i

To Sheet Peaks

FE_SAT_XRST

FE_XRST

P_PCCE2

P_XIRQ6

1

A B C D E F G H I

43

TC-L32B6B

11.1.20. DIAGRAMA ESQUEMÁTICO DA PLACA A - (21/21)

6

ISDB-T/S/DVB-T2/DTMB/JPN_W

Sheet Tuner

2nd_TUNER(JPN)

5

4

IF_P_1

IF_N_1

Dumping R

16V

*C6820

0.1u

SHEET707 : Demodulator

CRNo:6800 - 6999

FE_1.2/1.1V

SUB3.3V

*L6801

*R6812

*R6813

68

68

16V

*C6822

0.1u

J0JYC0000464

*C6806

*C6830

*R6818

68

C6831

*C6832

10V

0.1u

0.1u

10u

16V

16V

C

C

*L6800

10V

10u

*L6802

J0JYC0000464

*C6805

10V

J0JYC0000464

10u

ISDB

1.2V

DVB-T2

1.1V

DTMB

1.2V

Sheet Paragon

*C6864

0.1u

16V

C

1st_TUNER

FEAINN1_T

FEAINP1_T

AGC1_T

3

680

680

*R6805

*R6804

Dumping R

*R6846

22

23

24

VSS

CVDD

TESTMODE

VSS

CVDD

RST_X

SLVADR3

VSS

SLVADR026OSCEN_X

PVDD

NC

VSS

XTALO

C1AB00004029

XTALI

VSS40NC41NC42DVDD43VSS44CVDD45TTUSDA46TTUSCL47GPIO1

38

39

37

C

SUB3.3V

*R6880

*R6881

3.3k

C

13

14

15

18

19

20

VSS

SCL21SDA

TSDATA4
TSDATA3

*IC6800

TAINM
TAINP

3.3k

DVDD

Thermal

TIFAGC

C

12

VSS

C

11

TSDATA516TSDATA617TSDATA7

CVDD

10

TSDATA1

9

TSDATA0

8

DVDD

TSDATA2

7

VSS

C

6

TSCLK

Pad

GPIO02GPIO2

5

TSVALID

4

TSSYNC

3

1

48

49

C

GUARD

*C6838

16V

0.1u

*C6840

16V

0.1u

3.3k

*R6810

C

*C6809

0.1u

*C6847

C

470

10p

*R6840

*X6800

50V

41MHz

*C6848

H0J410500001

8p

50V

16V

1M

R6841

*C6844

16V

0.1u

*C6813

16V

0.1u

25

C

27

28

29

30

C

31

32

33

34

35

C

36

68

*R6847

68

*R6848

68

C6851
C
10p

*R6861

68

*R6849

68

*R6850

68

*R6862

68

*R6863

68

TU6705

50V

C

C6858

50V

8p

C6859

50V

10p

C

C6860
50V

8p

P_HS1DIN7

P_HS1DIN6

P_HS1DIN5

P_HS1VALIN

P_HS1SYNCIN

P_HS1DIN0

P_HS1BCLKIN

P_HS1DIN4

P_HS1DIN3

P_HS1DIN2

P_HS1DIN1

Parallel TS

[ DVB-T2/T/C, DTMB ]

DEMOD_TSDATA7

DEMOD_TSDATA6

DEMOD_TSDATA5

Serial TS 2

DEMOD_TSDATA4 / DEMOD_TSDATA2

DEMOD_TSDATA3 / DEMOD_TSSYNC2

DEMOD_TSDATA2 / DEMOD_TSVAL2

DEMOD_TSDATA1 / DEMOD_TSCLK2

DEMOD_TSVAL / DEMOD_TSVAL1

DEMOD_TSSYNC / DEMOD_TSSYNC1

DEMOD_TSDATA0 / DEMOD_TSDATA1

DEMOD_TSCLK / DEMOD_TSCLK1

[ ISDB-T/S ]

Serial TS 1

[ ISDB-T/S ]

2

0.1u

*C6804

16V

16V

50V

*C6872

C6870

10p

0.1u

C

C

Sheet tuner

RESET

P_XIRQ6

FE_XRST

Sheet IIC

DEMOD_SCL1

DEMOD_SDA1

FEF m M

FEF_FLAG

*R6884

5%

10k

*C6873

0.1u

16V

GUARD_CLK

GUARD

C6871

10p

C

50V

1

A B C D E F G H I

44

11.2. DIAGRAMA ESQUEMÁTICO DA PLACA K

6

TC-L32B6B

K

TYPE-Bamboo

*R2803

AA

0

AB

*R2804

AC

*R2805

*R2807 0

0

*R2809 0*R2808 0

0

AE

C1

AI_SENSOR POWER_LEDRM_RECEIVER

NET001827

EZJZ0V120JA

Green

G

*D2802

B3AGB0000060

<

EZJZ0V120JA

D2808

D2800

*R2821

0

*R2822

68k

3

C2804

16V

0.1u

2

1

Pass condenser allocate within 2mm.

D2806
EZJZ0V120JA

C1

D2807
EZJZ0V120JA

C1

DOUBLE PITCH

B3AAB0000379

EZJZ0V120JA

<

*D2802A

Red

R

D2801

C1 C1

NC

4

NC

5

NC

6

B3JB00000208

C1

VCC

GND

OUT

*SN2800

C2805

16V

0.01u

C1

REC_LED

AH
AJ

AA
AB
AC

AD
AF

AG

AE

AN

R2815

AL

0

R2813

AK

0

AM

R2812

0

R2814

5

AL
AM

AK

AN

0

AD

*R2806 0

AH

0

*R2810

AF AG

AJ

0

R2811

4

NET001832

RM2800

B3RBB0000018

(CASE)

VCC

GND

OUT

R2820

GND

47

C1

3

D2805
EZJZ0V120JA

C1

*C2807

10u

10V

C1

C1

D2804

EZJZ0V120JA

C1

C2801
16V

0.01u

CRNo. F2800 `2849

To A10 connecor

SUB3.3V

AI

4

STBY 3.3

G_LED_ON

567

R_LED_ON

12507WR-H07G

C1

K1KY07BA0483

C2803

C2802

16V

16V

0.01u

0.01u

C1 C1

C1

GND

REMOTE

123

K10

C1

C2806
16V

0.01u

C2800

16V

0.01u

C1

1.82k

R_LED_ON

*R2824

1%

680

G_LED_ON

*R2823

1%

2

1

A B C D E F G H I

45

TC-L32B6B

11.3. DIAGRAMA ESQUEMÁTICO DA PLACA P

6

1.6 x 0.8

1.6 x 0.8

1%

1%

R7405

R7404

16.9k

6.04k

SW7406

SW7405

EVQ11G05R

EVQ11G05R

Up / +

F

Analogue

INPUTDigital CH.DN VOL.DNCH.UP VOL.UP

S

INPUT

5

*D7102

B0EBNT000030

KBJL4KU-C

B0FBAR000047

*CF7102

D4CA94R0A001

S

S

*CF7101

<

<

7/24 net mirror

S

G0B153G00003

*C7106

470p

Not specified DC

D0GF105JA048

S

<

S

JS7103

Not specified DC

L7101

J0JKB0000034

EXCELDR35V

T5AH/250V

R7101

1M

L.F

*C7103

Not specified DC

470p

S

*LF7104A

K5E502YYA162

K5E502YY0001

JS7107

1234
*LF7103A

G0B153G00003

1234

L.F

<

TP7104

TP7103

*JK7101

K2AAYB000010
K2AAYB000009

AC-036-PPE(P8)

