SERVICE MANUAL
Contents
1. SW 19 DATZ RXCP R59 1086 HB CON nas RXCN R60 108 6 HB CON RXC DAT4 DAT4 5 DATS clk clik D CON RXC 6 DVI DDC5V D12 D13 D14 D15 D16 D17 EZJZ0V800AA NC D11 EZJZOV800AA NC EZJZOV800AA NC EZJZOV800AA NC EZJZOV800AA NC EZJZOV800AA NC EZJZOV800AA NC 2 120 800 DVI DDC SDA_ 61 JOK 6 DVI DDC SCL R62 K 6 Cr ve 6 3 Sequoia HDMI Input Port HA_CON_RX2 4 HA_CON_RX2 HA_CON_RX2 HA CON RXi 4 RXT I HA_CON_RX0 4 HA_CON_RX0 1 4 CON RXO HA CON RXO 1 HA_CON_RXC 4 HA_CON_RXC 4 HA_CON_RXC 1 HA CON RXC kar l 5 HB_CON_RX2 HB_CON_RX2 5 HB_CON_RX2 HB_CON_RX2 1 5 HB_CON_RX1 HB CON 1 5 CON HB CON 1 1 5 CON 1 CON 5 CON RXO 1 HB CON RXO 1 1 5 HB_CON_RXC HB_CON_RXC 5 HB CON RXC L h HB_CON_RXC 1 l iieri eene a 5 HB DDC SCL HB DDC SCL 5 HB DDC SDA HB DDC SDA qa p lt za za za za gt za zu za 8 99 QE EX 22 XE EX po cc cc cc cc coc coc cc 22 mm ume 58 45 55 554 SS a 9 55 zs SS zz Qo aa Tr fir Tr Tr Ir HDMI_VSS HDMI_VSS HDMI2. CE_REMOTE_IN CL c 6 HA CON SDA S QUT DDC SDA HA_CON_RXC HA CON RXC 6 HA_CON_HOTPLUG R30 ORIGIN AHPD HA_CON_RXC 1 1 1 1 1 1HOTPLUG DET OU HOTPLUG_DET_IN C HA 17 3 3V_SMCU 5VS R339 8 2K 6 NC 035 17 CON CEC R19 OR 6 NC al HA R 14 x D36 lt BAT17 HA_CON_RXC 6 39 BDL42xxV Philip 6 2 DVI Input DDC5V R34 05 6 VSS SDA DVI_DDC5V DVI_DDC5V A CN2 R41 10K 6 GRN 16 BLU HES 056 Hs DVI DDC SCL vv HB DDC SCL GND DVI 5 DVI DDC SDA HB SDA DDC SDA 6 VSYNC R44 ORS m ORG DVI DETECT DDC SCL as 47 pF 6 INC C10 47 DDC SDA 1 6 MMBT3904 5V d HPD R49 OR 6 HB DDC SCL 6 R46 NC 52 DVI DDC5V 2 10K 6 NC de DTC144E NC DTC144E R48 ORG 4 3shield T UDZSV6B NC 2 4shield d O Sshield UDZS5V6B NC 114 shield 7 UDZSV6B NC 1kK G NC R51 4 7K 6 HDMI HP B HDMI HP B 19 pamor DVI RXON R53 TOR HB CON RXO HH RAO 6 pom ii RXIP R54 HB CON RX DATI DVI_RXIN R55 1086 HB CON RXT DATE DVIRXZP R56 10806 HB CON RX2 1 9 DVI RX2N R58 10RI6 HB CON RX2 DDC_WP 4 9 19
3. TO CN4 FROM CN4 CVBSIN VIEDO Block Diagram CVBS_OUT CN2 BNC YPbPr MM1671 PI5V330 1 LM1881 DSUB RIN TO CN4 U2 DSUB GIN DSUB BIN DSUB HS U21 U22 NC7S14 DSUB_VS RS232_S0 RS232_S1 CN3 VGA OUT U22 PCA9555 Philip 2 2 2 block diagram SDA_SUB SPK_EXT HDMI_BIN 2 FROM GNA NJWA 141 CN3 SPK INT TO CN4 gt AUD_SEL1 AUD_SEL2 _ _ _ TO NEXT PAGE FROM CN4 Philips BDL42xxV 2 2 3 block diagram UART Block Diagram TXD_OUT RXD_OUT TXD_OUT RXD_OUT SDA_SUB SCL_SUB SYS_POWERON U23 PFC8563 32 768KHz FAN CTL1 SDA SUB Philips BDL42xxV SCHEMATIC DIAGRAM Index of this chapter 1 Button board 2 LED board 1 Button board 3 Sensor board 4 Video board 5 Audio board 6 Main board 7 Power board CN8 L41 KEY VCC ORIGIN gt l I EIC 4510 EON 121 4 8 KEY 1 1 1 1 2 R5 0K 1 0603 i gle rs ADC IN3 A I 5 ADC IN2
4. 22uF 6 3V 3 3V_LPM 3 3V_LPM C247 C248 27pF 6 4 19 6608 2 XTAL TCLK ACS CLK C249 C250 22pF 6 NI 22pF 6 NC FLI32626H MPLL_3 3 RPLL_1 2 MPLL_1 2 TP3 OBUF_C OBUFC_CLK SEQUOIA Internal Generation RPLL_GND 1 p S 459 19 2021222324 1 39 2V LPM 3 3V_LPM 21 22 1 1 1 2V_LPM HA CEC 12 LPM 22 2 293v 3 3 VO 7 8 18 1921 k 1 0 JTAG boundary scan enable 5 additional pins become enabled for JTAG 1 1 SCAN is enabled here and ALTERNATE TBD pad is used as internal RESETn substitute Philip 6 15 Sequoia System Power Ground Ol nio t WANTT 5920 99 oo 5 B gt c 5 o m oo B 58 SUL 922 422 6 i 422 H DGND VO VDD 3 8 H 812 VO VDD 3 7 H R11 VDD 3 6 14 DGND VO_VDD_3 5 213 DGND VO VDD 3 4 212 DGND VO VDD 3 3 9 244 DGND 5 0 DGND 0 O DGND ES uj oc 8 1 DGND H DGND M15 Bs DGND 3 DGND Mi2 DGND DGND 4 DGND po U CORE 1 14 B15 CORE_1 13 1 DGND CORE 1 12 CORE 1 11 DGND CORE 1 10
5. GUT 6 DSUB AVIN gt OPTHS BNC HIN R251 0508 R252 Philip R25 TAHCT153DT NC c11 sw BLU 8268 OR 6 NQ BOUT SW BOUT C117 O 0tuFJ amp NC 1 SW_GRN_A R2 OR 6 SQ GOUT GoUT C120 O O01uF S NC SW RED A R279 ORI NQ ROUT _ SW ROUT 1 8 23 R251 AN 9280 V HIN VIN R28 100 OPTHIN R28 OPTVIN 0 01uF 6 NC R285 R284 OR 6 NC cud ATuF 25V I Control Pins z 2 SE em 25 287 PC SEL2 OR S NC E el wy 8 R290 OR S NC SMTVCC R291 40K 6 NC R292 40K 6 NC R293 U29 C131 U30 C132 100R 6 Nq 0 1uF 0 1uF 74LVC1G126GW NC SYNC SEL JeyNC_SEL1 3 8 SYNC SEL2 SYNC SEL2 3 8 74LVC1G126GW NC Pe SELI ____ PC 8 PC_SEL2 PC_SEL2 8 HOUT R31 OR 6 NQHSIN VOUT R312 OR G NO SIN N11 AUD IN R2 6 EIC 4500 2 IN AUD_IN L2 6 AUD OUTI E AUD_OUT1_L 6 SCL FAN AUD OUTUR L ot 6 EIC 4500 Light Sensor U31 5VS NC7SB3157P6X_NL AL003157107 SDA_SUB 6789 SDA_SUB lt gs 6 7 STBY U32 67 89 8 508 gt 80 SUB 4 9 Interface tH 12V_SW m 1 12V SW 12V_SW SW 45V SW SDA_AUD SCL_AUD AUD_OUT_LS_L 6 AUD_OUT_LS_R 6 MUT
6. SIF INPUT DIGITAL AUDIO 12S or DSD OUTPUTS SPDIF OUT DIGITAL AUDIO I2S or SPDIF IN Philips BLOCK DIAGRAM Index of this chapter 1 Wiring diagram 2 Block diagram 1 Wiring diagram pe Philips LVDS_O_CHO LVDS_E_CHO A LVDS_O_CH1 LVDS E CH1 N _CON_RXO LVDS_O_CH2 LVDS_E_CH2 MSTRO_SCL HA_DDC_SCL Ax LE f 54 HA_DDC_SDA ALCON R LVDS O CH2 LVDS E CH3 v TT RX2 LVDS_O_CLK LVDS_E_CLK MSTRO_SDA HA_CON_RXC Control HA_CON_SDA 22 59 SCL Backlight gt lt PPWR Control gt lt HB_CON_RXO PBIAS gt HB_CON_RX1 HB_CON_RX2 HB_DDC_SCL L CON HB DDC SDA CON E DSUB_HS HS IN DSUB_RIN DSUB_VS VS_IN DSUB_GIN 22 DSUB_SDA Compont 1 Compont2 Tuner SV1 SV2 CVBS1 CVBS2 4 1 DDR REF i pr Ey Ux T SPI CEN E Gi SPI DI SPI DO mice 1 8V_DDR drca pararet ues Cle 1 pce gt CN4 amp CN21 RGB_SEL ISP SEL LED RED LED GREEN DP DAP ISRESET FAST HP A HDMI HP A DVI DETECT HP B EDID SEL WP 2 Block diagram 2 1 M B block diagram 2 2 1 I O block diagram
7. __ ds 0 4uF 6 NC 100R 6 NC 1 Tmil 1 1 1 741 161266 sea R57 7mil OR 6 NC 1 Sapsi wa fi sl ese Sil i se Sis gus Sa 1 eS SMTVCC 8 10 INS mws 3 6 7 8 9 11 1 1 Philips BDL42xxV 4 3 Analog Output 5V_out 114 i TSH340 SOT23 5P NC 121 48 I 1 SYNC_OUT 3 3V_SW rus Near to CN9 SW ROUT4 GND R58 SW ROUT1 10 1 ovS R G B OUT I ANASV 16131 5 a 116 S 5 42 1 R59 SW ROUL sw Rour I 121 4 8 R G B H V JW VI aR ce OR 6 NC 7mil x Reo 100uF 25V a Te AYE E 5V_out t ANASV E 22K 6 33V SW sy sw 8 9 11 13 1 121A4 8 ee SV SW Rei x 75R 2010 REDOUT i s C37 400uF 25V 5V_out us L18 TSH340 SOT23 SP NC 121A4 8 4 NC IN R63 SW GOUT VCC OUT eae SW GOUT1 10 8 C39 D 55 9 2 1 R64 SW GOUT lt Jsw GoUT 6 10 R66 OR 6 NC C40 9 mes 100UF 25V GREENOUT 2 2 6 100uF 25V NZ 58 e e o U10 L19 5V out kg 121A4 8 b X 5V_SW R69 SW BOUT1 TEKCON MINI DB15 75R2010 643 R68 SW BOUTI 10 u 6 8K 6 AVV d soourz
8. 11 Xo sec sue 5 it l 1 E L 1 Bee 1 1 a 1 5 1 2PRCA 1 B 1 1 1 1 1 1 1 5 AUD OUT IS L 5 AUD OUT LS R 35 Philips BDL42xxV 5 2 Audio AMP 3 AUDIO R 220pF 6 NC 3 AUDIO gt DIO L C69 Gaing Gain Total Gain OR 6 C70 ERBEN 22 34 dB 220pF 6 NC b u onn 28 40 dB 3 3 _ ADU i Q R73 10K 6 NC 34 46 dB 16 28 dB 5 AUD GAIN1 5 AUD GAINO 5 AUD NCDRC1 5 AUD NCDRCO DRCO 05 YDA148 AGND R74 VV V10K 6 1 Non clip L H luF lt C396 lt 4 7uF 3 3AVDD_AMP C84 Q S 1uF 6 C83 0 10 6 82K 6 R89 R90 200K 6 NM R87 R88 R90 lt 500K ohm 50K ohm lt R87 R88 R90 lt 70K ohm R100 200R 6F Q7 x 2N7002 NC Limit 12V_SW 125 F ji 121A4 8 7 5V_SW T 126 121A4 8 C87 470uF 16V 90 0 1uF 6 VIN VOUT ADJ GNDUT AP1117ELA TO223 C88 R103 10uF 50V 330R 6F C89 0 1uF 6 3 5 LC Filter for 8 ohm 1 22uH 5828 2 oum 20 oon SPKLOt 1 P SPRLO o 1 N C63 0 1uF 8 og i OUTML1 19 22 AGND oumm2 28 gt 1 SPKRO OUTPR1 H2 1 SPKRO 1 e I L20 22uH C67 e 0 10 8 OUTMR1
9. SEQUOIA Frame Store DDR Interface AT 6 A9 A10 Ln E oc 88858 c LE Philips BDL42xxV U8E FLI32626H 6 10 Sequoia LVDS TTL C185 C186 11 6 1 6 LVDS_O_CH0P LVDS_O_CHON LVDS_33 LVDS_33 LVDS_O_CH1P LVDS_O_CH1N LVDS_O_CH2P LVDS_O_CH2N LVDS_O_CH3P LVDS_O_CH3N LVDS_O_CH4P LVDS_O_CH4N LVDS_O_CLKP 22 LVDS_O_CLKN LVDS E CHOP LVDS E 5 LVDS E 1 LVDS E CH1N LVDS E CH2P 2 LVDS E CH2N LVDS E CH3P LVDS E CH3N 5 4 lt H gt Q 2 LVDS _ LVDS_E_CH4N AB LVDS_E_CLKP LVDS E CLKN 4 LVDS_GND LVDS_GND 3 3V_LVDS C184 2uF 6 3V LVDS CHO LVDS O CHO LVDS_O_CH1 LVDS CH1 LVDS O CH2 LVDS O CH2 LVDS O CH3 LVDS O CH3 LVDS O CH4 LVDS O CH4 LVDS O CLK LVDS O CLK LVDS E CH0 LVDS E CHO LVDS E CH1 LVDS E CH1 LVDS E CH2 LVDS E CH2 LVDS E CH3 LVDS E CH3 LVDS_E_CH4 LVDS E CH4 LVDS E CLK LVDS E CLK PPWR PBIAS LVDS E CLK LVDS E CLK 33 LVDS 14 21 LVDS 0 CHO 14 LVDS O CHO 14 LVDS O 1 14 LVDS O CH1 14 LVDS O CH2 14 LVDS O CH2 14 LVDS 0 CH3 1
