15 TFT LCD Colour Monitor”
Frequências Horizontal30 - 61 kHz
ServiceService
Impresso no Brasil Sujeito a modificações Todos os direitos reservados 4806 727 17289
HUDSON4 150S5
150S5FG/00150S5FB/00
09/2004
Conteúdo P á g i n a
Notas de Segurança..........................................................2Especificações Técnicas......................................................................3Precauções de Segurança...............................................................4Manuseando Componentes SMD............................................................5Aviso e Notas.....................................................................6Ins ta lação . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .7Diagrama de Ligações...............................................................8Instruções Mecânicas.........................................................9Instruções Elétricas.............................................................11Instruções DDC..................................................................13Troubleshooting.......................................................................19Diagrama em Blocos..........................................................23Esquema Elétrico Painel Scaler.......................................................24Layout Painel Scaler............................................................................28Painel Controle.....................................................................30Esquema Elétrico Inversor..............................................................31Painel Adaptador..................................................................32Vista Explodida...............................................................33
çVolta ao Menu
3150S5FG2 150S5FG 3150S5FG2 150S5FG
NOTAS DE SEGURANÇA
A manutenção adequada é importante para segurança e confiabili-dade de todos os produtos Phillips. Os procedimentos de manutenção recomendados pela Phillips e descritos neste manual de serviço são métodos de operação de manutenção.
Alguns desses métodos requerem o uso de ferramentas especial-mente designadas para este fim. Estas ferramentas especiais devem ser usadas quando recomendadas.
É importante notar que este manual contém várias observações de precauções e notas de segurança que devem ser lidas cuidadosa-mente a fim de minimizar o risco para o técnico. Há possibilidade de que métodos não adequados de serviço podem danificar o equipa-mento. É também importante entender que estas observações não são definitivas. A Phillips não tem como avaliar ou aconselhar os métodos de serviço de cada um e suas possíveis conseqüência.
Conseqüentemente a Phillips não se compromete a qualquer avalia-ção. O técnico que usar os procedimentos de serviço ou ferramentas não recomendadas pela Phillips deve estar ciente que este não é o método recomendado e seguro e que corre risco ao usá-los.
CUIDADO
Componentes críticos que tem características especiais de segurança são identificados com o símbolo I e delimitados com uma linha tracejada * (quando vários componentes críticos são agrupados em uma área), também são identificados com este símbolo nos esquemas elétricos e vistas explodidas.
O uso de substitutos que não possuem as mesmas características de segurança especificadas podem causar choque, fogo e outros danos.
Sob nenhuma circunstância o projeto deve ser modificado sem permis-são por escrito da Phillips.
A Philips não assume qualquer responsabilidade por modificações não autorizadas.
O serviço autorizado assumirá total responsabilidade.
PARA PRODUTOS COM LASER:
Radiação laser invisivel quando aberto.EVITE EXPOSIÇÃO DIRETA AO RAIO.
O uso de controles, ajustes ou realizaçãode procedimentos outros que não osdescritos aqui, podem resultar emperigosa exposição à radiação.
O uso de instrumentos ópticos com esteproduto aumentará o perigo de danosaos olhos.
PERIGO-
CUIDADO-
CUIDADO-
PARA ASSEGURAR A CONTÍNUA CONFIABILIDADEDESTE PRODUTO, USE APENAS COMPONENTESORIGINAIS QUE ESTÃO LISTADOS NA LISTA DEMATERIAIS DE REPOSIÇÃO DESTE MANUAL.
* Linha Tracejada
Tome cuidado durante a manipulação do módulo do LCD com unidade de backlight
- Deve-se montar o módulo usando os furos de montagem localiza-dos nos quatro cantos.
- Não pressione o painel, cantos duros ou choque elétrico podem resultar em danos à tela.
- Não risque nem pressione o painel com nenhum objeto afiado, tais como lápis ou caneta pois isto pode resultar em danos ao painel.
- Proteja o módulo de ESD que pode danificar o circuito eletrônico (C-MOS).
- Assegure que o corpo dos técnicos esteja aterrado através de pulseiras anti-estáticas.
- Não deixe o módulo em altas temperaturas e em áreas com umi-dade elevada por muito tempo.
- Evite o contato com água que pode provocar um curto-circuito dentro do módulo.
- Se a superfície do painel sujar, limpe-a com um material macio. (a limpeza com um pano sujo ou áspero pode danificar o painel.)
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ESPECIFICAÇÕES TÉCNICAS
Painel LCDTipo de Tela : Matriz Ativa LG - TFT LCDDimensões da Tela : 15 polegadas (diagonal)Área do display horizontal : 304,1 mm vertical : 228,1 mmPixel pitch : 0,297 x 0,297 mmÂngulo (CR>=10) : Vertical 90 graus Horizontal 120 graus - tipíco.Cores do Display : 6 bits interface (16M cores)
VarreduraFaixa de varredura horizontal : 30kHz - 61kHz (automático)Faixa de varredura vertical : 56 Kz - 76 Hz (automático)Melhor resolução : 1024 x 768 em 60HzMáxima resolução : 1024 v 768 em 75 Hz
VídeoTaxa de pontos de vídeo : 79MHzImpedância de entrada -vídeo : 75 ohms -sincronismo : 5K6 ohmNível de sinal de entrada : 700m VppEntrada de sinais de sincronização : horizontal e vertical separados/ composto; nível TTL, positivo ou negativo, sincronismo no verdeFrequência de entrada : XGA Hsync 48-61 Khz, Vsync 60-76Hz (N.I.) SVGA Hsync 35-50KHz,Vsync 56-75Hz (N.I.) VGA Hsync 31-38 KHz, Vsync 60-76Hz (N.I.)
Função dos pinos:
Nº pino Sinal1 Vermelho2 Verde/SOG3 Azul4 sensor(GND)5 Teste(GND)6 Vermelho GND7 Verde GND8 Azul GND9 +5V
10 Sync GND11 Sensor (GND)12 Serial data (SDA)13 H/H+V sync14 V-sync15 Data clock (SCL)
Modos de preset de fábrica(* 140 modos)Resolução
STATUSH-sync
V-sync
Video Power LED/Remark
On On On Active <20 WGreen /WithoutAudio
Stand-by Off On Blanked <1W Amber
Suspend On Off Blanked <1W Amber
Off Off Off Blanked <1W AmberDC Poweroff
N / A <1W LED Off
Modo Resolução H. freq. / V. freq Standard
Interface de vídeo : entrada dual: ambas analog (D-Sub) e DVI-I (apenas digital) são disponíveis pode ser chaveado via seleção OSDResolução e Modo Preset Máximo : 1024 x 768 em 75HzRecomendado : 1024 x 768 em 60Hz
Características FisícasDimensões Altura : 343 mm Profundidade : 176 mm Largura : 358 mmPeso (apenas monitor) : 4,81kg
Ângulo de giro e inclinaçãodo pedestal : + - 175º
Faixa de ajuste de altura : 50mmDisplay portátil : rotação de 90º em sentido horárioFrente / Trás : -5º / 25º
Entrada de tensão AC/frequência : 90 - 264 VAC / 50 ou 60 HzConsumo de Potência : 23W (típico)
Condições de operação Temperatura : 5°C a 40 °C (41F - 104F)Umidade relativa : 20% - 80%Sistema MTBF : 50K Hrs (CCFL 40 Khrs)
Função dos pinos:
Nº pino Sinal1 Vermelho2 Verde/SOG3 Azul4 sensor(GND)5 Teste(GND)6 Vermelho GND7 Verde GND8 Azul GND9 +5V
10 Sync GND11 Sensor (GND)12 Serial data (SDA)13 H/H+V sync14 V-sync15 Data clock (SCL)
Modos de preset de fábrica(* 140 modos)Resolução
STATUSH-sync
V-sync
Video Power LED/Remark
On On On Active <20 WGreen /WithoutAudio
Stand-by Off On Blanked <1W Amber
Suspend On Off Blanked <1W Amber
Off Off Off Blanked <1W AmberDC Poweroff
N / A <1W LED Off
Modo Resolução H. freq. / V. freq Standard
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devem ser trocados por quaisquer outros tipos, pois isto pode resultar em radiação X excessiva.
7. É essencial usar o tubo de imagem especificado para evitar um possível problema de radiação X.
8. A Maioria dos receptores de TV contêm algum tipo de circuito de segurança para prevenir excessos de alta tensão durante uma falha. Esses vários circuitos devem ser compreendidos por todos os técnicos que fazem a manutenção, especialmente os circuitos que não atuam enquanto o aparelho opera normalmente.
Verificação a frio do vazamento de corrente 1. Desconecte o cabo de força AC e conecte um jumper entre o dois pinos do plug.2. Ligue a chave power.3. Meça o valor da resistência entre o cabo AC e todas as partes metálicas expostas
do gabinete do aparelho, tal como cabeças de parafuso, antenas, e eixos dos contro-les. Quando a parte metálica exposta tem um retorno para o chassis, a leitura deve ser entre 1 megohm e 5.2 megohms.
Quando a parte de metal exposta não tem um retorno para chassis, a leitura deve ser infinita. Remova o o jumper do cabo de força AC.
Verificação a quente do vazamento de corrente 1. Não use um transformador de isolação para este teste. Ligue o aparelho, completa-
mente montado, diretamente à tomada de força.2. Conecte um resistor de 1.5k, 10W em paralelo com um capacitor de 0.15uF entre
cada parte metálica exposta do gabinete e um bom ponto de terra, tal como um cano de água, como mostrado acima.
3. Use um voltímetro AC com pelo menos 5000ohms/volt de sensibilidade para medir o potencial através do resistor.
4. O potencial em qualquer ponto não deve exceder 0.75 volts. Um analisador de vazamento de corrente pode ser utilizado para fazer este teste; o vazamento de corrente não deve exceder 0.5 mA. Se uma medida está fora dos limites especifi-cados, há uma possibilidade de perigo de choque. O aparelho deve ser reparado e verificado novamente antes de retornar ao cliente.
5. Repita o procedimento acima com a tomada AC invertida. ( Nota: Um adaptador AC é necessário quando uma tomada polarizada é utilizada. Não retire o recurso de polarização do plug.)
Reposição do Tubo de Imagem A fonte primária de radiação X neste tipo de aparelho é o tubo de imagem. O tubo
de imagem utilizado neste chassis é especialmente construido para limitar a emissão de radiação X. Para continuar com a proteção de radiação X, o tubo de reposição deve ser do mesmo tipo do original, incluindo a letra de sufixo, ou um tipo apro-vado pela Philips.
Peças de Reposição Muitas partes mecânicas e elétricas em conjuntos de televisão da Philips têm carac-
terísticas especiais de segurança. Essas características não estão frequentemente evidentes em uma inspeção visual e nem podem ser obtidas utilizando compo-nentes com tolerâncias mais altas de voltagem, potência e etc. O uso de uma peça substituta que não tem a mesma característica de segurança que a recomendada pela Philips neste manual de serviço pode causar choque, fogo, ou outros perigos.
1500 ohm, 10W
0.15 uFPara umaparteMetálicaExposta nosInstrumentos
Para um CanoD' Água Metálicoou PontoAterrado
Verificação de Segurança Após o problema original do aparelho ter sido corrigido, uma verificação de segurança completa deve ser feita. Certifique-se de verificar o conjunto inteiro, não somente as áreas onde você trabalhou. Algum serviço anterior pode ter deixado uma condição insegura, que pode não ter sido percebida pelo cliente. Certifique-se de verificar os
seguintes itens:
Perigo de incêndio e choque1. Tenha certeza que todos os componentes estão posicionados de tal forma a evitar
a possibilidade de curto-circuito com o componente adjacente. Isto é especialmente importante naqueles aparelhos que são transportados para o serviço autorizado.
2. Nunca libere uma unidade reparada a menos que todos dispositivos de proteção, tal como, isoladores, tampas, alívios de esforço, e outro hardware estejam instalados em conformidade com o projeto original.
3. As soldas e as ligações devem ser inspecionadas para localizar possíveis soldas frias, corrosões, pontos de solda muito finos, mau contatos, conectores soltos ou isolação danificada (incluindo a do cabo AC). Certifique-se de retirar respingos de solda e todas outras partículas estranhas soltas.
4. Verifique as trilhas dos componentes e outros componentes para ver se não existe dano físico ou deterioração e troque o componente se necessário. Siga o layout original, comprimento dos terminais, e montagem.
5. Nenhum terminal ou componente deve tocar o tubo ou os resistores de 1 watt ou mais. Evite encostar os terminais ou componentes em superfícies metálicas.
6. Componentes críticos que tem características de segurança especiais são identifica-dos com um símbolo na lista de material e no esquema através de uma linha trace-jada (onde vários componentes críticos estão agrupado em uma área) junto com os símbolos de segurança nos diagramas esquemáticos e/ou nas vistas explodidas.
7. Quando estiver fazendo a manutenção em qualquer unidade, sempre use um trans-formador de isolação para o chassi. A falta de um transformador de isolação pode expor você ao perigo de choque e pode causar danos aos instrumentos de serviço.
8. Muitos produtos eletrônicos usam cabo de força AC polarizado (um pino mais largo no plug.) Eliminar este recurso de segurança pode criar um perigo potencial para o serviço e o usuário. Cabos de força que não incorporam o recurso da polarização não podem ser utilizados.
9. Depois de montar a unidade, sempre faça um teste de fuga de corrente ou teste de resistência do cabo de força para todos os pontos de metal expostos do gabinete. Verifique também todos os eixos de metal dos controles (removendo os knobs), terminais de antena, cabos, parafusos, etc. Para ter certeza que a unidade pode ser operada em segurança sem perigo de choque elétrico.
Implosão1. Todos os tubos de imagem utilizados nos modelos atuais são equipados com um
sistema de implosão integral. Preste sempre muita atenção e utilize sempre óculos de segurança quando estiver fazendo a manutenção de qualquer tubo de imagem. Evite arranhar ou danificar o tubo de imagem durante a instalação.
2. Use unicamente tubos de reposição especificados pelo fabricante.
Radiação X1. Tenha certeza que os procedimentos e instruções distribuídos a seu pessoal téc-
nico, falem sobre radiação X. As fontes potenciais de raios X nos receptores de TV são o tubo de imagem e os circuitos de alta tensão. A precaução básica é deixar a área de alta tensão, no nível especificado pela fábrica.
2. Para evitar uma possível exposição à radiação X e a choque elétrico, devem ser usados unicamente os conectores de anodo do tubo, fornecidos pela fábrica.
3. É essencial que o técnico de serviço tenha um medidor de alta tensão preciso, disponível a qualquer momento. A calibragem deste medidor deve ser verificada periodicamente com um padrão de referência.
4. Quando o circuito de alta tensão está operando apropriadamente, não há possibilidade de problema de radiação X. A alta tensão deve estar sempre dentro dos padrões especificados pelo fabricante para uma performance ótima. Toda vez que um aparelho em cores está sendo analisado, o brilho deve ser aumentado e abaixado enquanto se monitora a alta tensão com um medidor, para ter certeza que a alta tensão está ajustada corretamente e que não excede o valor especificado. Nós sugerimos que você e seus técnicos revejam procedimentos de teste de alta tensão de modo que a regulagem de alta tensão seja sempre verificada como um procedimento de serviço padrão, e a razão para esta rotina prudente é compreen-dida claramente por todos. É importante usar um medidor de alta tensão preciso e confiável. É recomendado que o registro de alta tensão seja anexado a fatura do cliente, o que demonstrará um procedimento apropriado à segurança do cliente.
5. Quando estiver verificando a árvore de defeitos e fazendo medições de teste em um receptor com problemas de alta tensão excessiva, reduza a tensão da rede por meio de um Variac para trazer a alta tensão para dentro dos limites aceitáveis enquanto você faz o diagnóstico. Não deixe o chassi ligado mais do que o necessá-rio para localizar a causa da alta tensão excessiva.
6. Os novos tubos de imagem são especificamente projetados para suportar excesso de alta tensão sem criar radiação X indesejável. É fortemente recomendado que os testes no serviço autorizado sejam feitos com um dos novos tipo de tubos projetado para este serviço. A conexão permanente de um medidor de alta tensão é também recomendada. Os tipos de CRT utilizados nestes novos conjuntos nunca
PRECAUÇÕES DE SEGURANÇA PARA SERVIÇOS TÉCNICOS EM TELEVISORES E MONITORES
5150S5FG4 150S5FG 5150S5FG4 150S5FG
MANUSEANDO COMPONENTES SMD
Geral
ComponenteSMDSolda Solda
Trilha de Cobre
ColaP.C.I.
Retirando
Sugador à VácuoFerro de Solda
Ferro de Solda
Malhapara
Dessolda
A
Pinça
AquecerAquecer B
Ferro de Solda
Malhapara
Dessolda
LimparC
Precauções
Ferro de Solda
Correto
Trilha de Cobre
Ferro de Solda
Componente
Pacote de Serviço
Ferro de Solda
Correto
Exemplos
Não!
Pressão
Solda0,5 ~ 0,8mm
Ferrode
Solda
B
Pressão
Solda0,5 ~ 0,8mm
Ferrode
Solda
Tempo de Solda< 3seg./lado
Colocando
A
Pinça
Atenção!
Normas de segurança requerem que todos os ajustes sejam realizados para as condições normais e todos os componentes de reposição devem atender as especificações.
Advertência!
Todos os CI`s e vários outros semicondutores são suscetíveis à descargas eletrostáticas (ESD).
A falta de cuidados no manuseio pode reduzir drasticamente a vida do componente.
Quando estiver reparando, certifique-se de estar conectado ao mesmo potencial de terra através de uma pulseira de aterramento com resistência.
Mantenha componentes e ferramentas também neste potencial.