<

S

S

R7104
1M

R7103

1M

R7102

S

1M

S

7/24 net mirror

LF7103

G0B203GA0070

*JS7105

*C7102
F0CAF1040016
PCX2339S60046
F0CAF104A105

S

G0B203GA0070

Not specified DC

JS7104

<

S

<

<

JS7101

D7101B

ERZE08C621CD

S

<

*D7101A

ERZVA7V471

S

<

LIVE

<

S

*D7101

S

NO

HOLDER

D4EAY621A134

F7101

TP7100

1*2

L

S

D4CA98R0A001

4

1234

L.F

S

<

LF7103B

G0B153G00003

3

1234

L.F

<

S

LF7104C

G0B153G00003

7/24 net mirror

2

<

*D7103

`

-`+

2

`

S

-`+

4

3

S

1234

L.F

<

0.1u

S

7/24 net mirror7/24 net mirror

LF7104

G0B304GA0078

LF7104B

S

1234

L.F

AC detect

F0CAF1040016

*C7101

PCX2339S60046

0.1u

F0CAF104A105

S

AC detect

<

JS7102

NEUTRAL

AC-N

TP7102

TP7101

*

N

<

*C7301

F2A2S2510003

TP7108

*JS7106

<

C7105

<

L7102
J0JKB0000034
EXCELDR35V

B0EBNT000028

B0EBNR000047

1

250u180V

TP7107

L.F

Not specified DC

C

<

470p

*C7104

470p

Not specified DC

S

Good-ark

Lite-on

TP7106

TP7105

+

+++

<

*C7301A

68u450V

F2A2W6800013

H

L7110

J0JKA0000024

<

<

JS7111

0

*C7302

+

<

<

F2A2W6800013

*C7301B

160u

250V

F2A2E1610001

JS7108

C

1%

C7128

68u450V

D7104

DA2J10100L

F1H

50V

0.01u

D7301
B0HAGQ000001

B0HAKR000004

R7301

180k

2.0 x 1.25

F1A3A102A060
DESD33A102KR1A

1%

2.0 x 1.25

1%

3.2 x 1.6

1%

3.2 x 1.6

1%

3.2 x 1.6

1%

2.0 x 1.25

C7303

1kV

1000p

R7302

180k

R7303
1M

R7304
1M

R7305
1M

R7306

270k

H

B0HAGQ000001

B0HAKR000004

MAIN

JS7501

0

<

R7515

18k

1.6 x 0.8

24V-S2

C

2.0 x 1.25

R7516

4.7k

cathode

reference

3

IC7501

C0DBZYY00545

*L7501

J0JKA0000038

EXCELSA35T
EXCELSA35V

<

anode

*D7502

B0FBCM000016

RFN20T2DFF67

200mW

T7301A
G4DYA0000460
SANHE-35-130

*C7307

2kV

100p

DEA1X3D101JR1A

D7306

*R7325

TP7110

L7304

<

R7332

10k

R7333

8.2k

1.6 x 0.8

1.6 x 0.8

G

R7314

680

D7317

DA2JF2300L

JS7314

0

D7320A

B0JAME000126

SB04EQ-46A-5-LF

**

<

D

*

*

S

F1B3D101A099

J0JKA0000038

EXCELSA35T

L7301

EXCELSA35V

<

JS7304

2kV

100p

*C7306

F1B3D101A099

*L7302

DEA1X3D101JR1A

<

<

J0JKB0000034
EXCELDR35V

*JS7301

R7318

470

R7329

0

R7316

0.27

<

<

1W

1W

D0C1R27JA104

*R7315

D7320

0.33

D0C1R33JA104

1.6 x 0.8

R7319

39k

2.0 x 1.25

R7312

0

B0BB140A0011

D7302

RM10JTN182

R7344

R7343

R7342

1.8k

ZSD

F1H

0.01u

20k

1.5k

1.6 x 0.8

1.6 x 0.8

50V

F1H

C7310

R7321

*R7320

C7311
50V
1000p

D7307

1.6 x 0.8

R7322

7.5k

D7324

DZ2J068M0L

DZ2J068M0L

1.8k

1.8k

1

Latch

2

FB

3

CS

4

GND

1.6 x 0.8

*R7311

18k

R7323

1.6 x 0.8

D7318

B0BC027A0336

IC7301

C0DBBYY00065

NCP1234AD100R2G

C7304

0

<

J0JKA0000043

<

*JS7315

*L7315

150k

8

HV

D7313

B0JCDE000006

6

Vcc

D7323

B0JCDE000006

5

DRV

D7303

D7314

B0BC01500025

B0BC018A0495

Q7302
B1ABBE000003

F1H

50V

1000p

H

L7313

J0JKA0000038

EXCELSA35T

EXCELSA35V

0

<

R7345

430

D0GD431JA052

JS7313

<

B0ECKM000053

TP7109

68

R7346

2.0 x 1.25

R7317

D0GD680JA052

DA2JF2300L

D7316

B0JCDE000006

B1HFCEA00001

DZ2J068M0L

Q7301
B1CERR000086
B1CERR000067

R7313

D7315

0

D7322

*C7313

35V

47u

C7312
50V

1u

R7330

R7331

Q7304

D7321

22

L7314

+

47k

2.0 x 1.25

J0JKB0000034

J0JKA0000038

47k

EXCELDR35V

<

H

4.7

D0GD4R7JA059

B0JAME000091

11EQS04G-TA1B2

B3PAA0000261

HOT

6 7

5

3

2

1

5

4

3

2

1

D0B1106JA033

S

F1H

C7314
50V
1000p

H

PC7301

B3PAA0000629

LTV-816M-A4

B3PAA0000363

S

<

N2 N7 N1

N7 N1N2

S

1000p

S

S

<

S

G4DYA0000461

R7335

1W

10M

C7315

Not specified DC

*C7316
220p

Not specified DC

B3PAA0000363
LTV-816M-A4
B3PAA0000629

PC7300

N3

N5,N6

N4

N5

N6

N3

N4

SANHE-45-029

S

B3PAA0000261

1.6 x 0.8

C

8

9

10

11

12

NC

6

7

8

9

10

11

12

13

T7301

R7507

68k

COLD

B0JCMK000008

SK19

C

F1H
C7523
50V

0.1u

KA

2

1

C7501

470p

1kV

D7507

B0JDSL000013

MBRD10U100CT-RTF/H

***

D7505
B0FBCM000016

*

*C7510

1kV

*D7506

F1H

C7522

50V

2200p

R7517

2.2k

1.6 x 0.8

REF

2.0 x 1.25

C7535
50V

0.01u

Down / -

*

1000p

1.6 x 0.8

R7551

1k

1.6 x 0.8

R7403

3.09k

SW7404

*D7508

B0JDSL000013

MBRD10U100CT-RTF/H

*JS7503

<

0

<

<

<

0

JS7502

JS7506

*PA7501

ERBRE4R00V

R7520

3.3k

C

1%

EVQ11G05R

R7523

47k

2.0 x 1.25

TV

double pitch

+

C

J0JKA0000038
EXCELSA35T
EXCELSA35V

J0JKA0000038

<

C

EEUFRE222ZPY

2200u

1.6 x 0.8

1.6 x 0.8

1.6 x 0.8

C7502
EEUFR1V102PY
<

35V

*L7503

L7502

EXCELSA35T
EXCELSA35V

+

C7512

25V

R7521

12k

R7519

5.6k

1%

R7402

1.91k

SW7403

EVQ11G05R

B0BC02700041

*C7513

1000u

25V
<

D7510

B0BC02700041

C7518

50V

0.1u

*C7519

470u

F2A1C4710114

USA p

*C7401

50V

0.1u

*D7403

EZJZ1V800AA

D7401

DZ2J068M0L

SW7402

EVQ11G05R

AV

TP7401

D7504

TP7404

2.0 x 1.25

R7510

100

TP7409

D7511

DZ2J100M0L

+

C

16V

R7530

120k

1%

1.6 x 0.8

SW7401

EVQ11G05R

C

*D7402

*C7402

DZ2J068M0L

C

*R7546

100k

2.0 x 1.25

C

F1H

C7515

25V

1u

JS7505

0

Q7502

R7503

B1CHRE000015

C7516

15k

TPC8132,LPAVQ

1.6 x 0.8

4.7u

25V

R7504

15k

1.6 x 0.8

D7521
DA2J10100L

*Q7505

*R7532

820

1.6 x 0.8

C

2.0 x 1.25

R7543

2.2k

B1ABBE000003

F1H
C7517
25V

1u

2.0 x 1.25

R7542

2.2k

D7520

DA2J10100L

2.0 x 1.25

*R7537
0

2.0 x 1.25

*R7527
0

*C7509

*C7504

25V

50V

2.2u
1u

*R7526

1.6 x 0.8

10k

C

*R7525

4.7k

50V

0.1u

*R7501

47k

2.0 x 1.25

P16.5V

B1ABBE000003

1.6 x 0.8

USA KEY3

ASIA 5VS

*D7404

EZJZ1V800AA

JS7509

TP7511

TP7411

TP7512

24V

8

TP7415

TP7413

TP7414

F1H

C7532

50V

0.1u

C

TP7412

F1H

C7531

50V

0.1u

24V

7

GND

6

GND

5

C

4

BL-SOS

BL-ON

3

C7534

NC

2

25V

1u

1

BL-PWM1

C

P3

TP7513

TP7514

GND

14

BL-PWM1

TP7420

13

BL-ON

12

TP7418

BL-SOS

11

KEY

P2

POWER-ON

SUB-ON

GND

5.3VS

GND

ECO/PWM2

16.4V

16.4V

16.4V

TP7421

TP7419

F1H

C7832

C7834

F1H
50V

50V

0.1u

0.1u

C

C

10

TP7416

9

8

K1KY08BA0402

TP7501

7

6

5

C

4

3

2

1

C

K1KY14BA0386

A2010WR0-14P-SW-5E-3.2

C7508
25V

10u

C7506

10u

TPC8132,LPAVQ

B1CHRE000015

Q7501

*R7502

130k

2.0 x 1.25

C

D7513

B0ADCK000001

DA3X103E0L

6G

R7512

Q7510

4.7k

2.0 x 1.25

2.0 x 1.25

R7524

10k

C

F1J

C7520

6G

25V

1u

5CE4

50V

C7503

0.1u

F1H

C

VOUT

1

2.0 x 1.25

R7545

F1H

0

C7505

25V

1u

C

C

R7508

7.5k

2.0 x 1.25

*R7531

0

6G

R7511

10k

2.0 x 1.25

F1J

C7521

25V

6G

1u

6G

R7540

2.0 x 1.25

180k

R7541

1.6 x 0.8

NC

160k

GND

C

VDD

IC7502

2

3

C0DBEYY00146

C

R1154N001C-TR-FE

R7514

R7513

R7509

7.5k

7.5k

7.5k

C

D7518

B0JCPE000053

SK34A

JS7508

0

TP7417

6G

F1J

C7533

50V

0.1u

C

TP7410

ZA7102
K4AD01A00004
K4AD01A00003

ZA7103

*ZA7104

K4AD01A00004

K4AD01A00004

K4AD01A00003

K4AD01A00003

C

C

C

*ZA7101
K4AD01A00004
K4AD01A00003

C

1

A B C D E F G H I

46

12. LAYOUT DAS PLACAS DE CIRCUITO IMPRESSO

12.1. LAYOUT DA PLACA A (Lado superior)

R8206

ZA052

C8212

C8213

C8205

R8244

R8243

C8214

C8215

C8208

C8061

C8231

R8203

C8060

R8470

C8468

VJ8520

R8469

R8303

C3180

C3181

R3121

R3189

D3006

JK8452

C5436

L5421

C5438

IC5421

C5445

VJ5422

C5439

C2023

A02

R2010

C2014

R4091

R4087

R4090

A11

A16

R4089

R4088

R4113

R4078
R4077

R4106

R4107

C4001

C4000

C4002

TP4103

C8473

L4901

L4905

L4906

A12

L4907

L4908

JS001
JS002
JS003

R8100

R8103

C8107

C5434

C5437

C5435

VJ2001

D2018

R4086

C4919

JS004

JS013

JS005

JS014

JS011

JS009

JS006

JS015

JS010

JS012

JS0J0S8007

C8108

R8102

IC8100

C8113

C8112

C8117

C8111

IC8101

ZA053

R4105

R4049

ZA054

R4903

IC4900

L4902

JS016
JS017
JS018

JS0J2S0019

JS0J2S2021

JS0J2S4023

R4048

JS025
JS026
JS027

C8109

C8119

VJ8100

R8106

L4056

L4055

R4047

L4054

R4046

R4045

L4053

R4104

R4041

R4039

R4037

R4035

L4051 L4052

R4033

C4905

L4903

C4920

JS028
JS029

JS035

JS030

JS0J3S2031

JS0J3S4033

C8216

C8222

C8221

L8100

IC8200

C8050

C8101

IC8200-A

C8065

C8049

C8229

R8808

R8876

R0942

R0944

R0950

R8300

C8300

C8301

X8300

R0939

R0947

D8850

R4748

R0912

R0911

ZA055

JK8600

R2001
R2003

D2009

C2001

A10

C8100

L8101

C8115

C8114

C8110

C4959

C4958

R8858

R8850

C5726

L4904

R8221

C8062

C8233

C8224

C8223

C8204

R8240

R8241

R8235

R8242

R8237

R8238

R8234

R8245

R8236

R8246

C8217C8218

C8002

C8074

C8063

C8064

IC8000

C8307

R8305

TP3100

C8026

C8028

L8009

C8037

L8010

C3130

R8010

C8036

C8052

C8601

C8602

IC8201
IC8201-A

C8209

TC-L32B6B

R8966

R0904

R0951

R0914

ZA057

ZA056

CN8901

R8912

R8807

R8913

R8910

R8817

R8830

R8914

R8916

R8915

R8918

R8919

JK3101

C8207

C8003

R8885

L8469

JK4700

IC6800

R0909

JK4700A

R0908

R0905

JK3103

R0907
R0906

CN0100

R0915

R0917

R0958

R8967

R0916

C0904

R8963

C8661

C8662

VJ6712

C6759

TT UU 66 77 00 43

C6758
L6772

C6757

D6751

R0952

C8665

C8666

C8667

C8660

JK4701

C6722

C6746

R6734

R6751

C6719

R6756

C6776

R6760

R6759

R6757

R6758

C6756

C6773

X6750

C6762

TU6705

TU6706

JK6750

L6773

L6776

C6760

L6774

IC6750

R6752

C6761

C6765

C6774

C6763

C6764

C6752

D6750

L6765

L6763

C6750

C6751

C5716

C5715

IC5705

VJ5701

C5724

VJ5401

R6755

C6767

C5718

C5717

JK4701A

C6755

R6754

C6768
C6769
C6770
C6771
C6772

C6766

L8451L8453

JK8450

JK8451

R8675

C8454

L6777

C8451
L6778
L6779
L6775

C8465

JK3102

C8459

R5425

C5424

C5425

IC5400

C5405

C5426

C5423

C5432

IC5420

C5420

VJ5421

C5421

L5420

L5400

R5405

C5403

C5404

Ref. Ref. Ref.