10. 12V 12V DPRX 21 22uF 6 3V C25 Philips BDL42xxV tal Port Input igi 6 5 Sequoia D i 4 1 DIN CLKO R79 DIN CLKO DIN CLKO Esc d 121A40 8 NC DIN CLK1 0 R80 DIN CLK1 R81 DIN HREF DE DIN HREF DE 5V SW R82 DIN VS i DIN VS DIN VS L17 DIN HS CS DIN HS CS F R84 DIN HODD DIN HODD NHS T2TA4O BINC tT e ueni l 1 DIN_ODD 5VSB CON DINO RN5 OR 8P4R DIN DIN 0 BN L18 DIN1 6 DIN_1 DING CON DINZ DIN 2 DIN 2 DIN CON DIN3 8 DIN 3 DIN 3 N2 C32 CON DINI RN6 OR BP4R DIN 4 DIN 4 400uF 16V CON DINS 8 DIN 5 DIN 5 E 4608 E04N CON DING DIN 6 DIN 6 DINE H 5 DIN 7 DIN 7 CON DINS OR EP4R DIN 8 DIN 8 pee Nu CON DINS 5 DIN 9 DIN 9 m H CON_DIN10 7 DIN 10 DIN 10 DIN fo CON DIN11 3 1 DNT DIN 11 DIN CON DIN12 ORISBP4R DIN 12 DIN 12 DIN IA FBL112 50S NDJNC CON DIN13 5 DIN 13 DIN 13 DINZ CON_DIN74 DIN_14 DIN 14 IN 19 lt A MSTR1_SDA CON DIN15 8 DIN 15 DIN 15 aN H RESET O C CON 6 RNS OR SP4R DIN 16 DIN 16 DIN 1S CON DIN17 5 DIN 17 DIN 17 CON_DINO CON_DIN1 CON DIN18 DIN 18 DIN 78 CON DINZ 9
11. 201 2 1206 27 R53 168 eR c45 270K 279 270K NC 47u 35V 030 SH 1 2 16206 sseeustev uf R71 1k 9 470 3 1 R68 1 59 2 7K 0805 SCK202R5 4 vec verze 0354 2474 gt RIS 626 c2 di Sctet LP 2 R54 1 478 2W 4 R74 1K_1x 0805 T6 3AH 250V R75 1K 1x H 8 8 F Sellos LAYOUT SIDE VIEW Index of this chapter Button board LED board Video board Audio board Main board Power board 1 Button board US Philips BDL42xxV 3 Video board DADL4ABI4A0 REV A 69 B ora uss C3 3 Bi EXPE 8 07 pu MEL 1 3 Philips 62 4 Audio board PAD ARAL REV A Philips BDL42xxV 5 Main board HHE 3s 2H 5 E ADN 64 6 Power board 364 MOTS 40 IWYS HLM AINO 39V1d39 3814 30 ASIH ISNIVOV 8 4 9 8 6 6 O O
12. ihn ere een ere eee ee eee NC7SB3157P6X_NL A 10 DO_SMCU 23 7 Power board D 518 1206 1206 06 UF3087 5 oO 2A T206 BYC10 600 priao7 86 F2 G e1UF 1KZ 01UF 1 te u E 2 GND1 3 4 601 R 911 P 2 0 CN41 AT 458LCET44 47 J R2I 1W 1206 8 amp 25eUF 4ABbNN 022 CC 002776 2100000009 50V ee R97 018 FYP20100N 101 C57 R18 F eK R114 c50 1 60 35 R105 osser 1 R107 NW C53 1000u 35V C71 4 35 L 173 10K 2M 1 DIP_1 ew 1 C4 lee 5 c5 R4 sits 213 R27 1M 1206 5 R25 C51 10080725V R102 1 R104 R106 R117 184 8130 52 1206 270K 1x 1 5M 1x 15 42 31 210202025 a a cm 28 5 R116 15M fx c6 x E 2 M 12026 R36 Q3 P 2 9 CN3 330206 R15 22K 1 R113 AA C74 mm R22 R28 43K cm dl 1 2K 1 ARR 430R R48 e T oe Yen 5 6 5 47 1208 RBS Hikse x 10K 51 1206 R9 e 3 2 R63 1 R93 Safot
13. sm 33V SMCU 4 19 20 22 24 C368 470uF 16VINC L 15 gt gt 19 20 PWRKEY IN PWRKEY MG PWRKEY 17 I 33V_LPM 33V_LPM 17 21 22 DIGI SAVING Paav WO 7 8 17 18 19 21 3V3 ASS 45 9471920212224 SMCUS SDA gt sucu3_SDA 19 SMCUS SCL 7 19 5VS U38 9 MTM PST443A420NR NC Philips BDL42xxV 6 21 Board to Board Connect CN17 55 3 3 SMCU sip iA pin 4 1 3 3V LPM amp Yew m 38 3 LPM 3 3 LPM 17 21 22 503 l 3929 NS 45 917 192021 22221 l 1 10 6 R504 247002 o 2588 8 9 10 12212223 I SW 8 SW P PSV SW 8121422 D 2120 SW 7 412 SW 81422 1 88V UO 7 8 17 18 19 21 m 33V_SMCUr Ja av_SMCU 4 19 20 22 23 i 19 22 ACD 1922 SSIBY STBY is 5 SYS_POWERON SYS_POWERON i SYS POWERON 42 e e 42 MAIN MUTE MAIN MUTE 26 cote COM SDA 67 6 P1952 ami spa MSTRi SDA R492V OR GING SDA 11 41 23 5V SDA 5v SDA Wm Soo MSTRASSCL MSTR SCL OR GING O SCL 25 1 59 BV SOL SV_SCL R506 ORIG I 19 COM SCL R67 OR 6
14. e TROUBLE SHOOTING Index of this chapter No Backlight No Image appear No Audio Remote No Function Keypad No Function No Backlight No Backlight Check M B CN19 pinl1 gt 3 3V Check Power B CN6 pinl 24V YES Check LCD panel Inverter CN200 1 24 pinl2 gt 3 3V YES Change LCD panel Change M B Change 12pin M B power B Cable Change Power B Change Power B Inverter cable Philips 2 No Image appear No Image appear epu rr LED no bright Check LED B Check LED status NO Check M B 77 pin6 5V NO Confirm whether or By the Power key not the Image the state changes are normal Separation Video B CN10 cable confirmed M BJ7 pin6 5V Check M B C294 1 2V Yes Change Audio B Check Power B CN7 pinl 5V Stand by Check MB 77 pin7 5V And CN19 pm6 12V Separation of M B and Check M B CN19 2 Go to No Backlight Video B to confirm MB J7 pinl1 gt 3 3V Pin 5V Change Video B Separation J7 CN19 cable Check M B CN8 pinl 12V confirmed Power B CN7 Check M B LCD panel Change M B Change Power B LVDS cable Change LVDS cable Change LCD panel Philips BDL42xxV 3 No Audio No Audio Check Audio B CN2 Change Video B pinl 12V Audio power Check Audio B CN2 Change Video B pin13 0V Mute Check Audio B CN2 Change Video B pin7 pin8 20 Is Audi
15. sw 142224 5V SW sV_SW 12 4222 5VSB 9 10 12 21 22 23 RESET OI R109 ORANNC 293V O VO 7 17 18 1921 R107 R108 10K 6 OR G ENESET lt __ SRESET 19 Q8 MMBT3904 E EE I MSTR1_SDA MSTR1_SDA 19 20 24 SCL MSTR1_SCL 19 20 24 I 1 lt 2 x gt lt Q m Philip 6 6 VGA Input VGA 5V z Lt9 ee F ar 1 0506 DSUB R144 OR amp RED Ni REDIN 11 28 VGA_CAB 19 0 SRN 12 I 1 1 B 1 L20 OR 6 DSUB_GIN R132 1128 8 RBAG LN 12 gt i E L2 OR 6 DSUB BIN I R149 OR 6 BLU gt x VGA z zl 2 72 BLU_IN 1125 N 5 2 d 556 9 C SBN 1126 e 2 2 5 1 1 1 I io E erg EE 2580755 T 5819 2 3832 i lt gt layout 0 N Qo Qo e e c SZ do i ae oe eS Sess 3 6 3 ul ag m 5 E ET PC BB 24 1 7 ow m S S R14 OR 6 GB 24 E 1 RR _____ PCRB 24 5 122 ORIG DSUB HIN 6 123 14 ___ OR 6 DSUB VIN gt SMTVCC a 15 CN6 Hs 81176 R118 5 5 _ 028 VGA 5V e 2 2 6 2 2K 6 DFDS1
16. 6 19 Power System CN19 L83 5V_SW EIC_4606 12 7 121A40 8 PD52 C316 GND 0 tuF f 12V 12V_SW CN16 TPB L86 gt Q L85 9 EIC 4606 10 NC nig 121A40 8 C314 121A40 8 PD46 0 1uF 6 24VA 89 187 2 121 40 8 0 2 189 5VS 9 121A40 8 5 12VA BE L90 42V SW Ie 7 5 5 T 121A40 8 NC 4 95 5 a A 10 2 1 C317 2 L91 E 1 1 0 1uF 6 121A40 8 NC 5 C321 C323 8 8 0 luF 6 c322 _ 0 tuF 6 8 208 8 22 470UFI16V EIC_4500 E12N NC 3 3V_COMMON 3 4 R523 FD46 R464 La k uU OR 6 52 10K 6 ts ACD 17 2 VA m V L 24 gt R466 3 3V_SMCU 89 R467 NC n OR 6 5VS R375 030 O R471 4 7K 6 R472 R470 3906 10K 6 OR 6 NC E PWM3 One ae lt Jewms R476 STBY 2 7 lt srBY C324 MMBT3904 5 one R690 EM lt door x R475 031 So EIC 4606 14 4 7K 6 MMBT3904 4 2052 x N 5V_SW R479 C326 c327 ca28 7 7 9 10K 6 10uF 16V NC m o E ET MAL E LE 032 R481 5VS MMBT3906 a 2 3 7 15 17 18 19 21 22 R483 SV SW 6 10 12 22 moran 5VS 60mA 2A 4 7K G NC PBIAS Claas 3 3V LPM 23V LPM 1549 45V SW 0 8 6 5 A Q33 R697 3 3V COMMON 38V COMMON ENG MMBT3904 4 7K 6 NC 5 12V SW 0 25 4 d PBIAS lt JPBIAS2 HIN SW SW 6 1222 L 7 pe 24VA 1 2 12
17. FBDL4023010 IR DL4A FBDL40 3 REV3A 39 3BDL4AB0000 DL4A AUDID B ASSY 07 DDODL4THSO0 CABLE ASSY WIRE DL4 8 8P 120CM 30V 1A gt FBDL4017010 10 SIDE DL4ACFBDL4017 REV3A AM420WUBOOI LCD 42 LD420WUB SBAI 1920x1080 9MS 41 MBLI004018 ID NUT LIIKMBLII004 REV3APIRDN 32DL3BB0010 DL3 BUTTON B ASSY FOR DL4A 42 MM30100PBJ9 SCREW M30x10 0 PXND FBDL4021010 BKT BUTTUN DL4ACFBDL4021REV3A 43 0050 660001 60 60 2 6 8 56 1 EBDL3008010 FUNCTION BUTTON DL3ACEBDL3008 REV3A gt FBDL3007010 DL3 F BDL3007 REV3A gt o ele lt RB Philip 4003010 BUTTON FRAME GRAY DL4ACEBDL4003 REV3A gt 45 EBDL3001010 CABLE HOOK DL3 EBDL3001 REV3A 46 MM40080BBW1 SCREW M4 0x8 0 KNI VASHEROSTEEL 47 MS30060PGIO SCREW 30 6 FXNI WASHDSTEEL 48 MM30050BBJ9 SCREW M3x5 B NI 49 40050 0 SCREW M4 0x5 0 F NDSTEEL 50 FBDL4003010 V DL4 lt FBDL4003 REV3A 51 FBDL4002010 H DL4 FBDL4002 RE 52 DDODLIPBOO0 CABLE ASSY MB POWER DLI lt 2P 300V 53 ppopLePBooo ASSY MB POWER 0 240 300 DDDL4ATHOOO CABLE ASSY WIRE DL4AC14 14 40CM 300V 14 55 MH30060P000 SCREW H3 0x6 0 PCBLACKSTEEL 56 4005010 METAL COVER DL4ACFADL4005 REV3A 57 EBDL3001000 CABLE HOOK DL3 lt EBDL3001 REV3A gt 58 FBDL2012010 MET
