EDP(3) MSTV(3)·046..

Servi~oManual deTELEVISORES EM CORES

MOOELOS: TVl030(M)AC OC, TVl 033(M)ACOC, TV1430(M)ACOC, TV1433(M)ACOC, TV1492(M)AV

TV1497(M)M, TV2086(M)MS, TV2092(M)AV, TV2094(M)AVS, TV2097(M)M, TV2098(M)MS, TV2098(M)MS-FM

CHASSIS : U17

ESPECIFICACOESTeflno de rece: .-----.- - - - . - - - ----- ------ - - - --- - - - - - - - - - - - 99· 240VAC (SO /60 Hz) autornatico.

12 /24 VOC (Modek>s ACI DC).

COOsumo--- - - - l 030(M)ACQC.l 033(M)ACOC- ----- - ------ - - - - - - - - - - Em opera~o V AC -- 48 Watts Maximo

Em opera~o V DC ·· 57 Watts MaJrimO

Em stand by V AC·- 5 Watts

Em stand by V DC·- 7 Watts

143O(M)ACDC· 1433{M)ACDC-- - - --- - - - - - - - - ----- - - -· Em operat;3o V AC ·· 58 Watts Mbimo

Emopera~o V DC - 67 Watts Ma)llimo

Em stand by V AC -- 5 Watts

Em stand by V DC -7 Watts

TV1492(M)AV·TV14979(M)M------ - - - - - - - - - - - - - - - Em operayao V AC ··58 Watts Ma~mo

Em stand by V AC- · 5 Watts

TV2092(M)AV· TV2097(M)M·- -------- - - - - - - - - - - - -·- - - - - - Em operat;3o V AC - 70 Watts Mbimo

Em stand by V AC ·- 5 Watts

TV2OS6(M)MS ·TV2094(M)MS·TV2098{M)AVS-TV2098(M)AVS-FM --- Em opera~o V AC -· 75 Walls Mbimo

Em stand by V AC .- 5 Watts

ImpedAncia de entrada de antena:-- ------ 75 Ohm-tipo cesoataoceeoe para VHFA.JHFICABO

Sinlooizador:- - - ·-·· -- -- - - --- ELA51l.XF · MATSUSHITA (NE:690951 )

Sistema de sintonla·- ·· ···-···--- F.S. (Frequency synthetizerj-Pt.L

Sislema de televisAo:·· - - - · - · · ·· Padrlio M-5251inhas

Canals de receI)CAo:· - ·· · - .. - ·-- Faixa ,- Canals 2 a B .- .--- OFF AIR-55,25 MHz a 83,25 MHz·VHF 2 a 6

••••••••• CABO·73,25 MHz a 127,25 MHz

~ Canais Ca LL ••••••••• OFF AIR· 175,25 MHz a 211,25 MHz·VHF 7 a 13

•••••••- CABO· 133,25 MHz a 367,25 MHz

Falxa lll- Canals MM a 69 nmnn OFF AIR·471,25 MHz a 801,25 MHz·UHF 14 a 69

••••••--. CABO-373,25 MHz a 463,25 MHz

Frequencias inlermediarias:· ··· · ·· ·· ·· ··Portadora de video»-.. .. · ---------------------.. · -······-····--·-_ 45,75 MHz

Portadcra de som---·· ··· ·· · ·-· ·· -· -·· ·· ···.. •••••••• 41,25 MHzl4,5MHz

Portadora de croma-....••........••..--·----- -··· 42,17 MHz

Frequencias subportadoras de croma:·· ··-----·-- .. ·-·-------:--------------- --·· ·· ·· ·· ·· ·· · ·· ·· ·· ·· ·· · ·· ·· ·· ··3,575611MHz --------. (PALM)

3,582056 MHz --••- - (PALN)

3,579545 MHz .----.-. (NTSC)

Potencia de audiO:·· ---------- ······· Televisores MONO···- - ·· ·· ·· --·------· ·· .. ••••••••.. -___•________• 2,5 WaW S ohm

r eevecree ESTEREO------ - - - - - --- - ···-·--···---- 5 Watt (2,5 + 2,5) / S ohmCinesc6pio:-· - ·· ·-··-···-·- - - - -IN LINE 10" (E.l.A.J.) - (22 em diagonal visuall NBR5258)

A22JWG098X04 5,25mH . MT PICTURE DISPLAY ( NE:684432)

IN LINE 14- (E.l.A.J.)· (34 em diagonal visuaVNBRS258)

A34EAK01X112·3.0 mH · PHILIPS ( NE;575979)

A34KOW42X02-3,OMH · SAMSUNG (NE:497019)

IN LINE 20" (E.l .A.J.)- (48 em diagonal visuaL'NBR5258)

A48EAK01X040 · PHIUPS(NE:5847091

A48KRD89X08 • SANSUMG ( NE:490490 )

Pesol DimensOes(AxlxP):.--·-· TV1030(M)ACOC-FMI TV1033(M)ACOC - - . - - - - - - - 6,200KgI (2SOx274x291) mm

TV143O(M)ACOC-FMI TVl 433(M)ACDC--- - --- - · 9.5OOI<gI (353ll364x367) mmTV1492(M)AV---....- --- - - - ------ - __ __•__._ . 8.900KgI (353x364x367) mmTV1497(M)M ----- - - - - - _______•________ S.900Kgf (353x372x3n) mmTV2086(M)MS ---- ------ -------_ ___•___ 17.400KlJ' (565x663x567) I'M!

TV2092(M)AVI TV2094(M)AVS ---- ------- - __ 16,800Kgf (4SOx519x( 70) mm -TV2097(M)MI TV2098(M)MSI TV2098(M)MS-FM _ ._ _ 16.700KgI (449x520x472) mm

NE: 733923

SEMP TOSHIBAINDICE

Especificac;:6es : -----------------------------••------------------------••---------------------------------••----.

Precauc;:6es de seg uranc;:a : ----••••-----------------------------------------.---- ---------------------•••---- 3

Sistema de ajustes

Como entrar no modo "servico" (S) : ---------------------------------------------.------------- 4

Como entrar no modo "desenvolvimento" (D) : --------------------------------••------------ 4

Como proceder para a iniclalizacao do microco ntrolador : ----------- ---------------••---. 4

Modo Hotel : -------------------------. ------•••-----------------------------------------••------------- 4

Ajustes da imagem

Ajuste da poslcao horizontal : ---------------------------------------------••------.-------------- 5

Ajuste da poslcao vertical : --------------------------------.------•••------.----------------------. 5

Ajuste da altura : •••--------------------------------------------- ----------------------•••-----------. 5

Ajuste da escal a de cinza : ------ -------------------- -----------------------. -------. -------------- 6

Ajuste de sub-brilho : ----••------------------------------------------------------------------------- 6

Ajuste do foco : --------------------------------------------------------------------------------------. 6

Enderec;:os de Memoria Importantes: semp re que a memoria for inicia lizada ou houver troca deQA02 (memoria) ou Q501 ( microcontrolado r ) os enderec;:os abaixo dsverao ser verificados .

Enderec;:os: OPTM2, CNTX , DCBS e DCBP ( todos os modelos ): ----------------••--- 6

Calibracao do estereo ( modelos estereo ): -••----------------------- ------------------------. 6

Tabela de dados da memo ria EEPROM (QA02) : -------------------------------------------------- -.- -. 7

Helacao de componentes de raposicao : -------------------------------------------.- -------------------- 9

Helacao de componentes para montagem do KIT FM externo ao microcontrolador : --.- ---- 19

Formas de ondas

Circuito da Fonte: ------------------------------------.------•••------•••----------------------------. 20

Circu ito de Oettexao Horizontal: ------••••------------------------------------------------------ -. 21

Circuito de Del lexao Vertical: ---. -------. -------------------------------------------- --------.- --- 22

Sinais de Video: --•••--------------••-----------------------------------------------------------••---. 22

Sinais de Audio : -•••--------.- -----•••------. -.------••--------------------------------- -------------. 24

ControIe lSincronismo: --------- --------------------- -------- ----------- --------------------------- 25

Fonte DC ( para televisores AC/DC ): -••------••••-------------••----------------••------------ 25

Esquema eletr ico 14" e 20" : --------------------------------------------------------------------------------. 272

PRECAUC;OES DE SEGURANC;AAVISO:A asststencla tecntca a estes televisores nee deve ser leila par elementos nao fam iliarizados com asprecaucoes de sesura nca necessaries neste chas si. As preceucoes a se rem observadas sao descri ­las a segu ir:

1. a televisor deve ser ligado a rede at raves de urn transformador de i501898.0 antes de S8 iniciar qualquertrabalho de conserto au revlsao do aparelho. Este proced imento evita 0 risco de choque eletrtco . e enecessaria porque 0 terra de parte da fonte nao e isolado do terra da rede de altmentacao .

2. a anodo do tuba de imagem deve ser descarregado para a superf fcie condulora do tuba antes do ma­nuoeio do cineecopio . A desca rga pode ser le ila conforme 0 metoda iluat rado na fiq ura ahaixo, utiliza n­do uma ponta de prova de alta tensao (MAT) e um voltfmetro DC. Quando a leitura no voltimetro for zerovolts a descarga estara completa.

Ca bo de - - I-Tlalta tensco

•

VOLTiMETlK) PC

3. Devido 0 alto vacuo dos tubas de imagem, fragmentos de vid ro serao expel idos violentarnente na que­bra do clnescoplo. a manuseio do tubo, portanto, deve ser feito com os olhos e 0 corpo protegidos (useocuros de sequranca , luvas e roupa adequada).

4. Se ocorrer a queima de qualquer lus fvel neste receptor, substitua-o somente pelo tipo especificado.5. Quando substitui r resistor de alta wattagem (resistor de film de oxide metallco, como exemplo) na placa

de ctrcutto impresso, mantenha 0 resistor no minimo 10 mm alastado da placa.6. Mantenha os fios do telev isor distantes da alta tensao e dos componentes e pecas de alta temperatura.7. Antes de retornar 0 aparelho ao c1iente verifique sempre a fuga de corrente alternada (AC) em todas as

partes metaucas expostas do gabinete, como terminais de antena, termin als massa das tomadas deaudio e video, parafusos, etc, para assegurar a operacao do aparelho sem riscos de cheq ue eletrico.Conecte 0 plugue do cabo de teres diretamente na tomada da rede de tensao alternada (nee utilize 0transformador de lsotacao durante esta ventlcacao).Utilize um voltfmetro AC (5000 ohms ou rnais por volt) da segu inte forma.Conecte a cornolnecao de um resistor de 1500 ohm 10 wall em paralelo com um capac itor para corren­te alternada de 0,15 MFD, entre um ponto de terra adequado (cano metatico de agua, como exemplo)e as partes rnetaucas, uma de cada vez. Meca a tensao alternada (AC) nos terminais da combtnacaoresistor/capacitor. Inverta 0 plugue do cabo de terce na tomada e repita as medicoes para cada partemetauca exposta. As tens6es medidas nao devem exceder 0,3 Volts RMS (0,2 Mi liamperes AC).Qualquer valor que exceda este limite constitue um perigo potenc ial de choque e indica a necessidadede imediata correcao no televisor.