L5700

C5401

C5400

C5412

C5406

Localização dos Camponentes

Posição Posição Posição

47

TC-L32B6B

12.1.1. LAYOUT DA PLACA A (Lado inferior)

JK3102

TP0906

TP0902

TP8920

TP0904

CN0102

R8669

TP8660

R6805
R6804

R6728

TU6705

TU6706

TP5701

C6779

JK6750

R3181

D3104

D3101

TP0905

R8666

D4719

TP6700

L6761

R5716

C5713

C5711

C5710

C5712

TP8668

TP4701

C6736
C6775

VJ5700

C3172

C5202

D5194

R5715

R8667

TP8661

L6704

C5714

TP3053

D5191

L4704

C6734
C6707

C6704

TP8667

D5700

R4724

R4715

C8663

C5203

TP0903

R8909

C8901

R8668

TP8662

R8964

TP8663

R4725

L4703

R4764

D4720

TP4720

R4721
R4722
R4723

L4705

Q4702

R6761

R6810

C6728

TP6701

C6778

L6706

C6777

C6735

C6737

C6710

C6708

C6848

C6871

L6762

TU6703

TU6704

C6870

L6800
C6864

C6804

C6844

C6805

C6830

C6872

R6881

C6806

R6880

R6884

L6801

C6873

IC5704

TP5705

R3234

R3132

C3176

C3177

R3238

C3147

R3180
R3164

C3135
L3111

C5204

JK3103

D5193

D5172

D5185

D5195

D5178

D5187

D5176

D5192

D5177

TP0913

VJ8600

TP0908

TP8666

TP8459

TP0910

JK8450

TP8460

TP8451 TP8452

TP8457

JK8451

TP8458

TP5420

R8676

R3142

D3107

D3110

R8464

R3194

C8470

R8476

R8475
L3119
C3153

R3184

C3159

C3160

C5429

C5428

C3154

R3185

L3120

C5427

R5421

IC5420

C5422

R5420

TP0911

TP0909

TP8664

TP0907

C8664

TP8456

TP8665

R8451

R8455

C8461

VJ5420

C5411

R8450

R5402

JK4701A

JK4701

R4731

C4701

R4753
C4750
R4752

C6723

C6727

C6726

C6724

R6750

R6753

C6720

C6725

VJ6709

C6753

C6721

R6729

C6754

IC6750

R5717

C5719

C5720

R5718

IC5705

R5720

R5719

C5723

C5721

C5722
R5721

R5712

C5402

R5400

C5725

TP5706

R5710

TP5400

IC5400

C5407

R5401

C5408

C5409

TP8455

C8457

C8450

R8463

R8457

C8455

IC8453

R8454

C8453

C8452

C8456

R8458

C8467

IC8454

C8463

R5422

R5423

C5430

R5424

C5431

R5404

VJ5400

C5410

R5403

TP8914

IC8900

TP8916

TP8913

TP0901

JK4700A

JK4700

Q4709

R4797

TP8871

C6847

X6800

C6813

R6840

R6841

C6809

IC6800

R6847

R6850

R6863

R6849

C6838

C6840

R6861

R6862

R6846

C6860

C6858

C6859

R3237

C3175

R3233

IC3052

C3173

C3174

Q3102

C3145

C3146

C3148

R3179

R3171

R3163

R3172

Q3103

D5173

VJ5017

VJ5008

D5186

VJ5001

D5179

VJ5004

R3117
R3118

R3182

D3102

D3105

R8829

R8816

R8902

TP0900

R8965

CN8901

L4717

D4771

R4796

R4798

TP4501

R4795

L4716

R4794

D4770

TP4500

R4788

L4715

R4766

C6822

L6802

C6820

C6831

C6832

R6813
R6812
R6818

R6848

C6851

R3231

C3171

TP3052

L3112
C3136

C3084

C3085

C3086

R3157

JK3101

C8900

R8664

TP8908

TP8909

TP8921

C5170

D5180

D5182

C5180

C5003

C5006

R5007

VJ5018

C5150
R5152

R3183

D3106

D3103

C8211

C8210

R8232
R8233
C8206

R8219

R8217

R8911

R8906

R8886

R8917

R8805

R8812

R8663

R8662

R8660

R8661

R8804

C8671

C8021

VJ8660

R8665

TP8903

TP8901

TP8905

TP8906

TP8907

TP8902

R8884

R8870

TP8904

R8878

TP8900

R8881

L8005

C8022

C8023

TP8000

D8000

C8039

C8067

C8076

R8011

IC8001

TD901

C8700

R0948

R0933

TD900

R0932

C0902

C0900

R0913

R0910

TD902

R0956

TD903

R0936

C0901

C0903

R0957
R0937

R3201

TP5004

D3006

VJ4000

C5016

C5026

R5032

R5033

R5031

C5012

C5021

R5175
C5171

VJ5178

R5006

R5002

IC5000

R5003

VJ5151
C5002

C5004

VJ5016

L3113
C3139
R3167

C3178

C3151 C3152

R3173

R8208
R8205
C8232

L8001

C8066

R8207

C8001

R8204

C8230

R8200

R8831

R4074

C8073

R8818

R8819

C8013

C8071

C8072

C8059

C8045

C8012

C8014

C8027

C8068

C8044

C8018

C8032

C8033

R8005

C8043

C8054

C8315

C8313

R8307

C8030

R8302

C8314

R8306

C8042

C8312

L8011

R8301

L8008

C8069

R8883

L8013

C8031

R0940
R0938
R0946

TP5002

VJ5005

C5022

VJ5101

C5020

R5173
R5174

C3179

R4980

R5104

R4982

L3116
C3140
R3168

R3188

R5030

C5000

R5012

R5100

R4983

Q4981

C5151

R5009

VJ5150

L8012

R8880

R4750

C8070

C8038

VJ025

VJ024
VJ023

C5001

R5150

R5014

R5101
R5102

R5013

R4981

R5011

R5016

TP2027

C8055

C8308

R4751

VJ5015

Q5000

C8056

TP8911

TP8917

TP8603

R0945

R8800

TP8870

R4801

C8057

R4749

R8924

R4802

TP8915

TP8922

R8923

TP8910

JK8600

TP8601

TP8602

C8603

C8604

D4704

R2000

C2035

R2053

R2057

TP2000

Q2011

R2056
R2055
R2054

D2008
C2010

R8820

R2013

C8006

TP8600

TP8100

C8220

C8106

R8230

R8231
C8203
R8220

R8218

C8219

C8075

C8011

C8016

C8009

C8010

R4901

R4958

C8005

L8002

VJ8001

C8034

VJ8000

R4799

R4800

R8926

C8904

D8851

C8903

R8925

R5182

R8927

C5173

TP8923

R5181

R8836

TP8912

TP8924

VJ022

R4956

VJ021
VJ020

TP8850

TP8851

R2002

C2000

C2003

D2007

R2016

D2001

C2004

TP2002

TP2004TP2005

C2002
D2004

TP2003

TP8101

R8803

R4908
R4906

R4909

R2059
R2058

Q2012

R2017

R8853

R4955

C8102

R4739

R4907

D2006
C2005

TP2001

L8014
R0903
R0953
R0954
R0955

VJ8850

TP2006

D4785

R8873

C8105

R8101

IC8100

C8103

IC8101

R8104

R8105

C4901

C4909

C4908

R4919

R4913

R4914

R4915

TP8925

R2061
R2060

Q2013

R2018

TP5200

C8104

C4902

IC4900

TP2024

R4918

C5201

R5427

D5200

R5430

R5429

TP4094

TP4093

TP4092

TP4088

TP4086

TP4078

TP4076

TP4072

C4921

C4922

C4923

C4924

C5200

C5440

IC5200

R5200

D5201

C5433

R4917

IC8902

TP4101

C4907

R5426
C5444

IC5421

C5443

TP4102

TP4095

TP4091

TP4087

TP4099

TP4080

TP4077

TP4074

R5432

TP2028

D2019

TP2013

TP4090

TP4089

TP4100

TP4081

TP4079

TP4075

TP4073

R8904

C2040

TP2047

R2064

C5441
R5431

R5428

TP2026

TP2025

TP2015

R2065

D2021

TP2030

TP2040

R4080

R4081

R8852

C8850

TP2009

TP2011

TP2045

D2016

TP2029

C2017

C2025

R2014

C2027

R8851

C2038

D2017

C2039

R2062

R2051

R1953

C2009

R2008

R2040

C1958

R1951

R4084

R4079

TP4098

R4085

Posição Posição Posição Posição

Ref. Ref. Ref. Ref.

Localização dos Camponentes

D2020

C8902

R0918
R0919

C5442

TP4096

TP4097

L4900

R4900

C4903

C4904

C4906

C4929

C4900

C4910

JK8452

L8459

C8474

IC8457

C8475

R8453

TP8454

R8474

C8478

TP8450

C8476

C8477

R8473

TP4901

R4984

TP4902

R4985

R4987

TP4903

TP4904

R4986

R8477

TP2017

48

12.2. LAYOUT DA PLACA K

TC-L32B6B

PLACA K (Lado superior)

R2822

R2821
D2807

C2807

D2805

RM2800

C2801

R2820

D2804

PLACA K (Lado inferior)

D2806

C2804

SN2800

R2813

R2810

R2814

R2811

R2815

R2803
R2804

R2806

R2805

R2808

R2812

R2807
R2809

D2801

R2823

D2802A

D2802

D2800

D2808

R2824

C2805

C2802
C2803
C2806
C2800

K10

Localização

dos Camponentes

LocalizaçãoRef.

49

TC-L32B6B

12.3. LAYOUT DA PLACA P (Lado superior)

SW7401SW7402SW7403SW7404SW7405SW7406

INPUT

CH.UP

CH.DN

AV

VOL.DN

POWER

F

UP/+

DOWN/-

VOL.UP

TV

ZA7101

C7519

JS7506

C7316

J102

J101

TNPA5808

ORDER

NO.

13

J201

J203

J204

1

PC7301

L7304

PC7300

JS7315

L7315

J105

C7313

1

1

JS7304

JS7313

L7313

2

D7306

Q7301

G

D

1

C7307

C7306

P

JS7501

S

L7301

J305

L7314

L7501

JS7301

JS7314

L7302

6

712

J106

A

T7301

D7502

K

JS7502

L7502

6

D7320

R7315

R7316

C7303

D7103

D7301

5

J207

ి

HOT

D7302

C7106

FOR CONTINUED PROTECTION AGAINST RISK OF FIRE
REPLACE ONLY WITH SAME TYPE AND RATING OF FUSE.