18. NL NC INTO 5513 AUD NCDRCO CAUD NCDRCO 4 AUD SEL2 Limit 4 AA AG s amp E3E te R118 2145 R120 OR 6 5 12C address 44H R121 AVA ANC R122 ORIG PCA9554PW A 12V SW 12 SW 3 4 6 SV SW 3 4 Philips BDL42xxV 5 3 2 GPIO amp Power 12V_SW 128 121A4 8 R128 R130 1K 6 SPK gt Q10 MMBT3904 V AGND o SPKLO LS1 SPKLO 4 SPKRO 4 SPKLO c SPKRO 2 1 SPKLO 4 SPKRO 4 TKE_SP4P EXTR seme oso L 4 RELAY DPDT INTL 1 EXTR EXTL 4606 04 ATOpF 6 C74 ATOpF 6 C75 470 6 C72 AGND C73 QUERI I J3 HA SW a 3 4 5 38 Philips BDL42xxV 6 Main board 6 1 HDMI 1 Input Ut DDCA VCC 5 01 24LCO2B o BATS4C 5V_HDMI_CONA w DDCA VCC AHPD a 2 SCL i gt VSS SDA MSTRO_SCL 19 10K 6 NC MSTRO_SDA 19 1 R6 01 Te E ET oR 6 kz 8 2N7002 a al iD ele mH sHELL2 NIS 6 23 HA CON HOTPLUG HDMI HP A S FAST HP A SHELL4 HP DET R11 1K 6 1 1 I NASA u2 DDCA
19. OR 6 a 5 uc o R425 R426 ge 10K 6 gt 10K 6INC _ ss 8 9 3 3V_SMCU 5VS 149 L107 33V SMCU 0 121440 8 121A40 8 A I I I I I MMBT3906 NC R431 NC LED RED 19 LED RED L50 ORG yy z R433 AATORIG sa 5 I 4 I 152 ORIS LED GREEN R434 19 LED GREEN gt 470R amp 285 C286 C287 3 3V_LBADC 3 3 LBADC 21 uF 6 I 0 1uF 0 1uF 6 100pF 6 3395 ss 4 5 9 17 19 21 22 23 24 1 1 EIC 4500 EOBN I 1 I I I I I 1 I 1 I I I 1 I I I 1 I 1 I 1 I I I I Philips BDL42xxV 6 18 Power Sequoia C331 33nF 6 i CN19 183 5V_SW i i EIC 4606 12 NC TP7 121A40 8 1 2052 GND CN16 i EIC_4606 10 PD46 3 0 1uF 6 24VA 88 j l z i 3 2 2 1 25 12VA B 5 L90 12V SW 3 3 COMMON 3 121A40 BINC P 9 d 10 C317 91 3 3V_COMMON 0 1086 4 121A40 8INC 25 C321 C323 i 9 0 1uF 6 C322 0 1uF 6 5 Z9 SZ 470uF116V IEIC_4500 E12N mo PD46 SH R727 OR 6 NC 2728 3 3V_SMCU 4 7K 6 NC i
20. Philips BDL42xxV CONTENT CHAPTER A REVISION 145 CHAPTER WARNNING CHAPTER C SEFETY RRECAUTIONS uu uu u CHAPTER 1 GENERAL SPECIFICATION u u CHAPTER 2 OPEARTING INSTRUCTION CHAPTER 3 CHAPTER 4 BLOCK DIAGRAVM CHAPTER 55 CHAPTER 6 LAYOUT SIDE VIEW u u u CHAPTER 7 EXPLODED VIEW d nx np rir nen uA Yann ru ERR CHAPTER 8 TROUBLE uu 2 11 13 14 15 16 20 21 60 61 66 67 68 69 72 Philips 42 1 REVISION LIST Model Name Version Issues Date Remark BDL42xxV 1 0 2009 12 23 First Release Philips 2 WARNNING This service information is designed for experienced repair technicians only and is not designed for use by the general public It does no
21. R471 4 7K 6 i 10K 6 1 9 6 s oak R472 ORIG NCRA77 R475 R476 029 4 7K 6 10K 6 STBY 19 I MMBT3904 NC___ PMWM PWM 1 i Ke PWM J7 j 39 EIC 4606 14 NC a 7552 5V_SW R479 C326 C327 C328 i 10K 6 10uF 16 V NC NC Cl MEE he OS Le er ea i I 1 5VS T 22 r vs 4 5 9 17 19 20 21 23 24 pelt LC R483 SW ened PSV SW 8121424 PBIAS 33V LPM 60mA 2A 13 23 LPM 7777 3 3V LPM 17 21 0 8 5 S 3 3V_COMMON 3 3V_COMMON 1421 12 0 25104 28 MMET290ANC 19 12 SW 12V SW 8 1424 24VA 1 2 12 A 8 9 5 A 1 2V_LPM 1 2V_LPM 17 ONU MR Oppo P ERU E a RR ag EN a I 1103 3 3V_SMCU 5V_U33 5VS 3 3V_SMCU A 121A40 8 NC 33 SMCU 53v SMCU 419 20 2 4404 R666 200 61 i 1 5A Max e 2 46 1102 1 5VSB 5V_U33 121A40 8 a 21A40 8 R485 3 3V_LPM C329 APL5915KAI TRL T e l 94 C ez R484 1 2V_LPM ADJ GNDUT 25 IY 1K 6 NC 48mA 220uF 16 1 AP1117ELA TO223 12 121A40 8 NC 1 wo Su mu ADJ GND gt 1 os OS m i C332 1084170263 9 220uF 16V R489 1 9 330R 6 1 5 25 1 l 1 1 l l l 1 1 Philip
22. 100R 6 SDA_SUB 6 8 9 11 SCL SUB 689 11 STBY 611 5 5 POWERON 6 OR 6 OR 6 OOR 6 fOOR E 0 1uF 6 L24 T DARE I 121A4 8 C53 C FORCEON FORCEOFF vcc 54 0 1uF 6 OuF 50V 6 R125 100R 6 181 R127 100R 6 4 R128 100R 6 Es R130 A 100R 6 281 1 R132 100R 6 282 283 284 U15 PI5C3253 lt _ Rs232 S1 8 2 RS232 80 8 u18 PI5C3253 pam R146 100R 6 NC R148 100R 6 152 4 R149 A 100R 6 193 R151 A AA22K 6 R153 100R 6 283 R155 V 100R 6 R157 100R 6 R158 V V 22KJ6 TQ R11 08 6 TXD OUT IN 6 R11 OR 6 Cos C50 01 6 C52 0 47 6 IN terminal OUT terminal X X X RXD INCAT NINY U16 75 3157 6 NL ALOO31 S710FWS C56 0 1uF 8 10 50 MCUVCC L25 121A4 8 NNA Control Pins IRS232RS485 RS SEL L H Philips BDL42xxV 4 6 GPIO amp Power 5VS 127 121 4 8 128 121A4 8 NC 5VC PTT C69 470uF 16V AP1117ELA TO223 C70 R175 10uF 50V 330R 6F 129 121 4 8 519435 R186 PCA9555PW AL009555K04 7 12 address 4 A2A1A0 H PCA55 P17 55 P16 55 P15 55 P14 55 10 55 SMTVCC 121A4 8 u19 ANA_AP431AWLA_SOT23_3P 0 1uF amp 0 L 121A4 8
23. 122 22uH AGND OUTMR2 gt SPKRO De ney C76 C77 GAN1 Puspa Tupi6 1 GAINO z PVDDMR 18 ai 8 ku MURS PVSSR Sera NCDRC1 8 NCDRCO PVDDPL cao PVDDML 26 AYFIS 14 6 PVDDREG HEAT PAD eee 3 3AVDD_AMP AGND 9 R85 10K 6 SM 20 R86 AVDD R91 10K 6 gt 120K 6 NC 2 PLIMIT PROTN 18 PROTN AVSS SLEEPN nar R96 S2KJeNC MUTEN 19 o 33V_ADU V VREF R98 NC R99 123 e S as 2 AGND 144 i 1 2021 5V_SW 35 ASVOUT 2 y R10 996 HA SW em Sw 356 l lt R10 NC MUTE C gt MUE 0 1uF 6 09 C91 DTC144E 36 BDL42xxV Philip 5 3 1 GPIO amp Power 12V_SW 5V_SW CN1 12 SW 12V SW 45V SW 12V SW 88 C93 38 C95 95 0 1uF 6 0 1 6 e P J E ovrts t AUD OUT LS 8 3 2 mem Gi e gt MUTE 3 4 CN2 D n 3 EIC_4500 E14N AUD_IN_L2 3 S AUD OUT L SDA SUB_ lt gt SUB AUD QUI R AUD OUT 3 2 SCL SUB 3 5V_SW EIC 4500 EOGN NC 0 10 6 2 7K 6 R104 R124 OR 6 SPK SW gt sw T PCA55 P07 R106 OR amp NC AUD GAINO IAUD_GAIN0 4 R107 OR 6 A AUD GAIN S AUD GAINI 4 R109 OR 6 14 Audio SLEEP _ pone wa x omm 1 4
24. 3V FAN2 2 s U46 _ F753758 NC EIC 4500 04 99 9 m Address Saas R386 CNIS tS 5 VH FANINZ GPIOO ORNS 141 2 PWMOUT1 DACOUT ADDR TRAP 34 N VREF PWMOUTZ DACOUT2 GPIO1 VINI FAN_FAULT SMI GPIO2 3 34 VIN3 GND 4 7K 6 NC VIN2 VOLT_FAULT OVT GPIO3 IEXT CLOCK SCLK OOR 6 SDATA 911 SDAFAN gt 911 SCLFAN gt SDA FAN SCL FAN 2 gt gt Q m Philip 5 Audio board 5 1 Audio Input 22 6 PC LIN 1 1 c LL 2 PC RIN a 18155 5 a6 PHONEJACK STEREO H cus 1 8 EP 4 8 11 F 1 8 8 11 1 57 RSS p a 11 iat utana d 16 1 R7 1 Near to J2 1 1K 2 216 AV1 RIN 1 L7 1 2 i DS es 10 224 6 AV UN AUD OUT LS L TE ONA 2PRCA Lee wa NC 1 I 5 1 i ES lt Se ere ae oR Sum I 2 5 vi AUDO R AUDIO 4 1 11 E i i 7 I ADOL 1 I C33 22uF amp AV2 RIN 3 1 ii 8 1 amori uo omis 3 8 11 2PRCA I ase mwin 8 4s 1 1 E I SDA SUB 5 I sa sug
25. 47K EIC 4500 02 D2 SIF1 OL sir2 a E 3 51 999 O E a a o a a lt X FLI32626H PHOREJACK STEREO L98 R655 1K 6 AUD IN L1 199 OREINReSE AUD IN R1 2 2 lt lt 6 5 5 Y Y 9 g 25 3 8 8 SEL 8 5 g 5 B x x 6 14 Low Power Monitor 4 4 2 C237 C238 3 3V_LPM 1 2V_LPM C239 C240 D33 10 RXLPM lt 22uFI6 3V 0 1uF 6 0 1uF amp 2uF 6 3V UDZ5V6B NC LPM lt 54 UDZSV6B NC 21 23 24 SYS_POWERO 1 1 1 1 1 1 1 I 5 1 e 5 R639 a g H OR 6 59 28 fe 4500 EO4N 9 D 1 cee OEC LPM O dH Y1 LPM 5vs23 IR_LPM C gt H 442 i I UDO LPM ABI UDO_LPM H 1 UDI_LPM O H 23 PWRKEY_LPM gt LPM_GPIO0 D 0 j LPM GPIO3 El N R709 10K 6 4 7K 6 Q41 MMBT3904 23 CEC POWEROI FUNCTION Regular mission Regular mission 0 1 RESETn For ATE U8K FLI32626H SYSTEM gt F513 ORS e 3 3 VO R677 OR 6 NO SEQUOIA Test FLI32626H_ mode with POR delayed output tied to internal Resetn mode with POR non delayed output tied to internal vectors 3 3V_LPM L43 C2414 1 2V_LPM C242 2uF 6 3V
26. 47uF 25V 047 TL062 SOIC8INC R396 2 ji 013 APM3195P T D25 1N4148 R211 A 4 7K 6 R213 2 27 6 zl x DET RT Se R214 EIC_4500 E03N 5 082 10 R397 CN6 4TuFI25V 10K 6 NC VS ud o 0217 9 016 Q15 4 APM3195P MMBT3904 NC D26 gl 1 4148 1 4 7K 6 R222 27 6 OR 6 4 ALAVA FAN_QET2 R 10K 6 NC 7 3 Wr R221 gel OR 6 wc 4 R223 R226 EIC 4500 03 C84 10 10K 6 NC CN7 47uF 25V FAN CTL2 A 33V 9 ric0217 139 12144 8 DTC144E lt 4 DET2 2 __ 4 3 S 3 3V_FAN 45004 9 024 _ F75375S R399 E04 RON CNS 8 8 5 vcc FANIN1 TOSI ds V 14 vT2 PWMOUT1 DACOUT1 ADDR_TRAP RZ NC VREF PWMOUTZ DACOUT2 GPIO 1 R228 NET FAN_FAULT SMI GPIO2 1 2 VOLT_FAULT OVT GPIOSIEXT CLOCK 0 VIN3 SCLK aia GND SDATA 4 7K G 1113 SDA FAN DA 11 13 SCL __ gt lt 5VS L38 121A4 8 RTCVCC m P e u e 3 s 8 OSCI OSCO CLKOUT ANT vss VDD 3 4 6 7 8 11 1 598 hu 12 SW 42V sw 6 8 11 13 i X 5 30 Philips BDL42xxV 4 8 RGB MUX R236 NC C87 0 01uF6 NC N7 BNC_BIN gt gt C88 47uF 25V NC R238 95 6 C91 0 01uF 6 NC R237 n 4 C93 0 01uF 6 NC 2 2 _ GIN gt C94 47uF 25V NC R249 OR