Teste de risco de choque e incêndio
CUIDADO: Após reparar este aparelho e antes de devolve-lo ao consu-midor, meça a resistência entre cada pino do cabo de força (desconectado da tomada e com a chave Power ligada) e a face do painel frontal, botões de controle e a base do chassis.
Qualquer valor de resistência menor que 1 Megohms indica que o aparelho deve ser verificado /reparado antes de ser conectado à rede elétrica e verifi-cado antes de retornar ao consumidor.
NOTA DE SEGURANÇA:
Risco de choque ou incêndio. Componentes marcados com o símbolo ao lado devem ser substituídos apenas por originais. A utilização de componen-tes não originais pode acarretar risco de incêndio ou choque elétrico.
ESD
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Economia de Energia Automática
Se você possui uma placa de vídeo compatível com VESA’s DPMS ou software instalado em seu PC, o monitor pode automaticamente reduzir o consumo de energia quando a função (Power Saving) estiver ativa. E se qualquer tecla for acionada ou o mouse for acionado o monitor irá automaticamente voltar a operação normal. A tabela a seguir mostra o consumo de potência no modo de economia automá-tica.
STATUS H-sync V-sync Vídeo Potência Cor LEDLigado Sim Sim Ativo <20W Verde/
sem áudio
Stand-by Não Sim Apagado <1W ÂmbarSuspenso Sim Não Apagado <1W ÂmbarDesligado Não Não Apagado <1W ÂmbarPower DCdesligado
N/A <1W LED des-ligado
Modo Resolução Freq. H / Freq. V Padrão
1. 640 x 350 31.469Khz/70.087Hz VGA
2. 720 x 400 31.469Khz/70.087Hz VGA
3. 640 x 480 31.469Khz/59.940Hz VGA
4. 640 x 480 35.000Khz/66.667Hz Macintosh
5. 640 x 480 37.861Khz/72.809Hz VESA
6. 640 x 480 37.500Khz/75.000Hz VESA
7. 800 x 600 35.156Khz/56.250Hz VESA
8. 800 x 600 37.879Khz/60.317Hz VESA
9. 800 x 600 48.077Khz/72.188Hz VESA
10. 800 x 600 46.875Khz/75.000Hz VESA
11. 832 x 624 49.700Khz/75.000Hz Macintosh
12. 1024 x 768 48.363Khz/60.004Hz VESA
13. 1024 x 768 56.476Khz/70.069Hz VESA
14. 1024 x 768 60.023Khz/75.029Hz VESA
Armazenamento de DadosModos pré ajustados de fabrica
Este monitor tem 14 modos pré-ajustados de fabrica como indicado natabela seguinte:
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Conectanto seu monitor1) Conecte o cabo de força no monitor firmemente.
2) Prenda o cabo de força e o cabo de sinal juntos.
Nota: Se você usa um Apple Macintos, é necessário conectar um adaptador especial Mac no cabo de sinal do monitor.
3) Conectando ao PC1) Desligue o computador e o cabo de força.2) Conecte o cabo de sinal do monitor na parte de trás do seu com-
putador.3) Ligue o cabo de força do computador e do monitor em uma
tomada próxima.4) Ligue o computador e o monitor. Se aparecer a imagem a instalação estará completa.
INSTALAÇÃO
Descrição da Vista Frontal do Produto
as teclas UP e DOWN são usadas para ajuste do OSD do seu monitor.
as teclas LEFT e RIGHT , como as teclas UP e DOWN, são também usadas para ajuste do OSD do seu monitor.
Tecla BRIGHTNESSS. Quando as teclas UP e DOWN são pressionadas, os controles de ajuste para BRILHO aparecem.
Tecla OK quando pressionada apresenta o menu OSD.
Tecla POWER liga seu monitor.
Ajuste automático das posições horizontal e vertical, fase e temporização.
Vista traseira
1- Trava anti-furto2- Entrada VGA3- Entrada de cabo de força
190P5
Connecting your monitor
1)
2)
Note:
3)
(a)
(b)
(c)
(d)
Plug the power cord into monitor Firmly.
Clip the power cord and signal cable together for cable
Management
If you use an Apple Macintosh, you need to connect thespecial Mac adapter to one end of the monitor signal cable.
Connect to PC
Turn off your computer and unplug its power cable.
Connect the monitor signal cable to the video connector onthe back of your computer.
Plug the power cord of your computer and your monitor intoa nearby outlet.
Turn on your computer and monitor. If the monitor displaysAn image, installation is complete.
1 Kensington anti-thief lock
2 VGA input
3 AC power input
150S5
Go to cover page
4 Installation
Front View Product Description
Rear View
UP and DOWN buttons are used whenadjusting the OSD of your monitor.
LEFT and RIGHT buttons, like the UP andDOWN buttons, are also used in adjusting theOSD of your monitor.
BRIGHTNESS hotkey. When the UP andDOWN arrow buttons are pressed, theadjustment controls for the BRIGHTNESS willshow up.
OK button which when pressed will take youto the OSD controls.
POWER button switches your monitor on.
Automatically adjust the horizontal position,vertical position, phase and clock setting.
190P5
Connecting your monitor
1)
2)
Note:
3)
(a)
(b)
(c)
(d)
Plug the power cord into monitor Firmly.
Clip the power cord and signal cable together for cable
Management
If you use an Apple Macintosh, you need to connect thespecial Mac adapter to one end of the monitor signal cable.
Connect to PC
Turn off your computer and unplug its power cable.
Connect the monitor signal cable to the video connector onthe back of your computer.
Plug the power cord of your computer and your monitor intoa nearby outlet.
Turn on your computer and monitor. If the monitor displaysAn image, installation is complete.
1 Kensington anti-thief lock
2 VGA input
3 AC power input
150S5
Go to cover page
4 Installation
Front View Product Description
Rear View
UP and DOWN buttons are used whenadjusting the OSD of your monitor.
LEFT and RIGHT buttons, like the UP andDOWN buttons, are also used in adjusting theOSD of your monitor.
BRIGHTNESS hotkey. When the UP andDOWN arrow buttons are pressed, theadjustment controls for the BRIGHTNESS willshow up.
OK button which when pressed will take youto the OSD controls.
POWER button switches your monitor on.
Automatically adjust the horizontal position,vertical position, phase and clock setting.
190P5
Connecting your monitor
1)
2)
Note:
3)
(a)
(b)
(c)
(d)
Plug the power cord into monitor Firmly.
Clip the power cord and signal cable together for cable
Management
If you use an Apple Macintosh, you need to connect thespecial Mac adapter to one end of the monitor signal cable.
Connect to PC
Turn off your computer and unplug its power cable.
Connect the monitor signal cable to the video connector onthe back of your computer.
Plug the power cord of your computer and your monitor intoa nearby outlet.
Turn on your computer and monitor. If the monitor displaysAn image, installation is complete.
1 Kensington anti-thief lock
2 VGA input
3 AC power input
150S5
Go to cover page
4 Installation
Front View Product Description
Rear View
UP and DOWN buttons are used whenadjusting the OSD of your monitor.
LEFT and RIGHT buttons, like the UP andDOWN buttons, are also used in adjusting theOSD of your monitor.
BRIGHTNESS hotkey. When the UP andDOWN arrow buttons are pressed, theadjustment controls for the BRIGHTNESS willshow up.
OK button which when pressed will take youto the OSD controls.
POWER button switches your monitor on.
Automatically adjust the horizontal position,vertical position, phase and clock setting.
190P5
Connecting your monitor
1)
2)
Note:
3)
(a)
(b)
(c)
(d)
Plug the power cord into monitor Firmly.
Clip the power cord and signal cable together for cable
Management
If you use an Apple Macintosh, you need to connect thespecial Mac adapter to one end of the monitor signal cable.
Connect to PC
Turn off your computer and unplug its power cable.
Connect the monitor signal cable to the video connector onthe back of your computer.
Plug the power cord of your computer and your monitor intoa nearby outlet.
Turn on your computer and monitor. If the monitor displaysAn image, installation is complete.
1 Kensington anti-thief lock
2 VGA input
3 AC power input
150S5
Go to cover page
4 Installation
Front View Product Description
Rear View
UP and DOWN buttons are used whenadjusting the OSD of your monitor.
LEFT and RIGHT buttons, like the UP andDOWN buttons, are also used in adjusting theOSD of your monitor.
BRIGHTNESS hotkey. When the UP andDOWN arrow buttons are pressed, theadjustment controls for the BRIGHTNESS willshow up.
OK button which when pressed will take youto the OSD controls.
POWER button switches your monitor on.
Automatically adjust the horizontal position,vertical position, phase and clock setting.
190P5
Connecting your monitor
1)
2)
Note:
3)
(a)
(b)
(c)
(d)
Plug the power cord into monitor Firmly.
Clip the power cord and signal cable together for cable
Management
If you use an Apple Macintosh, you need to connect thespecial Mac adapter to one end of the monitor signal cable.
Connect to PC
Turn off your computer and unplug its power cable.
Connect the monitor signal cable to the video connector onthe back of your computer.
Plug the power cord of your computer and your monitor intoa nearby outlet.
Turn on your computer and monitor. If the monitor displaysAn image, installation is complete.
1 Kensington anti-thief lock
2 VGA input
3 AC power input
150S5
Go to cover page
4 Installation
Front View Product Description
Rear View
UP and DOWN buttons are used whenadjusting the OSD of your monitor.
LEFT and RIGHT buttons, like the UP andDOWN buttons, are also used in adjusting theOSD of your monitor.
BRIGHTNESS hotkey. When the UP andDOWN arrow buttons are pressed, theadjustment controls for the BRIGHTNESS willshow up.
OK button which when pressed will take youto the OSD controls.
POWER button switches your monitor on.
Automatically adjust the horizontal position,vertical position, phase and clock setting.
190P5
Connecting your monitor
1)
2)
Note:
3)
(a)
(b)
(c)
(d)
Plug the power cord into monitor Firmly.
Clip the power cord and signal cable together for cable
Management
If you use an Apple Macintosh, you need to connect thespecial Mac adapter to one end of the monitor signal cable.
Connect to PC
Turn off your computer and unplug its power cable.
Connect the monitor signal cable to the video connector onthe back of your computer.
Plug the power cord of your computer and your monitor intoa nearby outlet.
Turn on your computer and monitor. If the monitor displaysAn image, installation is complete.
1 Kensington anti-thief lock
2 VGA input
3 AC power input
150S5
Go to cover page
4 Installation
Front View Product Description
Rear View
UP and DOWN buttons are used whenadjusting the OSD of your monitor.
LEFT and RIGHT buttons, like the UP andDOWN buttons, are also used in adjusting theOSD of your monitor.
BRIGHTNESS hotkey. When the UP andDOWN arrow buttons are pressed, theadjustment controls for the BRIGHTNESS willshow up.
OK button which when pressed will take youto the OSD controls.
POWER button switches your monitor on.
Automatically adjust the horizontal position,vertical position, phase and clock setting.
190P5
Connecting your monitor
1)
2)
Note:
3)
(a)
(b)
(c)
(d)
Plug the power cord into monitor Firmly.
Clip the power cord and signal cable together for cable
Management
If you use an Apple Macintosh, you need to connect thespecial Mac adapter to one end of the monitor signal cable.
Connect to PC
Turn off your computer and unplug its power cable.
Connect the monitor signal cable to the video connector onthe back of your computer.
Plug the power cord of your computer and your monitor intoa nearby outlet.
Turn on your computer and monitor. If the monitor displaysAn image, installation is complete.
1 Kensington anti-thief lock
2 VGA input
3 AC power input
150S5
Go to cover page
4 Installation
Front View Product Description
Rear View
UP and DOWN buttons are used whenadjusting the OSD of your monitor.
LEFT and RIGHT buttons, like the UP andDOWN buttons, are also used in adjusting theOSD of your monitor.
BRIGHTNESS hotkey. When the UP andDOWN arrow buttons are pressed, theadjustment controls for the BRIGHTNESS willshow up.
OK button which when pressed will take youto the OSD controls.
POWER button switches your monitor on.
Automatically adjust the horizontal position,vertical position, phase and clock setting.
9150S5FG8 150S5FG 9150S5FG8 150S5FG
DIAGRAMA DE LIGAÇÕES
10 Wiring Diagram150S5
Go to cover page
9150S5FG8 150S5FG 9150S5FG8 150S5FG
Vista Frontal
Vista Traseira
Passo 1- Remova a base como mostra a fig. 3. Remova os 3 parafusos.
Passo 2- Remova o pedestral frontal Remova o parafuso como mostra a fig. 4. Use o parafuso fino tipo "I" para abrir os clicks como mostra a fig. 5. Remova o pedestal frontal.
INSTRUÇÕES MECÂNICAS
11Mechanical Instructions
Front view
Fig. 1
Fig. 2
Fig. 3
Step 1. Remove the base as shown in Fig .3
- Remover the three screws
Fig. 4
Back view
Fig.5
Step 2. Remove the Front Bezel
- Remove the one screw as shown in Fig. 4
- Use the thin "I" type screw driver to open the clicks
as shown in Fig.5.
- Remove the Front Bezel .
Fig.6
Fig.7
Step 3.Remove the
Use the thin "I" type screw driver to open the clicks
as shown in Fig. 7.
- Remove the Back cover.
Back cover
- Remove the two screws as shown in Fig, 6.
- Remove the Cable in Control board as shown in Fig. 6.
-
150S5
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==
==
=>
==
==
=>
Botton view
Control board
==
==
=>
==
==
=>
==
==
=>
Right and Left view
Passo 3- Remova a tampa traseira Remova os 2 parafusos como mostra a fig. 6. Remova o Cabo no painel de controle como mostra a fig. 6. Use o parafuso fino tipo "I" para abrir os clicks como mostra a fig. 7. Remova a tampa traseira.
11Mechanical Instructions
Front view
Fig. 1
Fig. 2
Fig. 3
Step 1. Remove the base as shown in Fig .3
- Remover the three screws
Fig. 4
Back view
Fig.5
Step 2. Remove the Front Bezel
- Remove the one screw as shown in Fig. 4
- Use the thin "I" type screw driver to open the clicks
as shown in Fig.5.
- Remove the Front Bezel .
Fig.6
Fig.7
Step 3.Remove the
Use the thin "I" type screw driver to open the clicks
as shown in Fig. 7.
- Remove the Back cover.
Back cover
- Remove the two screws as shown in Fig, 6.
- Remove the Cable in Control board as shown in Fig. 6.
-
150S5
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==
==
=>
==
==
=>
Botton view
Control board
==
==
=>
==
==
=>
==
==
=>
Right and Left view
11Mechanical Instructions
Front view
Fig. 1
Fig. 2
Fig. 3
Step 1. Remove the base as shown in Fig .3
- Remover the three screws
Fig. 4
Back view
Fig.5
Step 2. Remove the Front Bezel
- Remove the one screw as shown in Fig. 4
- Use the thin "I" type screw driver to open the clicks
as shown in Fig.5.
- Remove the Front Bezel .
Fig.6
Fig.7
Step 3.Remove the
Use the thin "I" type screw driver to open the clicks
as shown in Fig. 7.
- Remove the Back cover.
Back cover
- Remove the two screws as shown in Fig, 6.
- Remove the Cable in Control board as shown in Fig. 6.
-
150S5
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==
==
=>
==
==
=>
Botton view
Control board
==
==
=>
==
==
=>
==
==
=>
Right and Left view
11Mechanical Instructions
Front view
Fig. 1
Fig. 2
Fig. 3
Step 1. Remove the base as shown in Fig .3
- Remover the three screws
Fig. 4
Back view
Fig.5
Step 2. Remove the Front Bezel
- Remove the one screw as shown in Fig. 4
- Use the thin "I" type screw driver to open the clicks
as shown in Fig.5.
- Remove the Front Bezel .
Fig.6
Fig.7
Step 3.Remove the
Use the thin "I" type screw driver to open the clicks
as shown in Fig. 7.
- Remove the Back cover.
Back cover
- Remove the two screws as shown in Fig, 6.
- Remove the Cable in Control board as shown in Fig. 6.
-
150S5
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==
==
=>
==
==
=>
Botton view
Control board
==
==
=>
==
==
=>
==
==
=>
Right and Left view
11Mechanical Instructions
Front view
Fig. 1
Fig. 2
Fig. 3
Step 1. Remove the base as shown in Fig .3
- Remover the three screws
Fig. 4
Back view
Fig.5
Step 2. Remove the Front Bezel
- Remove the one screw as shown in Fig. 4
- Use the thin "I" type screw driver to open the clicks
as shown in Fig.5.
- Remove the Front Bezel .
Fig.6
Fig.7
Step 3.Remove the
Use the thin "I" type screw driver to open the clicks
as shown in Fig. 7.
- Remove the Back cover.
Back cover
- Remove the two screws as shown in Fig, 6.
- Remove the Cable in Control board as shown in Fig. 6.
-
150S5
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==
==
=>
==
==
=>
Botton view
Control board
==
==
=>
==
==
=>
==
==
=>
Right and Left view
11150S5FG10 150S5FG 11150S5FG10 150S5FG
Passo 4- Remova o painel Power e Scaler. Remova os 3 parafusos com omostra a fig. 8. Desconecte DVI e os parafusos hexagonal D-SUB como mostra a fig. 8. Remova o painel frame como mostra a fig. 9.
2 parafusos hexagonais
Passo 5- Remova o painel scaler e power. Remova os 7 parafusos como mostra a fig. 9. Desconecte 1412, 1502, 1503 e os 2 cabos iluminação tra- seira como mostra a fig. 9. Remova o painel power e scaler como mostra a fig. 10.
Na garantia, não é permitido a desmontagem do painel LCD, mesmo odefeito da unidade da iluminação traseira.Fora da garantia, a troca da unidade de iluminação traseira deve ser feita quando o defeito for causado pela lâmpada. (CCFL, Lamp).
12 Mechanical Instructions
Step 5. Remove the scaler and power board .
