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GENERAL ADJUSTMENTS

SPECIFIC INFORMATIONS

 Location

No.

Part No.

Description

 Location

No.

Part No.

Description

CM73

24794100

EL, 10?F, 

±

20%, 16V

CR01

24539104

PF, 0.1?F

CR02

24539104

PF, 0.1?F

CR03

24539104

PF, 0.1?F

CS02

24797229

EL, 2.2?F, 

±

20%, 50V

CS04

24797229

EL, 2.2?F, 

±

20%, 50V

CS08

24797229

EL, 2.2?F, 

±

20%, 50V

CS10

24797229

EL, 2.2?F, 

±

20%, 50V

CS14

24797229

EL, 2.2?F, 

±

20%, 50V

CS16

24797229

EL, 2.2?F, 

±

20%, 50V

CS32

24794100

EL, 10?F, 

±

20%, 16V

CS33

24794100

EL, 10?F, 

±

20%, 16V

CS40

24797010

EL, 1?F, 

±

20%, 50V

CS42

24797010

EL, 1?F, 

±

20%, 50V

CS43

24436331

CD, 330pF

CS44

24436331

CD, 330pF

CS45

24436331

CD, 330pF

CS46

24436331

CD, 330pF

CS47

24436331

CD, 330pF

CS48

24436331

CD, 330pF

CS51

24212102

CD, 1000pF, 

±

10%

CS52

24212102

CD, 1000pF, 

±

10%

CS70

24794220

EL, 22?F, 

±

20%, 16V

CS71

24794220

EL, 22?F, 

±

20%, 16V

CV01

24206108

EL, 0.1?F, 

±

20%, 50V

CV03

24206108

EL, 0.1?F, 

±

20%, 50V

CV05

24232103

CD, 0.01?F, +80%, -20%

CV07

24591223

PF, 0.022?F

CV09

24206108

EL, 0.1?F, 

±

20%, 50V

CV11

24232103

CD, 0.01?F, +80%, -20%

CV13

24206108

EL, 0.1?F, 

±

20%, 50V

CV29

24232103

CD, 0.01?F, +80%, -20%

CV31

24206108

EL, 0.1?F, 

±

20%, 50V

CV36

24794220

EL, 22?F, 

±

20%, 16V

CV38

24763471

EL, 470?F, 

±

20%, 16V

CV39

24232103

CD, 0.01?F, +80%, -20%

CV41

24591223

PF, 0.022?F

CV45

24232103

CD, 0.01?F, +80%, -20%

CV46

24794101

EL, 100?F, 

±

20%, 16V

CV47

24794100

EL, 10?F, 

±

20%, 16V

CV48

24232103

CD, 0.01?F, +80%, -20%

CV49

24794100

EL, 10?F, 

±

20%, 16V

CV60

24763471

EL, 470?F, 

±

20%, 16V

CV61

24762471

EL, 470?F, 

±

20%, 10V

CZ03

24092442

Chip, 0.47?F,
+80%, -20%, 16V

CZ05

24814103

Chip, 0.01?F, +80%, -20%

CZ07

24092178

Chip, 0.1?F, 

±

10%, 25V

CZ09

24781220

Chip, 22pF, SL

CZ10

24781100

Chip, 10pF, 

±

0.5pF%, SL

CZ11

24781220

Chip, 22pF, SL

CZ12

24814103

Chip, 0.01?F, +80%, -20%

CZ13

24814103

Chip, 0.01?F, +80%, -20%

CZ14

24203100

EL, 10?F, 

±

20%, 16V

CZ17

24814103

Chip, 0.01?F, +80%, -20%

CZ19

24781181

Chip, 180pF, SL

CZ20

24814103

Chip, 0.01?F, +80%, -20%

CZ21

24781122

Chip, 1200pF, SL

CZ22

24203100

EL, 10?F, 

±

20%, 16V

CZ23

24814103

Chip, 0.01?F, +80%, -20%

CZ24

24814103

Chip, 0.01?F, +80%, -20%

CZ25

24203100

EL, 10?F, 

±

20%, 16V

CZ26

24814103

Chip, 0.01?F, +80%, -20%

CZ28

24814103

Chip, 0.01?F, +80%, -20%

CZ29

24814103

Chip, 0.01?F, +80%, -20%

CZ30

24203100

EL, 10?F, 

±

20%, 16V

CZ31

24092178

Chip, 0.1?F, 

±

10%, 25V

CZ32

24781150

Chip, 15pF, SL

CZ33

24781390

Chip, 39pF, SL

CZ34

24781150

Chip, 15pF, SL

CZ35

24781390

Chip, 39pF, SL

CZ37

24203100