27. CON DINS CON DIN1S DIN 19 DIN 19 DIN IR CON DIN4 11 CON DIN5 CON RN10 4 OR BP4R DIN 20 DIN 20 mo Om CON DING 13 CON CON_DIN21 ERAS DIN 21 DIN 21 IN 2 CON DINE 15 16 CON DINS CON DIN22 DIN_22 DIN_22 DN21 F CON DINIO 147 18 CON DIN 1 CON DIN23 WAL DIN 23 DIN 23 DIN_22 CON DIN12 19 CON DIN13 Saw vi DIN 24 29 DIN14 21 CON DIN15 CON DIN24 RN1 5 A A 4 8 DIN 24 DIN 25 E CON DIN16 23 CON_DIN25 BRAR DIN_25 DIN 26 22 CON 25 CON DIN26 RAPA DIN 26 DIN 27 22 CON DIN2O 27 CON DIN27 Wi Asa DIN 27 DIN 28 DN DIN22 29 DIN 29 28 CON_DIN24 E CON DIN26 33 DIN27 CON DIN28 R85 OR 6 DIN 28 CON DIN28 35 DIN2S CON DIN29 R86 DIN 29 USF c ovo 9 FLI32626H SU HD SMPTE BYPASS EYE 43 3V VO SDOUT TDO 41 SDOUT TDI A SCLK TCK 43 r I H FW EN DIS i 5 g 8 8 da 2 LEE 7 gt n MPE JTAG RST 23 SDOUT TDO R97 MPE JTAG TDO 23 gt MPE_JTAG_TDO 23 TCK e MPE JTAG MODE MbE JrAG MODE 23 SD HD R99 23 1 FW ENIDIS C i ELT SDOUT TDI SMPTE BYPASS Ci R100 DIN CLKO RR A III hee See i CON DIN RIOS SW
28. LE spese NC 8 10 SYNC SEL1 S NC 811 SYNC_SEL2 vA C151 x 0 1uF 6 5 5 L 8 10 CSYNC_ENABLE Cad C24 0 146 20 152 c25 0 1uF 6 NC O1uF 6 NC oa BNC GIN 1 a 2 2 ATEEN m osue 1 wwerxo4 e SS MMBT3SOANC 100R 6INC ATUF 2SVINC 6808 6 BNC SOG R29 R30 S80RIGINC DSUS SOG R soc 4 7KIGING 680F 6 NC R33 1 8K 6 NC 1 8K 6 NC NC NC 57 57 57 Philips BDL42xxV 4 2 Analog Input 545 515 R G B 34 EVER 16mil MINI_YKC31_0185V_3P R G B REE 7mil BNC_RIN BNC RIN 10 NC GIN gt BNC 3 10 BIN gt BNC BIN 10 P x 8 e e e e e 819 9 PPR Etats ENC BNC HIN 10 _ 8 lt 8 EB BNC VIN gt BNC 10 7 so R DA Ris 5 9 o 99 x G2 R357 4 OR 6 BNC PR R358 4 ORIG 8NCY 2 NC 5 8359 OR 6 5Nc PB CBNC2P YKC31 01840N6 8 9 lt u ala 9 u 8 a gt a a 1 Sines gt gt I 16mil o o w m 9 R55 JOK 6 NC C34 1 WwW GND 8mil at least BNC_H CSYNC lt R967
29. VCC aan 24LCO2B NC ge HA CON SDA 02 R13 DDC DATA EE 49 A0 VCC HA CON SCL 0 1uF6 en 1K 6 21 1 Wwe NC A2 SCL _ _ lt gt 3 RI5 N6 14152 Set H REESE E CK Shield Ww DDCA VCC A DDCA VCC 5 T posa R18 10KIGINC 957 D1 D1 Stield DDC WP 5 949 Ax 10 10K 6 1 D2 Shield 2 02 02 CON SDA R20 OR G NC DDC SDA DTC144E NC DTC144E CON SCL R21 OR 6 NC HA DDC SCL lake m mc Se Se NE PRAING lt __ APCCE_SW 19 ee s eee eee ee 5 ae eee 1 1 po 22S vs 5 9 17 192021222324 T poca 2331 SMCU 53v SMCU 1920222324 E DDCA VCC 12 rr ia NN Ea E EN E 4 prs NC 5V SUPPLY ESD BYP LV SUPPLY GND GND PAST HES FAST HP A 19 1TMDS 02 TMDS_D2 e 1 05 GND TMDS_GND 9 S 9 HDMI HDMLHP A 19 1TMDS D2 TMDS D2 99 o 1 1TMDS 01 TMDS_Di Sy CC TMDS_GND TMDS_GND 1 05 01 TMDS_D1 x Xa CON RX2 HA_CON_RX2 6 1 05 TMDS_D0 3 8 HA CON RX2 6 TMDS_GND TMDS_GND 9 H CON 1TMDS 0 05 DO RXT HA RX 6 1TMDS TMDS HA_CON_RX1 6 TMDS_GND TMDS GND CON RXO 1TMDS CK TMDS_CK CON 6 Ho Lon iti 528 9
30. correct display scaling to the image l e a 1280 x 720 signal is properly recognized Definition of PROPERLY SIZED CENTERED The Entire Image use Display Mate Side Tics pattern perfectly fits the screen in Horizontal or Vertical Direction makes this area FAIL Definition of PROPERLY PHASED ASIC automatically computes the correct A D response so that a Win98 SHUTDOWN or ALL Display Mate MOIRE Patterns are correctly displayed Most critical on the panels NATIVE unstableness of the image shall be observed Definition of HD Compatibility All HD timings have to work through YPbPr HDMI and RGB Even one pixel off Philips 8 5 Outline 5 1 Front view 5 2 Rear view Philips 42 9 5 3 Side view 5 4 Top view Wise 10 OPEARTING INSTRUCTIONS Index of this chapter 1 Front panel controls 2 OSD menu 1 Front panel controls All keys are located at the right edge of the display bezel EXET v A INPUT MUTE e The following front panel controls are available for this product EXIT Located at the right edge of the display that serves as a dual function switch It is used to exit the menu if the OSD is on When the OSD is off it functions as an Aspect Ratio Control CHANNEL A Y Navigate through OSD depending on mode VOLUME Change Volume or navigate through OSD depending
31. 0 lt ___ VGA_CAB 9 SPI DI TAS 1 11 SRESET SPI DO n INT For FAST HP A ISRESET 8 SPLCLK 119 HPA 9 12 A1 P05 DVI DETECT gt E A2 P04 DVI_DETECT 8 5 P03 HDMI HPB HDMI HP B 5 N 503 6 R409 ORIG BPCCE 5 BPCCE SW a 5 R410 OR 6 APCCE S 2 R411 DDC WP APCCE_SW 4 af of E DDC WP 454 9 9 N PCA9555PWIAL009555K04 i e c He 12C address 48H and 49H WOT resets internal x186 ucontroller I2C to JTAG Bridge is disabled ICD SDA on VGA SDA 125 DOUT2 16 I28 WS OUT 125 CLK OUT 1 1 WOT resets all digital logic in the IC ICD SCL on VGA SCL I2S CLK OUT CN1207 7 APCCE SW 25 SW 812142224 NvRAM wp 8 1 svs 1 7 OCP Fines wp 15 3 aav Vo 78471821 4 5 9 17 20 21 22 23 24 6 17 Sequoia Low Bandwidth ADC CN13 14 EIC_4500 E07N H EERG KEY_ADC3 a ADC2 TP12TP3 nn 3 3V LBADC KEY ADC MSTRi SDA MSTR1 SCL U8J FLI32626H C279 uF 6 3V XR 0 1uF C278 U35 22uFI6 3V NC7SB3157P6X NL z lt s 23 24 POWERON gt gt Hd G MW LBADC dd AaS 23 PWRKEY_IN lt IN U EBADU A ace AQ
32. 121A4 8 NC I D 146 5V_out 037 121A4 8 NC 3 Y 121A4 8 NC C144 R324 1 00uF 25V NC peli ay 1 75R 201 0 NC R323 CATS BOUT 6 8K 6 NC C146 2 z 5 R32 CSW BOUT 1 U39 g 3271 00UF 25V NC 74LVC1G126GWINC 5 R328 5 1 2 2KI6INC 100R 6 NC S CATS HOUT SYNC_OUT CATS VOU R329 AI0ORIGINC C147 C1487pF 6 NC C1497pF 6 NC R332 100R 6 NC 4 10 CAT5 Output 2 a m A 4 11 FAN Control 2 12V_SW L49 FAN2VCC T 121A4 BINC LYN gt VCC RA ei cus cmm 4 81 H er d ARING 0 1UF G NC 2 55 TLOG2 SOICB NC FAN2VCC R368 R369 R370 2 022 SKIGING 3 9 6 6 APM3195P NC 1 FAN CTL3 027 1N4148 NC OR 6 NC 1 DTC144E NC 2 R374 10 1 Lawn 52 90 EIC_4500 E03NINC 92 47UFI25VINC 2 CN13 3 5 FAN DET3 e FAN2VCC 2 R376 Eric0217 023 47K 6 NC APM3195P NC 028 R378 Q24 1N4148 R377 MMBT3904 NC 4 7K 6 NC CN14 1 R380 OR 6 NC z EIC_4500 E03NINC 27K 6 NC 2 FAN 4 R381 o 89 1 5 VSS C161 R382 6 4TuFI25VINC 10K 6QNC CTL4 3 N R383 5 3 3V_SW 1QK G NC L50 Q25 Eric0217 7 127A4 8 NC DTC 144E NC 7 g 213 esl 2 z es Se 3
33. 2xxV monitor VIDEO IN OUT VIDEO IN connector BNC and RCA To input a composite video signal BNC and RCA are not available at the same time Use only one input VIDEO OUT connector BNC To output the composite video signal from VIDEO IN connector S VIDEO IN connector Mini din 4 pin To input the S video Y C separate signal EXTERNAL SPEAKER TERMINAL To output the audio signal from external speakers from AUDIO 1 2 3 jack or HDMI AC IN connector Connectors with the supplied power cord RGB 1 IN HDMI 1 To input digital RGB signals from a computer This connector does not supports analog input AUDIO is supported via HDMI RGB 2 IN HDMI 2 To input digital RGB signals from computer This connector does not support analog input AUDIO is supported via HDMI RGB 3 IN mini D sub 15 pin To input a analog RGB signals from a computer or other RGB equipment RGB OUT mini D sub 15 pin To output the signal from RGB 3 N or 4 IN DVD HD IN Y Pb Cb Pr Cr BNC Connecting equipment such as a DVD player HDTV device or laser disc player Philips BDL42xxV 4 Preset factory mode All timings must be properly phased sized and centered Full Screen The input timing is scaled to full screen regardless of scaling artefacts Aspect Ratio Resolution to which the native is scaled and centered COMPATIBILITY TABLE Mo
34. 303 tINOLLOVO r1 g 1 5 P 0 L 4 T wu u z N 1 c 9 V m 108 2 ONVHO Ez 4400 i On seer Ge 61 10 1002 6200 dAdO 4v uoo 4v Y Y 863 HIHI 2 EXPLODED VIEW Philips BDL42xxV 01 1 4001010 FRONT BEZEL GRAY DL4ACEADL4001 REV3A 34 FBDL4018010 DOWN DL4ACFBDL4018 REV3A FEDL4002010 METAL LOGO DL4AcFEDL4002 REV3A 35 FBDL3013010 BKT ISP COVER DL3 FBDL3013 REV3A 03 EBDL4001010 IR LENS GRAY DL4ACEBDL4001 REV3A 36 4 CABLE ASSY LVDS 014651 40 30 1 04 EBDL4002010 SENSOR LENS GRAY DL4ACEBDL4002 REV3A 37 DDDL4ATHIOO CABLE ASSY WIRE DL4AC12 10 47CM 300V 1A 05 3301 41 0000 DL4A LED B ASSY 38 DDODL4TH300 ASSY PVR INV DL4 14 14 52CM 300V 06