- Disconnect the 1412,1502 ,1503 and 2 backlight cables
as shown in Fig9 .
- Remove the scaler and power board as shown in Fig10.
- Remove the seven screws as shown in Fig. 9.
***************************************************************************
In warranty, it is not allowed to disassembly the LCD panel, even the
backlight unit defect.
Out of warranty, the replacment of backlight unit is a correct way
when the defect is cused by backlight (CCFL,Lamp).
***************************************************************************
Step 4.Remove the Scaler and Power board
- Remove the three screws as shown in Fig. 8 .
- Disconnect DVI and D-SUB hexagonal screws
as shown in Fig. 8.
- Remove the matel frame board as shown in Fig. 9.
Fig.9
150S5
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Fig. 10
Fig. 11
Fig.8======>
======>
2 Hexagonal screws
======>
======>
2 backlight cables
1503 to control
1502 to power
1412 to panel
ScalerPower
Panel
==========>
1050 823827714731TFT-LCD MOD LM150X08-A4
1050 823827714721TFT-LCD MOD CLAA150XP01
12 Mechanical Instructions
Step 5. Remove the scaler and power board .
- Disconnect the 1412,1502 ,1503 and 2 backlight cables
as shown in Fig9 .
- Remove the scaler and power board as shown in Fig10.
- Remove the seven screws as shown in Fig. 9.
***************************************************************************
In warranty, it is not allowed to disassembly the LCD panel, even the
backlight unit defect.
Out of warranty, the replacment of backlight unit is a correct way
when the defect is cused by backlight (CCFL,Lamp).
***************************************************************************
Step 4.Remove the Scaler and Power board
- Remove the three screws as shown in Fig. 8 .
- Disconnect DVI and D-SUB hexagonal screws
as shown in Fig. 8.
- Remove the matel frame board as shown in Fig. 9.
Fig.9
150S5
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Fig. 10
Fig. 11
Fig.8======>
======>
2 Hexagonal screws
======>
======>
2 backlight cables
1503 to control
1502 to power
1412 to panel
ScalerPower
Panel
==========>
1050 823827714731TFT-LCD MOD LM150X08-A4
1050 823827714721TFT-LCD MOD CLAA150XP01
12 Mechanical Instructions
Step 5. Remove the scaler and power board .
- Disconnect the 1412,1502 ,1503 and 2 backlight cables
as shown in Fig9 .
- Remove the scaler and power board as shown in Fig10.
- Remove the seven screws as shown in Fig. 9.
***************************************************************************
In warranty, it is not allowed to disassembly the LCD panel, even the
backlight unit defect.
Out of warranty, the replacment of backlight unit is a correct way
when the defect is cused by backlight (CCFL,Lamp).
***************************************************************************
Step 4.Remove the Scaler and Power board
- Remove the three screws as shown in Fig. 8 .
- Disconnect DVI and D-SUB hexagonal screws
as shown in Fig. 8.
- Remove the matel frame board as shown in Fig. 9.
Fig.9
150S5
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Fig. 10
Fig. 11
Fig.8======>
======>
2 Hexagonal screws
======>
======>
2 backlight cables
1503 to control
1502 to power
1412 to panel
ScalerPower
Panel
==========>
1050 823827714731TFT-LCD MOD LM150X08-A4
1050 823827714721TFT-LCD MOD CLAA150XP01
12 Mechanical Instructions
Step 5. Remove the scaler and power board .
- Disconnect the 1412,1502 ,1503 and 2 backlight cables
as shown in Fig9 .
- Remove the scaler and power board as shown in Fig10.
- Remove the seven screws as shown in Fig. 9.
***************************************************************************
In warranty, it is not allowed to disassembly the LCD panel, even the
backlight unit defect.
Out of warranty, the replacment of backlight unit is a correct way
when the defect is cused by backlight (CCFL,Lamp).
***************************************************************************
Step 4.Remove the Scaler and Power board
- Remove the three screws as shown in Fig. 8 .
- Disconnect DVI and D-SUB hexagonal screws
as shown in Fig. 8.
- Remove the matel frame board as shown in Fig. 9.
Fig.9
150S5
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Fig. 10
Fig. 11
Fig.8======>
======>
2 Hexagonal screws
======>
======>
2 backlight cables
1503 to control
1502 to power
1412 to panel
ScalerPower
Panel
==========>
1050 823827714731TFT-LCD MOD LM150X08-A4
1050 823827714721TFT-LCD MOD CLAA150XP01
11150S5FG10 150S5FG 11150S5FG10 150S5FG
Geral
Ao ajustar os valores elétricos, em muitos casos um sinal de vídeo deve ser aplicado ao monitor. Como fonte de sinal de vídeo, é utilizado um computador com:
- Placa de Interface ATI VGA 1024V6-1.04/PH BETA4- PGA 1024, Mach 8- PGA 1280, Mach 32- ATI GPT-1600 , Mach 64 (até 107kHz)
Os padrões de sinal são selecionados do pacote "software de teste de serviço", veja guia do usuário (ATI1024), (PGA 1280) ou (GPT-1600).
1. Com placa VGA normal:Se não estiver usando uma placa ATI durante reparo ou ajuste, o técnico de serviço também pode usar este software de teste de serviço adaptado com uma placa VGA normal e usando modo padrão 640 x 480, 31.5kHz (unicamente) como fonte de sinal.
2. Medição AC/DC
As medições das formas de onda AC e DC é baseada no modo de resolução1024 x 768 48kHz/60 Hz com padrão de teste "escala cinza 32", alimentação 110V AC.
Pontos Gerais
1. Durante todos os ajustes, forneça uma tensão AC livre de distor- ções através de um transformador isolador com impedância interna baixa.
2. Todas as medições mencionadas são realizados daqui por diante em uma tensão de (90 -132 VAC para versão USA, 195 - 264 VAC para versão Européia, ou 90 - 264 VAC para modelo com fonte de alimentação "full range", a menos que indicado em contrário.
3. Todas as tensões devem ser medidas ou aplicadas com relação ao terra.
Nota: Não use o dissipador como terra.
4. O teste deve ser feito com um aparelho completo incluindo painel LCD em sala com temperaura de +/- 25º.
5. Todos os valores mencionados nesta instrução de teste são unica- mente aplicados a instrumentos bem alinhados, com sinal correto.
6. Os símbolos (B) e (S) localizados abaixo da instrução de teste denota: (B): inspeção 100% realizada na linha do conjunto (S): teste realizado pela amostragem
7. O balanço de branco (temperatura cor), tem que ser testado em um quarto iluminado.
8. O ciclo de ligar/desligar a alimentação é permitido, todavia deve ser evitado dentro de 6 segundos.
Sinal de Entrada
1. Tipo de sinal Vídeo: 0.7 Vpp linear, polaridade positiva Sincronismo: nível TTL, separado, polaridade positiva ou negativa Fonte de Sinal: Gerador de teste padrão.
2. Modo entrada de sinal 14 modos de pré-ajuste
Resolução de vídeo - ajuste de fábrica
3. Adaptador AC1. Entrada de AC I/P em 90VAC, e saída DC com carga de 3.8 Amp. A tensão de saída DC é 12 ±0,5 VDC.2. O ajuste não é realizado.
4. Ajuste de Display4.1 Auto ajuste da cor (B)Aplique um sinal 640 * 480/60Hz com padrão de teste branco de 16níveis de cinza, ajuste o controle de brilho em 100%, e contraste em 50%. Ajuste o offset de RGB, e ganho para calibrar a cor e o nível de cinza 64 até ser levemente visível.
4.2 Ajuste da temperatura de cor (B)Aplique um 1024 * 768, sinal 48.36kHz/60Hz com teste padrãobranco. Ajuste o controle de brilho em 100%, e o controle do contrasteem 50%.Ajuste o ganho de RGB para o padrão de fábrica para alcançar à tem-peratura de cor (veja tabela abaixo) no centro da tela. As coordenadas de cromaticidade 1931 CIE (X, Y) será:
Use um Minolta CA-110 para verificar as coordenadas de cor e lumi-nância. A luminância deve ser > 200 nits no centro da tela.
4.3 Ajuste do sRGBAplique um sinal 1024*768/60Hz com padrão de teste branco, ajusteo controle de brilho em 100%, e contraste em 50%. Ajuste o ganho deRGB Secundário, para o centro da tela, a coordenada de cromatici-dade 1931 CIE (X, Y) será;
4.4 Pré ajuste de EEPROM (B)Após ter terminado todos os ajustes, posicione o controle de brilhopara 100% e o de contraste para 50%. OSD no meio da tela e ajuste de cor para 6500K.
Instruções Elétricas
14 Electrical Instructions150S5
Go to cover page
1.
PRESET VIDEO RESOLUTION
3. AC Adaptor
4. Display Adjustment
General points1.1 During the test and measuring, supply a distortion free AC
mains voltage to the apparatus via an isolated transformerwith low internal resistance.
1.2 All measurements mentioned hereafter are carried out at aNormal mains voltage (90 - 132 VAC for USA version,195 -264 VAC for EUROPEAN version, or 90 - 264 VAC forthe model with full range power supply, unless otherwisestated.)
1.3 All voltages are to be measured or applied with respect toground,unless otherwise stated.Note: don't use heat-sink as ground.
1.4 The test has to be done on a complete set including LCDpanel after 30 minutes warm-up at least in a room withtemperature of 25 +/- 5 degree C.
1.5 All values mentioned in this test instruction are onlyapplicable of a well aligned apparatus, with correct signal.
1.6 The letters symbols (B) and (S) placed behind the testinstruction denotes(B): carried out 100% inspection at assembly line(S): carried out test by sampling
1.7 The white balance (color temperature), has to be tested insubdued lighted room.
1.8 Repetitive power on/off cycle are allowed except it shouldbe avoided within 6 sec.
2. Input signal--------------
2.1 Signal typeVideo: 0.7 Vp-p linear, positive polaritySync. : TTL level, separate, positive or negative polarity
Signal source: pattern generator format asattachmentReference generator: Quantum 802BT or VTG 1250
2.2 Allowed signal mode specified
3.1 Setup the AC I/P at 90VAC, and Output DC loading at 12V 1.6Amp, 3V3 1Amp, The DC output voltages are 3.3V 0.16V DC, and 12VDC (+11V ~ 16 V)
4.1 Auto color adjustment (B)Apply a 640 * 480 / 60Hz signal with 16 level grey testpattern, set brightness control at 100%, and contrast controlat 50%. Adjust the R. G. B offset, and gain to calibrate thecolor smoothly and 64-grey level distinguishable.
4.2 Color temperature adjustment (B)Apply a 1024 * 768 , 48.36kHz / 60Hz signal with whitePattern. Set brightness control at 100%, and contrastcontrol at 50%.Adjust the R.G. B gain in factory setting to reach specialcolor temperature on center of screen.The 1931 CIE chromaticity (X, Y) co-ordinates shall be:
Use Minolta CA-110 for color coordinates and luminance check.Luminance is > 200 nits in the center of the screen at originalpanel color.
4.3 Adjustment of sRGBApply a 1024*768 / 60Hz signal with white pattern, setbrightness control at 100%, and contrast control at 50%.Adjust the R, G, B Sub-Gain, for the screen center, the1931 CIE chromaticity (X, Y) co-ordinates shall be;
4.4 EEPROM presetting (B)After finishing all the adjustment, set:Brightness control to 100%Contrast control to 50%OSD position at middle of screenCOLOR ADJUST to 6500K
9300�K 6500�K
x (center) 0.283� 0.005 0.313� 0.005
y (center) 0.297� 0.005 0.329� 0.005
sRGB
x(center) 0.313� 0.005
y(center) 0.329� 0.005
Ynits 180 � 10
14 Electrical Instructions150S5
Go to cover page
1.
PRESET VIDEO RESOLUTION
3. AC Adaptor
4. Display Adjustment
General points1.1 During the test and measuring, supply a distortion free AC
mains voltage to the apparatus via an isolated transformerwith low internal resistance.
1.2 All measurements mentioned hereafter are carried out at aNormal mains voltage (90 - 132 VAC for USA version,195 -264 VAC for EUROPEAN version, or 90 - 264 VAC forthe model with full range power supply, unless otherwisestated.)
1.3 All voltages are to be measured or applied with respect toground,unless otherwise stated.Note: don't use heat-sink as ground.
1.4 The test has to be done on a complete set including LCDpanel after 30 minutes warm-up at least in a room withtemperature of 25 +/- 5 degree C.
1.5 All values mentioned in this test instruction are onlyapplicable of a well aligned apparatus, with correct signal.
1.6 The letters symbols (B) and (S) placed behind the testinstruction denotes(B): carried out 100% inspection at assembly line(S): carried out test by sampling
1.7 The white balance (color temperature), has to be tested insubdued lighted room.
1.8 Repetitive power on/off cycle are allowed except it shouldbe avoided within 6 sec.
2. Input signal--------------
2.1 Signal typeVideo: 0.7 Vp-p linear, positive polaritySync. : TTL level, separate, positive or negative polarity
Signal source: pattern generator format asattachmentReference generator: Quantum 802BT or VTG 1250
2.2 Allowed signal mode specified
3.1 Setup the AC I/P at 90VAC, and Output DC loading at 12V 1.6Amp, 3V3 1Amp, The DC output voltages are 3.3V 0.16V DC, and 12VDC (+11V ~ 16 V)
4.1 Auto color adjustment (B)Apply a 640 * 480 / 60Hz signal with 16 level grey testpattern, set brightness control at 100%, and contrast controlat 50%. Adjust the R. G. B offset, and gain to calibrate thecolor smoothly and 64-grey level distinguishable.
4.2 Color temperature adjustment (B)Apply a 1024 * 768 , 48.36kHz / 60Hz signal with whitePattern. Set brightness control at 100%, and contrastcontrol at 50%.Adjust the R.G. B gain in factory setting to reach specialcolor temperature on center of screen.The 1931 CIE chromaticity (X, Y) co-ordinates shall be:
Use Minolta CA-110 for color coordinates and luminance check.Luminance is > 200 nits in the center of the screen at originalpanel color.
4.3 Adjustment of sRGBApply a 1024*768 / 60Hz signal with white pattern, setbrightness control at 100%, and contrast control at 50%.Adjust the R, G, B Sub-Gain, for the screen center, the1931 CIE chromaticity (X, Y) co-ordinates shall be;
4.4 EEPROM presetting (B)After finishing all the adjustment, set:Brightness control to 100%Contrast control to 50%OSD position at middle of screenCOLOR ADJUST to 6500K
9300�K 6500�K
x (center) 0.283� 0.005 0.313� 0.005
y (center) 0.297� 0.005 0.329� 0.005
sRGB
x(center) 0.313� 0.005
y(center) 0.329� 0.005
Ynits 180 � 10
14 Electrical Instructions150S5
Go to cover page
1.
PRESET VIDEO RESOLUTION
3. AC Adaptor
4. Display Adjustment
General points1.1 During the test and measuring, supply a distortion free AC
mains voltage to the apparatus via an isolated transformerwith low internal resistance.
1.2 All measurements mentioned hereafter are carried out at aNormal mains voltage (90 - 132 VAC for USA version,195 -264 VAC for EUROPEAN version, or 90 - 264 VAC forthe model with full range power supply, unless otherwisestated.)
1.3 All voltages are to be measured or applied with respect toground,unless otherwise stated.Note: don't use heat-sink as ground.
1.4 The test has to be done on a complete set including LCDpanel after 30 minutes warm-up at least in a room withtemperature of 25 +/- 5 degree C.
1.5 All values mentioned in this test instruction are onlyapplicable of a well aligned apparatus, with correct signal.
1.6 The letters symbols (B) and (S) placed behind the testinstruction denotes(B): carried out 100% inspection at assembly line(S): carried out test by sampling
1.7 The white balance (color temperature), has to be tested insubdued lighted room.
1.8 Repetitive power on/off cycle are allowed except it shouldbe avoided within 6 sec.
2. Input signal--------------
2.1 Signal typeVideo: 0.7 Vp-p linear, positive polaritySync. : TTL level, separate, positive or negative polarity
Signal source: pattern generator format asattachmentReference generator: Quantum 802BT or VTG 1250
2.2 Allowed signal mode specified
3.1 Setup the AC I/P at 90VAC, and Output DC loading at 12V 1.6Amp, 3V3 1Amp, The DC output voltages are 3.3V 0.16V DC, and 12VDC (+11V ~ 16 V)
4.1 Auto color adjustment (B)Apply a 640 * 480 / 60Hz signal with 16 level grey testpattern, set brightness control at 100%, and contrast controlat 50%. Adjust the R. G. B offset, and gain to calibrate thecolor smoothly and 64-grey level distinguishable.
4.2 Color temperature adjustment (B)Apply a 1024 * 768 , 48.36kHz / 60Hz signal with whitePattern. Set brightness control at 100%, and contrastcontrol at 50%.Adjust the R.G. B gain in factory setting to reach specialcolor temperature on center of screen.The 1931 CIE chromaticity (X, Y) co-ordinates shall be:
Use Minolta CA-110 for color coordinates and luminance check.Luminance is > 200 nits in the center of the screen at originalpanel color.
4.3 Adjustment of sRGBApply a 1024*768 / 60Hz signal with white pattern, setbrightness control at 100%, and contrast control at 50%.Adjust the R, G, B Sub-Gain, for the screen center, the1931 CIE chromaticity (X, Y) co-ordinates shall be;
4.4 EEPROM presetting (B)After finishing all the adjustment, set:Brightness control to 100%Contrast control to 50%OSD position at middle of screenCOLOR ADJUST to 6500K
9300�K 6500�K
x (center) 0.283� 0.005 0.313� 0.005
y (center) 0.297� 0.005 0.329� 0.005
sRGB
x(center) 0.313� 0.005
y(center) 0.329� 0.005
Ynits 180 � 10
13150S5FG12 150S5FG 13150S5FG12 150S5FG
Todos os aparelhos que entrarem para consertos devem passar pelos testes de segurança de fábrica. Os testes exigidos são o de HI-POT e o de continuidade do terra.
