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Philips 202p7

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4. 3295 68R 1 2W 3297 F029 7209 TDA7073A NA heatsink 1206 64184 TO V C COIL A n TO H C COIL gt iem d F025 2261 B8 CHN CA SETNAME P72 CLASS_NO 3241 7 3242 7 3244 G7 9245 3246 E6 3247 F6 3265 3266 7 3267 3268 3269 7 3270 7 3271 8 3272 E8 3273 3274 3275 8 3276 68 3289 10 3290 10 3291 B11 9292 10 3293 010 3294 3295 F10 3296 F10 3297 4203 010 4204 G10 6207 D2 6208 E2 7204 7208 9 7209 69 9201 007 D2 F008 D2 009 2 010 2 011 2 F012 E2 F013 F2 F014 F2 F015 F2 F024 11 F025 Bll F026 E11 F027 E11 F028 11 F029 11 1001 A8 1002 B8 1003 C3 1004 17 1005 D3 1006 1007 1008 D4 DRIVER BOARD MCU 202P70 00 3138 178 8104 2005 03 25 NAME CC Liao 2201 R298 SUPERS CHECK DATE 2005 03 25 c KONINKLIJKE PHILIPS ELECTRONICS N V 2004 1 2 3 5 Y T 8 9 10 11 12 13 45678 9 10 11 12 to cover page C ri e LM cel cel t cx gt e e Lu
5. 7 7001 19 4 chi Freq Chl freq 43 JIREH 4E 3OkHz Low signal amplitude p soa bog pot eee Chi EE ILL EE GEL E S Chi Zosk i 4v chiin chimin 1 100mv chi 5 Orv 4 257 A Chi 7 260w 200 10 0 Chl Jf 245 May 2005 18 May 2905 0 00000 5 16 16443 0 00000 16 27 13 Freq freq 118 43 Low signal Low sia amplitude amplitudes Chi Max Chi 2 94 V 1 04 V chi Min Ch1 Min 1 94 V Chi WAS Chl RMS 1 67 V A 262 1 00 Y Mio 0ps A Chi 162 18 May 2005 May 2005 m 0 00000 3 16 21 17 ibe 0 000005 16 28 00 Tek Stop Cn Freq Chi f req d5 31kH2 48 Lon Low signal amplitude amplitude i Ch Max Chi Max 2 04 V 244V Min chi Min 1 90 V 1 427 Chi AAS Chi RMS 266 214v NE Wings A thi 7 282v 1557 210v May 2005 0 000009 16 22 55 5 50080 Chi freq 3 11kHz Ehi ELE Chi Min Chi WMS 4 31 V 15 May 2005 0 00000 s 16 24 58 CH Freq 50 95 E Ch Max 4 76 V Chi Min Chi 4 59 V Mit om A Chl f May 2005 i 0 00000 amp 16 25 54 Chl feg 59 92 Chi Max 4 02 V chi Min 240m
6. SIG 102 SIG 102 TRA SIG SM 102 IC L5991A STOO TRA SIG BC547C PHSE TRA SIG SM 857 SIG SM BC848CLG ONSE FET POW 8 254 FET POWIRF740B FSCO FET POW 7 FSCO TRA SIG 547 PHSE VIDEO PCB ASSY P72 0805 X7R 50V 10N PM10 ELCAP NK 160V 10 PM20 ELCAP KM 250V 5 10 PM20 SURGE PROTECT SGP 201M DRF CER2 0805 X7R 25V 100N PM10 CER2 0805 X7R 25V 100N PM10 CER2 0805 X7R 25V 100N PM10 0805 NPO 50V 27 5 0805 NPO 50V 27 5 0805 X7R 50V 10N PM10 ELCAP BP NK 160V 5 1U PM20 KM 250V 5 1U PM20 SURGE PROTECT SGP 201M DRF CER2 0805 X7R 25V 100N PM10 0805 50V 220N P8020 CER1 0805 NPO 50V 27P 5 0805 X7R 50V 10N PM10 ELCAP BP NK 160V 5 1U PM20 ELCAP KM 250V S 1U PM20 SURGE PROTECT SGP 201M DRF ELCAP RGA 25V S 47U PM20 CER2 0805 X7R 25V 100N PM10 CER2 0805 X7R 25V 100N PM10 CER2 0805 X7R 25V 100N PM10 ELCAP RGA 100V S 47U PM20 KM 250V 5 1U PM20 CER1 0805 NPO 50V 100P PM5 0805 NPO 50V 100P 5 CER2 0805 X7R 25V 100N PM10 CER2 2KV S 10N P8020 CER2 DC X7R 2KV S 470P PM10 CER2 DC 500V 1N PM10 CERHDT F Y5R 1KV 1N PM10 CER2 DC X7R 2KV S 220P PM10 0805 X7R 50 4 7 10 CER2 0805 X7R 25V 100N PM10 CER2 0805 X7R 25V 100N PM10 KM 50 5 100 PM20 CER2 0805 X7R 25V 100N PM10
7. lt lt 0 lt x eotcen NRODOO NR OO NIE OO FLO OP COMONN ILO OY SELO COP SELO CN SLO COO SELOCODP COM CO OOOODOOTNNNNAIS SE SE SE SE LOLOLOLOCOCOGCOCOP P PD COCO CO gt CN P P Pos Pr Ds DES D PPS EP P P PS P Se PS PS P P PS PP ESSE OOODOOOODOBOP PSP ES ES PS Ss PS CNCOCNCNCNCNCNCNCOCNCNCON CN CN CN ON CON CN CN P9 P9 LCD Ny ex C 5 LO es C E C5 E HH BOLE 56 997 Ie d CM of 4 m 190 ml zH 2756 LE T x ON m N O J da 8550 St pet pe 9 CLASS NO 105 2289 5156 Video Board ET wow NAME CC Su 5 000 ERS SUP lectronics Philips 2002 01 18
8. G 13 5783 3789 BZV85 C51 2016 J l L ET P 3785 F025 716 9 lt 100R 6762 3786 64 1026 116 5L 3787 F4 F027 J16 K 45 ue ST 3788 F028 A14 5 55 3789 G4 F029 14 Ji 3790 06 F030 8515815 F017 0 3791 06 F031 A14 a j 1 3792 F7 F032 B14 cl 3 3793 F034 815 Lol Rin FOIS 3801 13 F035 B15 3802 14 F036 815 ES 3803 J3 F037 B15 L 3804 J4 F038 C17 ir 3805 J6 0 3806 76 1 dme JT F020 5 AUTO CALIBRATE or m 5 3811 69 Y o 3766 F021 3812 F9 1827 Hy 2 3813 G9 5321 N 1 v E 1008 as 1 3814 69 3767 OF 4 F022 id 3815 H9 M 8 tor 0 a 2 E 1826 3768 F023 225 BE 9 p 4 3822 F10 p E 1K ela 15 3823 610 m 024 6 3824 610 1 7 3825 10 3769 7 F025 5 3831 611 ae 5 N ETS ECR 5 a 1K5 716 3833 611 0 DAC vs anm 1 BS F026 3834 G11 zu 303 8 8 em DUI J p t 3803 i oo J 3835 3843 7807 2 58 3836 112 z
9. ay i 2005 18 May 2005 0 00000 14 44 44 is 9 00000 x 15 11 28 ir 0 80080 x 15 27 57 fi 0900009 08 58196 a 07000008 ae die 0 00900 x 08 48 32 4 7701 10 10 7705 3 16 7781 10 4 7404 13 B10 7421 15 B16 7567 6 Stop 5 i li _____ n r jj 1 peut ee chi Freg Ch Freq chi freq Freq chi Freq freq 35 11kHz 45 50 91 Hz 59 02 Hr 1 39 92 HE obrem Low amplitude i amplitude 1 f Chi Max Bleed nd Chl Max Bide eee ipee ert ax OE peesebeseetersrbeccs Chi 4 84 V 558 ETET E 40 8 V Chi Min 1 chi Min Ch Min Chi Min 1 chi Chi Min 352 V 10 0 V 1 200mv 4 my 1 9 20 V Chi fis 1 Ehi BANS t Chi His 1 ch 4 41 V 1 43 XV 4 59 V oe Mov Mitus A Chl JF 4 44 MiD Bus A Chi S6 0 Minimi A Chi 2367 Mid A Chl J 244 Mi Gus A chi 240 Mig dms A Chi 2769 hp 18 May 2005 18 May 2005 18 May 2005 17 May 2005 18 May 2005 iee 00 000 5 14 45 31 0 00000 9 15 11 07 0000000 4 15 20 21 m 0 00000 08 59 34 0 000003 18 32 00 0 00000 s 08 49 15 Freq Ch freq Freq Chr Freq 1 Freq cht Freq AS 32KHE 118 TKHZ 45 6 Az rd 48 11 2 72 01 Low signal 1 low signal amplitude 1 1 ampl
10. JHL 110 NI 112100 3 LIM 031 09 30 IN3SNOO SI 19734 NI 40 03 4353 jdV 51 014 TV lt 202 7 to cover page All rights reserved Reproduction in whole in parts E 50 s gt gt a gt 2 H is prohibited without the written consent of the copyright gedeeltelijk is niet toegestaan dan met schriftelijke owner toestemming van de auteursrechthebbende TERMINAL Schematic Diagram 10 AN ILS 12 13 14 15 16 17 18 19 INTERFACE CABLE BNC750 F023 I P F024 V I P F025 F026 R I P F027 G I P F028 F029 1 F042 4001 2001 1002 BNC750 F002 2K2 1004 BNC750 BZX84 C15 BNC750 1007 BNC750 1005 BZX84 C15 BZX84 C15 3008 ATR a m 75R 1 3010 47R 2K2 R 2003 4Tu 2004 4Tu 2005 2007 4Tu 2011 4Tu 2013 B 47u d 2001 7 5001 407 7001 AN5870K 220u 2 8V 1 2 8V 3 2022 GSYNC 5V 2 8V 5 GI 2 8V 7 2 8V 9 IV HSEP SW 5V
11. 2 E 4 4 6 CN 002 555 f olg ee 3136 103 5024 ___ 2 20294 pave CP Grown em Ll ew _ Video Schematic Diagram 202P7 _ 43 44 Go to cover 1 14 AN 151 26 17 1 83 19 20 21 22 23 24 25 26 27 28 1 2 9 4 5 6 7 8 9 10 1 12 15 14 15
12. 72 202 7 202 70 00 1 BRAND PHILIPS 9039 000 No qd 2005 03 25 590 7 L10 TY pate 2005 03 25 Property of PHILIPS ELECTRONICS INDUSTRIES TAIWAN LTD B E 2838 100 05424 x y NF GENERAL PRODUCT SPECIFICATION Ah MODE NO RESOLUTION 1024 x 768 1792 x 1344 1024 x 768 800 x 600 17 707 1 819 1 920 13 653 0 321 PHILIPS 14 272 0 016 0 513 13 599 0 054 PHILIPS 56 476 kHz 70 069 Hz 8 338 0 677 1 137 6 064 0 460 85 000Hz 11 765 0 025 0 525 11 206 0 008 60 023 kHz 16 660 1 219 2 235 13 003 0 203 75 029 Hz 13 328 0 050 0 466 12 795 0 017 Dot clock MHz 75 000 295 520 78 750 67 500 119 935KHz 63 923 kHz 15 644 0 948 2 370 11 852 0 474 100 00 Hz 9 997 0 047 0 548 9 387 0 015 S D POLARITY SEP SYNC RESOLUTION 1280 x 1024 1024 x 768 1152 x 870 1856 x 1392 Dot 2 108 000 94 500 100 000 317 914 63 981 kHz 15 630 1 037 2 296 11 852 0 445 16 661 0 047 0 594 16 005 0 015 rights strictly reserved Reproduction or issue to third parties in any form whatever is not permitted without written authority from proprietors 7 781 0 633 1 078 5 625 0 445 85 000 2 11 765 0 023 0 529 11 205 0 008 60 020 2 68 677 kHz 14 561 1 016 2 201 10 836 0 508 84 997 Hz 11 765 0 044 0 524 11 183 0 014 75 000 kHz
13. 7701 Check 7701 Pin 6 8 10 Pin 16 19 22 input swing output swing OK 3 Symptom OSD m H V Check 7701 OSD out of Sync 202P7 CRT 44 Go to cover page C Horizontal deflection output repair flow Repair Flow Chart Continued 1 Symptom Check Hsync Check Hsync Check Hsync H deflection 7502 base 7501 base 7421 Pin8 CheckHsync Check Hsync Check 210 4 OK 7673 drain En 7421 Pin15 NO Refer 7421 check list or replace 7421 Check 2566 Check Check 7421 eae gt parabola 7424 7427 pin dt gt exist parabola exist parabola exist 3 Symptom Enter factory mode H linearity gt check linearity data Check Replace 5603 full freq Range in EEPROM 3524 7605 Check CPU 7301 Pin4 Check CPU ____ gt Check 3585 7301 38 Rotation 7587 7588 Check 7586 control range 5 Symptom gt bicde Sh Check 2515 Check 3616 Enter OSD 6 Symptom Focos een 7601 colle
14. 4 4 amp 8 V Chi Min 1 40 V Chi BMS 1 02 v Chl f 0 00000 5 Freq 48 1182 tow Chis 212 1 0 00000 4 11 42 7301 4 Trig Ch1 fren 50 95 Hz 1 af 1 gt ch 4 200 Minimi A Chi 210 3 1 07000008 1 43 7651 1 Chl Freg 4 amp 31kHz A Chl f 284 ii 0 00000 5 B44 7651 10 Chl Freq 45 Chi 13 2 V 0 00000 s 45 5671 1 Chi Freq I kH EEL Chi 5 2v chi Min T4 0 V Chi HMS 251v 10 Chi s zoz 0 00000 4 46 5671 3 Chl freq 48 25K Chl Max 230 Chi 284 V m a abiat Ch EMS Mi Ggs chi J 42 0 i 0 00000 B47 5671 8 Ch Freq 2 Chi 0 48 V 5 00 V M18 0ps Chl J 18 May 2005 ii 0 00009 5 11 41 11 Freq 49 97 Hz Chi Max 108 v Chi Min 115 V RMS air A Chl f 18 May 2005 13 7 idi 0 00090 35 2 5101 3 ChI Freq 50 00 emend wow Chi Max zon te tm Chl Min Chl RMS ziv EIE 0 00
15. 35 0 V 5 52 V 4 6 165 v chi Min chi Min i chi Min i 60 v RAMS Chl RAMS Chi RMS 107 V 10x Vv 112v 10 chi s IGY M4 ns A Chi 250 A Zany May 2005 lt 18 2005 VE 2005 ie 0 20000 14 04 51 m 00000 4 15 54 18 0 000004 16 07 20 Sto Tek top chi freq freq Chi Freg 96 6612 8 074MH7 18 0XkHz Chl Max H Ch peepi Chi 108 v 4 58 V hii Chi Min Min limy 1 64 V Chi cht RMS chi AMS f 2 55 V 4 60 v gt Mit ous A Chl 7 E 2001 Md ns A Chl Mid Ops A 248V 18 May 2005 May 2005 500003 cie m 0 00000 5 15 00 16 0 00000 16 10 56 Tak Sto T chil freq Ch1 Freg Cht Freq 50 03 HE 9KHe LJ Weber norem pm er Chi Chi Max t V 105 V 5 08 V chi Min chi Min Chi Min 54 0 V 21 56 v 425mVv Ch RMS Chi HMS Chit R5 166 V 1324 100 V Miom A Chi A 243 V Mi Ggs A Chi 7 8 May 2005 May 2005 ir 0 00000 5 wee 0 00000 16 02 47 fie 0 00000 s 16 11 20 202 7 to cover page E1 7001 3
16. 1 2 3s 4 31 469 kHz 31 468 kHz 37 500 KHz 37 861 kHz 31 778 31 778 26 667 26 413 3 813 3 813 2 032 1 270 1 907 1 907 3 810 3 810 25 422 25 423 20 317 20 317 0 636 0 325 0 508 1 016 PHILIPS 59 941 Hz 70 084 Hz 75 000 Hz 72 810 Hz 16 683 14 268 13 333 13 735 0 064 0 064 0 080 0 079 1 049 1 112 0 427 0 528 15 253 12 711 12 800 12 678 0 317 0 382 0 026 0 45 POLARITY SEP SYNC Y Y LOS 37 879 kHz 43 269 kHz 46 875 kHz 48 077 kHz 26 400 23 111 21 333 20 800 3 200 1 556 1 616 2 400 2 200 2 222 3 232 1 280 20 000 17 778 16 162 16 000 1 000 1 555 0 323 1 12 60 317 2 85 008 2 75 000 2 72188 2 16 579 11 763 13 383 13 853 0 106 0 069 0 064 0 125 0 607 0 578 0 448 0 478 15 840 11 093 12 800 12 480 0 026 0 023 0 021 0 77 S us POLARITY SEP SYNO s 48 363 kHz 49 722 kHz 50 628 kHz 53 674 kHz 20 677 20 110 19 752 18 631 2 092 1 580 1 138 2 462 3 910 1 975 2 702 All rights strictly reserved Reproduction issue to third parties in any form whatever is not permitted without written authority from proprietors 15 754 14 520 15 802 14 222 0 369 0 563 0 395 0 569 60 004 Hz 74 546 Hz 100 10 Hz 85 061 Hz 16 666 13 410 9 995 11 756 0 124 0 060 0 059 0 056 0 600 0 784 0 435 0 503 15 880 12 550 9 481 11 179 0 062 0 016 0 020 0 018 SNe 2 POLARITY SEP SYNOC Y CLASS 21
17. a TR ius HTE MS x i E es K dle ___ 4 EET ING WIRE 7 E DRAWING 8639 000 16171 132 202P 1 00 E N FIXED WITH SCREW 2 WIRE P72 202 7 7 BOTTOM SHIELD 21 AUTO SCAN COLOUR MONITOR TYPE 202P70 00 PHILIPS 9633 000 1617 NAME SUPERS 2 10 132 2 OTE DELTAIL WIRE DRESSING PLEASE REFERTO SAF TY PHOTO SHEET TY CHECK DATE 2005 03 25 PHILIPS FLECTRONICS INDUSTRIES TAIWAN LTD d CED 2 3 Block Diagram Go to cover page Function Block of P72 202P7 Pre Amp PostAmp Restor TDA4887 LM2412 Auto discret Calibrat 5 correction Rotatio 358 NH MCU Cs SW m 5058 E2PROM WT62P2 amp DDC 2B M24C16 Linearity Control Mi Ll Sync Switch Sync Processor mE HEF4053BP y TDA4856 V6 Deflection O P Vertical O P STV9379 Power 230 Supply 81 30 130 2 Muting amp G1 STR F6656 15 Power 1 15 Vertical Frequency 50 160 Hz Spot Killer 45V 6 3 H UNLOCK 44 to cover
18. F034 TO INTERFACE CABLE 1008 1226 00B 15S FAO F021 F040 F039 F020 F022 BZX84 C15 BZX84 C15 BZX84 C15 6006 3022 TBR 1 3021 5003 2020 10 RGB1 12V RGB2 12V HV HSEP SE GND 2024 1001 2002 5002 N vice 1 2204 407 10 TERMINAL BOARD SB PB 2023 220u 2027 2037 3024 22 4 9 220n 220R SSSU012NC4 58302 x9 58312 2025 2201 1011 2006 F007 F008 11 TO VIDEO BD 8701 JFE638H 1003 WHITE TO MAIN BD 8001 1006 JFE63962 21 1 8 20 24 19 4 3v 18 4 2 R 10 0 2021 447 1001 2033 22 2032 22 2031 22 2034 2036 NOTES R STANDS FOR RESERVED NOT INSERTED STANDS FOR CHIP COMPONENTS 10 R 0 0 SCL_DDC GND SDA_DDC BNC_DSUB H_H V Vin Al F034 F1 B2 F035 B8 B11 F037 F1 1004 C2 F038 G1 2 F039 G2 011 F040 G2 D2 F041 Gl F2 F042 D1 1011 C10 F043 G1 2001 86 F045 Gl 2002 B8 F060 F1 2003 85 F061 F025 F
19. 22 9 30 10 35 F14 41 F14 43 H1 4 MAIN BOARD uc 58 59943 JT E T PB 55404 118 E Ul 19H B 1102 AN B J20 B4 12 l 5130 21 H SDLBIP A U20 3103 5101 SRW42ES T71V119 a 4 lt 2M 23 L 5 m 0 1 U22 J24 C9 01 C3 250V SCK058 1 1 6131 Ui ET gt gt 210 18 31DF6 RC5 E bo DO 1303 o 1 rd 65 76 S 8101 8102 T 5 I6 J6 07 JT 31 A G5 B H5 023 34 1 90 G7 3 6133 13 5132 2101 B5 e AA p gt 0 2102 B6 31DF4 FC5 2101 250 11 2102 3102 680K 250 1 2131 100 350 1 2W 2 5 e 3151 1 2w 470n 470n 1W 1 2W 1 1 1 1 1 1 1 9106 a 2104 47K N bd 2103 330u 3104 220K 3106 3105 100 100 2106 AC INLET 1101 100V J 220u 14 2104 10 2133 6104 BYV26E t Q ES 7121 STR F6656 STR F645
20. RMS 4 64 V 3 00 V Midomi Chl f Zao May 2005 0 00000 5 16 26 37 WAVEFORM Continuted Exploded View Go to cover page 313810798481 PEDESTAL ASSY 313812755261 MHR PCB ASSY P72 313817881151 MAIN PCB ASSY P72 SCREW COVER BACK COVER ASSY 313817881051 313810450411 C225 SHIELD BOTTOM ASSY 313818872531 P72 313817881061 VIDEO PCB ASSY 4052 D amp NS 8 SHIELD ASSY 1060 313817881211 P72 313817881041 DRIVE PCB ASSY 823827446721 CRT M51QEQ991X001 TCO DFT 7813817881141 313812755241 CONTROL PCB ASSY P72 FRONT CABINET ASSY 202 7 to cover Spare Parts List Model 202 70 00 12NC 8639 000 16171 Mechanical Parts 313812755241 FRONT CABINET ASSY 2 313812755261 BACK COVER ASSY 2 313810798481 PEDESTAL ASSY 22 313818872531 SHIELD BOTTOM ASSY 41 313810463051 FRONT CABINET 42 313810450403 BACK COVER 44 313810449471 BASE 46 313810463091 KNOB OSD 47 313810463101 KNOB POWER 48 313810450672 LENS POWER 49 313810450411 SCREW COVER 51 313810463061 REAR COVER 53 313810449462 SWIVEL 56 313810449481 FOOT RUBBER 80 313810451961 PLATE 1060 313817881211 D amp NS COIL amp FRONT SHIELD ASSY Packing Parts 153 313810658051 P E BAG E D F U 450 313810663821 CARTON 451 313810657101 CUSHION TOP FRONT 452 313810657112 CUSHION REAR 453 313810657121 CUSHION BOTTOM 454 31
21. T sf r 1 1 1 CO LT 3 m m 2 UN 5 I a kie 3 a a E e Mu beg 22 es in ipa ca mja in cec Opes ince cC EET i EET ELE ma ELE m 8 9 a DIO d a m m PI ms m m Hb Bn sec soc ant sad x Uu LEN ot ee 4 DUE TE ED OD EODODO DOCO tr COLO OL Pe eon eo eco eee OO E eee wo Poo lt co OQ O n m 1 n F r m C GIEC um 4 E C E x1 Cx H3NNO 20 INSSNOD SH 20 1 36 02 JHL 51 lavd JHL 031181 0 SI Led 0112000 43
22. Check Pin56 1 No H V Sync amp IF cable Pin5 floating 2 H V Sync exist amp IF cable Pin5 to ground 3 H V Sync non exist amp IF cable 5 to 4 After 1891 amp 1894 amp 1895 pressed on then power on 1102 with IF cable Pin5 L 5 After 1892 amp 1893 pressed on then power 1102 without IF cable 5 show msg power saving factory mode in mode v Check idle status SDA Pin25 hi SCl Pin26 hi 202 7 Go to cover Repair Flow Chart Continued 27 SUSPEND 28 SYNC_SEL gt To Control Board 40 41 34 33 Hsync Vsync gt Check 7404 Check Sync Hsync in Pin40 38 Rotation gt Vsync in Pin41 Hsync out Pin34 Vsync out Pin33 gt from OV to 5V p 1 Normal Fhout Fhin Fvout Fvin Wiring Diagram 44 Go to cover page B B 3138 103 62070 DEGAUSSING COIL a SCALE 0 400 E A ee p 6 SCALE 0 400 S 8 Il el D a 0 58 8 Q 9090202020202090 a VIDEO SHIELD mE i
23. SIHI TV NI CD is prohibited without the written consent of the copyright All rights reserved Reproduction in whole or in parts owner AN Alle rechten voorbehouden Verveelvuldiging geheel of gedeeltelijk is niet toegestaan dan met schriftelij toestemming van de auteursrechthebbende KEY CONTROL Schematic Diagram amp C B A 44 to cover page 1 2 9 4 5 6 SHES T YT SIEJEdE A 2 4 C 1891 C2 d 1892 lalz 1893 LO 1894 dz CONTROL BOARD ts le 2891 B2 2892 Dl B oo R um SB 52294 x12 2893 D2 ee OO 3891 2 S9 f 52304 3892 2 3893 B3 59 amp ND 3894 B4 00 3895 B4 5 2 5891 2 22 6891 02 qn zesc 8891 C 2 68 889 2 gu F890 C3 gt 231 891 5 Q F803 a A LSS B ci F895 11 e F896 5000 417 2897 zo OW D F898 Co F899 C1 un m Cx ue 5 TIU 2 895 25 S 5 NES F F899 C A KEY ADC o 2 2 F898 YINMO L
24. 1K 3150 6117 BAS82 6153 2155 7141 2171 BAS32L 15A 3125 330K 330n H ue ZN E 5 OFF N 25 100 1 05 55 2120 5 3170 7155 R 5 10R TL431 A s 3116 F9 1131 A 09 1190 m mmo Q SUSPEND gt SRW19LES T14V 115 7143 5131 1131 B 110 3126 5 7 E 1494075 6145 144148 3160 ATR 3117 6149 is prohibited without the written consent of the copyright o 4 a o PSW 114148 gt 3156 4K7 2129 f 2n2 2127 6160 0 BAS32L 6112 I 3157 1K 5 DEGAUSSING COIL 16 3162 DEGAU 3162 DE a BC338 3128 10K 2 DGC3D4R5Q27C e 2 anna 1 220 N a G G 3158 H 16 Thom 55 ho ho bh 4 3174 1 5 6148 1K8 7 470u 2160 BZX79 C51 BZXT9 CTV5 3159 4TR All rights reserved Reproduction whole or in parts 100u 3161 22K 0 6172 owner 29 3160 H8 RP 7133 BUX87 3163 E9 44 7 317
25. RST 1W RSS 270R 5 MAINS HARMONIC COIL IND FXD BEAD EMI 100MHZ 80R DIO SIG 1N4148 PHSE DIO SIG 21 DIO SIG 21 DIO SIG 1N4148 PHSE TRA SIG 337 40 PHSE Recommended Parts List Recommended Parts List of 202P70 00 22 41 42 153 450 451 452 453 454 601 602 1050 1051 1052 1053 1054 1055 1056 1057 1058 1103 5132 5501 5502 5541 5544 5670 5671 5672 5722 5763 5782 5783 7001 7121 7143 7155 7204 7208 7209 7301 7336 7363 7364 7404 7421 7505 7567 7586 7651 7701 7705 7781 7801 7802 7806 313812755241 313812755261 313810798481 313818872531 313810463051 313810450403 313810658051 313810663821 313810657101 313810657112 313810657121 313810645301 313811707744 313811707754 823827446721 313817881051 313817881061 313817881041 313817881141 313817881161 313817881151 313816874231 313819870601 242208600208 242253600036 313819870561 313816874061 313819870571 313816873531 242253597069 242253100092 242253600036 242254944197 242254944197 242253597069 313817878601 932214260682 932214576682 932209200687 932208367676 932220364682 935262849112 935262849112 823827446731 932214725682 933504020682 932208834687 933282660652 935273064112 933984890682 931900234682 933984890682 932219556682 935264061112 932220610682 932222161682 932203171682 933669110652 933706060112 FRONT CABINET ASSY BACK COVER ASSY
26. 1 Press the button on the monitor The MAIN CONTROLS window 2 Press the button until ADJUST HORIZONTAL is highlighted appears MAIN CONTROLS 2 Press the button until ADJUST VERTICAL is highlighted LANGUAGE INPUT SIGNAL SELECTION MAIN CONTROLS LANGUAGE INPUT SIGNAL SELECTION ZOOM ADJUST HORIZONTAL J Co ADJUSI HORIZON TAL ADJUST VERTICAL ADJUST SHAPE ADJUST COLOR RESET TO FACTORY SETTINGS EXTRA CONTROLS af 27 gt 4 M quium i INT wow wm ADJUST SHAPE ADJUST COLOR RESET TO FACTORY SETTING CLOSE MAIN CONTROLS EXTRA CONTROLS um en 9 MOVE SELECTION THEN CLOSE MAIN CONTROLS 3 Press the amp button The ADJUST HORIZONTAL window appears 94 MOVE SELECTION THEN 00 ADJUST POSITION should be highlighted 3 Press the button The ADJUST VERTICAL window appears ADJUST POSITION should be highlighted OSD Adjustments Continued to cover page ADJUST VERTICAL SIZE so 9 BACK TO MAIN CONTROLS 4 Press the button to move the image up or down 5 When the position is adjusted press the button to return to MAIN CONTROLS window or press the button to highlight ADJUST SIZE ADJUST VERTICAL 5 POSITION BACK TO MAIN CONTROLS 6 To adjust the vertical size press the or gt button 7 When the size is adjusted press the
27. 5 RST SM 0805 5 5 RST SM 0805 RC12H 4K7 1 RST SM 0805 5 5 RST SM 0805 RC11 5 6 PM5 RST SM 0805 5 5 RST SM 0805 5 1M PM5 RST SM 0805 5 10K 5 RST SM 0805 5 330R 5 RST SM 0805 RC11 15K PM5 RST SM 0805 5 12K PM5 RST SM 0805 5 220 PM5 RST SM 0805 5 180K PM5 RST SM 0805 RC11 680K PM5 RST SM 0805 RC11 47K PM5 RST SM 0805 5 10K 5 RST SM 0805 RC11 1K PM5 RST SM 0805 5 180K PM5 RST SM 0805 RC11 680K PM5 RST SM 0805 RC11 47K PM5 RST SM 0805 5 10K 5 RST SM 0805 5 180 PM5 RST SM 0805 RC11 680K PM5 RST SM 0805 RC11 47K PM5 RST SM 0805 5 10K 5 RST SM 0805 5 10K 5 RST SM 0805 5 10K 5 RST SM 0805 5 10K 5 RST SM 0805 5 10K 5 RST SM 0805 5 10K 5 RST SM 0805 5 100R 5 RST SM 0805 5 100R 5 100R PM5 100R PM5 5 1 5 5 5 5 10K 5 5 1008 5 1008 5 IND 0305 407 10 IND SPT0406 0012 PM10 0805 EMI 100MHZ 2208 FERRITE BEAD SMD FB423226T Y IND FXD SPT0406 A 0U12 PM10 IND FXD 0805 EMI 100MHZ 220R IND FXD SPT0406 A 0U12 PM10 IND FXD 0805 EMI 100MHZ 220R IND FXD 0805 EMI 100MHZ 220R IND SP0305 A 407 10 IND FXD 0805 EMI 100MHZ 220R IND FXD 0805 EMI 100MHZ 220R IND FXD 0805 EMI 100MHZ 220R FERRITE BEAD IND FXD 0805 EMI 100MHZ 22
28. ADJUST USER PRESET THEN PROFESSIONAL MODE USER PRESET GREEN BLUE RED 1 GREEN x BLUE ADJUST GAIN MOVE SELECTION THEN BACK TO MAIN CONTROLS OR ADJUST USER PRESET THEN 7c When finished with RED GAIN press the button to highlight GREEN GAIN Next press the or button to adjust the color green gain 7d When finished with GREEN GAIN press the button to highlight BLUE GAIN Next press the or button to adjust the color blue gain When finished with BLUE GAIN press the button to highlight RED CUTOFF Next press the or button to adjust the color red cutoff PROFESSIONAL MODE E USER PRESET RED GREEN Q BLUE md 50 ADJUST CUTOFF it GREEN x lt BLUE MOVE SELECTION THEN BACK TO MAIN CONTROLS OR ADJUST USER PRESET THEN 7f When finished with RED CUTOFF press the button to highlight GREEN CUTOFF Next press the or button to adjust the color green cutoff 7g When finished with GREEN CUTOFF press the button to highlight BLUE CUTOFF Next press the 9 8 button to adjust the color blue cutoff 7h When all adjustments are complete press the 8 button to confirm your adjustments and return to the MAIN CONTROLS window CLOSE MAIN CONTROLS will be highlighted Smart Help After returning to MAIN CONTROLS to continue to RESET TO FACTORY SETTINGS pressthe button untilIGESET TO FACTORY
29. Alle rechten voorbehouden Verveelvuldiging geheel of gedeeltelijk toestemming van de auteursrechthebbende Philips Electronics N V 4 CRT 202 2000 07 07 NOTES STANDS FOR RESERVED NOT INSERTED SUPERS DATE P72 CLASS_NO MHR Board 202 PAJPT BOARD J 3138 178 8115 202P70 00 CHECK 6 D 0 002555 CLASS 3XX000 2000 07 07 3 NAME Liao SUPERS 1 CN NAME CP Chou Hsiao CHECK DATE 2005 03 25 KONINKLIJKE PHILIPS ELECTRONICS 2000 1 2 3 4 5 6 YSNMO 4 JHL 30 5 02 D 1n0HlIM 3118 SI 4 NI 40 310HM C3 NI NOI1230003d3H 03A33S34 34V SIH9IM TIV WAVEFORM 44 Go to cover page A1 7701 5 A13 1711 8 B1 7404 1 7 7421 6 B13 7423 Tek Stop 14 4 chi Fre sa 4 Ch1 freq Ch1 freq Chi freq Chi Freq Freq 35 31kHz 9 31kHz 48 4 72 F 48 16
30. em ds 12 lt eo CO C Sf 8 22 11 C C2 v TE e lt gt B E gt M3NMO 1H91MAdOO 40 IN3SNOO N3LLIS CD JHL LNOHLIM 8 SI 1 4 40 310 03 443534 51 918 1 Cp CD 202 7 44 to cover Video Board 2 FON SE SEPOCNPIOPOPOPNOJPO lt xsE SEPOPO SE SE SE NNN SE PONO M SE SE So C 2 2C OC OCOCOCDCOCO RC lt 03090903 03 00 00 00 00 Os EE PO XELO COPO COP CNPO SELO CO lt CNN PES TOON PDO SE SE NFECOCOOO OO CNCNCNP r9r0000 P P I P P Py P P P P P 00 P PP P P P P P P P P P P P P P PP P P 00 00 00 0000 00000000 00 00 CCS L
31. 5555 29 HE E 5381 13 3505 gia 3328 5555 96 504 D SCL Q ESAS BSH 188 2392 1 E Q5 E15 2364 742 TS 3 AERIAL 3579 IR C 2401 BU 32 6 7391 12 gu d i ala 392 12 3422 TDA4856 12 0 8V 35 san m A C 5421 BS 3208 518 7 12 BEN 7505 A suse B9 3508 Fle B7 gt d V SYNC INPUT P LINEARITY LM358N 12 2000 B 351 2 n B 2052 5 gt POLARITY V SYNC OSCILLATOR H SIZE amp V SIZE 13 0 7 lt 7503 57 3516 0 7453 613 sis 7404 AND AGC 4210A 42308 is TR 5 5 8 07 3217 02 i 7424 013 S75 Si CORRE li size 0 B D E Bunt a E uer WE sg ess 2431 E7 2818 P5 255 5 A 3424 100 16 VIDEO V POSITION lt E 5 3522 2 N 3507 2432 E 8 32 21 E21 142 9 5 CEN E DT CUm RT 1 ie Le FT 5131 2 3855 555 15 e T 7 um I uo 55 ra 355 2000 9 3890 has ES 19 er PROTECTION 355 B1 27 2441 3525 C2 2 145 H 0 2 1 T SOFT START 5 TE 619 E F111 F E 10 D 5 i 5 5 5 325 n 22 1 es H 9 0 C BUS 6 3503 H DRIVER R501 R540 B 2445 3529 0 22 1466 55i
32. 941 6 7 000 6 809 6 008 6 lt 188 8 48 363 60 004 1024 768 Alignment mode for preloading 49 72 74 550 832x624 Preload mode 50 600 100 10 640x480 Preload mode 9 1 0 9 0 53 67 85 061 800 600 Preload mode 56 47 70 069 1024x768 Preload mode 0 2 0 0 60 023 75 029 1024 768 Inspection 9 1 mode 1 63 900 00 10 800x600 Preload mode 0 020 1280x1024 1 63 981 60 02 1280 1024 Preload mode 68 667 84 997 1024x768 mode 2 68 681 75 06 1152x870 Preload mode 75 00 60 00 1600x1200 Preload mode 79 976 75 025 1280x1024 Inspection mode 3 9 9 0 9 9 5 48 077 72 188 00 600 Preload mode 8222 5 4 6 0 81 250 65 000 1600 1200 Preload mode 10 mode 4 mode 5 mode 6 mode 7 mode 8 119 93 85 000 1792x1344 Preload mode 7 120 450 5 000 2048 1536 Alignment mode for 11 fixing the position of H raster 5 120 560 80 000 1792x1344 Preload mode 12 124 185 85 000 1856x1392 Preload mode 128 520 85 000 1920x1440 Inspection mode 9 130 000 80 000 2048x1536 Preload mode Remark The alignment result DAC values mentioned in following items 8 2 15 to 8 2 21 are pincushion balanced trapezoid 13 parallelogram corner top and corner bottom 8 2 15 the alignment result DAC values of alignment mode timing table No 9 into preload mode timing table No 8 7 6 5 4 3 2 and 1 8 2 16 the alignment re
33. NN 2004 12 02 ONCNCNCNCON PO PO POULOULDXOCOCO COP HAMA pey lt O O Fl Al 1 2 F2 Al 3 F3 F4 1191 1192 Al 1193 PCB 2191 2192 SB 53523 x6 2 2194 1 PB 53559 2195 Al 3191 E2 NE 3192 E2 3193 D1 5191 BI 5192 E3 6191 01 C 6192 E2 6193 E2 6194 1 7191 El 9191 9192 1 9193 1 9194 D1 Philips Electronics N V 5158 CRT 202 2000 07 07 SUPERS DATE 202 P4 P MHR Board CRI NAME CP Chou Hsiao CHECK 0 002555 CLASS NO 3XX000 2000 07 07 3 is prohibited without the written consent of the copyright All rights reserved Reproduction in whole or in parts owner YSNMO 4 JHL JO IN3SNOO N3LIISM 3 LAOHLIM 0311 SI NI YO 3 10HM C NI NOI190003d34 03193539 34V 51 914 TV Q 1191 OMI SS 212L N AN 6191 4 144148 2004 12 02 5 6194 144148 7191 E 338 40 p 5192 rt 100MHZ75R 8103 is niet toegestaan dan met schriftelijk 2227