V OLTfMETRO. AC

~~~0.1 5 M FD

~olOQue esto ponto de

Boa Ilgo<;;Oo d e t erra provo e m c o da parte(canO d e a Qua . malallc a a xpo stacondu lt a met a llco 15<:0 o hmetc ) 10 waH

SISTEMA DE AJUSTES

Os ajustes no chassis sao teltos atraves de urn con trote remota completo, ou seja, que possua astec tas MUTE e · SM. Enecessaria entrar no modo servlco (5) au modo desenvolvimento (0) paraselecionar as enderecos do microcontrolador e ajustar as dados.

COMO ENTRAR NO MODO 5ERVII;:0 (5 )1. Pressiono a tecta MUTE no controle remoto, e observe a indicayao "som dcsligado" na tela do televisor.2. Presaione novamen te a leela MUTE e mantendo-a pression ada acione as teclas VOL 1\ o VOL V

simul laneamente no pain e! do televisor durante 5 segundos. A letra "S· ira aparecer no canto superiordireito da lela.Os enderecos e dados de ajuste aparccem no canto superior esquerdo . Os endorecos sao selecionadoscom as teclas CH +/- do controle remote e as dados sao ajustados com as teclas VOL vt-,

COMO ENTRAR NO MODO DE5ENVOLVIMENTO (D )Com 0 televisor no modo S pressione a tecta ·S" no controle remota e manlendo-a prosslonada acionoas teclas VOL f\ e VOL V simullaneamente no paine l do televisor durante 5 segundos.

Ob servacao: Para sair do modo service OU modo desenvolvimento desligue e ligue novamente 0 televisor.

COMO PROCEDER PARA A INICIALl ZAQiio DO MICR OCONTRO LADOR1. 0 televisor deve ester no modo servco.2. Prcss ione a tecta ·S· no controle remota.3. Pressione a tecla ·S· no controle remote e sem libera-la pressione a tecta CH 1\no painel do televisor

durante 5 segundas.

MODO HOTELEste modo permite ao cllen te determinar um nlvel maxima oosejaoo de volume, que pode varlar entre aminima e a maxima potencta de sam do aoare'ro. Alem disso. pode -se determinar um ajuste fixo deimagem (Bntho. Contrasts, Cor) e a cana l que 0 aparelho sempre liqara.

COMO ENTRAR NO MOD O HOTEL1. Com 0 controte remota determine a nfvel maximo de volume desejado. Determine tarnbem

o cana l desejado que a aparelho deve ligar indepe ndente do canal que tel desf igado.2. No menu -IMAGEM- determine as nrvets descjados para: brilho, contraste, cor, matiz • nitidcz

c determine a temperatura de cor deseja da.3. Para os mod elos estereos determine os mveis desejados para: graves, agudas, balance e

surround.4. Pressione a tecla MUTE do contrale rernoto.5. Pressiane a tecta MUTE da cant rale remota e sem bbera-la press iane e mantenha pressionada

a tecla CH V no painel do televisor ate aparecer na tela " HOTEL MODE ON -.6. A mscricao HOTEL MODE ON confl rma que 0 TV esta no MODO HOTEL .

OBSE RVAQOE5t. Estando no MODO HOTEL somente 0 menu "RELDGIO· estara disponivel.2. Para sair do MODO HOTEL deve-se realizer 0 mesmo proced imento realizado para entrar,

conlorme itens 4 e 5 citados acima. A inscricao HOTEL MODE OFF aparecera na telaconli rmando a saida do MODO HOTEL.

3. Estando no MODO HOT EL 0 cursor de controle do volume so ira ate 0 ponlo maximoosl ipufado pelc cliente.

4

AJUSTES DA IMAGEM

AJUSTE DA POS ICAO HORI ZONTAL DA IMAGEM (CENTRA LIZACAO HO RIZONTAL)

1. Aplique na entrada de ent ena urn sinal padreo de linhas cr uzadas ( cross-hatch ).2. Ajuste 0 brilho e a cor no centro, e contrasts no maximo .3. Coloque 0 televisor no modo de "service", conforme mostrado na pag . 4.4. Selecione 0 endereco HPOS com as teclas CH do contrale remote .5. Siga a ortentacao da figura abaixo.

Ajustar a coscao horizonta l de modo que a orstancia "A" sejaigual a distanoia "8", Ou seja, a distancia da mascara docinescop lo para a prirneira linha vertica l visfvel (pa ralela amascara) deve ser a mesma tanto do lado esqu erdo como dodiretto.

-. +­A

A _B

AJUSTE DA POSICAO VERTICAL DA IMAGEM ( CENTRALIZACAO VERT ICAL )

1. Siga 0 procedim ento do ajuste da posicao horizontal ale a item 3.2. Selecione 0 enoereco VP60 com as teclas CH do controle rernoto .3. Ajuste a centraltzecao vertical com as teelas VOL. Siga a orientaca o da fig ura abaixo

• {

Ponto de reterencia do centro mecanico do- -- cinescopio . A linha horizon tal cen tra l da imagem

deve ser alinhada com es te ponto de reterencia

AJ USTE DA ALTURA ( AMPLITUDE VERTICAL DA IMAGEM )

1. Siga 0 procedimento do ajus te da oostcao horizont al ate 0 item 3.2. Selecicne 0 enoe reco HIT com as teclas CH do con tro le rem ote.3. Ajuste a altura com as tecta s VOL Siga a orie ntacao da figura aba ixo

;-Contomo da mascara do cinesc6p io.

C 0

Ajustar a posicao vert ical de modo que a distancia "C" sejaigua! a distancia "0 ". au seja, a dist anc ia da mascara docinesc6pfo para a prime ira linha horizontal visive l (paralela amascara) oeve ser a mesma tanto da parte superior como doinferior.

o

5

AJUSTES DA IMAGEM

AJUSTE DA ESCALA DE CINZA1. Gire 0 potenciometro de SCREEN (unidade de foco/screen do flyback) totalmente no sontioc anti-horano.2. Aplique na entrada de antena urn sinal de barras padreo (preto e branco).3 Com 0 televisor no modo "service". corle a deftexao vertical pressionando a tecta 100 do controfe remote.4. Giro a etxo do potencicmetro de SCREE N no senlido hcrarto ale 0 aparecimento da Iinha horizontal de

varredura numa das cores vermetha. verde ou azul. Esla cor dove permanecer com 0 orval de tensaoatingido no ajuste do potenci6metro de SCREEN. As cores restantes devem scr ajustaoas de modo que alinha horizontal fique branca.

5. Os dados iniciais dos enderecos RCUT, GCUT, BCU T e GDRV, BDRV sao respeclivamente 20 e 40.6. Ajuste com as teclas VOL um dos cos onderecos restantes e depois 0 outro de modo quo a tinba

horizontal central fique branca.7. Em seguida, abra a varredura horizontal pressionando a tecia 100 do cont ra le remota.8. Ajuste os endorccos GORV e BORV de modo que a barr a de maior intensidado de brilho so torne branca

sem precorntnancia de quafquer COL

AJU STE DE SUB-BRILHO1. Conecte uma antena extorna nos termin als do antena do televi sor e sinton ize um programa em cores.2. Ajusle 0 contraste no min imo e brilho e co r no centro.3. Com 0 televiso r no modo "se rvice" selecione 0 enoer eco BRTC com as teclas CH e com as tectas VOL

ajuste 0 sub-brilho de modo que as par tes de ba ixa luminosidade oa imagem nao parocam muit o escuras

e que as pa rtes de alta lum inos idade nao mostrem evidencia de destocalizacao .4. Verifique se a imagem e apropriada com as cont roles de brilh o e contraste no ma ximo o no

mlnimo. Caso a imagem nao apareca c lara com os controles no maximo e escu ra com oscontroles no minimo retaca 0 aju ste .

AJUSTE DO FOCO1. Sintonize um canal.2. Ajuste 0 potencicmetro de foco em T461 de modo que a imagem rique com a rncthor oourucao possfve! no

centro da tela .

ENDEREGOS DE MEMORIA IMPORTANT E:Sempre que a memoria for tniclatizada ou houver troca do QA02 (memoria) ou Q501 (microcontrotador)

deve- se verificar 0 modelo do te levisor e alterar 0 valor dos ENDEREQOS conforme tabelas abaixo:

ENDEREl;:O OPTM2TA BELA .. OPT2" POR MODELO DADOS

APAAEL~tOS MONO 51 FM 22

APARELHOS MONO CI FM 32

APARELHOS ESTEREO SI FM A2APARELHOS ESTEREO CI FM 82

ENDEREl;:OS: CNTX , DCBS e DCBP.

ENDERECOS DADOS

CNTX 7ADCBS 80

DCBP 92

Melhoram a qualidade da imagem ( todos os modelos ).

CA LI BRAl;:AO DO ESTEREO ( MODELOS ESTEREO )Sempre que a memoria fo r refnicializada ou 0 decodificador estereo for trocado dove - se atterar 0 valor cosenoerecos a seguir pa ra que a recepcao estereo soja teita ccrretamente.

ENOEREC INICIAL MUOAR PARA :

ATTN OA oASTVCN 29 29

SAVCN 20 20

STRFN 28 28

6

TABELA DE DADOS-MEMORIA EEPROM (QA02)

TIPO DE 4JUSTE

~

0 <00-c Z 14" 20" T1PO DE AJUSTE

~

0<0 0« '7 14" 20"

1 51 RCUT ACUTQFF 20 2 0 20 59 0 1 l OOIl ZClOM(EXPMD) lot 1111 o u o

2 51 GClJT

3 51 IlCUT

s S I BORV

GCllTOFF

BeUlOH

00 0 1 ZOOV Z()()M( EXPANDj IotVPOS

61 01 llllT ZOOM(EXPANO) "" IlUI TOf>

63 0 1 lOQHS l OOM(E)( PANOp ' ''' ..... SO Ht

o

r,o

o,,u

o,,o

G 0 1 CNll\ SUliCONTRASY ldAx 7A 7A 7'" a a a7 S I IllHC SUB BRIGfty eHHUI 65 0 1 1fllTS l OOM<EXPANDl b' v m .1I TOP ~z c o c

85' COle 5UH COLOR CENTER NTSC 20 20 20 66 01 ZBlBS ZOOM(EXI'ANO) tor V BllI DOlT ON ~Hz n 0 0

(I $ 1 I NI C SUB TINT GENTER 42 42 42 £>701 RAGe II F AGe lA I'" 1'"

SUll COlon CENTERPAL 0 0 0 sa 0 1 AGee RF AGe Vohage Cern ot 4 1l 40 40

11 01 co,o COlOR CHIlEII lor OVO(11Ite....-.:e !rom COL 5 s 5 60 01 MUTI Y-MUTE FOR SOfT STMT c 0 0

12 0 1 :>C;N} Y·SUH CONTRAST e • 70 III STAT CON H1AS r Uf' FOR SOfT STAn T o o oSUH CONTRA ST CEN TErl OF 3F OF 71 0 1 FLGO FlAGS 0 a a 0

1 ~ IJ1 CNTN SUElCON TI1AS r MIN • a a 12111 no : FLlI GS 1 ?O ?O

I , ll ' eNID CONTRAST MIN FE FE II: 7 ~ 0 1 VCOI VCD 1 20 ?O

16 [I I Il fH X

11 01 OllTt<

SUB BAIGllT MAX

SUlI HniGHT MIN

20 W 20

20 W 20

74 or VC0 2

7$ ()1 STM

vee 2

S-TRAPM

o o n, ,

2D 2D 2D18 0 1 COLX

HI Ul COLN

20 or lNTll

SUfi COLOR MAX

SUB COLOR MIN

SUB TINT MAX

20 20 20

OD DO DO

26 26 26

76 01 SSM

11 or SVM

76 or $V Ml VSMI

a,

a

aa,

21 or lN1N SUB TINT MIN 28 26 28 79 Dl 5 VM2

2201 5 13 SUB SHARP CENTER 3.53 NISC TV '" 110 Ul SVM3 u o c23 DI SV3 SUB SHNlPCENTER ) ,53HISC VIDEO at 21 21 8 1 III LICOM "'"""' CcnItol u o o14 III ST4 suo SHAAP CEHT[ 1l OIH£R TV " 21 2 1 82 0 I l,I()()E .1 UOllE 1 o o e

hOI SV4 SUD SIlARPCfNIl"A OTHER VIDEO " 21 21 83 01 F'YNX NotmoII H.SYNC ""'"

2(; ~ 1 SVD $I1A111'N£SS CENTER OVO VIDEO at 21 21 S4 0 1 f'YNN NOlm'" H.SYNC ..... " 16 16

27 or ASSt I ASSYMETRYSHAAPNESS t r r 6$ III PYXS 5eac h II SyNC ....... " " "?lI 0 1 SHPX SUB SHARP MAX IA IA III 8Ii DI PYNS 5eaclt It,SYNC mn ru l D lD

19 01 SliPN SUlJ SI~PMjN 1A I A l A 67 01 RCUTs YCbC, A cot otl (d,lle,ero: e I,om IlCUT) n 0 0

57 57 57

• • •30 01 NSItP

31 01 UIIU,

3? 01 VIII.K

SlIIlIlPNJ:SS CI.NIUII Nooso Rod..::h"")

U HlACK !lI1JUST MENT

V Hi ACK I\DJ USTMENT u • •

l\e 0 1 GCUTS YCbC, G cut ojl I dme,ence I,om GCU I)

89 01 (!CUIS YCbC,B oul oll j d lle<e f'lCe l""" BCUT )

90 D1 (;IJIIVS YCbC , G d, ive ojl l ';' lle 'er>co f'om G ORV )

n 0 0

u 0 o

o

33 II I !lll i. !lBI. G!l IN 25 25 25 01 II I BORVS YCbC , [J d, ive all (dillm" nc o I,em [JORV ) c u o3~ 01 !lHI.P !lBL J ata de tail (fa' IlYf' EII CO NTI1!lSl ) 27 27 27 9? 0 1 moUTC COO L R cui all ( dllom, lCo Iron>RCUT ) o31> 0 1 DCBS BLACK STRETCll 1\0

00 '"9~ nt GCUl C COOL G cu' all ( {joll" '"'''''' lrom GCUT ) u o o

a, 01 ocee Apa~ 01Video data i" dela~ (101 HYP'ER COfH 92 92 9~ 94 01 lJCUTC COOL Bcul 011( J'tI~.....-.::e I,om OCUT ) " c c3 / 0 1 CLm tee data """'" TV mode& SOUND SVS~M OD 00 oc 9!, 01 GDRVC COOl.. G DriveoH (dUn'o""," lrom GDRV 1 e , •

3/l 0 1 GLVD The dal a wilen AV mode DD 00 00 960 1 BORVC COOlBCUl OH(doll""o l"oCl'll,omIlORVj 01' OE oe~'0 1 CLVD The dala -..he" YUV mode OA OJ\ OA, 9/ 0 1 RCUTW WAAIOl R cui oIl l ddl",MCe I,om RCUT) c 0 0

40 01 IlR lS SUBBflIGIII o 0 0 96 0 1 ucurw WAHM G c'" oIl l ddlo rcooe I,om GCUT ) r , ,

. , S I liPOS

. 2 S I VPOS

H POSITIiON 60 117) 15 15 17

, , , 99 01 OCUTW WAfll~B CUl oII( dol1o<ence l ,om OCUTI

100 0 1 GDfl'IW WAH MG u.- ( -.ce k om GOflV)

r r F[ FE

• • •

10;> ill ....C SE LECT /\lCGAlN , ,F I F I

16 111 I H

"VOlJ.Jt.tE 01 I AI C 0lIl 1100 01 VOlA

IE 26 30

, , ,FD fO f D

Y£RTlCAL HIGHTU S I HIT

• ., 01 PVI'O

'f, 0 1 urrs II WIOTH 5O/lj() H1 f D I'D F() 104 0 1 V12A VOLUME 12 ( Al.C ON)

~ 7 0 1 L~ V.Unear>ry60 Hz 12 8 9 106 01 V25/\ VOLUM( 20;lALe 0lIl ) J8 J8 38

411 0 1 VSC VS COI\II(CIION 10 10 10 100 0 1 V5lIA VOLU LlE 0;0 l Al .C ON)

~9 01 VLlS V,UNCAniTY 50'60 Hz 2 l 2 107 0 1 V l00A VOLULl[ 100 (Al.C ON) 67 67 61

5001 PVSC VS COI',ec liOll50 liz I d.~e'el"oCl'l I,om VSC 1 fD FO I'D 106 0 1 VOl VOLUME 01 10 10 10

51 0 1 OfF A poO '! ol IlEf COMP da ta I" del ..1 VOLUME25 3D 3D 30

5:' [') 1 veer, VCENTERING 2C 2C ~C 11001 V50 VOLUME 50 50 50 51)

06 66 65

OF 0 1' 01'

OF Of' or 50 50

IE 11'

7 ~ 7~

20 2U 21\

15 15 15

• • •

GALANCE 25

VOLUME25(Nl:G)

VOLUME 100

VOLUME 50 (M'q

BALANCE40

VOLUME 0 1 (Nrq

III II I V100

11601 \/50"1

11~ Dl flL49

11, nt \f25 N

11~ Dl BL25

114 0 1 VOIN"•e

•••

••

SYr\C DETECl lON

.'IO I5E OET COU NT

AFCGAIN

Ho,i,""lal Bow COIr9Clia"

NOISE OETECl lO N

Hooro."l1alPa'abola cOlI9Cl"'"

' 0 II I NOTC

5:\ II I fl!lFC

5701 HROW

5/1 01 KPAIl

!Ili 01 SYCT

04 II I NOIS

7

TABELA DE DADOS-MEMORIA EEPROM (QA02)

TIPO DE AJUSTEg :<t«: ~ 14" 20" TIPO DE AJUSTE

0"~ ~ 14" 20·

117 01 Vl00N VOlU~lt: 100 ( "l te) 139 0 1 WllANS WIDEBAND t SONY) IF IF

ll1l lJ1 ATTN ATI (NEC I OA 01\ OA 140 or HGAS H GA (SONY I n n c

29 29 29

rnrHi F rna' (SONY)

TREBLE lor~ S<uvl l ( SONY I

142 01 TREes mUll E CEl"Ce, (SONY)

' 43 0 1 BASXS BASS ...... (SONY )

' 41 01 llASCS BASS cen""CSOl'lYl

14~ 01 BASIS

19 19

19 19

28 28

ts

"

za20 20 20

c " c

119 01 SlVCN S TEll lD vee I "llCI

120 0 1 SAVCN SAl' vee (NEe )

124 0 1 Fl.GAN Fl£i.O. ( NEC)

12101 STRfN SrHlEO fll.TlIl( NEC)

123 01 ~N W!DU INIO (NECI

17.0'1J1 SP ECN SPECTRAl (NEC)