A

ඇి

JS7111

L7110

J304

C7510

P2

J206

A

A

L7503

K

D7505

C7315

LIVE CIRCUIT

C7302

C7301

-

-

J303

+

+

D7102

ώϡʔζఆ֨

114

JS7508

C7513

C7501

JS7503

COLD

R7335

JS7106

CF7101

JS7107

SRV-16V

C7512

JS7505

J306

C7502

J208

C7102

JS7105

LF7103

CF7102

T5AH 250V

A

CAUTION

,

P3

LF7104

JS7103

L7101

C7101

18

JS7101

2

D7101

JK7101

J302

L7102
JS7102

JS7104

F7101

1

ZA7103

ZA7102

JS7509

ZA7104

JS7108

C7104

C7105

C7103

Localização dos Camponentes

Posição Posição Posição Posição

Ref. Ref. Ref. Ref.

50

12.3.1. LAYOUT DA PLACA P (Lado inferior)

TC-L32B6B

C7104

C7105

C7103

ZA7104

R7502

F7101

TP7512

Q7510

ZA7103

ZA7102

R7531

R7524

R7512

D7513

Q7501

L7102

TP7100

C7533

C7521

TP7413

TP7411

D7518

D7521

R7511

R7508

C7508

1

R7543

C7520

R7501

R7542

D7520

R7513

JA5

TP7415

R7504

R7514

TP7414

C7516

R7509

TP7421

TP7420

R7546

C7506

TP7419

C7515

TP7511

Q7502

R7503

D7504

8

P3

C7517

D7510

C7502

TP7401

TP7412

1

C7512

C7513

TP7410

TP7514

D7507

A

C7501

L7503

R7335

LF7104

C7102

C7101

L7101

TP7108

LF7103

CF7101

TP7104

D7101

TP7103

TP7101

TP7102

2

1

T5AH 250V

ώϡʔζఆ֨

JK7101

CF7102

A

C7531

D7505

C7302

-

-

+

+

JA1

C7532

JA3

K

C7315

C7534

C7834

P2

A

TP7404

D7102

D7103

JA7

TP7513

TP7417

14

C7832

D7508

K

L7502

C7510

L7110

LIVE CIRCUIT

C7301

TP7106TP7107

TP7105

HOT

ి

D7301

R7104

R7101

AA

D7320

R7103

R7102

D7502

C7303

R7302

D7302

TP7418

TP7416

R7316

R7303

TP7501

R7301

R7315

6

L7501

T7301

D7317

D7104

D7315

R7343

R7342

R7304

TNPA5808

SEE REVERSE FOR ORDER NO.

COLD

ඇి

6 1

L7302

R7344

L7301

C7307

C7306

R7314

L7314

R7305

R7325

R7318

R7313

D7323

Q7301

D7303

R7317

L7313

S

D7313

C7312

L7315

D7306

D

IC7301

G

R7320

TP7110

C7311

1

15

JA2

127

8

C7313

D7324

C7310

D7316

L7304

R7323

TP7109

1 P

13

PC7301

C7314

R7329

PC7300

D7318

R7321

D7314

R7345

R7312

R7346

D7506

D7322

Q7302

R7333

R7319

R7306

JA6

C7304

Q7304

Q7505

R7532

R7332

R7330

C7128

C7518

PA7501

R7520

D7321

C7519

TP7409

R7551

C7535

R7311

JS7506

R7525

C7509

D7511

R7526

D7307

R7331

R7537

R7510

C7316

R7515

R7523

R7322

C7504

R7527

R7530

IC7501

R7507

JA9

JA8

C7505

IC7502

C7503

R7540

R7541

R7545

F

INPUT

SW7406

R7405

UP/+

SW7405

CH.UP

R7404

D7403

C7401

R7516

R7403

R7402

R7519

C7522

JA4

D7401

R7521

R7517

C7523

SW7404

SW7403

SW7402

C7402

D7404

SW7401

DOWN/-

TV

AV

D7402

POWER

CH.DN

VOL.UP

VOL.DN

Localização dos Camponentes

Posição Posição Posição Posição

Ref. Ref. Ref. Ref.

C7106

ZA7101

51

TC-L32B6B

13. VISTA EXPLODIDA

13.1. VISTA EXPLODIDA DO GABINETE

6

19

7

4

8

Placa A

13

3

5

Placa K

11

16

10

9

12

13.2. LISTA DE PEÇAS MECÂNICAS

REF. CÓDIGO DESCRIÇÃO

1 L0EYAA000046 ALTO-FALANTE FULL RANGE 8 W 8 Ω TV
2 TBX5ZA02201 BOTÃO PLÁSTICO CONTROLE
3 K2CR2YY00049 CABO DE FORÇA PARA TV - GK&B
4 TSCKF0250001 CABO FLAT LVDS COM CONEXÕES
5 TKK5ZC50311 DIFUSOR PLÁSTICO DO LED

TKY2BA00101-JP

6
7 L5EDDYY00472 PAINEL LCD 32” LED HD 1920X768
8 TUA5ZA07501 SUPORTE METÁLICO FRAME

TBL2BX00271-CS

9

TBL2BX00281-CS

10
11 XTB4+18JFJK PARAFUSO
12 XYN4+F25FJK PARAFUSO
13 TKP5ZA32203 SUPORTE PLÁSTICO AV LATERAL
14 TKX5ZA02801 SUPORTE PLÁSTICO SPK

TTU2BA0012-CS

15
16 TNQ2B3901 TRANSMISSOR DE CONTROLE REMOTO
17 TUA5ZA07801 SUPORTE METÁLICO VERT. DIR.
18 TUA5ZA07901 SUPORTE METÁLICO VERT. ESQ.
19 TKZ5ZA50251 SUPORTE METÁLICO LATERAL
20 TMX5ZE0046 SUPORTE PLÁSTICO BOSSA

GABINETE PLÁSTICO PINT 32B6

PEDESTAL MONTADO L32B6B
SUPORTE L MONTADO L32B6B

TAMPA TRASEIRA COMPLETA L32B6B

20

Placa P

14

18

17

2

14

1

15

13.3. LISTA DAS PLACAS MONTADAS

CÓDIGO DESCRIÇÃO

TNP4G543VF-CS PLACA A MONTADA
TNPA5822AA-CS PLACA K MONTADA
TNPA5808CQ-CS PLACA P MONTADA

52

14. LISTA DE PEÇAS ELÉTRICAS

REF. CÓDIGO DESCRIÇÃO

CAPACITORES

C1958 F1G1E103A059 CAP. CER. SMD 10 nF 25V 10%

C2000 F1G1A105A047 CAP. CER. SMD 1 µF 10V 10%

C2014 F1K1E106A134 CAP. CER. SMD 10 µF 25V 10%
C2023 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C2801 F1G1C1030008 CAP. CER. SMD 10 nF 16V 10%
C2804 F1H1C104A178 CAP. CER. SMD 100 nF 16V 10%
C2807 F1J1A106A043 CAP. CER. SMD 10 µF 10V
C3084 F1H0J105A051 CAP. CER. SMD
C3085 F1H0J105A051 CAP. CER. SMD
C3086 F1H0J105A051 CAP. CER. SMD
C3130 F1H0J105A051 CAP. CER. SMD
C3145 F1J1A106A087 CAP. CER. SMD 10 µF 10V 10%
C3147 F1J1A106A087 CAP. CER. SMD 10 µF 10V 10%
C3151 F1H1A105A099 CAP. CER. SMD 1 µF 10V
C3152 F1H1A105A099 CAP. CER. SMD 1 µF 10V
C3159 F1H1A105A099 CAP. CER. SMD 1 µF 10V
C3160 F1H1A105A099 CAP. CER. SMD 1 µF 10V
C3171 F1J1A106A087 CAP. CER. SMD 10 µF 10V 10%
C3172 F1J1A106A087 CAP. CER. SMD 10 µF 10V 10%
C3175 F1J1E105A287 CAP. CER. SMD 1 µF 25V 10%
C3176 F1J1A106A087 CAP. CER. SMD 10 µF 10V 10%
C3177 F1J1E105A287 CAP. CER. SMD 1 µF 25V 10%
C4000 F1H1H103B047 CAP. CER. SMD
C4001 F1H1H103B047 CAP. CER. SMD
C4002 F1J1C475A217 CAP. CER. SMD 4,70 µF 16V 10%
C4701 F1H0J105A051 CAP. CER. SMD
C4900 F1K1V106A010 CAP. CER. SMD 10 µF 35V
C4901 F1K1V106A010 CAP. CER. SMD 10 µF 35V
C4902 F1J1E105A287 CAP. CER. SMD 1 µF 25V 10%
C4903 F1K1V106A010 CAP. CER. SMD 10 µF 35V
C4904 F1J1E105A287 CAP. CER. SMD 1 µF 25V 10%
C4905 F1H1C105A167 CAP. CER. SMD 1 µF 16V 10%
C4906 F1K1V106A010 CAP. CER. SMD 10 µF 35V
C4907 F1J1E105A287 CAP. CER. SMD 1 µF 25V 10%
C4908 F1K1V106A010 CAP. CER. SMD 10 µF 35V
C4909 F1J1E105A287 CAP. CER. SMD 1 µF 25V 10%
C4919 F1J1E224A272 CAP. CER. SMD 220 nF 25V 10%
C4920 F1J1E224A272 CAP. CER. SMD 220 nF 25V 10%
C4921 F1H1E104A029 CAP. CER. SMD 100 nF 25V 10%
C4922 F1H1E104A029 CAP. CER. SMD 100 nF 25V 10%
C4923 F1H1E104A029 CAP. CER. SMD 100 nF 25V 10%
C4924 F1H1E104A029 CAP. CER. SMD 100 nF 25V 10%
C5000 F1G1A105A047 CAP. CER. SMD 1 µF 10V 10%
C5002 F1G1A105A047 CAP. CER. SMD 1 µF 10V 10%
C5004 F1G1A105A047 CAP. CER. SMD 1 µF 10V 10%
C5006 F1J1E105A287 CAP. CER. SMD 1 µF 25V 10%
C5012 F1G1A105A047 CAP. CER. SMD 1 µF 10V 10%
C5020 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C5021 F1G1A105A047 CAP. CER. SMD 1 µF 10V 10%