34. zi 1 n d 2673 4 9972 92 1 _ 2 0 4 a 3 18325 Tuta SD i 1 ups me cm 5 3 a S TT k 4 78 E p v 4 n Fe tas D ies E l i m D L t i Lu Ti og i i zl m L gt bo p al i ae 3 19 8 1 A3 CE T t P m r i 4 a 3 1 Pal 1 ESERVED REPRODUCTION IN WHOLE OR IN PART IS PROHIBITED WITHOUT THE N CONSENT OF THE COPYRIGHT OWNER i um L ALL RIGHTS ARE RE WRITTE a od m QE jaa a ca a ca A DA RI a e Bah A TTR Bele Le al Pe LD DERE Da a af CM p Lec bia e a EE Fil ei ER o DIE eh EI cnt GE anal ds n ERR 1 4 E UE S alis l
35. 4 3004 C1 555 3006 C4 3007 C5 3008 C4 C B 3009 OU IE Lo EET 3011 C3 mpi 2 12 2 22h 3013 Bi sec 3015 3016 4 501 4 3019 A4 C 5020 5021 4 2022 4 5075 BO 5024 AC e 5001 B5 6002 84 6005 85 EC0 002335 202 CLASS NO 2 2004 12 02 f Terminal Board 2003 06 30 Hl car 202 payer 3138 103 5830 2003 06 30 a 0 CHECK 2003 06 30 Philips j 202 7 44 to cover 11 12 1201 1 2 1205 11 Driver Schematic Diagram 2 3 4 D 6 T 9 9 10 AN 7 1206 E12 1207 D3 2214 B3 2215 C3 2216 C3 9 9 10 11 12 Lo gt PHILIPS 2217 2218 2 2219 03 2220 03 2237 03 2238 GER 2239 F2 1 2W 2241 F7 2024 1205 2242 7 63423 2244 ps 2245 Vn a 2246 7 2247 2251 A8 2252 07 2251 1001 15 DRIVER BOARD mR 470 25V 5 7208 TDA7073A N4 3290 58 62061 x6 62071 3245 Ws 3265 N SO 22K 1 130K 7204 1 61P4 K420WT 000 X 1 I 3266 5K6 3291 26 1 w TO N S COII 3267 130K 1 1 2262 11 2263 8 2264 F8 2265 Ell 2266 F11 3220 C3 C 3238 D3 3239 E3 3268 PD7_PWM2 VIN2 3242 7FHOO VINI 22 5 6
36. CLIP CLIP L INSULATION PLATE HEAT SINK NUT HEX ST BLK NUT ST BLK NUT HEX ST BLK ADHESIVE RTV732 DOW CORNING ADHESIVE RTV732 DOW CORNING ADHESIVE RTV732 DOW CORNING HEAT SINK AUDIO E D F U ASSY E D F U MAINSCORD UK 10A 1M8 DET BK CORD SUB D 15 1M8 15 D SUB BK COI DEGAUS TDC196 CONV 9PM2 50 625 635 B CONV 3PM2 50 63423B CONV 4PM2 50 64184 HOR TRANS ASSY 6518 7502 VERT IC ASSY 7567 STV9379 BUCK CON ASSY 7541 IRF730 EHT ASSY U3 12V REG ASSY 7363 L7812 S CAP MOSFET ASSY 7622 SLA5058 POW O P ASSY 7121 DIODE ASSY 6672 31 DF6 8E 8V REG ASSY 7364 L7808 BRIDGE ASSY 6101 GBU6u IC ASSY LM2412 7705 CERC CAP CORE ASSY 2763 CERC CAP CORE ASSY 2765 CERC CAP CORE ASSY 2764 CON 1P 1 54 DIA B 10 2 50 625 626 11 2 50 625 626 SOC CRT V 12 14 17 CON BM 63200 FERRITE C8BRH 3 5 3 2 1 FERRITE C8BRH 3 5 3 2 1 FERRITE C8BRH 3 5 3 2 1 FERRITE C8BRH 3 5 3 2 1 TELEVISION MONITOR SAFFTY GUIDELINES FOR THE PROFESSIONAL SERVICE TECHNICIAN Safety Checks After the original service problem has been corrected a complete safety check should be made Be sure to check over the entire set not just the areas where you have worked Some previous servicer may have left an unsafe condition which could be unknowingly passed on to your customer Be sure to check all of
37. Diagram C B A 52 Waveform Diagram 53 56 Exploded View 57 opare Parts LISa 58 62 Recommended Parts List 63 General Product Specification 64 84 Color Adjustments 85 86 Safety Test Requirements 87 Warning and Notes 88 Different Parts List 89 SAFETY NOTICE ANY PERSON ATTEMPTING TO SERVICE THIS CHASSIS MUST FAMILIARIZE HIMSELF WITH THE CHASSIS AND BE AWARE OF THE NECESSARY SAFETY PRECAUTIONS TO BE USED WHEN SERVICING ELECTRONIC EQUIPMENT CONTAINING HIGH VOLTAGES CAUTION USE A SEPARATE ISOLATION TRANSFORMER FOR THIS UNIT WHEN SERVICING REFER TO BACK COVER FOR IMPORTANT SAFETY GUIDELINES Published by BCU Monitors th NDARA Printed in Suzhou Copyright reserved Subject to modification KO 13 2005 3138 106 10472 PHILIPS 202 7 CRT to cover page Proper service and repair is important to the safe reliable operation of all Philips Consumer Electronics Company Equipment The service procedures recommended by Philips and described in this service manual are effective methods of performing service operations Some of these service operations requir
38. First Level Second Level Third Level LANGUAGE e ESPANIOLS FRANCA DEUTSCH ITALIANO PORTUGUES INPUT SIGNAL SELECTION NPUT ZOOM ADJJST HORIZONT l FOSZITICN ADJUST FOSITICM 257 SAPE AC LIST SIDE CURVE Ll INC JSHION BALANCED AD UST SIDE ANGLES l TRAPEZOID PARALLELOGRAM IMAGE ADJUST COLOR TIIK FOR GENERAL USE FOR IMAGE MANAGEMENT ni FOR PHOTO RETOUCH 540 SMART NTINUE PROFESSIONAL MODE PRESET GAIN CUTO RED GREEN RESET FACTOR SETTINGS NO BLUE YIS EXTRA CONTROLS EGAUSS UST MOIRE HORIZONTAL ADJUST MOR See ADJUST CONVERGENCE HORIZONTAL ERT CAL ADJUST PURITY CLIBRATE OFF AUTO CLOSE CONTOLS DDC Instructions General DDC Data Re programming In case the DDC data memory IC or main EEPROM which storage all factory settings were replaced due to a defect the serial numbers have to be re programmed Analog DDC IC amp EEPROM It is advised to re soldered DDC IC and main EEPROM from the old board onto the new board if circuit board have been replaced in this case the DDC data does not need to be re programmed Additional information Additional information about DDC Display Data Channel may be obtained from Video Electronic
39. button ADJUST HORIZONTAL X BACK EXTRA CONTROLS OSD Adjustments Continued 8 When the vertical moire is adjusted press the button to return to the EXTRA CONTROLS window BACK TO MAIN CONTROLS will be highlighted Smart Help After returning to MAIN CONTROLS exit completely press the button DEGAUSS EXTRA CONTROLS is a set of three features including DEGAUSS Degaussing remove electromagnetic build up that may distort the color on your screen 1 Press the amp button on the monitor The MAIN CONTROLS window appears 2 Press the button until EXTRA CONTROLS is highlighted MAIN CONTROLS LANGUAGE INPUT SIGNAL SELECTION ZOOM ADJUST HORIZONTAL ADJUST VERTICAL ADJUST SHAPE ADJUST COLOR RESET TO FACTORY SETTING 3 amp 1 CLOSE MAIN CONTROLS MOVE SELECTION THEN 3 Press the amp button The EXTRA CONTROLS window appears Press the button until DEGAUSS is highlighted EXTRA CONTROLS ADJUST MOIRE GD ADJUST CONVERGENCE 72 ADJUST PURITY AUTO CALIBRATE OFF AUTO BACK TO MAIN CONTROLS MOVE SELECTION THEN SERIAL TY 123456 RESOLUTION 1600 1200 FREQUENCY 107K 85HZ 4 To degauss your screen press the button Your screen will be degaussed then the MAIN CONTROLS will reappear CLOSE MAIN CONTROLS will be highlighted Smart Help After returning to MAIN CONTROLS
40. 2216 202202000906 2217 225236512104 2218 202202000906 2219 225250508205 2220 225250508205 2239 203803521311 2241 202202000912 2042 202202000912 2244 202202000912 2245 202202000912 2246 202202000912 2247 202202000912 2251 203803521311 2252 203803521215 el e 3220 212211600351 3238 212211000401 3239 212211000401 3241 212211000392 3242 212211000392 3244 212211000392 3245 212211000392 3246 212211000392 3247 212211000392 3265 231291511304 3266 231291515602 3267 231291511304 DIO SIG SM BAV103 VISH DIO SIG SM BAS32L DIO SIG SM BAS32L PHSE DIO SIG SM 99 VISH DIO SIG SM BAV103 VISH DIO SIG BAV103 VISH DIO SIG SM BAV103 VISH DIO SIG SM BAV103 VISH DIO SIG SM BAS32L PHSE DIO REC BYT42G VISH DIO SIG SM BAS32L DIO SIG SM BAS32L DIO SIG SM BAS32L DIO REG SM BZX84 C4V7 PHSE DIO SIG SM BAS32L DIO SIG SM 99 VISH DIO REG SM BZX84 C4V7 PHSE DIO SIG SM BAS32L DIO SIG SMBAV99 VISH DIO REG SM BZX84 C4V7 PHSE DIO REG BZV85 C51 PHSE DIO SIG SM BAS32L DIO SIG SM 99 VISH IC TDA4887PS V1 PHSE IC LM2412T NSCO TRA SIG BF422 TOSJ TRA SIG BF422 TOSJ TRA SIG BF422 TOSJ TRA SIG BF422 TOSJ TRA SIG BF422 TOSJ TRA SIG BF422 TOSJ IC WT6805 NC160PH 19A WESE TRA SIG SM MUN2211JG ONSE TRA SIG SM MUN2211JG ONSE IC TLO72CP 7100 74HC4066N TRA SIG 423 TOSJ TRA
41. 640x480 640x480 amp OTHz Apple 640x480 GT2Hz VESA 640 480 875 VESA 800 600 56Hz VESA 800 600 60 VESA 800x600 72 800x600 75 VESA 832 624 GTSHz Apple 1024x768 87 Interlaced C 1024x768 1024x768 TOHz 1024x768 TSHz v 1280x1024 GT5Hz VESA 1152x870 75 Apple 19000 19000 XI TSISI ISI 1 amp 8 lt Fig 16 202 7 to cover page 4 Click Next bring up Fig 17 Step 5 of 9 Standard Timing Identification DDC Instructions Standard Timing identification 1920 x 1440 Aspect ratio 42300 1792 1344 85Hz Aspect ratio 4 3 1856 x 1392 85Hz Aspect ratio 4 3 1280 x 1024 85Hz Aspect ratio 5 4 2048 x 1536 Aspect ratio 4 3 1024 x 768 85Hz Aspect ratio 4 3 800 x 600 85Hz Aspect ratio 4 3 1600 x 1200 85Hz Aspect ratio 4 3 Hz ActivePixels AspectRatio Refresh Rate 50 123 p Add lt 0 gt Ri Fig 17 5 Click Next bring up Fig 18 Pixel Clock 1355 03 H Active 4095 048 H Blanking 0 4095 683 V Active 0 4095 1538 Blanking 0 4095 8 00 H SyneOffset 0 1023 124 H SyncPhidth 0 1023 22 00 V SyncDffset 0 63 V SyncPWidth 0 63 H
42. CLASS NO 21 AUTO SCAN CMTR P72 202P7 1 TYPE 202P70 00 8639 000 16171 NC BRAND PHILIPS 2005 03 25 16 19 pate 2005 03 25 Propetyot PHILIPS ELECTRONICS INDUSTRIES TAIWAN LTD B E 2838 100 05424 GENERAL PRODUCT SPECIFICATION 4 Go to cover C _ I LL LLLI _ LL LLLI PHILIPS 294 mm mi 3 and C D 6mm FIG 2 IMAGE CENTERING rights strictly reserved Reproduction or issue to third parties in any form whatever is not permitted without written authority from tne proprietors FIG 3 IMAGE ROTATION CLASS NO 21 72 202 7 202 70 00 BRAND PHILIPS 2005 03 25 590 17 40 A4 TY CHECK DATE 2005 03 25 Property of PHILIPS ELECTRONICS INDUSTRIES TAIWAN LTD B E 2838 100 05424 x y GENERAL PRODUCT SPECIFICATION Go to cover page PHILIPS 94 Cmm PHILIPS D me M A B C D 2 5 FIG 4 IMAGE GEOMETRY NF lt 00 mm gt gt All rights strictly reserved Reproduction issue to third parties in any form whatever is not permitted without written authority from the proprietors Zone B K 100 e a mm kea a mo FIG 5 BRIGHTNESS AND CONTRAST MEASUREMENT AREA CLASS
43. DIO SIG SM 82 PHSE DIO SIG SM 5321 PHSE DIO REG BZX79 C51 PHSE DIO REG BZX55 C5V6 A VISH DIO SIG SM 5321 PHSE DIO SIG SM BAV103 VISH DIO SIG SM 99 VISH DIO SIG SM 99 DIO SIG SM 99 VISH gt 6392 932209863685 6422 933957760673 6423 933913910115 6424 933083990133 6426 933083990133 6462 933713010673 6463 933913910115 6464 933712880673 6501 932213642673 6502 933751660673 6503 933083990133 6506 932210346673 6507 933117850133 6515 932221086673 6518 932218230687 6540 933497950673 6542 933083990133 6543 932220011682 6544 933751660673 6545 933751660673 6566 933083990133 6567 933504400673 6601 933724630113 6603 933724630113 6621 933083990133 6622 933712880673 6651 933751660673 6652 933712880673 6653 933913910115 6654 933913910115 6655 933712880673 6656 933913910115 6671 933497950673 6672 932221826682 6673 933751660673 6674 933612320153 E 7121 932214576682 7122 932217439685 7130 932214014667 7192 933567120126 7133 932206519687 7194 933179600126 7135 932214014667 7143 932209200687 7144 933237790126 7145 932217440685 7155 932208367676 7161 933179600126 7301 823827446731 7302 932217439685 7303 933967310685 7304 932217440685 7336 932214725682 7363 933504020682 7364 932208834687 7391 932217440685 7392 932217439685 7404 933282660652 7421 935273064112 7422 933179600126 7423 933953410676 7424 932217440685 7425 933237790126 7426 93
44. PEDESTAL ASSY SHIELD BOTTOM ASSY FRONT CABINET BACK COVER P E BAG E D F U CARTON CUSHION TOP FRONT CUSHION TOP REAR CUSHION BOTTOM PE BAG E D F U ASSY E D F U CRT M51QEQ991X001 TCO DFT MAIN PCB ASSY P72 VIDEO PCB ASSY P72 DRIVE PCB ASSY P72 CONTROL PCB ASSY P72 TERMINAL PCB ASSY P72 MHR PCB ASSY P72 MAINS CORD CORD SUB D 15 1M8 15 D SUB GY FUSE 5X20 4A 250V IEC IND 7510808 S 1000 10 SIG DRIVER LS PHO3D 001 BEAD BF30UTA 3 5X5X1B SIG DRIVER LS PHO3F 004 CHOCK COIL SRW25EF T01V001 IND 8 0305 407 PM10 TFMLOTLAYER 2145 IND 7510808 S 1000 PM10 IND FXD 0805 EMI 100MHZ 220R IND FXD 0805 EMI 100MHZ 220R IND 8 0305 407 PM10 BEAD 07UH VERT IC AN5870 PV MATJ IC STR F6656 LF1352 SAKJ IC L4940V5 STOO IC TLA31CZ S STOO IC WT61P4 K420WT 000 WESE IC 707 4 PHSE IC 707 4 PHSE CPU IC 6160 K420PH 06A IC M24C16 WBN6P 5700 IC L7812CV STOO IC MC7808ACT ONSE IC HEF4053BP PHSE IC TDA4856 V6 PHSE IC LM358N STOO IC E STV9379 STOO IC LM358N STOO IC L5991A STOO IC TDA4887PS V1 PHSE IC LM2412T NSCO IC WT6805 NC160PH 19A WESE IC TLO72CP 100 74 4066 PHSE IC PCF8574P PHSE 202P7 CRT 4 Go to cover page GENERAL PRODUCT SPECIFICATION Go to cover page Ad P72 202P7 GENERAL PRODUCT SPECIFICATION MICRO PROCESSOR BASED DIGITAL CON
45. SHORT CIRCUIT AND THERMAL PROTECTION All rights reserved Reproduction in whole or in parts Alle rechten voorbehouden Verveelvuldiging geheel of is prohibited without the written consent of the copyright is niet toegestaan dan met schriftelijke gedeeltelijk toestemming van de auteursrechthebbende owner 9201 5 gt 100 1005 4 2219 22 50 12M 6151208 2220 1207 22 50 3238 6207 BZX55 C5V6 2237 4TK 3239 BZX55 C5V6 6208 ye TO MAIN BOARD 8004 e 470u 25V 2238 47K 5 Bl NIRQ2 SOGIN 0 2252 6V3 2242 212 25 11 1 heatsink 4203 470u 3246 v c 3269 Le 1004 22K 1 130 2246 7 212 3241 H CO 1 3270 3271 2K35 22K 1 3247 Wc 3273 20 130 1 3272 1 2K35 3293 68R 1 2W 3292 68R 1 2W 3294 SHORT CIRCUIT AND THERMAL PROTECTION 22K 1 130K T ES 196 3215 130K 195 1 2K35 3296 68R 1 2W
46. and then slowly decrease the X ray protection activation voltage by adjusting R3695 until the X ray protection circuit is just activated Turn off the set and adjust 1Mohm pot meter to maximum value and then re start the power again Re test the X ray protection by slowly increasing the EHT voltage rotate 1Mohm pot meter to smaller value to confirm the X ray protection activation voltage to be 29 0 KV 0 5KV fix the R3695VH with silicon glue after passing re test Alignment of VG2 cut off white tracking auto calibration amp Smart Mode External degaussing Remove ferromagnetic measuring equipment Iron tablet etc in the neighbourhood of the apparatus within the half meter Positioned in the E W direction CRT face east the monitor has to be degaussed by using external degaussing coil Remark The external degaussing coil should be a stick type canit use ring type for SDI DFT CRT and set the electrical current of purity coils N S equal to zero which means the output of PWM 4 of 7204 61P4K 420WT equal to 128 or switch off the monitor before external degaussing Slowly increase the distance between the picture tube and degaussing coil keep the coil in parallel with the screen of CRT when the distance is more than 2 M then turn off the degaussing current Pre check the purity by using full RED pattern after external degaussing the user OSD control adjust purity can be used to optimize the purity performance in pure
47. button to return to MAIN CONTROLS window CLOSE MAIN CONTROLS will be highlighted Smart Help After returning to MAIN CONTROLS To continue to ADJUST SHAPE press the button until ADJUST SHAPE is highlighted Next start with step 3 under ADJUST SHAPE and follow the directions To exit completely press the button ADJUST SHAPE ADJUST SIDE CURVE ADJUST SIDE CURVE under ADJUST SHAPE allows you to adjust two of the five preset options These two options are PINCUSHION and BALANCED pincushion Note use these features only when the picture is not square 1 Press the button on the monitor The MAIN CONTROLS window appears 2 Press the button until ADJUST SHAPE is highlighted MAIN CONTROLS LANGUAGE 6 INPUT SIGNAL SELECTION f ZOOM ADJUST HORIZONTAL 2 ADJUST VERTICAL E COLOR lt ADJUST by TO FACTORY SETTINGS EXTRA CONTROLS CLOSE MAIN CONTROLS MOVE SELECTION THEN 3 Press the button The ADJUST SHAPE window appears ADJUST SIDE CURVE should be highlighted ADJUST SHAPE ADJUST SIDE ANGLES ROTATE IMAGE BACK TO MAIN CONTROLS OA MOVE SELECTION THEN 4 Press the 9 button The SIDE CURVE window appears PINCUSHION should be highlighted SIDE CURVE 50 9 BALANCED so 09 BACK ADJUST SHAPE 5 To adjust the pincushion press the button 6 When the pincushion is adjusted pr
48. or 5 mosaic red pattern with standard display size 69kHz 85Hz mode the monitor should be degaussed well before adjustment the degaussing method should accord to 7 1 2 described if external degaussing is necessary then use a landing meter LND 070 or equivalent to adjust the purity to get best landing 0 2 micrometers Mechanical Instructions to cover page 0 General To be able to perform measurements and repairs on the circuit boards these unit should placed in the service position first Screws 1 Remove the rear cover in Fig 1 and Fig 5 Remove 4 screws as shown Fig 1 Remove pedestal as shown Fig 1 Remove 2 clips as shown Fig 2 Remove 2 screws as shown Fig 3 Remove back cover as shown Fig 4 21 screws and remove Shied bottom as shown Fig 4 Remove 2 screws as shown Fig 5 2 Video panel Disconnect the wire between metal shield of video panel and neck as shown in Fig 6 Disconnect the CRT grounding from Video panel Remove and grounding wire in Fig 6 3 Main board connector in Fig 7 Disconnect york wire Disconnect rotation connector Disconnect control board connector Remove Screw for fixed cable Remove signal connector Remove degaussing wire connector Screw Screw Pedestal ass y Screw Screw Fig 1 Clip Press down CRT grounding wire Video Panel Fig 2 Mechanical Instructions 44 Go to cover
49. press the or button 5 Press the button to confirm your selection and return to the MAIN CONTROLS window Close MAIN CONTROLS will be highlighted 7 When the size is adjusted press the amp button to return to MAIN Smart Help After returning to MAIN CONTROLS CONTROLS window CLOSE MAIN CONTROLS will be highlighted to continue to ADJUST HORIZONTAL press the button until ADJUST HORIZONTAL is highlighted Next follow steps3 7 under NC 1 2 ADJUST HORIZONTAL To continue to press the button unti VERTICAL is highlighted Next start with step 3 under ADJUST VERTICAL and follow the directions To exit completely press button To exit completely press the button ADJUST HORIZONTAL ADJUST HORIZONTAL under ADJUST HORIZONTAL shifts the image on ADJUST VERTICAL your screen either to the left or right Use this feature if your image does not appear centered ADJUST SIZE under ADJUST HORIZONTAL expands ADJUST POSITION under ADJUST VERTICAL shifts the image on your or controls the image on your screen pushing it out toward the left and screen either up or down Use this feature if your image does not right sides or pulling it in toward the center appear centered ADJUST VERTICAL expands or controls the image on your screen pushing it out toward the top or bottom or pulling it in 1 Press the button on the monitor The MAIN CONTROLS window toward the center appears
50. 0 304 0 020 ADJUST SHAPE 10 7957 COLOR X center 0 283 0 020 for 9300 K RESET TO FACTORY SETTINGS Y center 0 297 0 020 EXTRA CONTROLS MODEL SELECT CLOSE MAIN CONTROLS Alignment hits 1 R for x value G for y value B for Y value on the colour analyzer 2 If the colour analyzer has been calibrated and preset colour temperature in it Please switch to correct setting in accordance with colour settings Factory Mode Indicator Note after alignment please reset OSD to user s mode for normal operation Otherwise the monitor won t entering power saving mode and showing full white picture all the time as no video signal supplied To leave factory mode by restart the monitor 5 All voltages are to be measured or applied with respect to ground unless otherwise stated Note Do not use heat sinks as ground 6 Any external voltage sources should have a low internal impedance 7 Adjust brightness controls to center position except for contrast control which should be set to max 8 The white balance and purity has to be adjusted in dully lighted room 9 All alignments have to be done in a room with a temperature of 25 5 10 Setting pattern to full white picture 11 Press then select P72 FAMILY 0 10 20050104 by button then press amp to enter the following picture MAIN CONTROLS 00119 9300 BIAS GAINRG B HGE e 6500 BIAS R G B GRAIN 6 B 5500 BIAS G B GAIN 6 B
51. 0107 0178 0222 0300 0301 0302 0306 0311 0316 0322 0324 0325 0326 0345 0346 0347 0393 0601 0602 1057 1058 1061 1201 1205 1206 1250 1251 1252 1253 1254 1255 1256 1257 1263 1264 1271 1273 1274 1275 1703 1705 1706 1711 1712 1796 1797 1798 1799 313810321241 313810133222 313810134252 313810321731 313810164391 313810132581 313810132012 313810132221 313810132231 313810132621 313810132241 313810163071 313810132511 313810165661 313810132041 313810414131 313810541153 313811578981 313810165401 313810165401 313810165401 313810132591 313810340032 313810129841 252240189008 252240189008 252240189008 252240189008 130750001601 130750001601 130750001601 313810128401 313811707745 313811707755 313818871672 313819870611 313818873431 243803100068 242202519051 242202519004 313817860841 31381 7806981 31381 7859861 313817881241 313817807021 313817807031 313817861941 313817881201 313817807081 313817807091 313817867331 313817853351 313817853361 313817861901 243803201009 243803100056 243803100057 242250080083 313818876632 313816879171 313816879171 313816879171 313816879171 ___20227 lt Go to cover page INSULATING PLATE BRACKET MHR FRONT SHIELDING INSULATING PLATE 16X31 CLIP CLIP R HEAT SINK HEAT SINK HEAT SINK HEAT SINK HEAT SINK HEAT SINK HEAT SINK HEAT SINK HEST SINK WIRE SADDLE QUICK SETUP GUIDE BOOKLET LABEL CPU DRIVER CLIP CLIP
52. 106 25Khz 85 000Hz VESA 85 8 1920x1440 112 5Khz 75 000Hz 75 _9 1920x1440 128 5Khz 85 000Hz Brightness Color Temp Brightness Contrast White Square Full white control control see fig 5 __________ CENTER TTL NF without written authority from proprietors 9300 gt 32 FL gt 30 FL 6500 gt 28 FL NEREENENN 5500 gt 25 FL 7 All rights strictly reserved Reproduction or issue to third parties in any form whatever is not permitted 4 3 1 sRGB Once press SRGB function on OSD the luminance shall be changed to 23 4 3ft lb and color temperature is matching to 6500 K at white square pattern 4 4 Flagwaving jitter Less than 0 15 mm 4 5 Image size 4 5 1 Actual display size The dimensions of the data area measured along the picture center of horizontal and vertical axis of the screen are listed below see FIG 1 892 4 mm x 294 4 mm 4 5 2 Max scan size Maximum active video size should be not smaller than mask opening The mask opening is 406 4 x 304 8 mm 4 6 Image centering deviation C D lt 6 please see FIG 2 CLASS 21 72 202 7 202 70 00 BRAND PHILIPS 2005 03 25 590 71 40 A4 TY CHECK DATE 2005 03 25 Property of PHILIPS ELECTR
53. 13 333 1 185 1 877 9 877 0 394 60 000 2 16 667 0 040 0 613 16 000 0 014 68 681 kHz 14 560 1 280 1 440 11 520 0 32 74 979 2 13 333 0 044 0 568 12 678 0 043 79 976 kHz 12 504 1 067 1 837 9 481 0 119 75 024 Hz 13 329 0 038 0 475 12 804 0 012 124 185 2 8 053 0 654 1 107 5 838 0 453 85 000 2 11 765 0 024 0 523 11 209 0 008 S d POLARITY SEP SYNC_ Y RESOLUTION 1920 x1440 1600 x 1200 1280 x1024 1600 x 1200 Dot clock MHz 341 349 162 000 135 00 175 500 128 520KHz 81 250 kHz 12 308 1 094 1 732 9 117 0 365 65 000 Hz 15 385 0 037 0 566 14 769 0 013 S d POLARITY SEP SYNC_ Y 202 7 44 CLASS 21 AUTO SCAN CMTR P72 202P7 E EN TYPE 202P70 00 8639 000 16171 ____ 1 BRAND PHILIPS emm 2005 03 25 _____ C C Liao 590 8 10 pate 2005 03 25 Propetyot PHILIPS ELECTRONICS INDUSTRIES TAIWAN LTD B E 2838 100 05424 NF GENERAL PRODUCT SPECIFICATION Go to cover page Ah 83 640 kHz 120 56HKz 86 333 kHz 87 500 kHz 11 956 8 295 11 583 11 429 0 977 0 675 1 026 1 016 1 602 1 149 1 489 1 608 8 752 5 996 8 504 8 466 0 625 0 475 0 564 0 339 PHILIPS 59 999 Hz 80 000Hz 59 995 Hz 70 000 Hz 16 667 12 50 16 668 14 286 0 036 0 025 0 035 0 034 0 5
54. 202231100026 202233300303 203803522801 202231100026 222237590705 225271214216 225271214216 222236525474 202231100026 202231100026 202231100026 203803522801 203830100117 202203100089 225271214316 223891015649 223891015649 203803513301 203803513301 203830100201 203830100201 202231100026 223891015649 203803527501 202203100221 203803511402 202055290607 202231800224 202203100221 202231100026 222236525474 203830250212 202231100026 202231100026 225256214406 202055890662 202055890555 225271214116 225271214116 202055800006 203803513301 202233300302 203830100408 203830100104 203830100303 203830100333 203830100158 223891015649 203830100411 202202000836 223858015625 223858015629 203830150151 203803527305 223858015624 222278019867 203801750285 223878019858 223878019858 223886115101 222278019867 202203100298 DC NPO 50V 22 5 CAP MPOL 100V S 100N PM5 CAP PP PPN 100V S 8N2 PM5 CAP MPOL 100 S 10N CAP PP PPN 100V S 1N8 PM5 CAP PP PPN 100V S 8N2 PM5 CAP PP PPN 100V CER2 0805 X7R 50V 3N3 PM10 0805 X7R 50 47N PM10 ELCAP SM 16 S 470 20 CAP MPOL 100V S 470N PM10 ELCAP SM 16V S 470 20 CAP PP PPN 250V S 220N PM5 0805 NPO 50V 220P 5 ELCAP SM 16V S 470 20 CER2 0805 X7R 50 5N6PM10 CAP MPOL 100V S 100N PM10 CAP MPP 250V S 470 5 B ELCAP BP NK 160V 5 1U PM20 CAP MPOL 100V S 100N PM10 CAP PP MPP 2K5V S 3N3 PM5 CERHDT F Y5R 2KV S 220P PM
55. 212210102181 3333 213811201103 3335 212210102181 3337 213810113222 3338 213810113222 3340 212210102181 0805 X7R 25V 100N PM10 CERHDT F Y5R 2KV 330P PM10 CER2 0805 X7R 50V 2N2 PM10 ELCAP KL 350V S 100U PM20 CAP 630 S 4 7 PM5 CAP POL 347 250 47N PM10 ELCAP SM 16V S 470 PM20 CERHDT F Y5R 1KV 1N PM10 CAP POL 347 250V S 47N PM10 MPOL 100 S 108 PM5 CAP MPOL 100V S 100N PM5 RST MGL VR37 680K PM5 NTC DC SCK 058 S 5R PM15 RST MOX 1W RSS A 100K PM5 RST MOX 1W RSS A 100K PM5 RST MGL RMU12 A 220K PM5 RST SM 0805 5 120K PM5 RST SM 0805 RCO5 100R 5 RST MGL VR25 A 1 1 RST MOX 1W RSS A 68 5 RST MGL VR25 A 1M PM1 RST MFLM MF1 2WS A 2K4 1 RST CRB CF1 6 A 1K5 PM5A RST MPLT 5W MPR S 0R12 PM10 RST CRB CFR 12 1K PM5 PTC DBL MONO 270V 4R5 P3020 RST CRB CFR 12 1K PM5 RST MFLM MBB0207 A 82K 1 RST CRB CFR 12 1K PM5 RST FUSE RFU1 3 A 1R PM5 RST MGL RMU14 470K RST SM 0805 RC11 330K PM5 RST SM 0805 RC12H 4K7 1 RTRM CER LIN 1K H VG067TL1 RST SM 0805 RC11 478 5 RST SM 0805 RC11 1 8 5 RST MFLM MF0207 478 1 RST CRB CF1 6 A 22K PM5 RST CRB CF1 6 A 10K 5 RST SM 0805 5 5 RST CRB CF1 6 A 100R PM5 RST SM 0805 RC11 270R PM5 RST FUSE NFR25H A 10R PM5 RST CRB CF1 6 A 1M5 5 RST MFLM MF1 2WS A 1K2 1 RST SM 0805 5 24K PM5 RST SM 0805 RC11 15K PM5 RST SM 0805 5 8K2 5 RST CRB CF1 6 A 22K PM5 RST SM 0805