eo eo '" 1471)1 tlAS2S OASS lOr5eIecl_ Sound 2 ( SONY) sa 7J za

• • •, , ,, , ,

fIIUllE 101SoIIec1abl&Sound 2 I SONY )

I$J Q1 COSOf' OSO F~ d ceo

148 0 1 I RE2$

14901 F""AC FM fIo<:epa>

7J 13 n

20 20 20

l JO OI TREI N TRf: II. E Io<SeIeo::tmIe Somd l (NEC)

126 0 1 II 11:CN IItEOLE c_ l Nee)

129 0 1 BASIN tv..'>S 1oI5e08cl._ S<>uM I ( NEC)

132 OJ mrm I IllllLE 101S8IecI<lI:lIe Sound 2 ( NEe) aa " " 1:;..1 1)1 OSI)X OSOCONTRAST(COOTRA.<;r MAX )

133 01 VDIS VOl UME 01 ( SONV') • • e 155 III 0S0f' OSO P LLOAfA 51 51

1301 OJ V25S VOl UIolE25 ( SONY) 28 28 26 156 0 1 OSD " :<'1 21

13 / 0 1 AilS AIT (SONY) Qpt.onal Sot~nQ3 ( 0 mod" I

0pIi0n.. $elbno 1 (0 moo" )15801 0PT2

157 0 1 OPT!

159 1)1 Ql>T3s s•3F 3F 3FVOLUME 1001 SOIllY)

VOLUME!>O( SONY)

136 III vrcos135 OJ V!>OS

138 01 ~S SI ' l' CmAL (SONY) I F IF 160 0 1 OPT4 OpMnal S&n1nQ4 ( 0 mod" I rc rc IC

[Endc rocc s aiueravels. Os dados variam de aparelho para aparelho. mesmo que sejam do mesmo modelo.~S"e-'-mC:p-'re que houver a suosntucao de OA02, 0501 ou apes INICIALlZACAO do Microconlrolador estesenderecos deverao ser reaustados.

OBSERVAc;OES:

o

RELA9AO DE COMPONENTES DE REPOSI9AO

BOBINAS CAPACITORESpos NE DESCRlyAO MODELO pos NE DESCRI<;::Ao MODELO

L102 1033 40 B081NA CHOO RG8 K S PTD203 AT26 C224 439341 CAP a.cc io M tGV SSG TV 14D7(M)M

L1HO 103322 BOBINA CHOO SRGJ SPTDZ03 AT26 C22 4 43934 1 CA P ELCO to M 16V 85G TV2092(M)/IV

tvoo 587528 SOBINA CHOO I3F035S0R2 FDBG TV103 0(MjACDC·FM C224 43934 1 cxe a.co to M HiV 85G TV20 97(M)M

"00 587528 BQBINA CHOQ BFD3550R2FOBG TV1033(M)ACOC C224 52689" CAP a.co l OR M SOV 8SG RTOSO TV?086(M)MS

"00 587528 BO!3lNA CHOO I3fD3550112F08G TV14 30(M)ACDC-FM C224 526090 CAP ELeD tOR M SOV 85<> RTO!>O TV2094(M)AVS

" 00 58 7528 BQB INA CHOO BFD3550R2F08G TV1433(M)AC DC C224 526899 CA P ELGQ t OR M SOVB5G arose IV2098(MIMS

L701 587528 BOll lNA CHOO 13FD3550R2F08G TVl 030(M)ACDC-FM C2 24 526898 CAP ELCO ton M SOV 8SG nroso TV2098(M)MS-FM

l 70 1 ~87~26 flOBINA CHOO OF03S50R2F0 8G TV1033(Mj ACOC C22S 602200 CAP PME T 104 K 63V rlTOSO

l701 587528 BOBIN A CHOO BF035S0A2FD8G TV1430(MjACOC -FM C226 (02201) CAP PMET 104 K 63V 1-11050

L701 5875 28 BOBIN A CHOO BF03550R 2FD8G TV1433( MjACOC C30 1 311059 CAP PME T l 00000J 63V 6 32529

L702 587528 8081NA CHOO BF03550R2F08G TV l 030(MjACD C-FM C304 5268 17 CAP CERA 103 M SOY xm 1606

L702 587528 GOBINA CHao OFD3550R2F08G TV l 033(M)ACDC C3 05 438 128 CA P ELCO 0, 47 M 50V 85G

L702 587528 BOB INA CHao BF035SO R2 FD8G TV1430( M)ACOC· FM e300 5377 43 CAP ELCO 102 M 16V 85G RT050

L702 587528 BOB INA CHOO 8F03550R2F08G TV14 33(M) ACO C e30' 602217 CAP PME T 224 K 100V RT05 0

L703 587528 GODINA CHao B F03550f12F08G TV 1030( MjACDC-FM C308 53 7930 CAP ElCO 101 M 35V 105G RT050

l703 587528 BOBINA CHao BFD 35SOR2F08G TV1033{M)ACOC C309 438 146 CA P ELCO , M SOV 85G

L703 5875211 BOBINA CI IOO BF03550R2F06G TV I 430{M)ACDC ·FM C310 53 735 \ CAP ELCO 470 M 35V 85G AT050

L703 587528 BOBINA CHao BFD35S0R2 FOl1G TV1433(MjACDC C313 6022 17 CAP PMET 224 K 100 V RT050

L705 587528 BOBINA CHao BFD3550R 2FD8G TV1 030 (MIACDC·F M C314 6758 61 CAP PM ET 222 K 100V 1co n RTOSO

L705 587528 BOBINA CHao BFD3550R2F08G TV 1033(M)ACDC C403 6022 26 CA P PM ET 822 K 63V RT050

L70 5 5875 28 SOBINA CHOO SFD35S0R2F08G TV1430(M)ACDC·F M e'", 438128 CAPELCD 0,47 M SOY85G

L70~ 587528 BOfliNA CHao BFD3 550R 2F08G TV14 33 (M)AC DC C4 17 31191 4 CAP CEA 1500 K 500V Y5F

L710 587528 BOBI NA CHao BF03550R2FOBG TV l 030(MjACDC-FM C4 18 675A6 1 CAP PM ET 222 K l 00V l00G A TOSO

l 710 ~87528 flOBINA CHO O BFD3550R2F08G TV l 033{M)ACDC C42 1 6022 08 CAP PM ET 104 K 63V RT050

L7 10 587528 BOBINA CHao BF03550R2F08G TV1430( M)ACDC-FM C422 602208 CAP PMET 104 K 63 V RT050

L7 10 5[17528 BOB INA CHOO BF03550R2F08G TV 1433(M)ACOC C423 431341 CAP ELCO -o M 16V 115G

L885 584807 BOB INA CHOQ 95 VH K 8RHB C430 526817 CAP CERA 103 M SOV xm 1608

LSOI 697473 BOB INA OESMAG T V10· RET IPTC91 TV1030{M)ACOC-FM C43 1 683086 CAP ELC047 1 M 16V 85G IHOSO

L90 1 697473 BOBINA OESMAG TVI O· RET WTC91 TV1033 (M)ACD C C433 439341 CAP ELCO to M 16V 85G

"" 492452 BOB INA OESMAG TV14 MB A LUA TV1430{M)ACOC-FM C435 438173 CAP ELCO ., M SOV esc

190 1 492452 BOB INA DESMAG TV 14 MEIA LUA TV1433(M)ACDC C440 628547 CAP POll 562 II 2K5V l SOK TV1030(MjACDC-FM

L90 1 492452 BO£lINA OESMAG TV14 MEIA LU A TV 1492(M )AV C440 628547 CAP POll 562 H 2K5V lSOK TV 1033(M)!\COC

L90 \ 4 9 24 ~2 £lO£lINA OESMAG TV 14 MEIA LU A TV 1497(M)M C440 63270 1 CAP POll 622 H 1K6V lSOKI TV1430(M)ACDC ·FM

L90 \ 492443 BOBI NA DES MAG T V20 M EIA LUA TV20861MjMS C440 63 2701 CAP POll 622 H 1K6V 150K I TV1433{ M)ACOC

L901 492443 BOBINA DES MAG TV 20 M EIA LUA TV2092(M)AV C440 6327 01 CAP POll 622 II 1K6V 150KI TV1492{ M)AV

L90 1 492443 SOBINA OESMAG TV20 ME IA LU A TV2094(MjAVS eMo 63270 1 CAP POll 622 H 1K6V 1SOKI TV \ 497(M)M

L90 1 492443 SOBIN A DESMAG TV20 M EIA UJA TV2097(M)M C440 632783 CAP POll 782 H lK6V 150KI TV2086(M)MS

L90 1 492443 BOS INA DES MAG TV20 MEIA LVA TV2098(M)MS C440 632783 CAP POll 782 H l K6V 1SOKI TV2092(M)AV

uor 492443 SOBINA OESMAG TV20 MEIA LUA TV2098(MjMS· FM C440 632783 CAP POll 782 H lK6V 150 KI TV2094(M)AVS

C440 63278 3 CAP POLl 7e2 H l K6V 150KI TV20!l 7(M)M

CAPACITORES C440 632783 CA P POll 782 H 1K6V 150 KI TV20 96(MjMS

C l 06 438173 CAP ELCD 4.7 M SOV 85 G C440 632783 CAP POll 762 11 1K6V 150 KI TV2098(MIMS -FM

C107 52W51 CA P CE f~A 47Jl J 50V NPO 1608 C442 621198 CAP POll 224 J 250V 175K TV1030( M)ACOC-FM

cn r 527013 CAP CERA 102 K SOY x-n 1608 C442 621198 CAP POll 224 J 25QV 175K TV1033(M)AC DC

Cl12 438 173 CAP ELCO 4,7 M SOV 85G C442 635539 CAP POll 474 J 2,,oV 175K TV I 430( M)ACDC·FM

ens 560690 CAP ELCO 10 1 M t6V 85G C442 63553 9 CAP POll 474 J 250V 175K TV1433{M)ACOC

C120 526817 CAP CERA 103 M 50V X7R 160 8 C442 635539 CAP POll 474 J 250V 175K TV1492(M)AV

C 121 683006 CAP ELCD 471 M 16V 85G RTOSO C442 635539 CAP POll 474 J 250V 175K TV1497(M)M

C161 438128 CAP ElCD 0,47 M SOV 8SG C442 635539 CAP POll 474 J 2~,oV 175K TV201lG(MjMS

e'62 527013 CAP C ERA 102 K SOY X7R 1608 C442 635539 CAP POll 474 J 2SOV 175K TV2092(M)AV

ci ee 438146 CAP ELCO , M 50V 85G C442 63 5539 CAP pall 474 J 250V 175K TV2094 {M)AVS

C IBO 438155 CAP ELCO 2.2 M SOV 85 G C442 635539 CAP pall 474 J 250V 175K TV209 7(M)M

C212 438 128 CAP ELCO 0,47 M SOV85G C442 635539 CAP POll 474 J 250V 17SK TV209B(M)MS

C2t6 438146 CAP ElCO , M SOV85G C442 635539 CAP pall 474 J 250V 175K TV209Il(M)MS-FM

C224 4393 41 CAP ELCO to M 16V 85G TV1030 (MjACOC·F M C445 626371 CAP POll 223 K 2S0V 125K

C224 43934 1 CAP ELCO to M 16V 85G TV1033(M)ACDC C446 5905\ 4 CAP ELCO 4R7 M 250V 8SG RT050 TV 1430( M)AC DC·FM

C224 43934 1 CAP ELCO to M 16V 85G TV 1430( M)AC DC -FM C446 590514 CA P ELCO 4R7 M <'SOY 85G RT050 TV I 433IM)ACDC

C224 439341 CAP ELCO ro M 16V 85G TV1433( MjACOC C446 59051 4 CAP ELCO 4R7 M 2SOV 8SG RT050 TV1492(M)AV

C224 439341 CAP ELCO tu M 16V 85G TVl<lt12(M)AV C44G 590514 CAP ELCO 4R7 M 2SOV 8SG IHOSO TV1497 (M)M

9

RELACAO DE COMPON ENTES DE REPOSICAO

CAPACITORES CAPACITORESpos NE OEseRI AD MODELO POS NE OESCRICAo MODElO

CMS -"CAP ELCO <lA ] M 250V 8SG RTOSO TV2086l MlM$ C"" setaec CA P ElCQ221 M;c>5V105G RT050 T¥ 2096( M)MS

C446 590514 CAP ELCO 4R1 M 250V 850 RTOSO TV2O!l2(M)AV C635 seraso CAP ELCD 22 1 M 25V 105G RTOSO TV2O!l6(M) MS -FM

C"6 590514 CAP nco 4A7 M 25(JV 85G ATC150 TV2004(M)AV$ 063' saaess CAP CLCO 22 R M SOVSSG RT050 TV2Oll6(M)MS

"''' S'JlJ514 ClIP R eo 4 R7 M ;>SOV SSG RTOSO TV209 7(M)M 063' 534639 CAP ELCO 22A M SOVSSG RT050 rV2094(M)AV$

caas 5!lOS14 ClIP a.co 4R] M 250V SSG RTOSO TV2098(M)M$ 063' saaoas CAP €lCO 22 FI M rov SSG RT050 TV2O'JA(M)M$

"'" 5005" CAP etco 4A7 M ;>SOV SSG RTOSO TV2098(M)MS·FM csaz saaeas CAP a.co 22R M 5()VSSG RTOSO rV2O'J8(M)MS·FM

caaa .,,"" CAPELC033FI M 160V 1056 0751< C638 438 155 CAPELOe 2.2 M SOV esc TV2Qll6(M jMS

C511 "'"'" CAPElCO 0 ,47 M SOV SSG C638 -oeree CAPEL CO 2,2 M 50V SSG TV2Q94(M)AVS

C5 17 seoeoo CAP ElOO 101 M 16V 85G C,'" "'"OS, CAPELCO 2.2 M sov 850 TV2O'J8(MitJIS

csa, "'''' CAP RCO 221 M 16V 850 RTOSO C638 4J81SS CAPEl CO 2.2 M sov 8SG TV2O'J8( t·W'.tS·FM

C526 35.477<' CAP " MET ;>2()()J 63V 632529 C6<O ....oaoa CAP CER rcooc Z 50V CK45F

csee saose CAP ELOO R22 M l OW 85G RTOSO C652 53 7789 CAP ELCO 47 R ... 2SV 85G R1 050

ceos 5268" CAP CEHA 103 M SOV X7R 1608 TV 1030( MjACOC ·FM 0 00 537342 CAP EtCO 222 1.4 35V SSG 0751< TV 1030(M).ACOCFld

coos 5268" CAP CE n A 1(1.11.4 5/11/ X7R 1608 IVI43O(MjACOC-FM C' OO ,,,,,, CAP nco 222 1.4 35V 85G 0751( TV1033(M).ACOC

ceos 5268" CAP CERA 103 M 5/11/ X7R 1608 TV2098(M)M$-FM C'OO ,,,'" CAP RCO 222 M 35V 85G 0751< TV14:lO(M)ACOC-FM

csoe ""'" CAP [lCO 22ftM 5fN BSG RTOSO C700 531342 CAPELCO222M 35V95G 075K TVl~ M)ACOC

C60' ""'" CAl' ElCO 22A M 5(N 85G RT050 TVl 0:lO(MjACOC-FM C701 602208 CAP pMEl 1()4 K G3V RI050 TV10 :lO(MjACOC·FM

C60' ""'" CAP erco 22A M 5(N 85G RT050 rvl033(MjACOC C701 602208 CAP pMET 1()4 K 63V RT050 TVl033( 'AjACOC

C60' saaeas CAP ELCO 22R M 5(N 8SG a rose TV 143O(M )ACOC ·FM C70 1 602208 CAP p MET 1()4 K 63VRTOSO rv14JO(MjACOC ·FM

C60' "''''' CAP ELCO 22A M 5(N 8SG RIOSO I V 1433 (M).ACDC C701 602208 CAP PMET 1()4 K 63VATOSO TVI 433(MjACOC

C60' "'"" CA P ELOO 22R M 5(N SSG RI Osa I VI 492 (M)AV C702 602208 CAP pMET 104 K 63V a r ose I V 1030(M )ACOC·FM

C60' ""'" CAP ELCO 22R M 5/11/ 85G AI Osa TV1497(M)M C702 602208 CAP PMET 104 K 63V RTOsa I V1033( MjACOC

C60' """" CAP ELOO 22A M 5(N 8SG RT050 TV2092(MjAV C'02 602"'" CAP p MET 104 K 63V RT050 TV14 3O(M)ACOC·FI.I

C60' "'''' CAP [I_CO?2A M 5fJV8SG RT050 TV209 7(M jM C'" 602208 CAP p MEl 104 K G3V RI050 TV1433(M)ACOC

C60' 537351 CAP l:::l C0 4 70 M 3SV SSG RI OSO TV2086(M)MS C703 602208 CAP PMeT 104 K 63VAIOSO TV1030(MjACDC·fM

C60' 537351 CAP f LCO 470 M 3SV 8SG RI OSO TV2O'J4lM)AVS C703 602206 CAP PMET 104 K 63VAT05O TV103J(M)ACDC

C60' S373~ 1 CAP ELCO 470 M 3SV SSG RI OSO TV200 ll{M)MS C703 602"'" CAP pMET 104 K 63 V RT050 rV 14:JO(M IACDC-FM

C607 S3735 1 CAP ELOO 4 70 M 35V SSG Rr050 TV2098(M)MS·FM C703 6022 08 CAP PMET 104 K 63V AT050 TV I 433(MjACDC

C61 1 602208 CAP p M(T 104 K ea v ATOsa C70 4 67S905 CAP PM ET 473 K 63V l 00G RIOSO TVI03O(MIACDC ·FM

C6 12 53718~ CAP [ LCO 47/1 M 25 V 85G RT050 TV2098(M jMS·FM C704 6759 05 CAP p MET 473 K63V l 00G RI050 TVl033(M jACDC

C613 56 1350 CAP [ LCO 22 1 M 25V 105G RT050 C704 675905 CAP p MET 473 K 63V 100G RI050 TV14JO(MjACDC·FM

C614 431112R CAP [ LCO 0.47 M SOV 85G C704 675905 CAP pM ET 473 K 63V l 00G RI050 TV14 33l Mj ACDC

C6 15 573034 CAP 1311'0 22R M I 6V 85G AT050 C705 553216 CAP (LCO 10 1 M W V 8SG Hr 050 TV 1030(M jACDC·I'I .1

C621 S26!):; 1 CAP cenA 4m J 50V NPO 1608 I V2086(M)MS C70S 553216 CAP [LCO 10 1 M SOV 1l5G nrcso TV I033(M jACDC

C62 1 526% 1 CAP CERA 47R J SOV NPO 1608 TV209 4(M jAVS C705 553216 CAP ELCO 101 M SOV 1\5G ATOsa IV 1 ~ 30(M jACDC · FM

C62 1 52695 1 CAP cenx 47R J 50V NPO 1608 TV 2098(M)MS C705 553216 CAP [LCO 101 M &flV esc RIOW TVI 4J,.1 IM)ACDC

C621 52695 1 CAP CERA 47H J SOV NpO 1608 TV 20UlJ(M)MS·FM o ex; 6758 1(; CAP PM ET 103 K 63 V 1000 RT050 TVl030(M)ACDC·I'M

C631 6022Ol1 CAl-' PME l 104 K 63V RTOSO TV20116(M)MS Gex; 6758 1(; CAP PMET 103 K f>3V l OOG a rose I VI033(MjACDC

C63 1 602200 CAP I'MET 104 K 63V RIOSO TV2004(M}AVS C70 6 675816 CAP p MET 103 K 63 V l OOG RT050 IVI430(M)ACDC -FM

C"', eozsoa CAP PM ET 104 K 63V ATOSO IV20'J8(M)MS C706 67S816 CAP p MET 103 K 63V 1ClOG A TOSO TV1433(M)ACDC

C63 1 602206 CAP F'ME T 104 K 6.1V A T050 TV2098(M lM S·FM crcr 526899 CAP ELCO Ion M f:J)V 8SG arose TV1030(MlACOC·FM

csaa 5373 51 CAP R CO 4/0 M J5V SSG AI050 I V2OO6(MJMS C707 '268W CAP ELCO IOU M f:J)V SSG RT050 I V1033\M j ACOC

C633 537351 CAP n C0 47 0 M 35V SSG R1OSO TV2094(M)AVS C707 saeess CAP n co l OR M SOV SSG arose TV I43O(M)ACDC-Fl.I

C<ill 537351 CAP ELCO 470 M 35V 8SG RT050 TV2098(M jMS C707 526899 CAP ELCO lO A M 50V SSG RI050 TV1433(MlACOC

C<ill 537351 CAP ELOO 47() M 35V SSG A10SO TV209 8(M jMS·FM o oa 62llO<6 CAP ELC O 22 1 M 200V 85G TV1030( M).ACDC-fU

= 438128 CAPElCO 0,471.4 50VSSG TV2Gl6(M )MS 0 06 saeoee CAP nCO :>21 M 200V 8SG I V1033(MjACOC

ceaa 4381 28 CAP ElCO 0.47 M f:J)V SSG TV2094(MjAVS Goa eeeoee CAP n C022 1 M 200V 8SG I V143O(MjACDC-FM

ceca 4.18128 CAPELCO 0.47 1.4 5OV85G TV2OO8(M)MS o oa eeeoee CAP ELC0 22 1 M 200V 85G TVl433{MjACDC

ceaa carae CAP ELCO 0.47 M 50V 85G IV2098(MjM$-FM 009 '''''''' CAP PMET 103 K 400v RT075 TVI 03O(M).AGDC-FU

ccas _ IT> CAP 811'0 3A3 M SOV85G AT050 TV 1o:J)( M)ACDC·FM 009 """" CAP pMEl 103 K 400V AI075 TV1033(M)ACDC

C635 58')376 CAP OlPO :1R3M 50V 85G RI050 I V 1033(MjACOC crog """" CAP PM ET 103 K 400V AT075 TVI 43O(MlACOC-FM

ceas S8?J76 CAP BlPO 3A3 M SOV 85G arose TVI 4301MjACOC·FM crog eaessa CAP PMET 103 K 400V R T0 75 TVl433( t.-l)ACOC

ceas 589:176 CAP BlPO 3A3 M 5fJV8SG Ar050 TVI433(I.ljACOC :::710 sa-reo CAP EtCO 4m '" 25V 8SG AT050 TV1030(M).ACDC·F~.!