TC-L32B6B

REF. CÓDIGO DESCRIÇÃO

C5022 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C5026 F1H1C105A145 CAP. CER. SMD 1.000 nF 16V 10%
C5150 F1G1E103A059 CAP. CER. SMD 10 nF 25V 10%
C5151 F1G1E103A059 CAP. CER. SMD 10 nF 25V 10%
C5171 F1G1C1030008 CAP. CER. SMD 10 nF 16V 10%
C5202 F1G1H1020008 CAP. CER. SMD 1 nF 50V 10%
C5203 F1G1H1020008 CAP. CER. SMD 1 nF 50V 10%
C5204 F1G1C1030008 CAP. CER. SMD 10 nF 16V 10%
C5400 F1K1V106A010 CAP. CER. SMD 10 µF 35V
C5401 F1K1V106A010 CAP. CER. SMD 10 µF 35V
C5402 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C5403 F1J0J2260004 CAP. CER. SMD 22 µF 6,3 V 20%
C5404 F1J0J2260004 CAP. CER. SMD 22 µF 6,3 V 20%
C5407 F1G1E333A059 CAP. CER. SMD 33 nF 25V 10%
C5408 F1G1H222A830 CAP. CER. SMD 2,20 nF 50V 10%
C5411 F1G1H1020008 CAP. CER. SMD 1 nF 50V 10%
C5420 F1K1V106A010 CAP. CER. SMD 10 µF 35V
C5421 F1K1V106A010 CAP. CER. SMD 10 µF 35V
C5422 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C5423 F1J0J2260004 CAP. CER. SMD 22 µF 6,3 V 20%
C5424 F1J0J2260004 CAP. CER. SMD 22 µF 6,3 V 20%
C5427 F1G1E333A059 CAP. CER. SMD 33 nF 25V 10%
C5428 F1G1H222A830 CAP. CER. SMD 2,20 nF 50V 10%
C5431 F1G1H1020008 CAP. CER. SMD 1 nF 50V 10%
C5433 F1G1H1020008 CAP. CER. SMD 1 nF 50V 10%
C5434 F1K1V106A010 CAP. CER. SMD 10 µF 35V
C5435 F1K1V106A010 CAP. CER. SMD 10 µF 35V
C5436 F1K1V106A010 CAP. CER. SMD 10 µF 35V
C5437 F1K1V106A010 CAP. CER. SMD 10 µF 35V
C5438 F1K1V106A010 CAP. CER. SMD 10 µF 35V
C5439 F1K1V106A010 CAP. CER. SMD 10 µF 35V
C5441 F1G1C183A146 CAP. CER. SMD 18 nF 16V
C5443 F1G1H472A830 CAP. CER. SMD 4,70 nF 50V 10%
C5444 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C5710 F1J1A106A087 CAP. CER. SMD 10 µF 10V 10%
C5711 F1J1A106A087 CAP. CER. SMD 10 µF 10V 10%
C5724 F1G1H1020008 CAP. CER. SMD 1 nF 50V 10%
C5725 F1G1H1020008 CAP. CER. SMD 1 nF 50V 10%
C6704 F1J1A106A087 CAP. CER. SMD 10 µF 10V 10%
C6707 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C6708 F1J1A106A087 CAP. CER. SMD 10 µF 10V 10%
C6710 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C6720 F1G1H220A834 CAP. CER. SMD 22 PF 50V 5%
C6721 F1G1H220A834 CAP. CER. SMD 22 PF 50V 5%
C6722 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C6723 F1G1H220A834 CAP. CER. SMD 22 PF 50V 5%
C6724 F1G1H220A834 CAP. CER. SMD 22 PF 50V 5%
C6736 F1G1H101A834 CAP. CER. SMD 100 PF 50V 5%
C6737 F1G1H101A834 CAP. CER. SMD 100 PF 50V 5%
C6746 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%

53

TC-L32B6B

REF. CÓDIGO DESCRIÇÃO

C6778 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C6779 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C6873 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C7101 F0CAF1040016 CAP. POLIPR. PTH 100 nF 250V 10%
C7102 F0CAF1040016 CAP. POLIPR. PTH 100 nF 250V 10%
C7103 F1AAF471A019 CAP. CER. PTH 470 PF 250V 10%
C7104 F1AAF471A019 CAP. CER. PTH 470 PF 250V 10%
C7128 F1H1H103B047 CAP. CER. SMD
C7301A F2A2W6800013 CAP. ELETR. PTH 68 µF 450V 20%
C7302 F2A2W6800013 CAP. ELETR. PTH 68 µF 450V 20%
C7306 F1B3D101A099 CAP. CER. PTH 100 PF 2.000V 5%
C7307 F1B3D101A099 CAP. CER. PTH 100 PF 2.000V 5%
C7310 F1H1H103B047 CAP. CER. SMD
C7311 F1H1H102B052 CAP. CER. SMD 1 nF 50V 5%
C7312 F1J1H105A945 CAP. CER. SMD 1 µF 50V +80 -20
C7313 F2A1V470B763 CAP. ELETR. PTH 47 µF 35V 20%
C7314 F1H1H102B052 CAP. CER. SMD 1 nF 50V 5%
C7315 F1AAF102A020 CAP. CER. PTH 1.000 PF 250V
C7401 F1H1H104B047 CAP. CER. SMD
C7402 F1H1H104B047 CAP. CER. SMD
C7501 F1A3A471A060 CAP. CER. RADIAL 470 PF 1.000V
C7502 EEUFR1V102PY CAP. ELETR. PTH 1.000 µF 35V 20%
C7503 F1H1H104B047 CAP. CER. SMD
C7505 F1H1E105A144 CAP. CER. SMD 1 µF 25V 10%
C7506 F1JZZ1060001 CAP. CER. SMD 10 µF 20V 10%
C7508 F1K1E106A134 CAP. CER. SMD 10 µF 25V 10%
C7509 F1J1E225A178 CAP. CER. SMD 2,20 µF 25V
C7510 F1A3A102A060 CAP. CER. RAD. 1.000 PF 1.000V 5%
C7513 EEUFR1E102PY CAP. ELETR. PTH 1.000 µF 25V 20%
C7520 F1J1E105A287 CAP. CER. SMD 1 µF 25V 10%
C7521 F1J1E105A287 CAP. CER. SMD 1 µF 25V 10%
C7523 F1H1H104B047 CAP. CER. SMD
C7531 F1H1H104B047 CAP. CER. SMD
C7532 F1H1H104B047 CAP. CER. SMD
C8001 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8006 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8010 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8012 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8013 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8016 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8018 F1G1A105A047 CAP. CER. SMD 1 µF 10V 10%
C8027 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8028 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8031 F1J1A106A087 CAP. CER. SMD 10 µF 10V 10%
C8032 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8034 F1J1A106A087 CAP. CER. SMD 10 µF 10V 10%
C8037 F1J1A106A087 CAP. CER. SMD 10 µF 10V 10%
C8039 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8042 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8044 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8045 F1G1A105A047 CAP. CER. SMD 1 µF 10V 10%

REF. CÓDIGO DESCRIÇÃO

C8052 F1J0G2260001 CAP. CER. SMD 22 µF 4V 20%
C8054 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8055 F1G1A105A047 CAP. CER. SMD 1 µF 10V 10%
C8057 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8059 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8068 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8071 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8072 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8074 F1G1A105A047 CAP. CER. SMD 1 µF 10V 10%
C8076 F1H1A105A099 CAP. CER. SMD 1 µF 10V
C8100 F1K1V106A010 CAP. CER. SMD 10 µF 35V
C8102 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8103 F1G1C473A048 CAP. CER. SMD 47 nF 16V 10%
C8105 F1G1E332A144 CAP. CER. SMD 3,30 nF 25V 10%
C8107 F1J0G2260001 CAP. CER. SMD 22 µF 4V 20%
C8108 F1J0G2260001 CAP. CER. SMD 22 µF 4V 20%
C8109 F1G1E472A144 CAP. CER. SMD 4,70 nF 25V 10%
C8110 F1H1C105A145 CAP. CER. SMD 1.000 nF 16V 10%
C8 111 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8112 F1K1V106A010 CAP. CER. SMD 10 µF 35V
C8114 F1J0G2260001 CAP. CER. SMD 22 µF 4V 20%
C8119 F1G1H471A830 CAP. CER. SMD 470 PF 50V 10%
C8203 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8204 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8205 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8206 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8207 F1J1A106A087 CAP. CER. SMD 10 µF 10V 10%
C8208 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8210 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8212 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8214 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8218 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8220 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8221 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8224 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8229 F1G1A105A047 CAP. CER. SMD 1 µF 10V 10%
C8230 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8231 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8232 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8300 F1G1H100A834 CAP. CER. SMD 10 PF 50V
C8301 F1G1H120A834 CAP. CER. SMD 12 PF 50V 5%
C8307 F1G1A105A047 CAP. CER. SMD 1 µF 10V 10%
C8308 F1G1A105A047 CAP. CER. SMD 1 µF 10V 10%
C8312 F1G1A105A047 CAP. CER. SMD 1 µF 10V 10%
C8313 F1G1A105A047 CAP. CER. SMD 1 µF 10V 10%
C8314 F1G1A105A047 CAP. CER. SMD 1 µF 10V 10%
C8315 F1G1A105A047 CAP. CER. SMD 1 µF 10V 10%
C8461 F1J1A106A087 CAP. CER. SMD 10 µF 10V 10%
C8463 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8467 F1J1A106A087 CAP. CER. SMD 10 µF 10V 10%
C8470 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%

54

TC-L32B6B

REF. CÓDIGO DESCRIÇÃO

C8700 F1H1A105A099 CAP. CER. SMD 1 µF 10V
C8850 F1G1E103A059 CAP. CER. SMD 10 nF 25V 10%
C8901 F1G1C104A077 CAP. CER. SMD 100 nF 16V 10%
C8903 F1G1A105A047 CAP. CER. SMD 1 µF 10V 10%