56. 213810113471 213811201472 212210102181 213811201103 212210102181 212210102181 213810113225 213811201155 213811201101 232273061182 231291514641 212211000446 213811201472 231291515603 232224182204 212210102212 213811291002 213811201123 230620403828 213811201122 230620403828 213811201122 212210102201 212210102201 232273061153 212210102201 212210102201 213811201472 212210102197 212210101479 213810113221 213810113473 231291515603 231291511003 212211600386 212210101469 232224181005 232273061473 232273061473 213811201101 212210102181 213810500335 213810500442 212210102178 212210102201 213810500335 213810500404 231291516809 213811273221 213810500074 213810113471 213810113471 231291516809 231291516809 231291514708 230620403159 230620403159 212210101448 213811201103 212210102181 RST CRB CF1 6 A 10K PM5 RST MFLM MF0207 A 33K PM1 RST CRB CF1 6 A 100R PM5 RST CRB CF1 6 A 100R PM5 RST CRB CF1 6 A 100R PM5 RST SM 0805 5 5 RST CRB CF1 6 A 22K PM5 RST CRB CF1 6 A 22K PM5 RST CRB CF1 6 A 22K PM5 RST SM 0805 5 5 RST SM 0805 5 10K 5 RST SM 0805 5 5 RST SM 0805 5 10K 5 RST CRB CF1 6 A 4K7 PM5 RST CRB CF1 6 A 100R PM5 RST SM 0805 JUMP 0805 RST 12 A 470R PM5 RST MFLM MF1 2WS A 22K PM1 RST CRB 12 A 470R PM5 RST SM 0805 5 5 RST CRB CF1 6 A 100R PM5 RST SM 0805 5 10K 5 RST CRB CF1 6 A 100R
57. 3386 05 129 79 21 T 12 63 i e Lev 1221 2080 23 a S HS gt SEPT ra U HE E S REC 8633 m 44 p STPTNBO glaz Q 3388 513 2301 9 F081 06 E 7 SOE SOS ECE SOS 8 sd z4 2 0V 838 vs o d joe F124 F125 F128 F129 F133 255 5303 K10 EB 88 n E 5 Si 8 4 e o m 49V _ ar 3332 33 38 3 9 5 8 Fo Bu E 3 5 j 56 a 32 4 9 2 L 3311 zi 2 2208 ESQ F086 D7 L 55 E 2 0 1V 3342 2205 8 2087 E s 4 US 100R 25 3343 012 10 FIG F088 BIG 1 P 49V 1 me 4 7 ese ANC 3344 0 2210 15 088 2 dab me 368 15 3345 1 216 lt 45 5 tr 9V 3683 3685 5542 a 817 0 54 N 1 10K 9 8 3418 515 2243 El 2882 817 POWER SYNC_SEL s JL E normal 6 1 3348 112 55uu 2 F093 B18 7 238 ul Os 52 JETS 7 3849 FOI 818 Sos 855 SUPPLY fe aov i SUSPEND E L 2n g 12 56 9 EB 8 Di 2 52 0 SHEET2 OIM 15 EE i 5 5 1 3 8j s 2 3316 16 m m yy gt 3396 1 5302 111 F039 8 ii 54V 7 100R ee 5 388
58. 4 A KR 7 2 ww 1 2 3 d 5 J 10 11 13 15 16 Main Board 1 44 Go to cover page So r E deii E DOC Be ubere al gt Jim Poi ERE di c e 3 Pd PR s a 424 48 es d 2 4 iagi 1 25 i saad ot d ur 8 m ES Ten 8 x DUIS M n t T 13 T A T TES m 7 Lang 2 5 s C 4 END ni zsa e 4
59. BC848C em 0 6 3841 eee 10K 3844 5 8 6 3842 10 mE 6 3843 15 16 6 3844 9 5 L gt JA 6 3845 K9 ME gt 6 3846 els n 0 PBKG s 7806 5 5701 Ad 0 ST Sa PCF8574P 6 5702 A10 6 5703 A12 6 5704 C15 6 5721 10 i 5 5722 812 s 3845 E 100R 5 5731 C10 5 5 5732 012 3846 100R pde e 202P7 201B4 5 5733 013 6 5734 06 5 ea OS Sy WA WOVE a e 5 5735 08 6 5736 C9 6 5737 C9 6762 BZV85 C51 BZXT9 C30 6 5760 C15 6 5761 D16 L L 2791 G6 5762 E16 2792 G7 5763 F16 2793 G3 5764 15 2794 B14 5765 G16 Q 2795 4 5766 G15 Q 2796 F4 5767 C16 NOTES 2797 G16 5768 C15 STANDS FOR CHIP COMPONENT 2 2801 J3 5783 F4 2802 J4 5791 06 1 2 9 4 5 6 7 8 9 10 11 12 13 14 15 16 17 33 CHN CA SETNAME P72 NAME CC Liao TM Hsiao SUPERS 1 MGr CHECK DATE 2005 03 25 KONINKLIJKE PHILIPS ELECTRONICS N V 2000 1 2 3 4 5 6 7 8 9 10 11 19 13 14 15 16 17 8 19 20 21 22 23 24 25 26 27 28 Video Board 1 202P7 CRT to cover page
60. Continuted B31 7301 3 Tek Sto Chi freq tow 2 00 A Chis 1 76 E May 2005 0 00000 4 10 53 05 B32 7301 4 Sto Chl freq Chl Max 3 72 V Chi p 48 V Chl RMS 1 02 00V A Chl IE 2 11 0 00000 s 10 55 14 833 7301 8 Freq 12 90 2 Chi Ehi 1 27 V 2007 40 A Chi J 1 96 0 00000 4 834 7301 9 Freq 11 553Hz Chi 4 59 Y chi Min Madanes A Chi 2 00 0 00000 4 Chi freq 50 95 frets pret Ch 1 1 Ch1 RMS k F 1 A Chi May 2005 0 00000 4 10 90229 B36 7301 33 ek Stop Chi Freg 50 92 HE Oh 4 86 V Ch Min Chi RMS 4 861V zov Mi Bm amp A Chl 240v 1 0 000008 ti Tak Stop ee Chi freq 38 131kMz7 i i quM 20v MWid Ous A Chi 240 1 07000009 1 838 7301 37 ChI Freq 187 5kHz Chi 3 60 V Ch1 Min 1 22 Chi RMS 2 04 v Chl 172 0 00000 8 839 7301 38 Chl Freq 187 5kHz Chi 4 60 V Min 1 26 AMS 298v 200 chi 40 7301 39 Chil Freq VHT
61. ELCAP REA 50V S 2U2 PM20 CAP MPOL 100V S 100N PM5 ELCAP SM 16 S 470 20 ELCAP SM 16V S 470U PM20 ELCAP REA 50V S 10U PM20 0805 NPO 50 22 5 ELCAP REA 50V S 2U2 PM20 ELCAP REA 50V S 2U2 PM20 CAP MPOL 100 S 47N PM10 CAP MPOL 100 S 47N PM10 CER1 DC NPO 50V S 22P PM5 CER1 DC NPO 50V S 22P PM5 0805 NPO 50 22 5 CER2 0805 X7R 50V 10N PM10 CAP MPOL 100 S 47N PM10 CAP MPOL 100V S 100N PM10 0805 NPO 50 22 5 0805 NPO 50 22 5 ELCAP KM 16V S 330U PM20 ELCAP RGA 16V S 100U PM20 CER2 0805 X7R 25V 100N PM10 CER1 0805 NPO 50V 100P PM5 CAP MPOL 100V S 100N PM10 CAP MPOL 100V S 100N PM10 CAP MPOL 100V S 150N PM10 DC NPO 50V 220P 5 CER2 0805 X7R 25V 100N PM10 ELCAP RGA 16V S 1500U PM20 2426 2431 2432 2433 2434 2435 2441 2442 2443 2445 2446 2456 2461 2462 2463 2464 2491 2501 2502 2508 2504 2506 2507 2516 2518 2519 2520 2541 2542 2543 2544 2545 2546 2551 2552 2553 2554 2555 2556 2566 2567 2568 2569 2576 2577 2578 2579 2586 2588 2589 2601 2602 2603 2604 2605 2608 2613 2620 2621 2623 2624 2625 2626 2628 2632 2651 2652 2653 2655 2656 2657 2658 2659 2660 2661 2662 2663 2671 225250508205 203830250212 203830150186 203830250218 203830150147 203830150186 203830150191 223858015629 223858015645 202202000906 222236525474 202202000906 203830100104 223886115221 202202000906 223858015633
62. ELCAP RGA 25V S 47U PM20 CER2 0805 X7R 25V 100N PM10 0805 X7R 25V 100N PM10 ELCAP KM 16V S 330U PM20 0805 X7R 25V 100N PM10 ELCAP RGA 25V S 47U PM20 CER2 0805 X7R 25V 100N PM10 ELCAP RGA 100V S 47U PM20 CAP MPOL 100V S 100N PM10 ELCAP KM 250V 5 1U PM20 CAP MPOL 400 S 10N PM10 0805 NPO 50V 22 5 0805 NPO 50V 22 PM5 0805 NPO 50V 22 PM5 0805 NPO 50V 22P PM5 Spare Parts List 202 7 lt to cover page 2787 223891015649 2788 223891015649 2789 223886115101 2790 223886115101 2791 203803513201 2792 223858015632 2793 223886115101 2797 203830250166 2798 203803513201 2799 223891015649 2801 223858015636 2802 223886115101 2803 223891015649 2804 223886115181 2805 223891015649 2806 223891015649 2807 223891015649 2811 202203100224 2812 223858015623 2813 223858015629 2814 223891015649 2815 223891015649 2821 223858015623 28022 223858015629 2831 223858015623 2832 223858015629 3701 232273467509 3702 232273061479 3703 232273061229 3704 232273061689 3705 213811201105 3706 231291515603 3707 213810113224 3708 213811201823 3709 212010128479 3710 232273061102 3711 213811201123 3712 232273061102 3713 213811201101 3714 213811201101 3715 213811201101 3717 232273061471 3718 232273061471 3721 232273467509 3722 232273061479 3723 232273061229 3724 232273061689 3725 213811201105 3726 231291515603 3727 213810113224 3728 2138112
63. Fig 5 the name a pragram Folder dacument ar Internet resource and Windows will open it Far you Open Ciledid4 exe Cancel Browse Fig 5 4 Click OK button The main menu appears as shown in Fig 6 This is for initialize alignment box PHILIPS Lett make things bett DDC Instructions Note 1 If the connection is improper you will see the following error message as shown in Fig 7 before entering the main menu Meanwhile the read EDID function will be disable At this time please make sure all cables are connected correctly and fixedly and the procedure has been performed properly edid3 01 Vendor ID 0x0000 Device ID 0x0000 Fig 7 Note 2 During the loading EDID46 will verify the EDID data which just loaded from monitor before proceed any further function once the data structure of EDID can not be recognized the following error message will appear on the screen as below Please confirm following steps to avoid this message 1 The data structure of EDID was incorrect 2 DDC IC that you are trying to load data is empty 3 Wrong communication channel has set at configuration setup windows 4 Cables loosed or poor contact of connection 2 read error Fig 8 Re programming EEPROM Software DDC IC Step 1 After initialize alignment box connecting all cables and box as shown in Fig 9 PC 1 Power connecto
64. ImageSize 0 4095 392 0 V ImageSize 0 4095 94 0 H Border 0 255 pP 0 255 ONE Scan Mode Interlaced Non inter Stero Mode No stereo C Field stereo right im Field stereo left ima C 2 way stereo right im 2 way stereo left ima C 4 way interleaved ster C Side by Side stereo Sync Signal Analog Composite Sync Bi Analog Composite Sy C Digital Composite Sync Digital Separate Sync Vsync Positive v Hsync Positive Fig 18 6 Click Next bring up Fig 19 In this step please confirm the Descriptor Data Type is Monitor Range Limits and all the items are same as below Descriptor Data Type Moni tor Range Limits Monitor Range Min Vertical Rate 0 255 Hz Max Vertical Rate 0 255 Hz Min Horizontal 0 255 KHz Horizontal 0 255 KHz Supported Pixel Clock 0 m en e en Secondary GIF timing formula support 19 7 Click Next bring up Fig 20 Descriptor Data Type Moni tor Name gt PHILIPS 202 Monitor Roi Fig 20 8 Click Next bring up Fig 21 Click Finish to exit the Step window Serial number can be filled up at this moment for example TY 001440 NOTE You must modify the Serial NO In step 9 otherwise the Serial NO In OSD Couldn t be modified correct
65. MOVE SELECTION THEN 3 Press the button The EXTRA CONTROLS window appears 4 Press button until AUTO CALIBRATE is highlighted EXTRA CONTROLS ADJUST MOIRE DEGAUSS ADJUST CONVERGENCE ADJUST PURITY AU LIBRATE OFF AUTO AUTO CALIBRAT BACK TO MAIN CONTROLS MOVE SELECTION THEN X SERIAL NO TY 123456 RESOLUTION 1600 1200 FREQUENCY 107K 85HZ 5 Press the or button to select OFF or AUTO 6 When the selection is made press the amp button to confirm your selection and return to the MAIN CONTROLS window CLOSE MAIN WINDOW will be highlighted 7 Press the button to exit the MAIN CONTROLS window Smart Help After returning to MAIN CONTROLS to exit completely press the button CLOSE MAIN CONTROLS OSD Adjustments Continued MAIN CONTROLS LANGUAGE INPUT SIGNAL SELECTION ZOOM ADJUST HORIZONTAL ADJUST VERTICAL ADJUST SHAPE ADJUST COLOR RESET TO FACTORY SETTING EXTRA CONTROLS 1 MAIN CONTROLS ____ MOVE SELECTION THEN 305 e c 1 e OSD LOCK OSD LOCK is a feature which disables the OSD controls It can be used when the monitor is set up for demonstration purposes or when adjustment of the OSD is not desirable Switch on OSD LOCK feature Press and hold the button continuously for 15 seconds Release the button when the message CONTROL MENU IS LOCKED appears HAIN CORTAOLS ATTENTION S AUST H
66. SIG BF423 TOSJ TRA SIG BF423 TOSJ IC PCF8574P PHSE TRA SIG SM BC848CLG ONSE TRA SIG BF423 TOSJ TRA SIG BF423 TOSJ TRA SIG BF423 TOSJ DRIVE PCB ASSY P72 ELCAP SM 16V S 470 20 CER2 ML Y5V 50V 100N P8020 ELCAP SM 16V S 470 20 CER2 ML Y5V 50V S 100N P8020 ELCAP SM 16V S 470 20 DC NPO 50V 22P PM5 CER1 DC NPO 50V S 22P PM5 ELCAP GS 25V 5 4700 PM20 ELCAP SM 25V 5 202 PM20 ELCAP SM 25V S 2U2 PM20 ELCAP SM 25V S 2U2 PM20 ELCAP SM 25V 5 202 PM20 ELCAP SM 25V 5 202 PM20 ELCAP SM 25V S 202 PM20 ELCAP GS 25V 5 4700 PM20 ELCAP GS 16V 54700 PM20 RST MFLM MF0207 A 4 7 1 RST MFLM MF1 2WS A 47K 1 RST MFLM MF1 2WS A 47K 1 RST MFLM MF1 2WS A 22K 1 RST MFLM MF1 2WS A 22K 1 RST MFLM MF1 2WS A 22K 1 RST MFLM MF1 2WS A 22K 1 RST MFLM MF1 2WS A 22K 1 RST MFLM MF1 2WS A 22K 1 RST MFLM 207 A 130K RST MFLM MBB0207 A 5 6 RST MFLM 207 A 130K 202P7 CRT Go to cover page Spare Parts List 3268 231291515602 3269 231291511304 3270 212211000592 3271 231291511304 3272 212211000592 3273 231291511304 3274 212211000592 3275 231291511304 3276 212211000592 3289 231291516809 3290 231291516809 3292 231291516809 3293 231291516809 3295 231291516809 3296 231291516809 Y 6207 933416590673 6208 933416590673 amp 7204 932220364682 7208 935262849112 7209 935262849112 PCB Assy 1054 313
67. Tilt and swivel base REF TO SHEET 191 Transportation packages REF TO SHEET 560 Environmental characteristics The following sections define the interference and susceptibility condition limits that might occur be tween external environment and the display device Susceptibility of display to external environment Operating Temperature 5 to 35 degree C Humidity 10 to 90 w o condensation Altitude 8 000 ft Storage Temperature 40 to 60 degree Humidity 5 to 95 condensation Altitude 39 000 ft Condensation should be prevente Transportation tests 2 TEST ITEM STANDARD A PACKAGING TEST 1 Transportation definition 2 Transportation test Vibration drop ALL REGIONS MODEL EXCEPT CHINA amp INDIA CRT Monitor Single transport direction NF CHINA amp INDIA MODEL CRT Monitor Single transport direction CLASS NO EE 21 AUTO SCAN CMTR P72 202P7 DD EN TYPE 202P70 00 8639 000 16171 _____ _ BRAND PHILIPS 2005 03 25 ww C C Liao 21 590 14 10 pate 2005 03 25 Propertyof PHILIPS ELECTRONICS INDUSTRIES TAIWAN LTD B E 2838 100 05424 GENERAL PRODUCT SPECIFICATION Go to cover page Ah 2 1 1 Sine Vibration lacc To UAN D1534 01 7 Hz 1 05 G 30 min Transport direction only acc To ASTM D4169 0 73 Grms truck spectrum 30 min axis 3 axes 2 2 1acc
68. access confirm the selection To leave factory mode 7 After alignment of factory mode turn off monitor if you do not run off monitor the OSD menu is always at the factory mode then turn on monitor again at this moment the OSD menu goes back to user mode To access BURN IN mode First of all monitor displays an image 1 Disconnect the video cable interface cable 2 Turn off monitor Press and 0 simultaneously on the front control panel then the BURN IN mode comes on the screen of monitor as below 50 seconds around 5 second around repeat 4 Reconnect the video cable then return the normal image SERVICE MODE indication factory mode MAIN CONTROLS 00119 00119 stand for INPUT SIGNAL SELECTION 1 Using 10 hours already 200M 2 Turn on off 10 times idi 3 Using several hours WUJ US VEI LHL ADJUST SHAPE turn on off monitors 1071051 COLOR 4 RESET TO FACTORY SETTINGS EXTRA CONTROLS MODEL SELECT CLOSE MAIN CONTROLS Default setting of MODEL SELECT Do not change it 5 RESERVE RESERVE RESERVE RESERVE 202P7 CRT Go to cover page OSD Tree Go to cover page The OSD Tree Below is an overall view of the structure of the On Screen Display You can use this as reference when you want to later on work your way around the different adjustments
69. below Brightness is the overall intensity of the light coming from the screen A50 brightness is recommended 1 Press button on the monitor The BRIGHTNESS window appears BRIGHTNESS 2 Press the button to adjust the brightness 3 When the brightness is adjusted to the level desired Stop pressing the or gt button and after three seconds the BRIGHTNESS window will disappear with the new adjustment saved Smart Help After the BRIGHTNESS window has disappeared to continue to the CONTRAST window follow the steps under CONTRAST CONTRAST To adjust your screen s contrast follow the steps bellow Contrast is the difference between the light and dark areas on the screen A 10096 contrast is recommended 1 Press the or button on the monitor The CONTRAST window appears CONTRAST 2 Press the or button to adjust the contrast 3 When the contrast is adjusted to the level desired stop pressing the or button and after three seconds the CONTRAST window will disappear with the new adjustment saved Smart Help After the CONTRAST window has disappeared to continue to the MAIN CONTROLS follow the steps under LANGUAGE LANGUAGE The ON SCREEN DISPLAY shows its setting in of eight languages The default is English but you can select French Spanish German Italian simplify Chinese Korea or Portuguese MAIN CONTROLS 3D LANGUAGE INPUT SIGNAL SEL
70. create shock fire or other hazards Under no circumstances should the original design be modified or altered without written permission from Philips Philips assumes no liability express or implied arising out of any unauthorized modification of design Servicer assumes all liability Broken Line Important Safety Notice FOR PRODUCTS CONTAINING LASER DANGER Invisible laser radiation when open AVOID DIRECT EXPOSURE TO BEAM CAUTION Use of controls or adjustments or performance of procedures other than those specified herein may result in hazardous radiation exposure CAUTION use of optical instruments with this product will increase eye hazard TO ENSURE THE CONTINUED RELIABILITY OF THIS PRODUCT USE ONLY ORIGINAL MANUFACTURER S REPLACEMENT PARTS WHICH ARE LISTED WITH THEIR PART NUMBERS IN THE PARTS LIST SECTION OF THIS SERVICE MANUAL Technical Data 202P7 CRT lt Go to cover page 1 ELECTRICAL SPECIFICATION 2 Environmental conditions 1 1 CRT 2 1 Operating Type NR M51QEQ991X001 SDI DFT Temperature 5 to 35 C Dimensions TM Humidity 10 to 90 w o condensation AG Pitch 0 25 Altitude 8 000ft Deflection angle 90 deg 2 2 Storage Light transmission 54 5 96 Temperature C 40 to 60 Surface of plate Spin coating 4 Anti static Humidity 5 to 95 w o condensation Phosphor P22 Altitude 39 000ft EHT 27 0 kV conde
71. distortion free AC mains voltage to the apparatus via an isolating transformer with a low internal resistance All voltages have to be measured or applied with respect to ground unless otherwise stated Note Don t use heatsink as ground The term Linear RGB is meant the 0 7Vpp video with separate sync TTL level The factory preset timing formats from pattern generator CHROMA 2250 are shown in TABLE 1 to 36 Any external voltage source should have low internal impedance The alignment has to be done in room temperature 25 5 C Digital control buttons for OSD MENU Language Language multi language 8 languages Input Input signal selection Zoom Zoom Adjust horizontal Adjust position Adjust size Adjust vertical Adjust position Adjust size Adjust shape Adjust side curve Pincushion Balanced Adjust side angles Trapezoid Parallelogram Rotate image Rotate Adjust color 9300 K for general use 6500 K for image management 5500 K for photoretouch SRGB Smart mode Professional mode Reset to factory settings No Yes Extra Controls Adjust moire Horizontal Vertical Degauss Adjust convergence Horizontal Vertical Adjust purity NS purity Auto calibrate OFF AUTO Pre warm up Align in pre warmed condition at least 30 minutes during manufacturing Warm up the monitor by pushing power switch and OSD key Main chassis alignment Power supply adjustment To preset potmeter R3157 B an
72. line SCL Configuration and procedure There is no Hardware DDC DDC IC anymore Main EEPROM stores all factory settings and DDC data EDID code which is also called Software DDC The following section describes the connection and procedure for Software DDC application The main EEPROM can be re programmed by enabling factory memory data write function on the DDC program EDID46 EXE Initialize alignment box In order to avoid that monitor entering power saving mode due to sync will cut off by alignment box it is necessary to initialize alignment box before running programming software EDID46 EXE Following steps show you the procedures and connection Step 1 Supply 8 12V DC power source to the Alignment box by plugging a DC power cord Step 2 Connecting printer cable and D Sub cable of monitor as Fig 3 1 Power connector 2 D SUB connector Ec E Fig 3 202 7 to cover page Step 3 Installation of EDID46 EXE Method 1 Start on DDC program Start Microsoft Windows 1 The Program EDID46 EXE in service manual cd rom be copyed to In Fig 4 Programs Favorites as Documents Fig 4 Settings Find d 3 At the submenu type the letter of your computer s hard disk drive followed by EDID46 for example 46 as shown in
73. page Fig 7 4 Main panel with Bottom Tray Remove 4 screws for disconnect the Bottom tray as Fig 8 Remove the bottom tray on press right and left side clip from fig 8 to fig 9 5 SERVICE POSITION reconnect connectors some wires and panels chassis service position can be available for DC AC measurement as shown in Fig 9 Fig 8 Fig 9 Troubleshooting Go to cover page The following table lists possible common problems and the recommended resolution Having this Check these items problem No picture eMake sure the Power cable is plugged into the power outlet and back of the monitor Power LED not lit No Picture Power LED is yellow No Picture Power LED is green Screen doesn t show when you turn on the monitor No color or intermittent color Color appears blotchy Missing one or more colors Dim Picture Picture is too large or too small Edges of the picture are not square Picture has a double image Picture is not sharp Unstable Picture Problem with On Screen Display ePower button on the front of your monitor should be in the ON position eDisconnect the monitor from the power outlet for about one minute eMake sure the computer is turned on eMake sure the monitor cable is properly connected to your computer eCheck to see if the monitor cable has bent pins eThe Energy Saving feature may be activated sure the Brightness and Contrast
74. probe and a multimeter position DC V Discharge until the meter reading is 0 V after approximately 30 seconds A ESD All ICs and many other semiconductors are sensitive to electrostatic discharges ESD Careless handling during repair can drastically shorten their life Make sure that during repair you are connected by a pulse band with resistance to the same potential as the ground of the unit Keep components and tools also at this same potential When repairing a unit always connect it to the AC Power voltage via an isolating transformer Be careful when taking measurements in the high voltage section and on the picture tube panel It is recommended that saferty goggles be worn when replacing the picture tube When making adjustments use plastic rather than metal tools This will prevent any short circuit or the danger of a circuit becoming unstable Never replace modules or other components while the unit is switched on Together with the defleciton unit the picture tube is used as an integrated unit Adjustment of this unit during repair is recommended After repair the wiring should be fastened in place with the cable clamps All units that are returned for service or repair must pass the original manufactures safety tests Waring and Notes Notes 1 The direct voltages and waveforms are average voltages They have been measured using the Service test software and under the follo
75. screen instruction on window The user interface provides user friendliness and ease of use when operating the monitor Basic and simple instruction on the control keys On the front controls of your monitor once you press button the On Screen Display OSD Main Controls window will pop up and you can now start making adjustments to your monitor s various features Use the 4 or the buttons to make your adjustments within Power button switches your monitor OK button which when pressed will take you to the OSD controls Contrast hotkey When the UP arrow is pressed controls for the CONTRAST will show up DOWN buttons are used for adjusting the OSD your monitor LANGUAGE INPUT SIGNAL SELECTION ZOOM ADJUST HORIZONTAL ADJUST VERTICAL ADJUST SHAPE ADJUST COLOR RESET TO FACTORY SETTINGS EXTRA CONTROLS 3h Brightness hotkey When the RIGHT arrow is pressed the adjustment controls for BRIGHTNESS will show up gt LEFT and RIGHT buttons like the UP and DOWN buttons are also used in adjusting the OSD of your monitor E P By pressing both the UP and OK buttons you can easily EE RS access the Input Signals A and or B MOVE SELECTION THEN 00 Rear View 121 1 2 1 3 1 4 1 5 1 6 2 1 2 2 3 1 3 1 1 Electrical Instructions General point During the alignment and measurement supply a
76. second 3 seconds min min Resistance required Trip set at 100 uA 5 mA lt 0 09 Rohm current for Max R is the Tester limitation set resistance of at 0 1 uA for the mains cord Min Limitation Ramp set at 2 time seconds Tester 2 2 1 The minimum test duration for Quality Control Inspector must be 1 minute 2 2 2 The test voltage must be maintained within the specified voltage 5 2 2 3 There must be no breakdown during the test 2 2 4 The grounding blade or pin of mains plug must be conducted with accessible metal parts Clip ChenHwa 9032 tester Video cable Connect the video cable or grounding screw to the CLIP on your tester Grounding screw Connect the power cord to the monitor Power outlet 4 Recording Rear view of monitor Hipot and Ground Continuity testing records have to be kept for a period of 10 years 202 7 CRT to cover page 5 1 10 11 Safety regulations require that unit should be returned in its original condition and that components identical to the original components are used The safety components are indicated by the symbol A In order to prevent damage to ICs and transistors all high voltage flash overs must be avoided In order to prevent damage to the picture tube the method shown in Fig 1 should be used to discharge the picture tube Use a high voltage
77. the soldering of the terminals of the component See Fig 2B Fig 2 MONUTING E g APAIR OF TWEEZERS s SOLDER 0 5 0 8 mm SOLDERING PRESURE IRON SOLDER 0 5 0 8 mm B PRESURE SOLDERING TIME lt 3 sec side 2 7 oo 2 Caution when attaching SMDs When soldering the SMDs terminals do not touch them directly with the soldering iron The soldering should be directly with the soldering iron The soldering should be done as quickly as possible care must be taken to avoid damage to the terminals of the SMDs themselves Keep the SMD s body in contact with the printed board when soldering The soldering iron to be used approx 30W should preferably be equipped with a thermal control soldering temperature 225 degree C to 250 degree C Soldering should not be done outside the solder land Soldering flux of rosin may be used but should not be acidic After soldering let the SMDs cool down gradually at room temperature The quantity of solder must be proportional to the size of the solder land If the quantity is too great the SMD might crack or the solder lands might be torn loose from the printed board See Fig 3 Fig 3 Examples C OX RIGHT Ce OX SOLDERING IRON 4 1 Safety Test Requirements All units that are returned for service or repair must pass the original manufactures safety tests Safety testing requires both Hipot and Ground Continuity testing HI POT TE