35. 4 LVDS O CH3 14 LVDS O CH4 14 LVDS_O_CH4 14 LVDS_O_CLK 14 LVDS_O_CLK 14 LVDS_E_CHO 14 LVDS E CHO 14 LVDS E 1 14 LVDS E CH1 14 LVDS E 2 14 LVDS E CH2 14 LVDS E CH3 14 LVDS E CH3 14 LVDS E CH4 14 LVDS E CH4 14 LVDS E 14 LVDS E CLK 14 PPWR 14 1 PBIAS PBIAS 22 Philips BDL42xxV 6 11 Panel Interface P 15 EXT VBR PANEL POWER 3 3V_LVDS 3 3V_LVDS 2526 R253 R254 i R255 R256 NC NC NC NC NC R257 TP2 2 NC R258 R259 4 OR 6 OR 6 NC LVDS P6 vo gt une LVDS P7 7 8 lt I RL 15 LVDS O ORIG LVDS O 9 10 LVDS O CH4 CONN R261 OR 6 LVDS O CH4 LVDS O 11 12 LVDS O CH3 LVDS O CLK 13 14 LVDS O CLK 3 3V LVDS 3 3V_LVDS LVDS O CH2 15 LVDS O CH2 LVDS CH1 19 LVDS 1 LVDS O CHO 21 L22 LVDS O CHO R262 LVDS E CH3 LVDS E CH3 R263 R264 R265 NC NC NC NC LVDS E CLK 21 L28 LVDS E CLK LVDS E CH2 29 20 LVDS E CH2 R266 LVDS E 1 31 32 LVDS E 1 R267 05 6 LVDS E CH0 33 34 LVDS E CH0 OR 6 LVDS E CH4 LVDS E 4 CONN LVDS E GH4 CONN LVDS E CH4 LVDS P37 37 38 SELLVDS VBR OUT LVDS P39 39 40 LVDS P40 EXT VBR R268 R269 R270 S R271 OR 6 NC OR 6 NC NC NC CN8 R647 OR 6 VBR OUT C343 10uF 8 EIC 3950 400 00R 40 3 3 COMMO 13 LVDS_O_CHO 13 LVDS O_CHO LVDS CHO LVDS O
36. 40 C Humidity 20 80 Storage temperature 20 60 C Humidity 10 90 Philips 142 5 2 Pin assignment 2 1 15 pin D sub connector PIN Signal 1 Red 2 Green 3 Blue 4 No Pin 5 Ground 6 Ground Red 7 Ground Green 8 Ground Blue 9 5 V for DDC 10 Ground 11 Ground 12 SDA DDC Data 13 H Sync 14 V Sync 15 SCL DDC Clock 2 2 19 pin HDMI connector PIN Signal 1 TMDS Data2 2 TMDS Data2 Shield 3 TMDS Data2 4 TMDS Data1 5 TMDS Data1 Shield 6 TMDS Data1 7 TMDS Data0 8 TMDS Data0 Shield 9 TMDS DataO 10 TMDS Clock 11 TMDS Clock Shield 12 TMDS Clock 13 CEC 14 Reserved N C on device 15 SCL 16 SDA 17 DDC CEC Ground 18 5V Power 19 Hot Plug Detect 2 3 4 pin S VIDEO connector Y Luminance Philips 42 6 2 4 9 pin RS 232C connector Signal NC RXD TXD NC GND NC RTS CTS NC o o NJ ola ojn 3 3 3 Connection AUDIO IN 1 2 3 To input audio signal from external equipment such as a computer VCR or DVD player AUDIO OUT To output the audio signal from the AUDIO IN 1 2 and 3 jack EXTERNAL CONTROL mini D sub 9 pin Connect the IN connector with the RS 232C OUT connector of the computer or a multi connected BDL42xxV monitor Connect the OUT connector with the RS 232C IN connector of BDL4
37. 5FRO92 C38 ga S 0 1uF 6 lt gt as as 74LVC161268W 8 8 DDC 5V DDC 5V 5 8 57 5 5 5 4 R125 R120 10 6 010 OR 6 NC x 7 24LCO2B a DSUB_HS DsUB Hs 11 124 VCC A0 125 ORI DSUB SCL gt A 0R 6 DSUB_SDA R124 AQ s SER USE perm 1 a SET DSUB SDA 10 om om re DSUB SCL 101 65 e SE T Y 8 8 4 519 DDC WP LLLI EE E a a lt SMTVCC R242 SMTVCC 777777 See j C44 1 0 1uF 6 1 1 1 5VS j PC SEL gt 1 i 1 1 l 012 DSUB_VS l ANA_AP431AWLA_SOT23_3P DSUB_VS 11 GA_SCL 10 11 GA SDA 10 11 9 Cathode i E i 0 1uF 6 0 1uF6 REF i 1 1 1 I 1 IL i R131 19 SMT 5VS 4 5 17 19 20 21 22 23 24 NGA SV 1 i i SMe 11 i 1 1 SVSW sw 8 12 14 22 24 M n1 DDC 5V DDC 10 6 7 RGB MUX 9 DSUB_SCL DSUB SCL R246 OR 6 9 DSUB_SDA lt __ gt DSUB SDA C112 0 1uF 6 NC R244 10K 6 NC RX_MAIN R680 a OR G NC RX ERR 19 IsP_SEL __ gt lt SDA 9 11 I TX_MAIN R681 OR 6 NC T DTC144E NC 0 1UF 6 NC TXD1_SMbU 23 TXO 19 9 TXLPM 17 1 19 9 47 23 DDC 5V 5VSB L105 121A40 8 L106 121A40 8 NC 5VSB__ 5VS
38. A 15 L103 3 3V_SMCU 5V_U33 5VS 1104 121A40 8 NC 121A40 8 1 5A Max L102 5VSB 5V U33 121A40 8 195 R485 200 6 1 3 3V_LPM 121A40 8 194 31mA U33 5 9 121A40 8 JAPLS915KALTRL R484 1K 6 NC SN tar _ __________ 2 N e LL ADJIGND gt 5 vour ale D i maa C332 AICTOB TO263 So d R486 220uF 16V R489 Sus 6 1 330R 6 1 5 85 R488 2K 6 1 C331 33nF 6 2 gt gt Q m Philip 6 20 SMCU 5VS R524 OR GING SCL_SMCU R525 ORG gt TxD SMCU REX ORS 038 R529 3i c P3 SISSCK SCUCMP1 2 P3 4 SCSISDA CMP1 1 20 lt gt 5V_SDA 24 P3 T CNTRO SSO TXD1 3 55 00 1 0 tH RESET P1 28 617 ES T EO 19 442 Rural PA_UIKIVANICMPO_1 ja paz m Repas 1 2 VSSIAVSS 2 LES eg C330 SZ gt 00 SMCU 24 228 27pF 6 SUCURSIO ORE P1 SRXDOICNTROUNTTI SSRXDO SMCU 24 P1_6 CLKO SSIO1 5 17 21 24 17 CEC PONERON e 24 _ gt RS TXD1_SMCU RXD1 SMCU IRLPM 17 sw2 SW HCH 57585 ROR ORMPWRKEY_SMCU CN22 VS ORIEN JTAG RST R700 10K 6 15 19 DIGI 3 R702 10K 6 2 DIGI SAVING 3V3 33V
39. AL HANDLE DLe lt FBDL2012 REV3A 59 MS30140PGA0 SCREW M3 0x14 0 PCBLACK WASHDSTEEL MM30050PJ20 SCREW 5 BNI BDL4022010 STAND PLATE DL4ACFBDL4022 REV3A e BDL2013010 PROTECTOR SWITCH DLe lt FBDL2013 REV3A 63 MS40060T320 SCREW M4 0x6 TCBNL WASHER POSTEEL 13 DDODL4TH200 CABLE ASSY WIRE DL4 7 7P 95CM 30V 1A GEE 14 FBDL4024010 PANEL SPACER DOWN DL4ACF BDL4024 REV3A FBDL4019010 PANEL SPACER L DL4A FBDL4019 REV3A FBDL4020010 PANEL SPACER R DL4ACFBDL4020 E 3A 17 Ms40040FDKO SCREW 4 0 4 FCBNDSTEEL 18 MS40100FDJO SCREW 4 0 10 FCBNDSTEEL 19 400608 10 SCREW M4x6 KNINYLDIO eo FBDL4004010 SENSOR DL4 lt FBDL4004 REV3A 21 35pL2sBoo00 DL2 SENSUR B ASSY ee CABLE ASSY 01_2 4 2 2 300 23 FBDL4016010 PCB DL4ACFBDL4016 REV3A 24 MM40080BCIS SCREW M4 0 8 B NI NYLOK gt IRON FBDLio06010 STAND SUPPORT DLICFBDL1006 REV3A 26 AF289B00001 PWR SUPPLY 289W 90 e64v 0029 27 DN007742001 SPEAKER ASSY 07748 014 28 MM30090TP40 SCREW 0 9 0 TCVASH BNDSTEEL 3BDL4AB0000 DL4A AUDID B ASSY 31DL4MB0010 DL4A M B ASSYCW D CPU 31 DDODL4TH600 ASSY SW 01_44 3 2 50 600 DDDL4ATH200 ASSY AC IN 0_4 3 2 1 17 600 MF30060PBJ5 SCREW F3 0x6 0 F ND BH
40. B 8 9 2 21 22 23 5VS pys 4 5 9 17 19 20 21 22 232 b 19 ISP_SEL gt Q39 DTC144E C362 0 1uF 6 Philips BDL42xxV 6 8 Sequoia Analog Front End 1 2 E NISC 3 3V_ADC Al D Sub Rin K D Sub Rin A2 SCRT2 R COMPl PR A3 COMP2 PB A4 TUNER CVBS TUNER CVBS C77 075 AH D Sub Rin D Sub Rin 22uF 63V D Sub Gin BOS gt B2 SCRT2 G SVIDEO1 C codo N COMPl Y 5 COMPZ Y 555 B gt lt D Sub Gi n ggg g 3595 4 5 9 17 19 20 21 22 23 24 BinjKiD Sub Bin lt lt lt lt 1 5VSB SVIDEOZ Y C82 O tuF 6 AIP Ae 09098 21012212225 24 gt RIRN 20e MP 223V ADQ aav 21 12V AD 1 2V_ADC 21 m R189 4 A576R 6C86 O tuF 6 YM A an SVIDEO2 RIA 57 6R 6 C87 0 1uF 6 2 les E a sv2 SCRT1 VIN CVBS2 VOUT 1 COMP1 PB C88 0 1 6 B1P gp 5 4 5 2 SVIDEOI Y 2x B2 206 B2P 18 R1 24 B3 O TuF 6 dpa 0 1uF 6 B RET BAF B RET
41. C94 0 tuF 6 m C95 0 10 6 R205 OR 6 NC 0 1uF 6 d ep CN a C100 0 1uF 6 kK 2 sve sv2 R21 20R 6 C101 OJduF 6 SV2P 21 24 SV3 A C102 SV3P 24 SV4 54 1 Svap T em 20R 6 C105 0 10 6 AH BN BIN i C106 TT0 1uF 6 H R23 20R 6 C107 0 10 6 BH 12 O GRN IN lt GIN RSW STORIE C106 TOF ine T RED IN R233 20 6 C109 0 1 6 14 Q RIN R234 57 68 6 C110 pien EA E m 57 N E 2 e ANS 1 5 5 AVS AS 1656 910 VGASCL lt AS 999 9 R G BgA E PT VGA SDA 222 8 i a FA By 1 g g 910 VGASDA gt VGA_SDA 555 9 B z god 888 8 MTV lt lt lt lt RSE eRe See SS SMTVCC FLI32626H A 4 C365 GND Y 1uF 6 NC 74LVC1G126GW NC AHS R159 05 6 HSIN 24 9 nsus Hs 0398 RINY ORG 24 DSUB Rig OR VS IN 24 9 DsuB vs gt IER A AO vsB 24 6 9 Sequoia Frame Store DDR Interface 0 V_COR_VREF cue 1 1 0 1462 EPIS are orks V S g ure 4 ae nm cm C154 ai mi C156 cis al 1 Y 1 iF gro ces Cum Cim cree
42. CH1 13 LVDS_O_CHi ae 13 LVDS_O_CH1 LVDS O CH2 13 LVDS_O_CH2 LVDS O CH2 13 LVDS_O_CH2 LVDS O CH3 13 LVDS CH3 LVDS O CH3 13 LVDS O CH3 LVDS_O_CH4 13 LVDS_O_CH4 LVDS O CH4 13 LVDS_O_CH LvDS O CLK LVDS_O_CLK LVDS O CLK 13 LVDS_O_CLK LVDS E CHO LVDS E CHO 13 LVDS_E_CHO 13 LVDS_E_CHO LVDS E CH1 13 LVDS E CH1 LVDS E 1 13 LVDS E CH1 LVDS E CH2 13 LVDS E CH2 LVDS E CH2 18 LVDS E CH2 LVDS E CH3 13 LVDS CH3 LVDS CH3 13 LVDS E CH3 LVDS E CH4 13 LVDS 4 LVDS E CH4 13 LVDS E CH4 LVDS E CLK LVDS E CLK 13 LVDS_E_CLK 113 LVDS_E_CLK 1 1 12V_Sw L36 PANEL_POWER 0 L35 C187 C188 121A40 8 C191 0 1uE 6 j 121A40 8 1 o gt D32 PE o 5V SW on i L37 R276 519435 8 mat 5 m SML 310 NC 121A40 8 NC 5 q 8 1 C194 5 hg O 1uF 6 R277 1 Philips BDL42xxV gt 6 12 Sequoia 125 U8M SEQUOIA I2S 125 DIN 268 X2 25 DOUT C gt rs 19 125 258 2 AA9 2S_DOUT2 _ gt 23 DOUT2 19 DS WS OUT OUT 19 2 gt 025 CLK OUT 19 125 CLK IN 1258 WS OUT IN 1298 CLK our HABA 28 CLK OUT R280 SPDIF_OUT ABZ SPDIF_OUT 300R 6 NC 1528 MCLK OUT IN DCLKI2SA OU