csas 589376 CAP mrc 3R3 t.! 50V 8SG A1050 TVI49l(MjAV C710 5377~ CAP ELOO 47R M 25V 85G Ar050 TV I03JiM)ACOC

CS99 58937(, CAP I~PO 3R3 M SOV 8% RT050 TV I 497( 1I.)l.1 C7 10 537789 CAP ELCO 4/A M 2SV 85G A T050 I V14JOl'.I )ACOC·FI.l

063' 589376 CAP 6lPO 3H3 M SOV 85G RT050 TV2092(MjAV C7 10 537789 CAP ELOO 47R M 25V fI5G AT050 TVI433( I.l)ACDC

cess 58937(; CAP 611'0 3R3 M 5()V 85G RT050 TV2097(M jM C711 592086 CAP c enA 471 M 400vAC 100ft TV IOOO(l.llAa>C·fU

csas 56 1350 CAl-' nco 221 M 2!>V l OSG RI050 IV2OO6(M}MS C71 1 592086 CAP CERA 471 M 4QOVAC 100R TV103J(M jACOC

C6 3S 56 1350 CAP ELC022 1 M 25 V lOSG m05() TV 2Q94(M)AVS C711 59""" CAP CERA 47 1 M 4QOVA(; l 00R TVI 430(MjACDC·FM

10

RElA9AO DE COMPONENTES DE REPOSI9AO

CAPACITORES CAPACITORESeos NE DESCRICAO MODEl O pos NE DESCRIC;::AO MODELO

ell ' 592086 CliP CEflA471 M 400VAC toea I VI 433( M)ACDC GSOS 454920 CAPGER 270 K SOV CK45B TVI4 30( M)ACOC·FM

caor 619824 CAP SUPfl l04 K 250V DKl50 COOS 454920 CAPCER 270 K SOVCK45B TVI433(M)AC DC

ceos 40%69 CAP CER 472 M 250 VAC Z5U RDO?S C90S 454920 CAP CER 270 K SOV CK45B TV I4D2(M)AV

C800 40BlJlJ9 CAP CER 472 M 250VAC Z SU ncots C9 0S 454920 CAP CEn 270 K SOV CK4 !JS I V1497j MjM

caw 108920 CAP ElCO 15 1 M 3115V 85G (TL ) TV l 030(M)ACDC·FM C90 S 440240 CliP CEn 33 0 J 500V SL TV208(i(MJMS

care 100920 CAP ELCO 151 M 385 V fl5 G (TL) TV t03J(M)ACDC e90S 440240 CAP CER 330 J 5DOV SL I V2(Y.)2(MjAV

C810 100920 CAP ELCO 15 1 M 3!15V 8SG (Tl ) IV 1430(MjACDC·FM G90S 440240 CAr GER 330 J 5DOV SL TV2O'J4(M)AVS

C810 l OfJ920 CliP ELCO 151 M 385 V SSG (TL ) TVI 433( MlAC DC C905 440240 CAP CER :n o J 5UOV Sl TV2091 (M)M

CA10 l 08D20 CAP ElCO 151 M 365 V SSG rru TV1 492(MlAV C90 5 440240 CAP CE R 33 0 J 500 V st. TV2098( Mj MS

care 108920 CAP ElCO 151 M 38 5V 85G rro TV1497(MjM C905 440240 CAPCEA 330 J SOOV Sl TV2098(MlMS·FM

care ·153128 CAP ElCO 22 1 M 385V 85G (Tl) TV2086(M)MS C907 454920 CAPCEA 270 K 50V CK4SB TV103O("-1jACDC·FI.l

eeH) 453128 CAP u.c o 22 1 M 3S5V 8SG (Tl) TV2092{MlAV COO, 454920 CAPCER 270 K SOY CK45B TV 1033{MjACDC

C8 10 453128 CAP ElCO 22 1 M 38SV 85 G (TL) TV2094 (M)AV$ COO, 454920 CAPCER 270 K SOVCK45B TV 1430(MlACDc·n.l

C810 453 128 CAP ElCO 221 M 385V 85 G (Tl) TV2097( Mj M C907 454920 CAPCER 270 K 50V CK4 58 TVI4J3( Mj ACDC

C8 10 453128 CAP ecce 221 M 385V 85 G (Tl) TV:209!l (MjMS C907 454920 CA P CER 270 K SOY CK45B TV I 492(Mj AV

cere 453 l 2B CAP ElCO 22 I M 38SV eSG (Tl ) TV209fl(MlMS-FM C907 454920 CAP CER 270 K SOY CK4SB TV I4 97 (M)M

CBI 3 573506 CAP CERA 222 M 400VAC lOOR COO, 440 240 CAP CE R 330 J SOOV $ L rV 20BG(MlM$

C!114 59~OB6 CAl' CERA471 M 400VAC 100R C907 440240 CAP CER 330 J SOOV SL TV2092(MjAV

C8Gl 4B0763 CAl' CER 470 K 500V CK45B C907 440240 CAP CER 330 J 500V s t. TV20!l4(M)AVS

C8C>·1 SS3216 CAl' ElCO 101 M SOV 85G RTOSO C907 440 240 CAPCER "'" SOOV Sl TV2097( MlM

C874 602m3 CAP PME T 104 K 63V RT050 C907 440240 CAP CER 330 J SOOV st. TV2O!lB(MjMS

C875 530722 CAP CER A681 K SOYX7R 160 8 C907 440240 CAP CER "'" SOOV Sl TV2O!l8{Ml MS·FM

C87C> 5270 13 CAP CERA 102 K SOY X7R 1608 C909 52G817 CA P CER A 103 M SOVX7R 1608

C877 """" CAP CER A 103 M SOV X7R 1606 C931 4548Q.1 CAP CEf1 100 K SOV CK45B

cam IJ0729 4 CAP CE RA 47 1 K 2000V Y5 P SM CAOI 52693 3 CAP CERA 101 J SOV NPO 1608

C8l!) 438 173 CAP ELCO 4.7 M sav 85G CA02 52G933 CA P CEnA 101 J sav NPO 1608

C880 517001J CAP CERA 104 K l GV X7R 1608 CA03 540276 CAP CEnA 22R J 50V NPO I G08

C8B4 537fl% CAP (lCO 221 M lGOV 85G 075K CAO' 54027G CAP CEnA 22R J 50V NPO 1608

C8B5 4W763 CAP CER 470 K 500V CK4SB CAOS 526899 CAP ElCO lOR M SOV 8SG RTOSO

CMG 468763 CAP CER 470 K 500V CK4SB CA013 1326817 CAP CERA 103 M SOV X7R 1608

CM' 536959 CAP ElCO 221 M 3SV SSG nrosc CA20 438146 CAP El CO , M 50V 85G

C889 540702 CAP ElCO 102 M 25V 105G RTOSO TV2086( M)MS CA03 438146 CAP ElCO , M SOV858

Ca8\) 540102 CAP ElCO 102 M 25V 1058 fHOSO TV2094 (MjAVS CK" 526933 CAP CERA 10 1 J SOYNPO 1608

CMO 5010702 CAP ElCO 102 M 25V 10SG RTOSO TV209S(M)MS CA38 526933 CAP CE nA 101 J SOVNPO 1608

COOO 540702 CAP ElCO 102 M 2SV 105G rlTOSO TV2098( MjMS-H.l CA40 S29850 CAP CERA 271 K SOV X7R 1608

caw) 5373 '",1 CAP ElCO 470 M 3SV 8% RTOSO TV1030(M)ACDC-FM CA42 439341 CAP El CO to M 16V 85G

CUll') 537351 CAP ElCO 470 M 35V IlSG nrooo TVI033(M1ACDC CA44 52C>817 CAP CER A 103M SOV X7R 1608

caac 537:151 CAP e t c o 470 M 3SV 8SG n roso TV1430(MlACDC-FM CA6S 439341 CAP ELCO ' 0 M 16V SSG

CBB9 537:151 CAP [ LCO 470 1.1 35V SSG RTOSO TVI 433(M)ACOC CAGa 52(;8 17 CAP CERA 103 M SOV X7R 1608

CHB9 537:151 CAP ELCO 470 M 35 V 1I5G RT050 TV1492(MJAV CGOl 430 226 CAP ElCO " M 16V 85G

CBH9 537:151 CAP ElCO 470 M 35 V 85G RTOSO TV 1497(M)M CGOl 's37770 CAP [lCO 101 M 25V B5G I1T050 TV20flG(M)MS

CBB9 537351 CAP [lCO 470 M 3SV 85 G RTOSO TV2092(Mj AV CGOI 537770 CAP [lCO 101 1.1 2SV 1l5G n rosc r V2094(MjAVS

C889 S373S1 CAP ElCO 470 M 35V 8SG RT050 TV2097(MlM CGOI 537770 CAP El CO 101 M 25V 85G HT050 TV209 8(M)MS

C893 607294 CAP CERA 471 K 2OO0V YSP SM CGOI 53777 0 CA f' ElCO 101 M 25 V eSG RTOSO TV209B(Mj MS·fM

C902 6 10681 CAP CERA 102 K 2OO0VYSP SM CG02 438208 CAP ElCO 22R M IC>V 85G TV20861MjMS

C9N 454 920 CAP c en 270 K SOV CK45B TV1030(MlACDC·FM CG02 438208 CAP El CO 22R M lC>V SSG TV2O!l4(MlAVS

C904 45.1920 CAP CER 270 K SOV CK4S6 TVl033(MlACDC CG02 438208 CAP ElCO 22R M 16V SSG TV2O!l8(MjMS

C904 454920 CAP CE R 2'0 K SOY CK45B TVI430(MIACDC·fM CG02 433206 CAP ELCO 22R M 16V SSG TV2O!lB(Ml MS·FM

C904 454920 CAP CER 2'0 K 50V CK4 56 TVI433(MlACDC CG03 311059 CAP PMET l 00000J 63V 6 32529 TV20B6(MJMS

COM 4 ~>4920 CAP CER 270 K SOVCK45 B TV14921MlAV CG03 311059 CAP PME T l 00000J 63V 032529 rV2094(MIAVS

C904 454920 CAP CER 270 K 50V CK4 5B TV I 497(M)M CG03 3110139 CAP PME T 1()()(X)()J 63V B325 29 rV20!l8(Ml MS

C90-1 440240 CAP CEil 330 J SOOV SL TV2000 (M)MS CG03 311059 CA P I'MET l 00000J 63V B32 529 TV?0~ 8(MIMSH.'1

C904 440240 CAr' CEil 330 J 500V SL TV20D2(M)AV CGOS 438146 CAP El CO , M SOVSSG TV2086( Ml MS

COM 440240 CAP CER 330 J SOOV st. TV2004( MjAVS CG05 438 14C> CA P ElCO , M SOVSSG TV209·1(MjAVS

COM .i·:0240 CA P CE R 330 J 5Ol)V s. TV209 7{I.l)"1 CGOS <\38146 CA P ElCO , M SOV8SG TV2098( M)MS

C9o.: ,140240 CAP CER 330 J SOOV SL TV209 0(MI),l S CG05 438146 CAP ElCO , M 50V 85G TV20~ 8(MIMS·FM

C9N 4,10240 CAP CEil 330 J SOOV SL TV2Q<J8(MjMS·FI. I CG06 438173 CAP ElCO 4,7 M SOY8~G TV2OOU(Ml MS

COOS ';54920 CAP c en 270 K 50V CK,ISB TV1030{M)ACOC-H.I CGC6 ,138173 CAP ElCO 4.7 M 50V 8SG r V2Q<J4('-ll AVS

C905 454920 CAr' CHI 270 K SOV CK4SB TV 103.1(M)ACDC eeoc .138173 CAP ElCO " M SOYesc rV21Y.Ill(MlMS

11

RELAc;AO DE COMPONENTES DE REPOSlc;AO

CAPACITORESPOS NE DESCRICAo

CG06 438173CAP ELCO 4,7 M SOV65G

CGO] 438155 CAP erco 2.2 M 50'1 SSG

eGOT 438 155 CAP a.co 2.2 M 50'185G

Gti07 4381SS(;Al-'ElCO 2.2 M 5OV85G

eGO] 438 155 CAP ElCO 2.2 M 50V 8SG

CG08 456296 CAP PME T 47 000J 63V

CG08 456296 CAP PMET 47000J 63V

CG08 4562'JG CAP PMET 47000J 63V

CGOO 4f>62')(i CAP PM ET 47000J 63V

CGW 436 12B CAP ROO 0.47 M SOV escCGO'J 4:1lI1211 CAP [ LCO 0,47 M 5()V OSG

C0 09 438 1211 CliP ELCO 0,47 M 50V 85G

CGO!) 4381211 CAP El CO 0,47 M SOV USO

COlO 3110!'>U CM' PMET l 00000J G3V B3252!l

COlO 31lOW CIII-' PMET l 00000J 63V 1332520

CGlO :11 10511 CAP PMET l00000J &..1V B32521:1

COlO 3 1105!.l CAP PMET l00000J 63V 632529

C012 s:nJ<.)4 CAP ElCOR10 M5QV SSGRT050

C0 12 5J03'l4 CAPElCO R10 M5Q V85GRTOSO

CGI2 S30394 CAP ElCO R10 M SOY 85G RT050

0012 S30394 CAP ELCO R10 MSOV85GRT05O

0013 424927 CAP ElC0 3R3 Kr.::N85GRTOSO

0013 424927 CAP ElOO 3R3 K63VSSGRTOSO

0013 424927 CAPElC03R3 K 63V 85G RTOSO

CGI3 424927 CAPElC03R3 K 63V85G RTOSO

CGI 4 438146 CAP ElCO 1 M SOV 85G

0014 438146 CAP ElCO 1 M SOY SSG

CG14 438146CAP ElCO 1 M SOY850

C0 14 438146 CliP ElCO 1 M SOV 8SG

COl 6 52('>fl9'J CAP ELCO lOR M <;JJV 85G RTOSO

C01 6 szoeso CliP ELCO lOR M SOV 85G RTOsa

C0 16 52mlUU CAP El.CO lOR M SOV IlSG RTOsa

CGI S sznaus CliP etco l OR M SOV 850 RT050

C0 17 43B14G CAP ELCO I M SOV 8SG

C017 43fl 146 CAP ElCO 1 M SOV 85G

CG17 43814() CliP nco I M SOV 650

CG17 438146 CAP ElCO I M '!fJV sse

CG18 4311146 CAP nco I M '!fJV 6SG

OOlS 4:.l8146 CAP FlCO I M SOV85G

COl6 438146 CAP ElCO 1 M SOV 85G

C01S 438146 CAP ElCO 1 M 50V 85G

CG19 438173 CAP ElCO 4,7 M SOY 85G

CG19 438173 CAPElCO 4,7 M SOY85G

CG19 438173 CAPElCO 4,7 M SOY85G

MODELO

TV209ll(M1MS-FM

TV2086 (M )MS

TV2094(M)AVS

TV209ll{M1MS·FM

TV2OEl6(M)MS

TV2004 (M)AVS

TV2098(M)MS

TV2086 (M)M$

IV2094(MlAVS

TV2098{M)MS

TV200B(M)MS-FM

TV2086IM)MS

TV2094(M)AVS

TV2O!l~M)MS

TV2008(M)MS·FM

TV2086(M)MS

TV2()94(M)AVS

TV2098(M)MS

TV2098(M)M$-FM

TV2086(M)MS

TV209<1(MlAVS

TV 2098(M)MS

TV2098{M)MS·FM

TV2OO6(MIMS

TV209-t(MjAVS

TV2098(M)MS

TV2086(MIMS

TV2094(M)IIVS

TV2098(MlMS

TV209fl(MlMS·FM

TV20S6(MjMS

TV2{l94(M)II VS

TV2098(M)MS

TV2006(M)MS-FM

TV2086(M)MS

TV2094(MjIlVS

TV2098(M)MS

TV2096(M)MS-FM

lV2085(M):'1S

TV2094(MjAVS

TV2098(M)MS

CAPACITORESPOS NE DESCRICAo

CG29 615807 CAP PMET 102 K eav1000 RT050

CG29 675807 CAP PMET 102 K 63V l OOG AT050

CG30 553207 CAP El CO Rl 0 M roov 85G RT050

CG30 553207 CAP ecce RIO M -oov 85G RT050

CG30 S53207 CAP El CO mo M tocv 85GRTOSO

CGJO 553207 CAP ecce RI O M rcov 85G RTOSO

CG31 438155 CAP a GO 2.2 M SOV 65G

CG3 ! 430155 CAP a GO 2.2 M SOV85G

003 1 436155 CAP ELCO 2.2 M 50V H5G

0031 438155 CAP ElCO 2,2 M SOY8SG

CG32 675807 CAP PMET 102 K 63V l00G nroeoC032 675807 CliP PMET 102 K 63V l00G RT0 50

CG32 675807 CAP PMET 102 K 63V 1000 RTOSO

CG32 675B07 CAP PMET 102 K 63V 1000 nrosoC033 55.1207 CliP ELCO Rl 0 M l 00V H!">GnroscCG33 553207 CAP ElCO RI OM l00V 85G RTlY..>O

CG3:) 553207 CAP ElCO AI OM l 00V SSG RTOSO

0033 5s3207 CAP ElCO AI OM l 00V 85G RTOSO

CG38 438 I55 CAP ElCO 2.2 M SOV SSG

0038 438155 CAP ElCO 2.2 M SOV SSG

CG38 438155 CliP a.co 2.2 M SOV 85G

CG38 438155 CAPElCO 2,2 M SOV SSG

CGJ9 438155 CAP R CO 2.2 M SOY SSG

0042 438146 CAP ELCO 1 M SOY 85G

0042 438146 CAP El CO I M SOY 85G

CG42 438146 CAP a .co 1 M SOV 8SG

0042 438146 CAP ecce 1 M SOY 85G

CG44 439341 CAP erco 10 M 16V SSG

C0 44 439341 CAP a.co 10 M 16V S50

C0 44 439341 CAP a.co 10 M 16V SSO

C0 44 439341 CliP ElCO 10 M 16V 8:,(;

CS2{l 438 1S5 CAP ELCO 2,2 M SOV escCS20 438155 CAP El CO 2.2 M SOV SSG

CS20 43fl155 CliP ELCO 2,2 M SOV 850

CS20 43815S CAP ELCO 2,2 M SOV 8SG

CS21 43S155 CAP ELCO 2.2 M '!fJV 85G

C$2\ 438155 CAP ElCO 2,2 M SOV85G

CS21 438155 CAP ELCO 2,2 M '!fJV 85G

CS21 438155 CAPELCO 2,2 M '!fJVl:\5G

CY22 526817 CAP CERA 103 M SOV X7R 1608

cvaa 526817 CAPC£RA103 MSOY X7R1608

CY24 526817 CAP CERA 103 t.4 SOYX7R 1608

GC68 438155 CAP a.co 2.2 M 50V 85G

MODElQ

TV209ll(M)MS

TV2096( M)MS-FM

TV2OO6(M)MS

TV2094(MlAVS

TV2098(M)MS- FM

TV2O!lJ(M)MS

TV2094(MJAVS

TV2098(M)MS

TV2098(M)MS-FM

TV2086(M)MS

TV2094(M)AVS

TV2098(MJMS

TV2098(MlMS-FM

TV2086IMlMS

TV2094(M)AVS

TV2098(M)MS

TV2098(M)MS-FM

TV2086(M)MS

r V2O!l4(MjAVS

r V2098(M)MS

TV2OO8(M)MS-FM

TV2Oll6(M)MS

TV2094(M)AVS

TV2098(M)MS

TV209B(M)rv\S-FM

TV2OOG(M)MS

TV2094(MjIlVS

TV209B(M)MS

TV2098(M)MS-FM

TV2086(M)MS

TV2094jMlAVS

TV2008(MlMS

TV2098(M)MS-FM

TV~M)MS

TV2094(M)AVS

TV2098(MlM$

TV2098(M)MS-FM

C019 438173 CAP ElCO 4,7 M SOY6SG

CG20 438146 CAPElCO 1 M '!fJV85G

CG20 438146 CAP u.co 1 M SOV SSG

CG20 438\ 4(, CAP ElCO 1 M sav 8SG

C020 438146 CAP ElCO 1 M '!fJV SSG

lV2098(MjMS·FM

TV2086IMjM$

lV2094(MjAVS

TV2098(M)MS

TV2098(MjMS·FM

CIRCUITOS INTEGRADOSwo,.. ~5 CIRe INT STV9302A

0421 647937 CIRC INT REG KA7805 TO·220SII...

c so i 110975 CIRC INT 1\6873CRNG60E8{70

0610 610805 CIRC INT TOA7267A

CG27 6751170 CAP PMET 223 K 63V i ooo nrosc

C0 27 G75H'I O CliP PMET 223 K 63V l 00G fHOSO

C0 27 l17(;H70 CliP PMET 223 K eav 1000 IH OSO

CG27 U7!il170 CAP PMET 223 K 63V 1000 HTOse

C0 28 43111 5!; CliP a.co 2.2 M f;lJV 85G

C02S 4:1lI155 CliP ElCO 2,2 M '!fJV 8SG

C02S 43fl I 55 CliP e.c o 2,2 M SOV 8SG

CG28 438155 CAP ElCO 2.2 M '!fJV SSG

CG29 675807 CAP PMET 102 K 63V 10lX> RTOSO

CG29 675807 CAP PMET 102 K 63V 10lX> RTOSO

TV2086(M)MS

TV2094(M)IIVS

TV2U'J8IM)MS

TV2098{MlMS·FM

TV208U{M)MS

TV2094(MlAVS

TV2098(M)MS

TV2098(M)MS·FM

TV2086(M)M$

TV2094(M)AVS

Q630 610805 CIRC INT T0A7267A

Q{;30 Gl0110!:> CIRC INT TOA726711

OEJ30 etoaos CIRC INT TDII 7267A

c oso 61000(; CIRC INT TDII '/267A

oro,.. 627389 CIRC INT L78l2CV T0220

<)70'" 627389 CIRC INT l7812CV T0220

Q70'.. 627389 CIRC INT L7812CV T0 220

Q101.. 627389 CIRC INT l7812CV T0220

0 705 627325 CIRC INT SG352SAN

0705 627325 CIRC INT SG3525AN

12

TV2086(MjMS

TV2094(MJAVS

TV2{l98jM)MS

rV2098{M)MS·FM

TVt03OIM)ACDC·FM

TV1033(M)ACDC

TV143O(MjACDC·FM

TV1433(MjACDC

TV1030(MjACDC-FM

TV1033(M)ACDC

RELA9AO DE COMPONENTES DE REPOSI9AO

CIRCUITOS INTEG RADOS 0 10005POS NE DESCRICAO MODElO pos NE DESCRICAo MODELO