78. to continue to ADJUST MOIRE press the button until EXTRA CONTROLS is highlighted Next start with step 3 under EXTRA CONTROLS ADJUST MOIRE exit completely press the amp button ADJUST CONVERGENCE Not available in all models EXTRA CONTROLS is a set of features including ADJUST CONVERGENCE Convergence is a process by which a color is created by blending other colors For example white is created by blending red blue and green If these colors do not completely blend OSD Adjustments Continued together converge then you may see unwanted red green or blue lines or dots To adjust the convergence follow the stepsbelow Note Use only if necessary Remember you must degauss the monitor BEFORE adjusting the convergence 1 Press the button on the monitor The MAIN CONTROLS window appears 2 Press the button until EXTRA CONTROLS is highlighted MAIN CONTROLS LANGUAGE INPUT SIGNAL SELECTION ZOOM ADJUST HORIZONTAL ADJUST VERTICAL ADJUST SHAPE ADJUST COLOR RESET TO FACTORY SETTING 9 amp D ID e bm x E 3 Wi y w 1 36 2 bA CLOSE MAIN CONTROLS MOVE SELECTION THEN 8 3 Press the button The EXTRA CONTROLS window appears Note If you have not degaussed the monitor please follow the steps under the Extra Controls Degauss section of this manual before adjusting the convergence 4
79. 0 8 amplitude 5 PL Chi Max 1 Chi Chima coo Lid Chi Chi Max 4 02 V 92 0 V V 12 0 1 11 4 V 1 chi Min Min chi Min chi Min Ch Min 1 40 mVv omy 20 8 V 6 0 niov 1 f Chi 1 Chi RMS t Ch1 RMS Chi RMS 3 95 V 52 0 9 65 487 A 160 T 1 1 09 MIG One A Ch J 60V 3 00V Chi 7 0 10 05 A Chl 10 05 Ch 7 236V 17 May 2005 i 5 00 V MiD Gus A Chi s aan ay 200 26 MEM iis 6 00000 5 14 52 44 is 9 00000 15 21 50 d 0 000003 2003 0 00000 19 25 29 0 000005 2 7701 6 8 7701 22 14 1711 11 2 7404 2 8 7421 8 B14 7567 3 Tek Run j es msnm a s Chi freq Chil Freq chi freq Chi i Chl Fre 48 20kH7 48 AR 30kHz 48 4g 9 92 Mi Low signal nat Low shore amplitude 5 amplitude ac Ch Max P Chi 4 1 1 Chi Max Chi Max 1 Chi Chi 4 22 95 0 V 1
80. 0 015 Y 0 329 0 015 PHILIPS Smart color mode 9300 K CIE coordinates 0 283 0 025 0 297 0 025 6500 K CIE coordinates 0 313 0 025 0 329 0 025 5500 K CIE coordinates x 0 332 0 025 y 0 347 0 025 4 16 White uniformity Set the brightness control at center 50 position then adjust the contrastcontrol to set the luminance at the center of the screen to 100 max The color coordinate at any point on the screen should be X X center 0 015 Y Y center 0 015 4 17 Color tracking on full white pattern Adjust the contrast control from max to min with brightness at click position The color coordinates should not deviate more than X y x center 0 015 y center 0 015 4 18 Purity to third parties in any form whatever is not permitted without written authority from proprietors All rights strictly reserved Reproduction or issue Conditions With full color pattern with brightness control at 50 position and contrast control in maximum under the specific destinations of earth magnetic environments After a warm up time of 30 min the purity control can be used to eliminate colored stains if it occurs the monitor should be well degaussed before purity adjustment Remark If the external degaussing is used the degaussing coil should be a stick type To set the electrical current of the N S coil if exist equal to zero or switch off the moni
81. 00 K Y center 0 297 0 013 2 Turn on the Timing Pattern generator Setting generator to provide CROSS Hatch pattern at X center 0 313 0 013 for 6500 K Resolution 1280 1024 Y center 0 329 0 013 Timing H2 68 7kHz 85 Hz center 0 332 0 013 for 5500 K 3 Preset CRT colour Analyzer CA 100 Y center 0 347 0 013 Remove the lens protective cover of probe CA 100 po mE Set Measuring viewing selector to Measuring position for reset X center 0 313 0 013 for sRGB analyzer Me on the colour analyzer 110 Y center 0 329 0 013 Press O CAL button to starting reset analyzer 14 Smart color mode S 4 Access Factory Mode 1 Turn off monitor don t turn off PC X center 0 380 0 020 for 4000 K Y center 0 377 0 020 2 Press and simultaneously on the front control pane then press wait until the OSD menu with characters P72 X center 0 357 0 020 4600 K FAMILY 0 10 20050104 below OSD menu come on the screen Y center 0 362 0 020 of monitor Press button to bring up OSD MENU for confimation MAIN CONTROLS X center 0 332 0 020 for 5500 K 00119 0 347 0 020 Iq m c a ELECTION X center 0 313 0 020 6500 K SIGNAL Y center 0 329 0 020 Lut An C 7 ADJUST HORIZONTAL X center 0 295 0 020 for 8000 K IDJUST VERTICAL _
82. 000 5 5101 4 freq 50 03 Chi 308 v chi Min 112V Chi RMS 25 MiO 0ms A Ch 100 18 2 0 00000 13 46 46 4 5130 1 YT WITM ch Max Freq 57 7 kHz Ch1 n2V chi AMS lai MT amp us A Chl f 42 0V 18 May 2005 i 0 00000 5 13 15 5 5130 3 fo eo on Vj rrr f Max 85 0 v Ehi Chi AMS 4 06 9 0 0 V nos Mid ous A chi 7 210V May 2005 ir 0 00000 13 57 40 C6 5130 5 _ Chl Freq J Je Chi Max f 16 0 V chi Min f 29 0 V Ch RMS 1 6 v To 0 V Chl 5 R0 V IE May 2005 0 00000 5 11 50 15 WAVEFORM Continuted 44 Go to cover page C13 5131 9 01 7204 1 Tek Stop D13 7204 41 Chi Freq Ch1 Fre Ch1 freq chi freq Chi freq 4 1 57 31kH2 56 14 8 5kHz 311 8 kHz 35 07kH2z Ch Max Ch Max Ch E 254v 6 50 V 8 15 V 5 on v Chi Mi chi Min Ohi Min DO p 19 6 40 V 1 48 V 472 Chl Hs Ch RMS chi RMS Chi RAS 5 64 V SD 132V Zoom MB nus A Chl 4 00 M4 00gs A Chi 300mv uN 28v A Chi f 2 48 V M2 0
83. 01823 3729 212010128479 3730 232273061102 3731 213811201123 3732 213811201222 3733 232273061181 3734 213811201101 3735 232273061471 3736 213811201101 3737 213811201105 3738 213811201105 3741 232273467509 3742 232273061479 3743 232273061229 3744 232273061689 3745 213811201105 3746 231291515603 3747 213810113224 3748 213811201823 3749 212010128479 3750 232273061102 3751 213811201123 3755 213811291002 3760 212010128153 3761 231291511503 3763 212010128152 3765 231291511804 CER2 0805 7 25 100 PM10 0805 X7R 25 100N PM10 0805 NPO 50V 100 PM5 0805 NPO 50V 100 5 RGA 16V 1000 PM20 0805 X7R 50 4 7 10 0805 NPO 50V 100P 5 CAP MPOL 400 10N PM10 RGA 16V 1000 PM20 0805 X7R 25 100N PM10 0805 X7R 50V 10N 10 0805 NPO 50V 100 5 0805 X7R 25 100 PM10 0805 NPO 50V 180 PM5 0805 X7R 25 100 PM10 CER2 0805 7 25 100 PM10 0805 X7R 25 100N PM10 KM 250 10 PM20 0805 X7R 50V 1N PM10 0805 X7R 50 PM10 CER2 0805 X7R 25V 100N PM10 CER2 0805 X7R 25V 100N PM10 0805 X7R 50V 1N PM10 CER2 0805 X7R 50V 3N3 PM10 0805 X7R 50V 1N PM10 CER2 0805 X7R 50V 3N3 PM10 RST SM 0805 RC12H 758 RST SM 0805 RC11 478 5 RST SM 0805 RC11 2278 5 RST SM 0805 RC11 68 5 RST SM 0805 5 1M PM5 RST MFLM MBB
84. 0207 A 56K PM1 RST CRB 12 A 220K PM5 RST SM 0805 5 82K PM5 RST CMP 12 47R PM10 RST SM 0805 RC11 1K PM5 RST SM 0805 5 12K PM5 RST SM 0805 RC11 1K PM5 RST SM 0805 5 100R 5 RST SM 0805 5 100R 5 RST SM 0805 5 100R 5 RST SM 0805 RC11 470R 5 RST SM 0805 RC11 4708 5 RST SM 0805 RC12H 758 RST SM 0805 RC11 478 5 RST SM 0805 RC11 228 5 RST SM 0805 RC11 68 5 RST SM 0805 5 1M PM5 RST MFLM MBB0207 A 56K PM1 RST CRB CFR 12 A 220K PM5 RST SM 0805 5 82K PM5 RST ERC12 47R PM10 RST SM 0805 RC11 1K PM5 RST SM 0805 5 12K PM5 RST SM 0805 RCO5 2 2 5 RST SM 0805 RC11 180R 5 RST SM 0805 5 100R PM5 RST SM 0805 RC11 470R PM5 RST SM 0805 5 100R PM5 RST SM 0805 RCO5 1M 5 RST SM 0805 RCO5 1M 5 RST SM 0805 RC12H 758 RST SM 0805 RC11 478 5 RST SM 0805 RC11 22 5 RST SM 0805 RC11 68 5 RST SM 0805 5 1M PM5 RST MFLM 207 A 56K PM1 RST CRB CFR 12 A 220K PM5 RST SM 0805 RCO5 82K PM5 RST ERC12 A 47R PM10 RST SM 0805 RC11 1K PM5 RST SM 0805 5 12K PM5 RST SM 0805 JUMP ORO5 RST CMP ERC12 A 15K PM10 RST MFLM 207 A 15K PM1 RST CMP ERC12 A 1K5 PM10 RST MFLM 207 A 180K PM1 3766 213811201101 3767 213811201101 3768 232273061102 3769 213811201152 3783 232273061102 3785 232273061102 3786 213811201103 3787 213811201332 3788 213811201101 3789 21381120110
85. 027 F028 F029 F030 F031 F032 CHN CA SETNAME P72 CLASS_NO NAME Liao TERMINAL 202P70 00 3138 118 8116 2005 03 25 SUPERS DATE 2005 03 25 KONINKLIJKE PHILIPS ELECTRONICS N V 2000 12 13 16 18 19 20 TERMINAL Board 1 44 to cover page 8 4 5 7 3 2 4 1001 C4 1004 C 1005 62 2023 2025 2 996 1008 1041 Ao m 2001 4 eo pooo 204 n 2004 B3 2005 B3 2007 2011 B 2023 2 2025 2099 x 4601 1 5001 5 _ 5002 z 2 5003 A EcL 7001 A4 C CN 0 0025 f lerminal Board Se CRT 202 P4 P7 5158 105 5600 mM gt 5 1 T CHECK DATE 2003 06 50 C Philips Electronics N V 5 2 CN 202 7 Go to cover page TERMINAL Board C B A 2 5 4 7 5 2 9 4 3 2006 84 6004 B4 2008 6005 4 2009 34 6006 4 2010 2 A B iem 2015 A4 2016 4 5 2017 4 ZU HO 2019 a pr 5051 A2 AANI lt 2 2 2 5 ggg 2024 Aj __ le lll OE paar 2 one q 2 4 2 2 20009 A 2034 2 a 2035 AT 2036 A 2037 5001 2
86. 0805 RCO5 100K PM5 RST CRB CF1 6 A 10K 5 RST SM 0805 5 100K PM5 RST CRB CF1 6 A 10K 5 RST SM 0805 5 100K 5 RST CRB CF1 6 A 10K PM5 RST SM 0805 RCO5 100K PM5 RST CRB CF1 6 A 10K 5 RST SM 0805 RCO5 100K 5 RST CRB CF1 6 A 10K 5 RST SM 0805 RCO5 100K 5 RST CRB CF1 6 A 33K PM5 RST SM 0805 RCO5 100K 5 RST CRB CF1 6 A 33K PM5 RST CRB CF1 4 2K2 PM5 RST 2W RSS 5 4K7 5 RST CRB CF1 4 A 128 PM5 RST SM 0805 5 5 RST CRB CF1 6 3K3 5 RST MFLM 207 5 6 1 RST SM 0805 RC11 5 6 5 RST SM 0805 RC11 478 5 RST SM 0805 5 4K7 5 RST SM 0805 RC12H 4K7 1 RST SM 0805 5 PM5 RST SM 0805 RCO5 10K PM5 RST SM 0805 RCO5 1M 5 RST SM 0805 5 5 RST SM 0805 RC11 22K PM5 RST MGL VR25 1MPM1 NET Go to cover page opare Parts List 3672 212020200017 3673 213811201105 3674 231291511002 3675 231291511009 3676 231291511003 3677 212010592444 3678 213811273101 3679 212210101448 3680 212210101469 3681 231291511009 3682 232224213104 3683 212010128102 3684 212211600351 3685 212210101469 3686 232273061272 3687 213811201103 3688 213811201393 3689 213810113153 3690 213810113102 3691 232224522152 3692 232224213684 3693 231291511004 3694 212211600378 3695 213836500102 3696 231291511005 3697 231291516803 3698 213836500102 3699 232273061102 5101 3138168
87. 094 2312 225250508205 2313 225250508205 2314 223886115229 2315 223858015636 2316 203830250094 2336 202231100026 2337 223886115229 2338 223886115229 2361 203803527204 2362 203803513201 2391 223891015649 2392 223886115101 2401 202231100026 2421 202231100026 2422 203830250121 2423 202055290607 2424 223891015649 2425 202203100094 M51QEQ991X001 TCO DFT MAIN ASSY P72 VIDEO PCB ASSY P72 DRIVE PCB ASSY P72 CONTROL PCB ASSY P72 TERMINAL PCB ASSY P72 PCB ASSY P72 MAIN PCB ASSY P72 MPP 275V 470N PM10 MPP 275V 470N PM10 ELCAP HP 400V S 330U PM20 MPOL 400V 33N 5 CERSAF NSB 250 5 4N7 20 CERSAF NSB 250 5 4N7 20 ELCAP RGA 25 5 1500 PM20 0805 X7R 50V 2N2 10 CAP MPOL 400V S 10N PM10 CER1 0805 NPO 50V 560P PM5 CER2 0805 X7R 25V 100N PM10 CER2 DC Y5P 500V S 2N2 PM10 CERHDT RR 1KV 5 680P PM10 CAP POL 347 250V S 47N PM10 CER1 0805 NPO 50V 330P PM5 CERSAF NSA 250V S 2N2 PM20 CERSAF NSA 250V S 3N3 PM20 ELCAP RGA 350V S 100U PM20 ELCAP RXJ 100V S 220U PM20 ELCAP GL 25V S 2200U PM20 ELCAP RXJ 25V S 1000U PM20 ELCAP RXJ 25V S 1000U PM20 ELCAP GS 16V 22000 PM20 ELCAP KM 16V S 220U PM20 CER1 0805 NPO 50V 100P PM5 0805 25V 330N P8020 ELCAP SM 10V S 100U PM20 ELCAP GS 50 5 10 PM20 ELCAP REA 25V S 470U PM20 0805 X7R 50V 47N PM10 CAP MPOL 100 S 10N PM10 ELCAP KM 50 100 PM20 CAP MPOL 100V S 100N PM10 ELCAP REA 50V S 2U2 PM20
88. 0R IND FXD 0805 EMI 100MHZ 220R IND FXD 0805 EMI 100MHZ 220R IND FXD 0805 EMI 100MHZ 220R IND FXD 0805 EMI 100MHZ 220R IND SP0305 A 407 10 FERRITE BEAD IND FXD BEAD EMI 100MHZ 50R IND 0305 407 10 BEAD 07UH VERT IND 0305 407 PM10 IND FXD 0805 EMI 100MHZ 220R DIO SIG 103 VISH DIO SIG SM BAV103 VISH DIO SIG SM BAV103 VISH DIO SIG SM BAV103 VISH DIO SIG SM BAS32L PHSE DIO SIG SM BAV103 VISH DIO SIG SM BAV103 VISH DIO SIG SM BAV103 lt o 6724 933952580685 6725 933913910115 6731 933913910115 6732 932209863685 6741 933952580685 6742 933952580685 6743 933952580685 6744 933952580685 6745 933913910115 6761 932213642673 6762 933500820133 6801 933913910115 6802 933913910115 6803 933913910115 6811 933137380215 6812 933913910115 6813 932209863685 6821 933137380215 6822 933913910115 6823 932209863685 6831 933137380215 6832 933913910115 6833 932209863685 7701 935264061112 7705 932220610682 7706 933705890676 7707 933705890676 7706 933705890676 7727 933705890676 7746 933705890676 7747 933705890676 7781 932222161682 7782 932209265685 7783 932209265685 7801 932203171682 7802 933669110652 7803 933878830676 7804 933878830676 7805 933878830676 7806 933706060112 7807 933967310685 7808 933878830676 7809 933878830676 7810 933878830676 1053 313817881041 2214 202202000906 2215 225236512104
89. 0p amp Chl M 10 s Chl 20 0 18 2005 18 May 2005 m May 2005 18 May 2005 0 00000 14 00 10 8 6 000008 14 14 43 0 00000 8 16 05 03 0 00000 16 11 52 chi Fre Chi freq Chi Freq 2 un 121 9 1 9 MO WIN t Max Chi Max sreamiaaduicsqrukb sra Chi Y OV 5 12V 5 8E V b t chi Min chi Min 4 chit Min hae 1 65 V SETEN 1 36 V Ehi RMS chi RMS Chi 5 e ce Adv Iny 453 1 Chi 7 2 527 2 00 A Chi 2 52V 1 1 May 2005 i Aul T me 0 00000 5 16 12 22 0 000005 14 01 52 oe 000004 15 57 04 0 00000 5 16 00 05 Freq Ch Fre freq 4 19 77 211 akHE Low cipal amplitude Ch Chi Chl Max 5 04 V Chl Min Chl Min Min 100 1 72 V AMS Chi Chi RMS 131v 1124 Chi 122 Chi Mi 00ps A Chl F 2005 2005 May 2005 ie 0 00000 3 14 03 45 0 00000 3 15 57 55 i 0 00000 5 16 06 38 ESE Sto z chi Freq cht Freq 1 chi freq 5 0 7MHz i Tt Low amplitude i pied i i i Chl Ch tata alm fl
90. 1 1 307 8 888 D 056 ET ata 1 Jt 112 0 3308 Kio 3808 053 2057 C18 o AV HHA v 8 8 L X RAY 1 2 3309 K10 3589 023 F058 C18 5 Eee ED 49 1 dus d up SA Ak 3210 M 3890 023 2088 nse Pi 68 2 T v c STS 258 3311 8 4841 M23 2060 818 4 5 F f ROTATION gt E mH 7 D 2067 K2 REGULATOR Pas 21V P ws 8437 a E e 3696 33 7 3695 83 F068 120 N R360 R364 gt 12 LLIN 3306 2 E 639 4 1 l gt is w 3315 08 7 N23 F069 50 5 5 1 Es NA 8 x 3 gs tgs A 3v M 331 4 9 3698 20 2 gt 5301 4 2 2 es 22K 3 3 Im SERE ae e ES mers 5 S 3319 K 5 1 2522 M3 28 83 58 2 17812 _ 2 4 9V 6 PDA 27 g al E 15 me 5 8 3326 5 vi i Phit 2 4302 23 al zd 5 B e gx p 36 4 9V 3 TE B 8 f 3354 Ji 4601 8 53 15 m QUT IN Al S 3335 ti ud 3359 00 2076 N mu E IE 4 e BW_I 075 S 0 05 4603 FO77 5 0 5 0 GND 8 TS gt 2 zu 33 pp 2n DSUB gt 1 8 829 27
91. 1 3790 213811201103 3791 213811201332 3792 232273464702 3801 213811201472 3802 232273061562 3803 213811201472 3804 213811201105 3805 213811201103 3806 213811201331 3807 232273061153 3808 213811201123 3809 213811201224 3811 213811201184 3812 232273061684 3813 232273061473 3815 213811201103 3816 232273061102 3821 213811201184 3822 232273061684 3823 232273061473 3825 213811201103 3831 213811201184 3832 232273061684 3833 232273061473 3835 213811201103 3836 213811201103 3841 213811201103 3842 213811201103 3843 213811201103 3844 213811201103 3845 213811201101 3846 213811201101 YN 5701 242253597069 5702 242253594937 5703 242254944197 5704 313816879121 5721 242253594937 5722 242254944197 5731 242253594937 5732 242254944197 5733 242254944197 5734 242253597069 5735 242254944197 5736 242254944197 5737 242254944197 5760 313816874511 5761 242254944197 5762 242254944197 5763 242254944197 5764 242254944197 5765 242254944197 5766 242253597069 5767 313816874511 5768 242254942026 5782 242253597069 5783 313817878601 5791 242253597069 5801 242254944197 6701 933952580685 6702 933952580685 6703 933952580685 6704 933952580685 6705 933913910115 6721 933952580685 6722 933952580685 6723 933952580685 RST SM 0805 5 RST SM 0805 5 RST SM 0805 RC11 RST SM 0805 5 RST SM 0805 RC11 RST SM 0805 RC11 RST SM 0805 5 RST SM 0805 5 RST SM 0805 5 RST SM 0805 5 RST SM 0805 5 10K
92. 10 CERHDT F Y5R 2KV S 220P PM10 CAP MPOL 100V S 470N PM10 CAP MPOL 100V S 100N PM10 CAP MPOL 100V S 100N PM10 CAP MPOL 100V S 100N PM10 ELCAP BP NK 160V 5 1U PM20 CAP MPP 100VS 10 10 ELCAP RGA 350V S 100U PM20 CERHDT F Y5R 2KV S 330P PM10 0805 X7R 25V 100N PM10 0805 X7R 25V 100N PM10 ELCAP RGA 25V S 47U PM20 ELCAP RGA 25V S 47U PM20 CAP PP PPN 400V S 82N PM5 CAP PP PPN 400V S 82N PM5 CAP MPOL 100V S 100N PM10 CER2 0805 X7R 25V 100N PM10 ELCAP 50V S 100 PM20 ELCAP KM 25V 5 4700 PM20 ELCAP REA 35V 1000 20 CER1 DC NPO 50V S 220P PM5 CAP MPOL 100V S 22N PM10 ELCAP KM 25V 5 4700 PM20 CAP MPOL 100V S 100N PM10 CAP MPOL 100V S 470N PM10 CAP MPOL 100V S 100N PM5 CAP MPOL 100V S 100N PM10 CAP MPOL 100V S 100N PM10 CER1 DC SL 2KV S 47P PM10 CER1 DC SL 2KV S 56P PM5 CERHDT RR 1KV S 470P PM10 CERHDT F Y5R 2KV S 150P PM10 CERHDT F Y5R 2KV S 150P PM10 CER2 DCE 2KV S 10N P8020 ELCAP RGA 25V S 47U PM20 CAP PP PPN 400V S 27N PM5 CAP PP PPN 400V S 56N PM5 CAP PP PPN 250V S 220N PM5 CAP MPP MPS 250V S 470N PM5 CAP MPP MPS 250V S 910N PM5 CAP MPP MPS 250V S 1U8 PM5 CER2 0805 X7R 25V 100N PM10 CAP PP PPN 250V S 120N PM5 ELCAP GS 50VS 1U PM20 0805 X7R 50V 1N5 PM10 0805 X7R 50 PM10 CAP PP PPN 100V S 10N PM2 ELCAP KM 25V 5 2200 PM20 CER2 0805 X7R 50V 1N2 PM10 CER2 0805 Y5V 16V 202 P8020 ELCAP REA 25V S 470 20 0805 16V 470N P8020 0805 16V 470N P8020 CER1 0805 NP
93. 12 2155 21 19 P M 1201 0 C S344 8 Si 23 16 2 1 28 LAE EIT DS F E Li 3457 F1 2 7 B16 F126 26 21 1503 16 3458 612 556 818 2127 123 13 25 2301 17 8452 F 5573 2128 Nou 21 23 2308 m7 guga E7 BRAI bel 2128 156 1 22 2303 3085 H7 9883 924 F130 19 7 2 17 18 19 l REF 202P7 20184 8384 M9 E ies 3922 JH Kis 2306 C 6 E 5 5 14 AN 15 16 2307 M9 3488 63 5652 MIG 33 1 1 5 do 180P 3470 H9 2 7 2 602 76064 09 5 8 5654 11 12 3 1 1505 23 j P1 3471 H 3 8 1 c j 8 9 10 MODEL 202P7 20184 E 619 F091 T 2604 150P 5 LM358N 3 P 1 i 3 2 2 9 TER 18 7 saa 6566 EE 1 2605 150P lone 3 1 19 6 6 1 566 95 eth L 260 2 13 3474 6672 120 4 5 BS 2 22 3 340119 6874 heg 1 2 2 3 MAIN BOARD 7502 2505570 2505445 x if VERTICAL OUTPUT 3635 AKT 53 5 0 9 3 4 1 m 55 d 1 59 220R 180R 6 R585 33K None 318 3 3432 958 1 K9 M 3581 2 R566 R585 3604 5 2336 J 3 14 5 SB 59943 x1 SYNC PROCESSOR an3 Noe 2337 3 8485 u 73 Bs am PB 55404 PONE NES 538 Mi 38 92012 1500 08
94. 12 months Sync V TTL level composite sync Analog SOG Sync On Green for models with SOG function 6 Quality 2 AQL for critical failure 0 Video Terminated with 75 ohms for major failure 0 65 96 Sync Terminated with 2K2 ohms for minor failure 2 596 1 6 Input connectors 1 Pin assignment Hed video input Green video input or Green video with Sync On Green input Blue video input Id bit Connected to pin 10 Ground connected to pin 10 video ground Green video ground Blue video ground 5V Logic ground Id bit Connected to pin 10 Serial data line SDA H H V Sync V Sync VCLK for DDC Data clock line SCL Red video input Green video input or Green video with Sync On Green input Blue video input H H V sync V sync 3 Signal interface Detachable 1 5M 15Pins pantone 661C color with icons D sub male at both ends with DDC1 2B Pin assignments Installation Go to cover 1 S Sub Port Attach the D Sub connector that comes with your monitor here Other end connects to your PC 2 Power in Attach power cable here 3 BNC Connectors Attach the connectors here to get the best video performance from your monitor Front View Description of the On Screen Display What is the On Screen Display This is a feature in all philips monitors which allows an end user to adjust screen performance of monitors directly through an on
95. 16 17 2 ur 1705 017 2804 K6 6701 M0 706 1 H17 2805 17 6702 A10 710 I A14 2806 J7 6703 All 711 6 2807 K10 6704 112 1718 JFE63041 712 C17 2811 G8 6705 Al2 1703 2 1715 2812 F9 6721 10 7 AQUADAG 5701 C em 2 716 2813 69 6722 10 8 7 570 1 2 x F028 7 4u7 7701 2707 Y AQUADAG 717 5 2814 19 6723 B11 VIDEO BOARD u 24 180 gt Pii dom 718 A6 2815 110 6724 C12 L Bwic TL PURE FLAT 719 86 2821 F10 6725 C12 58 55893 vi 5 BAV103 1766 Mare au 1720 2822 610 6726 55903 id 5 3707 419 F029 m D 721 A8 2831 F11 6731 D3 ss L Sane m 1 722 2832 611 6732 D2 1 pum BAS 12 R D 1 723 8 3701 B2 6741 C10 1737 1008 ATOR 1720 1721 5 9 1752 1767 724 3702 2 6742 10 m 3708 9 1725 8 3703 6743 Vout T13V l D 1 726 D3 3704 A9 6744 D12 gt 727 G7 3705 A10 6745 012 4801 gt 180 728 5 3706 12 676 6 5 729 05 3707 12 6762 G16 GNDI 2 730 65 3708 12 6763 H16 D CL a 731 G4 3709 B11 6764 116 Vin SSE E me ms aR 1 2 732 3710 B12 6801 13 6 45 4V 1733 3711 12 6802 5 1 BS 3709 Jad d 3712 M 6803 19 E A
96. 2 232273061562 232273061479 213811201472 232273464702 213811201332 213811201103 213811201105 213811201472 232273061223 232224181005 RST CRB CF1 6 A 10K 5 RST SM 0805 RC11 1 8 5 RST CRB CFR 25 A 1K2 PM5 RST CRB CF1 6 A 10R PM5 RST MFLM MF0207 A 200R 1 RST MFLM 207 10R 1 RST MOX 7W RSH PM5 RST CRB CF1 6 A 47R PM5 RST FUSE NFR25 1R PM5 RST FUSE NFR25 1RPM5 RST MFLM MBB0207 A 5K6 1 RST MFLM MBB0207 A 12K PM1 RST SM 0805 5 10K PM5 RST SM 0805 5 2K PM5 RST CRB CF1 6 A 4K7 5 RST FUSE RFS1 2 A 0R12 5 RST MFLM MF0207 2K2 RST CRB CF1 4 A 470R PM5 RST CRB CF1 4 A 470R PM5 RST MFLM MF0207 2K2 RST FUSE RFS1 2 1R PM5 RST MFLM MF0207 A 478 RST MFLM MBB0207 185 1 RST MFLM MF0207 282 1 RST MFLM 207 220R RST MFLM MBB0207 185 1 RST CRB CF1 6 A 33K PM5 RST CRB 12 A 43K PM5 RST CRB CF1 6 A 82K PM5 RST CRB CF1 6 A 33K PM5 RST FUSE RFU1 3 A 43R PM5 RST FUSE RFU1 3 A 438 5 RST MFLM MF0207 470R 1 RST MFLM MF1 2WS NTC DC TTC 301 S 300R 5 RST MGL RMU12 A 220K PM5 RST MOX 2W RSS S 10K PM5 RST MFLM MF0207 A 33K RST MGL VR37 100K PM5 RST MGL VR37 1MPM5 RST MGL VR37 A 1MPM5 RST MFLM MBB0207 1 1 RST MGL LSR37 1K5 PM10 RST CRB CF1 6 A 82K PM5 RST MFLM MF0207 100R 1 RST MGL VR37 4 7 5 RST CMP ERC12 2K2 PM10 RST SM 0805 5 150K 5 RST SM
97. 2 0 V Ehi Mim Chl Min Min Chi Min Chi Min 3 58 V 40 07 52 V imi chi RMS Chi RMS chi RMS Chl RMS Ehi AMS 4 41 1 55 V 14 Vv 02 Mit ous A Chl 7 44XV 007 chi 250 Chl A thi J 2329 Mid Ops A chi ms A Chl 7 240V VE 2005 18 May 2005 2005 17 2005 ir 00000 14 43 20 0 00000 14 51 46 0 00000 4 15 24 25 080 9 0 00000 s 19 26 24 0 00000 7701 8 15 7781 5 7404 12 9 7421 14 15 7567 5 21 a Stop 22 Hn 1 1 Freq Ch1 freq i chi freq i Chi freq chi Fre i T Freq itil aail pert ete 50 95 Hz 50 92 Hz 59 05 Hr amplitude amplitude Chi Max Ch Max i Chi Max 1 EN Chit Max ee Poe ee Ohi Max Ch 5 04 V 82 0 V 4 92 Vv 1 492 4 12 cht Min Min chi Min chi Min 4 1 chi Mi chi Min 25 0 v 4 mVy 4n mVv REO T4 8 V f Chl 5 chi RMS chi RMS chi RMS 1 Chi RMS 5 45 6 V 4 08 v 3 60 v Laky 4 v Midas A Ch A thi 260 Chl J 2524 G 390v A chi xu A Chi 7 Ch
98. 2 Ee 190 dn s A g wwny 2653 L B 3 88 2023 5 8 1 6 3658 8 pose 22 5 sc T MUN2211 2656 5 3848 K18 2026 E5 N 2 MUN2211 ES 1 Y um GENERATOR 5 EB 4 5 anG 5 8 FO 58 5 57158 15 2671 8699 5889 17 3663 117 2058 WOR USB ONLY ho gE 2 M17 3664 N 8 F031 62 i 5661 6 3565 017 2851 Ge K 3660 7 5888 18 eee 8 035 G2 8302 5K6 lis M 2671 K20 386 17 E 672 119 36 9 F035 Ge PT H 5681 19 3672 K20 2037 G2 20 3673 24 H2 842 me N30 3674 L13 038 t Beau 032 3815 19 2040 H lt 38 S REO HOT 6 6653 1 E EE 26 85 023 3676 119 FOUS 8 3319 4 26 3677 120 3 a E our 1 2586 23 578 9 FOUG u AKT 5 gm um E N 5889 53 3878 18 FOU N3 HUN E M Toye ga m 3480 NIS M ral 8 3 z x gla 82 p 36 2050 03 amp oue ane 10 sw 804 518 gu TD i 3302 8 3888 051 05 je s 3884 055 3301 7301 SDA sm Bt A WHITE 339 5 388 50 22 2 i 2 4 i 3309 MS 3889 098 F055 258298225 2 zt
99. 21 CRT Colour Monitor Service Service Service ENERGY STAR Chassis P72 202P7 202 70 00 202P73 27 202P75 75 202P75 93 202P75 97 ervice Manua Horizontal Frequencies TABLE OF CONTENTS Description Page Important Safety Notice 2 Technical Data 3 Installations 4 Electrical Instructions 5 8 Mechanical Instructions 9 10 Troubleshooting 11 OSD Adjustments 12 21 OSD 22 Instructions 23 27 DDC DATA 28 29 Repair Flow Chart 30 36 Wiring Diagram 37 Block Diagram 38 Main Diagram amp C B A 39 42 30 130KHz Description Page Video Diagram amp C B A 43 45 Terminal Diagram amp C B A 46 48 Drive Diagram amp 49 50 Key Control Diagram amp C B A 51
100. 2210142676 7427 932217439685 7461 932214470676 7462 933237790126 7463 932210142676 7464 933878830676 7465 933705890676 7466 932217440685 7501 934000540115 7502 932217972682 7503 932205702687 7504 932205703687 7505 933984890682 7541 932218090687 7542 932204822682 7543 932204823682 7544 932217439685 7545 933705890676 DIO SIG SM 99 VISH DIO REC SB140 E3 VISH DIO SIG SM BAS32L PHSE DIO SIG 1N4148 PHSE DIO SIG 1 4148 PHSE DIO REG BZX55 C30 A VISH DIO SIG SM BAS32L PHSE DIO REG BZX55 C5V1 A VISH DIO BYT42G A VISH DIO REC RGP10D E3 VISH DIO SIG 1N4148 PHSE DIO REC SBYV27 200 E3 VISH DIO REG BZX79 C18 PHSE DIO REC BYV26EGP A GULF DIO REC 5VUZ52 TSOJ DIO REC RGP10J E3 A VISH DIO SIG 1N4148 PHSE DIO REC 31GF4L 5302 VISH DIO REC RGP10D E3 A VISH DIO REC RGP10D E3 A VISH DIO SIG 1N4148 PHSE DIO REC RGP15G E3 A VISH DIO REC 614 A PHSE DIO REC 614 PHSE DIO SIG 1 4148 PHSE DIO REG BZX55 C5V1 A VISH DIO REC RGP10D E3 A VISH DIO REG BZX55 C5V1 A VISH DIO SIG SM BAS32L PHSE DIO SIG SM BAS32L PHSE DIO REG BZX55 C5V1 A VISH DIO SIG SM BAS32L PHSE DIO REC RGP10J E3 A VISH DIO REC 31GF6L 5304 E3 VISH DIO REC RGP10D E3 VISH DIO REC BY584 PHSE IC STR F6656 LF1352 SAKJ SIG SM BC857C KECO TCET1103 G VISH TRA SIG BC516 PHSE TRA POW BUX87 STOO TRA SIG BC
101. 337 40 TCET1103 G VISH IC L4940V5 STOO TRA SIG BC547C PHSE SIG SM 1025 TL431CZ STOO TRA SIG BC337 40 CPU IC 6160 K420PH 06A TRA SIG SM 857 KECO TRA SIG SM 848 ONSE SIG SM 1025 KECO IC M24C16 WBN6P 5700 IC L7812CV STOO IC MC7808ACT ONSE TRA SIG SM 1025 SIG SM 857 KECO HEF4053BP 4856 6 PHSE TRA SIG BC337 40 TRA SIG TBC328 40 SIG SM 1025 SIG 547 PHSE SIG 558 KECO TRA SIG SM 857 TRA SIG BC546 KECO TRA SIG 7 PHSE TRA SIG 558 KECO TRA SIG BF423 TOSJ TRA SIG BF422 TOSJ SIG SM 1025 FET POW BSP126 POW 2805570 POW 80533 STOO TRA POW BD534 STOO IC LM358N STOO FET POW IRF730B _ 2500 TRA POW 25 2344 TRA POW 25 1011 TSAJ SIG SM 857 KECO TRA SIG 422 TOSJ 7566 932217440685 7567 931900234682 7586 933984890682 7587 933221930126 7588 933221970126 7601 932206519687 7620 932217996687 7621 932217996687 7622 932214562667 7627 932217440685 7628 932217440685 7629 932217440685 7630 932217440685 7631 932217440685 7632 932217440685 7633 932217440685 7651 932219556682 7652 933237790126 7653 932217439685 7654 933967310685 7671 9
102. 34003960126 7672 gt 932217890687 7673 932217362682 7674 933237790126 1052 313817881061 Hh 2702 223858015636 2704 203803522801 2705 202203100224 2706 242254945382 2707 223891015649 2708 223891015649 2709 223891015649 2710 223886115279 2720 223886115279 2722 223858015636 2724 203803522801 2725 202203100224 2726 242254945382 2727 223891015649 2736 223858019814 2740 223886115279 2742 223858015636 2744 203803522801 2745 202203100224 2746 242254945382 2748 203803513301 2749 223891015649 2750 223891015649 2751 223891015649 2752 203803513707 2753 202203100224 2756 223886115101 2757 223886115101 2760 223891015649 2761 202055800006 2762 225260214416 2763 225261818021 2764 225271108026 2765 225260215216 2766 223858015632 2767 223891015649 2768 223891015649 2770 203803527501 2771 223891015649 2772 203803513301 2773 223891015649 2774 223891015649 2775 203803527204 2776 223891015649 2777 203803513301 2778 223891015649 2779 203803513707 2780 203830250095 2781 202203100224 2782 203830250166 2783 223886115229 2784 223886115229 2785 223886115229 2786 223886115229 SIG SM KRC102S KECO IC E STV9379 STOO IC LM358N STOO TRA SIG BC637 PHSE TRA SIG BC640 PHSE TRA POW BUX87 STOO FET POWIRF640B FSCO FET POW IRF640B 2500 FET POW SLA5058 SAKJ TRA SIG SM KRC102S TRA SIG SM KRC102S TRA SIG SM KRC102S TRA SIG SM KRC102S KECO