EL, 10?F, 

±

20%, 16V

CZ38

24203100

EL, 10?F, 

±

20%, 16V

CZ41

24781470

Chip, 47pF, SL

CZ42

24781470

Chip, 47pF, SL

CZ45

24781100

Chip, 10pF, 

±

0.5pF%, SL

RESISTORS

RESISTORS

RESISTORS

RESISTORS

RESISTORS

R101

24382223

OMF, 22k ohm, 1W

R102

24366123

CF, 12k ohm

R151

24366562

CF, 5600 ohm

R152

24366103

CF, 10k ohm

R201

24366102

CF, 1k ohm

R202

24366102

CF, 1k ohm

R203

24366474

CF, 470k ohm

R207

24366101

CF, 100 ohm

R208

24366101

CF, 100 ohm

R209

24366101

CF, 100 ohm

R216

24366223

CF, 22k ohm

R223

24366102

CF, 1k ohm

R228

24366683

CF, 68k ohm (27A60)

R228

24366473

CF, 47k ohm (32A60/36A60)

R238

24366473

CF, 47k ohm

R239

24366274

CF, 270k ohm

R240

24366562

CF, 5600 ohm

R241

24366682

CF, 6800 ohm

R245

24366104

CF, 100k ohm

R261

24366472

CF, 4700 ohm

R262

24366102

CF, 1k ohm

R263

24366472

CF, 4700 ohm

R264

24366102

CF, 1k ohm

R265

24366472

CF, 4700 ohm

R266

24366102

CF, 1k ohm

R271

24366101

CF, 100 ohm

R272

24366222

CF, 2200 ohm

R275

24366103

CF, 10k ohm

R301

24366102

CF, 1k ohm

R303

24321109

MF, 1 ohm, 1/2W

R304

24366473

CF, 47k ohm (27A60)

R304

24366393

CF, 39k ohm (32A60)

R304

24366623

CF, 62k ohm (36A60)

R305

24322758

MF, 0.75 ohm, 1W (27A60)

R305

24322688

MF, 0.68 ohm, 1W (32A60)

R305

24322828

MF, 0.82 ohm, 1W (36A60)

R306

24366273

CF, 27k ohm (27A60)

R306

24366563

CF, 56k ohm (32A60)

R306

24366683

CF, 68k ohm (36A60)

R307

24366824

CF, 820k ohm (27A60)

R307

24366474

CF, 470k ohm (32A60)

R307

24366684

CF, 680k ohm (36A60)

R308

24383391

OMF, 390 ohm, 2W
(27A60/32A60)

R308

24383821

OMF, 820 ohm, 2W (36A60)

R309

24553221

OMF, 220 ohm, 1W (27A60)

R309

24553181

OMF, 180 ohm, 1W (32A60)

R309

24553271

OMF, 270 ohm, 1W (36A60)

R310

24366153

CF, 15k ohm

R311

24366392

CF, 3900 ohm

Summary of Contents for 27A60

Page 1: ...itos Capítulo 2 Información específica Fijación y ajuste de datos Localización de controles Programando la memoria de canales Diagrama a bloques del circuito Reemplazo del gabinete y del chasis Vista inferior de las placas de circuito impreso Vista de terminales de transistores Especificaciones Diagrama esquemático Seguridad Principal Excitador CRT Televisión a color ...

Page 2: ...HIBA CORPORATION 1 1 SHIBAURA 1 CHOME MINATO KU TOKYO 105 8001 JAPAN FILE NO 020 200016 SERVICE MANUAL COLOR TELEVISION N0S Chassis 27A60 32A60 36A60 TAC0020 PUBLISHED IN JAPAN Jun 2000 So TAC0021 TAC0022 ...

Page 3: ...ODE 8 DESIGN MODE 11 ELECTRICAL ADJUSTMENT 12 CIRCUIT CHECKS 16 CHAPTER 2 SPECIFIC INFORMATIONS SETTING ADJUSTING DATA 17 LOCATION OF CONTROLS 18 PROGRAMMING CHANNEL MEMORY 20 CIRCUIT BLOCK DIAGRAM 21 CHASSIS AND CABINET REPLACEMENT PARTS LIST 22 PC BOARDS BOTTOM VIEW 31 TERMINAL VIEW OF TRANSISTORS 35 SPECIFICATIONS 37 APPENDIX CIRCUIT DIAGRAM ...