0705 G21325 CUIC INT SG3525AN TV1<l30(MjACDC·FM D'06 3 154"3 OIODOZENNER MTZ J 13 50034 IV1030( MjACDC·F M

070S 621325 Gille INT SG352SAN TV1433{ M)A COC D'06 3 15493 01000 ZENNER MlZ J 13 BDO"" IV1033( MjACDC

0707 ,176960 Gille INT nee S l11SIl/lFA TSEl TV1030( M)ACDC-FI.l D'06 315493 010 0 0 ZENNER MTl J 13 UOO34 TV1430(MjACDC·F M

0707 416960 Cine INT REG S1854AFA TSG l Vl0J3( M)ACOC D"l6 315493 OIODOZENNER MTZ J 13 e 0034 TVt433(M)ACDC

O/Ol 476900 cue INT REG S 1854AFA TSB IV1430( MjACDC·FM D"" 635423 01000 RET Ffl l05-A52 ATS" TVlO30( MjACOC.ft.l

Q707 47G\JOO Cine INT nEG $111S4AFA TSB TV1433(M)ACOC 0708 635423 01000 nET FR105·A52 A152 TV1033( M)ACDC

",."" G10798 Gille INT STR·W57:>3 A o-oa 635423 DIODO HET FR105 -A52 AT52 TV1430(MjACOC -FM

01141 605027 cmc INT B04746G·TR 0708 G.1~>423 01000 HET FR105· AS2 AT52 TVI4:13(MjACDC

OA02 G1ll975 CIRC INT M24C16-WMN6T S08 SMO 0709 6.15423 01000 BET FR10S·A52 AT52 TV1000(MjACOC -FM

OGOI 661037 CIIlC nvr UPC1BS1BGT·El SOP TV208G(MjMS 0709 C35423 01000 RET FR10S-1\52 I\T52 TV10:J.1(MjACOC

0000 661031 CIIlC INT UPCI851BGT·E l SOP TV20941MjAVS D"" C35423 01000 nET FH105·1\52 AT52 TV143O(MlACOC·FM

occr GGl037 CI!~C INT UPCI85113GT·F.l SOP TV:2098(M)MS D"" 635423 01000 nET FR105·A52 AT52 TV14:13(MJACDC

OGOI 661031 cue lNT UPCI85mGT·El SOP TV2098(Mj MS·FM 0711 450791 01000 ZENNER MTZ J 18 C0034 TV103Olt.\jACOC -FM

0711 450791 01000 ZENNER MTZ J 18 C0034 rV lO3J (MjACOC

0 10005 0 7 \ 1 4.')079 1 01000 ZENNE~l MTZ J 18 C 0034 rV1 4;IO(MjACOC·FM

0 101 67/9llS 0 1000 ZEN TZX30-C 00;)5 AT2" 07 11 450791 01000 ZENNER MTZ J 10 C D034 TV14:J3(MjACDC

D224 304" 19 0 1000 SIN l N4148 0 035 AT26 07 12 G43398 01000 RET RU201\ LF·Al TV I 030(M)ACDC-FM

1)301 6342G4 010 00 RET FR104-E 3K1AMMO AT26 0712 643398 01000 RET RU20A LF·A1 TV11l3:1(MjACDC

0302 634264 01000 [lET FR 104-E 3K/A MMO AT26 0 712 643398 0 1000 RET RU20A LF·Al l V \43 0(MjACDC·FM

D'06 035423 DIOOO nET FR I 05·A52 /I T52 TV1'130(M)ACDC-FM 0 712 643398 0 1000 RET RU20A LF·Al TV1433(M)ACOC

0'06 635423 DIOOO nET FRt05·A52 AT52 TV1433(MjACD C 0801 634273 01000 RET lN5397 0015 AT52

0,106 635423 01000 nET FH\05·/l52 /lTS2 TV W J2(MjAV DOO2 634273 01000 RET lN5397oo151\T52

0·1013 635423 01000 nET FHl05·/l52 AT52 TV1497lMjM DOO3 634273 01000 RET lNS3970015AT52

0.106 G35,123 DIODO RET FRt05·A52 AT52 TV208G(MjMS D804 6342/3 01000 flET lNS39l 0015 A152

eeoc G35423 01000 RET FRt05·A52 AT52 TV2092(MjAV 08·10 6111074 01000 ZEN TZXSV6·C 0035 1\T26

D'06 635423 01000 nET FR10S·AS2 AT52 TV20941M)AVS DOO' 6700SG 01000 ZEN TZX16·A 0035 AT26

0'06 63542;) DIOOO RET sn 10S·AS2AT52 TV20'J7(MjM 0864 6342{;4 01000 RET FR104·E 3K1AMMO I\T26

0406 63S42:1 DIOOO RET FR10S·AS?, ATS2 TV2O'J8(Mj MS 08n 304619 01000 SIN l N4148 0035 /IT?G

0406 63S42:1 01000 Rl::T FRlOS·AS2 I\ TS2 TV2098(MjM S·FM 0874 3046 19 01000 SIN l N414U0035/1T2G

0.112 678047 01000 ZEN TZX10·A 0035 I\ T26 0076 (;78074 01000 ZEN TZX5V6·C 00351\T26

D.113 304619 OIODOSIN lN4148D035 AT26 0877 683282 01000 lEN TZX3V3C 00:15I\T26

0410 !>31954 01000 ZEN MTZJ 9 11l 0034 AT26 DM3 594770 01000 RET n02A LF·Cl 1505

0430 304619 OIOOOSIN 1N4148 00351\T26 00135 1?3910! DIODO RET 01 NL20U-5070 AT26 TV20!l6(MjMS

0,131 531954 01000 l EN MTZJ 9_16 0034 AT26 08B5 531981 01000 nET RL2Z. LF·A l (ST) TV20941MjAVS

0440 457320 01000 RET 0INL20U T2G 0885 531981 01000 RET RL2Z. LF·Al (STj TV2098(MjMS

0449 63,126·1 01000 RET Fnt04·E 3K1AMMOAT26 0885 5319Bl 01000 RET RL2Z. LF·Al (ST) TV209B(MjMS·FM

OCl:! C71l092 01000 ZEN TZXl 1·0 0035 AT26 088 5 123912 OIODO RET D1NL20U·SQ70 AT26 TV1030(MjACOC -FM

0622 3046 19 DIODOSIN l N4141loo35 AT26 0 88'; 123912 OIODO RET 0 1NL20U·5070 AT26 TV t033(M)ACOC

OV-, 2 30461!J lJlOOO SIN l N414flOO35 AT2G 088 5 123912 01000 ner 0 1NL20U-5070 I\ T26 TVI430(M)i\COC-rM

moo 647!J5!; OIODO RET RC3S2 Lf014-1m TV1030(MjACOC-FM lJ8BS 123912 0 1000 RE:T0 1NL20U-5070 AT26 rV143:J(MIACOC

lJ,UU M7!lS!) 010 0 0 RET n C3B2 LF014·103 TV1033(M)ACOC 088 5 123!)12 0 1000 RET 0 1NL20U·5070 AT21> I V14!l2(MjAV

0700 {i47\l55 01000 RET RC362 lFOl 4·103 TVI430(MjACDC·FM 0 885 123912 0 1000 RET 01 NL20U·5070 AT26 l VI497(M)M

0/00 647955 01000 r~ET RC382LF01 4-103 l V1433(MjACOC 00135 123910! 01000 RET 01 NL20U·5070 AT26 TV?OO2(MjAV

0701 647955 01000 RET RC3B2 LF014-103 TV103O(MjACOC -FM DMS 123912 01000 RET 01NL20U·.')070 AT26 TV2097lMlM

0701 647955 01000 RET RC3B2 LF014·\03 TV103J(l-.ljACOC OM' 634264 01000 RET FR104-E 3K1AM ~~0 AT2C

0701 647955 01000 RET RC3B2 LF0 14·103 TV1430(MIACDC-FM 01105 3046 19 01000 SIN 1N4148 0 0 35 I\ T?6

0701 C47955 OIODO RET RC38 2 LF014·103 TV143J(M)ACOC DOO ' 670107 0 1000 LED 333IT/F\825115MM 025 TV1430(MJACOC·FM

0702 647955 0 1000 RET RC382LF01 4-103 TV103OIM)ACOC-FM 080 1 67010, DIOOO LED 3331TIF18250 ,;MM 025 TV1433(M)ACOC

0702 647955 0 \000 RET RC382LF0 14·103 TV1033(M)ACOC DOO' 670107 DIOOO LED 3331TIF182Sfl 5MM 025 TV14'32(MIAV

0702 647%5 01000 RET nC3B2LF01 4·103 TV1430(Ml ACOC·FM DOO' 670101 01000 LED 33JITIF 18258 5MM 025 TV20ll6(MjMS

0702 647955 01000 RET RC3B2LF014·103 TV1433(MjACOC DOO' 670107 01000 LEO 33JITlFI825115MM 025 TV2092(MjAV

0703 647955 01000 RET fK3821.F014·103 TV1030(MjACOC·FM 0801 670107 01000 LEO 33JITIF1B25fl 5MM 025 TV209·1(MjI\VS

0103 G47<)5!, 01000 RET f~C3B2 LF014 -1O:1 TV1033(MjACOC OBOI 64/232 01000 lEO VM 5MM 3331Tm025 TV1030(MjACOC -FM

0703 G47955 01000 RET RC362 LF014 ·10.1 TV1430(MjACDC-FM OBOI 647232 DIOOO LED VM 5MM 3331T fH025 TV1033(MjACOC

0703 6479~>5 olODO RET RC3B2 tro: 4·103 TV1433(M)ACOC OBOl 647232 01000 LED VM 5MI,13331T RT025 TV1497(I.ljM

0704 4:,0791 01000 ZENNER MTZ J til C 003·} TV1030(M)ACOC-FM 0 801 G47232 01000 LED VM 5MM 3331THT025 TV2097(M)M

07Q.1 450791 01000 ZENNER 1.IlZ J 18 COO34 TV103J(Mj ACDC DOO' G47232 01000 LEO VM SMM 3331TRl025 r V209B(MjMS

07().; 450791 01000 ZENNER MTZ J 18 C0034 TV1 430(M}ACOC-F ~.1 DOO' 647232 01000 LEO VM 5MM 333lT RT025 TV2<Y.JIJ(MjMS-fM

0104 450791 01000 ZENNER MTZ J 18 C0034 TV1433(MjACOC D330 304619 01000 SIN l N4148 0035 AT26

13

RELA9AO DE COMPONENTES DE REPOSI9AO

RESISTORES RESISTORESpos NE DESCRICAO MODELO pos NE DESCRICAO MODEl O

G303 assooa RES META tROJ SFR25H 1'11050 A413 300626 RESISTOR 3WO J 115W

GA02 30"" HESISTOR " J 115W 1'1416 12 1874 RES META 121 J 2W l50A TV 14301MjACDC·FM

GR03 300653 RESISTOR eeoc J II5W "''' 121874 RES META 121 J 2W l 50A TV I 433(MjACDC

GR<l 4 18621 AES MFILM ". J SFA25H "''' 12 1874 RES META 121 J 2W 150A TV I492(M }AV

IGAea ""m nES META R9 \ J2J1'N ISOA TVI03O(M)ACOC·FM "''' 121874 RES META 12 \ JZW 1501\ TVI497(M)M

loma ""m RES METAR91 J2.C1N ISOA TV1033(M)ACOC "'.. see"" RES META 221 J ZW 200A TVlo:D(M)ACOC-FM

GR86 ""m RES MET A 1191 J 2.flN l 50A TV 143O(M )ACOC-FM "''' """" AES META 221 J2W'lOOA TV 1033(M)ACOC

GR86 589m RES META R9 1 J U rN l50A TVl433(M)ACDC "''' 6032'" RES META 4 7R J ZW l50A TV2OO6(M)MS

GAasl 589722 HESMETA R91 J 2J1N 150A TV209S(M}M$.FM 1'1416 603243 RES META 47R J '2W l50A TV2092{M}AV

ROO' 52749 7 RES META 10 1 J lfZ(1W 1606 1'1416 6032'" HESMETA47AJ2W l 50A TV2094 (M)AVS

AilS 527727 RES META 33J J II2.a<N 1608 "'.. 6032'" RESMETA47RJ ZW ISOA TV2097(MIM

1'1119 52"30 RES META 124J 112C1N 1608 "',. 6032<3 HESMETA47RJ2W lSOA TV2098(M )U$

R", 527497 RES META 10 1 J 112fN11608 "',. 6032<3 RESMETA41RJ2W l50A TV209ll(U)MS.FM

A•.,. 527549 RES META 151 J l/2fJoN 1608 ""',. 5274!l7 RES META 10 1 J 112C1N 1608

AI47 527549 RES META l SI J 1f2(JN 1608 "'" 117102 RES META ISA J3W 200AH1 5 TV1492(MjAV

R' " eoeese R(S M FILM I SOOO JPR02 R421 117102 RE S META ISA J 3W 2Ol)AHIS TVI497(MJM

R167 527647 RES META 22 1 J 112fYoN 1608 i'l4 21 117102 RES META 1SA J 3W 200AH1 5 TV2Oll6(M)MS

R"" 57371 1 RES META 664 J lm:m 1608 R"'. 117102 RES META l SA J :rN 200AH15 TV2092(MjAV

A2" 527674 ees MET A 22 4 J 1/2fJoN 1608 "'" 117102 RES META l SA J 3W 2'OOAH IS TV2094 (MjAVS

A2" 527585 RES META t 04 J 112fJN 1608 R421 117102 RES META lSA J3W 2OOAHIS TV2097{M)U

A2" ,,,... RES META 300 J 112r1N 1608 TV208l'i<M)M$ "''' 11710<' HESMETA 15A J3W2OOAH15 TV2OO8(MjU$

A227 5.17486 RES META 303 J 112C1W 1608 TV2092(MjAV R421 6623" RES META 18R J:r-N 200AHIS TV103ll(MjACOC·FM

R227 537seeRES META 303 J 1f2(JN 1008 TV2094 (MjAVS R421 6623" RES META 1SR J 3W 200AH IS TV10"J3(MjACDC

R227 5.17486 RES ME TA 30 3 J 1120W 1606 TV2097{M)M R421 ' 8 ' 3';.0 RES META 1SA J3W 200AHI S TV1430(MjACDC·FM

R227 537486 RES META 30 J J 1f2(JN 1608 TV2098(M)MS R42 1 66235' RES META 18A J 3W 200 AH I S TV14JJ(M)ACDC

R227 53 7486 RESMETA 303J 1flCNl lG08 TV2098(M)MS·FM R421 66235' RES ME TA HIR J 3W2OOAHI S TV2098(M)M$-FM

A227 58 77ij;1l RES META 363 J 1/2f1N 1608 TV I4:I'l(M)ACOC·FM R'30 41882 7 RES M FILM "" J SFR25/1

A227 58 7781l RES META:'163 J 1120W 1608 TV1433{M)ACOC R'" 306582 RESISTOR """ J I I5 W

A227 587788 RES META 363 J lf2f1W 1608 TV I492(M)AV "'33 527674 RES META 224 J 1!20W 1608

R227 58711\f1 RES MI::TA 36.1J 1!20W 1606 TVI497(M)M R437 30(;706 RESISTOR toooo Jl /5W

R227 &J07116 RES META 7&3 J 1120W 1606 TV1030{M)f\CDC·FM R'''' 527610 RES META 11:l2 J I/20W 1608

F1 22'1 &J071:l6 ess METII 7&3 J 1/20W 1600 TV10J..1 (M)ACDC 1, 442 4007l>\I Ht'S M FILM aso J PR03

R22f1 S27!.i47 HES META 22 1 J 1120W 1608 H447 4S1971l RES M FILM """ J SFn25/1

11229 527647 RES MET A 22 1 J ltlOW 16011 R502 5271f11 RES META 472 J 1/20W 16011

11230 527647 RES MET A 22 1 J l fl OW I GOII R511 119f196 RES META 1111 J SFR25H AT26

M3'l' 573702 HESMETA 163 J 1!20W 1600 fl5211 537486 RES META 303J 1!20W 1600

R305 565557 nES M{;TlllHSJ 2.0W 150A rVl03O(M)ACDC·FM ""13 527745 HES META 392J 1!20W 1600

R30S &1:l&S57 res META lR5 J 2.0 W 1seA rV1Q.13(M)IICDC R6O<> 52 71152 nes META 682 J 1/20W 1608

RW5 565557 nE S M I::: TA 1R&J 2.0 W 150A TV1430(M) ACDC·FM RBOS :J054 13 flESISTOR 3.3 J 1/5W

",,"Seases nES META lR5J 2.0 W l SOA TV1 4J3( MjACDC R"" 306 788 AESISTOR J3O()() J I f5W

R3Q5 """7 nESMETA l R5J 2.0W lSOA TV1492( t.1)AV R,.,7 " 0926 RESMETA 3J2J 1120W 1608 TVl a3O(M)ACOC· f> M

R3Q5 sesss RES META IRSJ 2.0W l SOA TV1 497(M)M R607 5409 26 RES MET A 3.12 J 1120W 1600 TVI<I3O{M)ACOC·fM

R3Q5 240732 RES OXID I ROJ l W ISOA TV2Oll6(M )MS R007 """" RES MET A 3.12 J 1f2.(1N 1608 TV2098lMjJ..tS-Fll

roc 240732 RESOXID l ROJ l W I SOA TV2092(M )AV "''' 527656 RES META 222 J 1f2{1W l G08 TV2Oll6{M}M$

""" 240732 RES OX ID I RO J lW ISOA TV2O!I4(M)AVS R62 ' 527656 RES ME TA222J 1!20W 1608 TV2094(MjAVS

R30' ''''= RES OXID lRO J lW lSOA TV209 7(M)M " 62 ' 527656 RES META222 J I !20W 1600 TV2O!I8(M)MS

A305 ''''= RESOXID l ROJ l W l SOA TV2096(M)MS R62 ' 527656 RES META222J 1/2OW 1608 TV2098(M)MS-F M

R3Q5 ''''= RES OX ID I ROJ l W ISOA TV2098(M)MS.FM """ 527745 RES META 392 J 1/2fJN 1606 TV2Oll6( 'AjJ..tS

R3Q5 sateeo RES META 823 J I l2CNI1608 aeaa 527745 RES META392J 112CNI1606 TV2094(UjAVS

""'7 527512 RES META lOJ J 112C1N 1606 R633 527745 RES META 392 J 1l2f:1N 1606 TV2096(M/MS

"''' ""'53 flES MET A513 J 112C1N 1608 aesa 527N5 f~ES MET A 392 J 1l2f1'N 1608 TV209ll(M)M5-FM

"''' 527745 RES METII 392 J 1l2f1N 1608 - 527S52 ReS META 682 J 112aW 1608 TV2OO6(M)MS

R317 300626 RESISTOR 3900 J 1I5W R63< 527652 RES MET A 682 J I I2f1N 1608 TV2094(M~AVS

R333 '653J5 AES MFLM 1.8 J PR03 - 527652 RES META 682 J I m:m 1608 TV2098{1l)MS

R336 "S,,'" R( SM FIlM U" J PR02 - 527852 RES llETA 682 J 112CN1 1006 TV2098{M)MS·fM

R<02 527512 RES META l OJ J 112CN1 1608 R635 ""''' RESISTOR 3.3 J 115W TV2Oll6(MjM$

""" seers RES META 822 J I f'l(JN 1608 R635 ""''' ~SlSTOR 3.3 J 115W T~iMjAVS

"'00 """'" R(S META 82R J 1l2CN11608 R635 sosoa RESISTOR 3.3 J II5W TV2098(M)M$

R41 1 3055<7 RESISTOR 330 J I I5W """ ""''' RESISTOR 3.3 J 1~W TV2098{M;MS-fll

14

RELAl;AO DE COMPONENTES DE REPOSIl;AO

RESISTORES RESISTORESpos NE DESCRICAo MODELO pos NE DESCRICAO MODELO

A636 aoezee RESISTOR 33000 J II5W TV2Offi(M)MS A7 10 ,,""0 RES ISTOR moo J 115W TV 1433(M )ACOC

R636 soeree AESISTOR 33000 JOI5W TV2094(M)AVS A7 11 eoeeeo RESISTOR eeoc J lISW TVl 030(M )ACOC -FM

RGJ6 soezee RESISTOR asoco JO I5W TV2OO8(M)MS A71 1 soeeec RESISTOR eeco J 115W TV1033{M lACOC

RGJ6 sosree RESI STOR asooo J 115W TV2096(M)MS- f M R7 11 ooeeec RESISTOR eeoc J 115W TVI4JO(M)ACOC-f M.,... ;me, RES META 472 J vaow tooe TVl 030(M)AOX:;'fM R11l """'" RESI STOH seco J II5W TVl433(M)ACOC.,...""" RES MET A 472 J 1 f2(JW 1608 TV 143O(MjACDC·FM R712 _'0 RESISTO R " J 115W TV 1030(M}AalC·FM

""" 527181 RES MET A 472 J 1f2(NJ 1608 TV2098(MJMS-FM A712 """0 RESISTOH is J 115W TVl 003{M)ACDC

AG< ' 527641 RES META 221 J l f2 fJW 1608 TVI03O(M)ACDC·FM A712 _'0 RESISTOR ts J l f5W TV 143O{Mj ACDC·FM

"G<' 527647 RES META 221 J l f20W 1608 TVl430(M)ACDC.F M R712 '0'''0 RESISTOR i s J 115W TV1433(M)ACDC

AG< ' 527647 RES META 22 1 J l /20 W 1608 TV2098(M)MS-FM A7 13 455313 RESMRLM WO J SFR25H TVlmJ(M)ACDC·FM

R642 527656 RES ME TA 22 2 J 1120W 1608 TVl030(M)ACDC-fM R713 455313 RES M FILM HXl J SFR25H TV1033(MjACDC