103. 3810645301 PE BAG Accessory 601 313811707744 E D F U ASSY 602 313811707754 E D F U 1057 313816874231 MAINS CORD 1058 313819870601 CORD SUB D 15 1M8 15 D SUB GY miscellanea 178 313810541152 QUICK SETUP GUIDE BOOKLET 213 313811581321 EEPROM LABEL SDI 616 313811706001 CODE OF F W MATL REQ 1003 243803100164 CONH 6PM2 50RD 63854 1006 313817879621 CON BM H M 2 5 625 626 1008 243803100417 SOC SUBD V 15P 1226 1011 243812700019 SWI SLID 1P 3POS 30V V 8MM5 1061 313816876051 125008 2 280 AWG 24 1062 242254900519 COIDEGAUS P72 62 0412 CU 1101 313817876762 AC INLET ASSY 1103 242208600208 FUSE 5X20 HT 4A 250V IEC 1131 313816876341 CON BM V 2P 7 92 M241833 1190 243813200141 RELAY 2P 12V 5A OSA SS 1191 242213207312 RELAY 2P 12V VB12TBU5 1192 313816876341 CON BM V 2P 7 92 241833 1207 243854300061 RES XTL 12MHZ 30P HC49 U 1211 313817867521 ASSY 1265 313817881171 EEPROM ASSY P72 1286 242203100256 SOC ANT H 5X1P F 50 OHM 1301 243853500081 RES XTL 12 7 32P 49 1311 243803100066 CONV 7PM2 50 625 635 1503 243803100116 CONV 2 50 63172 1891 242212803007 SWI TACT 1P 1POS 12V V 5MM 1892 242212803007 SWI TACT 1P 1POS 12V 1893 242212803007 SWI TACT 1P 1POS 12V V 5MM 1894 242212803007 SWI TACT 1P 1POS 12V V 5MM 1895 242212803007 SWI TACT 1P 1POS 12V V 5MM 4444 313810610471 ROM SERVICE MANUAL 4444 313810610472 SERVICE MANUAL 8001 313816873032 330919 10
104. 4 6303 89 515 Pt z uf per b 3409 519 6300 COD 3 8 3 8 5 gt 5 SOGIN 51V 100R 2 3 Ou 07 338 1 5 03 B E 5 E 0 2 18 m STANDS FOR CHIP COMPONENTS uS 3 5 1 RS Gu 5 5 C6 3 E 619 E 4 9V SUME P72 Eze 7 gu 2106 619 E ES siar BANDI Hw 4 4 9V INTE CLASS NO 8105 aise j 6462 F8 E 98 7 49 m H ma MAIN BOARD 3138 178 3155 es 8183 HB 110 22 MUTE x 22 E ITEM 8458 613 hg 21110 zaf psi 100R 2543 100u 350V 1004 2 0 202P70 00 20 1B4 Q 3199 80 85 H 5 8 8 Dese 27 20 T g fous 238288718 ni ssov 100u 250 1 5501 2110 220 ON nu STV m KONINKLIJKE PHILIPS ELECTRONICS N V 2000 28 3132 E8 PERE D 1 8 5 SUSPEND 3 Eu 25 I 26 I 27 Em uM 3 i 3 E9 6506 C16 1 OFF 5C 5 24 IN I 23 21 22 Ay l 201 A Ou I _ 8 19 23 I gt 5 160 17 E 50 23 225 12 i N 7 18 H 5 T 16 l T 9 1 8 15 I 2 3 4 s 10 11 le 13 1 7 8 3 T uU Schematic Diagram lt Go to cover page S d 10 13 Lo 16 AA 7 D 9 19 12 13 14 15 16 17 19 20 Ul 0 N 60 H7 72 H9 ESSE 76 77 110
105. 4 3 Refresh Rate 85 Standard Timing Identification 2 Horizontal active pixels 1792 Aspect Ratio 4 3 Refresh Rate 85 DDC DATA Standard Timing Identification 3 Horizontal active pixels 1856 Aspect Ratio 4 3 Refresh Rate 95 Standard Timing Identification 4 Horizontal active pixels 1280 Aspect Ratio 5 4 Refresh Rate 85 Standard Timing Identification 5 Horizontal active pixels 2048 Aspect Ratio 4 3 Refresh Rate 80 Standard Timing Identification 6 Horizontal active pixels 1024 Aspect Ratio 4 3 Refresh Rate 85 Standard Timing Identification 7 Horizontal active pixels 800 Aspect Ratio 4 3 Refresh Rate 85 Standard Timing Identification 8 Horizontal active pixels 1600 Aspect Ratio 4 3 Refresh Rate 85 Detailed Timing 1 Pixel Clock MHz 355 03 Active pixels 2048 H Blanking pixels 683 V Active lines 1536 Blanking lines 89 H Sync Offset F Porch pixels 124 H Sync Pulse Width pixels 222 V Sync Offset F Porch lines 20 V Sync Pulse Width lines 3 H Image Size mm 392 Image Size 294 Border pixels 0 V Border lines 0 Flags Non interlaced Normal Display No stereo Digital Separate sync Positive Vertical Sync Positive Horizontal Sync Monitor Descriptor 2 Serial Number TY 123456 Monitor Descriptor 3 Monitor Name PHILIPS 202P7 Monitor Descriptor 4 Monitor Range Limits Min Vt
106. 44 44 tht Min 27 4 V Chit AMS 14 3 V Migare A Chl 1 May 2005 0 00000 5 10 03 46 24 5541 2 Tek Stop 1 tht Freq 42 Chi 240 v Ch Min IE 0 v V M 18 Opes A chi 124 V 0 00000 5 25 5545 3 Chi freq 47 07kHz Low amplitude Max 80 0 v mo non po Chi Min 35 0 v Chl RMS Chl 0 000001 26 5543 9 Freq 31 25kHz b n sijal amplitude Chl Max Chi Min 31 0 V Chl A Chl 7 20 i 0 000004 1 301 B27 5543 12 Tek Stop Chi freq 37 40kHz7 Ch Max Chil Min Ehi 52 5 V 500v 5 thi s SLOV 18 2005 0 00000 5 10 12 09 28 7542 Cht Freq 70 3TkHz Low signal amplitudi Ehi 8 68 V tht Min 18 0 V Chit 60 A Chil 1 2005 ii 0 00000 s 10 39 19 29 5601 4 chi Freq XB Leona sal amplitude eee i i Ch Max 1 192 v Ch1 Sin 132V A Chl d 0 000003 B30 7301 2 Cn Freq 187 3kHe Chi chil Min 1 28 V A Chl 172V 0 00000 4 WAVEFORM
107. 5 5 RST SM 0805 5 4 7 5 RST SM 0805 5 4 7 5 RST CRB CF1 6 A 22K PM5 RST CRB CF1 6 A 100K 5 RST CRB CFR 12 1K PM5 RST SM 0805 5 10K PM5 RST SM 0805 5 10K PM5 RST SM 0805 5 10K PM5 RST SM 0805 5 10K PM5 RST SM 0805 5 10K PM5 RST SM 0805 5 10K PM5 RST CRB CF1 6 A 4K7 PM5 RST CRB CF1 6 A 100R PM5 RST SM 0805 5 10K PM5 RST RNL 5X 4K7 5 RST CRB CF1 6 A 4K7 PM5 RST SM 0805 RC11 15K PM5 RST MFLM MF1 2WS 2708 1 RST MFLM MF1 2WS A 158 1 RST CRB CF1 6 A 10K PM5 RST CRB CF1 6 A 4K7 5 RST CRB CF1 6 A 100R PM5 RST SM 0805 5 10K PM5 RST CRB CF1 6 A 100R PM5 RST CRB 12 2K2 PM5 RST CRB 12 A 2K2 PM5 RST CRB CF1 6 A 100R PM5 3341 3342 3343 3344 3345 3347 3348 3349 3350 3393 3394 3395 3396 3397 3398 3403 3404 3421 3422 3423 3424 3425 3426 3427 3428 3429 3430 3431 3432 3433 3434 3441 3442 3443 3444 3446 3450 3451 3456 3457 3458 3462 3464 3465 3466 3467 3468 3469 3470 3471 3472 3473 3474 3475 3476 3491 3492 3494 3495 3501 3502 3503 3504 3505 3506 3507 3508 3515 3517 3518 3519 3521 3522 3523 3524 3525 3527 3528 212210102201 212211600369 212210102181 212210102181 212210102181 213811201472 212210102205 212210102205 212210102205 213811201472 213811201103 213811201472 213811201103 212210102197 212210102181 213811291002 213810113471 212211000392
108. 50 0 523 0 498 0 526 16 069 11 944 16 124 13 715 0 012 0 008 0 011 0 011 SYNC H V POLARITY SEP sor Y Y 90 000 kHz 91 146 kHz 93 750 kHz 106 250 kHz 11 111 10 971 10 667 9 412 0 889 1 016 0 948 0 837 1 470 1 422 1 501 1 325 8 205 8 127 7 901 6 972 0 547 0 406 0 317 0 278 60 000 2 85 024 2 75 000 2 85 000 2 16 667 11 761 13 334 11 765 0 033 0 033 0 032 0 028 0 622 0 483 0 491 0 433 16 000 11 234 12 800 11 294 0 012 0 011 0 011 0 01 POLARITY Y Y 106 270 112 5 kHz 120 450 kHz 9 410 8 889 8 302 0 828 0 754 0 675 1 349 1 185 1 025 6 866 6 465 6 402 0 367 0 485 0 200 All rights strictly reserved Reproduction or issue to third parties in any form whatever is not permitted without written authority from the proprietors 74 997 Hz 75 000 Hz 75 000 Hz 13 334 13 333 13 333 0 028 0 027 0 025 0 649 0 498 0 548 12 647 12 800 12 752 0 01 0 008 0 008 SYNC H V m POLARITY SEP SYNC_ Y CLASS 21 72 202 7 202 70 00 BRAND PHILIPS 2005 03 25 590 9 40 A4 TY CHECK DATE 2005 03 25 Propetyot PHILIPS ELECTRONICS INDUSTRIES TAIWAN LTD B E 2838 100 05424 x y NF 5 PHILIPS All rights strictly reserved Reproduction or issue to third pa
109. 5868 BIAS R G B GAIN G B FOCUS H V VLINBAL USER MUR d RASTER H V LIN H 508 9 RESET FACTORY SETTINGS VC OFFSET GAIN 5080 ik CORNER T B ABL BIAS LIMIT CLOSE MAIN CONTROLS D CONVERGENCE NS PURITY EXIT ES 1BMC190 Plum Go to cover page 0 Warning All ICs and many other semi conductors are susceptible to electrostatic discharges ESD Careless handling during repair can reduce life drastically When repairing make sure that you are connected with the same potential as the mass of the unit via a wrist wrap with resistance Keep components and tools also at the same potential 1 Servicing of SMDs Surface Mounted Devices 1 1 General cautions on handling and storage Oxidation on the terminals of SMDs results in poor soldering Do not handle SMDs with bare hands Avoid using storage places that are sensitive to oxidation such as places with sulphur or chlorine gas direct sunlight high temperatures or a high degree of humidity The Capacitance or resistance value of the SMDs may be affected by this Rough handling of circuit boards containing SMDs may cause damage to the components as well as the circuit boards Circuit boards containing SMDs should never be bent or flexed Different circuit board materials expand and contract at different rates when heated or cooled and the components and or solder connections may be damaged due to the stress Never rub or scrape chip components as this m
110. 6 gt 15 4121 R 4120 BYW98 200 Vin GND mu E B 8103 JFE3309V 2 2 2 2 5 CD 6135 J16 2122 D4 2 2 2 2134 2200u 2135 1000u 2124 1 2n2 500 3121 1K5 330p 560p 25 2122 2126 680 6114 1000 o BAV103 33R 3108 6137 U17 F 2 2 2 2 21 Kj 1 gt 5 2135 012 2 2 2 2 5W BYW98 200 6134 015 2131 1000u 21 150u 25 3115 2K4 2111 Ed a 5 6109 3107 10 13 BZX79 C12 120K G 6115 m L BAV103 8 6139 018 3153 3111 3123 0812 103 6116 2 gt SBYV27 200 1 2W 9113 16 2200u 3113 3110 6124 9 RCPLOT 3116 1 2W 1 2 2130 1134 E 3154 6143 5 gt 673 7140 RGP10D mE ATOK z BAS32L 8140 9143 2115 2 2 t w L 5 8 1 400 3102 B5 3103 B5 2 2 2 2 2 2 2 3 3 6144 3141 3 3 3 3 3 3 3 3 3 2120 7130 3152 6146 3140 10 471
111. 6540 100 119 hee 584 15 32 j 8 3 1828 8 e a gt 2 512 1 d as men ep um S T2288 155 3552 545 0 4 828 e 2544 F16 328 0 18 1632 5 03 D A ELO AM x E SEE D 5 3880 T B 1883 m 18 3457 1K2 55 E i F 824 E 11 PE Li i 5220 8 3822 5 3 1883 1 8 0 6 amp T 8 T E 9 IL DRIVE 160 i E e STe S 1 5 7 2304 AME 202P4 109P4 20184 5 7461 7 AN 522 B 8 556 2 480 52 42304 ____ 7 2K2 CC 593 5391 6392 g 58 gt 410 ze FIT 3602 2567 B15 3 C17 8002 R2 um v m 1 2434 158 SNe z ERN 15 8 5 5 m E K 2 5 5 8 8 32 8 2 1 8 0 0 5 G So m 8 BLANKING E E 2 MODEL 20297 20184 52 5 3 817 38 i 85 89 02 10 E SPOT KILLER L d lt 8 x 81 2576 C17 225 8303 49 8001 R461 R490 z ROTATION 1 _ 5 T 415A 15 x E mE 82N 100N I 2577 5 SP 2 E22 gu 0 8 y 12 Ja Y s 78 BHUS SUD SCL DDC MODEL 202P7 20184 7586 4 ae 8 3 8 5 5 5 5 2
112. 73611 5130 313818873531 5131 313818873551 5132 242253600036 5301 313817875961 5501 313819870561 5502 313816874061 5503 242254900502 5504 242254900501 5505 313816874061 5540 313816874061 5541 313819870571 5542 242253600036 5543 313816873421 5544 313816873531 5545 313816873521 5601 313816876601 5670 242253597069 5671 242253100092 5672 242253600036 gt 6101 931900263671 6104 932221086673 6109 933117810133 6114 933952580685 6115 933952580685 6116 933952580685 6117 933913910115 6124 933497950673 6125 933913910115 6131 932220010682 6133 932220010682 6134 932208187683 6135 932208187683 6137 932208187683 6139 932210346673 6143 933751660673 6145 933083990133 6147 933957760673 6148 933712890673 6149 933083990133 6150 933712880673 6152 933913910115 6153 934003630115 6160 933913910115 6172 933117960133 6174 933416590673 6176 933913910115 6177 933952580685 6303 932209863685 6304 932209863685 6391 932209863685 RST FUSE RFU1 3 487 5 RST SM 0805 5 1 5 RST MFLM 207 1 1 RST MFLM 207 108 1 RST MFLM 207 10K RST 2W RSS 5 688 5 RST CFR 25 1008 5 RST CF1 4 4708 5 RST CRB 1 4 A 10K PM5 RST MFLM 207 108 1 RST MGL VR37 100K PM5 RST ERC12 A 1K PM10 RST MFLM MF0207 4 7 RST CRB 1 4 A 10K PM5 RST SM 0805 RC11 2K7 PM5 RST SM 0805 RCO5 10K 5 RST SM 0805 5 39K PM5 RST CRB CFR 12
113. 7N None 2 2 8 5 5 380 2 3 8 M ITEM BC637 8 ee 25 88 d i 3612 23 EOD 1 A5 w 1 20N 5 r1 H gt OTATION 120 120 5215 3617 622 BNC m 7462 e 3469 B4 ONLY te ou 8 9608 220 180N J 566 621 361 K 8 05 2 A gt N 1 JFE63172 x 1620 IRF640 2 170N 2605 Gel 355 H18 2006 B2 E 3398 HARDWARE DDC y Bison UN E Ad 82K 2 bon IRF640 l ATON N 580 8 23 3 52 1 118 Fo 04 5 2 1008 1 BIS 26 SLON 8 1 551 H 3623 H18 200 x on E 2520 17 624 19 F009 Be 20 15 a zd E AB 85 lu 148 631 H18 362 F010 B2 y 33 s z e 5822 HIS 3858 118 FON 5 5 4 4 7491 1 il 2 3918 2623 H 9 3657 420 F012 55 1 lt aL 15 2109 Lu 12 ee ass 8 5 3058 E 3620 100K None B 5 d H 55 3628 120 2 i 158 BSE KE K 528 H2 2829 2 wea sk o e i ia 5850 151 3686 0 55 8 io e L T620 5 58 HIS 36 3 1 18 2017 02 L 91 R39 3494 5655 635 H SCL_DDC t 1N4148 5 2 B E 2 1 3 3 d 22 5 9 D 5 5 8 22 7392 100 1 2651 16 653 KI 2021 D J A Bot 3495 Bo 4 7631 522 2652 3 B 55 116 F02
114. 817881141 i 2891 223891015649 2892 223891015649 2893 223891015649 3891 231291511004 3892 231291515603 3893 212211600351 3894 231291511503 3895 212211600367 5891 242254944197 gt 6891 932214603682 1055 313817881161 2001 202202000697 2002 202202000885 2003 202202000606 2004 202202000606 2005 202202000606 2007 202202000606 2008 223891015649 2010 223891015649 2011 202202000606 2013 202202000606 2017 223891015649 2018 223886115109 2019 223886115109 2020 223886115109 2021 223886115109 2022 223891015649 2023 202202000697 2024 223891015649 2025 202202000697 2027 202202000697 2031 223886115229 2032 223886115229 2033 223886115229 2034 223886115229 2035 223891015649 2036 223891015649 2037 223891019854 3001 213811201222 3004 213811201222 3006 232273061479 3007 232273467509 3008 232273061479 3009 232273467509 3010 232273061479 RST MFLM 207 5 6 RST MFLM 207 A 130K RST MFLM MF1 2WS A 2K35 PM1 RST MFLM 207 A 130K RST MFLM MF1 2WS A 2K35 PM1 RST MFLM 207 A 130K RST MFLM MF1 2WS A 2K35 PM1 RST MFLM 207 A 130K RST MFLM MF1 2WS A 2K35 PM1 RST MFLM 207 A 68R 1 RST MFLM 207 68R 1 RST MFLM 207 A 68R 1 RST MFLM 207 68R 1 RST MFLM 207 68R 1 RST MFLM MBB0207 A 68R 1 DIO REG BZX55 C5V6 A VISH DI
115. 9 BZX79 C5V1 6150 65 J13 70 G9 74 H 75 76 77 8 2 6177 103 MODEL 202 7 20184 ITEM 7135 TCET1103G 3123 OR12 OR15 1106 1107 7134 BC338 ub 7144 E BC548C 3156 AKT 5 1 1105 2173 AL 71 10u ww 1 21 1 2 3175 d d o 55 PSW 3164 31 H10 3126 None 12R 100 100R 100R 2172 24K 3176 15K BAS32L 76 3128 4 5 3109 10 3177 5 3165 270R 7145 MUN2211J 5130 230V 210V N is niet toegestaan dan met schriftelijke lu 09 9 co o 9 N lt 2174 100 100 6174 BZX79 C5V6 2162 2131 100u 350V 100u 250V K wns K 6125 7132 STANDS FOR CHIP COMPONENTS 0 516 BAS32L CHN CA SETNAME P72 Alle rechten voorbehouden Verveelvuldiging geheel of gedeeltelijk toestemming van de auteursrechthebbende CLASS_NO 2005 03 25 gt POWER 202P70 00 201B4 2005 03 25 L NAME CC Liao SUPERS 2 CHECK 2005 03 25 KONINKLIJKE PHILIPS ELECTRONICS N V 2000 15 16 i7 18 19 20 1W 3112 3138 178 8105 68 wo
116. A 15K PM5 RST CFR 12 A 1K PM5 RST MGL LSR37 1K5 PM10 RST MGL VR37 A 680K PM5 RST MFLM 207 A 100K RST MFLM MF0207 A 75K RTRM CER LIN 20K H VG067TL1 RST MFLM MBB0207A 1M 1 RST MFLM 207 A 68K RTRM CER LIN 20K H VG067TL1 RST SM 0805 RC11 1K PM5 LINE FILTER HJC K8259 TFM SMTLAYER SRWA2ES T71V119 SMT LAYER SRW19LES T14V11 IND TSLO808 1004 PM10 CHOKE 33MUH SIG DRIVER 15 001 BEAD BF30UTA 3 5X5X1B LINCOR 10UH3 HL2455H LINCOR 10UH6 HL2455H BEAD BF30UTA 3 5X5X1B BEAD BF30UTA 3 5X5X1B SIG DRIVER LS PHOSF 004 IND 1910808 1004 PM10 CENTER TRANSFORMER SRW33IS T2 COIL SRW25EF T01V001 CHOCK COIL SRW16UW T09H001 DAF TRANSFORMER HJC K8249 IND 0305 407 PM10 TFM LOT LAYER CF2145A IND 1910808 1004 PM10 BRIDGE GBU6J E3 VISH DIO REC BYV26bEGP GULF DIO REG 2 79 12 PHSE DIO SIG SM BAV103 VISH DIO SIG SM BAV103 VISH DIO SIG SM BAV103 VISH DIO SIG SM BAS32L PHSE DIO REC RGP10J E3 VISH DIO SIG SM 5321 PHSE DIO REC 31GF6L 5302 VISH DIO REC 31GF6L 5302 VISH DIO REC BYW98 200 STOO DIO REC BYW98 200 STOO DIO REC BYW98 200 5 00 DIO REC SBYV27 200 E3 VISH DIO REC 100 VISH DIO SIG 1 4148 A PHSE DIO REC SB140 E3 VISH DIO REG BZX55 C7V5 VISH DIO SIG 1 4148 A PHSE DIO REG BZX55 C5V1 A VISH DIO SIG SM 5321 PHSE
117. AS321 TEE agg 5 3741 C2 7805 0 25 6 3742 C2 7806 duT 3748 5 6 3743 87 7807 J12 1734 8781 3 3744 C9 7808 611 PA A END 3 3745 C10 7809 G9 T P D H E BF422 iu 22208 2 0 3746 2 7810 610 ace 5 13 3747 012 8701 528 3748 E12 001 C2 VIDEO AMP lc ae 0 3749 D11 F002 C2 y 18 E Tubs xm 0 3750 E12 2003 B2 gis 0 3751 E12 F004 B2 g s STs 2 3752 A10 005 2 jm STI ru 3753 810 2006 82 PAR 1 3754 10 F007 D16 1 2201 0 3755 F008 016 I amp E RE 2 3758 Ell F009 E16 7781 7 2 3759 F010 16 WT6805 3760 C16 011 E16 m 7 VDDA B SSS SS ES ja SS SS MD 1 3761 C17 2012 216 7783 ne ins 5 3762 16 F013 F 6 MUN2211 2167 1000 3 6 T Be 1 3763 16 7014 16 lp FH mir 9 Ros 5 2 3764 15 015 616 5 _ 2752 875 5 g 2 3765 616 F016 616 25 5 ECE a 3766 115 F017 H16 E Ed u og OB 3767 115 F018 H16 1 HE r SP 3768 115 F019 H16 J 7782 4 1730 i 3769 J15 F020 116 3788 t MUN2211J EE 3781 F4 7021 116 MOST zl ue 1 3782 F022 116 J G 100R SDA
118. C12H 758 1 RST SM 0805 RC11 478 5 3011 232273467509 3012 232273061471 3013 232273061471 3014 232273061471 3015 232273061471 3016 232273061479 3017 232273467509 3018 213811201222 3019 232273061479 3020 232273467509 3021 232273061479 3022 232273467509 3023 213811201222 3024 213811201221 Yn 5001 242253597069 5002 242253597069 5003 242253597069 amp 7001 932214260682 1056 313817881151 i 2192 203803521502 2193 203803521603 2194 203803521209 2195 222236555223 lt lt oe 3191 212211000382 3192 212211600361 3193 212010590779 NMN 5191 313816872691 5192 243853598058 gt 6191 933083990133 6192 933189210133 6193 933189210133 6194 933083990133 amp 7191 933179600126 RST SM 0805 RC12H 758 RST SM 0805 RC11 4708 5 RST SM 0805 RC11 4708 PM5 RST SM 0805 RC11 4708 5 RST SM 0805 RC11 4708 PM5 RST SM 0805 RC11 478 5 RST SM 0805 RC12H 758 RST SM 0805 5 2 2 5 RST SM 0805 RC11 47R 5 RST SM 0805 RC12H 758 RST SM 0805 RC11 47R 5 RST SM 0805 RC12H 758 RST SM 0805 5 2K2 5 RST SM 0805 5 220R 5 IND 5 A 407 10 IND 5 A 407 PM10 IND 0305 A 407 PM10 IC AN5870 PV MATJ MHR PCB ASSY P72 ELCAP GS ELCAP GS ELCAP GS CAP MPOL 50V S 22U PM20 63V S 22U PM20 16V S 220U PM20 400V S 22N PM10 RST MFLM MF1 2WS A 9K1 1 RST MFLM MF0207 A 12K
119. CF1 4 A 470R PM5 RST SM 0805 5 10K 5 RST CRB CF1 6 A 100R PM5 3529 3530 3531 3541 3542 3544 3545 3546 3551 3552 3553 3554 3555 3556 3566 3569 3570 3571 3572 3576 3577 3578 3579 3580 3581 3582 3585 3586 3587 3589 3590 3591 3592 3593 3594 3601 3602 3604 3605 3606 3607 3608 3609 3612 3615 3616 3617 3618 3620 3621 3622 3623 3624 3625 3626 3627 3628 3629 3630 3631 3632 3633 3634 3635 3653 3656 3658 3659 3660 3661 3662 3663 3664 3665 3666 3667 3668 3671 212210102201 232273061182 213811273122 212210102175 212211600321 231291511009 213810500095 212210102178 230620403108 230620403108 231291515602 231291511203 213811201103 213811201202 212210102197 212020200057 212211600343 212210101448 212210101448 212211600343 212020200001 21221160031 1 231291511508 212211600294 231291512201 231291511508 212210102207 213810113433 212210102213 212210102207 212020200035 212020200035 212211600328 212211000466 213866000029 212011300017 212010592168 212211600369 232224213104 232224213105 232224213105 231291511002 232224522152 212210102213 212211600316 232224213475 212010128222 213811201154 213811201104 212210102201 213811201104 212210102201 213811201104 212210102201 213811201104 212210102201 213811201104 212210102201 213811201104 212210102207 213811201104 212210102207 212210101458 212010592165 212210101426 213811201472 212210102195 23129151560
120. Chi WMS chi RMS Ehi WMS 3 55 v V 1 06 1 05 V 264mV 1 56 v A 2569 Mi us A Chl A Chl J 144v Chi J 650 Chi 4 20V 2005 18 2005 1E 2005 17 2005 17 May 2005 May 2005 0 00000 5 14 51 37 fe 0 00000 1 15 22739 0 00000 15 42 56 m 0 00000 19 24 22 0 00000 19 34 42 le 0 00000 3 09 26 40 202 7 to cover page B19 5501 4 chi Freq 3 2 d 44 4 Chi 128 v Ch1 Min 0 0p Y Mig ous A Chi 5656 0 18 2 iis 0 000004 09 21 14 20 7502 Chit Freg 4 TOKHZ pe postive Chi 5129 Clipping positive Chi Min 14 0 V Rs 135 v Capping positive CE Mi Bgus A Chi 234 1E May 2005 0 00000 09 43 15 21 5503 2 Chi Freq 37 54kHz Low Ch flay Chi Min 15 0 V Chi me Mi amp ps A Ch 15 2005 8 09000 09 54 01 22 5503 5 freq AE 20kKHz Ch Max Chi 63 A Chi 128V 15 May 2005 2 0 00000 9 54 32 B23 7465 C Chit Freg 59 01 He saaajaasaiaamacaamajaas sracastadrasud Chi Mas 13 0 V 4
121. E SCREW COVER BLK REAR COVER SWIVEL BLK LABEL CPU DRIVER CARTON MAINSCORD UL 10A 1M8 DET BK CORD SUB D 15 1M8 15 D SUB BK COI DEGAUS TDC196 compared with 202P70 00 Description 202P75 93 FRONT CABINET ASSY BACK COVER ASSY PEDESTAL ASSY BLK FRONT CABINET BACK COVER BLK BASE BLK SCREW COVER BLK HEAR COVER SWIVEL BLK LABEL CPU DRIVER MAIN PCB ASSY P72 450V MAINSCORD CCEE 10A 1M8 DET BK CORD SUB D 15 1M8 15 D SUB BK COI DEGAUS TDC196 BRIDGE ASSY 6101 GBU6J ELCAP PL 450V 5 3300 20 Diversity of 202P75 97 compared with 202P70 00 Item 0001 0002 0003 0024 0031 0032 0033 0034 0035 0041 0042 0044 0049 0050 0051 0053 0055 0068 0072 0074 12NC 863900016493 313812755291 313812755281 313812753161 313810133753 313810798971 313810798541 313810798531 313810798551 31381079861 1 313810463111 313810459321 313810459342 313810459281 313810322552 313810463121 313810459352 313810449831 313810168161 313810133101 313810134351 Description 202P75 97 FRONT CABINET ASSY BACK COVER ASSY PEDESTAL ASSY BLK BOTTOM PLATE HEAT SINK ASSY HEAT SINK ASSY HEAT SINK ASSY HEAT SINK ASSY HEAT SINK ASSY FRONT CABINET BACK COVER BLk BASE SCREW COVER BLK ISULATING PLATE REAR COVER SWIVEL BLK POWER LEVEL ALU FOIL WXH 50X18MM METAL SHIELD RIGHT METAL SHIELD LEFT 0076 0076 0077 0079 0081 0086 0092 0093 0094 0095 0096 0098 0099 0099 0100
122. ECTION ADJUST HORIZONTAL ADJUST VERTICAL ADJUST SHAPE ADJUST COLOR RESET TO FACTORY SETTINGS EXTRA CONTROLS CLOSE MAIN CONTROLS MOVE SELECTION THEN 3 Press the amp button The INPUT SIGNAL SELECTION window appears INPUT SIGNAL SELECTION 8 INPUTA 3 INPUT B MOVE SELECTION THEN BACK TO MAIN CONTROLS 4 Press the or button to highlight INPUT or INPUT A 5 Press the amp button to confirm your selection and return to the MAIN CONTROLS window CLOSE MAIN CONTROLS will be highlighted OSD Adjustments Continued to cover page Smart Help After returning to MAIN CONTROLS To continue to ZOOM press the button until ZOOM is highlighted Next follow steps 3 5 under ZOOM ADJUST HORIZONTAL To exit completely press the 69 button ZOOM ZOOM increase or decrease the size of the images on your screen To adjust the ZOOM follow the steps below BACK TO MAIN CONTROLS 1 Press the button the monitors The MAIN CONTROLS window appears 4 Press the or gt button to move the image to the left or right 5 When the position is adjusted press the 8 button to return to 2 Press MAIN CONTROLS window or press the to highlight ADJUST SIZE 3 Press the button The ZOOM window appears ADJUST HORIZONTAL BACK TO MAIN CONTROLS 4 Press the or button to adjust ZOOM 6 To adjust the horizontal size
123. ECTION ZOOM ADJUST HORIZONTAL ADJUST VERTICAL ADJUST SHAPE ADJUST COLOR RESET TO FACTORY SETTINGS EXTRA CONTROLS e CLOSE MAIN CONTROLS MOVE SELECTION THEN OSD Adjustments 1 Press the 84 button the monitor The MAIN CONTROLS window appears LANGUAGE should be highlighted 2 Press button again The LANGUAGE window appears 3 Press the button until the desired language is highlighted LANGUAGE nj 4 ESPANOL FRANCAIS DEUTSCH ITALIANO PORTUGUES eo MOVE SELECTION THEN BACK TO MAIN CONTROLS 4 press the button to confirm your selection and return to MAIN CONTROLS window Close MAIN CONTROLS will be highlighted Smart Help After returning to MAIN CONTROLS to continue to INPUT SIGNAL SELECTION press the button until INPUT SIGNAL SELECTION is highlighted Next follow step 3 5 under INPUT SIGNALSELECTION iets to exit completelly press the amp button INPUT SIGNAL SELECTION Not available in all models INPUT SIGNAL SELECTION determines what you see on the screen The default setting is INPUT A but if the video input signal is different that the output signal you may want to change it to INPUT B 1 Press the 9 button on the monitor The MAIN CONTROLS window appears 2 Press button until INPUT SIGNAL SELECTION is highlighted MAIN CONTROLS 0 LANGUAGE INPUT SIGNAL SEL
124. HOIYAdOO JHL 30 1 35 02 N3LLIUI Sd JHL LNOHLIM SI NI X0 310HM 7897 NI NOILONGOYdIY JAY S1H9 3 11 2 YELLOW F896 GREEN L 59YGC 6891 F N D 1 1 T _ 2 2 Q2 2 CN G i E LO 3 X eS hs J E E E 2 B OQ UN _ m 5 1 3 4 5 a E NOTES EN O xN STANDS FOR CHIP COMPONENT e lt ex 50 E ae cH CA SETNAME P72 N WN CLASS_NO 2005 03 25 I B tx CONTROL BOARD 2 i wo 3138 178 8114 2 eu 202P70 00 sls 2005 03 25 NAME Liao TM Hsiao SUPERS 1 S DATE 2005 03 25 KONINKLIJKE PHILIPS ELECTRONICS N V 2000 2 D 1 J 9 4 5 6 Sd e OAY Ju SIH913 e Schematic Diagram amp C B A to cover page 4 POCNPO CN SEPT SE CNPO CNICNIL CO C OR RC RO IC OD x x won x SE LO
125. IPS STU 2005 03 25 590 15 40 A4 TY CHECK DATE 2005 03 25 Propetyot PHILIPS ELECTRONICS INDUSTRIES TAIWAN LTD B E 2838 100 05424 x y GENERAL PRODUCT SPECIFICATION Go to cover page Ah 6 3 Display disturbances from external environment According to IEC 61000 4 2 ESD disturbances 6 4 Display disturbances to external environment 6 4 1 lonizatic radiation Completely fulfilled International Commission of Radiological Protection ICRP requirement 0 5 mR hrs 7 0 Reliability 7 1 Mean Time Between Failures MTBF should be calculated according to military standard MIL HDBK 217C gt 75 000 hrs excluding CRT PHILIPS Total hrs power on x Total sets Practice of MTBF NO of failed sets PHILIPS 8 0 Quality assurance requirements 8 1 Acceptance test according to MIL STD 105D Control II level AQL 0 65 major 2 50 minor please also refer to annual quality agreement Customer acceptance criteria 77 00 9 0 Serviceability The serviceability of this monitor must be fulfill the requirement which are prescribed in UAW 0346 and must be checked with the check list UAT 0361 NF to third parties any form whatever is not permitted without written authority from proprietors All rights strictly reserved Reproduction or issue 94 Cmm 9B Cmm 290 88 Cmm 92 Cmm 96 Cmm FIG 1 IMAGE DEMENSION
126. LECTION THEN 6 3 Press the button The ADJUST SHAPE window appears ADJUST SIDE CURVE should be highlighted ADJUST SHAPE QABDIUST SIDE CURVE 2 Jerome BACK TO MAIN CONTROLS MOVE SELECTION THEN 4 Press the button to highlight ADJUST SIDE ANGLES 5 Press the button The SIDE ANGLES window appears TRAPEZOID should be highlighted SIDE ANGLES so 09 PARALLELOGRAM _____ so 9 X BACK TO ADJUST SHAPE 6 To adjust the trapezoid press the or button 7 When the trapezoid is adjusted press button to highlight PARALLELOGRAM or press the 9 button to return to the ADJUST SHAPE window SIDE ANGLES TRAPEZOID 0 BACK ADJUST SHAPE 202P7 CRT to cover page 8 To adjust the PARALLELOGRAM press the or button 9 When the parallelogram is adjusted press the button to return to the ADJUST SHAPE window BACK TO MAIN CONTROLS window will be highlighted 10 Press the button to return to the MAIN CONTROLS window or press the button until ROTATE IMAGE is highlighted Smart Help After returning to MAIN CONTROLS To continue to ROTATE IMAGE start with step 5 under ROTATE IMAGE and follow the directions exit a completely press the button twice To adjust only the PARALLELOGRAM follow steps 1 4 above then press the button and foll