43. E ___ 68 EIC_4500 E14N Philips BDL42xxV R302 OR 6 SDA AUD R303 A ORG SCL AUD _ 33 SW a ee eee 5V_out EL4 543 5V CAT U33 L44 i TSH340_SOT23_5P NC 121 4 8 1 4 I U43 NC IN 1 1 EN 24 1 CATS ROUT 2 EN VOUTA T R313 VINA 6 8K 6 NC VOUTA 1 1 onec NC 1 CATS VOUT 5 2 1__R314_ R SINCSW ROUT 1 vs z z DLL HSYNC NC2 ts 1000F 25VINC 6 VOUTB E 9 Fels CATS GOUT 2 2KIe NC 43 3V_SW 5 8 9 11 13 1 _ SS VOUTB VINB 3 F 1 CATS BOUT WW d ANASV 5 10 VOUTC 12 C137 100uF 25V NC C138 EL4543 NC 0 1uF 6 NC mamayuq S mar came ni 5V_out R316 TSH340 SOT23 5P NC 121A4IBINC 75R 2010 NC 4 uc CATS ROUT CATS ROUT 338 OR 6 NC R OUT CATS GOUT R339 OR 6 NCG OUT CATS BOUT R340 OR 6 NCG OUT R318 6 8K 6 NC C140 R31 6INC SW GOUT 1 CATS HOUT R341 OR 6 NCB OUT 4 RAR sw cour R321 amp OR G NCB _ OUT 75R 2010 NCC141 S 9 R320100uF 25V NC 3 2 2 6 2 1 1 z 1 1 1
44. IG ranis 1OK G N U26 MTM_MM1470AJBE_SSOP_34P NC veer 28 __ C98 OO1uFS NC 028 52 V RIN 5VC GND B fs f c100 O 01uF 6 NC 1 L40 44 amp NC OR BS NC ANASV 56 12 HSB 9 3 8 CSYNC ENABLE gt C90 0 01uF 3 c95 0 01uFPS NC GIN R239 C92 31 BDL42xxV 2 4 BNC_HIN 36 DSUB COOS1UF EING C10g uF 25VINC x em oone C97 0 01uF6 N R241 ORIGINE Vool B Bin1 R242 NC a 4 ene RIN 99 R243 NC sno BNC_HIN 4 CUN BNC VIN 1008 6 E 3 5 Sw Bin2 DsUB_AHIN gt DSUB R248 T 6 DSUB_AVIN sN SG 6 0 01uF 6 NC 6 BN gt R258 VY ga mmi 36 GiN gt C107 EATOFJ2EVI PRET RON lt __ PC_SEL1 8 OR B NC 6 DSUB RIN gir el ene 11 0 01uF 6 NC IDSUB BIN R264 Sw BOUT1 5 DSUB_GIN R265 M L lt sw cour 5 citt 47ur 25ving DSUB_RIN R267 S ewrouri 5 A I C144 0 01uF 6 NC IDSUB_AHIN R269 HSB1 cs psu amp AVIN R270 VSB1 L2 SIN 119 0 01 6 RIN eut I ANABV 5V_SW OPTHIN 121M4 8 ANB5V SPTHN PTHIN 2 121A4 B NC 5 OPTGIN 143 SSS gt 215 124A4J8 NC 5VD J5 OPTHIN L54 121 4 8 C124
45. K PRIMARY SECONDARY KEYBOAR CONTROL NO YES TILING H MONITORS V MONITORS POSITION FRAME COMP ENABLE DATE AND TIME YEAR MONTH DAY HOUR MINUTE DAYLIGHT SAVING CURRENT DATE TIME SCHEDULE ITEM ON TIME HOUR MINUTE OFF TIME HOUR MINUTE INPUT EVERYDAY MON TUE WED TUR FRI SAT SUN EVERYWEEK MONITOR ID DDC CI ON OFF HEAT STATUS HEAT STATUS COOLING FAN1 COOLING FAN2 TEMPERATURE SENSOR 1 SENSOR2 SMART POWER OFF LOW MEDIUM HIGH ADVANCED OPTION RESET NO YES Philips BDL42xxVi 13 THEORY OF OPERATION Index of this chapter 1 FLI32626H 2 YDA148 1 FLI32626H The FLI32626H chipset is a cost effective highly integrated mixed signal solution for ATV DTV and PVR applications The FLI32626H chipset offers high integration for advanced applications of Picture in Picture PIP and Picture by Picture PBP with an integrated video decoder and audio decoder The FLI32626H can power up to 1080p displays with the proven Faroudja DCDi Cinema branded technology The FLI32626H comprises an integrated Analog Front End AFE that includes dual sets of highspeed triple 10 bit Analog to Digital Converters ADCs with front end switching for SD and HD inputs over CVBS S Video Component and RF inputs The flexible AFE ensures simple PCB design with direct connections to TV tuners input video connectors and Sound Intermediate Frequency SIF inputs for baseband audio inputs The FLI32626H also includes an HDMI 1 3a receive
46. K14_ pGND CORE 1 9 K13 DGND CORE_1 8 K12 DGND CORE 17 K11 DGND CORE 1 6 8 K10 DGND CORE 1 5 5 DGND CORE 14 DGND CORE 1 3 4 DGND CORE_1 2 o 5 30 5 5 z 4 m 23g ap aS aS 5 1 o 9 2 sh m2 mo 8 5 5 m N z z m 58 Eo o 8 5 aS gt o o Hia N gt 27 I 2 SS S 52 5 9 lt Ww EM 2 o 2 Philips BDL42xxV 6 16 Sequoia OCM Peripherals I2C address A6H and A7H IBI SZ 21 938 Modify by Kodi 3 3V 2008 2 22 VO HDMI EXTERNAL HDCP KEY 10K 6 NC M24C04 NC R510 24LCO2B NC FORCE DEBUG I RXP TPS MSIRUSDA S MSTRI SDA 82d2 4 MSTRISCL___ MSTR1_SCL 8 20 R640 D37 R597 0 OCM INTO a oa UDZSV6B NC R350 1 OR 6 1uF 6 UBl FLI32626H SDA 24 1 1 038 SPI HOLDN UDZ5V6BINC OCM_INT SPI_CSn R35 D17 SCL 24 oc J 0686 UDOO SPI DO R381 ngs OCM_UDI0 SPI DI 1 Tt __ __ 575 OCM_UDO1 SPI_CLK 1 RX1 ROA CRUS A17 _ 5 SMCU3_SDA
47. NC VOUT VIN OUSDJ GND AP1117ELA TO223 R171 330R 6F VIDEO SEL CSYNC SEL P17 SYNC SEL1 SYNC SEL2 PC SEL1 P14 6 ANALOG SW OR 6 NC Disable R193 OR 6 DET POWER 0 1uF 6 CSYNC ENABLE 3110 MUTE _ 611 RS_SEL 7 VIDEO_SEL 3 CSYNC_SEL 3 RS232 51 7 RS232_S0 7 SYNC_SEL2 3 10 PC_SEL1 10 PC_SEL2 10 1 1 l 1 1 1 1 SYNC_SEL1 3 10 J gt DET_POWER PCASS_P11 R194 OR 6 NC FB1 55 10 OR GING FB2 sss lc i te iS GS i a ln a sis sss R207 TOKIGING 10K 6 NC R164 A A6 8K 6 5VC R162 Ln 7 R163 121A4 8 22K 470R C62 5VS Q9 DTC144E 5VS L51 152 153 7 121A4 8 NC 121A4 8 NC 121 4 8 LES gt Q C167 0 1uF 6 NC Q26 SI9435 NC C168 NC 5 EIC_4500 E05N NC FB1 FB2 Disable R177 10K 6 N 5 psw 10 sec ce tens 1 HIV SW J42V_SW 691113 1 ANBSV ANESV 10 i 1 S 3467941 39V SW 3 5 6 10 11 12 1 1 AVG 81012 Philips BDL42xxV 4 7 FAN Control RTC L37 12V SW Q 121A4 8 FANVCC OUTA x C74 INA2 C76 0 1uF 6 0 1uF6 2 55
48. NC PC AUD IN L2 UD IN R2 16 c SYNC CNT lt _ CNT CN17 P24 24 54 PC AUD IN R2 R623 AOR 6 gt AUD IN 2 16 9 o eo e 911 REDIN lt R614 A AOR G6 NG SW ROUT 0 e 38 941 GIN 911 GRNIN lt Mn 8 9 11 SW POUT UO 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 9 11 BIN 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 J 1 1 1 L I I I I I I I I R61 oreng SW GOUT 1 0 A AZ 1 i 1 1 I I I 1 l I I I I I 1 I 1 1 11 HSIN lt R614 ORENG SW_HOUT_1 O e e 36 11 lt R615 AORIS NG SW VOUT 1 0 2011 e e so AUD OUT LS LB 0 9 35 AUD OUT LS RB R630 A0R 6 lt AUD OUTLS R 16 9 PC gt 8616 AOR G DSUB RIN 1 0 19 o 49 B Pc gt 61 ADR G DSUB_GIN_ O 3 e COMP PR R598 OR 6 22 1 S PC BB DSUB BIN e 4B COMP Y R602 A0R 6 J 3 33 COMP PB OR G lt s a 1 11 gt 2619 AOR G 0808 111 e e 7 11 vse R62 05 6 DSUB_AVIN_I O SVIDEO C R60 OR 6 8 1 SVIDEO Y R61 OR 6 n Near to CVBS cves 1 R60R lt 2278 Near to LUJO sd E 7 08 COM_POWERON COM_POWERON 5VS
49. ROUT VO PC AUD IN R1 R90 OR 6 HDMIOPT RIN 1 1 12 SW GOUT r Swcour R91 OR 6 NC SW GOUT 12 SW BOUT L SW BOUT AUD_LINEOUT_L I OR 6 AUD OUT L AUD OUTI L 14 1 T AUD LINEOUT R R94 OR 6 AUD OUT R I UD OUT R 11 i t AUD OUT 12 HSB gt 1868 R95 OR NC 1 SW HOUT VO 12 VSB OR 6G NC SW VOUT I O AUD OUT LS LB l AUD OUT LS L 11 1 1 AUD OUT LS RB R98 OR 6 OUT LS R 11 1 1 10 DSUB_RIN PSLE RIN R99 OR 6 DSUB RIN Bio DSUB_GIN gt 0SUB GIN R100 OR 6 DSUB GIN VO COMP PR IO lt PR 4 1 I 40 DSUB BIN Cos BIN R102 OR 6 DSUB BIN COMP Y IO 4 lt _ BNC_PB 4 1 1 3 10 DSUB AHIN 50508 R105 OR 6 0508 AHIN 10 DSUB_AVIN 1 DSUB AVIN SVIDEO C IO 3 J SVIDEO Y IO R108 OR G SVIDEO Y 1 lt J SYN I CVBS IO 201 DSUB RIN R 2010 NC CVBS 10 ___2109 OR 6 _ CVBSIN CUBSN 8 1 1 1 1 1 DSUB BIN R4Q7 A JARI2010 NC 4 5 RS232 D20 CY000800906 D21 CY000800906 x RXD_INCAT RJ22 DRGINC CAT 122 DRE R11 33R 6 RXD IAA RXD_OUT TXD_INCAT RI Te RX1 RX CAT 14 OR 6 BRIE 023 CY000800906 TXD TX CAT R123 NC J4 RXD INCAT TXD 5 5 4500 E12N NC 10uF 50 MCUVCC 5 5 T L26 il 121A4 8 1008 5 MCUVCC 9 AALS 1008 6
50. SMCUS SDA 23 MSTRO SDA lt _ gt STRO SDA 816 soa SMCUS SCL SMCU3 SCL 23 1 MSTRO_SCL SCL MSTRO_SCL S R4 MSTR1_SDA MSTR1 SCL 4 MSTR1_SDA MSTR1_SDA RISA MSTR1 SCL 044 4 MSTR1_SCL lt 5 7 MSTR1 SCL NC7SB3157P6X NL m MSTR1_SDA DP_HP OR 6 95 1 SMCUS SDA D ACTI 7 MAIN MUTE 24 GPIO_94 DPRX SDA e T R37 B 14 DPRX SDA 93 SMT R OR 6 c17 m A PWM2 NC7SB3157P6X AA GPIO_92 MSTR 5 PWM3 OCM_TIMER 5 SCL _ Status GPIO 91 Status GPIO 90 3 3V_IIO lt ACD 2224 NU INTO R676 OR G 33 SMQU SMCU 42022 23 24I 121A40 8 028 ATE_VECTOR_MODE Normal Nibble mode enabled for loading ATE I2S DOUT1 CN1207 1 vectors I2S DOUT2 CN1207 2 20 n24 Internal ROM on Exteranl TTL oscillator Internal ROM off SPI DI CN1207 3 4 7K 6 NC ee saus ca mi OR 6 NC Sonate DpIGI_SAVING 3V3 15 23 I 1 id 9 1190 17 gt NVRAM 92 VDD P16 ___ 52 22 oy N ii P15 c ISP SEL 10 Dax COM SDA 23 P14 LED RED 20 n COM SCL 2 SDA P13 LED GREEN 20 3 Re iol SCL P12 STBY 2224 g 11 DPDAP 7 c 104 AO P1