RG<' 527656 RES META 222 J 112fJW 1600 TV 143O(M)ACOC-FM R713 4553 13 RES M FILM HXl J SFA 25H TV 1 43Q{M ) ACOC· ~M

HG42 5276[,(; R[ S META 222 J l120W 1606 TV209 6(M)MS-FM A7l 3 455313 AES M FILM WO J SFR25H TV1433(MJACOC

R(,43 527G5G RES META 222 .J1120W tsoa TV1030(MjACDC·FM R714 :'lOfl706 RESISTOR HJOOO J l 15W TV1030{M)ACDC- f M

11643 527656 RES META;<22J 1120W 160B TV1430 (M)ACDC-FM R7l 4 30(3706 RESISTOR HJOOO J 11!:>W TV I 033(M)ACOC

R643 527656 IlES META 222 J 1I20W 1601:1 TV2098(M)MS-FM R714 306706 RESISTOR HJOOO J 115W TV 143O(M)ACDC-FM

moo 306494 RESISTOH WOO J 115W TV 1030 (MjACDC·FM R714 aoeroe RESIS TOR HXlOO J 1I5W TV1433{M}ACOC

moo """" RESISTOR WOO J 1I5W TV1033 (M)ACDC R715 ""'''' IlEStSTOR "00 J 1/5W rv 103O(M)ACDC·FM

Aroo """" RESISTOR woo J 1/5W TVl 430 (M)ACOvFM R715 306537 HEStSTOR ""'" J 1/5W TV l lY.J3{MjACDC

Aroo """" RESISTOR woo J 1/5W TV l 433 (M)ACDC R715 ""'" RESISTOR isoc J 1/5W TV 143ll(M)ACDC·H,.4

A"" """" RESISTOR woo J 1/5W TVl030(M)Aa>C-FM R715 306537 RESISTOR tsoo J 1I5W TV 1433{M)ACOC

Rro, ""''' RESISTOR HlOO J 1I5W TVl033(M)ACDC A716 soeaza RES META 562J SFR25H AT26 TVl030(M)ACOC ·FM

Aro' ""''' fl E$lSTOA woo J 1/5W TV143O(M)ACOC ·FM A716 "".,,, RES META 56.2J SfR25/"t AT26 TV 1033(MWDC

Aro' ""'" RESISTOR woo J lf5W TVI433jM)ACOC R716 eosere RES META 562J SFR25H A126 TV143Ol.MlACOC-FM

A"" 4505313 RES M FILM '00 J SfA25t1 TVl03O(M}Aa:>c·FM R716 eoeere RES META 562J SFR25H A126 TVl433(M)ACOC

nzoa 455313 RES M FILM '00 J SFA25H TVl033{M)ACOC R717 455313 RES M FlLM ' 00 J SFR25H TVl03Ol.M)ACOG-FM

R702 455313 RES M f iLM '00 J SFR25H TV 143O(MjACDC·FM R7H 45..'>313 RES M FILM '00 JS"~..>H TV1033(M)ACDC

rooa 4~'):l13 RES M FILM '00 J SFR25H TV1433{ M)ACDC R7H 455.113 RES MFILM HXl J SFI'l25H TVl4.1O(M)ACOC·FM

R703 soezce RESISTOR HJOOO J 115W TVI03O(M)ACDC·FM R7H 455313 RES M FILM '00 J SFR25H TV1433jM)ACOC

R703 306706 RESISTOR WOOO J lI':JW TV1033(M}ACDC R71A 5"08' RES ME TA lSRJ SfH25H AT26 TVl030(MjACDC-FM

"'''' 306706 RESI STOR '"'000 J l/SW TV143Q(M)ACOC·~M R7111 sasoes RES META lSR J SFH25H AT26 TVIQ..U(MjACOC

fl703 :J{)6706 RESISTOR 10000 J 1/5W TV 1433(M)ACDC R71!1 ~44005 RES MET!l 15R J SFRl5H AT2fJ TV 143O(M)ACDC· FM

R70~ 501327B I1ES M~TA 56.... J SFR.... 5H AT26 TV1030(MjI\COC-FM R718 544085 IlES META l SR J SFR~5 11 1\126 TV1433{M)ACOC

rrr04 SOHUIl RES META 562 ,I SFR2 SI-l AD 8 rV1033(MjACDC R719 ::lOtiIO U RESISTOR " XlOO .J1ISW TVl U3U(M)ACDC·FM

"m4 50021B RES META 5I.i2 J SH,25H AT26 TV 1430(MjACDC·FM 1'1 7Hl 306706 RCSISTOR 00000 J 115W TV1033(MjA COC

R"'" 506278 n ES M[TA 562 J SFR?5H AT213 TV 143.1(M}ACOC R719 aoeroc RESISTOR '0000 J 1/5W rV143O(M)ACOC·FM

Am, 306653 RESIS TOR 0600 J 1/5W TV103O(M}ACDC·FM R719 aoeros RESISTOR ' 0000 J 115W TV143.1jM )ACOC

R705 30665.1 RESISTOR 0600 J 1/5W TV1033{M}ACDC R722 J06582 RESISTOR ""0 J 115W TV103O(M)ACDC -FM

R705 306653 RESISTOR 5000 J 1I5W TV 143O(M)ACDC· FM R722 J06OB2 RESISTOR "00 J 115W TV 1033{M)ACOC

R705 30665J RESISTOR 56(]0 J 1/5W TVl4.1.1(M)ACDC R722 J06582 RESIS TOR "00 J 1/5W TV 143O(M)ACDC-FM

A'''' 30665J HESl5TQR 5000 J 1/5W TV1030(M)ACDC-FM Am J06582 RESISTOR "00 J 1I5W TV 143.1{MjACDC

A'''' 306653 flESlSTOR 5000 J 1/5W TVI033{M)ACOC R723 437469 RES M FlLM zeoo J SFR25H TVl030(MIACDC-FM

Aroo; 30665J RESISTOR 5000 J 1I5W TVI43Ol.M}ACOC·FM Am 437469 RES 11.1 flU'! rseo J SfR25tl IV1033(MlACOC

"'''' 306653 RESlsrOR 5000 J 115W TVl4331MjACOC Am 437469 RES M FILM ";00 JSFR2>H rv 143Ol.M)ACOC·FM

Aro, 455313 RES M FR...'A '00 J SFR25H TVI030(MjACOC·fM Am 4.17469 RES M FILM zsco J SFR25H TV14331M)ACOC

R707 455313 R[S t·,1Fll M '00 J SI'R2SH TV1033( M}ACDC R724 6280" RES META 363 J SfR25H AT26 TVl030(MjACOC·~M

R707 455J13 RES M flLM '00 J SFR25H TV143O(M)ACDC-F M R724 6280" RES MET A 363 J SFR25H A126 TV1033( M}ACDC

R707 455J13 RES M FIU.l '00 J SFR25H TVl433(MjACDC R724 628075 RES META 363J SFR25H AT26 TV143O(MjACDC ·FM

A"J' """" R[SISTOR '000 J 1/5W TVl030(M)ACDC·fM R724 62A075 RES META 363J SfR25H AT26 TV1433(MjACOC

moo 306494 RESISTOR '000 J 115W TVl033(M)ACDC A725 306519 RESISTOA "00 .r vsw rV l030(M)Acoc·rM

nzoa :106494 RESISTOR '000 J 1I5W rVt430{M)ACDC ·FM R725 306519 HE SISTOI1 1200 J 115W IVt033(M}ACDC

nzoa 300494 RESISTOH '000 J 1/ 5W TV1433(MjACDC Rl25 ::1005 19 RESISlOll ' 200 .J llbW rv I 43O{MjA CDC·fM

117m 3064iJ4 RESISTO R WOO J 115W TV1030(MJACOC·F M R725 :l()(:i,~ 1 9 RESISTO H ' ''"0 J 11':JW TV I 433(M)A CDC

R7O'J 3Of>4!l 4 I1ESISTOR 10UU J 1/5W TV1033(M)ACDC 11801 3:11215 RES M VITR EO 22()()()O() VR37

R70!! :'lC6494 RESISTOFl 1000 J 1i 5W TV1t,30(MjACOC· FM I1fl10 111000 RES FlO 3H3J 5W 15OS2H25 TV 1 03U(M )AClJC-~M

R70C1 31)64~ RESISTOR '000 Jl15W TV14 33IM}ACDC nero 111000 RES FlO 3H3 J 5W 150S2H25 TV1033(M)ACDC

Rll0 306700 RESISTOR "'000 J 1l5W TVl03O( M}ACDC -FM aero 111000 RES F103R3 J 5W 150$2H25 TV1430(M)ACDC·FM

R710 306760 RESISTOR 22000 Jl15W TV1033\M)ACDC RB10 111000 RES FlO 3R3 J 5W 150S2H25 TV 1433(MjACDC

R710 '0"60 RESISTOR 22000 J 1/5W TV143O(M}ACDC -FM sate 111000 RES FlO 3R3J 5W lSOS2H25 TV 1492(M)AV

15

RELAc;AO DE COMPONENTES DE REPOSlc;AO

RESISTORES RESISTORESpos NE DESCRIQAO MODELO pos NE DESCRICAo MODELO

F1810 111000 nes Fl O 3n3 J 5W 150S2H25 TV14G7(M)M mi l ? 306430 IlESISTOn 4 70 J l JbW TV149 7(M)M

RB1Q b353\JH RES FlO :JR3 J 7W 225S2H 25 TV2086(M)MS R91 7 306458 RESISTOR 060 J l !SW TVI 030(MjACDC.fM

H810 635398 HES 1'10 3H3 J 7W 22582H25 TV2092(MJAV R9l 1 306458 HESISTOf, 560 J 115W TV 1033(M)ACDC

nato 635308 nes FlO ana J 7W 22 5S2H25 TV2094 (M)AVS R92Q 5325 79 RES OXID 2R 2 J 2W TV2086(M)MS

HBl O 635398 HE S Fl O 3 1' 13 J 7W 22 5S2H25 TV2 097(M)M F1920 53 25 79 RES OX IO 2R2 J 2W TV209 2(M)AV

ROlO G35398 RES FlO 3R3 J 7W 22582H25 TV2U\JS(Mj MS R820 532,,70 RE S OX ID 21'12 J 2W TV2094{M)AV S

R010 635398 RES FlO 3R3 J 7W 22 58 21125 TV 2096( Mj MS ·FM R820 532,,79 RES OXID2R2J 2W TV2Cm7(M )M

naao 406 74 1 rms M r:ILM 82()()() J S FR25H R~20 53257 9 RES OX ID ;>R2 J 2W TV2093( M1MS

R83 1 527503 RES M ETA 102 J 1I20W 1608 naao 532570 RE S OX ID 2R2 J 2W TV 209lJ(M1MS-FM

R840 306 564 RESISTOR 2200 J 115W R920 529832 nes OXID 4R 3 J 1W 200A TV14JO(M1A CDC-F M

R860 573 828 flES META 104 J 3W 200 A R920 529fl32 RES OX I04R3J 1W2QOA TV I433(Mj ACDC

RS61 527lJ6 1 RES ME TA 683 J 1/2UW 16U8 fl 920 529832 flES OX I04n:JJ 1W 200A TV 1492 (M1AV

fl8 64 355 154 RES M r1LM 4, 7 .J SFR25H TV1 030( M1ACDC-FM R920 52983;> RE S O XIO 4R3 J 1W 200A TVWl 7jM)M

R(j{j4 355 154 I1C:S M f iLM 4,7 J S Frl2SH TV10JJ(M)AC DC R920 503805 RES O XID GRB J 1W 2001\ TV 1030(M)AC DC-f' M

RlJ64 355 154 R E:: S M I-ILM 4,7 J SF F125H TV 1430jMj ACDC-FM R020 503 1105 RES O XID 6R8 J 1W 2CXJA TV I033(Mj ACDC

RB64 355 154 RES M FILM 4,7 J S Frl25H TV 1433 (Mj AC DC R921 527497 RES META 10 1 J 1120W lGU8

1\864 355154 fl ES M FILM 4,7 J S FR2SH TV2098(M)MS·FM R922 5275 12 RES META 103 J 1120W 160fl TV1430(M)ACDC-FM

1\873 5409 44 fl ES M ETA 56 2 J 1120W 1608 R922 5275 12 RES META 103 J 1120W 1600 TV 1433(M)ACDC

n 875 667130 RES OX ID R20 J lW 150A Fl922 52751 2 res META 1m J 1120W 1608 TV 14921M1AV

RB7G 5276 47 HES META 221 J 1120W 1608 R922 5U512 RES M ETA 103 J 1120W 1608 TV 1497(M)M

Rn17 5275 1;> RES M ETA 103 J 1120W 1G08 R922 546234 RES META 752 J l 11GW 1608 T TV1030(M)ACDC-FM

R885 689240 ReS ME:TA R47 J 3W 2CXJAH 15 TV208G(M1MS fl022 54 11 234 n r-s MeTA 752.J 1116W 160lJ T TV 1033(Mj ACDC

R885 G89240 RES ME TA 1t47 J 3W 200AH 15 TV2094 jM1AVS R922 530152 RE S META 82 2 ,1 1120W 1608 TV20BG(M1MS

R885 G8924 0 RES M ETA 1t47 J 3W 200A H15 TV 209 8(M)MS R922 530 152 RE S M ETA 82 2J 11201'1 1608 TV2092{M1AV

RM5 6e9 240 RES META R47 J 3W 200 A H1 5 TV2098(M)MS-FM R922 530152 RES ME TA B22 J 1I20 W 1608 TV2094(M1AVS

R8B5 5B9722 RES M ETA fl0 1 J 2,OW 150A TV1030(M)ACDC- FM R922 530 152 RES META 822 J 1I20W 1608 TV2097(M)M

R8lJ5 5B9722 RES ME TA Wl l J2.0W 150A TV 1033jMjACOC R922 530 152 RE S M ETA 822 J 1/20W 1608 TV2098 (MjMS

RBB5 5B9722 RES ME TA 1l9 1 J2,OW150A TV 1430{M)ACDC- FM R922 530 152 HES MET A 822 J 1120W 1608 TV2098( M)MS-rM

RIJ1J5 58972<' RES M ETA H9 1 J 2,OW 150A TV 1433(M1AC DC R925 306421 RESISTOR 1\30 J 1I5W TV2086 (MjMS

RDDS 58972 2 RES M ETA R9 1 J 2,OW 150A TV 1492jM1AV R925 306421 RESISTO R 430 J 1/5W TV2092(M)AV

RBBS 51)9722 RES M ETA R91 J 2,OW 150A TV1497(M)M R92 5 306421 RESISTO R 430 J 1/5W TV2094( M)AVS

RBB5 51l9"!22 RF.S M ETA R91 J 2,OW 150A TV2092jMj AV R925 306 421 RESISTOR 43 0 J 1/5W TV2097 jM)M

RD85 589 722 RES M ETA R91 J 2,OW 150A TV2097(M)M R925 306421 RESISTOR 1\30 J 115W TV209fJ{M1MS

RD99 46523 1 RES VITA 825 J rw KOA R925 306 42 1 RESISTOR 430 J 115W TV209fl (M)MS-FM

R901 447C5 3 RES M r lU"l " 00 J SF fl 25H R925 3()iJ430 RESISTOIl "C .J 115W TV l '130(Mj ACDC-FM

R902 44 7653 n ES M FILM "00 ,I Sf'n25H R925 306430 HESIS TO fl 470 .J 1/5W lVt',33{MIACDC

R903 44765 3 f1ES M FILM " 00 J s rR25H R925 306430 HE SISTOfl '" .J l/SW TV I 492 (MIAV

Fl914 527407 f1ES M ETA 101 J 1120W 11108 R925 306430 HESIS TO fl 470 .J1/5W TV 1497(M1M

R91 5 5275 12 RES M r: 1A 103 J 1120W 1608 TV1 430 (M)ACDC-FM Rn 5 30645B RES ISTOR 56 0 J 115W TV t 030(M)ACD C-FM

R915 52751<' R fOSM F.TA 103 J 1/201'1 1608 TV 1433(M)ACDC R925 306 4.')I-j RESISTOR 560 J 1151'1 TV1033jMI ACDC

fl91 5 527512 flES M ETA 103 J t/20W 1608 TV1492(MjAV R928 527497 ItES M ETA 101 .ll/'20W 1608

R9 t 5 527512 RES ME TA 103 J 1/20W 1608 TV 1497{ M1M R929 527512 f1ES META 103 J 1120W 160lJ l V I 430(Mj ACDC-FM

R9 15 540234 n es META 752 J 1! 16W 160fl T TV1030(MjACDC ·FM R929 527512 f,E S META 103 .J11201'1 1608 lV I433{MIAC DC

R9 15 546234 n ES META 752 J 1116W 1608 T TV 1033 (MIACDC R929 527512 11ES M ETA 103 .J1120W 160S TV 1492(Mj AV

R015 530 152 RES M ETA 822 J 1/20W lGOlJ TV2080(MjMS >1929 5275 12 RES MET A 103 J 1120W 1608 TV1407jM)M

R915 530152 RES M ETA 822 J 1/20W 160lJ TV2092jMj AV R92 9 546234 RES MET A 752 J 1/ 11,W 160S T TV 1030(M)ACDC-FM

fl915 530152 RES META 822 J 1/20W 1603 TV2094 1M1AVS R929 546234 RES META 752 J 1/16W 160 S T TV 1033 (M)AC OC

R915 530152 RES M ETA 822 J 1I20W 1608 TV2097(M)M R929 530152 RES M ETA B22 J 1120W l 60fl TV20fl6 (MjMS

R91 5 530152 RES META 822 J 1/20 1'1 160S TV2090(M)MS R929 530 152 RES ME TA B22 J 1120W 1608 TV2092( MIAV

R915 530 152 RES META B22 J 11201'1 1608 lV2090(M)MS -FM RCJ2<) 53015>' RfO S ME TA B22 J 112GW 1608 TV2094{ MIA VS

R911 30642 1 RES ISTOR 430 J 1151'1 TV 2086(M)MS R9?9 53 0152 RE S ME TA B22 J 1120W 1608 TV2097(MjM

R917 3064 2 1 RESISTO R ,CO J 115W TV2092{MjAV R929 530152 RES I/.ETA 822 J 1120W 1608 TV209 8(M) MS

R917 30642 1 FlESIS TO Il ,CO J 115W TV 2094(MjAVS Fl929 530 152 RES M ETA 822J 1120W 1608 TV209 8(MIMS-FM

f1917 30642 1 ItESISTOR ,CO J 1!5 W TV20~7(MjM f1937 306421 flE SIST OR , CO J 1/5W TV20 BG{M1MS

H9 17 306 42 1 fl ESISTOIt 430 J 115W TV 2098(M1MS Fl937 306421 flE SIST OR ,CO J 1/5W TV2002(Mj AV

R'l 17 306421 RES ISTOFl 430 J 115W TV2098(M)MS-f'M R93 7 306421 RES ISTOR ,CO J 115W TV209 4(M1AVS

R9 1" 306 430 RE:SISTOR '" J 115W TV 1430{M)A CDC-FM R03 7 306421 RES ISTO R ,CO J 115W TV2097 (MjM

R01/ 306 430 RESISTOR '" J 115W TV 14331Mj ACDC R9:!"! 306 421 RESISTOR ,CO J 115W TV2 098(MjMS

fl91 7 3(}6430 RESISTO R "C J 1/ 51'1 TV 1492{Mj AV R937 30042 1 RE:SISTO R 430 J 1151'1 f V2098(M)MS-fM

RELACAO DE COMPONENTES DE REPOSICAO

RESISTORES RESISTORESr-es NE DESC RICAQ MODELO pos NE DESCRICAo MODELO

R937 eceaso RESISTOR " 0 J 1/5W TV 1430( M)ACDC-FM RGt6 52757 11 RES META 162 J 1120W 1608 TV2094(M)AV$

R93' "'''''' RESISTOR " 0 J 1/5W lVl433(M)ACDC RGl6 527576 RES META 162J l/201N 1608 TV2098lM)MS

R,m """'" RESISTOR " 0 J 1I5W TV1492 (M)AV acre 527576 RES META 162 J 1120W 1600 TV209 6(M)MS-FM

R' " soeaso RESISTOR " 0 J 1/5W TV1497{M)M RG ll 527807 RES META 5 12 J 1120W 1608 TV2Oll6( M)MS

R93' sooase RESISTOR 560 J 1/5W TVl 030(M )Aax:-FM RG17 527807 RES M ETA 5 12 J 1/2(fN 160 8 TV209 4(M)AVS

"m sceee RESISTOR 560 J 1/5W lVl 033(M)ACDC RGtl 527807 RES META 512 J l f20W 1608 TV2098 (M)M$

eseo aoeese HES M FILM "000 J PR02 RG l l 527807 RES META 512J 1I2OW 1608 TV2OO8(M)MS-FM

R96' -ooea RES M A LM ,sooo JPR02 RG" 527497 RES M ETA 101 J l l2fY'N 1608 TV2OB6(M)MS

""" eosesa RES M FILM ,soco JPR02 RG" 527497 RES META 10 \ J 1120W 1608 TV2094( M)AVS

R"'" 5277" RES META J 3 1 J 1120W 1608 RG" 527497 RES META 10 1 J l /20W 1608 TV2OO8(M )MS

RA03 30548f, RESISTOR "'0 J IfSW RG" 527497 RES META 10 1 J 1120W 1608 TV2098(M)MS- FM

""" sos-ee RESISTOR '00 J I ISW RG23 5274"'7 RES META 101 J 1120W HiOB """""MIMS

R.OO' 5275t2 RES META I 03 J 1!2rIW 1608 RG23 527497 AES META 101 J veowrece TV2094(M)AVS

reoe 527512 RES META I 03 J 112f1N 1601:1 RG23 527497 AESMETA 101 J t/2C1N 1608 TV2098(M)M$

""" sarsoa RES META I 02J 1120W 1606 RG23 527497 RES META 101 J 1J2(Ni 1608 TV2098(M)MS-FM

""" 527S03 RES META I02 J 112fN11608 RG38 527781 RES META 472 J 1J2(Ni 1608 lV2OO6( M)MS

RA33 52781(; RES META 561 J 1120W 1606 RG38 527781 RES META 4 72 J 112f1'N 1608 lV2094{MjAVS