Instrução do Teste de HI-POT
1. Requerimentos da aplicação.
1.1 Todos os produtos ligados à rede elétrica devem passar pelo teste de HI-POT como descrito nesta Instrução.
1.2 Este teste deve ser feito novamente após o gabinete ser fechado após o reparo, inspeção ou modificação do produto.
2. Método de Teste
2.1 Condições de conexão
2.1.1 O teste especificado deve ser aplicado entre os pinos do plug do cabo de força e qualquer peça de metal acessível no produto.
2.1.2 Antes de realizar o teste, conexões confiáveis de condu- tores, devem ser asseguradas e depois mantidas durante todo o período de teste.
2.1.3 A chave power deve estar na posição ligada.
2.2 Requerimentos do teste
Todos os produtos devem ser testados no HI-POT e continuidade de terra como mostrado a seguir:
2.2.1 O teste com tensão AC é só para a produção, os Servi- ços Autorizados usam a tensão DC.
2.2.2 A duração mínina do teste para o controle de qualidade deve ser de 1 minuto. Sem breakdown.
2.2.3 A tensão de teste deve ser mantida dentro da tolerância de + 5%.
2.2.4 A lâmina de terra ou pino do plug do cabo de força deve ligado com peças de metal acessíveis.
Tensão 2820VDC 1700VDC Teste de corrente:de teste (2000VAC) (1200VAC) 25A, AC
Tempo de teste:Tempo de 3 segundos 1 segundo 3 segundos (min.)
(min.)teste
Resistênciarequirida:
100 uA5 mA <=0.09+R ohm,
Corrente R é a resistência(Teste)
limitação Máx.
0,1 uAlimitação Mín.
do cabo de força.
Tempo de ajuste para 2subida segundos
Condição Teste Hi-Pot para
continuidade deterra.
produtos ondeRequerimentospara o teste de
a faixa de tensãoé completa é apenasou 220V AC
Teste Hi-Pot paraprodutos ondea faixa de tensão
110V AC
3. Equipamento e conexões
3.1. Equipamentos Por exemplo : - ChenHwa 9032 PROGRAMMABLE AUTO SAFETY TESTER - ChenHwa 510B Digital Grounding Continuity Tester - ChenHwa 901 (AC Hi-pot test), 902 (AC, DC Hi-pot test)
3.2. Conexão * Ligue a chave power do monitor antes de fazer os testes de HI-POT e continuidade de terra.
4. Gravação
Os registros dos testes de Hi-pot e continuidade de terra devem ser mantidos por um período de 10 anos
Conecte o cabo de vídeo
à garra jacaré do seu teste
Cabo de vídeo
ou o parafuso de aterramento
(Vista traseira do monitor)
Conectado ao cabo de forçado monitor.
Parafuso de terra
Tomada de força
(ChenHwa 9032 )
Clip
garra jacaré
EQUIPAMENTOS DE SEGURANÇA REQUERIDOS
13150S5FG12 150S5FG 13150S5FG12 150S5FG
INSTRUÇÕES DDC
1. Geral Re-programação de Dados do DDC
No caso da EEPROM principal, que armazena todos os valores de fábrica, ser substituída devido a um defeito, o monitor reparado deve ter os números seriais reprogramados.
Quando o defeito é no painel principal, a EEPROM principal antiga deve ser colocada no novo painel, neste caso não há necessidade de reprogramação.
Informação Adicional Informação Adicional sobre DDC (Canal de Exibição de Dados) pode ser obtido da Associação de Padrões de Eletrônica de Vídeo (VESA). Informações de (EDID) Dados de Identificação de Display Exten dido, pode ser também obtidas da VESA.
2. Equipamentos e Sistemas requeridos
1. Um computador pessoal i486 (ou superior) ou compatível.2. Sistema operacional Microsoft Windows 95/98. Deve-se instalar o programa EDID_PORT_ TOOL do WIN2000/XP. Como mostra a fig. 1.
A. Copie o "UserPort.sys" para C:\WINNT\system32\drivers8win2000) C:\WINDOWS\system32\drivers(winXP)B. Execute "io.exe", antes de iniciar a programação edid data.
3. Programa EDID46.EXE .4. Kits de ajuste do A/D como mostrado na fig.2
O kit contém: a) Caixa de ajuste x1 b) Cabo de Impressora x1 c) Cabo D-Sub para D-Sub x1
Nota: O EDID46.EXE é um programa baseado em windows, que não pode ser executado em MS-DOS.
Nota: O ajuste da caixa já possui um soquete de baterias configu- rado para usar baterias (9V) como fonte. Puxe o soquete para
remover 4 parafusos na traseira da caixa. Por favor, não esqueça de remover as baterias depois da programação. A
energia da bateria pode alimentar os circuitos por um período curto de tempo.
Configuração dos Pinos
Conector 15 pinos D-Sub
To MonitorD-sub cable
DC 8~12V
To Printer port
Powerindicator
Fig. 3
60 DDC Instructions
General
Pin assignmentA. 15-pin D-Sub Connector
DDC Data Re-programming
Analog DDC IC, & EEPROM
Additional information
In case the DDC data memory IC or main EEPROM which storage allfactory settings were replaced due to a defect, the serial numbers haveto be re-programmed" ".It is advised to re-soldered DDC IC and main EEPROM from the oldboard onto the new board if circuit board have been replaced, in this casethe DDC data does not need to be re-programmed.
Additional information about DDC (Display Data Channel) may beobtained from Video Electronics Standards Association (VESA).Extended Display Identification Data(EDID) information may be alsoobtained from VESA.
1. An i486 (or above) personal computer or compatible.2. Microsoft operation system Windows 95/98 .
Y o Install the EDID_PORT_Tool under Win2000/XP . AsFig. 1 .
A. Cody the "UserPort.sys" to C:\WINNT\system32\drivers(win2000)
C:\WINDOWS\system32\drivers(winXP)
B. Running " io.exe" everytime, Before you start to programmingedid data .
4. A/D Alignment kits (3138 106 10079):inclusion : a. Alignment box x1 (as Fig. 2)
b. Printer cable x1c. (D-Sub) to (D-Sub) cable x1
Note: The EDID46.EXE is a windows-based program, which cannotbe run in MS-DOS.
System and equipment requirements
ou have t
3. EDID46.EXE program .
Note: The alignment box has already build-in a batteries socket forusing as power source. Pull out the socket byremove four screws at the rear of box. Please do not forget thatremove batteries after programming. The energy of batteries canonly drive circuits for a short period of time.
batteries (8~12V)
Fig. 2
Fig. 1
150S5
Go to cover page
PIN No. SIGNAL
1 Red
2 Green/SOG
3 Blue
4 Sense (GND)
5 Test (GND)
6 Red GND
7 Green GND
8 Blue GND
9 +5V
10 Sync GND
11 Sense (GND)
12 Serial data (SDA)
13 H/H+V sync
14 V-sync
15 Data clock (SCL)
To MonitorD-sub cable
DC 8~12V
To Printer port
Powerindicator
Fig. 3
60 DDC Instructions
General
Pin assignmentA. 15-pin D-Sub Connector
DDC Data Re-programming
Analog DDC IC, & EEPROM
Additional information
In case the DDC data memory IC or main EEPROM which storage allfactory settings were replaced due to a defect, the serial numbers haveto be re-programmed" ".It is advised to re-soldered DDC IC and main EEPROM from the oldboard onto the new board if circuit board have been replaced, in this casethe DDC data does not need to be re-programmed.
Additional information about DDC (Display Data Channel) may beobtained from Video Electronics Standards Association (VESA).Extended Display Identification Data(EDID) information may be alsoobtained from VESA.
1. An i486 (or above) personal computer or compatible.2. Microsoft operation system Windows 95/98 .
Y o Install the EDID_PORT_Tool under Win2000/XP . AsFig. 1 .
A. Cody the "UserPort.sys" to C:\WINNT\system32\drivers(win2000)
C:\WINDOWS\system32\drivers(winXP)
B. Running " io.exe" everytime, Before you start to programmingedid data .
4. A/D Alignment kits (3138 106 10079):inclusion : a. Alignment box x1 (as Fig. 2)
b. Printer cable x1c. (D-Sub) to (D-Sub) cable x1
Note: The EDID46.EXE is a windows-based program, which cannotbe run in MS-DOS.
System and equipment requirements
ou have t
3. EDID46.EXE program .
Note: The alignment box has already build-in a batteries socket forusing as power source. Pull out the socket byremove four screws at the rear of box. Please do not forget thatremove batteries after programming. The energy of batteries canonly drive circuits for a short period of time.
batteries (8~12V)
Fig. 2
Fig. 1
150S5
Go to cover page
PIN No. SIGNAL
1 Red
2 Green/SOG
3 Blue
4 Sense (GND)
5 Test (GND)
6 Red GND
7 Green GND
8 Blue GND
9 +5V
10 Sync GND
11 Sense (GND)
12 Serial data (SDA)
13 H/H+V sync
14 V-sync
15 Data clock (SCL)
To MonitorD-sub cable
DC 8~12V
To Printer port
Powerindicator
Fig. 3
60 DDC Instructions
General
Pin assignmentA. 15-pin D-Sub Connector
DDC Data Re-programming
Analog DDC IC, & EEPROM
Additional information
In case the DDC data memory IC or main EEPROM which storage allfactory settings were replaced due to a defect, the serial numbers haveto be re-programmed" ".It is advised to re-soldered DDC IC and main EEPROM from the oldboard onto the new board if circuit board have been replaced, in this casethe DDC data does not need to be re-programmed.
Additional information about DDC (Display Data Channel) may beobtained from Video Electronics Standards Association (VESA).Extended Display Identification Data(EDID) information may be alsoobtained from VESA.
1. An i486 (or above) personal computer or compatible.2. Microsoft operation system Windows 95/98 .
Y o Install the EDID_PORT_Tool under Win2000/XP . AsFig. 1 .
A. Cody the "UserPort.sys" to C:\WINNT\system32\drivers(win2000)
C:\WINDOWS\system32\drivers(winXP)
B. Running " io.exe" everytime, Before you start to programmingedid data .
4. A/D Alignment kits (3138 106 10079):inclusion : a. Alignment box x1 (as Fig. 2)
b. Printer cable x1c. (D-Sub) to (D-Sub) cable x1
Note: The EDID46.EXE is a windows-based program, which cannotbe run in MS-DOS.
System and equipment requirements
ou have t
3. EDID46.EXE program .
Note: The alignment box has already build-in a batteries socket forusing as power source. Pull out the socket byremove four screws at the rear of box. Please do not forget thatremove batteries after programming. The energy of batteries canonly drive circuits for a short period of time.
batteries (8~12V)
Fig. 2
Fig. 1
150S5
Go to cover page
PIN No. SIGNAL
1 Red
2 Green/SOG
3 Blue
4 Sense (GND)
5 Test (GND)
6 Red GND
7 Green GND
8 Blue GND
9 +5V
10 Sync GND
11 Sense (GND)
12 Serial data (SDA)
13 H/H+V sync
14 V-sync
15 Data clock (SCL)
Função dos pinos:
Nº pino Sinal1 Vermelho2 Verde/SOG3 Azul4 sensor(GND)5 Teste(GND)6 Vermelho GND7 Verde GND8 Azul GND9 +5V
10 Sync GND11 Sensor (GND)12 Serial data (SDA)13 H/H+V sync14 V-sync15 Data clock (SCL)
Modos de preset de fábrica(* 140 modos)Resolução
STATUSH-sync
V-sync
Video Power LED/Remark
On On On Active <20 WGreen /WithoutAudio
Stand-by Off On Blanked <1W Amber
Suspend On Off Blanked <1W Amber
Off Off Off Blanked <1W AmberDC Poweroff
N / A <1W LED Off
Modo Resolução H. freq. / V. freq Standard
15150S5FG14 150S5FG 15150S5FG14 150S5FG
3- No sub-menu digite a letra do seu drive de disquete seguido por : EDID46 (por exemplo, C:\EDID46, como mostra a fig. 6)
4- Clique o botão OK. O menu principal será mostrado (como mostra a fig. 7) Inicialize a caixa de ajuste.
Nota: Se a conexão é imprópria, você verá a seguinte mensagem de erro antes de entrar no menu principal (como mostra a
fig. 8). Enquanto isso, a função (Read EDID) estará desabili tada. Por favor assegure-se que todos os cabos estão conecta dos e fixados corretamente e que o procedimento tenha sido realizado apropriadamente.
Nota: Durante o carregamento , o EDID46 verificará os dados de EDID
que carregou do monitor antes de prosseguir com outra função, uma vez que a estrutura dos dados do EDID não podem ser reco-nhecidos, aparecerá a seguinte mensagem de erro na tela. Por favor confirme os seguintes passos para evitar esta mensagem.
1. A estrutura do dado do EDID estava incorreta. 2. O dado DDC IC que você esta tentando carregar está vazio. 3. Canal de comunicação configurado errado no Windows. 4. Cabos soltos ou mau contato na conexão.
4. Configuração e Procedimento
Há dois chips contidos no cordão OSD, número de série no painel de circuito EEPROM principal que armazena todos os ajustes de fábrica.CI DDC armazena 128byte de dados EDID. As seções seguintes des-crevem a conexão e o procedimento para aplicação do software DDC. A EEPROM principal pode ser reprogramada utilizando-se a função "Factory memory data write" no programa DDC (EDID46.EXE).
Inicialize caixa de ajuste
Para evitar que o monitor entre no modo de economia de energia, devido ao corte do sincronismo através da caixa de ajuste, é necessá-rio iniciar a caixa de ajustes antes de reprogramar os dados DDC.Os seguintes passos mostram os procedimentos e a conexão.
Passo1: Alimente a caixa de ajustes com uma fonte DC de 8 ~ 12V ligando um cabo de força DC ou usando baterias.Passo 2: Conecte o cabo da impressora e o cabo de vídeo do monitor como na fig. 4.Passo 3: Instalação do EDID46.EXE
Início da programa DDC
Inicie o Windows Microsoft.1- O programa "EDID46.EXE"no cd-rom manual de serviço será copiado para C:\.2- Click , escolha Run no menu inicial do Windows como mostra a fig. 5.
DDC Instructions
4. Configuration and procedure
There are threeips contained serial number on the circuit board, Analog DDC IC (7202), Digital DDC IC (7201) and main EEPROM (7362) which storage all factory settings. Following descriptions are the connection and procedure for Analog DDC IC and Digital DDC IC, the main EEPROM can be re-programmed along with Analog IC by enable factory memory data write function on the DDC program (EDID301.EXE).
Initialize alignment box
In order to avoid that monitor entering power saving mode due to sync will cut off by alignment box, it is necessary to initialize alignment box before running programming software (EDID301.EXE). Following steps show you the procedures and connection.
Step 1: Supply 8~12V DC power source to the Alignment box by plugging a DC power cord or using batteries.
Step 2: Connecting printer cable and video cable of monitor as Fig. AStep 3: Run the EDID301.EXE program until the main menu appears.
This is for initialize alignment box.
Re-programming DDC IC
Step 1: After initialize alignment box, connecting all cables and box as Fig. 3
Step 2: Press and hold and buttons then power on the monitor.
Step 3: Follow the steps on DDC re-programming instructions to staring re-programming.
Note: DVI-I to D-Sub adapter can be removed if graphic card of PC with a DVI-I interface connector.
~~
PC
Top
rin
ter
po
rt(L
TP
1)
DC Power8~12 V
Fig. A
PrinterPort
Video cable
ToMonitor
To PC
DVI-I to D-SubAdapter
Rear view of 150B/ S
25
Go to cover page
5. DDC re-programming instructions
Start on DDC program
Start Microsoft Windows.1. Insert the disk containing EDID301.EXE program into floppy disk
drive.2. Click , choose Run at start menu of Windows 95/98.
~~
PC
Tovi
de
oca
rd
Top
rin
ter
po
rt(L
TP
1)
DC Power8~12 V
Fig. 3
PrinterPort
ToMonitor
To PC DVI-D to D-SubAdapter
Rear view of 150B/ S
" " " "
25150B3B LCD
D-SUB
D-SUB
61DDC Instructions 190P5
Step 3: Installation of EDID46.EXE
Method 1: Start on DDC program
Start Microsoft Windows.1. The Program"EDID46.EXE" in service manual cd-rom be copyed to C:\ .2. Click , choose Run at start menu of Windows as shownIn Fig. 5.
Fig. 5
4. Click button. The main menu appears (as shown in Fig. 7).OKThis is for initialize alignment box.
Fig. 7
Fig. 6
Fig. 8
Note 1: If the connection is improper, you will see the following errormessage (as shown in Fig. 8) before entering the main menu.Meanwhile, the (read EDID) function will be disable. At this time,please make sure all cables are connected correctly and fixedly,and the procedure has been performed properly.
3. At the submenu, type the letter of your computer's hard disk drivefollowed by :EDID46 (for example, C:\EDID46, as shown in Fig. 6).
Note 2: During the loading, EDID46 will verify the EDID data which justloaded from monitor before proceed any further function, oncethe data structure of EDID can not be recognized, the followingerror message will appear on the screen as below. Pleaseconfirm following steps to avoid this message.1. The data structure of EDID was incorrect.2. DDC IC that you are trying to load data is empty.3. Wrong communication channel has set at configuration setupwindows.
4. Cables loosed or poor contact of connection.
1
Configuration and procedure
There are 2 chips contained OSD string, serial number..etcon the circuit board, main EEPROM which storage all factory settings,OSDstring. DDC IC which storage 128byte EDID data(serial number ..etc.).Following descirptions are the connection and procedure for Analog andmain EEPROM can be re-programmed along with Analog/Digital IC byenable factory memory data write function on the DDC program(EDID46.EXE).