127. NO 21 AUTO SCAN CMTR P72 202P7 _ T TYPE 202P70 00 8639 000 16171 211 BRAND PHILIPS 2005 03 25 50 la pate 2005 03 25 Propertyof PHILIPS ELECTRONICS INDUSTRIES TAIWAN LTD B E 2838 100 05424 GENERAL PRODUCT SPECIFICATION Go to cover PHILIPS _ 8 A FIG 6 MISCONVERGENCE All rights strictly reserved Reproduction or issue to third parties in any form whatever is not permitted without written authority from the proprietors FIG 7 SYMBOL FORMAT FOR FOCUS CHECK CLASS NO 21 AUTO SCAN CMTR P72 202P7 11 TYPE 202P70 00 5 8639 000 16171 2005 03 25 590 19 10 _ DATE 2005 03 25 Property of PHILIPS ELECTRONICS INDUSTRIES TAIWAN LTD B E 2838 100 05424 x y NF GENERAL PRODUCT SPECIFICATION 44 Go to cover page Ah SEPARATE SYNC 5 HORIZONTAL oUo Uoo VIDEO K PHILIPS VERTICAL LF NF COMPOSITE SYNC to third parties in any form whatever is not permitted without written authority from tne proprietors rights strictly reserved Repr
128. O 50V 100P PM5 CER2 0805 Y5V 16V 2U2 P8020 ELCAP PF 250V 5 330 PM20 Spare Parts List 202P7 CRT lt Go to cover page 2672 223891015649 2673 225271214316 2681 223858015627 2682 202203100087 2683 203830100174 2684 222234741473 2685 202202000906 2686 225271108026 2691 222234741473 2693 203830200226 2694 203830250212 lj 3102 232224213684 3103 213866000024 3104 213810500337 3105 213810500337 3106 212011300017 3107 213811201124 3109 213811201101 3110 232224181005 3112 212010590767 3113 232224181005 3115 212211000366 3121 212210102191 3123 212212400001 3125 213810113102 3128 213866000037 3150 213810113102 3151 231291518203 3152 213810113102 3153 212020200015 3154 213810500433 3155 232273061334 3156 232273464702 3157 213836500081 3158 232273061479 3159 232273061182 3160 212211600311 3161 212210102205 3162 212210102201 3163 213811201339 3164 212210102181 3165 232273061271 3170 232220733109 3174 212210101509 3175 212211000358 3176 213811201243 3177 232273061153 3179 213811201822 3301 212210102205 3302 213811201472 3303 213811201472 3304 213811201472 3305 212210102205 3306 212210102214 3307 213810113102 3310 213811201103 3311 213811201103 3312 213811201103 3313 213811201103 3314 213811201103 3315 213811201103 3316 212210102197 3317 212210102181 3318 213811201103 3319 213811203006 3326 212210102197 3327 232273061153 3328 212211000341 3329 212211000317 3330 212210102201 3331 212210102197 3332
129. O LO LO LO O OW OW OW OO OW OW OW OW OOOW OW OOOO OWW WWW gt gt Sd SE CNONOCN SE SE FNFCNONONCNCN CNCNCNGCN CN SOS SE tet MOO Ox lt lt TOO Oat lt lt lt OO lt lt 0030 2 CNPO SELOOQ CO FLO sFLOOO0CO UL0000 9CNCOP 000 CO FILO CNPO SLO SE LOCO SESE SE SE SE SE NSEULOLOLOLOLO COCOCOCOCOO000000000000000000909O0O9ODX9COCOCOCOCOCOCOCOCO NINNIN NMM INN IND SE SE PP Pm P Pas Py Pm P P P Py m y PP P P PP Py P y Py P y P P PPP P P P P P PP 00 0000 00 00 00 00000000 0000 00 0000 00 0000 00 0000 00 00 00 00000000 NIN N NIMM NNNNNNAN NIN NNM NBS SO SE SE SE SS C CO x x COCPO E TEM RC C E C cC GMM lt
130. O REG BZX55 C5V6 A VISH WT61P4 K420WT 000 IC 707 4 PHSE IC 707 4 PHSE CONTROL PCB ASSY P72 CER2 0805 X7R 25V 100N PM10 CER2 0805 X7R 25V 100N PM10 CER2 0805 X7R 25V 100N PM10 RST MFLM 207 A 100K RST MFLM 207 A 56K RST MFLM MF0207 A 4 7 1 RST MFLM 207 A 15K RST MFLM MF0207 A 24K 1 IND FXD 0805 EMI 100MHZ 220R LED VS L 3WYGW KIEL TERMINAL PCB ASSY P72 ELCAP SEA 10V S 220U PM20 ELCAP SH 16V 2200 PM20 ELCAP SEA 16V S 47U PM20 ELCAP SEA 16V S 47U PM20 ELCAP SEA 16V S 47U PM20 ELCAP SEA 16V S 47U PM20 CER2 0805 X7R 25V 100N PM10 CER2 0805 X7R 25V 100N PM10 ELCAP SEA 16V S 47U PM20 ELCAP SEA 16V S 47U PM20 CER2 0805 X7R 25V 100N PM10 0805 NPO 50 10 5 0805 50 10 5 0805 50 10 5 0805 NPO 50 5 CER2 0805 X7R 25 100 PM10 SEA 10V 2200 PM20 CER2 0805 X7R 25 100 10 SEA 10V 2200 20 SEA 10V 2200 20 0805 50 22 5 0805 NPO 50 22 5 0805 NPO 50 22 5 0805 50 22 5 CER2 0805 X7R 25 100 10 CER2 0805 X7R 25 100 PM10 2 0805 25V 220N P8020 RST SM 0805 RCO5 2 2 5 RST SM 0805 RCO5 2 2 5 RST SM 0805 RC11 478 5 RST SM 0805 RC12H 758 RST SM 0805 RC11 478 5 RST SM 0805 R
131. ONICS INDUSTRIES TAIWAN LTD B E 2838 100 05424 x y PHILIPS PHILIPS All rights strictly reserved Reproduction or issue to third parties in any form whatever is not permitted without written authority from the proprietors GENERAL PRODUCT SPECIFICATION Ah 202 7 to cover 4 7 Picture shift range H shift range total gt 30 mm V shift range total gt 15 mm 4 8 Display dimension stability Due to brightness 10 Due to aging 1 0 Due to mains voltage 1 0 Dynamic imm 4 9 Geometric distortions Pincushion trapezoid parallelogram rotation and other various distortions must remain within the limits to tolerance as in FIG 4 top bottom left right 2 0 mm Max top plus bottom left plus right 3 2 mm waviness 1 5mm 50mm slope change Max 1mm 4 10 Picture tilt 1mm see FIG 3 User adjust range for tilt 0 5 Max 4 11 Image non linearity Horizontal Max Min x 100 lt 8 30 31 5 KHz Max Min lt 796 31 5 64 KHz lt 6 64 130 KHz For any two adjacent blocks lt 5 30 31 5 KHz lt 4 31 5 64 KHz lt 4 64 130 KHz Vertical lt 5 For any two adjacent blocks lt 3 4 12 Mis convergence The maximum convergence error should be measured on a white line and represents the maximum distance between the center of the red green and blue lines over the whole image area Max mis convergence Pictu
132. ONTROLS ADJUST MOIRE EXTRA CONTROLS is a set of three feature including ADJUST MOIRE Moire is a fringe patten arising from the interference between two superimposed line pattens To adjust your moire follow the steps below Note use only if necessary By activating ADJUST MOIRE sharpness can be affected 1 Press the button on the monitor The MAIN CONTROLS window appears 2 Press the DOWN CURSOR button until EXTRA CONTROLS is highlighted 202P7 CRT 44 Go to cover page MAIN CONTROLS LANGUAGE INPUT SIGNAL SELECTION ZOOM ADJUST HORIZONTAL ADJUST VERTICAL ADJUST SHAPE ADJUST COLOR RESET TO FACTORY SETTING 9 lt 7 e sa 4 CLOSE MAIN CONTROLS VA MOVE SELECTION THEN 3 Press the amp button The EXTRA CONTROLS window appears ADJUST MOIRE will be highlighted 4 Press the button until ADJUST MOIRE is highlighted EXTRA CONTROLS DEGAUSS ADJUST CONVERGENCE ADJUST PURITY AUTO CALIBRATE OFF AUTO BACK TO MAIN CONTROLS MOVE SELECTION THEN SERIAL NO TY 123456 RESOLUTION 1600 1200 FREQUENCY 107K 85HZ 5 Press the button The ADJUST MOIRE window appears ADJUST MOIRE VERTICAL X BACK EXTRA CONTROLS 6 Press the button until HORIZONTAL is highlighted To adjust the horizontal moire press 4 or button 7 Press the button until VERTICAL is highlighted To adjust the vertical moire press the
133. ORIZOHTAL ADJUST VEATICAL ADJUST SHAPE ADJUST COLOR RESET PACTORY SETTINGS CONTROLS CONTROL MENU 15 LOCKED CLOSE HAIN CONTAGLS HOVE SELECTION THEN Switch off OSD lock feature Press and hold the amp button continuously for 15 seconds or until the message window CONTROL MENU IS LOCKED disappears And MAIN CONTROLS appears HAIN CONTAROLGE LANGUAGE INFUT SIGNAL SELECTION Loon ADJUST HORIZONTAL ADJUST VERTICAL ADJUST SHAPE ADJUST COLOR FACTORY LATAA CONHTAROLS CONTROL MENU 15 LOCKED CLOSE MAIN CONTROLS KOYE SELECTION THEN To access factory mode 1 Turn off monitor don t turn off PC 2 Press 4 and simultaneously on the front control pane then press wait until the OSD menu with characters P72 FAMILY 10 20050104 below OSD menu come on the screen of monitor MAIN CONTROLS 00119 32 LANGUAGE INPUT SIGNAL SELECTION Z00M ADJUST HORIZONTAL ADJUST VERTICAL ADJUST SHAPE ADJUST COLOR RESET TO FACTORY SETTINGS EXTRA CONTROLS MODEL SELECT CLOSE MAIN CONTROLS Indicator If OSD menu disappears on the screen of monitor press again anytime then the OSD menu comes on the screen again OSD Adjustments Continued 4 Using to select OSD menu 5 Using to increase or decrease the setting 6 Using 89 10
134. P 430 11P 33099 8002 313816873011 330941 11P 430 12P 33099 8003 313816875752 WIRE HARNES 10 11 41530 8004 313816874791 330938 9P 450 9P 33098 8101 313816878092 WIRE HAENESS 8103 313816878081 2 2 WIRE HAENESS 8672 313816875071 FAST 115 2 FAST RIN 8701 313819870361 H11002 6 215 6 915 AWG28 8702 313818873621 RING TERM 80 CLIP BRAID 8891 313818873592 gt CBLES330936 7 300 7 856T AWG2 CRT Panel 1050 823827446721 PCB Assy 1051 313817881051 1052 313817881061 1053 313817881041 1054 313817881141 1055 313817881161 1056 313817881151 PCB Assy 1051 313817881051 4 2101 203831000007 2102 203831000007 2103 202203100088 2104 222236856333 2106 202055490139 2108 202055490139 2111 202203100092 2115 223858015627 2120 203830200167 2122 223886115561 2123 223891015649 2124 225261808221 2126 202055890556 2127 222234741473 2128 223886115331 2129 202055490127 2130 202055490149 2131 202203100089 2133 202203100075 2134 202203100225 2135 202203100064 2137 202203100064 2139 202202000706 2143 203803527203 2154 223886115101 2155 222291019856 2160 202202000903 2162 202202000836 2163 202202000939 2171 223858015645 2172 222236585103 2173 203803527501 2174 202231100026 2301 203801750222 2302 203801750222 2303 203830250212 2304 202202000906 2305 202202000909 2306 203801750224 2307 223886115229 2308 203801750222 2309 203801750222 2310 203830250094 2311 203830250
135. PM5 RST CRB CF1 6 A 100R PM5 RST CRB CFR 12 A 2M2 PM5 RST SM 0805 RCO5 1M5 5 RST SM 0805 5 100R 5 RST SM 0805 RC11 1 8 PM5 RST MFLM 207 A 464R 1 RST MFLM MF1 2WS A 2K67 RST SM 0805 5 5 RST MFLM 207 A 56K RST MGL VR25 A220K PM1 RST CRB CF1 6 A 68K PM5 RST SM 0805 JUMP MAX 0805 RST SM 0805 5 12K PM5 RST FUSE NFR25 5 882 5 RST SM 0805 5 1K2 5 RST FUSE NFR25 5 882 PM5 RST SM 0805 5 1K2 5 RST CRB CF1 6 A 10K PM5 RST CRB CF1 6 A 10K PM5 RST SM 0805 RC11 15K 5 RST CRB CF1 6 A 10K PM5 RST CRB CF1 6 A 10K PM5 RST SM 0805 5 5 RST CRB CF1 6 A 4 7 PM5 RST CRB CF1 4 A 47K PM5 RST CRB CFR 12 A 220R PM5 RST CRB 12 A 47K PM5 RST MFLM MBB0207 A 56K PM1 RST MFLM MBB0207 A 10K RST MFLM MF0207 A 150K RST CRB CF1 4 A 10K PM5 RST MGL VR25 A 1M PM1 RST SM 0805 RC11 47K PM5 RST SM 0805 RC11 47K PM5 RST SM 0805 5 100R 5 RST CRB CF1 6 A 100R 5 RST MOX5W RSM5WL S 6808 5 RST MOX5W RSMB5WL 5 5K6 5 RST CRB CF1 6 A 47R PM5 RST CRB CF1 6 A 10K PM5 RST MOX5W RSM5WL 5 6808 5 RST MOX 7W RSH S 1R5 PM5 RST MFLM MBB0207 68R 1 RST CRB CFR 25 A 220R PM5 RST MOX5W RSM5WL 1508 5 RST CRB 12 A 470R PM5 RST CRB 12 A 470R 5 RST MFLM 207 A 68R PM1 RST MFLM 207 A 68R PM1 RST MFLM 207 487 1 RST FUSE NFR25 S 15R 5 RST FUSE NFR25 158 5 RST CRB
136. Press the button until ADJUST CONVERGENCE is highlighted EXTRA CONTROLS ADJUST MOIRE DEGAUSS ADJUST PURITY AUTO CALIBRATE OFF AUTO BACK TO MAIN CONTROLS MOVE SELECTION THEN SERIAL TY 123456 RESOLUTION 1600 1200 FREQUENCY 107 85 7 5 Press the amp button The ADJUST CONVERGENCE window appears ADJUST HORIZONTAL is highlighted ADJUST CONVERGENCE VERTICAL X BACK TO EXTRA CONTROLS 6 To adjust the horizontal convergence press the or button 7 When the horizontal convergence is adjusted press the button to highlight VERTICAL CONVERGENCE ADJUST CONVERGENCE HORIZONTAL BACK TO EXTRA CONTROLS 202P7 CRT to cover page 8 To adjust the vertical convergence press or button 9 When the vertical convergence is adjusted press the button to return to the EXTRA CONTROLS window BACK TO MAIN CONTROLS is highlighted Smart Help After returning to EXTRA CONTROLS to continue to ADJUST PURITY press the button until ADJUST is highlighted Next start with step 4 under EXTRA CONTROLS ADJUST PURITY Note If you have not degaussed the monitor please follow the steps under the Extra Controls Degauss section of this manual before adjusting the purity to exit completely press the button twice ADJUST PURITY Not available in all models EXTRA CONTROLS isa set of features including ADJUST PURITY Purity
137. RED this action can help to achieve a correct white tracking adjustment Switch on the AUTO CALIBRATE function to AUTO in the EXTRA CONTROL item of OSD MAIN CONTROLS TABLE Apply 69 2 85 2 with full white amp 10cm X 10cm white patterns video as 0 7 color analyzer Minolta CA 100 to adjust cutoff and white uniformity Preset OSD control in the factory mode following items with initial data DAC value cut off BAIS 50 GAIN 75 G cut off BAIS 50 G gain GAIN 75 sub contrast SUB 70 cut off BAIS 50 B gain GAIN 75 50 Remark 100 255 steps 60 153 steps 50 128 steps 75 191 steps 70 179 steps 7 2 1 7 2 2 7 2 3 7 2 4 7 2 5 7 2 6 7 2 7 7 2 8 7 2 9 7 2 10 7 2 11 7 2 12 7 3 7 4 7 5 7 5 1 7 5 2 7 5 3 7 6 7 6 1 Electrical Instructions Moving the OSD cursor to any one of R G B BAIS CPU software will set brightness control at 50 and contrast at minimum position when OSD cursor stays at BAIS items Measure the light output at center of the screen Rotate Vg2 to Minimum voltage Slowly increase Vg2 voltage until light output is at reading from 0 06 to 0 07Ft L Adjusting the cut off of R amp B to get 9300 K X 0 283 0 006 Y 0 297 0 006 and brightness output at reading from 0 06 to 0 07 Ft L may need to readjust the Vg2 Apply a signal with 10cm X 10cm white pattern to test s
138. ROFESSIONAL MODE OA MOVE SELECTION THEN BACK TO MAIN CONTROLS 4 Press the 4 button to highlight 9300K for GENERAL USE 6500K for IMAGE MANAGEMENT 5500K for PHOTO RETOUCH USER PRESET sRGB 5 Once you have highlighted the GENERAL USE IMAGE MANAGEMENT PHOTO RETOUCH sRGB press the button to confirm your selection and return to the MAIN CONTROLS window CLOSE MAIN CONTROLS will be highlighted Press the button to highlight SMART MODEL 6b Once you have highlighted SMART MODEL press the button to confirm your selection 6c Press the button to adjust the color temperature Adjustment range 4000 10000 SMRT MODE 6500K BACK TO MAIN CONTROLS OR ADJUST USER PRESET THEN X 6d When adjustments is complete press the button to confirm your adjustments and return to the MAIN CONTROLS window CLOSE MAIN CONTROLS will be highlighted 7a Press the or button to highlight PROFESSIONAL MODEL COLOR SELECT 9300 FOR GENERAL USE 6500K FOR IMAGE MANAGEMENT 5500K FOR PHOTO RETOUCH sRGB SMART MODE MOVE SELECTION THEN BACK TO MAIN CONTROLS 7b USER PRESET is highlighted press the button to highlight RED GAIN Next press the or button to adjust the color red gain OSD Adjustments Continued PROFESSIONAL MODE RED GREEN BLUE RED Xt GREEN 15 BLUE MOVE SELECTION THEN BACK TO MAIN CONTROLS OR
139. SCII Unused Date Code Week of Manufacture 0 53 use 0 if Year of Manufacture 1990 2053 Select and fill out Fig 13 Step 4 Modify DDC data Monitor Serial No 1 Click Next bring up Fig 14 3 202P7 CRT Go to cover page Analog Signal Level C 0 0 300 1 000 C 0 T14V 0 286V 1 000 C 1 000 0 400 1 400 0 700 0 000 0 Setup with blank to black 51 gnal Level v Separate Syncs Composite Sync on Hsyn Sync on Green Video Serration Vsync is Syne Inputs Image Size Display Transfer Image Size Hz x Vt 0 41 Transfer Characteristic 95 CE E 0 Fig 14 Click Next bring up Fig 15 DPMS Phosphor 0 000 Stand by Red 0 628 v Suspend Y 0 328 v Active Of 5 20222 Green X 0 28 Basic display Monochrome gray scale disp Y fo 598 RGB color displ Blue X D 146 C Won RGB multicolor dis Y 0 06 C Undefined 3 White X 0 283 Default 0 297 Std default color space Preferred timing supported RGE chromaticity White point value 15 Click Next bring up Fig 16 Step 4 of 9 Established Timings HRB Established VESA one bit flags 720 400 88 XGA2
140. SETTINGS is highlighted Next 202 7 lt to cover page start with step 3 underRESET TO FACTORY SETTINGS to exit completely press the button RESET TO FACTORY SETTINGS TO FACTORY SETTINGS returns everything in all the windows to factory presets 1 Press the button on the monitor The MAIN CONTROLS window appears 2 Press the button until RESET TO FACTORY SETTING is highlighted MAIN CONTROLS LANGUAGE INPUT SIGNAL SELECTION ZOOM ADJUST HORIZONTAL ADJUST VERTICAL ADJUST SHAPE ADJUST COLOR is M EN 7 F Ez FEED So T 4 EXTRA CONTROLS 30 e CLOSE MAIN CONTROLS VA MOVE SELECTION THEN 3 Press amp button The RESET TO FACTORY SETTINGS window appears 4 Press the button to select YES or NO is the defaults YES return all settings to their original factory adjustments RESET TO FACTORY SETTING MOVE SELECTION THEN Xy BACK TO MAIN CONTROLS 5 Press the amp button to confirm your selection and return to the MAIN CONTROLS window CLOSE MAIN CONTROLS will be highlighted Smart Help After returning to MAIN CONTROLS To continue to EXTRA CONTROLS press the button until EXTRA CONTROLS is highlighted Next start with step 3 under EXTRA CONTROLS To exit completely press the button EXTRA C
141. ST INSTRUCTION 1 Application requirements 1 1 All mains operated products must pass the Hi Pot test as described in this instruction 1 2 This test must be performed again after the covers have been refitted following the repair inspection or modification of the product 2 Test method 2 1 Connecting conditions 2 1 1 The test specified must be applied between the parallel blade plug of the mainscord and all accessible metal parts of the product 2 1 2 Before carrying out the test reliable conductive connections must be ensured and thereafter be maintained throughout the test period 2 1 3 The mains switch es must be the ON position 2 2 Test Requirements All products should be HiPot and Ground Continuity tested as follows 202P7 CRT to cover page 3 Equipments and Connection 3 1 Equipments For example ChenHwa 9032 PROGRAMMABLE AUTO SAFETY TESTER ChenHwa 510B Digital Grounding Continuity Tester ChenHwa 901 AC Hi pot test 902 AC DC Hi pot test Withstanding Tester 3 2 Connection Turn on the power switch of monitor before Hipot and Ground Continuity testing Condition HiPot Test for HiPot Test for Ground Continuity products where products where Test requirement the mains input the mains input is range is Full 110V AC USA range or 220V type AC Test 2820VDC 1700VDC Test current voltage 2000VAC 1200VAC 25A AC Test time Test time 3 seconds 1
142. TR 1 98 C C Fl F2 25 3713 M 6811 F9 47 Ein out 736 H11 3714 M 6812 9 4 L 1755 1754 3726 to LOT 2 737 3715 4 6813 P m pr d Avi 72208 ove 4 d E 2 45 9 CEP 5 740 C10 3718 B6 6823 11 E Yout 8 S pes 5 2 741 0 3719 6831 cos Y 4 5 742 49 3720 B11 6832 vps 1759 1758 ma Lol 1743 B10 3721 82 6833 111 d gt 5 744 3722 2 7701 45 4 9 1769 a 1745 3723 87 7705 A8 3728 746 09 3724 B9 7706 A 1744 1745 747 09 3725 10 7707 12 4 1748 09 3726 B12 7726 CM 5736 5737 7 749 08 3727 12 7727 12 x lt 0 f f so 750 3728 C12 7746 5 E BS E 751 B7 3729 B11 1741 E12 8 78 1768 752 A12 3730 D12 7781 F5 8 E 753 A12 3731 012 7782 G7 li ii bs 1746 lii G out Y 5 on 5 754 12 3732 C2 7783 1726 1749 L 1 2W 1761 gt 755 3733 C4 7801 14 4 88 g 28 3746 1756 12 3734 7801 18 a 743 Ed ER 3798 D 2 5 P F007 D 757 C12 3735 B6 7802 A 110 G 122 758 C11 3736 C6 7802 112 G L L E 759 CM 3737 D9 7802 C 16 F008 1 3738 D9 7802 D 111 Miu 5193 2 3739 C11 7803 H9 l i T 4 jp EE LE lo 2 3740 C11 7804 H10 5782 B
143. TROL WITH 36 FACTORY MODES 9 PRESET MODES AND 16 USER MODES TO ENSURE PICTURE CONFIGURATIONS ARE ALWAYS MAINTAINED WHEN SWITCH BETWEEN COMMON VIDEO MODES AND USER DEFINED CUSTOM MODES PHILIPS USER FRIENDLY OSD DISPLAY FOR MODE IDENTIFICATION ADJUSTMENT DDC2B COMMUNICATION CAPABILITY RESOLUTION 2048 1536 NON INTERLACED 80 HZ 21 0 25 EASY TILT amp SWIVEL FULL RANGE POWER SUPPLY 90 264 VAC CE ENVIRONMENTAL POLICY FLAT SQUARE TUBE TO REDUCE LIGHT REFLECTION POWER MANAGEMENT CAPABILITY LOW EMISSION 99 TCO 03 CANCELLATION AUTO CALIBRATE FUNCTION SRGB to third parties in any form whatever is not permitted without written authority from tne proprietors All rights strictly reserved Reproduction or issue CLASS NO 21 AUTO SCAN CMTR P72 202P7 P TYPE 202P70 00 1 5 2005 03 25 590 L10 TY pate 2005 03 25 Property of PHILIPS ELECTRONICS INDUSTRIES TAIWAN LTD B E 2838 100 05424 x y NF GENERAL PRODUCT SPECIFICATION Go to cover page Ah CONTENTS 1 0 Foreword a 2 0 Product profile 2 1 CRT audi 22 Scanning frequencies mm 2 3 Video dot rate 2 4 Power input dn 2 5 Power consumption a 2 6 Dimensions 2 7 Weight 2 8 Functions 2 9 Ambient temperature _ 2 10 Regulatory compliance SAFETY EMI EMS 3 0 E
144. To NSTA Drop sequence 1Corner 3Edges 6Faces Drop height acc To gross weight 2 2 2 acc To UAN D1534 01 Drop height see Drop sequence UAN D1534 01 6Faces 1Corner 3Edges Drop height PHILIPS 2 2 3 Gross weight drop height one level 1 9 52 Kg 36 91 4 Drop sequence 9 53 18 59 30 76 2 1Corner 3Edges 6Faces 18 6 27 66 Kg 24 61 Drop height 27 67 45 36 18 45 7 acc To gross weight Cold drop testing 3 1 1acc for design reference Drop sequence only 1Corner 3Edges 6Faces Drop height acc To gross weight 3 1 2 acc To UAN D1534 01 Drop height see Drop sequence UAN D1534 01 6Faces 1Corner 3Edges Drop height 3 1 3 acc To NSTA up one Gross weight drop height level 1 9 52 Kg 36 91 4 cm Drop sequence 9 53 18 59 Kg 30 76 2 cm 1Corner 3Edges 6Faces 18 6 27 66 Kg 24 61 cm Drop height 27 67 45 36 Kg 18 45 7 cm acc To gross weight B UN PACKAGING TEST to third parties in any form whatever is not permitted without written authority from proprietors rights strictly reserved Reproduction or issue 1 Sine vibration 1 1 acc to UAN D636 operating 10 55 10 Hz 0 35 mm Ampl 30 min axis 3 axes 2 2 acc To OEM spec 120 G 3 ms 6 shock exclude CRT impurity CLASS NO MEE 21 AUTO SCAN CMTR P72 202P7 1 TYPE 202P70 00 BRAND PHIL
145. arily be obtained by using replacement components rated for higher voltage wattage etc The use of a substitute part which does not have the same safety characteristics as the Philips recommended replacement part shown in this service manual may create shock fire or other hazards SERVICE NOTE The CRT DAG is not at chassis ground WARNING Before removing the CRT anode cap turn the unit OFF and short the HIGH VOLTAGE to the CRT DAG ground
146. as el 46 13 7491 H6 C AERE T ATR 5 8 555 2 5 i 56 F 12 32 3 A 5 Sg 75 Bi x eye 4 3H 28 2 2 5465 67 3901 FTU 1808 552 soe pou Lo E 208 9 dede RIG 2880 125 5 8 COINCIDENCE DETECTOR gia 1427 E 1 in m amp 5 et 8164 3544 5 1205 B23 E 2 D p 7 E SES 5132 1 3845 788228 me REFERENCE 12K 1 1N4148 eV FN B one 8 5 iuis 5 1 5 5 3 2 48 5 d 8 sissa 28 5 1 5 io 7 5 L 518 3082 2948 Ela rm irs l gt 5505 Dij 3955 519 7930 616 D E H POSITION 0 SOFT ST STAGE gt m 52 53 8 3554 8 jg 82 ACTION L n 3555 G G 2 F083 u B 3432 7 R75 5 37 DIZ 2 7587 H ud 3431 gt N 3551 S atl 528 D18 3269 Rip 88 5 Fosa TAANE m S AN gt di amp S Be B 327 D 780 22 gies gt SORT so i r oe 7543 2515 0 815 16 ua LEE STE 210 2 0 2 2 101 2 5 021 3572 7621 H18 5 far S su i 7 DAF AMP Doc 2 3 RH 3576 Cl 318 sls
147. ay cause the value of the component to change Similarly do not slide the circuit board across any surface 1 2 Removal of SMDs Heat the solder for 2 3 seconds at each terminal of the chip By means of litz wire and a slight horizontal force small components can be removed with the soldering iron They can also be removed with a solder sucker see Fig Fig 1 DISMOUNTING SOLDERING IRON VACUUM PISTON 4822 395 10159 E g WELLER SOLDER TIP PT H7 SOLDERING IRON ES SOLDER WICK 4822 321 40042 E g A PAIR OF TWEEZERS HEATING HEATING EM B SOLDERING IRON SOLDER WICK C While holding the SMD with a pair of tweezers take it off gently using the soldering iron s heat applied to each terminal see Fig 1 B Remove the excess solder on the solder lands by means of litz wire or a solder sucker see Fig 1C 1 3 Caution on removal When handling the soldering iron use suitable pressure and be careful When removing the chip do not use undue force with the pair of tweezers The soldering iron to be used approx 30 W should Hepair Tips Preferably be equipped with a thermal control soldering temperature 225 degree V to 250 degree C The chip once removed must never be reused 1 4 Attachment of SMDs Locate the SMD on the solder lands by means of tweezers and solder the component on one side Ensure that the component is positioned correctly on the solder lands see Fig 2A Next complete
148. consumption 125W typ 2 6 Dimensions 501 W x 501 8 H x 465 8 D mm 2 7 Weight 16 5 kg 2 8 Functions 1 TTL separate or H V Composite Sync Analog SOG 2 Automatic after power on and manual degaussing circuit 2 9 Ambient temperature 5 35 CLASS NO 21 AUTO SCAN CMTR P72 202P7 202 70 00 1 5 9039 000 16171 2005 03 25 590 3 L10 TY pate 2005 03 25 Property of PHILIPS ELECTRONICS INDUSTRIES TAIWAN LTD B E 2838 100 05424 x y NF PHILIPS PHILIPS All rights strictly reserved Reproduction or issue to third parties in any form whatever is not permitted without written authority from proprietors GENERAL PRODUCT SPECIFICATION Ah 2 10 Regulatory compliance 3 0 3 1 1 Safety UL 60950 CSA C22 2 NO 950 IEC950 EN60950 2 EMI FCC PART 15 class B D O C Class B EN55022 Class B CE mark CNS 13438 EMS 55024 EN61000 4 3 8096 1KHz AM modulation picture jitter 3mm 3 X RAY Radiation requirement regulation 21 Subchapter J ROEV 08 01 1987 4 Low Radiation TCO99 TCO 03 5 Environmental Per CE and BU policy 6 Ergonomic Requirements EK1 ITB 2000 150 9241 3 7 8 7 Harmonic distortion regulation EN 61000 3 2 8 Flicker EN61000 3 3 Electrical characteristics Interface signals The input signals can be applied in three different mode
149. controls are set correctly eMake sure the monitor cable is properly connected to your computer eCheck to see if the monitor cable has bent pins eMake sure the computer Power button is on eMake sure the monitor cable is properly connected to your computer Also refer to the Quick Start Guide eCheck to see if the monitor cable has bent pins eMake sure the computer is turned on elf you are using a non VESA DDC standard video turn the DDC1 2B feature Off eThe picture may need degaussing any nearby magnetic objects eFace the monitor toward the East for the best picture quality eCheck the Color Temperature eMake sure the monitor cable is properly connected to your computer eCheck to see if the monitor cable has bent pins eAdjust the Brightness and Contrast controls eCheck your video card and it s owner s manual instructions for it may be a non VESA DDC Standard card eAdjust the Horizontal and or Vertical Size eAdjust the Zoom eAdjust the geometry eEliminate the use of a video extension cable and or video switch box eFace the monitor toward the East for the best picture quality eCheck to make sure Moire is switched off eAdjust Sync Input elncrease your refresh rate eRefer to the instructions and troubleshooting information in that chapter 202P7 CRT 202 7 to cover page The OSD Controls BRIGHTNESS To adjust your screen s brightness follow the steps