"",7 "m' AESMETA 33 1 J 1!2CJN 1608 RG38 527781 AES META 472 J 1!2CJN 1608 TV2098(M)MS

""'" 527'" RES META 33 1 J 1120W 1608 RG38 527781 AES META 472 J I I2f1W 1608 TV2098{M)MS· FM

RM<> '277,n RES META 472 J 11'lrfN 1608 RG39 52778 1 RES META 472 J 1f2fJ'N 1608 TV2066{M)MS

RA'" 5275 12 AES MET A 103J 1f2(JW 1608 RG39 527781 RES META472 J 1/2lYW 1608 TV2ll94(M)AVS

RA'" 527512 RES META 103 J 1120W 1608 RG39 527781 RES META 4 72 J 1120W 1608 TV2Q98(M)MS

"'" 5277" RES META 33 1 J 1120W 1608 RG39 52778 1 RES META 4 72J 1120W 1606 TV2098(M1MS-FM

RA70 5276" RES META 224 J 1120W 160 8 TV2086(M)MS RS10 52 7503 RES META 102J 1120W 1606

""" '27"'" RES META 9 13J 1120W 160 8 RS12 527 5O:J RES META 102J 1120W 1608 TV2086(M1MS

RAn 587788 RES META 363 J 1!2OW 1608 AS12 52750 :1 RES META 102 J l f2QW 1608 TV2ll94(M)AVS

""" 530 189 RES META 203 J 1!20W 1608 RS 12 527503 RES META l 02J 1!20W 1606 TV2098(M)MS

wea saeacs RES META 563 J 1!20W 1608 RS 1:! 527503 RES META 102 J 1120W 160A TV2098{M)MS-FM

ROO' """" RESISTon ' 000 J tl5W AV02 452147 RES M FILM 47 J l / HJW SMD

ROO9 305431 RESIS TOn 47 J 1I5W RVSO """ RES M FILM 75 J l / lOW SM lJ

RG05 527503 RES META \02 J 1120W 1608 TV2O&i (M)MS

RG05 527503 RES META 102 J 1120W 1608 TV2094 (MJAVS TRANSFORMADORESRGOS 527503 RES META 102 J 1120W 1608 TV2098(M)MS T401 1170CXl TRIIFO HORIZ DR IVE TL N110 1AH

RGOS 5U503 RES META 102 ,I 1120W 1606 TV2098(M)MS-FM T481 6:144 15 TRIIFQ SII IDII flORIZ TF lM 203AJ

RG07 S~77111 Rl: S META 472 J 1I20W 1608 TV2086(M)MS n oo 62736 1 TRAFO CONVERSOR STt 022· 12VDC TV1030{M)ACDC-FM

Il G07 5277Hl RES METII47;1 J lJ20W 16011 TV2094 (M)IIVS T700 6273li1 rnAFO CON VERSOR STt 022· 12VDC TV l 033(MjAC lJC

RG07 S277H1 RES METII472 J lJ20W 1608 TV209 8(M)MS noo 6273lil m AFO CONVERSOR STt022· 12VD C TV1430(M)AC DC·FM

RG07 527781 RES META 472 J 1120W 1601l TV2098(M)MS-FM noo 627361 TRAFQ CON VEflSOfl snQ22. 12VOC TV1433 (M)ACDC

RGOO saceoe n ES META 563 J 1120W 1600 TV2086(M)MS n01 627370 TRIIFQ CHOOUE TV103O(M)ACDC-FM

RGOO sseece RES META 563J 1120W 1608 TV20941M)AVS trot 627370 TRAFQ CHOOUE TVl033(M1ACDC

RGOO soeeos RES META 563 J 1!20W 1608 TV2098(M)MS r-ot 627370 TRAFQ CHOOUE TV143OlM1ACOC·F M

RGOB 5..16806 RES META 563 J 1120W \608 TV2098(M1MS· FM T701 627370 TRAFO CHOOUE TV 1<133I M1ACOC

"GOO 527825 RES META 564 J 1!20W 1608 TV2086(M1MS rsor 635389 TRAFO FILTAO L1NHA TAF32258T

RGO!l 52782~ RES META 564 J IflOW 1608 TV2094(M)AVS Ta62 682997 TRAFO CONVERSOR TP'N3557AT TV 1030(M )ACDC-FM

AGOO 527825 RES MET A 564 J I flOW 1608 TV2098{ M)MS '"'" 682997 TRIIFQ CONVERSOH TPW3557AT TV l 033(M}ACDC

RGOO 527825 RES META 564 J If2QW 1608 TV2098{M}M$-.FM [862 682997 TAAFO CONVERSOR TP'N3557AT TV1430(M)ACDe-rM

RGll "00" RES META 3.12J 1120W 1608 TV2086(M)MS T862 682997 TRAFQ CONVERSOR TPW3S57AT TV143.1(M)ACDC

RGll 540926 RES META 332 J l l20W 1608 TV2094 (M)AVS T862 682997 TRAFQ CON VERSQA TP'N3S57AT TV2098{M)M$-.FM

non "00" RES META 332 J lf2Q W 16()'l TV2098(M1MS T682 117028 TRAFQ CON VERSOfl TP'N3576AT TV1492(M)AV

RGn "00" RES MET A 332 J I f2QW 1608 TV2098(M)M$-.FM T682 1t702a TRAFO CONVERSQR TP'N3576AT TVI497(M)M

AG14 527709 RES MET A 302 J I l20W 1608 TV2OB6{MlM S T682 1t702tl TRAFO CQNVERSQA TP'N3576AT TV2086(M1MS

RG" 527709 RES MET A 302 J 1120W 1608 TV2094(MjAVS T682 1t702ll TRAF O CONVEASOA Tf'VoI3576AT TV2092(M)AV

RG" "'7700 RES ME TA 302J I l20W 1608 TV2098(M)t.tS T682 1t702ll TRAF O CONVEASOA TPW3576AT TV2O'J4\M)AVS

RG" 5>7700 RES ME TA 302J 1l2fJW 1608 TV:?098{M)MS- FM T682 1t702ll TRA FO CONVERSOR TPW3S76AT lV2OO7(M)M

RGlS 437 165 RES MFILM ,scoo F SFR l6S TV2OO6(M}MS T682 "702a TRAF O CONVERSOA TP'N3576AT TV2098(M)MS

RGlS 437165 RES MFILM ,scco F SFR16S TV2094(M1AVS

RGlS 43716~ RES M FILM ,sccc F SFR16S TV209l:l(MjII.-lS TRAN SISTORESRG15 437 165 RES M FILM 15000 F SFR16S TV209 8(M)MS-FM 0109 IG31l255 TRANS BC856A SOT23 08180

RG16 527576 RES META 162 J ll20W 1608 TV2OO6(M)MS a ·1fJ2 I 1210t7ITRANS 2SC22J5.Q(TPE6.C) I17

RELAc;:Ao DE COMPONENTES DE REPOSIc;:Ao

TRANSISTORES COMPONENTES E PARTES OIVERSAS NA PCIr-es NE DESCR ICAo MODELO r-es NE DESCRIQAO MODELO

Q404 11784 3 TRANS FJAF6806DYDTBTU Dl0075 Rn o 685 17 3 TRIMPOT CE RM ET VERT 10K TV1433(M)AC DC

0405 635469 TIlANS KTC3209 RT Reoo 634 353 TER MISTOR DISCO 8 OHMS

0 422 635469 TRANS KTC3 209 RT S801 670704 CHAVE POWER BIPOL AR AAP Y2211 TV1030{M )ACDC-FM

0430 635460 TRANS KTC3200 RT S80 1 670704 CHAVE POWER BIPOLAR AAPY22 11 r V1033{MjAClJC

0 432 452G!J2 TRANSISTOR DTC 123JK T46 (SMD) S80 1 670 704 CH AV E PO WER BIPOLAR AAPY2 211 TVt430(M)ACDC-FM

ccn 635478 TRANS KTC2874 RT S801 670 704 CHAVE PO WER BIPOL AR AAP Y2211 TVt 433(M)ACDC

0 82 1 634291 TRANS KSCH123-Y 30T23 Om80 TV2 0fl 6(M )MS S801 5304G5 CHAVE PO WER SD KLA t .er- t TV 1482(MIAV

0 621 634291 TRA NS KSC1623-Y 50T23081 80 TV 2094( MjAVS S801 530 4C5 CHAVE PO WER SDK LA 1-81' 1 TV1497 (Mj M

QG21 634291 fHANS KSC 1C23·Y SOT23081lJO TV 208lJ(M)MS sect 530 465 CHAVE POWER S DKLA1.[3 Pl rV2086(MjMS

0621 63429 1 TRANS KSC1 623-Y SOT23 081 110 TV2098 (MjMS-FM S80 1 53046 5 CHAVE POWE I1 S DKLA1-BPl TV2092(MjAV

0631 G35478 TRANS KTC2lJ74 RT TV2 0lJ6IM)MS S801 530465 CHAVE POWE R SD KLA1-flPl TV2084(MJAVS

0631 63~478 TRANS KTC21174 RT TV 2094(M)AVS S801 530465 CHAVE POW EI1 SDKL.Al-BPl TV209/(M)M

063 1 635478 TIlAN S KTC2874 In r V2098(MjMS S80 1 530465 CHAVE POWEH S DKL.Al -BI' l TV2098 (MjMS

063 1 635478 TRANS KTC2874 RT TV2098(MjMS· FM S80 1 530 465 CHAVE POWER S DKLA 1·8 P I rV2O'J8{M)MS-FM

QMO 634255 TRANS BC856A SOT23 08180 TV 1030 (Mj ACDC·FM SAOl 57299 0 CHAVE TACT VERT SKONLBDOlO

0640 G342o~ TRANS BCfl56A SOT23 08 180 TV1 430 (MjACDC -FM SA02 572990 CHAVE TACT VERT SK ONLBD0 10

OMO G34255 TRA NS BGfl5GA 5 0 T23 08180 TV 2098 (MjMS -FM SA03 572990 CHAVE TACT VERT SKONLBD010

0<; " C3429 1 TnANS KSC1 623-Y 50T23 08 180 TV10 30(M)ACDC-FM SA04 572990 CHAVE TACT VERT SK ONL BDOlO

0<; " 63429 1 TRANS KSC1623·Y SOT23 08 180 TV1430(M)ACDC-FM SA05 572990 GHAVE TACT VERT SK ONLBD010 TV20!lG{M)MS

0641 63428 1 TRANS KSC1623 ·Y SOT 23 08 180 TV2D98(MjMS·FM U935 688278 PCI FON TE AGOC U16 1033 MONT TV1030{M)ACDC·FM

OC52 634255 mANS 6Cfl56A SOT23 OIl1BO U935 li ~ ~ 278 PCI FONT E AC OC U 16 1033 MONT TV1033(MjACDC

moo 38582G Tn ANSISTOR 2SA102QY TV 1030( Mj ACOC -FM U942 118 129 PCI PRINC U17 1030 MON T TV1030(M)ACDC-FM

moo 385826 Tn ANSISTOR 2SA 1020Y TV1033 (M)AC DC U942 122245 PCI PRINC U17 1033 MON T TV1033(MjACDC

moo 31151J2G TRANSIS To n 2SA1020Y TV1430(Mj ACOC-FM U942 117914 PCI PRINC U17 1430 MONT TV1430{M)ACDC-FM

moo 385826 TRA NSISTOR 2SA1020Y TV1433(Mj ACDC U942 12230 1 PCI PRINC UI 7 1433 MONT TV1433 (MjAC DC

0702 G34317 TRANS KSC1 1115-Y TO -92 AM0 25 TV1030{MjACOC·F M U942 112090 PCI PRINC U17 1492 MONT TV1492{M jA V

0 702 634317 TRANS KSC1 1115-Y TO -92 AM025 TV1033(MjACDC U942 1109 11 PC I PRINC U17 1497 MONT TV1497(M)M

0702 634317 H,ANS KSCl fl 15- Y TO -92 AM025 TV1430(Mj AC DC-FM U942 112 143 PCI PRINC U1 7 2086 MONT TV20fl6( M)MS

0702 634317 fI~ANS KSC1 815-Y TO-92 AM025 TV1433(M)ACDC U042 1117 65 PCI PRINC U 17 2092 MONT TV2O'J2(M jAV

()7QOA 673168 TRANS IRF540N TO-220A8 L2525 TV 1030 (M)ACDC·FM U942 117686 PCI PRINC U17 2094 MONT TV2094(MjAVS

()7GJI\ 67J 168 TRANS IRF540N TO-220AB L2525 TV1033(M)ACDC U942 117508 PCI PR INC U 17 20 97 MONT TV2097(M)M

lJ7GJA 673 168 TRA NS IRF540N TO-220A8 L252 5 TV 1430 (M)AC DC-FM U942 118502 PCI PR INC U17 20 11 8 C/FM MONT TV2098 (MjMS-FM

(l700 A 673168 TRANS If1F540 N TO-220 AB L2525 TV 1433 (M)ACDC U942 111B54 PCI PR INC U17 20118 MONT TV2098{MjMS

0704 634317 TRANS KSC1 815.y TO-92 AM025 TV 1030(M )ACDC·f M XA01 119 11 64 f tLm o CEn Sf' ELf' lO MlHAOC-AO TV 1OJO{MjACDC -FM

Q704 634317 TRA NS KSC1815·Y TO·92 AM025 TV1033(M)AClJC Z130 03 4344 FILTRO SAW HDIF45A7M

0 704 634317 m ANS KSC18 15-Y TO-92 AM025 TV 1430( MjACOC-, M Z640 1199 54 FILTRO CER SFELF10M7HAOC-AO TV1430{M)AC OC·FM

0704 0343 17 m ANS KSC 181 5·Y TO -92 AM025 TV1433(MJACDC Zfl4 0 1199 54 f'I LTRO CER SFELF10M7 HAOC·AO TV20Dfl{M)MS-FM

lJ 700A 673 168 TRAN S IR f'5 40N TO-220AB L25 25 TV 1030(MjACDC·FM ZC40 56768 6 FILTRO CER 3.04MHZ CSTS3fl4MG03

Q">t;A 673 168 m ANS IHF540N TO-220A6 L2 525 TV1033(Mj ACDC

0 7" iA 67;)168 TRAN S IRF540N TO·220A6 L2625 TV1430(Mj ACOC-FM COMPONE NTES E PARTES DIVERSAS FORA DA PCI()700A 6731GB TRAN S IRF540 N TO-22 0N3 L2525 TV1433(M)AClJC ~[ , 05A 056061 CO NTROLE REM OTO MON T CT71 60 TV1OJO(M)ACOC-FM

0840 G35469 TRANS KTC3209 RT ,\ [ '0'1\ C600Gl CO NTROLE REMOTO MONT CT7160 TV 1OJ3(MjACDC

0 901 634308 TRANS KSC2330-0 TO -92L AM025 AF lOOJI G56070 CONTROLE REMOTO MONT CT7 170 r V1430(M)ACDC-FM

0003 634308 TRANS KSC 2330-0 TO -92L AM025 AE' ool\ 656070 CONTR OLE REMOTO MO NT CT7170 rV 1433{M)ACDC

0 905 C34308 TRA NS KSC2330-0 TO-92L AM 0 25 Af,"'>A 656070 CON TROLE REM OTO MO NT C I 7170 TV1492(M )AV

Q900 451682 TRANSISTO R OTC 123JK T46 {SMD) ,\>-"01\ 656070 CONTROLE REMOTO MON T CT7 170 TV20ll2(M jAV

,,,',, ,1\ 656070 CONTR OLE REMOTO MONT CT7170 TV2094 (M)AVS

COMPONENTES E PARTES OIVERSAS NA PCI t,[, O' '\ 656089 CO NTnOLE R[MOTO MONT CT7180 TV I 497(M)M

F8DI 162772 FUSIVEL RETAn OADO 3, 15A 250V AE" ,'\ 65G089 CO NTROLE n EMOTO MONT CT 7180 TV208G{Mj MS

non C909S1 SINTON IZADOR ELA5 1LXF A[", '\ (;56089 CO NTnOLE REMOTQ MONT CT7HJO TV~097 ( MjM

KI:>OI 635799 SE NSOR e n TS OP4838UH l CI SUP A[" ' I\ 65C089 CO NTROLE REMOTO MONT CT7 180 TV2IYJ8(M)MS

P802 609032 CARO FO RCA CITERM INAL ,\F1O',A 65GOfl 9 CONTR OLE REMOTO MONT CT7HJO TV2098(M)MS-FM

0709 637[}65 FOTO AC OP LADOH PS25fl 1L1{O) TV1030 (M)AC DC -f' M AC\"" 6 74719 GA E3 INE TE FRO NTAL CONJ TV208f){MjMS

0709 637065 ,.OTO ACOPLADOR PS2581L1(0) TVl 033{M)AC OC f,G'o , 676325 GABINETE FRONTAL CO NJ TV1497 (MjM

m09 637065 FOTO ACOPLADOR PS;<5S1 L1(0 ) TV143D(M)ACDC·FM I, G'o , 6fl6092 GABIN E; TE FRONTAL CONJ l V20ll 2(M)AV

0 709 63106t> FOTO ACOPLADOR PS25Hl L1(OJ TV14 33(MjACOC AG1O' 6864 12 GABINETE FRONTAL CON J TV 14ll 2(M)AV

n720 68S17:1 TRIMPOT CE RM ET VERT 10K TV l030(M)AC DC·FM I\G 'o , 690746 GABINETE FRONTAL CON J TW1l94(M)AVS

Rno L86 173 lH IMPOT CEHM ET VERT 10K TV1033(M)ACOC "",,,,, 691317 GABINETE FRONTAL CONJ TV 14~0(M jAC [)C -FM

R/ 20 fm5173 TR IMPOT CE RMET VERT 10K TV1430(MjACDC -Hvl .\" 10 ' 6913 17 GABINETE FRON TAL CO NJ r V1433(MJACOC

18

RELACAO DE COMPONENTES DE REPOSICAO

COMPONENTES E PARTES DIVERSAS FORA DA PCI COMPO NENTES E PARTES DIVERSAS FORA DA PCIPOS NE DESCRIQAo MODELO POS NE DESCRIQAO MODELO

AG1O' 6913 80 GAE3INETE FRONTAL CONJ TV l 030(MIACD C·FM V90l 684432 CINESC 9" A22JWG09GX04 5,25MH TV l 033(M)ACDC

All'"' 691380 GAEl INETE FRONTilL CONJ TV10:33(M)ACDC WHoM 61435 7 ALTO FAL 3P 80 HM 3W ALNI TV1430 (M)ACDC -FM

A'l '01 698 169 GAB INETE FRONTAL CONJ TV2097(M)M ' WOOOA 61430 7 ALTO FilL 3P flQ HM 3W ALNI TV 1433 (M)ACDC

,\ G"" W 8178 GAB INETE mONTAl CONJ TV2098(M)MS wooo/\ 61 4357 ALTO FilL 3P 80HM 3W ALNI TV 14g2(M)AV

AG, O' 6~I:l17B GN , INETE FRONTAL CONJ TV2098IM1MS·FM W" 6OA 61 4357 ALTO Fil L 3P SOIl M:3W i\LNI TV1497(MIM

' ,0 '02 11222 9 GABI NETE TRASE IRO CO NJ TV1030(M)ACDC-FM W(;"OA 614 3, 5 ilLTO FilL 40X 70MM IJOHM 3W FERn TV1030(M)AC OC-FM

AG IO> 112229 GARINETE TRASE IRO CONJ TV1033(M)ACOC 'I'I( # JA &14375 ALTO FAL 40X70MM lJOHM 3W FERR TV1033(M)ACOC

,\ 010> 647~99 GABINETE T8 A5 EIF10 CONJ TV2094(M)AVS wouoA 614366 ALTO FAL 4P 80HM 3W ALN I TV2092(M)AV

,\ G 1O> 11f14405 GA BINETE TRAS EIRO CONJ TV209I:l(M)MS ',".W:,oA 61436(; ALTO FAL 4P HOHM :,W ALN I TV2OfJ4(M)AVS

..\ 01 02 6lJ4405 GAB INETE TRASEIHO CONJ TV209 8(M)M5 -FM WOUOA 614366 ALTO FAL 4P 80 HM 3W ALN I rV2097IM)M

AG1U" 691344 GAB INETE TRASEIRO CONJ TV1430(M)ACDC-FM I%GM 614366 ALTO FAL 4P 80 HM 3W ALNI TV2098(MjMS

A(" O. 691344 GAB INETE TRASEIRO CONJ TV 14331MjA CDC WWJA 614366 ALTO FAL 4P 80HM 3W ALNI TV2098(M)MS-FM

'001 497019 CINESC 14 A34KQW42X02-3 ,0 MH TV1430(M)ACDC· FM W660A 61454 3 ALTO FAL 50 X90M M 80HM 3W FERR TV208G(M)MS

V901 497019 CINE5C 14 A34KQW42X02-3,OMH TV1433 IM)ACDC we,f"''' 550442 ALT O FAL 1,6P lGOHM 1W FERR TV1430I M)ACDC-FM

V90t 4970 19 CINESC 14 A34KOW42X02-3 ,0 MH TV1492(M)AV W"WI 550442 ALTO FAL 1,6P 1li OHM 1W FERn TV1433(MJACOC

V901 49701\) CINESC 14 A34KQW42X02-3,0 MH TV1497(M)M weeco 55044 2 ALTO FAL 1,GP 160 HM 1W FERR rV1492{MJAV

V901 490490 CINESC 20 A48KRD89X08 TV20flB(M)MS we,f,O" !:iS0442 ALTO FAL 1,GP 160 HM 1W rERR TV 1497(M)M

V901 490490 CINESC 20 f,48KRD89 XOlJ TV2092(M)AV WooW 55044 2 ALTO FAL 1,6P 160 HM 1W FERn TV2092{MjAV

'9,>1 490400 CINESC 20 A4(lKRD139X08 TV2094IM)AVS wccce 550442 ALTO FAL 1,li P 160 HM 1W FERR TV20'J7(M)M

V901 490490 CINESC 20 A48K RD89 X08 TV2097(M)M WOtiW (;14366 ALTO FAL 4P 80 HM 3W ALNI TV2094(MjAVS

V901 490490 CINESC 20 A48KR D89X0 8 TV2098(M)MS 1% 60G (;14366 ALTO FAL 4P 80 HM 3W ALNI r V2098{M)MS