51. SOR ON OFF PICTURE RESET NO YES SCREEN H POSITON 0 100 V POSITION 0 100 CLOCK Input PC A only 0 100 CLOCK PHASE Input PC A only 9 199 PC FULL NORMAL CUSTOM REAL OFF ZOOM MODE VIDEO FULL NORMAL DYNAMIC CUSTOM REAL OFF CUSTOM ZOOM ZOOM H ZOOM V ZOOM H POSTION V POSTION SCREEN RESET NO YES AUDIO BALANCE 0 100 TREBLE 0 100 BASS 0 100 SPEAKER INTERNAL EXTERNAL AUDIO RESET NO YES PIP PIP SIZE LARGE MIDDLE SMALL PIP AUDIO MAIN SUB PIP RESET NO YES AUTO ADJUST CONFIGURATION1 Input PC A only RGB ON OFF POWER SAVE VIDEO ON OFF ENGLISH FRENCH GERMAN SPANISH LANGUAGE RUSSIAN ITALIAN POLISH TURKISH SIMPLIFY CHINESE PANEL SAVING COOLING FAN ON AUTO BRIGHTNESS ON OFF PIXEL SHIFT OFF 10 999sec COLOR AUTO NTSC SECAM 4 43NTSC PAL 60 Input VIDEO only CONFIGURATION RESET NO YES Philips EA CONFIGURATION2 ADVANCED OPTION FACTORY RESET NO YES OSD TURN OFF OSD TURN OFF INFORMATION OSD ON 1 10sec OFF SLEEP TIMER ON 1 24Hour OFF OSD H POSITION 0 100 OSD V POSITION 0 100 MONITOR INFORMATION MODEL NAME SERIAL NO OPERATION HOURS SW VERSION INPUT RESOLUTION Input PC A only High Middle Low OFF GAMMA SELECTION 2 2 2 4 S GAMMA NATIVE SCAN MODE Input HDMI Video timing DVI D HD timing CVI VIDEO OVER SCAN UNDER SCAN only SCAN CONVERSION PROGRESSIVE INTERLACE FILM MODE Input CVI VIDEO only AUTO OFF IR CONTROL NORMAL LOC
52. T C196 DVS I2SA_DOUTO 0 1uF 6 NC DHS 2SA_WS_OUT 14 25 14 DIGI SAVING 3V3 FLI32626H 19 23 101 SAVING 3V3 lt HDCP WP 19 HDCP 19 NVRAM WP R723 OR G NC 23 uc Sw lt EPSA usi RE me i 3 3 3 3 VO 7 8 17 18 19 21 1 1012212223 1 Philips BDL42xxV 6 13 Sequoia Audio Codec 3 3 AUD 3 3V_AUD C203 0 1uF L42 121A40 8 1nF 0205 0 1uF 6 C206 50207 3 3V AUD 43 3V AUD 21 1 2 n 1 2V_AUD 21 C208 C212 C211 0 1uF 10 16 C213 210 T 22uF 6 3V 10uF 16V 99 0 1uF 6 woo 35 9 aa gd a gt gt gt 00 m e 2 555 ao E lt lt 4122 8 5 AUD IN L1 C214 0 47uF 6 AUD L1 R2 AUD L1 IN x AUD IN R1 C216 047466 AUD Ri Ri pun py N AUD_L1_OUT t AUD R1 OUT a 24 AUD IN L2 o gt 2 0 47uF 6_ AUD 12 AUD L2 IN AUD_L2_OUT 34 AUD IN R2 C220 0 47426 AUD R2 AUDR2IN 12 AUD_R2_OUT 5 AUD_L3 IN AUD OUT Ls 4 C223 AUD OUT 15 OUT LS 24 1L IN AUD OUT Ls R jt C225 l AUD OUT LS R LS R 24 14 lt AUD_HP_L_OUT 12 AUD_HP_R_OUT U2 AUD_LS_IN D 232 R320 1426 4 7K 6 AUD R5 IN HO AUG BUB GUT AUD SUB OUT SUB OUT SUBWOOFER oe 3
53. T I T s 5 5 uj 5 s 2 7 e or 1 95 o E o 5 to 5 5 z a 2 I I x gt xi i E Q ag R6 DOWN R4 EXIT 4 LE T B8 MINUS ORG 4 7KN 20 1 SMD SWITCH l I x Package STSB5 j a 1 1 eee ee ee ne rc a 7 1 4 9 1 49 1 RB A 0 1 0603 1 I 38 1 12 5 5 5 8 PE gt E gt E z z z i al a I 7 al a I gt gt I gt gt i 12 08 1 1 o i o o o I i P Z m E FIX10 FIX MASK FIX13 FIX MASK 1 MUT R10 PLUS R9 UP PWR RI3NPUT R12 ORIG 4 7KI196 20 1 056 47K I FIX11 FIX MASK 1 1 pd FIX12 FIX MASK 4 ee nin pun am qaa awa qm gampa EEUU UU PTT NU TNT ME SDA R2 10 SCLI Ri 10 AYK GINC KEY vec ISL29010 NC Ut i BRYAN SCL 2 OR BNC REXT o o gt 4 191 19 I R18 R19 12056 1 5 5 1 1 1 1 1 I 1 I 2 LED b
54. _VDD_33 SEQUOIA HDMI HDMI_VSS HDMI_VDD_33 HDMI_VSS HDMI_VDD_33 HDMI VSS Input Port HDMI_VDD_12 3 3V_HDMI 22uF 6 3V 1 2V_HDMI 1 2V HDMI U8D FLI32626H 1 2V_HDMI 21 i 33 21 1 1 C23 0 1uF 6 22uF 6 3V 3 3V_HDMI Philip 6 4 Sequoia Display Port Input 1 2V_DPRX C24 1 2V_DPRX 0 22uF 6 NC D20 b CM1213 04MR NC RN1 10R 4P2R NC ___108 4 2 3 1 4 10R 4P2R NC 850 301 011 01 L13 0904 017 D3 D3N 3 GND D D3P D2N L14 a DCC0904N017 NC D2P UPAY 2 DIN 115 DCCOSO04NOT7INC DPRX_3N X VDD12 4 10R 4P2R NC DPRX 3P DPRX VDD12 DPRX VDD12 DiP 1 2 DON 4 DPRX_2N 116 DCC0904N017 NC DPRX 2P CM1213 04MRING O DPRX A DPRX_1N lay Port DPRX 1 i DPRX H DPRX_0P 9 5 a z C30 O tuF e NC pprxauxn QU UNU c31 Hoey E 1 2V_DPRX R76 SOORGING DPRXREX 9 9 9 9 ES 578 A ut Sh 5 Zg TP HP 19 10K 6 NC E m 1 o a u AA A DE_DAPE gt pP_DAP 19 5555 87 FLI32626H a NE lt ER A Ss 0515 Lung 1 23V VO 7 33V IO 8 17 18 19 21
55. cessor and versatile OSD the FLI32626H is the only device needed for a single LCD TV chassis supporting worldwide audio and video standards For regional variations in audio and video standards only connector and firmware changes are required 2 YDA148 YDA148 D 510 is a high efficiency digital audio power amplifier IC with the maximum output of 15W x 2ch YDA148 has a Pure Pulse Direct Speaker Drive Circuit that directly drives speakers while reducing distortion of pulse output signal and reducing noise on the signal which realizes the highest standard low distortion rate characteristics and low noise characteristics among digital amplifier ICs in the same class In addition supporting filterless design allows circuit design with fewer external parts to be realized depending on use conditions YDA148 features Power Limit Function Non clip Function and DRC Dynamic Range Control Function that were developed by Yamaha original digital amplifier technology 48 has overcurrent protection function for speaker output terminals high temperature protection function and lowsupply voltage malfunction prevention function Philips BDL42xxVi 14 8 16 24 30 bit Digital Interface CvBS S Video MPEG DECODER or EXT OSD CONTROLLER Component YPrPb Graphics HDMI IN PANEL PANEL INTERFACE UP TO 1080P LEFT L R OUT RIGHT SUBWOOFER AUD 2 L R AUD 3 L R LINE OUT
56. de Aspect Ratio Handling Standard Resolution Full Screen Aspect Ratio Composite SVHS YPBPR RGB HDMI VESA 640x480 60Hz 1920x 1080 16 9 N N N Y Y VESA 640x480 72Hz 1920x 1080 16 9 N N N Y Y VESA 640x480 75Hz 1920x 1080 16 9 N N N Y Y 720x400 70Hz 1920x 1080 16 9 N N N Y Y VESA 800x600 60Hz 1920x 1080 16 9 N N N Y Y VESA 1024x768 60Hz 1920x 1080 16 9 N N N Y Y 1280 x 720 60Hz 1920x 1080 16 9 N N N Y Y PD40 1280 x 768 60Hz 1920x 1080 16 9 N N N Y Y VESA M9 1280 x 768 60Hz 1920x 1080 16 9 N N N Y Y VESA 1280x1024 60Hz 1920x 1080 16 9 N N N Y Y M9 1360 x 768 60Hz 1920x 1080 16 9 N N N Y Y VESA 1360 x 768 60Hz 1920x 1080 16 9 N N N Y Y VESA 1600x1200 60Hz 1920x 1080 16 9 N N N Y Y M9 1920x1080 50Hz 1920x 1080 16 9 N N N Y Y SMPTE 1920x1080 60Hz 1920x 1080 16 9 N N N Y Y 1920x1080 60Hz 1920x 1080 16 9 N N N Y Y PAL 5761 50Hz 1920x 1080 16 9 NTSC 4801 60Hz 1920x 1080 16 9 DVD 480p 60Hz 1920x 1080 16 9 480i 60Hz 1920x 1080 16 9 720p 50Hz 1920x 1080 16 9 720p 60Hz 1920x 1080 16 9 1080i 50Hz 1920x 1080 16 9 1080i 60Hz 1920x 1080 16 9 OVERCAN Component over scan 5 8 AV over scan 5 9 HDMI DVI D over scan No over scan for PC input 5 9 for video source PC No over scan ASIC FOS Performance excluding Scaling Artifacts will be judged according to Definition of COMPATIBLE MODE ASIC correctly recognizes the proper resolution and applies the
57. hm resistor and 0 15uF capacitor 4 4 Move the resistor connection to each exposed metallic part and measure the voltage 4 5 Reverse the polarity of the AC plug in the AC outlet and repeat the above measurement 4 6 Voltage measured must not exceed 1 5 volt RMS from any exposed metallic part to the ground A leakage current tester may be used in the above hot check in which case any circuit measured must not exceed 1 milliamp In the case of a measurement exceeding the 1 milliamp value a rework is required to eliminate the chance of a shock hazard AC VOLTMETER To Metal Parts 1500 10W Earth Ground 5 142 4 GENERAL SPECIFICATION Index of this chapter 1 Specification 2 Pin assignment 3 Preset factory mode 4 Outline 1 Specification tem ___ Specification LCD panel size CR Viewing angle Response time Brightness Input signal Display color Frequency Max resolution Max Pixel clock Tilt Audio output Power supply 1000 1 typical Horizontal 178 vertical 178 typical 9 ms GTG 700 cd m typical D sub HDMI S VEDIO RS 232C Audio 16 7 M colors 31 91 kHz Horizontal 50 75 Hz Vertical 1920 x 1080 60Hz 165 MHZ 5W x2 8 ohm 100 240VAC 50 60Hz Power consumption Size w o packing Net Weight Environmental conditions Display mode Max 232W Sleeping mode Less than 1W Width 967 6 mm Height 559 6 mm Depth 123 1 mm 22 kg Operating temperature 5