TERMISTOR

CF7102

DIODOS

D2802 B3AGB0000060 LED SMD 20,0 mA
D3101 DZ2J140M0L DIODO ZENER SMD 14V 0,2 5,0 mA
D3102 DZ2J140M0L DIODO ZENER SMD 14V 0,2 5,0 mA
D3103 DZ2J140M0L DIODO ZENER SMD 14V 0,2 5,0 mA
D3104 DZ2J140M0L DIODO ZENER SMD 14V 0,2 5,0 mA
D3105 DZ2J140M0L DIODO ZENER SMD 14V 0,2 5,0 mA
D3106 DZ2J140M0L DIODO ZENER SMD 14V 0,2 5,0 mA
D3107 DZ2J140M0L DIODO ZENER SMD 14V 0,2 5,0 mA
D3110 DZ2J140M0L DIODO ZENER SMD 14V 0,2 5,0 mA
D4704 DB2J30900L DIODO RETIF. SMD 30V 0,1 A
D4719 DA2J10100L DIODO CHAV. SMD 80V 0,1 A
D4770 DA2J10100L DIODO CHAV. SMD 80V 0,1 A
D4785 DB2J30900L DIODO RETIF. SMD 30V 0,1 A
D5172 DZ2J220M0L DIODO ZENER SMD 22V 0,2 5,0 mA
D5173 DA2J10100L DIODO CHAV. SMD 80V 0,1 A
D5178 DZ2J068M0L DIODO ZENER SMD 6,8 V 0,2W 5,0 mA
D5179 B0ADCK000001 DIODO CHAV. SMD 90V 0,25W 100,0 mA
D5180 DZ2J033M0L DIODO ZENER SMD 3,3 V 0,2 W 5,0 mA
D5187 DZ2J047M0L DIODO ZENER SMD 4,9 V 0,2 5,0 Ma
D5191 B0ADCK000001 DIODO CHAV. SMD 90V 0,25W 100,0 mA
D5192 B0ADCK000001 DIODO CHAV. SMD 90V 0,25W 100,0 mA
D5193 B0ADCK000001 DIODO CHAV. SMD 90V 0,25W 100,0 mA
D5194 DA2J10100L DIODO CHAV. SMD 80V 0,1 A
D5195 DZ2J027M0L DIODO ZENER SMD 2,8 V 0,2 W 5,0 mA
D7101 D4EAY621A134 VARISTOR PTH VOLTAGEM - 620V
D7102 B0EBNT000030 DIODO RETIF. (PONTE) 800V 4,0 A
D7104 DA2J10100L DIODO CHAV. SMD 80V 0,1 A
D7301 B0HAGQ000001 DIODO RETIF. PTH 600V 1,0 A
D7303 B0BC01500025 DIODO ZENER SMD 15V 1/2 W 10,0 Ma
D7306 B0BB140A0011 DIODO ZENER PTH 145V 1,5 A
D7307 DZ2J068M0L DIODO ZENER SMD 6,8 V 0,2W 5,0 mA
D7313 B0JCDE000006 DIODO RETIF. SMD 40V 0,2 A
D7316 B0JCDE000006 DIODO RETIF. SMD 40V 0,2 A
D7317 DA2JF2300L DIODO CHAV. SMD 300V 0,3 A
D7320 B0JAME000126 DIODO RETIF. B. SCHOTTKY 40V 1,0 A
D7323 B0JCDE000006 DIODO RETIF. SMD 40V 0,2 A
D7403 EZJZ1V800AA VARISTOR SMD SURGE ABSORBE 80V
D7404 EZJZ1V800AA VARISTOR SMD SURGE ABSORBE 80V
D7502 B0FBCM000016 DIODO RETIF. PTH RADIAL 200V 20,0 A
D7507 B0JDSL000013 DIODO RETIF. SMD 100V 10,0 A
D7508 B0JDSL000013 DIODO RETIF. SMD 100V 10,0 A
D7520 DA2J10100L DIODO CHAV. SMD 80V 0,1 A
D8000 DA2J10100L DIODO CHAV. SMD 80V 0,1 A
D8850 DB2J30900L DIODO RETIF. SMD 30V 0,1 A

D4CA94R0A001 TERMISTOR NTC PTH 4 Ω 15%

REF. CÓDIGO DESCRIÇÃO

FUSÍVEL

F7101 K5E502YYA162 FUSIVEL PTH 250V 5,0 A

CIRCUITOS INTEGRADOS

IC3052 C0ABBB000179 CI SMD
IC4900 C1AB00003984 CI AMP AUDIO SMD
IC5000 AN34043AAVF CI SMD FOR VIDEO / AUDIO
IC5400 C0DBAYY01299 CI DC-DC CONV SMD
IC5420 C0DBAYY01299 CI DC-DC CONV SMD
IC5421 C0DBAYY01300 CI DC-DC CONV SMD
IC5704 C0DBEYY00102 CI REG. DE VOLTAGEM SMD
IC7301 C0DBBYY00065 CI AC-DC CONV SMD
IC7501 C0DBZYY00545 CI REF VOLT. SMD
IC7502 C0DBEYY00146 CI REG VOLT
IC8000 MN2WS0270PBA CI MICROPROCESSADOR SMD 27 MHZ
IC8001 C0DBGYY00887 CI SMD 3,3V 0,2A
IC8100 C0DBAYY01644 CI DC-DC CONV SMD
IC8101 C0DBAYY01645 CI DC-DC CONV SMD
IC8200 C3ABUY000020 CI MEMORIA DDR3 SDRAM SMD 2 GB
IC8201 C3ABUY000020 CI MEMORIA DDR3 SDRAM SMD 2 GB
IC8454 C0DBZYY00541 CI CHAVE USB VOLT SMD
IC8900 TVRS300AA KIT MEM FLASH GRAVADA V7.100 2 G
RM2800 B3RBB0000018 CIRC. INTEGRADO DETECTOR IR
SN2800 B3JB00000208 CI DET LUMIN SMD

JUMPERS

JA1 D0GFR00J0005 RESISTOR SMD 0 Ω 1/4 W
JA2 D0GFR00J0005 RESISTOR SMD 0 Ω 1/4 W
JA3 D0GFR00J0005 RESISTOR SMD 0 Ω 1/4 W
JA4 D0GFR00J0005 RESISTOR SMD 0 Ω 1/4 W
JA5 D0GFR00J0005 RESISTOR SMD 0 Ω 1/4 W
JA6 D0GFR00J0005 RESISTOR SMD 0 Ω 1/4 W
JA7 D0GFR00J0005 RESISTOR SMD 0 Ω 1/4 W
JA8 D0GFR00J0005 RESISTOR SMD 0 Ω 1/4 W
JA9 D0GFR00J0005 RESISTOR SMD 0 Ω 1/4 W

BOBINAS

L3 111 J0JYC0000156 INDUTOR SMD
L3112 J0JYC0000156 INDUTOR SMD
L3113 J0JYC0000156 INDUTOR SMD
L3116 J0JYC0000156 INDUTOR SMD
L3119 J0JYC0000156 INDUTOR SMD
L3120 J0JYC0000156 INDUTOR SMD
L4051 J0ZZB0000147 INDUTOR SMD
L4052 J0ZZB0000147 INDUTOR SMD
L4053 J0ZZB0000147 INDUTOR SMD
L4901 G1C220MA0533 INDUTOR SMD 22,000 µH 20%
L4902 G1C220MA0533 INDUTOR SMD 22,000 µH 20%
L4903 G1C220MA0533 INDUTOR SMD 22,000 µH 20%
L4904 G1C220MA0533 INDUTOR SMD 22,000 µH 20%
L5400 G1C4R7ZA0311 INDUTOR SMD 4,700 µH
L5420 G1C6R8MA0533 INDUTOR SMD 6,800 µH 20%
L5421 G1C220MA0445 INDUTOR SMD 22,000 µH 20%
L6704 J0JYC0000464 INDUTOR SMD

55

TC-L32B6B

REF. CÓDIGO DESCRIÇÃO

L6706 J0JYC0000464 INDUTOR SMD
L7101 J0JKB0000034 BOBINA I = 6 A / Z=100 Ω (100MHZ)
L7102 J0JKB0000034 BOBINA I = 6 A / Z=100 Ω (100MHZ)
L7110 J0JKA0000024 FERRITE I=6 A / Z= 100 Ω( 100MHZ)
L7301 J0JKA0000038 FERRITE Z=80 Ω(100 MHZ) I=6A
L7304 J0JKB0000034 BOBINA I = 6 A / Z=100 Ω (100MHZ)
L7313 J0JKA0000038 FERRITE Z=80 Ω(100 MHZ) I=6A
L7314 J0JKA0000038 FERRITE Z=80 Ω(100 MHZ) I=6A
L7501 J0JKA0000038 FERRITE Z=80 Ω(100 MHZ) I=6A
L8001 J0JCC0000287 FILTRO PARA EMI / EMC 0,2A
L8009 J0JYC0000464 INDUTOR SMD
L8013 J0JYC0000464 INDUTOR SMD
L8014 J0JCC0000287 FILTRO PARA EMI / EMC 0,2A
L8100 G1C3R3MA0464 INDUTOR SMD 3,300 µH 20%
L8101 G1C2R2ZA0311 INDUTOR SMD 2,200 µH

FILTROS

LF7103A
LF7104A

FOTO ACOPLADORES

PC7300 B3PAA0000629 FOTO ACOPLADOR
PC7301 B3PAA0000629 FOTO ACOPLADOR

TRANSISTORES

Q2012 B1ABCE000015 TRANS. SMD NPN 0,2W 200,0 mA
Q2013 B1ABCE000015 TRANS. SMD NPN 0,2W 200,0 mA
Q3102 B1ABCE000015 TRANS. SMD NPN 0,2W 200,0 mA
Q3103 B1ABCE000015 TRANS. SMD NPN 0,2W 200,0 mA
Q4702 B1ABCF000231 TRANS. SMD NPN 1/4 W 50V 100,0 mA
Q4709 B1ABCF000231 TRANS. SMD NPN 1/4 W 50V 100,0 mA
Q4981 B1ABCE000015 TRANS. SMD NPN 0,2W 200,0 mA
Q7301 B1CERR000067 TRANS. FET RAD. PTH N 45W 650V 8A
Q7302 B1ABBE000003 TRANS. SMD NPN 1/4 W 50V 100,0 mA
Q7501 B1CHRE000015 TRANS. SMD CH P 1,9 W 40V 7,0 A
Q7502 B1CHRE000015 TRANS. SMD CH P 1,9 W 40V 7,0 A
Q7505 B1ABBE000003 TRANS. SMD NPN 1/4 W 50V 100,0 mA
Q7510 B1ABBE000003 TRANS. SMD NPN 1/4 W 50V 100,0 mA

RESISTORES

R0903 D0GA272JA023 RESISTOR SMD 2,70 kΩ 1/16 W
R0904 D0GA473JA039 RESISTOR SMD 47 kΩ
R0905 D0GA101JA039 RESISTOR SMD 100 Ω
R0906 D0GA101JA039 RESISTOR SMD 100 Ω
R0907 D0GA101JA039 RESISTOR SMD 100 Ω
R0910 D0GA332JA023 RESISTOR SMD 3,30 kΩ 1/16 W
R0911 D0GA272JA023 RESISTOR SMD 2,70 kΩ 1/16 W
R0912 D0GA272JA023 RESISTOR SMD 2,70 kΩ 1/16 W
R0913 D0GA332JA023 RESISTOR SMD 3,30 kΩ 1/16 W
R0914 D0GA101JA039 RESISTOR SMD 100 Ω
R0915 D0GA101JA039 RESISTOR SMD 100 Ω
R0916 D0GA101JA039 RESISTOR SMD 100 Ω
R0917 D0GA101JA039 RESISTOR SMD 100 Ω
R0932 D0GA220JA023 RESISTOR SMD 22 Ω 1/16 W 5%
R0933 D0GA220JA023 RESISTOR SMD 22 Ω 1/16 W 5%