V901 490490 CINESC 20 A48KRD89 XUI:l TV2098(M)MS-FM W"oW G1436G ALTO FAL 4P 80HM 3W ALNI TV2CBI\{M)MS-FM

V901 684432 CINESC 9" A22JWGU98X04 5,25M H TV1030{M)ACDC-FM W" GOO G14 ~43 ALTO FAL 50X90MM 80HM 3W FERR TV20flGIMjMS

RELACAo DE COMPONENTES PARA MONTAGEM DO KIT FMlmportante: 0 ende reco OPTM2 devera ser alterado comforme tabela OMTM2 pag.: 6.

COMPONENTES A SEREM INSERIDOS NA PCI PRINCIPALPOS NE D E S C R l y AO MODELO pos NE DESCRIQ AO M O D ELO

ANTl 53flflG2 ANTENA TV FM 0 1"0 1 5420 14 CIRC INT TC74HC4053AF{EL)

C612 537789 CAP ELCO 47/JF'M 25V ase RT050 QFU3 58GG18 CIHC INT MG2320FP

CFOt 440204 CAP CE il 10000 Z SOV CK45F RFOl 30548(; RESISTOR 100 J 1!5W

CF03 5373CO CA P ELCO 1tJF M 1OOV 1\5G RT05 0 RFO? 305486 RESISTOR 100 J 1!5W

CF04 537360 CAP ELCO l tJF M l CXJV 8~G RT050 RF03 30S41\6 RESISTOR 100 J 1I5W

CF05 537770 CAP ELCO 10UtJF M 25V lJ ~G rlTOSO RF04 3054 86 RESISTOR 100 J 1I5W

eros 440204 CAP CER 10000 Z 50V CK45F RF05 306760 RESISTOR 22000 J 1!5W

CFOS 537805 CAP ELCO 2,:M ' M l00V 85G RTOSO RF06 306760 RESISTOR 22000 J 1!5W

CF10 537805 CAP ELCO 2,2,uF M l 00V 85G RT050 RF07 305486 RES. '00 J 1!5 W T26

CF12 526899 CAP . ELCO lO/JF M ,illV 8SG RT050 RF08 305486 RES. ' OO J 1!5W T2(;

06 12 304619 0 1000 RET 1N4148 RF09 305486 RES. 100 J 1!5W T"G062 3046\9 0 1000 RET l N4 148 RF10 305486 RES. ' 00 J 1!5W T"OF10 344292 0 10 00 ZENNErl MTZ J 12 A 0034 RFll 306706 RESISTO R 10000 J 1!5W

GJ65 342846 JU MPER 7 .~ MM FANTASMA RF12 306706 RESISTOR 10000 J 1!5 W

GJ69 342837 JUM PER 5,0 MM FANTASMA RF13 ~06106 RESISTOR 10000 J 115W

GJf' l 342837 JUM PER s.o MM FANTASM A RF15 306706 RESIST OR 10000 .J1!F,W

GRGt ' 3';2837 JUMP ER 5,0 MM FANTASMA RF2t 30 6706 RESISTO rl 10000 J 1!5W

HFU1 530107 MODULO FM HF'M0101 RF22 30G706 RESISTOrl 10000 .11I5W

LFOl 413 t 30 SOB INA CHOO .10 UH J RF23 306706 FlESISTOR 10000 J lISW

0 612 452824 TFlIINSISTOH )S A1037AKTH60 SMD RF'25 30fl , 06 RESISTOR 10000 J 1!5W

OA02 588974 CIRC INT AT24 C08· lOPC·2.7 81"3

COMPO NENT ES A SEREM RETIRADOS DA PCI PRINCIPALpos NE DESC R IQAO MODELO pos NE DESCRIQAo MO D El O

GJF2 342837 JUM PErl 5.0 MM FANTAS MA ESTE REO GJ68 342B7:, JU MPER 15,OMM FANT ASMA

GJf3 342837 JUM [' En 5.0 MI.'l F'ANTASMA 0 1102 480 606 CIRC INT 1:3 1-l24C04F· E2 SM D

GJI1 G 342fl91 .JUMPE R 20,OMM FliNTASMII PS01 ~87 G 9 9 PCI SPOT U1~ MO NT

G.1117 342il 91 JUM PER 20.0MM FANTASMII

19

FORMAS DE ONDAS

CIRCUITO DA FONTE

1) Formas de Ondas no STR-W5753A - 0801.1.1) Cana l 1 - Pino 3 - Amp. 1,2 Vpp1.2) Cana l 2 - Pino 7 - Amp . 1,1 VppTensao de entrada 127VAC .

2) Formas de Ondas no STR-W5753A - Q801.2.1) Canal 1 - Pino 3 • Amp . 1,0 Vpp2.2) Canal 2 - Pino 7 - Amp. 1,1 VppTensao de entrada 220VAC.

13 " I" ~oo;

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--- ---.----

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------- 'c i .. ------- ~-------- T --------- --,.. -----H..---1------

I] A p r 2005lb; 16 ,"7' " " ~,' " i. ' . '-4 0 , 0 0 0 0 '"

3) Forma de Ondas no STR-W5753A - 0801.Canal 1 - Pino 1 • Amp. 380 VppTenseo de entrada 127VAC.

4) Forma de Onda no STR-W5753A - 0801.Canal 1 - Pino 1 - Amp . 540 VppTensao de entrada 220VAC.

I

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5) Formas de Ondas no secundario do TrafoConversor TPW3576AT · T862.5.1) Canal 1 • Pino 10 • Amp. 61 Vpp5.2) Canal 2 • Pino 12 - Amp . 48 Vpp

6) Forma de Onda no secun dario do TrafoConversor TPW3576AT - T862.Cana l 1 - Pino 7 - Amp . 342 Vpp

"

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'" ~~.O v" 1~.V "

\4 A pr 2"05\ S: 27 : H

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,,""'''

20

FORMAS DE ONDAS

CIRCUITO DE DEFLEXiio HOR IZONTAL

7) Formas de Ondas no ~l ControladoAA88XXXXX ,05017.1) Canal t . Pino 12 - Amp. 7 Vpp7.2) Canal z - Pino 13 - Amp. 5,3 Vpp

8) Formas de Ond as no Trans.2SC2235 - 04028.1) Cana l 1 - Base de 0402 - Amp. 1.30 Vpp8.2) Cana l 2 - Coletor de 0 402 - Amp. 60 Vpp

H ,'"·v,,....•.•.,._-

, '. " '" '/00 ;, " l.l : OJ

'1: ,," ': ~ 'I

,~

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," "i{\ ,:\ ,i\ ~,,~ ,...\ ,.,".I' ,, ,- - ~ - -

~o v'~" I" ~ OU"'1:21'"

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-,

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,- -~.(;il ' .' '" v L"; "i ',:,:, ,:

i,l I1---.....,..-~. . .,.. ....,.

9) Formes de Ondas no Trans.FJAF6806DY ­Q404 (Transistor de Saida Horizontal),9.1) Canal 1 . Base de 0404 - Amp. 10 Vpp9.2) Canal 2 . Coletor do Q404 - Amp.1060 VppObs: usar ponte de prova X100.

10) Forma de Onda no Fly Back TFB4203AJT461.Pulso para AFC (Contra le Automatico deFreqoencta .Canal 1 - Pino 10 do FBT - Amp. 144 v pp

.. " I '.'"' ,V., , ' n '-'

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.. to ''' '' ''H' '" " ' " .. ,- 0 ,00 000 • 1] " '" ~ OOS' " "'''~" ,..", ',."", " '" " · ~ · O . O O Il " O ,

, '''''' ~o O ', 7: '" :I ')

11 ) Forma de Onda no Fly Back TFB4203AJT461,Crmat t -Pino 9 do FBT (Filamento)­Amp.29,4Vpp.

12) Forma de Onda da atuacac do ABL ao Iigar atelevisor.ABL: Nivel Automatico de Brllho.Canal 1 - Catodo de 0224 - Amp. 24,5Vpp

~<:ia.t' ,. . . .~ " . y l oo,

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21

FORMAS DE ONDAS

CIRCUITO OE DEFLEXAO VERTICAL

13) Forma de Onda no ~1 ControtaooAA88XXXXX - 0 50113.1)Canal 1- Pino 15 (Vert.D. Serra) -Am p. 1.7 Vpp., 3.2)Canal 2-Pino16 ($aIda P'Q301 A) -Amp .1,9Vpp.

14) Forma de Onda no CI-STV9302A - Q301A14 .1)Canar , -P ino 1(EnUada Inverbd.::l) - Amp.26Vpp.14.2)Canal 2·Pino 5 (SaidaplYokc).Amp.29 ,4Vpp_

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., " 0.00000 <I ~"'"r lOOS'l:U:1l ".- 0 .00000.

Il A", lO G11:0""7

15) Forma de Onda no CI-STV9302A - Q301 A15 .1l e ana l j , Pi no 3 (Oorndor FBT)- Amp. 26 Vpp .15.2) Canal 2- Pino 6 (tonto do ostaqc de sa ida) •

Amp. 29,4 Vpp .

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SINAIS DE ViDEO

16) Forma de Onda de Video com padrao deBarras Cotondas.

16.1)Canal 1- Pino 30 do u ControladorAA88XXXX - 0501 Amp. 26 Vpp.16.2)CanaI2-Ponto de TesteT P12·Amp.29,4VppEste sinal vat para 0 pino 26 do ~l Comrolador 0501 .

17) Forma de Onda do sinal de sa fda R

(vermelho) do J.l. Controlador 0501 .Canal 1- Pino 50 Amp. 3,9 Vpp.Este sina l ve l para a Base do TransistorKSC233 0 0901 na Placa do CRT.

".~ 11.600. <' ~ " '" 100 1' ~ :l l : ....

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, I...,.

~, f'/#1•••

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FORMAS DE ONDAS

SINAIS DE ViDEO

18) Forma de Onda do sinal de sa loa G (verde)

do Il Controlador 0501 .Canal 1- Pino 51 Amp . 3,9 Vpp.Esle sinal vai para a Base do TransistorKSC2330 Q903 na Placa do CRT.

19) Forma de Onda do sina l de saida B (azul)do J-l Conl rolador 0501.Canal 1- Pine 52 Amp. 3,9 Vpp.Estc sinal vai para a Base do Tra nsistorKSC2330 Q905 na Placa do CRT.

' 4 /\ P ' 2 0 0 ', ,,, ;; J{'j ,,, " •• '0, 4 0 " 0 ,

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j I~\ ilJli1l ~ rirll~ r'IJ'lilrf 'iW.V , wU~ ~ U'" Mil.... l,.,; t, I000o'

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14 tl p r l 00 5l :i :H:Hi, ''' , ' ,. ~ > " . 4 0 0 0 ~ '" ,,

20) Forma de Ond a do sina l R (verm elho) naPlaca do CRT.(Sinal Padrao de Barras Coloridas)20.1) Canal 1- Base de 0901 Amp. 3,7 Vpp .20.2) Canal1.- Coletor de 0901 Amp. 91Vpp.

21) Fo rma de Onda do sinal G (verde) na Placedo CRT .(Sinal Paorao de Barras Colondas]21.1) Canal 1- Bas e de 0 903 Amp . 3,7 Vpp.21.2) Canal 2 - Colel or de 0903 Am p. 91Vpp .

14 "I" 2 00'' 0 : :" ;: 14

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22) Forma de Onda do sina l B (azu l) na Placa doCRT. (Sinal Padrao de Barras Coloridas)22 .1) Canal 1- Base de 0905 Amp . 3,7 Vpp .22 .2) Canal 2- Coletor de 0 905 Am p. 91 Vpp .

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14 " I" 2 0 0 S10: 40 : 1 1

23

FORMAS DE ONDAS

SINAIS DE AUDIO

23) Saida do sinal de audio do uc onrroteoor .0501. (F = 1KHz).Canal 1· Pino 38 de Q501 Amp . 1Vpp.Nos aparelhos estereo este sinal vat para 0 pine 7 doOecodificador Estereo UPC1851 - OG01 . Nos aparelhosmono 0 sinal de audio sat do II Processador 0501 pine 28direlo para 0 Amplificado r TDA7267(Q610) pino 4.

24) Sa idas dos s inais do audio do DecodilicadorEstereo UPC1851 - OG01. (F:::1 Khz).24.1)Canal 1- Pino 25(canal R) Amp . 1,15Vpp.24.2)Cana l 2- Pino 26(canal L) Amp . 1,15Vpp.Estes sinais vollam pI J.l ConlroladorQ501pinos 22 0 32 de

Contrale do AVL (Niv el Automatco do Volume).

' ~AI" 200''" :J4:"" .- 0 ,0 00 00 >

,....,+.._'+•.,.;_._.,.,_.,-;.•.,--+-;

.r.. ~ . . I ~ . . . . : .

i.

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14 Ap r 200;15:2""'"

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. ,j -' '' ' i • • - 0 .00000'.. .. t ,

25) Saida do AVL dos sinais de audio do~Contro lador 0501. (F = 1KHz) .25.1}Canall - Pino 28(canal R) Amp. 230mVpp.

25.2 )Canal 2- Pino 29(canal L) Am p. 230mVpp.

26) Entrada oo sinal de aud io nos Amplificadorcs

TDA7267, 061 0 e Q630(modelo estereo) . F:::1Khz26.1)CanaI1-Pino 4 do 061 O(canal R)Amp.86mVpp.26.2)CanaI2-Pino 4 de 0630(canal L)Amp.86mVpp.

1~ A p r 2005' ~:4" ' 0~

") ·:'.If'' ' ·

I ' '' ','

' 4 " r r 200', 6:41:24,,, "'" : " • • 0 . 00000 <"""n'

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,-,.• .•.!-, •• - i " " "" + <" , " ' H _ _" ' '''' ''''' ' '' ' '' ' _' _' • .,.;.,.:.j, ,

\j~V:iiII;" - : ' ;~ :l " "C d-;-; ',',,':,''-;;;T 1o,; 4 0 011< '" , :t" f '" " " '"

27) Safda do sinal de audio nos Ampl ilicadores

TDA 7267, 0610 e 0630lmodelo estereo) . F:::1KhzCanal1 -Pino 2 de 0610 (canal R) Amo .a.a vpp.Canal 2-Pino 2 de 0630 (canal L) Amp . 3,4 Vpp .OBS : A ampl itide ira varia r de acoroo com 0 nivel de vo lumee mcd utacao do sinal.

~ st o p

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,.H·,·'.... ... ·,·i·,..•....

M 400>, ' A , ' " f 2 00 "'v

"." 0 . 0 00 0 0 '

, ~ Ap r l005' " " O:OR

FORMAS DE ONDAS

CONTROLE I SINCRONISMO

28) Sinais de Sincronisrno no ucontroreoor 0 501 . 29) Sinais de Controte no ucontrotaoor Q50t.28 .1)Ca na l l- Pino 48 (Saida do Sinc.) Amp. 4,6Vpp. 29. 1)Can a l l . Pine 2 (Sell) Amp. 5 Vpp.28 .2)CanaI2- Pino 62 (Entrada Sine.) AmpA,3Vpp. 29.2)CanaI 2· Pino 64 (SDA1) Amp.5Vpp.

. « VI< ",• • 11". .., .. .. ~ ," v

r-~ ···-··· ···· 1· · · 1··~7,," v

" ,"'on ' " ,," ,"o (""irr: r-r- rr: r- ', I II Ii I ' i " 11111. 1'1

, . : ! . ./ I

i' '. ' I ·,.. .. . c . .. , . .... ... ... .-..... ..

• ;_' _H+-!_' ,.•• 1-" , • .j •. • • .•.t •.,.•.. , •• •+.·.·.·.·i-.·.·, ,·i·· .... • • • • !-,- ,'., I • • • , .j . , .,! .. , . , .. ,.,~, r- '- -. I~ ............... 1"""""'". I"""""'" I"""""'";r- r-"",r- ! i '.1' _

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---' - I! .. .. ..." .. c, _~~.__~..._._..__ .._.,1

i;]j , "0' (h., 1 O ~ \' ' '.i4~ " <'''' / ' . 6 0 1/ diiJ ;",0" v ("2 .00'"'' " 200 ~ ,, (I" r 5. 6 0 II

.•....." '~ A p . 10 0 '~------.';;",,> 'T'",:;,

~ ... . 10 O~

I"t ' ". w , " .. _OO,OOOn. 10 ;S S; 10 1,"'1 ... . n • .ooo , 1 0" ~ '"

30 ) Sinais do Cnstal XA01 (8MHz)30.1)Canall- Pino 6 (Perfodo 125ns) Amp. 5Vpp.30.2}Canal 2- Pino 7 (Portodo 125ns) Amp. 5Vpp.

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I 'h,;:,,'." '4"I" 10O ~".." '''''''' ,"'· 0 . 000 00 . lJ: o S: 20

FONTE DC . (Ap enas pa ra Telev iso res AC/DC).31) Sinais Den te de Serra no C.1. SG3525AN 32 ) Sinais de sa ida do C. 1. SG3525AN 0705 com0705. tensao de entrada de 12VDC.31 .1)Canal 1· Pino 5 Amp. 2,3 Vpp. 32.1)Canal 1· Pino 11 (saioa A) Amp. 10,5 Vpp.31.2)CanaI2· Pino 7 Amp. 2,3 Vpp. 32.2)CanaI2· Pino 14 (saida B) Amp. 10,5 Vpp.

Estes sinais vao para a Ba se desTranststores fRF540Ncsnoos nas posicoes 0703 0 0706.

• ', eVu • ", eVu .. ., ,

" " 2 .. ] 0 v ,·1" 'to -;,'• • '.01 \i ..

'" ~"

/ / ;1//,/"- '- '- ... '- '- ", '

I iiI I II, , I,- - - - - -, I

··· ·1·····1··· · .... .... ,....."" .....,.. , .. ., ,-, . ...,-..... loo.o. . : ... lo....• '-c. '-; ....:-.. .

1/,/IV/ / 1 I ,,- - - - - -,!

I ....~L • •_,.~J , ,m ' ., Ii ,; u V.J ~

d ' ' - ' ... .......-'-_...............,....~-"'" , ",)t, '.0" Ii M 20.01" to.' <..' " / ',40 V ,"'I 'V on \i " 4 0 .01'< " " , r " 00 V

,--, e M. y 100 ~• M ". 1" 1>~.. ·· " .0" 00" . ' . :ll :4 ' " " " .00 00 0 ' '. :]9'. I

FORMAS DE ONDAS

FONTE DC . (Apenas para Televisore s AC/DC) .

33) Sinais de saida do C.1. SG3525AN Q705 comIonsao de entrada de 24VDC.33.1)CilnaI1 - Pino 11 (saida A) Amp. 12,5 Vpp .33.2)ClmaI2- Ptno 14 (sa ida B) Amp . 12,5 Vpp.Estes sinais VaG pam a Base dos Tran sistores IRF540Nusados nas coscoos Q703 c Q700 .

34) Formas de onda no Primario do Trafo Conve rsorST1022 T7 00. Tensao entrada 12VDC.34 .1)Cana I1- Pino 3 Amp . 38 Vpp.34 .2)Canal 2- Pino 4 Amp . 38 Vpp.

" Mol' 2 0 W,' 6 "0 '0 5

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j· t _ , r- ,.,...,.,.L "'."0'" :_ ..,' ' '0,_':;_- !

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