Initialize alignment box
In order to avoid that monitor entering power saving mode dueto sync will cut off by alignment box, it is necessary to initializealignment box before running programming software(EDID46.EXE). Following steps show you the procedures andconnection.
Step 1: Supply 8-12V DC power source to the Alignment box byplugging a DC power cord or using batteries.
Step 2: Connecting printer cable and D-Sub cable of monitor as Fig. 4
Fig. 4
PC1=Power connector2=D-SUB connector
~~
Toprinterport(LTP1)
DC Power8-12 V
PrinterPort
ToMonitor
To PC
1 2
----->
----->
Fig. 9
150S5
Go to cover page61DDC Instructions 190P5
Step 3: Installation of EDID46.EXE
Method 1: Start on DDC program
Start Microsoft Windows.1. The Program"EDID46.EXE" in service manual cd-rom be copyed to C:\ .2. Click , choose Run at start menu of Windows as shownIn Fig. 5.
Fig. 5
4. Click button. The main menu appears (as shown in Fig. 7).OKThis is for initialize alignment box.
Fig. 7
Fig. 6
Fig. 8
Note 1: If the connection is improper, you will see the following errormessage (as shown in Fig. 8) before entering the main menu.Meanwhile, the (read EDID) function will be disable. At this time,please make sure all cables are connected correctly and fixedly,and the procedure has been performed properly.
3. At the submenu, type the letter of your computer's hard disk drivefollowed by :EDID46 (for example, C:\EDID46, as shown in Fig. 6).
Note 2: During the loading, EDID46 will verify the EDID data which justloaded from monitor before proceed any further function, oncethe data structure of EDID can not be recognized, the followingerror message will appear on the screen as below. Pleaseconfirm following steps to avoid this message.1. The data structure of EDID was incorrect.2. DDC IC that you are trying to load data is empty.3. Wrong communication channel has set at configuration setupwindows.
4. Cables loosed or poor contact of connection.
1
Configuration and procedure
There are 2 chips contained OSD string, serial number..etcon the circuit board, main EEPROM which storage all factory settings,OSDstring. DDC IC which storage 128byte EDID data(serial number ..etc.).Following descirptions are the connection and procedure for Analog andmain EEPROM can be re-programmed along with Analog/Digital IC byenable factory memory data write function on the DDC program(EDID46.EXE).
Initialize alignment box
In order to avoid that monitor entering power saving mode dueto sync will cut off by alignment box, it is necessary to initializealignment box before running programming software(EDID46.EXE). Following steps show you the procedures andconnection.
Step 1: Supply 8-12V DC power source to the Alignment box byplugging a DC power cord or using batteries.
Step 2: Connecting printer cable and D-Sub cable of monitor as Fig. 4
Fig. 4
PC1=Power connector2=D-SUB connector
~~
Toprinterport(LTP1)
DC Power8-12 V
PrinterPort
ToMonitor
To PC
1 2
----->
----->
Fig. 9
150S5
Go to cover page
61DDC Instructions 190P5
Step 3: Installation of EDID46.EXE
Method 1: Start on DDC program
Start Microsoft Windows.1. The Program"EDID46.EXE" in service manual cd-rom be copyed to C:\ .2. Click , choose Run at start menu of Windows as shownIn Fig. 5.
Fig. 5
4. Click button. The main menu appears (as shown in Fig. 7).OKThis is for initialize alignment box.
Fig. 7
Fig. 6
Fig. 8
Note 1: If the connection is improper, you will see the following errormessage (as shown in Fig. 8) before entering the main menu.Meanwhile, the (read EDID) function will be disable. At this time,please make sure all cables are connected correctly and fixedly,and the procedure has been performed properly.
3. At the submenu, type the letter of your computer's hard disk drivefollowed by :EDID46 (for example, C:\EDID46, as shown in Fig. 6).
Note 2: During the loading, EDID46 will verify the EDID data which justloaded from monitor before proceed any further function, oncethe data structure of EDID can not be recognized, the followingerror message will appear on the screen as below. Pleaseconfirm following steps to avoid this message.1. The data structure of EDID was incorrect.2. DDC IC that you are trying to load data is empty.3. Wrong communication channel has set at configuration setupwindows.
4. Cables loosed or poor contact of connection.
1
Configuration and procedure
There are 2 chips contained OSD string, serial number..etcon the circuit board, main EEPROM which storage all factory settings,OSDstring. DDC IC which storage 128byte EDID data(serial number ..etc.).Following descirptions are the connection and procedure for Analog andmain EEPROM can be re-programmed along with Analog/Digital IC byenable factory memory data write function on the DDC program(EDID46.EXE).
Initialize alignment box
In order to avoid that monitor entering power saving mode dueto sync will cut off by alignment box, it is necessary to initializealignment box before running programming software(EDID46.EXE). Following steps show you the procedures andconnection.
Step 1: Supply 8-12V DC power source to the Alignment box byplugging a DC power cord or using batteries.
Step 2: Connecting printer cable and D-Sub cable of monitor as Fig. 4
Fig. 4
PC1=Power connector2=D-SUB connector
~~
Toprinterport(LTP1)
DC Power8-12 V
PrinterPort
ToMonitor
To PC
1 2
----->
----->
Fig. 9
150S5
Go to cover page61DDC Instructions 190P5
Step 3: Installation of EDID46.EXE
Method 1: Start on DDC program
Start Microsoft Windows.1. The Program"EDID46.EXE" in service manual cd-rom be copyed to C:\ .2. Click , choose Run at start menu of Windows as shownIn Fig. 5.
Fig. 5
4. Click button. The main menu appears (as shown in Fig. 7).OKThis is for initialize alignment box.
Fig. 7
Fig. 6
Fig. 8
Note 1: If the connection is improper, you will see the following errormessage (as shown in Fig. 8) before entering the main menu.Meanwhile, the (read EDID) function will be disable. At this time,please make sure all cables are connected correctly and fixedly,and the procedure has been performed properly.
3. At the submenu, type the letter of your computer's hard disk drivefollowed by :EDID46 (for example, C:\EDID46, as shown in Fig. 6).
Note 2: During the loading, EDID46 will verify the EDID data which justloaded from monitor before proceed any further function, oncethe data structure of EDID can not be recognized, the followingerror message will appear on the screen as below. Pleaseconfirm following steps to avoid this message.1. The data structure of EDID was incorrect.2. DDC IC that you are trying to load data is empty.3. Wrong communication channel has set at configuration setupwindows.
4. Cables loosed or poor contact of connection.
1
Configuration and procedure
There are 2 chips contained OSD string, serial number..etcon the circuit board, main EEPROM which storage all factory settings,OSDstring. DDC IC which storage 128byte EDID data(serial number ..etc.).Following descirptions are the connection and procedure for Analog andmain EEPROM can be re-programmed along with Analog/Digital IC byenable factory memory data write function on the DDC program(EDID46.EXE).
Initialize alignment box
In order to avoid that monitor entering power saving mode dueto sync will cut off by alignment box, it is necessary to initializealignment box before running programming software(EDID46.EXE). Following steps show you the procedures andconnection.
Step 1: Supply 8-12V DC power source to the Alignment box byplugging a DC power cord or using batteries.
Step 2: Connecting printer cable and D-Sub cable of monitor as Fig. 4
Fig. 4
PC1=Power connector2=D-SUB connector
~~
Toprinterport(LTP1)
DC Power8-12 V
PrinterPort
ToMonitor
To PC
1 2
----->
----->
Fig. 9
150S5
Go to cover page
61DDC Instructions 190P5
Step 3: Installation of EDID46.EXE
Method 1: Start on DDC program
Start Microsoft Windows.1. The Program"EDID46.EXE" in service manual cd-rom be copyed to C:\ .2. Click , choose Run at start menu of Windows as shownIn Fig. 5.
Fig. 5
4. Click button. The main menu appears (as shown in Fig. 7).OKThis is for initialize alignment box.
Fig. 7
Fig. 6
Fig. 8
Note 1: If the connection is improper, you will see the following errormessage (as shown in Fig. 8) before entering the main menu.Meanwhile, the (read EDID) function will be disable. At this time,please make sure all cables are connected correctly and fixedly,and the procedure has been performed properly.
3. At the submenu, type the letter of your computer's hard disk drivefollowed by :EDID46 (for example, C:\EDID46, as shown in Fig. 6).
Note 2: During the loading, EDID46 will verify the EDID data which justloaded from monitor before proceed any further function, oncethe data structure of EDID can not be recognized, the followingerror message will appear on the screen as below. Pleaseconfirm following steps to avoid this message.1. The data structure of EDID was incorrect.2. DDC IC that you are trying to load data is empty.3. Wrong communication channel has set at configuration setupwindows.
4. Cables loosed or poor contact of connection.
1
Configuration and procedure
There are 2 chips contained OSD string, serial number..etcon the circuit board, main EEPROM which storage all factory settings,OSDstring. DDC IC which storage 128byte EDID data(serial number ..etc.).Following descirptions are the connection and procedure for Analog andmain EEPROM can be re-programmed along with Analog/Digital IC byenable factory memory data write function on the DDC program(EDID46.EXE).
Initialize alignment box
In order to avoid that monitor entering power saving mode dueto sync will cut off by alignment box, it is necessary to initializealignment box before running programming software(EDID46.EXE). Following steps show you the procedures andconnection.
Step 1: Supply 8-12V DC power source to the Alignment box byplugging a DC power cord or using batteries.
Step 2: Connecting printer cable and D-Sub cable of monitor as Fig. 4
Fig. 4
PC1=Power connector2=D-SUB connector
~~
Toprinterport(LTP1)
DC Power8-12 V
PrinterPort
ToMonitor
To PC
1 2
----->
----->
Fig. 9
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61DDC Instructions 190P5
Step 3: Installation of EDID46.EXE
Method 1: Start on DDC program
Start Microsoft Windows.1. The Program"EDID46.EXE" in service manual cd-rom be copyed to C:\ .2. Click , choose Run at start menu of Windows as shownIn Fig. 5.
Fig. 5
4. Click button. The main menu appears (as shown in Fig. 7).OKThis is for initialize alignment box.
Fig. 7
Fig. 6
Fig. 8
Note 1: If the connection is improper, you will see the following errormessage (as shown in Fig. 8) before entering the main menu.Meanwhile, the (read EDID) function will be disable. At this time,please make sure all cables are connected correctly and fixedly,and the procedure has been performed properly.
3. At the submenu, type the letter of your computer's hard disk drivefollowed by :EDID46 (for example, C:\EDID46, as shown in Fig. 6).
Note 2: During the loading, EDID46 will verify the EDID data which justloaded from monitor before proceed any further function, oncethe data structure of EDID can not be recognized, the followingerror message will appear on the screen as below. Pleaseconfirm following steps to avoid this message.1. The data structure of EDID was incorrect.2. DDC IC that you are trying to load data is empty.3. Wrong communication channel has set at configuration setupwindows.
4. Cables loosed or poor contact of connection.
1
Configuration and procedure
There are 2 chips contained OSD string, serial number..etcon the circuit board, main EEPROM which storage all factory settings,OSDstring. DDC IC which storage 128byte EDID data(serial number ..etc.).Following descirptions are the connection and procedure for Analog andmain EEPROM can be re-programmed along with Analog/Digital IC byenable factory memory data write function on the DDC program(EDID46.EXE).
Initialize alignment box
In order to avoid that monitor entering power saving mode dueto sync will cut off by alignment box, it is necessary to initializealignment box before running programming software(EDID46.EXE). Following steps show you the procedures andconnection.
Step 1: Supply 8-12V DC power source to the Alignment box byplugging a DC power cord or using batteries.
Step 2: Connecting printer cable and D-Sub cable of monitor as Fig. 4
Fig. 4
PC1=Power connector2=D-SUB connector
~~
Toprinterport(LTP1)
DC Power8-12 V
PrinterPort
ToMonitor
To PC
1 2
----->
----->
Fig. 9
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15150S5FG14 150S5FG 15150S5FG14 150S5FG
Reprogramando IC DDCPasso 1: Depois de inicializar o ajuste de caixa, conecte todos os cabos como mostra a fig. 10
Passo 2: Carregando dados DDC do monitor 1. Clique o ícone na barra de ferramentas (fig. 11) para entrar em "Configuration Setup" como mostra a fig. 12.
2. Selecione DDC2B como o canal de comunicação. (fig. 12)
3. Clique botão OK para confirmar sua seleção.
4. Clique no ícone para ler os dados DDC EDID do monitor. Os códigos EDID serão mostrados na tela como a seguir. Os códigos EDID variam com o modelo.
Passo 3: Modificando dados DDC (verificar as versões de EDD, ano, mês)
1. Clique o ícone na barra de ferramentas, siga os passos de 1 a 9 como mostra a fig. 14. Aplicando DDC EDID46 melhora a seleção das funções e mudan- ças dos textos nos passos de 1 a 9.
Passo 4: Modificando dos dados DDC (número serial do monitor)1. Clique Next, fig. 15.
2. Clique Next, fig. 16.
26 150B3B LCD
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Loading DDC data from monitor
1. Click icon on the tools bar to bring up the Configuration Setup windows as Fig.7
2. Select the DDC2B as the communication channel. 3. Enable Factory memory data write function and fill in page address
F0 to the block.4. Disable Software DDC function.5. Click button to confirm your selection.
Note: The Factory memory data write function will allow EDID301 to rewrite serial numbers both Analog DDC IC and main EEPROM to make sure both S/N are exactly the same. You may confirm the function by checking the S/N at Product information of the OSD menu after restarting the monitor.
4. Click button. The main menu appears (as shown on Fig. 6).
Note:If the connection is improper, you will see the following error message before entering the main menu. Meanwhile, the(read EDID) function will be disable. At this time, please make sure all cables are connected correctly and fixedly, and the
DDC Instructions
6. Click icon to read DDC EDID data from monitor. The EDID codes will display on screen as following. (The EDID codes are depend on the model.) Meanwhile, The status bar will indicate 00% to 100% when reading.
Fig. 7
3. At the submenu, type the letter of your computer's floppy disk drive followed by :EDID301 (for example, A:\EDID301.exe,)
as shown in Fig. 5.
Fig. 5
Fig. 6
Command bar
Tools bar
Status bar
26 150B3B LCD
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Loading DDC data from monitor
1. Click icon on the tools bar to bring up the Configuration Setup windows as Fig.7
2. Select the DDC2B as the communication channel. 3. Enable Factory memory data write function and fill in page address
F0 to the block.4. Disable Software DDC function.5. Click button to confirm your selection.
Note: The Factory memory data write function will allow EDID301 to rewrite serial numbers both Analog DDC IC and main EEPROM to make sure both S/N are exactly the same. You may confirm the function by checking the S/N at Product information of the OSD menu after restarting the monitor.
4. Click button. The main menu appears (as shown on Fig. 6).
Note:If the connection is improper, you will see the following error message before entering the main menu. Meanwhile, the(read EDID) function will be disable. At this time, please make sure all cables are connected correctly and fixedly, and the
DDC Instructions
6. Click icon to read DDC EDID data from monitor. The EDID codes will display on screen as following. (The EDID codes are depend on the model.) Meanwhile, The status bar will indicate 00% to 100% when reading.
Fig. 7
3. At the submenu, type the letter of your computer's floppy disk drive followed by :EDID301 (for example, A:\EDID301.exe,)
as shown in Fig. 5.
Fig. 5
Fig. 6
Command bar
Tools bar
Status bar
27150B3B LCD
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Fig. 8
Load DDC data from file
1. Click from the tools bar.2. Select the file you want to open.3. Click . Button.
Write DDC data to monitor
1. Click icon from the tools bar to starting rewrite DDC data.2. Click for confirmation.
Save DDC data as a fileSometimes, you maybe need to save DDC data as a text file for using on other DDC chip. To save DDC data, follow the steps below:
1. Click icon on the tools bar and type a file name you like. The file format is ddc type which can be open by Microsoft WordPad.
2. Click button.
4. Now you can re-programming DDC data which you just loaded from a file, please be confirmed that model and serial number are correct and match with the monitor you are trying to re-write.
TY00 0105000001
Modify DDC data (Serial No.)
1. Click icon on the toosl bar.2. Click till the Step 7 of 9 window appears.3. Type the new Serial No. (for example, TY00 0105000001).4. Click till the last step window appears, then click to
exit the Step window.
Note: During the loading, EDID30 will verify the EDID data which just loaded from monitor before proceed any further function, once the data structure of EDID can not be recognized, the following error message will appear on the screen (Fig. 8). Please confirm following steps to avoid this message. 1. The data structure of EDID was incorrect. 2. DDC IC that you are trying to load data is empty. 3. Wrong communication channel has set at configuration setup Windows. 4. Cables loosed or poor contact of connection.
DDC Instructions62
Re-programming Analog DDC ICStep 1: After initialize alignment box, connecting all cables and
box as shown in Fig. 10
Fig. 11
Step 2: Read DDC data from monitor
1. Click icon as shown in Fig. 11 from the tool bar to bring upthe Channels "Configuration Setup" windows as shown in Fig. 12.
Step 3: Modify DDC data (verify EDID version, week, year)
1. Click (new function) icon from the tool bar, bring upStep 1 of 9 as shown in Fig. 14 .EDID46 DDC application provides the function selection andtext change (select & fill out) from Step 1 to Step 9.
Step 4: Modify DDC data (Monitor Serial No.)Next1. Click , bring up Fig. 15.
2. Click , bring up Fig. 16.Next3. Click OK button to confirm your selection.
4. Click icon (Read EDID function) to read DDC EDID data frommonitor. The EDID codes will display on screen as shown in Fig. 13.