150. ctor 7421 Pin32 Check 5601 disable morie Repair Flow Chart Continued lt Go to cover page Basic check D Vertical Deflection Failure 415V 15V oymptom one horizontal is abnormal Ok 7 too large small exist NO NO v Check 3571 3572 Repair Flow Chart Continued 44 Go to cover page Check CPU Pin6 5V E CPU 7301 p T check List Basic check Pin8 Pin9 1 2MHz Pin7 GND 2 Raster_Shify gt ipn Check output 3 ABL C gt peg Check output 4 H LIN gt Check output 5 RESET gt a 15 10 check 51 56 S1 S2 S3 S4 S5 S6 gt Low S cap switch Hi 1 Repair Flow Chart Continued 18H UNLOCK 19 MUTE To H deflection 7462 base 20 OFF To H deflection 7466 base To Control Board 22 Degauss Check active hi no active low 23 KEY ADC 24 Selftest 25 26 DDC bus Check key Power OK LF Brightness and Contrast keys 202P7 CRT to cover page
151. d R3698 EHT to center position 3 1 2 3 1 3 3 1 4 4 1 4 1 1 4 1 2 5 1 5 2 5 3 5 4 5 5 5 6 Du 5 8 5 9 5 10 6 1 202 7 lt Go to cover page Set VG2 screen to fully anti clockwise zero beam current To apply a 69KHz 85Hz cross hatch signal Adjust R3157 B to obtain 230 V 0 5 VDC across C2131 H deflection supply voltage adjustment Apply a 69 kHz 85Hz signal Adjust R3698 EHT to obtain 27 0 0 2kV at CRT anode at zero beam current for SDI 21 DFT tube Glue fix the 698 Monitor the following auxiliary voltages 8 0V SOURCE ACROSS C2362 5 0V SOURCE ACROSS C2143 12 0V SOURCE ACROSS 2361 15 0V SOURCE ACROSS C2134 15 0V SOURCE ACROSS C2137 15 4V 1 0 VDC 6 3 SOURCE ACROSS 06143 6 1V 0 5 VDC 230 0V SOURCE ACROSS 2131 230 0V 0 5 VDC 80 0V SOURCE ACROSS C2133 82 0 2 0 VDC 8 0V 0 5 VDC 5 0V 0 5 VDC 12 0V 0 5 VDC 15 1V 1 0 General conditions for alignment During all alignments supply distortion free AC mains voltage to set via an isolating transformer with low internal impedance All measurements are carried out at nominal mains voltage unless otherwise stated Align in pre warmed condition at least 30 minutes warm up with nominal picture brightness Purity convergence geometry and subsequent alignments should be carried out in magnetic cage with correct magnetic field Northern hem
152. e the use of tools specially designed for the purpose The special tools should be used when and as recommended It is important to note that this manual contains various CAUTIONS and NOTICES which should be carefully read in order to minimize the risk of personal injury to service personnel The possibility exists that improper service methods may damage the equipment It is also important to understand that these CAUTIONS and NOTICES ARE NOT EXHAUSTIVE Philips could not possibly know evaluate and advise the service trade of all conceivable ways in which service might be done or of the possible hazardous consequences of each way Consequently Philips has not undertaken any such broad evaluation Accordingly a servicer who uses a service procedure or tool which is not recommended by Philips must first satisfy himself thoroughly that neither his safety nor the safe operation of the equipment will be jeopardized by the service method selected Hereafter throughout this manual Philips Consumer Electronics Company will be referred to as Philips WARNING Critical components having special safety characteristics are identified with by the Ref No in the parts list and enclosed within a broken line where several critical components are grouped in one area along with the safety symbol on the schematics or exploded views Use of substitute replacement parts which do not have the specified safety characteristics may
153. ections To exit completely press the amp button twice ADJUST COLOR Your monitor has three preset options you can choose from The first option is for GENERAL USE which is fine for most applications The second option is for IMAGE MANAGEMENT which includes projects such as desktop publishing viewing a DVD from your DVD player or pictures on the World Wide Web and playing video games The third option is for PHOTO RETOUCH which is for working with pictures you have imported into your computer and want to alter The fifth option is for SRGB which provides standard sRGB color performance to match another sRGB output When you select one of these options the monitor automatically adjusts itself to that option There are also two options smart model and professional model which allows you to adjust colors on your screen to a setting you desire for high end application 1 Press the amp button on the monitor The MAIN CONTROLS window appears 2 Press the button until ADJUST COLOR is highlighted MAIN CONTROLS LANGUAGE INPUT SIGNAL SELECTION ZOOM ADJUST HORIZONTAL ADJUST VERTICAL ADJUST SHAPE Ho 1 RESET FACTORY SETTING EXTRA CONTROLS e ns CLOSE MAIN CONTROLS MOVE SELECTION THEN 3 Press the button The ADJUST COLOR window appears OSD Adjustments Continued COLOR SELECT 9300K FOR GENERAL USE 6500K FOR IMAGE MANAGEMENT 5500 FOR PHOTO RETOUCH sRGB P
154. ess the button to highlight BALANCED or press the button to return to the ADJUST SHAPE window SIDE CURVE ID PINCUSHION BACK TO ADJUST SHAPE 7 To adjust the balanced press the button 8 When the balanced is adjusted press the button BACK TO ADJUST SHAPE will be highlighted 9 Press the button to return to the ADJUST SHAPE window then press the button until ADJUST SIDE ANGLES is highlighted omart Help After returning to MAIN CONTROLS continue to ADJUST SIDE ANGLES start with step 5 under ADJUST SIDE ANGLES and follow the directions To exit completely Press amp e button twice to adjust only the BALANCED pincushion follow steps 1 4 above then press the button and follow steps 7 9 ADJUST SIDE ANGLES ADJUST SIDE ANGLES under ADJUST SHAPE allows you to adjust two of the five preset options These two options are TRAPEZOID and PARALLELOGRAM Note use these features only when the picture is not square 1 Press the button on the monitor The MAIN CONTROLS window appears 2 Press the button until ADJUST SHAPE is highlighted OSD Adjustments Continued MAIN CONTROLS LANGUAGE INPUT SIGNAL SELECTION ZOOM ADJUST HORIZONTAL ADJUST VERTICAL See ee uU ST SHA 65 2 ADJUST COLOR RESET TO FACTORY SETTINGS EXTRA CONTROLS CLOSE MAIN CONTROLS PA MOVE SE
155. et Keep G cut off with 128 50 DAC value during all alignments Move the cursor to 9300 K R G B GAIN items CPU software will set contrast to maximum when adjustment OSD cursor stays at GAIN items Adjust the gains of R B to get 9300 K x 0 283 0 297 Move the cursor to sub contrast and adjust the brightness to 34 0 5 Ft L Switch the input signal to full white pattern Move the OSD cursor to ABL and adjust the output brightness to 32 0 5 Ft L Repeat 7 2 2 7 2 5 to get optimal adjustment white tracking meet requirement 0 015 with respect to center value and return to main menu After exit the OSD will disappear and auto save the data Repeat 7 2 2 to adjust 6500 K cut off to meet X 0 313 0 006 Y 0 329 0 006 Repeat 7 2 3 to adjust R G B GAIN of 6500 K to meet 0 313 y 0 329 and brightness output to 30 1 Ft L Repeat 7 2 2 to adjust 5500 K off to meet X 0 332 0 006 Y 0 347 0 006 Repeat 7 2 3 to adjust R G B GAIN of 5500 K to meet 0 332 y 0 347 and brightness output to 27 1 Ft L Repeat 7 2 2 to adjust SRGB cut off to meet x 0 313 0 006 y 0 329 0 006 Repeat 7 2 3 to adjust R G B of SRGB to meet x 313 y 329 and brightness output to 231 Ft L Apply black pattern and check raster for just visible cut off at brightness 50 Alignment result will be stored by UUT itself after finish white balance adjustment Alignment of Auto calibration After fin
156. in is HE Tq n i ij i Es es Rel I is gt T WP PLI o LP Pea DACIOF HCORTOE Pd die du ey oO ds n js B in i nib raa CC C dE din a ee ee P ZR ES el Kal C pibe or op ar operar tt oP pope aro ran ande a Sc p pd anon de arae ap orare opm eqno enar teat Jo opor i gt rwr T j X DOE i 5 MAE It 7 t 1 ro x 5 1 1 1 E E T CN EC0 002335 202 50900 2004 12 02 f er Pwr Defl Board RH CRI 202 P4 P 195 5994 5 UPERS 2 10 32 1 2003 11 263 _ CC Liao Hsi ovr 2003 11 26 Philips Electronics Main Board 2 to cover page PHILIPS E el rz AO Adii zZH 5 2 6 9 C oes ozu 259 D D 275 5
157. is a process by which colors appear clear and untainted especially in the four corners of the monitor Purity can be affected by such things as the presence of a magnetic source near the monitor or even by the ambient room temperature For example you might see the color red in a corner of the monitor screen where you should see only a pure white To adjust the purity follow the steps below Note Use only if necessary Remember you must degauss the monitor BEFORE adjusting the purity 1 Press the amp button on the monitor The MAIN CONTROLS window appears 2 Press the button until EXTRA CONTROLS is highlighted MAIN CONTROLS LANGUAGE INPUT SIGNAL SELECTION ZOOM ADJUST HORIZONTAL ADJUST VERTICAL ADJUST SHAPE ADJUST COLOR 1 22 RESET FACTORY SETTING EXTRA CONTR 2i CLOSE MAIN CONTROLS VA MOVE SELECTION THEN 3 Press the amp button The EXTRA CONTROLS window appears Note If you have not degaussed the monitor please follow the steps under the Extra Controls Degauss section of this manual before adjusting the purity 4 Press the button until ADJUST PURITY is highlighted EXTRA CONTROLS ADJUST MOIRE 2g DEGAUSS ADJUST CONVERGENCE AUTO CALIBRATE OFF AUTO BACK TO MAIN CONTROLS MOVE SELECTION THEN SERIAL NO TY 123456 RESOLUTION 1600 1200 FREQUENCY 107K 85HZ 5 Press the The ADJUST PURITY window appears NS PUTRITY i
158. ish the white balance adjustment select the 9300K in OSD ADJUST COLOR enable amp select the AUTO CALIBRATE in OSD item EXTRA CONTROL press the OK key pad to do the auto calibration measurement store the beam current values Repeat the procedure in 7 5 1 to measure and store the beam current values in 6500K 5500K and sRGB Notes Beam current measuring and white balance adjustment can be done by command from CAA alignment Program according to software approval Sheet 140 139 Switch on AUTO the auto calibration function after finish all alignment items Smart Mode color adjustment This process only can be taken by CAA test program CAA takes the 6500 K cut off and R gain DAC values as reference and keep them fixed to proceed others color temperatures Electrical Instructions Go to cover page adjustment for Smart mode color once it finished the 6500 K 70 0 73 0 1125 900 76 0 from 7 2 1 to 7 5 2 CAA re adjusts the 5500 amp 93002 73 0 760 160071200 60 0 then adjusts 4000 4600 and 80002 figures out the OU 80 6 82 5 1600 1200 65 0 necessary 2 groups for G gain for B gain of 1 constant and 3 coefficients data by these adjustments and writes it into EEprom via MCU of the monitor under tested the address AO page OxFO to OxF7 store the G gain data OxF8 to OxFF store the B gain data The MCU of monitor will perform the SmartMode color by these data 8 Adjus
159. isphere 0 V 430mG 2 0 Southern hemisphere 0 V 520mG 2 0 Equatorial Support 0 V 0 2 0 All voltages are to be measured or applied with respect to ground unless otherwise stated Note Do not use heatsink as ground Any external voltage sources should have a low internal impedance Adjust function controls to center position except for contrast control which should be set to MAX The white balance and purity has to be adjusted in subducted lighted room All alignments have to be done in a room with a temperature of 25 5 C Adjust picture tilt for correct TOP BOTTOM lines Via Il2Cbus Picture tube should be mounted without tilt CRT cabinet All the alignment can be done only when set is working in factory mode pressing the Right and keys together while power on the test set or by CAA test controller Prepare the test set in factory mode before the set alignment X ray protection adjustment Set the brightness and contrast controls to minimum Connect EHT meter the high tension cap of set X ray adj R3695 to maximum activation voltage fully clockwise viewing from component side and then turn on the set EN 20227 _ to cover page One test circuit should be added to up high the EHT voltage during the adjustment 7 1 7 1 1 T2 Adjust 1Mohm pot meter decrease the resistance from Max position gradually to Increase the EHT voltage to 29 0 KV
160. itor Press the 8 button again to turn on the monitor 2 Press the button to bring up the OSD main menu 3 Press the button to select Extra Controls press the button to confirm your selection 4 Confirm the Serial Number 001440 is updated as shown in Fig 24 Fig 24 202P7 CRT Go to cover page Step 6 Save DDC data Sometimes you may need to save DDC data as a text file for using in other IC chip To save DDC data follow the steps below 1 Click Save icon or click file gt save as from the tool bar And give a file name as shown in Fig 25 The file type is EDID46 file ddc which can be open in WordPad By using WordPad the texts of DDC data amp table 128 bytes hex code be modified If DDC TEXTS 8 HEX Table are completely correct it can be saved as ddc to re load it into DDC IC for DDC Data application 3 xj QD cu 20227 ct orc o IW File 4o 7 RTFM 4 446 Files dde Bi 7 Fig 25 2 Click Save Step 7 Exit DDC program Pull down the File menu and select Exit as shown in Fig 26 File I2C View Help Ctrl h pen Ctrl ca Save Ctrl S Save 5 Erint Ctrl P Print Previews Prnt Setup Recent File Fig 26 Step 8 Turn off the monitor exit the factory mode 202P7 CRT to cover page kkkkxkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk EDID
161. itude Max Chi Chi Ch Max 8 90 V 810v 4 88 V 4 85 V 1 4 22 V 1 15 chi Min Ch Min 1 chi Min f Chi Min chi Min chi Min 24 0 V 1 12 1 1 150mV Chi AMS Chi RMS Ehi RMS Chi Ehi WMS Ehi RMS Liiv 44 5 V 1 06 v f 1 30 V 1 amp 6EmV A Chi T A Chi 7 610v chi 1 92 V Mid dus A 2 24V 200 Mit dus A Chi Ch 6X mV i 4 1 E 18 May 2005 17 2005 17 2005 2 18 May 2005 t 0 000003 14 49 57 0 00000 0 00000 15 42 08 0 00000 19 21 02 0000003 1 33 24 0 00000 8 08 50 40 E 5 x li m l m Ch1 freq Chl freg chi Freq hi Freq Ch freq Ch Freq 45 TikHe 17kH2 AE A56kHz 59 95 Hz xe Siria 4 1 i amplitude 1 1 f Chi lera eed ree Chi Max 1 Chi Max Chi Ch iet Chi Max 4 28 V 94 0 V 4 80 V 2 26 V 1 217 Shh 2 00 V Min 1 Min chi Min cht Min Ch Min chi Min 1 38 0 V t Birmy 50 0 i 1 i Chl RMS Chi RMS Cni KMS
162. la alaj Co rr rr FF rr 41 DC LA OO EDID 13 fiie Di OI 03 BEPRRRRRRRRRERESESBBREEESERRRRRHSSSESSERE rt cc i 4 EF Meador Predast Identifircstion 59 39 81 Ib Haruzfacturer Mame 1 FAL 4 9 AB 1D Fieduct BOLL 11 HZ DD 5B It Humber i pi HP C4 56 11 Week of Manufacture i co DO DO FF 00 Tear af Hanufacture 30 30 30 71 20 no 00 00 EDID Versi n Revision 48 4c 49 50 arra idm i d 30 50 37 00 Perisica i 32 AD 8 in sn Basie Display Faramerers Features ides laput Definition Analog D TOV Nn VERE Witbcur Blank ru Bl amp zk Separate Syme cn Green no rEseqguired oLmege 2166 1 41 V Image Sime 1 135 Fig 12 Step 3 Modify DDC data EDID version week year 1 Click Br new function icon from the tool bar bring up Step 1 of 9 as shown in Fig 13 EDID46 DDC application provides the function selection and text change select amp fill out from Step 1 to VID Vendor ID OSPF EIE Step 9 ID Manufacturer Name PHL PID vendor assigned Product ID ID Product Code 001 Hex Dec Byte swap SHO Serial Number ID ID Serial Number 596 Hex A
163. lectrical characteristics 3 1 Interface signals 3 2 Interface 3 2 1 Cable 3 2 2 Input connectors 3 2 3 Adaptor 3 2 4 OSD function control 3 3 Timing requirement Mode storing capacity 332 Factory preset timings 3 3 3 Horizontal scanning 3 3 4 Vertical scanning 5 9 3 4 Power input connection E t 5 3 5 Video amplifiers 995 3 6 Degaussing 9556 37 Requirement for low emission 220 3 8 Power management 2 3 9 Display identification 9906 4 0 Visual characteristics y 2 41 Test conditions gt 25 42 Resolution 54 43 Brightness SRE 431 sRGB 552 4 4 Flagwaving jitter 4 5 Image size lt 2 4 5 1 Actual display size 4 5 2 Max scan size 4 6 Image centering deviation 4 7 Picture shift range 4 8 Display dimension stability 4 9 Geometric distortions 4 10 Picture tilt 4 11 Image non linearity 4 12 Misconvergence 4 13 Focus check 4 14 Brightness uniformity 4 15 White color adjustment 4 16 White uniformity 4 17 Color tracking on full white pattern 4 18 Purity 4 19 Moire 4 20 Ringing 4 21 Tapping test 4 22 Distance between two monitors 5 0 Mechanical characteristics CLASS NO 21 AUTO SCAN CMTR P72 202P7 3I TYPE 202 70 00 8639 000 16171 BRAND PHILIPS 2005 03 25 590 2 40 ees 2005 03 25 Prpetyot PHILIPS ELECTRONICS INDUSTRIES TAIWAN LTD B E 2838 100 05424 66 GENERAL PRODUCT SPECIFICATION 44 Go to cove
164. log file Vendor Product Identification ID Manufacturer Name PHL ID Product Code 001A HEX ID Serial Number 123456 DEC Week of Manufacture 20 Year of Manufacture 2005 EDID Version Revision Version Revision Basic Display Parameters Features Video Input Definition Analog Video Input 0 700V 0 000V 0 70Vpp without Blank to Black Setup Separate Sync Composite Sync Sync on Green no Serration required Maximum H Image Size 41 Maximum Image Size 30 Display Transfer Characteristic 2 95 gamma Feature Support DPMS Standby Suspend Active Off Display Type RGB color display GTF supported Based on GTF standard Color Characteristics Red Xcoordinate 0 628 Red Y coordinate 0 328 Green X coordinate 0 28 Green Y coordinate 0 598 Blue X coordinate 0 146 Blue Y coordinate 0 06 White X coordinate 0 283 White Y coordinate 0 297 Established Timings Established Timings I 720 400 70Hz IBM VGA 640 x 480 60Hz IBM VGA 640 x 480 72Hz 640 x 480 0 75Hz 800x600 60Hz Established Timings II 800 x 600 72Hz 800 x 600 75Hz 832 x 624 75Hz 1 1024 x 768 60Hz 1024 x 768 70Hz VESA 1024 x 768 75Hz VESA 1280 x 1024 75Hz VESA Manufacturer s timings 1152 x 870 75Hz Apple Mac Il Standard Timing Identification 1 Horizontal active pixels 1920
165. ly Descriptor Data Type Moni tor S N ASCII Monitor S N ASCII 001440 21 Step 5 Write DDC data 1 Configuration should be as Fig 22 And press OK Cordiguration ED pemammd rg pum 22 l comma Salari San ed 0 Balasi Commun ETE Fig 22 NOTE If you not select Software DDC only when you execute write EDID it will bring up an error message as below Verify error 69 EDID code verified error DDC Instructions 2 Access Factory Mode 1 Turn off monitor don t turn off PC 2 Press and simultaneously on the front control pane then press wait until the OSD menu with characters P72 FAMILY 10 20050104 below OSD menu come on the screen of monitor see Fig 23 MAIN CONTROLS JOLLY INPUT SIGNAL SELECTION 200 ADJUST HORIZONTAL 1070057 VERTICAL IIUST SHAPE IDJUST COLOR RESET TO FACTORY SETTINGS EXTRA CONTROLS MODEL SELECT CLOSE MAIN CONTROLS Factory Indicator Fig 23 Push Menu to OSD menu 4 Click Write EDID icon from the tool bar to write DDC data wait for 10 15 seconds DDC data will be finished Writing 3 Confirm Serial Number in User Mode 1 Press the button to turn off the mon
166. ly back transformer together with OSD V focus dynamic in factory mode until the haze just disappear on 2 3 east and west top and down of the screen After the adjustment the focus performance should be confirmed at higher resolution mode 106 5 2 85 2 1600 1200 ADJUSTMENT AND TOUCH UP FOR MISCONVERGENCE Apply cross hatch pattern 69kHz 85Hz adjust the H convergence and V convergence to get the best static convergence Although CRT makers provide the CRT with mis convergence 0 25 mm or better in zone A and 0 35 or better in zone B see Fig 6 the static convergence varies with focusing location or deviation from chassis slight correction is sometimes required for static convergence to meet required product specification same as Fig 6 This correction is to be made by re adjusting the multi pole magnets or some controls on the CRT yoke to get the best convergence at the center of the screen Some spoilers may be added to improve some local mis convergence PRESET FOR MOIRE CONTROL For horizontal moire functions the preset value should be adjusted to 0 to all 36 preset and preload modes Loading DDC code The DDC HEX data refer sheet 190 should be written into the IC 7336 via MCU 7301 or DDC IC 7491 optionally by EEPROM writer or equivalent method justment of purity To place the monitor face east magnetic field as 5 4 described and set the user control value of the N S to 50 apply a full red
167. nc On Green input Blue video input H H V sync V sync 15 pin D sub connector rear assignments OONDAARWN Red video input Green video input Green video with Sync On Green input Blue video input Optional connected to pin 10 Not connected Red video ground Green video ground Blue video ground 5V Sync ground Optional connected to pin 10 Bi directional data SDA H H V sync V sync VCLK Data clock SCL 3 2 3 Adaptor 15 pin D standard 2 rows male to 15 pin D sub female for Apple Macintosh II use optional pin assignments RED GND RED VIDEO COMPOSITE SYNC SYNC GND GREEN VIDEO Green video with Sync On Green input GREEN GND BLUE GND NC NC 3 2 4 Software control functions via OSD control Adjustable functions Main Controls Language Input signal selection Zoom Adjust horizontal Adjust vertical Adjust shape Adjust color Reset to factory settings Extra Controls Close Main Controls Move selection then OK CLASS 21 72 202 7 d TYPE 202 70 00 BRAND PHILIPS MS 2005 03 25 590 _ 5 40 A4 TY CHECK DATE 2005 03 25 Property PHILIPS ELECTRONICS INDUSTRIES TAIWAN LTD B E 2838 100 05424 NF PHILIPS PHILIPS All rights strictly reserved Reproduction or issue to third parties in any form whatever is not permitted witho
168. nsation should be prevented Useful screen mm 406 4 X 304 8 1 2 Power supply Main voltage Power consumption Power cord length Power cord type Power indicator 90 264Vrms 47 63 Hz 125 Watts typical 1 8M lead with earth plug detachable LED 2 colors green yellow 3 Marking and identification In accordance with UAN D1109 and the approval marking required by the countries of destination 4 Electrical characteristics and performance 4 1 Scanning Fulfill TCO 99 TCO 03 EPA and E2000 requirements Auto power saving Mode H V Video powerconsumption LED colors 4 1 1 Display mode 4 1 2 Horizontal scanning Sync polarity Scanning frequency 4 1 3 Vertical scanning Auto sync Positive or negative 30 130 KHz 1 1 Normal Green Sync polarity Positive or negative OFF 0 1 1Watt Yellow Scanning frequency 50 160 Hz OFF 1 0 1Watt Yellow 5 1 4 Rear porch of horizontal gt 1 us OFF 0 0 1 Watt Yellow 5 2 RGB amplifiers X Video blanked Rise time Fall time 4 0 ns 4 0 ns Video dot rate 355 03 MHz 1 3 Horizontal scan 30 130 2 Overshoot undershoot 12 Black level shift 3 1 4 50 160Hz Sag 5 1 5 Input signals 5 Reliability 1 Signal input level MTBF Excluding the CRT gt 75 000 hrs at 25 Video 0 7 Vp p Linear 75 ohms 5 1 Target field repair rate lt 2 during first
169. oduction or issue HORIZONTAL Ll Uoo WEN FIG 8 TIMING CHART 1 CLASS NO EE 21 AUTO SCAN CMTR P72 202P7 GEEK UI TYPE 202 70 00 8639 000 16171 BRAND PHILIPS 2005 03 25 m RE 21 590 20 10 4 lee pate 2005 03 25 Propertyof PHILIPS ELECTRONICS INDUSTRIES TAIWAN LTD B E 2838 100 05424 GENERAL PRODUCT SPECIFICATION Go to cover page s VERTICAL PHILIPS COMPOSITE SYNC amp VIDEO SYNC ON GREEN HORIZONTAL c x 1 gt 5 gt gt gt VERTICAL All rights strictly reserved Reproduction or issue to third parties in any form whatever is not permitted without written authority from proprietors ME 544 FIG 9 TIMING CHART 2 e CLASS MEE 21 AUTO SCAN CMTR P72 202P7 d 202 70 00 65 BRAND PHILIPS SHY 2005 03 25 590 21 40 A4 TY CHECK DATE 2005 03 25 Propetyot PHILIPS ELECTRONICS INDUSTRIES TAIWAN LTD B E 2838 100 05424 x y Color Adjustments Go to cover page Vallo Behance 12 Press and buttons to adjust the monitors Alignment procedure 13 Factory preset color mode B 1 Turn on 202P7 CRT monitor X center 0 283 0 013 for 93
170. on 4 Balance to optimam 8 2 7 Adjust the side angles Trapezoid 8 Parallelogram to Remark Default EPE has to correct these values batch by Mant lines batch to achieve best product FOS 8 2 8 Adjust the Corner Top amp Bottom to get optimum right Specified These values should be kept no change for the VERICA ANAS production Dev has the Responsibility to check and modify D quoe with the proper values 8 2 10 Adjust the vertical linearity to get optimum vertical deflection linearity display block to block H linearity default setting 8 2 11 just the Vertical phase to center 8 2 12 epeatedly do the adjustments from 8 2 3 to 8 2 11 Freq Resolution to optimize the geometry performances and meet the specification sheet 161 request 8 213 Exit OSD and auto saves the alignment data 8 2 14 Repeat the procedure of 8 2 2 8 2 13 to all inspection 6 475 490 10247768 60 0 7 49 8 520 550 8006000 850 9 55 0 58 5 10247768 2 70 0 1024 768 Q 85 0 7 49 0 52 0 832 624 74 5 preset 4 alignment modes listed in the following Factory timing modes table total 11 modes until all have been adjusted completely Electrical Instructions to cover page Factory timing modes table Horizon Vertic Resolution Remark 8 2 18 tal al frequen freque cy KHz ncy Hz 8 2 19 8 2 20 43 26 85 008 40 480 Preload mode
171. ow Chart Go to cover A Power Supply Failure 1 Symptom Check 7121 Pin3 Check 5131 Check 5131 No startup sound 7 pin 100V P V _ in12105V LED light off 00 lt 8 lt 380 Pin6 103V NO 1102 6101 2103 7145 Check 7144 PinB 4 9V PinB gt 0 5V PinC 3 7V 2 Symptom Turn power off hiccup mode with check the resistance for Check 7121 Pin3 Check 7121 startup sound or gt all output voltages 210 100V lt Pin8 lt 380V PinE 113V blinking LED 80 15 15 7 6V3 5 check 6131 6147 short Check CPU Pin51 4 Repair Flow Chart Continued to cover page Rough check for B B Video 1 Video input 0 7V Repair Flow 2 7701 Video output 3 4V 3 Video output gt 35V Check 22 output ___ gt OK gt NO 30 lt 2706 lt 80 picture 6 3 EHT 25KV VG1 lt 150V 30 lt 2726 lt 80 30 lt 2746 lt 80 OK Y Check VG2 gt 450V Check HUNLOCK 7421 17 2 Symptom no video dim Check Vg1 Check cathode only raster with without retrace line NOM down Vg2 gt green LED on