58. o Input Source selection correct YES Change Audio B Philips BDL42xxV 4 Remote No Function Remote No Function Check Battery Change Battery Check cable from CN14 MB OK Well connection Replace IR LED Board 5 Keypad No Function Keypad No Function Check cable from CN13 MB OK Well connection Replace KEY Board Philips BDL42xxV
59. oard CN1 3802_1 25pitch_8pin OR 6 REMO_V33 9 U1 1SL29010 VDD _ SDA GND SCL REXT 00K 6 1 1 4 SMD IR Sensor Package REV_4P D2 Silk Top SMLO20MLTT86 MLTT86 Package FIX1 FIX_MASK FIX2 E FIX_MASK Philips BDL42xxV 3 Sensor board S7 ss SCREW3 5_6_5P SCREWS 5 6 5P Temp2 Gnd Philips BDL42xxV 4 Video board 4 1 Video Input T RCA CVBS IN JACK1 RCA lt 51 pac 4 R3 7759 2010 35 i 02 01 ia lt 2 R4 T5RI2010 NC BNC_CVBS_IN OUT CBNC2P YKC31 01840N6 0 8 1O0pF 6 JACK2 j S Connecter O tuF 6 _ gt _ 10 ds g RIT 17 08 6 gt SYIN 6 5 3310 NC P le m 8 183 JE eim c 28 t 75 2010 a 51 CSYNC SEL 8 282 Control ue gre Pins CVBS s VIDEO DET H DET 806 18 R28 c22 10K 6 NC tuf 6 NC 941 qea 2 roses u MMB Q4 IT3904 NC ATuFI25VINC 100RI amp NC a d 1 1 oPr sos SYNC SELZ R34 a 6 6 5 0 R37 15K 6INC 810 SYNC_SEL2 uaz cis ORIG NC 0196 m NCTS83157F6X NUALOWISTION SYNC SELI 5
60. on mode INPUT Select input from PC HDMI component composite MUTE Switch audio on off POWER It is a soft power switch and not a main disconnection device Main disconnection shall be accomplished by physically removing the power cord from the display Combination Ke Funtion _ 5 A Y MUTE v v Enter Factory Mode Enter Factory Reset v Lock Front button Reload Color Temperature LED Control LED Red LED Green ON Power saving when no OSD ON Schedule Standby Blinking 500mSec Fan defect mode Blinking 500mSec Depends on SET condition Factory mode OFF ON Note Panel performance characteristics MUST BE met in all display modes inputs at standard test conditions Philips BDL42xxVi 11 2 OSD menu All audio video and other output controls shall be performed by using an On Screen Display OSD via a Remote Control Unit in conjunction with the front panel controls The following tables list the OSD functions supported by BDLA2xxV Level 1 Level 2 Level 3 PICTURE BRIGHTNESS 0 100 CONTRAST 0 100 SHARPNESS 0 100 BLACK LEVEL 0 100 NOISE REDUCTION OFF LOW MIDDLE HIGH TINT Input HDMI Video timing 0 100 DVI D HD timing CVI VIDEO only COLOR Input HDMI Video timing 0 100 DVI D HD timing CVI VIDEO only COLOR TEMPERATURE Vid 6500K 7500K 9300K 10000K 11000K COLOR CONTROL RED 0 255 GREEN 0 255 BLUE 0 255 LIGHT SEN
61. r with the support for HDCP 1 3 for secured audio visual data transmission with HDMI transmitters The device also supports Adaptive Contrast Control Il ACC II and Active Color Management 3D ACM 3D leading to exceptional video quality This exclusive level of video quality technology only seen on Faroudja Home Theater Systems in the past is now available in a singlechip solution The integrated VBI dataslicer and video decoder remove the need for external components resulting in significant cost reduction The FLI32626H supports many worldwide VBI standards for applications of Teletext Closed Captioning V Chip and other VBI services The audio decoder interface for FLI32626H chipsets offers support for both analog and digital audio input and output interfaces The multi standard audio decoder can capture and digitally process SIF and is capable of decoding all Analog Mono Stereo Digital Stereo NICAM FM radio and EIAJ standards It can also process baseband Mono Stereo inputs and can receive and process 125 or SPDIF input The baseband audio inputs and decoded SIF inputs are processed through a very powerful audio engine Apart from the processed Stereo output the separate subwoofer and headphone outputs enhance the true audio reproduction using the integrated 10 bit audio codecs The digital audio outputs can be driven simultaneously over I2S channels DSD or SPDIF channels With the above special features along with the embedded micropro
62. sy SYNC_OUT TSH340 SOT23 5P NC wi z R70 hs R71 SW BOU 3 220 BLUEOUT 0 659 t 21 12 swaour 8 one OR G NC 5 100uF 25V rg U12 R72 az 74LVC1G126GW 5486598 a R73 Bcc v 22 6 100R 6 R74 100R 6 C46 m e m 9 74LVC1G126GW aS 55 0 1uF 6 an an 54 as R76 B 100R 6 NC VSB4 VSB RYN CORTEING 8 Philips BDL42xxV 4 4 Board to Board Connect TX24 60R LT H1E DFHD60MRO04 12V SW 5VS 35V SW SW 3581 1 1 oe 1 5 8 1 5V_SW SS 1 gt I 1 1 D x 1 HV SW sw 881 X D 1 a N 1 I lt 1 l 1 1 m ACD gt R78 OR 6 TX m 7 1 1 STRY STBY amp 57 RB o o OB RE 7 4 7 SYS POWERONC SYS POWERON MUTE PC AUD IN L3 R80 OR 6 8 11 MUTE AUD_HP_L_OUT lt I H I a a 7 8941 SDA lt gt SUA SUB R81 05 6 I SDA PC AUD IN R3 R82 OR 6 lt AUD OUT 1 1 89 1 scL_suB gt se 508 R83 OR 6 SCL IO PC AUD IN L2 R84 05 6 AUD IN 11 1 1 SYNC_ONT gt SYNC R85 OR 6 CN17 P24 PC AUD IN R2 R86 OR 6 AUD IN R2 11 ANG VOUTI gt R87 OR 6 CNi7_P9 PC AUD IN L1 f R88 OR 6 HDMIOPT LIN lt LIN 1 l 12 SWROUT gt Sw Rour R89 ORI amp NC SW
63. t contain warnings or cautions to advise non technical individuals of potential dangers in attempting to service a product Products powered by electricity should be serviced or repaired only by experienced professional technicians Any attempt to service or repair the product or products dealt within this service information by anyone else could result in serious injury or death Philips BDL42xxV SAFETY PRECAUTIONS 1 Caution No modification of any circuit should be attempted Service work should only be performed after you are through familiar with all of the following safety checks and servicing guide lines 2 Safety check Care should be taken while servicing this LCD display Because of the high voltage used in the inverter circuit These voltage are exposed in such areas as the associated transformer circuits 3 Power supply requirements The external power converter for this display utilizes AC and DC cords AC cord is detachable but DC cord is permanently attached Any attempt to replace another adapter could result in serious problem on the display 4 Leakage current hot check 4 1 Plug the AC cord directly into the AC outlet Do not use an isolation transformer during this check 4 2 Connect a 1500 ohm 10 watt resistor paralleled by a 0 15uF capacitor between each metallic part and a good earth ground 4 3 Use an AC voltmeter with 1000 ohm volt or more sensitivity and measure the AC voltage across the combination 1500 o
64. u 5 28 C44 8 470 240K 1 R29 A 270K 1 5 LJ 421 22K R51 R56 GATE aa J VSENSE Ici 2 19 ysl 5 xl vs SENSE d 1 472 we RI6 T T 8 U41 38176 R43 1K 120 148 R81 1K 1206 fe MT DPL 178W 4 2 914 C945 1 1285 3 1 R72 4 2 Q13 R83 1 085 085 C945 i zl AE ET zed Philip 47u 35V C27 10K 1296R55 X R60 12K fx 4 930 C15 18K 1x R30 24k R35 88 2 C69 ce R98 N C 4 bPPbRRPPFPPEPRPFELFELLE 224 GBU1006 P 2 0 CN2 49 8170 UB 025 sl 4700 257 z 15K 13K bee AP6BTESG C78 R125 1R126 019 00 4 R123 026 m 52 CB6 1 T Emm D SW baa R34 D17 144148 RAS ATe466LC3016 PT 008945 R89 901050 ere dcs 020 2 m 072 i cao 4TQU 25V 27 Amos 5 R122 P 2 5 0N11 ex 100K 2W d 40T 8 925 5 NF2 1 E cvi FTO334LC2214 m 2N7002 DH 9 22 152 ZS
Download Pdf Manuals
Related Search