Fig. 15
Fig. 16
2. Select the DDC2Bi as the communication channel.As shown in Fig. 12.
Fig. 13
Fig. 14
Fig. 10
1=Power connector2=D-SUB connector
~~
PC
Toprinterport(LTP1)
DC Power8-12V
PrinterPort
ToMonitor
To PC
1 2----->
----->
Don'tclosethisscreen.--->
Fig. 12
To PC Video port (D-sub) Select and fill out,If necessary.
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DDC Instructions62
Re-programming Analog DDC ICStep 1: After initialize alignment box, connecting all cables and
box as shown in Fig. 10
Fig. 11
Step 2: Read DDC data from monitor
1. Click icon as shown in Fig. 11 from the tool bar to bring upthe Channels "Configuration Setup" windows as shown in Fig. 12.
Step 3: Modify DDC data (verify EDID version, week, year)
1. Click (new function) icon from the tool bar, bring upStep 1 of 9 as shown in Fig. 14 .EDID46 DDC application provides the function selection andtext change (select & fill out) from Step 1 to Step 9.
Step 4: Modify DDC data (Monitor Serial No.)Next1. Click , bring up Fig. 15.
2. Click , bring up Fig. 16.Next3. Click OK button to confirm your selection.
4. Click icon (Read EDID function) to read DDC EDID data frommonitor. The EDID codes will display on screen as shown in Fig. 13.
Fig. 15
Fig. 16
2. Select the DDC2Bi as the communication channel.As shown in Fig. 12.
Fig. 13
Fig. 14
Fig. 10
1=Power connector2=D-SUB connector
~~
PC
Toprinterport(LTP1)
DC Power8-12V
PrinterPort
ToMonitor
To PC
1 2----->
----->
Don'tclosethisscreen.--->
Fig. 12
To PC Video port (D-sub) Select and fill out,If necessary.
150S5
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Re-programming Analog DDC ICStep 1: After initialize alignment box, connecting all cables and
box as shown in Fig. 10
Fig. 11
Step 2: Read DDC data from monitor
1. Click icon as shown in Fig. 11 from the tool bar to bring upthe Channels "Configuration Setup" windows as shown in Fig. 12.
Step 3: Modify DDC data (verify EDID version, week, year)
1. Click (new function) icon from the tool bar, bring upStep 1 of 9 as shown in Fig. 14 .EDID46 DDC application provides the function selection andtext change (select & fill out) from Step 1 to Step 9.
Step 4: Modify DDC data (Monitor Serial No.)Next1. Click , bring up Fig. 15.
2. Click , bring up Fig. 16.Next3. Click OK button to confirm your selection.
4. Click icon (Read EDID function) to read DDC EDID data frommonitor. The EDID codes will display on screen as shown in Fig. 13.
Fig. 15
Fig. 16
2. Select the DDC2Bi as the communication channel.As shown in Fig. 12.
Fig. 13
Fig. 14
Fig. 10
1=Power connector2=D-SUB connector
~~
PC
Toprinterport(LTP1)
DC Power8-12V
PrinterPort
ToMonitor
To PC
1 2----->
----->
Don'tclosethisscreen.--->
Fig. 12
To PC Video port (D-sub) Select and fill out,If necessary.
150S5
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DDC Instructions62
Re-programming Analog DDC ICStep 1: After initialize alignment box, connecting all cables and
box as shown in Fig. 10
Fig. 11
Step 2: Read DDC data from monitor
1. Click icon as shown in Fig. 11 from the tool bar to bring upthe Channels "Configuration Setup" windows as shown in Fig. 12.
Step 3: Modify DDC data (verify EDID version, week, year)
1. Click (new function) icon from the tool bar, bring upStep 1 of 9 as shown in Fig. 14 .EDID46 DDC application provides the function selection andtext change (select & fill out) from Step 1 to Step 9.
Step 4: Modify DDC data (Monitor Serial No.)Next1. Click , bring up Fig. 15.
2. Click , bring up Fig. 16.Next3. Click OK button to confirm your selection.
4. Click icon (Read EDID function) to read DDC EDID data frommonitor. The EDID codes will display on screen as shown in Fig. 13.
Fig. 15
Fig. 16
2. Select the DDC2Bi as the communication channel.As shown in Fig. 12.
Fig. 13
Fig. 14
Fig. 10
1=Power connector2=D-SUB connector
~~
PCToprinterport(LTP1)
DC Power8-12V
PrinterPort
ToMonitor
To PC
1 2----->
----->
Don'tclosethisscreen.--->
Fig. 12
To PC Video port (D-sub) Select and fill out,If necessary.
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DDC Instructions62
Re-programming Analog DDC ICStep 1: After initialize alignment box, connecting all cables and
box as shown in Fig. 10
Fig. 11
Step 2: Read DDC data from monitor
1. Click icon as shown in Fig. 11 from the tool bar to bring upthe Channels "Configuration Setup" windows as shown in Fig. 12.
Step 3: Modify DDC data (verify EDID version, week, year)
1. Click (new function) icon from the tool bar, bring upStep 1 of 9 as shown in Fig. 14 .EDID46 DDC application provides the function selection andtext change (select & fill out) from Step 1 to Step 9.
Step 4: Modify DDC data (Monitor Serial No.)Next1. Click , bring up Fig. 15.
2. Click , bring up Fig. 16.Next3. Click OK button to confirm your selection.
4. Click icon (Read EDID function) to read DDC EDID data frommonitor. The EDID codes will display on screen as shown in Fig. 13.
Fig. 15
Fig. 16
2. Select the DDC2Bi as the communication channel.As shown in Fig. 12.
Fig. 13
Fig. 14
Fig. 10
1=Power connector2=D-SUB connector
~~
PC
Toprinterport(LTP1)
DC Power8-12V
PrinterPort
ToMonitor
To PC
1 2----->
----->
Don'tclosethisscreen.--->
Fig. 12
To PC Video port (D-sub) Select and fill out,If necessary.
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DDC Instructions62
Re-programming Analog DDC ICStep 1: After initialize alignment box, connecting all cables and
box as shown in Fig. 10
Fig. 11
Step 2: Read DDC data from monitor
1. Click icon as shown in Fig. 11 from the tool bar to bring upthe Channels "Configuration Setup" windows as shown in Fig. 12.
Step 3: Modify DDC data (verify EDID version, week, year)
1. Click (new function) icon from the tool bar, bring upStep 1 of 9 as shown in Fig. 14 .EDID46 DDC application provides the function selection andtext change (select & fill out) from Step 1 to Step 9.
Step 4: Modify DDC data (Monitor Serial No.)Next1. Click , bring up Fig. 15.
2. Click , bring up Fig. 16.Next3. Click OK button to confirm your selection.
4. Click icon (Read EDID function) to read DDC EDID data frommonitor. The EDID codes will display on screen as shown in Fig. 13.
Fig. 15
Fig. 16
2. Select the DDC2Bi as the communication channel.As shown in Fig. 12.
Fig. 13
Fig. 14
Fig. 10
1=Power connector2=D-SUB connector
~~
PC
Toprinterport(LTP1)
DC Power8-12V
PrinterPort
ToMonitor
To PC
1 2----->
----->
Don'tclosethisscreen.--->
Fig. 12
To PC Video port (D-sub) Select and fill out,If necessary.
150S5
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DDC Instructions62
Re-programming Analog DDC ICStep 1: After initialize alignment box, connecting all cables and
box as shown in Fig. 10
Fig. 11
Step 2: Read DDC data from monitor
1. Click icon as shown in Fig. 11 from the tool bar to bring upthe Channels "Configuration Setup" windows as shown in Fig. 12.
Step 3: Modify DDC data (verify EDID version, week, year)
1. Click (new function) icon from the tool bar, bring upStep 1 of 9 as shown in Fig. 14 .EDID46 DDC application provides the function selection andtext change (select & fill out) from Step 1 to Step 9.
Step 4: Modify DDC data (Monitor Serial No.)Next1. Click , bring up Fig. 15.
2. Click , bring up Fig. 16.Next3. Click OK button to confirm your selection.
4. Click icon (Read EDID function) to read DDC EDID data frommonitor. The EDID codes will display on screen as shown in Fig. 13.
Fig. 15
Fig. 16
2. Select the DDC2Bi as the communication channel.As shown in Fig. 12.
Fig. 13
Fig. 14
Fig. 10
1=Power connector2=D-SUB connector
~~
PC
Toprinterport(LTP1)
DC Power8-12V
PrinterPort
ToMonitor
To PC
1 2----->
----->
Don'tclosethisscreen.--->
Fig. 12
To PC Video port (D-sub) Select and fill out,If necessary.
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17150S5FG16 150S5FG 17150S5FG16 150S5FG
3. Clique Next, fig. 17.
4. Clique Next, fig. 18.
5. Clique Next, fig. 19.
6. Clique Next, fig. 20.
7. Clique Next, fig. 21.
8. Clique Next, fig. 22. - O número de série pode ser preenchido acima ou ser mudado neste momento. - Clique Finish para sair.
DDC Instructions
Fig. 17
Fig. 21Fig. 18
Fig. 19
3. Click , bring up Fig. 17.Next
7. Click , bring up Fig. 21.Next4. Click , bring up Fig. 18.Next
5. Click , bring up Fig. 19.Next
Fig. 22
8. Click , bring up Fig. 22.Next- Serial number can be filled up or be changed at this moment.- Click to exit the Step window.Finish
Fig. 20
6. Click , bring up Fig. 20.Next
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63
DDC Instructions
Fig. 17
Fig. 21Fig. 18
Fig. 19
3. Click , bring up Fig. 17.Next
7. Click , bring up Fig. 21.Next4. Click , bring up Fig. 18.Next
5. Click , bring up Fig. 19.Next
Fig. 22
8. Click , bring up Fig. 22.Next- Serial number can be filled up or be changed at this moment.- Click to exit the Step window.Finish
Fig. 20
6. Click , bring up Fig. 20.Next
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63DDC Instructions
Fig. 17
Fig. 21Fig. 18
Fig. 19
3. Click , bring up Fig. 17.Next
7. Click , bring up Fig. 21.Next4. Click , bring up Fig. 18.Next
5. Click , bring up Fig. 19.Next
Fig. 22
8. Click , bring up Fig. 22.Next- Serial number can be filled up or be changed at this moment.- Click to exit the Step window.Finish
Fig. 20
6. Click , bring up Fig. 20.Next
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63
DDC Instructions
Fig. 17
Fig. 21Fig. 18
Fig. 19
3. Click , bring up Fig. 17.Next
7. Click , bring up Fig. 21.Next4. Click , bring up Fig. 18.Next
5. Click , bring up Fig. 19.Next
Fig. 22
8. Click , bring up Fig. 22.Next- Serial number can be filled up or be changed at this moment.- Click to exit the Step window.Finish
Fig. 20
6. Click , bring up Fig. 20.Next
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63DDC Instructions
Fig. 17
Fig. 21Fig. 18
Fig. 19
3. Click , bring up Fig. 17.Next
7. Click , bring up Fig. 21.Next4. Click , bring up Fig. 18.Next
5. Click , bring up Fig. 19.Next
Fig. 22
8. Click , bring up Fig. 22.Next- Serial number can be filled up or be changed at this moment.- Click to exit the Step window.Finish
Fig. 20
6. Click , bring up Fig. 20.Next
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63
DDC Instructions
Fig. 17
Fig. 21Fig. 18
Fig. 19
3. Click , bring up Fig. 17.Next
7. Click , bring up Fig. 21.Next4. Click , bring up Fig. 18.Next
5. Click , bring up Fig. 19.Next
Fig. 22
8. Click , bring up Fig. 22.Next- Serial number can be filled up or be changed at this moment.- Click to exit the Step window.Finish
Fig. 20
6. Click , bring up Fig. 20.Next
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63
17150S5FG16 150S5FG 17150S5FG16 150S5FG
Passo 6: Escrevendo dados DDC para o monitor
1. A configuração deve ser como a fig. 23. Pressione OK.
2. Acesso ao modo de Fábrica
Passo 1: Desligar o monitor.
Passo 2: (Pressione as teclas AUTO & OK ao mesmo tempo) + (Pressione a tecla até aparecer "Windows screen") => então solte todos as teclas.3. Clique ícone (escrever EDID) na barra de ferramentas para escrever os dados DDC. Aparecerá "Writing 0%~100%, ready" na barra progressiva lado inferior esquerdo.4. Desligue o monitor.5. Pressione a tecla OK e aparecerá menu principal OSD.6. Pressione a tecla DOWN para selecionar PRODUCTION INFOR MATION pressione a tecla OK para confirmar.7. A re-confirmação do número serial é feita.
Passo 7: Salvando dados DDC como um arquivo
As vezes, você pode necessitar salvar dados DDC como arquivo texto para usá-los em outro chip. Para salvar dados DDC, siga os passos abaixo:
1. Clique o ícone na barra de ferramentas e dê um nome ao arquivo (fig. 24). O tipo de arquivo é DDC e pode ser aberto no Word Pad. Usando o Word Pad,os textos dos dados DDC e tabe- las podem ser modificados. Se TEXTOS DDC & TABELAS HEX estão corretas, pode-se salva-los como arquivo .ddc.
27150B3B LCD
Go to cover pageDDC Instructions
Fig. 8
Load DDC data from file
1. Click from the tools bar.2. Select the file you want to open.3. Click . Button.
Write DDC data to monitor
1. Click icon from the tools bar to starting rewrite DDC data.2. Click for confirmation.
Save DDC data as a fileSometimes, you maybe need to save DDC data as a text file for using on other DDC chip. To save DDC data, follow the steps below:
1. Click icon on the tools bar and type a file name you like. The file format is ddc type which can be open by Microsoft WordPad.
2. Click button.
4. Now you can re-programming DDC data which you just loaded from a file, please be confirmed that model and serial number are correct and match with the monitor you are trying to re-write.
TY00 0105000001
Modify DDC data (Serial No.)
1. Click icon on the toosl bar.2. Click till the Step 7 of 9 window appears.3. Type the new Serial No. (for example, TY00 0105000001).4. Click till the last step window appears, then click to
exit the Step window.
Note: During the loading, EDID30 will verify the EDID data which just loaded from monitor before proceed any further function, once the data structure of EDID can not be recognized, the following error message will appear on the screen (Fig. 8). Please confirm following steps to avoid this message. 1. The data structure of EDID was incorrect. 2. DDC IC that you are trying to load data is empty. 3. Wrong communication channel has set at configuration setup Windows. 4. Cables loosed or poor contact of connection.
27150B3B LCD
Go to cover pageDDC Instructions
Fig. 8
Load DDC data from file
1. Click from the tools bar.2. Select the file you want to open.3. Click . Button.
Write DDC data to monitor
1. Click icon from the tools bar to starting rewrite DDC data.2. Click for confirmation.
Save DDC data as a fileSometimes, you maybe need to save DDC data as a text file for using on other DDC chip. To save DDC data, follow the steps below:
1. Click icon on the tools bar and type a file name you like. The file format is ddc type which can be open by Microsoft WordPad.
2. Click button.
4. Now you can re-programming DDC data which you just loaded from a file, please be confirmed that model and serial number are correct and match with the monitor you are trying to re-write.
TY00 0105000001
Modify DDC data (Serial No.)
1. Click icon on the toosl bar.2. Click till the Step 7 of 9 window appears.3. Type the new Serial No. (for example, TY00 0105000001).4. Click till the last step window appears, then click to
exit the Step window.
Note: During the loading, EDID30 will verify the EDID data which just loaded from monitor before proceed any further function, once the data structure of EDID can not be recognized, the following error message will appear on the screen (Fig. 8). Please confirm following steps to avoid this message. 1. The data structure of EDID was incorrect. 2. DDC IC that you are trying to load data is empty. 3. Wrong communication channel has set at configuration setup Windows. 4. Cables loosed or poor contact of connection.
Passo 8:Saindo do programa DDC
1. Clique o menu File e selecione Exit cmo mostra fig. 25.
X21DDC Instructions64
Step 7: Save DDC dataSometimes, you may need to save DDC data as a text file for usingin other IC chip. To save DDC data, follow the steps below:
1. Click (Save) icon (or click "file"-> "save as") from the tool barAnd give a file name as shown in Fig. 24.The file type is EDID46 file (*.ddc) which can be open in WordPad.By using WordPad, the texts of DDC data & table (128 bytes, hexcode) can be modified. If DDC TEXTS & HEX Table are completelycorrect, it can be saved as .ddc flie to re-load it into DDC IC for DDCData application.
Step 8: Exit DDC program
Pull down the File menu and select Exit as shown in Fig. 25.
Step 6: Write DDC data1. Configuration should be as Fig. 23. And press OK.
3. Click (Write EDID) icon from the tool bar to write DDC data.Bring up "Writing 0%~100%, ready" a progressing bar on the leftdown corner.
4. Turn off/on monitor
5. Press the OK button to bring up the OSD main manu.
6. Press the DOWN button to select PRODUCTION INFORMATIONpress the OK button to confirm our selection.
7. Re-confirm the serial Number is updated.
Fig. 23
Fig. 25
Fig. 24
150S5-DDC
C:\My documents\150S5-DDC
Edid46 Files
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2. Access Factory Mode
Step 2 :
[Push AUTO " " & OK " " buttons at the same time and hold
it ] + [Press power " " button untill comes out "Windows screen"
] => then release all buttons.
Step 1 :
Turn off monitor.
X21DDC Instructions64
Step 7: Save DDC dataSometimes, you may need to save DDC data as a text file for usingin other IC chip. To save DDC data, follow the steps below:
1. Click (Save) icon (or click "file"-> "save as") from the tool barAnd give a file name as shown in Fig. 24.The file type is EDID46 file (*.ddc) which can be open in WordPad.By using WordPad, the texts of DDC data & table (128 bytes, hexcode) can be modified. If DDC TEXTS & HEX Table are completelycorrect, it can be saved as .ddc flie to re-load it into DDC IC for DDCData application.