G0B153G00003 FILTRO DE LINHA 15 mH
G0B153G00003 FILTRO DE LINHA 15 mH

REF. CÓDIGO DESCRIÇÃO

R0936 D0GA220JA023 RESISTOR SMD 22 Ω 1/16 W 5%
R0937 D0GA220JA023 RESISTOR SMD 22 Ω 1/16 W 5%
R0938 D0GA101JA039 RESISTOR SMD 100 Ω
R0940 D0GA101JA039 RESISTOR SMD 100 Ω
R0946 D0GA101JA039 RESISTOR SMD 100 Ω
R0948 D0GA101JA039 RESISTOR SMD 100 Ω
R0951 D0GA101JA039 RESISTOR SMD 100 Ω
R0952 D0GA102JA039 RESISTOR SMD 1 kΩ 1/16 W 5%
R0953 D0GA272JA023 RESISTOR SMD 2,70 kΩ 1/16 W
R0954 D0GA272JA023 RESISTOR SMD 2,70 kΩ 1/16 W
R0955 D0GA272JA023 RESISTOR SMD 2,70 kΩ 1/16 W
R0956 D0GA332JA023 RESISTOR SMD 3,30 kΩ 1/16 W
R0957 D0GA332JA023 RESISTOR SMD 3,30 kΩ 1/16 W
R1951 D0GA680JA023 RESISTOR SMD 68 Ω 1/16 W
R1953 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R2000 D0GA154JA023 RESISTOR SMD 150 kΩ
R2003 D0GAR00J0005 RESISTOR SMD 0 Ω 1/16 W 5%
R2008 D0GA473JA039 RESISTOR SMD 47 kΩ
R2010 D0GDR00J0004 RESISTOR SMD 0 Ω 1/8 W
R2013 D0GA101JA039 RESISTOR SMD 100 Ω
R2014 D0GA101JA039 RESISTOR SMD 100 Ω
R2016 D0GA302JA023 RESISTOR SMD 3 kΩ 1/16 W
R2051 D0GA101JA039 RESISTOR SMD 100 Ω
R2056 D0GAR00J0005 RESISTOR SMD 0 Ω 1/16 W 5%
R2058 D0GA473JA039 RESISTOR SMD 47 kΩ
R2059 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R2060 D0GA473JA039 RESISTOR SMD 47 kΩ
R2061 D0GA223JA023 RESISTOR SMD 22 kΩ 1/16 W 5%
R2062 D0GA101JA039 RESISTOR SMD 100 Ω
R2820 D0GA470JA023 RESISTOR SMD 47 Ω 1/16 W
R2821 D0GAR00J0005 RESISTOR SMD 0 Ω 1/16 W 5%
R2823 D1BA1821A023 RESISTOR SMD 1,82 kΩ 1/16 W 1%
R2824 D1BA6800A023 RESISTOR SMD 680 Ω 1/16 W 1%
R3117 D0GA102JA039 RESISTOR SMD 1 kΩ 1/16 W 5%
R3118 D0GA473JA039 RESISTOR SMD 47 kΩ
R3121 D0GB104ZA041 RESISTOR SMD 100 kΩ 1/10 W 1%
R3132 D0GB103JA065 RESISTOR SMD 10 kΩ 1/10 W 5%
R3142 D1BD75R00003 RESISTOR SMD 75 Ω 1/8W 1%
R3157 D1HY2204A012 Rede resistiva SMD 22 Ω 5%
R3163 D0GA104JA039 RESISTOR SMD 100 kΩ 1/16 W 5%
R3164 D0GA104JA039 RESISTOR SMD 100 kΩ 1/16 W 5%
R3167 D0GA333JA023 RESISTOR SMD 33 kΩ
R3168 D0GA333JA023 RESISTOR SMD 33 kΩ
R3171 D0GA101JA039 RESISTOR SMD 100 Ω
R3172 D0GA101JA039 RESISTOR SMD 100 Ω
R3173 D0GB104ZA041 RESISTOR SMD 100 kΩ 1/10 W 1%
R3179 D0GA331JA023 RESISTOR SMD 330 Ω 1/16 W 5%
R3180 D0GA331JA023 RESISTOR SMD 330 Ω 1/16 W 5%
R3181 D1BD75R00003 RESISTOR SMD 75 Ω 1/8W 1%
R3182 D1BD75R00003 RESISTOR SMD 75 Ω 1/8W 1%
R3183 D1BD75R00003 RESISTOR SMD 75 Ω 1/8W 1%

56

TC-L32B6B

REF. CÓDIGO DESCRIÇÃO

R3184 D0GA333JA023 RESISTOR SMD 33 kΩ
R3185 D0GA333JA023 RESISTOR SMD 33 kΩ
R3188 D0GB104ZA041 RESISTOR SMD 100 kΩ 1/10 W 1%
R3189 D0GB104ZA041 RESISTOR SMD 100 kΩ 1/10 W 1%
R3194 D0GA220JA023 RESISTOR SMD 22 Ω 1/16 W 5%
R3201 D0GA101JA039 RESISTOR SMD 100 Ω
R3231 D0GB103JA065 RESISTOR SMD 10 kΩ 1/10 W 5%
R3233 D0GB203ZA038 RESISTOR SMD 20 kΩ 1/10W 5%
R3234 D0GB203ZA038 RESISTOR SMD 20 kΩ 1/10W 5%
R3237 D0GB473JA065 RESISTOR SMD 47 kΩ 1/10 W 5%
R3238 D0GB473JA065 RESISTOR SMD 47 kΩ 1/10 W 5%
R4085 D0GDR00J0004 RESISTOR SMD 0 Ω 1/8 W
R4715 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R4721 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R4722 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R4723 D0GA473JA039 RESISTOR SMD 47 kΩ
R4724 D0GA102JA039 RESISTOR SMD 1 kΩ 1/16 W 5%
R4725 D0GA473JA039 RESISTOR SMD 47 kΩ
R4731 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R4739 D0GA220JA023 RESISTOR SMD 22 Ω 1/16 W 5%
R4748 D0GA680JA023 RESISTOR SMD 68 Ω 1/16 W
R4749 D0GA680JA023 RESISTOR SMD 68 Ω 1/16 W
R4750 D0GA680JA023 RESISTOR SMD 68 Ω 1/16 W
R4751 D0GA680JA023 RESISTOR SMD 68 Ω 1/16 W
R4752 D1BA1600A023 RESISTOR SMD 160 Ω 1/16 W 1%
R4753 D1BA82R0A023 RESISTOR SMD 82 Ω 1/16 W 1%
R4764 D0GA473JA039 RESISTOR SMD 47 kΩ
R4766 D0GA473JA039 RESISTOR SMD 47 kΩ
R4788 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R4794 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R4795 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R4796 D0GA473JA039 RESISTOR SMD 47 kΩ
R4797 D0GA102JA039 RESISTOR SMD 1 kΩ 1/16 W 5%
R4798 D0GA473JA039 RESISTOR SMD 47 kΩ
R4799 D0GA273JA023 RESISTOR SMD 27 kΩ
R4800 D0GA473JA039 RESISTOR SMD 47 kΩ
R4801 D0GA473JA039 RESISTOR SMD 47 kΩ
R4802 D0GBR00J0004 RESISTOR SMD 0 Ω 1/10 W 5%
R4900 D0GFR00J0005 RESISTOR SMD 0 Ω 1/4 W
R4901 D1HY6804A012 REDE RESISTIVA SMD 68 Ω 5%
R4906 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R4907 D0GA102JA039 RESISTOR SMD 1 kΩ 1/16 W 5%
R4908 D0GA102JA039 RESISTOR SMD 1 kΩ 1/16 W 5%
R4917 D0GAR00J0005 RESISTOR SMD 0 Ω 1/16 W 5%
R4918 D0GAR00J0005 RESISTOR SMD 0 Ω 1/16 W 5%
R4919 D0GAR00J0005 RESISTOR SMD 0 Ω 1/16 W 5%
R4955 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R4956 D0GA102JA039 RESISTOR SMD 1 kΩ 1/16 W 5%
R4958 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R4980 D0GB332JA065 RESISTOR SMD 3,30 kΩ 1/10 W 5%
R4981 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%

REF. CÓDIGO DESCRIÇÃO

R4982 D0GA473JA039 RESISTOR SMD 47 kΩ
R4984 D0GDR00J0004 RESISTOR SMD 0 Ω 1/8 W
R4985 D0GDR00J0004 RESISTOR SMD 0 Ω 1/8 W
R4986 D0GDR00J0004 RESISTOR SMD 0 Ω 1/8 W
R4987 D0GDR00J0004 RESISTOR SMD 0 Ω 1/8 W
R5002 D0GA683JA023 RESISTOR SMD 68 kΩ
R5003 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R5006 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R5007 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R5009 D1BA5602A023 RESISTOR SMD 56 kΩ 1/16 W 1%
R5012 D1BA2202A023 RESISTOR SMD 22 kΩ 1/16 W 1%
R5030 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R5031 D0GAR00J0005 RESISTOR SMD 0 Ω 1/16 W 5%
R5032 D0GAR00J0005 RESISTOR SMD 0 Ω 1/16 W 5%
R5100 D0GA101JA039 RESISTOR SMD 100 Ω
R5101 D0GA473JA039 RESISTOR SMD 47 kΩ
R5102 D0GA473JA039 RESISTOR SMD 47 kΩ
R5104 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R5152 D0GA222JA023 RESISTOR SMD 2,20 kΩ 1/16 W
R5175 D0GA680JA023 RESISTOR SMD 68 Ω 1/16 W
R5181 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R5200 D0GBR00J0004 RESISTOR SMD 0 Ω 1/10 W 5%
R5400 D0GAR00J0005 RESISTOR SMD 0 Ω 1/16 W 5%
R5401 D1BA2202A023 RESISTOR SMD 22 kΩ 1/16 W 1%
R5402 D0GB911ZA037 RESISTOR SMD 910 Ω 1/10W 5%
R5403 D1BB2871A106 RESISTOR SMD 2,87 kΩ 1/10W 1%
R5404 D0GD100JA059 RESISTOR SMD 10 Ω 1/4 W 5%
R5420 D0GAR00J0005 RESISTOR SMD 0 Ω 1/16 W 5%
R5421 D1BA3302A023 RESISTOR SMD 33 kΩ 1/16 W 1%
R5422 D0GB911ZA037 RESISTOR SMD 910 Ω 1/10W 5%
R5423 D1BB4871A106 RESISTOR SMD 4,87 kΩ 1/10W 1%
R5424 D0GD100JA059 RESISTOR SMD 10 Ω 1/4 W 5%
R5426 D0GA220JA023 RESISTOR SMD 22 Ω 1/16 W 5%
R5427 D0GD100JA059 RESISTOR SMD 10 Ω 1/4 W 5%
R5428 D0GD272JA052 RESISTOR SMD 2,70 kΩ 1/8 W 5%
R5429 D1BA1402A023 RESISTOR SMD 14 kΩ 1/16 W 1%
R5430 D1BA1001A023 RESISTOR SMD 1 kΩ 1/16 W 1%
R5431 D0GA473JA039 RESISTOR SMD 47 kΩ
R5432 D1BA2702A023 RESISTOR SMD 27 kΩ 1/16 W 1%
R5712 D0GA332JA023 RESISTOR SMD 3,30 kΩ 1/16 W
R5715 D1BA1200A023 RESISTOR SMD 120 Ω 1/16 W 1%
R5716 D1BA56R0A023 RESISTOR SMD 56 Ω 1/16 W 1%
R6728 D0GA681JA023 RESISTOR SMD 680 Ω
R6729 D0GA681JA023 RESISTOR SMD 680 Ω
R6734 D1BA1002A023 RESISTOR SMD 10 kΩ 1/16 W 1%
R7101 D0GF105JA048 RESISTOR SMD 1 MΩ
R7102 D0GF105JA048 RESISTOR SMD 1 MΩ
R7103 D0GF105JA048 RESISTOR SMD 1 MΩ
R7104 D0GF105JA048 RESISTOR SMD 1 MΩ
R7311 D0GB183JA065 RESISTOR SMD 18 kΩ 1/10W 5%
R7313 D0GD220JA052 RESISTOR SMD 22 Ω 1/8 W 5%