172. ow steps 7 9 ROTATE IMAGE ROTATE IMAGE under ADJUST SHAPE allows you to adjust the rotated image Note use this feature only when the picture is not square 1 Press the button on the monitor The MAIN CONTROLS window appears 2 Press the button until ADJUST SHAPE is highlighted MAIN CONTROLS LANGUAGE INPUT SIGNAL SELECTION ZOOM ADJUST HORIZONTAL VERTICAL 30 amp f CD E EU ADJUST COLOR RESET TO FACTORY SETTINGS EXTRA CONTROLS 1 CLOSE MAIN CONTROLS UI MOVE SELECTION THEN 3 Press the button The ADJUST SHAPE window appears ADJUST SIDE CURVE should be highlighted 4 Press the button until ROTATE IMAGE is highlighted ADJUST SHAPE ADJUST SIDE CURVE ADJUST SIDE ANGLES 9 BACK TO MAIN CONTROLS MOVE SELECTION THEN 5 Press the amp button The ROTATE IMAGE window appears ROTATE will be highlighted 6 To adjust the rotation press the or button 202P7 CRT to cover page ROTATE IMAGE BACK TO ADJUST SHAPE 7 When the rotation is adjusted press button to return to the ADJUST SHAPE window BACK TO MAIN CONTROLS should be highlighted 8 Press the button to return to MAIN CONTROLS Smart Help After returning to MAIN CONTROLS To continue to ADJUST COLOR press the button until ADJUST COLOR is highlighted Next start with step 3 under ADJUST COLOR and follow the dir
173. pecified anode connectors must be used 3 Itis essential that the service technician has an accurate HV meter available at all times The calibration of this meter should be checked periodically against a reference standard 4 When the HV circuitry is operating properly there is no possibility of an x radiation problem High voltage should always be kept at the manufacturer s rated value no higher for optimum performance Every time a color set is serviced the brightness should be run up and down while monitoring the HV with a meter to be certain that the HV is regulated correctly and does not exceed the specified value We suggest that you and your technicians review test procedures so that HV and HV regulation are always checked as a standard servicing procedure and the reason for this prudent routine is clearly understood by everyone It is important to use an accurate and reliable HV meter It is recommended that the HV recorded on each customer s invoice which will demonstrate a proper concern for the customer s safety 5 When troubleshooting and making test measurements in a receiver with a problem of excessive high voltage reduce the line voltage by means of a Variac to bring the HV into acceptable limits while troubleshooting Do 6 New picture tubes are specifically designed to withstand higher operathng voltages without creating undesirable X radiation It is strongly recommended that any shop test fixture which is to be used
174. r 2 D SUB connector Gs amp DC Power 9 8 12V e Fig 9 To PC Video port D sub Step 2 Read DDC data from monitor 1 Click 281 icon as shown Fig 10 from the tool bar to bring up the Channels Configuration Setup windows as shown in Fig 11 4181 8 mS i SS Click this button ee ae Fig 10 DDC Instructions 2 Select the DDC2Bi as the communication channel As shown in Fig 11 Configuration Setup E X DIC communication channel DDC2B C command 107E Select 5232 Settings ADC command 104E 105E Software only DDC2Bi Select Baud Factory memory data write C Serial Humber on Enable Full EDID Mapped EDID page address ro Select COM Cancel Select Communication Method 120 Monitor must be enter factory 65232 Monitor must not be enter factor EEPROM Type 24002 Used Fig 11 3 Click OK button to confirm your selection 4 Click icon Read EDID function to read DDC EDID data from monitor The EDID codes will display on screen as shown in Fig 12 Lintitied EDIO Tool mia
175. r page Ah 5 1 Controls 5 2 Unit dimension weight 5 3 Tilt and swivel base 5 4 Transportation packages A 5 4 1 Shipping dimension weight 5 4 2 Block unit palletization c 6 0 Environmental characteristics 6 1 Susceptibility of display to external environment T 6 2 Transportation tests 6 3 Display disturbances from external environment A 6 4 Display disturbances to external environment 6 4 1 lonizatic radiation 7 0 Reliability 7 1 Mean time between failures 8 0 Quality assurance requirements 8 1 Acceptance test 9 0 Serviceability 1 0 FOREWORD This specification describes a 21 high resolution digitally controlled auto scan color monitor with max resolution up to 2048x1536 80Hz non interlaced 20 PRODUCT PROFILE This display monitor unit is a complete color display monitor enclosed in PHILIPS global styling cabinet 2 which has an integrated tilt and swivel base 5629 558 21 CRT OG M51QEQ991X001 SDI TCO DFT oo Dimensions 21 Phosphor Pitch 0 25 mm E pae Phosphor 22 0 5 Deflection angle 90 deg DT Light transmission 54 5 96 5 2 Surface of plate Spin coating TCO 4 Anti static 5 27 0 KV Useful screen 406 4 x 304 8 lt 2 2 Scanning frequencies Horizontal 30 130KHz Vertical 50 160 Hz 2 3 Video dot rate 355 03MHz 2 4 Power input 90 264 Vac 47 63 Hz 2 5 Power
176. rate Hz 50 Vt rate Hz 160 Min Horiz rate KHz 30 Max Horiz rate kHz 130 360 secondary timing formula supported Extension Flag 0 Check sum 14 HEX DDC DATA kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk EDID data 128 bytes kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkxk 0 00 1 ff 2 ff 3 ff 4 ff 5 ff 6 ff 7 00 8 41 16 24 32 61 00 43 00 20 96 48 9 10 1 11 00 12 40 13 2 14 01 15 00 14 17 01 18 01 19 03 20 21 29 22 23 9 25 26 98 27 0 28 54 29 47 30 99 31 25 Of 33 48 34 4c 35 ad 36 ef 37 80 38 41 39 59 59 59 04 00 20 20 97 49 42 9 43 59 44 81 45 99 46 1 47 54 50 45 51 59 52 9 53 59 54 af 55 58 82 59 00 60 59 61 60 62 7 63 66 88 67 26 68 11 69 00 70 00 71 1 74 00 75 76 00 77 20 78 54 79 59 82 31 83 32 84 33 85 34 86 35 87 36 90 00 91 00 92 00 93 94 00 95 50 98 4c 99 49 100 50 101 53 102 20 103 32 104 30 105 32 106 50 107 37 108 00 109 00 110 00 111 fd 112 00 113 32 114 0 115 1e 116 82 117 24 118 00 119 120 20 121 20 122 20 123 20 124 20 125 20 126 00 127 14 202P7 CRT Go to cover page 202 7 Repair Fl
177. rate isolation transformer may expose you to possible shock hazard and may cause damage to servicing instruments 8 Many electronic products use a polarized ac line cord one wide pin on the plug Defeating this safety feature may create a potential hazard to the service and the user Extension cords which do not incorporate the polarizing feature should never be used 9 After reassembly of the unit always perform an leakage test or resistance test from the line cord to all exposed metal parts of the cabinet Also check all metal control shafts with knobs removed antenna terminals handles screws etc to be sure the unit may be safety operated without danger of electrical shock Broken line Implosion 1 All picture tubes used in current model receivers are equipped with an integral implosion system Care should always be used and safety glasses worn whenever handling any picture tube Avoid scratching or otherwise damaging the picture tube during installation 2 Use only replacement tubes specified by the manufacturer X radiation 1 sure procedures and instructions to all your service personnel cover the subject of X radiation Potential sources of X rays in TV receivers are the picture tube and the high voltage circuits The basic precaution which must be exercised is to keep the high voltage at the factory recommended level 2 To avoid possible exposure to X radiation and electrical shock only the manufacturer s s
178. re area 392mm x 294mm See FIG 6 From 64Khz to 130Khz without 94Khz 4 13 Focus check First adjust brightness to 50 position and contrast to100 position and then generate characters for 1280 x 1024 85Hz or 1600 x 1200 85Hz timings to cover entire picture area picture size is shown in sect 4 5 Characters should be clearly identified at the center and all corners Character size is shown in FIG 7 4 14 Brightness uniformity With an active full area white video input pattern and contrast setting to 100 no portion of the pattern shall be less than 75 of the luminance measured at the CRT center CLASS NO 21 AUTO SCAN CMTR P72 202P7 TYPE 202P70 00 8639 000 16171 2005 03 25 ___ 21 590 12 10 BRAND PHILIPS lee pate 2005 03 25 Propertyof PHILIPS ELECTRONICS INDUSTRIES TAIWAN LTD B E 2838 100 05424 NF GENERAL PRODUCT SPECIFICATION Go to cover page Ah 4 15 White color adjustment Apply full white pattern with brightness in 50 position and the contrast control at max position The 1931 CIE Chromaticity color triangle diagram x y coordinate for the screen center should be Factory preset color mode 9300 K CIE coordinates X 0 283 0 015 Y 0 297 0 015 6500 CIE coordinates X 0 313 0 015 Y 0 329 0 015 5500 K CIE coordinates 0 332 0 015 Y 20 947 0 015 SRGB CIE coordinates X 0 313
179. rmal on Green OFF No Pulse Pulse lt 1W Yellow OFF Pulse No Pulse lt 1W Yellow OFF No Pulse No Pulse lt 1W Yellow Entering from ON state to Power saving state has 5 10 second time delay It awake from OFF state to On state within 3 seconds Compliant with 99 03 power saving requirement EPA energy star requirement E2000 3 9 Display identification In accordance with VESA Display Channel Standard and having DDC 2B capability 4 0 Visual characteristics CLASS NO 21 AUTO SCAN CMTR P72 202P7 3I TYPE 202P70 00 8639 000 16171 BRAND PHILIPS 2005 03 25 590 10 10 _ 2005 03 25 PHILIPS ELECTRONICS INDUSTRIES TAIWAN LTD B E 2838 100 05424 NF GENERAL PRODUCT SPECIFICATION 44 Go to cover page Ah 4 1 Test conditions Unless otherwise specified this specification is defined under the following conditions 1 Input signal As defined in 3 1 2 Luminance setting controls to be set to 20 ft lb with full screen 100 96 duty cycle white signal 3 Warm up more than 30 minutes after power on with signal supplied 4 Ambient light 400 600 lux PHILIPS b Ambient temperature 23 C 6 Ambient magnetic field no special ambient magnetic field existed the ac leakage flux dc flux caused by transformer magnet etc 7 CRT face East 4 2 Resolution Inspection modes 9 modes _6 1600x1200
180. rties in any form whatever is not permitted without written authority from proprietors GENERAL PRODUCT SPECIFICATION 44 Go to cover page Ah 3 3 3 Horizontal scanning Sync polarity Positive or Negative Scanning frequency 30 130 KHz time 1 6 usec typical 3 3 4 Vertical scanning Sync polarity Positive or Negative Scanning frequency 50 160 Hz 3 4 Power input connection Power cord length 1 8 M Power cord type leads detachable power cord with protective earth plug 3 5 Video amplifiers time Fall time 4 0 4 0 ns excluding rise fall time due to test pattern amp test probe Overshoot undershoot Max 1296 Black level shift 3 Sag 5 3 6 Degaussing An automatic degaussing circuit is provided and required no intervention The degaussing is activated at the time of switch on and power saving wake up or switch on again after switched off for longer than 30 minutes Manual degaussing is provided to eliminate any color impurity 3 7 Requirement for low emission 1 Electro static potential 0 5 KV 2 Alternating Elec field ELF 5 2Khz lt 10 0 V M 2 400KHz lt 1 0 V M 3 Magnetic field ELF 5 2Khz lt 200 2 400Khz 25 3 8 Power management The power consumption the status indication of the set with power management function are as follows STATUS Horizontal Vertical Power Spec LED On Pulse Pulse as no
181. s 1 Video H sync amp V sync 2 Video amp Composite Sync 3 Video with Sync On Green composite Green video Video 0 7 Vp p input impedance 75 ohm Sync Separate sync TTL level input impedance 2k2 ohm Hor sync Positive Negative Ver sync Positive Negative 202P7 CRT 44 Go to cover page Composite sync TTL level input impedance 2k2 ohm Positive Negative Sync On Green Composite Green video 0 3 Vp p for sync part This function can be enabled or disabled by a hardware switch on the rear side of back cover 3 2 Interface 3 2 1 Cable The input signals are applied to the display through a detachable shielded cable Length 1 8 m 50 mm detachable Connector type 15 pin D Sub male to 15 pin D Sub male blue IBM PS 2 standard 3 rows with DDC2B pin assignments CLASS NO p 21 SCAN CMTR P72 202P7 Dg po TYPE 202P70 00 8639 000 16171 C BRAND PHILIPS T 2005 03 25 1 __ 590 4 __10 pate 2005 03 25 Propertyof PHILIPS ELECTRONICS INDUSTRIES TAIWAN LTD B E 2838 100 05424 NF L3 202 7 Go to cover 3 2 2 Input connectors GENERAL PRODUCT SPECIFICATION Ah BNC input connectors rear PHILIPS to third parties in any form whatever is not permitted without written authority from proprietors All rights strictly reserved Reproduction or issue Red video input Green video input Green video with Sy
182. s Standards Association VESA Extended Display Identification Data EDID information may be also obtained from VESA System and equipment requirements 1 i486 or above personal computer or compatible 2 Microsoft operation system Windows 95 98 You have to Install the EDID PORT Tool under Win2000 XP As Fig 1 20102 PORT TOOL File Edit Bi x View Favorites Tools Help Back Gisearch L jFelders 4History 2 Address EDID PORT TOOL install bat ReadMe txt UserPork sys an a GE GE Local intranet 2 Fig 1 A Cody the UserPort sys to C WINNT system32 drivers win2000 C WWINDOWS system32 drivers winXP B Running io exe everytime Before you start to programming edid data EDID46 EXE program 12NC 3138 106 10103 4 A D Alignment kits 12NC 3138 106 10396 shown as Fig 2 inclusion Alignment box x1 Fig 2 b Printer cable x1 c D Sub to D Sub cable x1 d DVI D to D Sub cable x1 Note The EDID46 EXE is a windows based program which cannot be run in MS DOS 202P7 CRT Go to cover page Pin assignment 15 pin D Sub Connector PIN No SIGNAL Red video input Green video input sync on green Blue video input GND GND Cable detect Red video GND Green video GND Blue video GND DDC 3 3V or 45V Logic GND GND Serial data line SDA H sync H V ON Oo FWD V sync Data clock
183. s highlighted 202 7 44 10 6 Press the button to adjust NS PURITY and optimalize the purity performance 7 When adjustment finished press the amp button to return to the EXTRA CONTROLS window BACK TO MAIN CONTROLS is highlighted Smart Help After returning to EXTRA CONTROLS to continue to ADJUST PURITY press the button until AUTO CALIBRATE is highlighted Next start with step 4 under EXTRA CONTROLS AUTO CALIBRATE to exit completely press the button twice AUTO CALIBRATE Not available in all models EXTRA CONTROLS is a set of three features including AUTO CALIBRATE Auto Calibrate regularly readjusts the color to its original value for any of the ADJUST COLOR selections including USER PRESET AUTO CALIBRATE also adjusts the luminance and black level of the monitor so that all three items remain at original settings This helps extend the useful life of the monitor The calibration process takes less than 6 seconds to complete 1 Press the amp button on the monitor The MAIN CONTROLS window appears 2 Press button until EXTRA CONTROLS is highlighted MAIN CONTROLS LANGUAGE INPUT SIGNAL SELECTION ZOOM ADJUST HORIZONTAL ADJUST VERTICAL ADJUST SHAPE ADJUST COLOR RESET TO FACTORY SETTING TC a a Eg EXTRA CONTROLS __ 6____ __ ee Ba cus ers i med 74 De CLOSE MAIN CONTROLS 30 amp 1 IE G
184. sult DAC values of inspection mode timing table No 15 into preload mode timing table No 13 12 11and 10 8 2 17 Copy the alignment result DAC values of inspection mode EE INE NN NEC NN NN NEN 19 22 25 _ Lean 29 7 10 11 12 13 15 16 17 18 19 22 23 24 25 27 28 29 30 31 32 33 34 14 35 26 20 21 36 timing table 18 into preload mode timing table 17 and 16 Copy the alignment result DAC values of inspection mode timing table No 23 into preload mode timing table No 22 and 19 Copy the alignment result DAC values of inspection mode timing table No 30 into preload mode timing table No 29 28 27 25 and 24 Copy the alignment result DAC values of alignment mode timing table No 35 into preload mode timing table No 14 Copy the alignment result DAC values of inspection mode timing table No 21 into preload mode timing table No 20 26 and 36 Fill up all alignment result DAC values with FF hex decimal into 16 new modes addresses in EEprom A2 page 80H to C7H amp A4 page OOH to FFH refer to sheet 140 18 of 30 amp 19 of 30 Focus adjustment Apply ME pattern shown at FIG 7 with timing 91 146 KHz 1280 X 1024 85Hz Set brightness at 50 and contrast 100 at the center of the screen Preload the DAC values of H focus to 0 and V focus to 185 in the factory mode Adjust focus potmeters F1 amp F2 which are located on f
185. test Plug the completely reassembled receiver directly into the ac outlet 2 Connect a 1 5k 10w resistor paralleled by a 0 15uf capacitor between each exposed metallic cabinet part and a good earth ground such as a water pipe as shown above 3 Use an ac voltmeter with at least 5000 ohms volt sensitivity to measure the potential across the resistor 4 The potential at any point should not exceed 0 75 volts A leakage current tester may be used to make this test leakage current must not exceed 0 5 milliamps If a measurement is outside of the specified limits there is a possibility of shock hazard The receiver should be repaired and rechecked before returning it to the customer 5 Repeatthe above procedure with the ac plug reversed Note An ac adapter is necessary when a polarized plug is used Do not defeat the polarizing feature of the plug Picture Tube Replacement The primary source of X radiation in this television receiver is the picture tube The picture tube utilized in this chassis is specially constructed to limit X radiation emissions For continued X radiation protection the replacement tube must be the same type as the original including suffix letter or a Philips approved type Parts Replacement Many electrical and mechanical parts in Philips television sets have special safety related characteristics These characteristics are often not evident from visual inspection nor can the protection afforded by them necess
186. the following Fire and Shock Hazard 1 Be sure all components are positioned in such a way as to avoid the possibility of adjacent component shorts This is especially important on those chassis which are transported to and from the service shop 2 Never release a repaired unit unless all protective devices such as insulators barries covers strain reliefs and other hardware have been installed in accordance with the original design 3 Soldering and wiring must be inspected to locate possible cold solder joints solder splashes sharp solder points frayed leads pinched leads or damaged insulation including the ac cord Be certain to remove loose solder balls and all other loose foreign particles 4 Check across the line components and other components for physical evidence of damage or deterioration and replace if necessary Follow original layout lead length and dress 5 lead or component should touch a receiving tube a resistor rated at 1 watt or more Lead tension around protruding metal surfaces or edges must be avoided 6 Critical components having special safety characteristics are identified with ans by the Ref No in the parts list and enclosed within a broken line where several critical components are grouped in one area along with the safety symbols on the schematic diagrams and or exploded views 7 When servicing any unit always use a separate isolation transformer for the chassis Failure to use a sepa
187. tment of the picture geometry 8 1 EEprom data has to be preset data according to software approval sheet Sheet 139 sheet 140 Pre set data please refer TIMING TABLE 1 to 36 8 2 Alignment of horizontal and vertical geometry Note should be loaded beforehand with average 8 2 0 Enable the MAGNETIC function in the MODEL SELEC values of mode preset data and mode preset selection bytes factory mode OSD This preload data should be collected by EPE from product 8 2 1 Apply the timing mode 2048x1536 120kHz 75Hz timing batch by batch to keep the entire image of all preload modes table 35 pattern FIG 1 to FIG 4 to set under tested display inside the bezel with the a specification of H width Correct the test image to display in parallel with front top 392 10 mm and V size 294mm 10mm plastic bezel by adjusting the Rotate item in OSD Adjust 811 Preload the default DAC value into following listed items shape Repeatedly do the adjustments from 8 2 2 to 8 2 13 to correct the geometry of this mode and fix the position of horizontal raster on display screen 8 2 2 Adjust Raster H in factory mode to make the horizontal raster symmetrical display at center of the screen 8 2 4 Adjust the H linearity to get optimum horizontal deflection linearity display block to block 8 2 5 Adjust the H Phase to center position 0 Defaut ___ 8 2 6 Adjust the side curve Pincushi
188. tor before external degaussing 4 19 Moire At 15FL contrast amp moire is acceptable if not over 1 3 area 4 20 Ringing Apply a full white pattern at 128 5KHz set horizontal raster symmetrically by raster shift press the OSD button amp select horizontal position shift the image to the left edge of the raster the yoke ring should less than 20mm CLASS NO 21 AUTO SCAN CMTR P72 202P7 p 202 70 00 8639 000 16171 BRAND PHILIPS 2005 03 25 1 1 590 73 410 DATE 2005 03 25 Property of PHILIPS ELECTRONICS INDUSTRIES TAIWAN LTD B E 2838 100 05424 x y 4 21 4 22 5 0 2 PHILIPS PHILIPS 5 2 5 3 5 4 6 0 6 1 to third parties in any form whatever is not permitted without written authority from proprietors All rights strictly reserved Reproduction or issue 6 GENERAL PRODUCT SPECIFICATION Ah Tapping test 202 7 44 to cover page No interference does disturb the monitor picture during tapping test with a rubber hammer Distance between two monitors Two monitors of the same monitor type which were conducted with different Modes or frequencies show any interference in a distance down to 25cm Mechanical characteristics Controls Front side AC power switch OSD function key Hear D sub Power cord socket Unit dimension Weight REF TO SHEET 560
189. ut written authority from proprietors GENERAL PRODUCT SPECIFICATION EJ 44 Go to cover page Language Language multi language 8 languages Input signal selection Zoom Zoom Adjust horizontal Adjust position Adjust size Adjust vertical Adjust position Adjust size Adjust shape Adjust side curve Pincushion Balanced Adjust side angles Trapezoid Parallelogram Rotate image Rotate Adjust color 9300 K for general use 6500 K for image management 5500 K for photoretouch 5 Smart mode Professional mode Reset to factory settings No Yes NF Extra Controls Adjust moire Horizontal Vertical Degauss Adjust convergence Horizontal Vertical Adjust purity NS purity Auto calibrate OFF AUTO 3 3 Timing requirement 33 1 Total factory modes 36 Preset modes 9 Preload modes 27 User modes 16 The 9 preset modes are listed 4 2 17 CLASS 21 AUTO SCAN CMTR P72 202P7 TYPE 202P70 00 8639 000 16171 BRAND PHILIPS 2005 03 25 590 6 40 ees 2005 03 25 Prpetyot PHILIPS ELECTRONICS INDUSTRIES TAIWAN LTD B E 2838 100 05424 GENERAL PRODUCT SPECIFICATION Go to cover page 3 3 2 Factory preset timings The 36 factory modes detailed timings are according to the tables as below the timing charts refer to FIG 8 amp FIG 9
190. wing conditions Mode 1024 768 60kHz 75Hz Signal pattern White pattern Adjust brightness and contrast control for the mechanical mid position click position The picture tube panel has printed spark gaps Each spark gap is connected between an electrode of the picture tube and the Aquadag coating The semiconductors indicated in the circuit diagram s and in the parts lists are completely interchangeable per position with the semiconductors in the unit irrespective of the type indication on these semiconductors Fig 1 Different Parts List Diversity of 202P73 27 compared with 202P70 00 Item 0001 0002 0003 0041 0042 0044 0049 0051 0053 0222 0450 1057 1058 1061 Diversity of 202P75 93 Item 0001 0002 0003 0041 0042 0044 0049 0051 0053 0222 1051 1057 1058 1061 1264 2103 12NC 863900016175 313812755251 313812755281 313812753161 3138104631 11 313810459321 313810459342 313810459281 313810463121 313810459352 313811578981 313810663841 313818870491 31381987061 1 313818873431 12NC 863900016415 313812755291 313812755281 313812753161 3138104631 11 313810459321 313810459342 313810459281 313810463121 313810459352 313811578981 313817881671 313818871651 313819870611 313818873431 313817807091 202203100246 Description 202P73 27 FRONT CABINET ASSY BACK COVER ASSY PEDESTAL ASSY BLK FRONT CABINET BACK COVER BLK BAS
191. with the new higher voltage chassis be equipped with one of the new type tubes designed for this service Addition of a permanently connected HV meter to the shop test fixture is advisable The CRT types used in these new sets should never be replaced with any other types as this may result in excessive X radiation 7 Itis essential to use the specified picture tube to avoid a possible X diation problem 8 Most TV receivers contain some type of emergency Hold Down circuit to prevent HV from rising to excessive levels in the presence of a failure mode These various circuits should be understood by all technicians servicing them especially since many hold down circuits are inoperative as long as the receiver performs normally Leakage Current Cold Check 1 Unplug the ac line cord and connect a jumper between the two prongs of the plug 2 Turn on the power switch 3 Measure the resistance value between the jumpered ac plug and all exposed cabinet parts of the receiver such as screw heads antennas and control shafts When the exposed metallic part has a return path to the chassis the reading should be between 1 megohm and 5 2 megohms When the exposed metal does not have a return path to the chassis the reading must be infinity Remove the jumper from the ac line cord TO 0 15 uF WATER INSTRUMENTS PIPE EXPOSED EARTH METAL PARTS 1500 ohm 10W GROUND Leakage Current Hot Check 1 Do not use an isolation transformer for this

Philips 202p7

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