Step 8: Exit DDC program
Pull down the File menu and select Exit as shown in Fig. 25.
Step 6: Write DDC data1. Configuration should be as Fig. 23. And press OK.
3. Click (Write EDID) icon from the tool bar to write DDC data.Bring up "Writing 0%~100%, ready" a progressing bar on the leftdown corner.
4. Turn off/on monitor
5. Press the OK button to bring up the OSD main manu.
6. Press the DOWN button to select PRODUCTION INFORMATIONpress the OK button to confirm our selection.
7. Re-confirm the serial Number is updated.
Fig. 23
Fig. 25
Fig. 24
150S5-DDC
C:\My documents\150S5-DDC
Edid46 Files
150S5
Go to cover page
2. Access Factory Mode
Step 2 :
[Push AUTO " " & OK " " buttons at the same time and hold
it ] + [Press power " " button untill comes out "Windows screen"
] => then release all buttons.
Step 1 :
Turn off monitor.
X21DDC Instructions64
Step 7: Save DDC dataSometimes, you may need to save DDC data as a text file for usingin other IC chip. To save DDC data, follow the steps below:
1. Click (Save) icon (or click "file"-> "save as") from the tool barAnd give a file name as shown in Fig. 24.The file type is EDID46 file (*.ddc) which can be open in WordPad.By using WordPad, the texts of DDC data & table (128 bytes, hexcode) can be modified. If DDC TEXTS & HEX Table are completelycorrect, it can be saved as .ddc flie to re-load it into DDC IC for DDCData application.
Step 8: Exit DDC program
Pull down the File menu and select Exit as shown in Fig. 25.
Step 6: Write DDC data1. Configuration should be as Fig. 23. And press OK.
3. Click (Write EDID) icon from the tool bar to write DDC data.Bring up "Writing 0%~100%, ready" a progressing bar on the leftdown corner.
4. Turn off/on monitor
5. Press the OK button to bring up the OSD main manu.
6. Press the DOWN button to select PRODUCTION INFORMATIONpress the OK button to confirm our selection.
7. Re-confirm the serial Number is updated.
Fig. 23
Fig. 25
Fig. 24
150S5-DDC
C:\My documents\150S5-DDC
Edid46 Files
150S5
Go to cover page
2. Access Factory Mode
Step 2 :
[Push AUTO " " & OK " " buttons at the same time and hold
it ] + [Press power " " button untill comes out "Windows screen"
] => then release all buttons.
Step 1 :
Turn off monitor.
X21DDC Instructions64
Step 7: Save DDC dataSometimes, you may need to save DDC data as a text file for usingin other IC chip. To save DDC data, follow the steps below:
1. Click (Save) icon (or click "file"-> "save as") from the tool barAnd give a file name as shown in Fig. 24.The file type is EDID46 file (*.ddc) which can be open in WordPad.By using WordPad, the texts of DDC data & table (128 bytes, hexcode) can be modified. If DDC TEXTS & HEX Table are completelycorrect, it can be saved as .ddc flie to re-load it into DDC IC for DDCData application.
Step 8: Exit DDC program
Pull down the File menu and select Exit as shown in Fig. 25.
Step 6: Write DDC data1. Configuration should be as Fig. 23. And press OK.
3. Click (Write EDID) icon from the tool bar to write DDC data.Bring up "Writing 0%~100%, ready" a progressing bar on the leftdown corner.
4. Turn off/on monitor
5. Press the OK button to bring up the OSD main manu.
6. Press the DOWN button to select PRODUCTION INFORMATIONpress the OK button to confirm our selection.
7. Re-confirm the serial Number is updated.
Fig. 23
Fig. 25
Fig. 24
150S5-DDC
C:\My documents\150S5-DDC
Edid46 Files
150S5
Go to cover page
2. Access Factory Mode
Step 2 :
[Push AUTO " " & OK " " buttons at the same time and hold
it ] + [Press power " " button untill comes out "Windows screen"
] => then release all buttons.
Step 1 :
Turn off monitor.
19150S5FG18 150S5FG 19150S5FG18 150S5FG
DADOS DDC ANALÓGICO65DDC Data 150S5
Go to cover page
**********************************************************************
EDID log file
**********************************************************************
Vendor/Product Identification
ID Manufacturer Name : PHL
ID Product Code : 0820 (HEX.)
ID Serial Number : 1E240 (HEX.)
Week of Manufacture : 45
Year of Manufacture : 2003
EDID Version, Revision
Version : 1
Revision : 3
Basic Display Parameters/Features
Video Input Definition : Analog Video Input
0.700V/0.300V (1.00Vpp)
without Blank-to-Black Setup
Separate Sync
Composite Sync
Sync on Green
no Serration required
Maximum H Image Size : 30
Maximum V Image Size : 23
Display Transfer Characteristic : 2.2
(gamma)
Feature Support (DPMS) : Standby
Suspend
Active Off
Display Type : RGB color display
Preferred Timing Mode : Detailed timing block 1
Color Characteristics
Red X coordinate : 0.631
Red Y coordinate : 0.347
Green X coordinate : 0.309
Green Y coordinate : 0.583
Blue X coordinate : 0.15
Blue Y coordinate : 0.088
White X coordinate : 0.313
White Y coordinate : 0.329
Established Timings
Established Timings I : 720 x 400 @70Hz (IBM,VGA)
640 x 480 @60Hz (IBM,VGA)
640 x 480 @67Hz (Apple,Mac II)
640 x 480 @72Hz (VESA)
640 x 480 @75Hz (VESA)
800 x 600 @56Hz (VESA)
800 x 600 @60Hz (VESA)
Established Timings II:800 x 600 @72Hz (VESA)
800 x 600 @75Hz (VESA)
832 x 624 @75Hz (Apple,Mac II)
1024 x 768 @60Hz (VESA)
1024 x 768 @70Hz (VESA)
1024 x 768 @75Hz (VESA)
Manufacturer's timings :
Standard Timing Identification : Unused
Detailed Timing #1
Pixel Clock (MHz) : 65
H Active (pixels) : 1024
H Blanking (pixels) : 320
V Active (lines) : 768
V Blanking (lines) : 38
H Sync Offset (F Porch) (pixels): 24
H Sync Pulse Width (pixels) : 136
V Sync Offset (F Porch) (lines) : 3
V Sync Pulse Width (lines) : 6
H Image Size (mm) : 307
V Image Size (mm) : 230
H Border (pixels) : 0
V Border (lines) : 0
Flags : Non-interlaced
: Normal Display, No stereo
: Digital Separate sync.
: Negative Vertical Sync.
: Negative Horizontal Sync.
Monitor Descriptor #2
Monitor Range Limits
Min. Vt rate Hz : 56
Max. Vt rate Hz : 76
Min. Horiz. rate kHz : 30
Max. Horiz. rate kHz : 63
Max. Supported Pixel : 80
No secondary GTF timing formula supported.
Monitor Descriptor #3
Monitor Name : Philips 150S
Monitor Descriptor #4
Serial Number : TY 123456
Extension Flag : 0
Check sum : 4D (HEX.)
**********************************************************************
EDID data (128 bytes)
**********************************************************************
0: 00 1: ff 2: ff 3: ff 4: ff 5: ff 6: ff 7: 00
8: 41 9: 0c 10: 20 11: 08 12: 40 13: e2 14: 01 15: 00
16: 2d 17: 0d 18: 01 19: 03 20: 0e 21: 1e 22: 17 23: 78
24: ea 25: b1 26: a5 27: a1 28: 58 29: 4f 30: 95 31: 26
32: 16 33: 50 34: 54 35: bf 36: ee 37: 00 38: 01 39: 01
40: 01 41: 01 42: 01 43: 01 44: 01 45: 01 46: 01 47: 01
48: 01 49: 01 50: 01 51: 01 52: 01 53: 01 54: 64 55: 19
56: 00 57: 40 58: 41 59: 00 60: 26 61: 30 62: 18 63: 88
64: 36 65: 00 66: 33 67: e6 68: 10 69: 00 70: 00 71: 18
72: 00 73: 00 74: 00 75: fd 76: 00 77: 38 78: 4c 79: 1e
80: 3f 81: 08 82: 00 83: 0a 84: 20 85: 20 86: 20 87: 20
88: 20 89: 20 90: 00 91: 00 92: 00 93: fc 94: 00 95: 50
96: 68 97: 69 98: 6c 99: 69 100: 70 101: 73 102: 20 103: 31
104: 35 105: 30 106: 53 107: 0a 108: 00 109: 00 110: 00 111: ff
112: 00 113: 54 114: 59 115: 20 116: 31 117: 32 118: 33 119: 34
120: 35 121: 36 122: 0a 123: 20 124: 20 125: 20 126: 00 127: 4d
19150S5FG18 150S5FG 19150S5FG18 150S5FG
TROUBLESHOOTING
TROUBLESHOOTING
Chave de controle Frontalnão funciona
Cheque
Painel controle Frontal(Key & SW)
Sim
ChequeSinais dos conecto- res
Cheque painelPrincipal
Sim
Sem tela
Cheque cabo de força
& LED do monitor
ChequePainel Power12V/3.3V DC
Sim
Chequeinterface entrada
sinais de vídeo
Cheque painelinversor
NãoFonte de vídeo
Sim
Chequepainel Inversor
625~765Vrms com carregameto
Não
OKCheque lâmpadafluorescente
Cheque painel prin-cipal
Não
21150S5FG20 150S5FG 21150S5FG20 150S5FG
ENTRADA AC
Painel alimenta-ção power
Painel principal
625~765Vrms
Painel inversor
LâmpadaFluorescente Painel LCD
3.3V DC12V DC
12V DC
Sem alimentação(indicador desligado)
Cheque12V/3.3V DC
Chequepainel de con- trole
Não
Sim
Sim
Cheque contro-le dos cabos
Cheque PainelPrincipal
Cheque PainelPrincipal
21150S5FG20 150S5FG 21150S5FG20 150S5FG
Brilho Ruim
ChequeSaída painel inversor
625~765Vrms
Não
Sim
Painel inversorruim
Cheque lâmpadafluorescente
Imagem ruim
Chequesinais de vídeo, fh/fv
Sim
Sim
Cheque painel LCD
Não
Não
Cheque painel LCD
Chequetodos conectores e
cabos LVDS
Não
Cheque painel principal
Cheque componen- tes com solda fria
PB150S5FG22 150S5FG
DVD703 /XX
ANOTAÇÕES:
23150S5FG
DIAGRAMA EM BLOCOS
16 190P5 Function Block Diagram150S5
Go to cover page
24 150S5FG
ESQUEMA ELÉTRICO
17Schematic diagram(Scaler) 150S5
Go to cover page
C
13
134
319802131030
8
A
H
BB
A
10K
gedeeltelijk,isniettoegestaandanmetschriftelijke
12
D
7
1203 D32201 B5
2202 B62203 B72216 D2
2217 D22218 F2
2219 F22221 E42222 E5
2225 D52226 D5
2227 E52228 E52229 E5
[R]
8
7
[R]
1 10
H
1%
[R]
Allerechtenvoorbehouden.Verveelvuldiging,geheelof
6201
owner.
1 2 3 4 5 6 7 8 9
1 2 3 4 5 6 7 8
F
G
3
toestemmingvandeauteursrechthebbende.
11
2203
I
6
[R]
6
5
9
A
B
C
D
E
F
A
B
C
D
4
E
[R]
2216 223886715331330p
2217 223886715331330p
2226 31980163129012p
100n
223878615649100n
J
Allrightsreserved.Reproductioninwholeorinparts
12p
3201
J
6208 933215370215BAV99
6209 933215370215BAV99
9
E
E
F
[R]
[R]
SCALER BOARD
[R]
122 1110
9
2230 E52233 B2
2234 F43201 A43216 D1
3217 D23221 B2
3222 B23223 E13224 E2
3225 E13226 E2
3227 E23228 E23229 F4
3230 C33231 D43232 D5
3233 D4
9332153702156203
BZX84-C5V1933137390215
F
[R] [R] [R]
I
3234 E5
3235 E43236 E53237 E4
3238 E43239 C3
3241 E43242 E33243 D4
3244 E43245 E4
5202 E36201 B46203 B5
6204 B56205 B6
6206 B76207 B86208 B8
6209 B9
+3.3V
3
C
6220 B2
6221 C47202 B3I120 D4
[R]
SB: 59351 x 9
[R]
G1%
I123 C4I201 B5
I210 B2I211 C3I212 C1
I213 C2I216 D5I217 E5
I218 E5I220 F2
I221 F2
BAV99
6207 933215370215BAV99
[R]
BAV99
6204 933215370215BAV99
6205 933215370215BAV99
2228 31980163129012p
2230 319801631290
PB: 59361
EXCEPT 1203 WERE CHIP COMPONENTS.
1%
2
1
isprohibitedwithoutthewrittenconsentofthecopyright
D
C
5
[R]
[R]
Ref Des Reserved
2201 223878615649100n
2202 223878615649
[R]
6206 933215370215
+12VCC
I217
I218
22K
3230
75R
3229
47K
I221
3237
I211
3243 0R
33p
2218
2234
100n
6221
BAS32L
6208
BAV99
222710n
2219
10n
2225
I201
220p
5202 100MHZ 3238
3241
10K
4K7
I123
I216
75R
2K2
3228
3217
100R
3235
3227
2K2
100R3226
3222
22K
I120
2233
100n
I210
100R
3223
I213
3245 0R
0R3244
DATE
NAME
1
SUPERS.
CLASS_NO
CHN SETNAME XH4
4 1
******** 2003-11-29 KONINKLIJKE PHILIPS ELECTRONICS N.V. 2000
--------
TYT12-
Jerry Chen/Joss Hung
2003-11-29 3
13010 *** A3
DSUB
150S5FG/003138 158 5762
CHECKMGr
+3.3V
100R
3232
3231
10R
1K
3242
2E1
E23
SCL6
5
SDA
8VCC
4 VSSWC_
7
3225
100R
10n2222
7202M24C02
1E0
33R
3234
6220
BAT42W
22K
3221
I212
2229
9
10n
1
10
11
12
13
14
15
2
3
4
5
6
7
8
1203
900-261521-02-A
16
17100n
2201
2202
100n
I220
3216
100R
10K
100R3224
75R
3233
3239
2221
100R
3236
12p
2228
100n
BAV99
6205
2216
BAV99
6207
2230
12p
330p
6209
3201
10K
BAV99
6204
BAV99330p
2217
BZX84-C5V1
6201
BAV99 BAV99
6206
2226
12p
6203
100n
2203
VSIN
VIN
VGA_CAB
B
R
HSIN
ASCL
ASDA
DDC_WP
DDCSDADDCSCLVINBRG HIN
SOG
VGA_DETECTOR
BINISPSCL
ISPSDA GDDCSDA
DDCSCL
HIN
GIN
RIN
25150S5FG
ESQUEMA ELÉTRICO - PAINEL SCALER
18 190P5 Schematic Diagram (Scaler)150S5
Go to cover page
C
319802131030
gedeeltelijk,isniettoegestaandanmetschriftelijke
42
6 13
EXCEPT 1303,7302 WERE CHIP COMPONENTS.
10
H
12
3324
4K73198021347203323
10K
RS232PORT
100n
3310
I443 E3I444 E5
I445 E5I446 E3I470 A4
I423 C5I424 C2
I425 C9I426 D3I427 D5
I428 D2I429 D3
I430 D2I431 D3I432 D2
I433 D3I434 D2
10K
3198021310303354
4K7
319802134720
[R]
D
[R]
I435 D5I436 D3I437 D2
I438 D5I439 D5
I440 D3I441 D5I442 E5
Allerechtenvoorbehouden.Verveelvuldiging,geheelof
I405 B5I406 B3
I407 B8I408 B3I409 C5
I410 C3I411 C5
I412 C3I413 C5I414 C3
[R]
G
5
A
C
B
122
I415 C3I416 C2
I417 C9I418 C5I419 C3
I420 C2I421 C9
I422 C3
3351 D13352 D1
3353 D23354 D2
5302 A46301 E27301 C4
7302 A9I401 A8
I402 A8I403 B8I404 B3
F
E
B
6
PB: 59361
Allrightsreserved.Reproductioninwholeorinparts
SCALER BOARD
C
toestemmingvandeauteursrechthebbende.
5
93
3334 C3
3335 C33336 C5
3337 C33338 C53339 D3
3340 D53341 A8
3342 D33343 D33344 D5
3345 D3
31
8
H
4
J
I
(1301)
A
13
3346 D33347 E2
3348 E23349 E2
3350 D1
3320 A23321 A2
3322 B53323 B53324 B5
3325 B53326 B6
3327 B33328 C33329 C5
3330 C33331 C5
97
10owner.