57

TC-L32B6B

REF. CÓDIGO DESCRIÇÃO

R7314 D0GD681JA059 RESISTOR SMD 680 Ω 1/8 W 5%
R7315 D0C1R33JA104 RES. R OX. METAL PTH 0,33 Ω 1 W 5%
R7317 D0GD680JA052 RESISTOR SMD 68 Ω 1/8 W
R7318 D0GD471JA052 RESISTOR SMD 470 Ω 1/8 W 5%
R7319 D0GB393JA065 RESISTOR SMD 39 kΩ 1/10W 5%
R7320 D0GB152JA065 RESISTOR SMD 1,50 kΩ 1/10W 5%
R7322 D0GB752JA065 RESISTOR SMD 7,50 kΩ 1/10W 5%
R7325 D0GD4R7JA059 RESISTOR SMD 4,70 Ω 1/4 W 5%
R7329 D0GDR00J0004 RESISTOR SMD 0 Ω 1/8 W
R7335 D0B1106JA033 RESISTOR F. METAL PTH 10 MΩ 1 W 5%
R7342 D0GD182JA052 RESISTOR SMD 1,80 kΩ 1/8 W 5%
R7343 D0GD182JA052 RESISTOR SMD 1,80 kΩ 1/8 W 5%
R7344 D0GD182JA052 RESISTOR SMD 1,80 kΩ 1/8 W 5%
R7346 D0GDR00J0004 RESISTOR SMD 0 Ω 1/8 W
R7402 D1BB1911A073 RESISTOR SMD 1,91 kΩ 1/10W 1%
R7403 D1BB3091A073 RESISTOR SMD 3,09 kΩ 1/10W 1%
R7404 D1BB6041A073 RESISTOR SMD 6,04 kΩ 1/10W 1%
R7405 D1BB1692A073 RESISTOR SMD 16,90 kΩ 1/10W 1%
R7501 D0GD473JA052 RESISTOR SMD 47 kΩ 1/8 W 5%
R7502 D0GD134JA052 RESISTOR SMD 130 kΩ 1/8 W 5%
R7503 D0GB153JA065 RESISTOR SMD 15 kΩ 1/10W 5%
R7504 D0GB153JA065 RESISTOR SMD 15 kΩ 1/10W 5%
R7507 D0GB683JA065 RESISTOR SMD 68 kΩ 1/10W 5%
R7508 D0GD752JA052 RESISTOR SMD 7,50 kΩ 1/8 W 5%
R7509 D0GD752JA052 RESISTOR SMD 7,50 kΩ 1/8 W 5%
R7511 D0GD103JA052 RESISTOR SMD 10 kΩ 1/8 W
R7512 D0GD472JA052 RESISTOR SMD 4,70 kΩ 1/8 W 5%
R7513 D0GD752JA052 RESISTOR SMD 7,50 kΩ 1/8 W 5%
R7514 D0GD752JA052 RESISTOR SMD 7,50 kΩ 1/8 W 5%
R7515 D0GB183JA065 RESISTOR SMD 18 kΩ 1/10W 5%
R7516 D0GD472JA052 RESISTOR SMD 4,70 kΩ 1/8 W 5%
R7517 D0GB222JA065 RESISTOR SMD 2,20 kΩ 1/10W 5%
R7519 D0GB562ZA038 RESISTOR SMD 5,60 kΩ 1/10W 5%
R7520 D0GB332ZA038 RESISTOR SMD 3,30 kΩ 10 Ω 1/10W 1%
R7521 D0GB123ZA038 RESISTOR SMD 12 kΩ 1/10W 1%
R7523 D0GD473JA052 RESISTOR SMD 47 kΩ 1/8 W 5%
R7524 D0GD103JA052 RESISTOR SMD 10 kΩ 1/8 W
R7525 D0GB472JA065 RESISTOR SMD 4,70 kΩ 1/10W 5%
R7526 D0GB103JA065 RESISTOR SMD 10 kΩ 1/10 W 5%
R7527 D0GDR00J0004 RESISTOR SMD 0 Ω 1/8 W
R7531 D0GDR00J0004 RESISTOR SMD 0 Ω 1/8 W
R7532 D0GB821ZA037 RESISTOR SMD 820 Ω 1/10W 5%
R7540 D0GD184JA052 RESISTOR SMD 180 kΩ 1/8 W 5%
R7541 D0GB164JA065 RESISTOR SMD 160 kΩ 1/10W 5%
R8005 D0GA1R1JA023 RESISTOR SMD 1,10 Ω 1/16 W
R8010 D0GA511JA023 RESISTOR SMD 510 Ω 1/16 W 5%
R8011 D0GA104JA039 RESISTOR SMD 100 kΩ 1/16 W 5%
R8101 D1BA4701A023 RESISTOR SMD 4,70 kΩ 1/16 W 1%
R8102 D1BB2002A195 RESISTOR SMD 20 kΩ 1/10W 1%
R8103 D1BB1802A195 RESISTOR SMD 18 kΩ 1/10W 1%
R8200 D1BA2400A023 RESISTOR SMD 240 Ω 1/16 W 1%

REF. CÓDIGO DESCRIÇÃO

R8203 D1BA2700A023 RESISTOR SMD 270 Ω 1/16 W 1%
R8204 D1BA2700A023 RESISTOR SMD 270 Ω 1/16 W 1%
R8205 D1BA2700A023 RESISTOR SMD 270 Ω 1/16 W 1%
R8206 D1BA2700A023 RESISTOR SMD 270 Ω 1/16 W 1%
R8207 D1BA2700A023 RESISTOR SMD 270 Ω 1/16 W 1%
R8208 D1BA2700A023 RESISTOR SMD 270 Ω 1/16 W 1%
R8217 D0GA221JA023 RESISTOR SMD 220 Ω 1/16 W 5%
R8218 D0GA221JA023 RESISTOR SMD 220 Ω 1/16 W 5%
R8219 D1BA2400A023 RESISTOR SMD 240 Ω 1/16 W 1%
R8220 D1BA2400A023 RESISTOR SMD 240 Ω 1/16 W 1%
R8230 D1BA2700A023 RESISTOR SMD 270 Ω 1/16 W 1%
R8231 D1BA2700A023 RESISTOR SMD 270 Ω 1/16 W 1%
R8232 D1BA2700A023 RESISTOR SMD 270 Ω 1/16 W 1%
R8233 D1BA2700A023 RESISTOR SMD 270 Ω 1/16 W 1%
R8234 D0GA220JA023 RESISTOR SMD 22 Ω 1/16 W 5%
R8236 D0GA220JA023 RESISTOR SMD 22 Ω 1/16 W 5%
R8240 D1HY2204A012 Rede resistiva SMD 22 Ω 5%
R8241 D1HY2204A012 Rede resistiva SMD 22 Ω 5%
R8242 D1HY2204A012 Rede resistiva SMD 22 Ω 5%
R8243 D1HY2204A012 Rede resistiva SMD 22 Ω 5%
R8244 D1HY2204A012 Rede resistiva SMD 22 Ω 5%
R8245 D0GA220JA023 RESISTOR SMD 22 Ω 1/16 W 5%
R8246 D0GA220JA023 RESISTOR SMD 22 Ω 1/16 W 5%
R8300 D0GA331JA023 RESISTOR SMD 330 Ω 1/16 W 5%
R8301 D0GA360JA023 RESISTOR SMD 36 Ω 1/16 W
R8302 D0GA360JA023 RESISTOR SMD 36 Ω 1/16 W
R8303 D1BA6201A023 RESISTOR SMD 6,20 kΩ 1/16 W 1%
R8305 D1BA2491A023 RESISTOR SMD 2,49 kΩ 1/16 W 1%
R8306 D0GA360JA023 RESISTOR SMD 36 Ω 1/16 W
R8307 D0GA360JA023 RESISTOR SMD 36 Ω 1/16 W
R8450 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R8451 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R8455 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R8458 D1BA3742A023 RESISTOR SMD 37,40 kΩ 1/16 W 1%
R8469 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R8666 D1HY1038A012 REDE RESISTIVA SMD 10 kΩ 5%
R8800 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R8803 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R8807 D0GA102JA039 RESISTOR SMD 1 kΩ 1/16 W 5%
R8816 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R8818 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R8819 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R8820 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R8830 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R8850 D0GA331JA023 RESISTOR SMD 330 Ω 1/16 W 5%
R8851 D1BB7151A106 RESISTOR SMD 7,15 kΩ 1/10W 1%
R8852 D0GA102JA039 RESISTOR SMD 1 kΩ 1/16 W 5%
R8853 D0GA182JA023 RESISTOR SMD 1,80 kΩ 1/16 W
R8858 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R8870 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R8878 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%

58

TC-L32B6B

REF. CÓDIGO DESCRIÇÃO

R8880 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R8881 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R8883 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R8884 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R8885 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R8886 D0GA102JA039 RESISTOR SMD 1 kΩ 1/16 W 5%
R8909 D0GA222JA023 RESISTOR SMD 2,20 kΩ 1/16 W
R8910 D0GA103JA039 RESISTOR SMD 10 kΩ 1/16 W 5%
R8911 EXB2HV121JV REDE RESISTIVA SMD 120 Ω 1/16 W 5%
R8924 D0GA102JA039 RESISTOR SMD 1 kΩ 1/16 W 5%
R8926 D0GA332JA023 RESISTOR SMD 3,30 kΩ 1/16 W
R8967 D0GA473JA039 RESISTOR SMD 47 kΩ

CHAVES

SW7401 EVQ11G05R CHAVE DE TOQUE RAD. 20MA 15VDC
SW7402 EVQ11G05R CHAVE DE TOQUE RAD. 20MA 15VDC
SW7403 EVQ11G05R CHAVE DE TOQUE RAD. 20MA 15VDC
SW7404 EVQ11G05R CHAVE DE TOQUE RAD. 20MA 15VDC
SW7405 EVQ11G05R CHAVE DE TOQUE RAD. 20MA 15VDC
SW7406 EVQ11G05R CHAVE DE TOQUE RAD. 20MA 15VDC

REF. CÓDIGO DESCRIÇÃO

TRANSFORMADORES

T7301A

SELETOR DE CANAIS

TU6704

OSCILADORES

X8300 H0J250500109 CRISTAL RESSONADOR SMD 25.0MHZ

CHICOTE DE FIOS COM CONECTOR

A02-P2 TXJA02STUA CHICOTE DE FIOS COM CONECTOR
A10-K10 TXJA10RDUK CHICOTE DE FIOS COM CONECTOR
A12-AF TXJA12STUA CHICOTE DE FIOS COM CONECTOR
P3-LED_D

G4DYA0000460 CHOPER MAIN 50.000 Hz 0,200 kVA

J3ACAAZ00007 TUNNER ANALOG / DIG 2 ENTRADAS

TXJ/P3WUUJ CHICOTE DE FIOS COM CONECTOR

59

Panasonic do Brasil Limitada

DIVISÃO CS - SETOR DE APOIO TÉCNICO

Estrada Municipal Eduardo Gomes Pinto, 304 - Ponte Alta

Extrema - MG