Page 4: ... limit consti tutes a potential shock hazard and must be corrected im mediately WARNING Service should not be attempted by anyone unfa miliar with the necessary precautions on this receiver The fol lowing are the necessary precautions to be observed before servicing this chassis 1 An isolation Transformer should be connected in the power line between the receiver and the AC line before any serv ic...

Page 5: ...ASS CLOTH TAPES DEFLECTION YOKE TEMPORARY MOUNTING RUBBER WEDGE ADHESIVE DEFLECTION YOKE PURITY CONVERGENCE MAGNET ASS Y 14mm 13 14 19mm 19 20 Figure 1 COLOR PURITY ADJUSTMENT NOTE Before attempting any purity adjustments the receiver should be operated for at least fifteen minutes 1 Demagnetize the picture tube and cabinet using a degauss ing coil 2 Set the brightness and contrast to maximum 3 Us...

Page 6: ...1 Do not remove cover paper on adhesive part of the wedge 3 Tilt front of the deflection yoke up or down to obtain better convergence in circumference See figure 3 Push the mounted wedge into the space between picture tube and the yoke to fix the yoke temporarily 4 Put other wedge into bottom space and remove the cover paper to stick 5 Tilt front of the yoke right or left to obtain better conver g...

Page 7: ...RAST and BRIGHTNESS Controls to the maximum 3 Display built in green raster using the TEST SIGNAL SELECTION function 4 Loosen the clamp screw holding the deflection yoke and remove the Rubber Wedges 5 Slide the yoke forward or backward to provide vertical green belt zone in the picture screen 6 Rotate and spread the tabs of the purity magnet See figure 3 around the neck of the picture tube until t...

Page 8: ...ing the CENTER CONVERGENCE AD JUSTMENT tighten the tightening ring to fix the mag nets Figure 4 Xv COIL ADJUSTMENT Adjust the Xv coil on the deflection yoke to correct misconvergence at both sides on screen Use a hexagonal tip stick plastic to adjust the core of coil BLU BLU RED RED 6 POLE MAGNETS MOVEMENT 4 POLE MAGNETS MOVEMENT RED BLUE RED BLUE GRN GRN Center Convergence by Convergence Magnets ...

Page 9: ...menu provides special functions A single horizontal line ON OFF TV ANT VIDEO button on TV Test signal selection TV ANT VIDEO button on Remote Selection of the adjustment items Channel s t on TV or Remote Change of the data value Volume s t on TV or Remote Adjustment menu mode ON OFF MENU button on TV Initialization of the memory QA02 RECALL Channel button on TV s Initialization of the self diagnos...

Page 10: ... Programming Channel Memory on the owner s manual CAUTION Never attempt to initialize the data unless QA02 has been replaced 7 TEST SIGNAL SELECTION 1 Every pressing of TV VIDEO button on the Remote Control in the Service mode changes the built in test patterns on screen in the following order Normal picture Black cross bar on green raster Red raster H signal black H signal white Green raster Blue...

Page 11: ...iter 000 is normal 3 BUS line check OK Normal SCL GND SCL GND short circuit SDA GND SDA GND short circuit SCL SDA SCL SDA short circuit 4 BUS line ACK acknowledge check OK Normal Display of Location Number NG Display example QA02 NG H001 NG Q501 NG etc Note The indication of failure place is only one place though failure places are plural When repair of a failure place finishes the next failure pl...

Page 12: ...gn mode changes the adjustment items in the order of table 3 s button for reverse order Refer to table 3 for data of design mode See SETTING ADJUSTING DATA on page 17 3 ADJUSTING THE DATA Pressing of VOLUME s or t button will change the value of data When QA02 is initialized items OPT0 and OPT1 of DESIGN MODE are set to the data of the representative model of this chassis family Therefore because ...

Page 13: ... the RESET button 3 Connect oscilloscope to base of Q906 on CRT D board 4 Enter the service mode then select COLC 5 Adjust the SUB COLOR by pressing the VOLUME s or t button to achieve about 1V0 p of blue bar 6 Select TNTC register 7 Adjust the data value to obtain the blue bar to magenta bar ratio of 3 2 as shown 8 Select COLC register 9 Adjust the data value to achieve 1 8V0 p of blue bar on sco...

Page 14: ...imum 2 Call up the adjustment mode display and press the TV VIDEO button on Remote until the white and black pattern appears on the screen 3 Adjust the following item with the CHANNEL s t and VOLUME s t buttons 4 Press the TV VIDEO button on TV to display a single horizontal line on the screen 5 Turn the SCREEN control FBT fully counterclockwise and gradually rotate clockwise until the first horiz...

Page 15: ...omes in the center of range for STA3 1 SAP FILTER SAPF 4 88kHz 110mVrms pin 9 of H002 Monaural signal ANT 1 Display item SAPF 2 Change data by Volume s t buttons so that the data becomes in the center of range for STA4 1 SAVC STA7 0 STA8 1 88H STRF STA3 1 16H SAPF 98H STA4 1 ATTENUATOR ATT 5 1kHz 30 mod ANT terminal 1 Connect rms meter to pin 12 of H002 2 Display item ATT on screen 3 Change data b...

Page 16: ...nnect oscilloscope to pin 34 of QG01 4 Change data by VOLUME s t button to minimize AC output level on scope 5 Resolder SL02 H001 QG01 SL02 CG44 RG44 CG07 15 734KHz 30mV rms RG43 10 7 1 STEREO 300Hz R channel only ANT 1 Display item WBAN on screen 2 Connect oscilloscope to pin 35 of QG01 3 Change data by VOLUME s t buttons so that 300Hz element on scope becomes minimum STEREO 3kHz R channel only A...

Page 17: ...TNESS and CON TRAST controls to minimum zero beam current 3 High voltage must be measured below B kV Refer to table 1 for high voltage B See SETTING ADJUSTING DATA on page 17 4 Vary the BRIGHTNESS control to both extremes to be sure the high voltage does not exceed the limit under any con ditions FS CIRCUIT CHECK The Fail Safe FS circuit check is indispensable for the final check in servicing Chec...

Page 18: ...ATOR SAP FILTER STEREO VCO STEREO FILTER SPECTRAL STEREO SEPARATION HORIZ POSITION VERT POSITION Item Name of adjustment Preset HIT LIN VSC VPS VCP WID DPC CNR TRAP HCP VFC PCOL PHUE DAC PGOF PROF PBOF RGBB HEIGHT V LINEARITY V S CORRECTION V SHIFT V COMPENSATION PICTURE WIDTH E W PARABOLA DPC E W CORNER TRAPEZIUM H COMPENSATION V F CORRECTION PIP COLOR PIP TINT DAC PIP PIP PIP RGB BRIGHT 1EH 06H ...

Page 19: ...NFORMATIONS t VOLUME s t CHANNEL s TV VIDEO MENU POWER LOCATION OF CONTROLS Representative 36A60 Front view Rear view VIDEO AUDIO terminals TV VIDEO CHANNEL t s VOLUME T S MENU POWER Remote sensor POWER indicator Antenna Cable terminals ...

Page 20: ...8 3 6 9 0 ENT 100 POWER o REW PAUSE FF SOURCE STILL PIP SLOW PIP CH LOCATE SWAP STOP PLAY REC TV VCR TV VIDEO FAV CH A EXIT POWER Channel Number CH RTN MENU EXIT TV VIDEO VOLUME T S Menu T S MUTE RECALL CHANNEL s t Menu s t TV CABLE VCR switch Set to TV to control the TV FAV CH s button PIP function Remote Control ...

Page 21: ...nnel you want to erase using the CHAN NEL s or t button or select the channel you want to add using the Channel Number buttons 2 Press MENU then press S or T until the SET UP menu appears 3 Press t or s until ADD ERASE is highlighted 4 Press S or T To erase the channel Press the button until ERASE is highlighted To add the channel Press the button until ADD is highlighted 5 Repeat steps 1 to 4 for...

Page 22: ... 21 GENERAL ADJUSTMENTS SPECIFIC INFORMATIONS QM01 V CHIP ZY01 PIP Module CIRCUIT BLOCK DIAGRAM ...

Page 23: ...3 F 20 16V C201 24539104 PF 0 1 F C204 24797010 EL 1 F 20 50V C205 24794100 EL 10 F 20 16V C207 24436270 CD 27pF C208 24436270 CD 27pF C209 24436270 CD 27pF C216 24797100 EL 10 F 20 50V C220 24797229 EL 2 2 F 20 50V C221 24232103 CD 0 01 F 80 20 C222 24232103 CD 0 01 F 80 20 C223 24232103 CD 0 01 F 80 20 C224 24539104 PF 0 1 F C225 24539104 PF 0 1 F C226 24539104 PF 0 1 F C245 24206108 EL 0 1 F 20...

Page 24: ...086061 EL 470 F 20 200V C811 24092597 CD 4700pF 20 AC250V C811A 23960136 Adhesive TSE3843 W C812 24092597 CD 4700pF 20 AC250V C813 24092597 CD 4700pF 20 AC250V C815 24092597 CD 4700pF 20 AC250V C816 24092597 CD 4700pF 20 AC250V C817 24092339 CD 330pF 10 2kV C818 24082402 PF 2200pF 3 1250V C821 24214471 CD 470pF 10 500V C822 24567104 PF 0 1 F C823 24212471 CD 470pF 10 C829 24591122 PF 1200pF C832 2...

Page 25: ...0 F 20 16V CZ23 24814103 Chip 0 01 F 80 20 CZ24 24814103 Chip 0 01 F 80 20 CZ25 24203100 EL 10 F 20 16V CZ26 24814103 Chip 0 01 F 80 20 CZ28 24814103 Chip 0 01 F 80 20 CZ29 24814103 Chip 0 01 F 80 20 CZ30 24203100 EL 10 F 20 16V CZ31 24092178 Chip 0 1 F 10 25V CZ32 24781150 Chip 15pF SL CZ33 24781390 Chip 39pF SL CZ34 24781150 Chip 15pF SL CZ35 24781390 Chip 39pF SL CZ37 24203100 EL 10 F 20 16V CZ...

Page 26: ... 180k ohm 32A60 36A60 R475 24366181 CF 180 ohm 27A60 R475 24366391 CF 390 ohm 32A60 36A60 R476 24366823 CF 82k ohm R477 24366273 CF 27k ohm R478 24327133 MF 13k ohm 1 1 4W R481 24366333 CF 33k ohm R482 24327562 MF 5600 ohm 1 1 4W 27A60 R482 24327472 MF 4700 ohm 1 1 4W 32A60 36A60 R485 24338568 MF 0 56 ohm 1W R486 24552820 OMF 82 ohm 1 2W R487 24552301 OMF 300 ohm 1 2W R488 24327183 MF 18k ohm 1 1 ...

Page 27: ...CF 1k ohm RA27 24366102 CF 1k ohm RA33 24366103 CF 10k ohm RA34 24366102 CF 1k ohm RA35 24366102 CF 1k ohm RA36 24366103 CF 10k ohm RA37 24366331 CF 330 ohm RA38 24366331 CF 330 ohm RA40 24366101 CF 100 ohm RA41 24366101 CF 100 ohm RA61 24366103 CF 10k ohm RA62 24366103 CF 10k ohm RA67 24366472 CF 4700 ohm RA68 24366472 CF 4700 ohm RA71 24366683 CF 68k ohm RA72 24366223 CF 22k ohm RA73 24366103 CF...

Page 28: ...Peaking TRF4109AJ L122 23238562 Coil Peaking TRF4109AJ L301 23103880 Coil Ferrite Bead TEM2011Y L400 23238714 Coil Peaking TRF4100AJ L441 23233072 Coil Linearity TLN2115G 27A60 L441 23233941 Coil Linearity TLN2157G 32A60 L441 23233979 Coli Linearity TLN2206AG 36A60 L442 23248122 Coil Choke TLN3384D 32A60 L442 23248121 Coil Choke TLN3383D 36A60 L461 23248115 Coil Choke TLN3367D 32A60 L461 23248179 ...

Page 29: ... Q QB60 23114530 Transistor 2SA933S Q QB61 23114528 Transistor 2SC1740S Q QM02 23114530 Transistor 2SA933S Q QM03 70119743 IC PST523D QS60 23314965 Transistor KTC3198 Y QS61 23314965 Transistor KTC3198 Y QS62 A6012040 Transistor RN2204 QS63 A6342200 Transistor 2CS2878 A QS64 A6342200 Transistor 2CS2878 A QV01 23906364 IC MM1313BD QV02 23904943 IC MM1111XS QV14 23114530 Transistor 2SA933S Q QV60 23...

Page 30: ...king TRF4100AZ G891 23280016 Coil Peaking TRF4100AZ G908 23289100 Coil Peaking TRF4100AF G916 24366101 CF 100 ohm 27A60 G933 24366750 CF 75 ohm G945 24366101 CF 100 ohm 27A60 G946 24366101 CF 100 ohm 27A60 H002 23148271 Module MVUS33A US IMA H003 23344420 RF Switch RSU133X5 H003A 23740989 Nut F Connector KB01 23906805 Remote Sensor PIC TB17 P801 23372112 Power Cord P900 23164724 Plug 3P 36A60 P910...

Page 31: ...ET PARTS A201 23549714 Front Cover 27A60 A201 23549928 Front Cover 32A60 A201 23510497 Front Cover 36A60 A411 23540106 Back Cover 27A60 A411 23549930 Back Cover 32A60 A431 23427321 Back Cover 36A60 A701 23524502 Container 27A60 A701 23525037 Container 32A60 A701 23064057 Case 36A60 A703 23935996 Packing Top 27A60 A703 23946024 Packing Top 32A60 A703 23935769 Packing Top 36A60 A708 23935997 Packing...

Page 32: ... 31 32 MAIN BOARD PB9361 BOTTOM FOIL SIDE ...

Page 33: ... 33 34 PIP TIF DRIVE BOARD PB9362 BOTTOM FOIL SIDE CRT DRIVE BOARD PB8642 BOTTOM FOIL SIDE V CHIP BOARD PB8688 BOTTOM FOIL SIDE ...

Page 34: ... 2SC1569 2SC4544 2SA1788 2SA1306 2SA1186A 3 2SC752GTM 2SC2482 2SC2655 2SC4721P 4 2SC752 2SA562TM 2SA1015 2SC1815 2SC2878 2SC1740S 2SC2120 2SA9335 5 2SA1788 6 RN2203 RN2201 RN2004 RN1203 RN1204 RN2204 RN1205 RN1202 RN1201 7 2SD1554 2SD2253 2SD1556 2SD2553 2SC5143 E C B B C E BCE B CE B C E E C B E C B 8 ON4409 B C E ...

Page 35: ... 36 GENERAL ADJUSTMENTS SPECIFIC INFORMATIONS MEMO ...

Page 36: ...AC 60Hz AUDIO POWER 5W 5W SPEAKER TYPE 2 3 8 x 4 3 4 inches 60 x 120 mm VIDEO AUDIO TERMINALS S VIDEO INPUT Y 1V p p 75 ohm negative sync C 0 286V p p burst signal 75 ohm VIDEO AUDIO INPUT VIDEO 1V p p 75 ohm negative sync AUDIO 150mV rms 30 modulation equivalent 47k ohm ColorStream Color Difference VIDEO AUDIO INPUT Y 1V p p 75 ohm Cr 0 7V p p 75 ohm Cb 0 7V p p 75 ohm AUDIO 2V p p 1 kohm DIMENSI...

Page 37: ...HIBA CORPORATION 1 1 SHIBAURA 1 CHOME MINATO KU TOKYO 105 8001 JAPAN FILE NO 020 200016 SERVICE MANUAL COLOR TELEVISION N0S Chassis 27A60 32A60 36A60 TAC0020 PUBLISHED IN JAPAN Jun 2000 So TAC0021 TAC0022 ...

Page 38: ...sistors are 1 6W and 5 tolerance carbon resistor unless otherwise noted as the following marks 1 2R Metal or Metal oxide of 1 2 watt 1 2S Carbon compsistion of 1 2 watt 1RF Fuse resistor of 1 watt 10W Cement of 10 watt K 10 G 2 F 1 2 CAPACITOR Unless otherwise noted in schematic all capacitor values less than 1 are expressed in F and the values more than 1 in pF All capacitors are ceramic 50V unle...

Page 39: ...ervicing 4 Voltages read with DIGITAL MULTI METER from point indicated to chassing ground using a color bar signal with all controls at normal line voltage 120 volts 5 Waveforms are taken receiving color bar signal with enough sensitivity 6 Voltage reading shown are nominal values and may vary 20 except H V NOTE 1 RESISTOR Resistance is shown in ohm K 1 000 M 1 000 000 All resistors are 1 6W and 5...

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