SB: 59351 x 9
I
E
7
3332 C33333 C5
JFE63173313816876941
Ref Des Reserved
1 2 3 4 5 6 7
isprohibitedwithoutthewrittenconsentofthecopyright
2309 E62310 E32313 A7
3302 A53303 D2
3304 D23305 D23306 A8
3307 A83308 B83309 B8
3310 B73311 E1
3312 E13314 E53319 D5
A
B
C
D
E
1303 C91304 B2
2304 A42305 A32306 B2
2307 B32308 D8
[R] [R]
111
8
J
11
(1302)
2238786156492308
Reserved Variant
1303
F
D
+3.3V_CPU
[R]
G
8 9
1 2 3 4 5 6 7 8 9
A
B
C
D
E
10K
3351
10K
3303
100R 3346
10K
3305
3343100RI430
3345100R
+3.3V
2307
22p
2309
100R 3334
I401
100n
100n
I470
3324
4K7
33264K7
2304
4K7
3325
I421
+3.3V_CPU
I428
100R
I420
10K
3341
3335
5302
10K
3311
3308
100R
100MHZ
10K
3321
1M
SMD-491304
14M31818HZ
3319
100R
3344
3340100R
4K7
I434
2313
100n
3306
+3.3V_CPU
I417
3352
10K
10K3314
100R 3342
100R 3339
I444
100R 3338
E01
E12
E23
SCL6
SDA5
VCC8
VSS4
WC7
3347100R
100R 3332
M24C16-WBN6
7302
10u
100R 3330
PD01
PD135
PD234
PD331
PD430
PD529
PD612
PE018
PE119
RSTB10
VCC
44
2305
23
PB1_ADC124
PB2_ADC2_INTE014
PB3_ADC3_INTE115
PB4*_SCL0*25
PB5*_SDA0*26
PB6*_SCL1*27
PB7*_SDA1*28
PC0*43
PC1*42
PC241
PC3_PWM040
PC4_PWM139
PC538
PC637
PC736
OSCI21
OSCO20
P30_RXD11
P31_TXD13
P34_T016
P35_T117
PA0_PWM22
PA1_PWM33
PA2_PWM44
PA3_PWM55
PA4*_PWM6*6
PA5*_PWM7*7
PA6*_PWM8*8
PA7*_PWM9*9
PB0_ADC0
NT68F633L
7301
GND
22
NC032
NC133
I405
+3.3V
2
******** 2003-11-29 KONINKLIJKE PHILIPS ELECTRONICS N.V. 2000
--------
TYT12-
Jerry Chen/Joss Hung
2003-11-29 3
I429
A3
MICRO
150S5FG/003138 158 5762
CHECKMGr DATE
NAME
1
SUPERS.
CLASS_NO
CHN SETNAME XH4
4
10K
3350
13010 ***
100R 3333I414
100R 3331
0R
3322
I426
I413
I411
4K7
3323
+3.3V_CPU
+3.3V_CPU
+3.3V_CPU
I402
I433
I422
I419
I442
3337100R
3304
10K
I415
I435
I425
10K
3353
100R 3348
I416
I443
I424
I418
3312
10K
I440 I439
I436
I441
100R
3309
I438
I412
I427
22p
2306
I423
3320
20R
I408
3
4
I410
I406
JFE63173
1303
1
2
6301
BAS32L
I409
470n
I404
100R
10K
3310
2310
I407
3329
3302
I431
100R 3336
10K
3328
4K7
3307
3327
100n
2308
100R
I432
100R
I445
3349
10K
3354
I437
I446
47K
ISPSDA
VGA_CAB
I403
LED_R
LED_G
AUDIO_STANDBY
WRN
ADDR3
PANEL_IDX
MEM_REG
IICSDA
IICSCL
KEY2
K_PWR
ADDR2
ADDR5
ADDR4
ISPSCL
24C16_WP
ADDR7
ADDR6
24C16_WP
VGA_DETECTOR
RST
DDC_WPADDR1
ADDR0
TXD
RXD
TCLK
RXD
TXD
IICSCL
IICSDA
HCLK/ALE
+3.3V_CPU
RESET
KEY1
RDN
26 150S5FG
ESQUEMA ELÉTRICO - PAINEL SCALER
19Schematic diagram(Scaler) 150S5
Go to cover page
C
GND
2
G[R]
0R2322702960013412
I106 B2
I110 C2
I111 D2
I112 E2
I113 F2
I449 B4
I450 B4
I451 B4
I453 C4
I462 B8
I468 E7
B
C
5444 F1
5445 B1
5446 C1
5449 B8
7442 D1
7443 C6
F084 E9
F168 C9
F169 C9
F170 C9
F171 C9
F172 C9
F173 C9
F174 C9
F175 D9
F176 D9
F177 D9
F178 D9
F179 D9
F180 D9
F181 D9
F182 E9
isprohibitedwithoutthewrittenconsentofthecopyright
2
A
owner.
F183 E9
F184 E9
F190 B9
I101 B2
I102 B4
TO PANEL
7
10
8
13
1
6
FF
3401 B3
3402 B3
3403 C3
3404 C4
3405 C4
3408 E7
3409 E7
3410 C4
3411 E8
Ref Des Reserved
3411
[R]
3
3412 E9
5440 B1
5441 E1
2446 D2
2448 C1
2449 C2
2450 B1
2451 B2
2452 D1
2453 D1
2454 E1
2455 E1
2457 B1
2458 B1
2459 B1
2460 B1
2463 C1
2464 C1
2465 C1
2466 C1
2468 C1
2469 C9
2477 C8
2482 F1
2483 F1
4
12
111096 13
Allrightsreserved.Reproductioninwholeorinparts
7
12
D
E
SCALER BOARD
toestemmingvandeauteursrechthebbende.
G
A
B
C
D
E
F
A
3
PB: 59361
E
A
Allerechtenvoorbehouden.Verveelvuldiging,geheelof
I
1 2 3 4 5 6 7 8 9
1 2 3 4 5 6 7 8 9
B
C
I
H
9
J
1
B
C
D
E
F
1412 E9
2401 E1
2402 E1
2403 E2
2408 F1
2409 F1
2414 B4
2415 B4
2416 B4
2417 E7
2442 C1
2443 C1
2444 C1
2445 D1
H0R232270296001
4
gedeeltelijk,isniettoegestaandanmetschriftelijke
5
J
8
D
SB: 59351 x 9
5
11
F175
F172
F171
100n
2402
2444 F168
F173
100n
2452
100n
F176
+1.8V
3.3V_LVDS
100n
2401
2482
10u
F169
100MHZ
5441
8
9
F177
F174
11
12
13
14
15
16
17
18
19
2
20
3
4
5
6
7
63622
1412
21 22
1
10
2451
100n
100n
2465
100n
STI_TM2
TCLK111
VBUFS_RPLL107
VCO_LV3
104
VDD_ADC_1.8
106
VDD_RPLL_1.8
VSS_RPLL
105
VSYNC86
WRn119
XTAL110
2464
69
RESERVED428
RESERVED529
RESERVED630
RESERVED731
RESERVED832
RESERVED933
RESET_OUT2
1RESETn
RVDD0_3.3
22
RVDD1_3.3
41
RVDD2_3.3
61
RVDD3_3.3
75
RVDD4_3.3
112
SOG_MCSS92
83
STI_TM1
84
48
RESERVED1951
RESERVED226
RESERVED2054
RESERVED2155
RESERVED2256
RESERVED2357
RESERVED2458
RESERVED2559
RESERVED2664
RESERVED2765
RESERVED2866
RESERVED2967
RESERVED327
RESERVED3068
RESERVED31
77
PPWR 74
RDn120
97RED+
98RED-
24RESERVED0
25RESERVED1
RESERVED1034
RESERVED1137
RESERVED1238
RESERVED1339
RESERVED1444
RESERVED1545
RESERVED1646
RESERVED1747
RESERVED18
116
GPIO4_MEM_REG117
GPIO5_AD7121
GPIO6_AD6122
GPIO7_AD5123
GPIO860
GPIO963
93GREEN+
94GREEN-
HCLK_ALE118
HDATA0_AD0_HP0128
HDATA1_AD1_HP1127
126HDATA2_AD2_OSC_SEL
125HDATA3_AD3
124HFS_AD4
HSYNC85
PBIAS
CVDD2_1.8
49
CVDD3_1.8
81
CVDD4_1.8
114
73DCLK
70DEN
71DHS
72DVS
GND_ADC
103
80GPIO0_PWM0
GPIO1052
GPIO1153
GPIO1240
GPIO1343
GPIO1_PWM17978
GPIO2
GPIO3_IRQn
CH3N_LV7
CH3P_LV6
CHKN_LV9
CHKP_LV8
CRVSS0
21
CRVSS1
23
CRVSS2
36
CRVSS3
42
CRVSS4
50
CRVSS5
62
CRVSS6
76
CRVSS7
82
CRVSS8
113
CRVSS9
115
CVDD0_1.8
20
CVDD1_1.8
35
AVDD_OUT_LV0_3.3
4
AVDD_OUT_LV1_3.3
17
AVDD_RED_3.3
96
AVDD_RPLL_3.3
109
AVSS_LV
18
AVSS_OUT_LV0_3.3
5
AVSS_OUT_LV1_3.3
16
108AVSS_RPLL
BLUE+88
89BLUE-
CH0N_LV15
CH0P_LV14
CH1N_LV13
CH1P_LV12
CH2N_LV11
CH2P_LV10
gmZAN3-L
7443
101ADC_TEST
102
AGND_ADC
90
AGND_BLUE
95
AGND_GREEN
99
AGND_RED
100
AVDD_ADC_3.3
AVDD_BLUE_3.3
87
AVDD_GREEN_3.3
91
AVDD_LV_3.3
19
F170
3
******** 2003-11-29 KONINKLIJKE PHILIPS ELECTRONICS N.V. 2000
--------
TYT12-
Jerry Chen/Joss Hung
2003-11-29 3
13010 *** A3
150S5FG/003138 158 5762
CHECK
Scaler
10u
2463
MGr DATE
NAME
1
SUPERS.
CLASS_NO
CHN SETNAME XH4
4
2454
100n
100n
2469
0R
3412
F183
1M3410
F182
F181
10u
2460
F179
F180
F178
3411
0R
2408
100n10u
2483
1.8V_AVDD
10K3408
10u
2446
3.3V_AVDD
2417
100n
1
ADJ
4
MT13
Vin
2
Vout
1.8V_DVDD
7442
LD1117AS18TR
I462
100n
F184
I453
2403
2416
100R3404
3403120R 10n
241510n
2409
100n
120R3402
10u
2477
2457
100n
2448
100n
I450
3405100R
I449
2459
100n
5444
100MHZ
100n
2453
100MHZ
5440
47R
3.3V_DVDD
P+3.3V
3409
3401120R
5445
100MHZ
I468
100n
2449
2468
10u 2443
100n
100n
2450
100MHZ
5446
2445
10u
F190
100n
2442
100n
2458
2414
I451
10n
I110
I111
I102
I106
I112
I101
I113
100n
2466
+3.3V
F084
2455
100n
HSIN
VSIN
BRIGHTNESS
100MHZ
5449
TXOC-
TXOC+
TXO3-
TXO3+
+1.8V
3.3V_AVDD
3.3V_LVDS
1.8V_AVDD
1.8V_DVDD
TCLK
RST
SOG
VOLUME
TXO0-
TXO0+
TXO1-
TXO1+
TXO2-
TXO2+
TXOC-
TXOC+
TXO3-
TXO3+
GIN
RIN
BIN
3.3V_DVDD
ADDR6
ADDR5
ADDR7
ADDR2
ADDR1
ADDR4
ADDR3
RDN
HCLK/ALE
ADDR0
WRN
BL_CONTROL
PANEL_PWR
MEM_REG
TXO0-
TXO0+
TXO1-
TXO1+
TXO2-
TXO2+
27150S5FG
ESQUEMA ELÉTRICO - PAINEL SCALER20 190P5 Schematic diagram(Scaler)150S5
Go to cover page
C
8
8 13
toestemmingvandeauteursrechthebbende.
C
I590 F5
[R]
A
H
3
E
12
G
F070 C1F072 C1
F073 C1I114 C8I115 B8
I574 D3I575 D3
I578 D3I579 E3I580 E3
I582 E3I583 F3
I589 E5
F
A
6
SB: 59351 x 9
Allerechtenvoorbehouden.Verveelvuldiging,geheelof
J
7
G
gedeeltelijk,isniettoegestaandanmetschriftelijke
Allrightsreserved.Reproductioninwholeorinparts
F054 D1F055 D1
F057 D1F058 E1F060 B1
F061 E1F062 E1F063 E1
F064 B1F065 B1
F066 B1F067 B1F068 B1
owner.
isprohibitedwithoutthewrittenconsentofthecopyright
B
1 2
D
12
EXCEPT 1502,1503,1505 WERE CHIP COMPONENTS.
SCALER BOARD
11
D3533 D9
3537 C85501 B2
5503 C27501 E57502 F5
7505 B77506 B9
F051 D1F052 D1F053 E1
10 11
J
I
H
1
E
2
B
Reserved
1503 313816872071JFE6339V
3502 D33504 D33505 E3
3506 E83507 E8
3508 E33509 F33510 E3
3512 B73527 E6
3528 F63532 E8
4 5
TOPOWERBD
TOCONTROLBD1912
9
96
C
PB: 59361
5
1503 D11505 D1
2501 C22502 C2
2505 C22506 C22509 C8
2516 D42518 D4
2522 E42524 E42530 E4
2532 F42533 E42534 C3
2536 C33501 D3
3 13
7
I
5 6 7 8 9
1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
A
B
C
D
E
F
1502 B1
F
4
10
I580
Ref Des
1 2 3 4
2518
1n
2505
100n
F061
F073
F072
F068
F070
1
10
11
2
3
4
5
6
7
8
9
JFE6339V
1503
10K
3533
F063
I115
F060
100R
3510
10K
3528
I589
I590
5501
47u
2534
100n
2502100MHZ
3537
47K
5
6
7
8
9
+3.3V
F058
1502
JFE6339V
1
10
11
2
3
4
F062 10K3507
F067
F053
+3.3V
I575
1n
2524
F064
2530
1n
F066
100R
3502
I574
F054
7505
MUN2211J
+3.3V
10n
2509
I582
+3.3V
F057
1
3
2
3506 10K
2532
1n
BC857C
7502
2
F065
47K
7501
BC857C 1
3
F052
3512
F051
1nI579
2522
2506
100n
2533
1n
I5833509
220R
100R
2501
100n
3501
100R
3505
CHN SETNAME XH4
4 4
2003-11-29 KONINKLIJKE PHILIPS ELECTRONICS N.V. 2000
--------
TYT12-
Jerry Chen/Joss Hung
2003-11-29 3
130 A3
CONNECTOR
150S5FG/003138 158 5762
CHECK DATE
NAME
1
SUPERS.
CLASS_NO
47u
2536
10K3532
10K
I114
1
2
3
4
5
6
7 3527
1505
63387
220R
3508
G4 5
S
+3.3V
100R
3504
SI5441DC
7506
D11
D22
D33
D46
7D5
8D6
100MHZ
5503
F0551n
2516
PANEL_IDX
+12VCC
I578
LED_R
LED_G
PANEL_PWR
KEY2
AUDIO_STANDBY
VOLUME
KEY1
K_PWR
P+3.3V
+3.3V
BL_CONTROL
BRIGHTNESS
+12VCC
KEY1
K_PWR
KEY2
28 150S5FG
GUIA DE PLACA DO PAINEL SCALER - COMPONENTES
29150S5FG
GUIA DE PLACA DO PAINEL SCALER - COBRE
30 150S5FG
ESQUEMA ELÉTRICO - PAINEL CONTROLE23Schematic diagram(Control) 150S5
Go to cover page
C
5
SB: 59411 x16
Control Board
E
5
toestemmingvandeauteursrechthebbende.
Allrightsreserved.Reproductioninwholeorinparts
isprohibitedwithoutthewrittenconsentofthecopyright
3
1 2
STANDS FOR CHIP COMPONENTS.
owner.
1903 D3
1904 D3
1905 E3
3904 D2
3905 D2
3906 E2
6911 A3
F001 B1
F002 B1
F003 B1
E
F
1901 C3
1902 C3
1906 E3
1907 B3
A
TOSCALERBOARD1505
C
B
J
I
H
1
gedeeltelijk,isniettoegestaandanmetschriftelijke
F006 C1
OSD
UP
DOWN
RIGHT
LEFT
AUTO
PB: 59421
1 2
C
D
E
3
A
6
Allerechtenvoorbehouden.Verveelvuldiging,geheelof
B
A
B
6
D
E
F
G
D
3902 C2
3903 C2
3901 B2
F
G
H
I
J
32
C
D
4321
4
F004 C1
F005 C1
F
A
B
C
1912 B1
1906
SKHHAR2520
12
344
SKHHAR2520
1905
12
342
34
SKHHAR2520
1904
12
312
34
SKHHAR2520
1903
112
34
1902
SKHHAR2520
SKHHAR2520
1907
12
34
1901
SKHHAR2520
L-3WYGW-8.03LSF5/F
6911
G
3
K 2
Y
1
XH4SETNAMECHN
CLASS_NO
SUPERS.
1
NAME
DATECHECK
3138 158 5763150S5FG/00
CONTROL BOARD
A4130
32003-11-29
Jerry Chen
TYT12-
--------
KONINKLIJKE PHILIPS ELECTRONICS N.V. 20002003-11-29
11
3904
47K
3901
47K
3902
10K
3906
1K
3905
10K
3903
1K
F004
F005
F003
F001
F002
1912
JFE6336H
1
2
3
4
5
6
7
K_PWR
LED_R
LED_G
F006
31150S5FG
ESQUEMA ELÉTRICO DO INVERSOR
32 150S5FG
ESQUEMA ELÉTRICO PAINEL ADAPTADOR
AUDIO
P6KE10A
T2AH/250V
JUMP
3
1 2
4
33
1 1
2 2
8 84 4
5
5
66
7
7
3
1 2
4
33
1 1
2 2
8 84 4
5
5
66
7
7
EFD25
10mm
33150S5FG
VISTA EXPLODIDA
26 Exploded View150S5
Go to cover page
30
313815756071
BEZELASSY(T)
1050
823827714731
TFT-LCDMODLM150X08-A4
823827714721
TFT-LCDMODCLAA150XP01
1051
313815857621-LG
SCALERASSY
313815858881-CPT
SCALERASSY
1052
823827714601
LIPS(AI-0067)
1053
313815857631
CONTROLASSY
1160
313815858901
MAINFRAME+WIREASSY
40
313815756081
BACKCOVERASSY
50
313815756061
FOLDABLEBASE(T)
34 150S5FG
DVD703 /XX
ANOTAÇÕES:
DVD703 /XX
ANOTAÇÕES: