Service Manual - Manuales de Service
Contents
1. o9 User manual Jol DOD DOD ms DOD PHILIPS Power Cord aac 2 2 1 EN Connect the home theater MS Sambungkan teater rumah ZH 5 TW FRONT CENTER STS3001 FRONT FRONT RIGHT LEFT SUB WOOFER 2 3 HDMI OUT ARC HDMI ARC HDMI IN 2 4 2 EN Switch on the home theater MS Hidupkan teater rumah ZH ZH TW 2 5 EN Complete the first time setup MS Lengkapkan persediaan kali pertama ZH STM BRIS ZH TW ca SOURCE THEATER Video Audio Network EasyLink Advanced Subtitle Disc Menu Melayu Parental Control Screen Saver Auto Subtitle Shift Change Password Display Panel Auto Standby VCD PBC 2 6 4 EN Use your home theater MS Gunakan teater rumah anda 84 2 ZH ZH Tw L E OOOO ncs LAT On 2 8 Your home theater Congratulations on your purchase and welcome to Philips To fully benefit from the support that Philips offers e g notification of product software upgrade register your product at www philips2. 36 34 O 1uF 50V X7R 14 7 33 32 30 C734 C735 O 1uF 50V X7R O 1uF 50V X7R IN2A IN1B 1 0 1uF 25V Y 5V VDD 50 5 YPP 20 O 1uF 25V Y 5V C755 ze 55 55 IN2B IN2A IN1B 1 GND R765 5 6K 12 R771 til CE732 R761 2 4 7uF 50V 10 D TH WAR FAULT TRI STATE GND Reg GND CLEAN VCC Sign TH WAR FAULT GND CLEAN VCC Sign D C453 C452 m 2 O 1UF 50V X7R O 1UF 50V X7R gt lt x x 25 gt gt gt gt SA D 0701 5 5 5 5 TP26 os s SUB 12 small SUB 11 m2 1 51 10 _ U __________5 ____ 8 rs ___ 718 454 STP 32 CEN 6 O 1UF 50V X7R CEN 5 TERATE 1 R403 5 LUF SOV X7R 680pF 50V X7R C457 6 2 C455 6 21 5 C738 O 1uF 50V X7R O 1UF 50V X7R P3 e FR 1 1 WZ 0 1uF 50V X7R JK701 CON 12P 2GNDS C456 o o o o cive O 1uF 50V X7R amp amp amp od e x x x x x x x gt lt lt 2 lt gt gt gt gt gt gt o o o LL Lu
3. gt gut ac 1 Ti rm m IN i FETRAY T 9 3 9409 Motor Drivers IC TPIC2050 1 Block Diagram PIW PSV P12V 9 0 1u E N rH ICOM2 I XSLEEP SPM 0 1 XFG urrent limit T SENSE XFG E SPM ENA SPM Logic On chip DAC PWM 211 sloy thermometer E Deu sz dive FET K gt 7 SIM o 5 SOMI E lt SOMI 2 2 5 SLEDI DAC pre power a 33V SIOV PH Eun driver Ip Digital core F SLED END cour Poul ENQDET L detection ge SLED2 4 XRSTIN driver FET md Tig DAN ER d TLT 27 ai pre power Us M FET Int33V pl a 0 1 Regulator E u driver FET RDY RDY r 1 re a power monitor 4 12 0 PSV PULLCTD 5 EVC 7 pre _ power driver FET lt PSV12L 122 2 12V 5 LOAD 120 9 drivers E Int 10V a LOAD EN Regulator ix detectlon ENDDET i 1 pre power driver FET STP1 VLDDIP DAC I 5 2 PWM pre power
4. 8 1 XP1 From Main Board Connect to Power Board 22 8V 25 2V 2 GND 11 4 12 6V 059 2 6 NC 1475 5 25 8 02 XP6 From Board Connect to Front USB 1 058 vcc 4 75 5 25V 5 USB Mi High spped a difference 8 2 Waveforms for measure point XP13 Pin20 POWER derating Stop XP13 Pin12 AMP MUTE Pos 174 0ms CURSOR Tek ABM pc Pos 0 000 CURSOR 360m CH1 1 00V 10 0ms 0 00 XP13 10 AMP SDA Tek e Stop XP13 Pin5 AOBCK M Pas 52 00ms CURSOR Tek dL Stop M Pos 0 0006 AUTOSET Dod CHI GA 354 7ns 54203 2 820MHz CHT 1 00 2505 CAT 7 0 00 1 00 M 25018 CHI 7 1 72V 8 2 XP13 P13 AMP RST Tek age Stop XP13 P9 SCL M Pos 174 0ms CURSOR AL Stop eK j at 6 800ms 55 147 ay 320V M Pos 1 0005 CURSOR 40 0 CH1 0 00 CH1 1 00 M 10 0ms 1 00 20005 XP13 Pin7 AOMCLK Tek e um XP13 Pin4 AOSDATA2 M Pos 0 0005 AUTOSET Tek M Pos 140008 AUTOSET 228 Es lt red y UEA 16 PEJA 1 52 13 15 3 40 PEJE 12109 RUBB 89 53ns EAE 11 30MH2 T7 00u 59 0 1kHz 1 00 10075 7 000 Um 100 AR adi 8 3 Waveforms for measure point XP13 Pin AOSDATAO Te
5. driver FET S L 1 8 x A STEP END STP2 CD 1 detection MM 450122 ILDD BD IENDDET al ENDDET sung D osy jj TPIC2050 10 T u 1 Era AGND DGND PGND 1 2 AGND 9 4 2 Pin assignment 1 SLED1 P SLED1 N P12V 3 4 SLED2 P SLED2 6 9 10 PGND_2 C10V 2 XFG RDY 557 SCLK SIMO SOMI SIOV XRSTIN PULL CTL VLDDIN 22 cv3p3 AGND DGND 24 25 26 27 1 9 5 3 Pins definition 1 SLEDI P Sledl positive output terminal 2 SLEDI N OUT ISledi negative output terminal 3 273 Power supply terminal for 12V drivers output 4 ISLED2 P OUT Sled2 positive output terminal 5 ISLED2 OUT Sled2 negative output terminal s pona ps GND terminal for 12V drivers Ms capacitance connection terminal for internal regulator i CPI Capacitance connection for Charge Pump LIS Capacitance connection for Charge Pump Meise Capacitance connection for Charge Pump POUT Hu MM Purpose Output Test monitor OUT Motor speed signal output internally pulled up to SIOV P A ready signal Internally pulled up to SIOV 14 882 IN Slave Select Low active input terminal SIO Serial clock input terminal HN SIO Slave Input Master Output terminal _ SIO Slave Output
6. 4 Dimensions WxHxD 84 5 x 159 x 80 mm e Weight 0 35 kg each 1 4 Rear speaker Output power 2 x 50 W RMS 30 THD Speaker impedance 4 ohm Speaker drivers 1 x 63 5 mm 2 57 woofer Dimensions WxHxD 84 5 x 89 x 89 mm Weight 0 27 kg each Remote control batteries 2 x AAA RO3 1 5 V Laser Laser Diode InGaN AIGaAN BD AlGalnP DVD CD Wave length 405 7 nm nm BD 655 10 nm 10 nm DVD 790 10 nm 20 nm CD Output power Max ratings 20 mW BD 6 mW DVD 7 mW CD 1 5 Safety instruction Warning amp Notes Safety instruction 1 General safety 2 Laser safety Safety regulations reguire that during a repair Connect the unit to the mains via an isolation transformer Replate safety components indicated by he mbk may remove the cover or attempt to service this device only by components identical to the original ones Any due to possible eye injury other component substitution other than original type Laser device unit may increase risk of fire or electrical shock hazard 1 Wavelength 650nm DVD 780nm VCD CD Output power ZmW DVD 10mW DVD CD Beam divergence 60 degree Safety regulations require that after a repair you must return the unit in its original condition Pay in particular attention to the following points Route the wires cables correctly and fix them with the mounted cable clamps Note
7. Check voltage 5V on Front Board U301 PIN7 PIN21 Yes Check Front Control Board signals at XP3 Pin8 VSCLK Pin7 VSDA Pin6 VSTB Trouble shooting Chart Fix the connection XP3 to XP9 on Main Board Replace U8 on Main Board or replace Main Board Yes Replace U301 on Front Board 5 3 Remote control does not work Remote control does not work Check battery of remote control whether 5 exhausted or not Check power supply of IR601 on Front Control Board whether normal or not XP3 Pin9 5V Trouble shooting Chart Replace the battery for remote control Check the 5V net on Front Control Board to Main Board XP9 Yes Replace IR601 5 4 Trouble shooting Chart No audio output No audio output Check voltage 35 5 35 5V for Check XP13 Pin 14 amp 16 3 3V on Main HTB3560 78 for whether normal or not at Board whether normal or not on Amplifier Board Hefer to XP501 on Power Board Check the 24Pin FFC connection XP13 on Main Board and XP701 on Amplifier Board whether right or not between Main Board and Amplifier Board Check the control signal whether right or not at the U8 Pin6 Pin7 on Main Board and the signal at the XP13 Pin5 Pin7 Pin3 Replace U8 on Main Board or replace Main Board Yes Replace Amplifier Board 5 5 Trouble shooting Chart No video output No video output Check L452 R616 whether right on Main No Board Add 1452 R6
8. IN1A OUT2A O TUF 50V XFR TH WAR L703 22uH 3 3A FAULT C752 TRI STATE C751 680pF 50V X7R EAPD gt 3 3VO 23 680pF 50VX7R 6 C768 XS703 6PIN 2 5mm 0 1 5 5 GND Reg 0 1uF 50V Y5V L704 19 35 5 22uH 3 3A GND CLEAN lt 7 CE710 35 5V 820uF 50V 09 9 HZX NOS Jn L O 4 0702 36P 5 518 HZX AOS 3h LO VCC Sign L705 22uH 3 3A 7 VCC Sign 36 54 C755 a 0 1uF 50V X7 0 1uFIBOV XTR 5 29 D 32 CH1A 7 CH2A gt C VSS VSS IN2B IN2A IN1B IN1A TH WAR lt lt TH WAR FAULT 0706 52uH 3 3A TRI STATE PWRDN EAPD gt C770 CONFIG C766 0 47uF 63V 43 3V 680 50 7 FB714 75 200 VL VDD C767 D 680pF 50V X7R C771 R733 10 VDD 1707 22uH 3 3A GND Reg 18 0 1uF 50WX7R O 35 5V CE709 C763 820uF 50V 0 uF 50V X7R D D U705A AS4558M us 5 6K 2 1 2power control lt lt C785 R769 R770 R768 o tuF 25v vsv V lt 15 1 150K 68K R761 R766 CE732 12V R771 10 5 6 27K 4 7uF 50V 0 D 781 C783 0 1uF 25V Y5V 0 1uF 25V Y5V D V D D U705B AS4558M 0 47uF 63V 0 47uF 63V 0 47uF 63V 0 1uF 50V X7R 0 1uF CE730 100uF 16V 0 1WF S0V X7R O JuF 50V X7R OV X7R 0 1uF 50V X7R R722 4 7K R729
9. Name o ANR RehAnalogInputPin ANL 1 Lch Analog Input Pin Mode Select 1 Pin Common Voltage Output Pin VA 2 Bias voltage of ADC input Analog Ground Pin Analog Power Supply Pin 4 5 5 5V Digital Power Supply Pin 2 7 5 5V Audio Serial Data Output Pin L Output at Power down mode Output Channel Clock Pin L Output in Master Mode at Power down mode 11 Master Clock Input Pin udio Serial Data Clock Pin L Output in Master Mode at Power down mode Power Down Mode amp Reset Pin Power up 1 7 Power down amp Reset The AK5358A must be reset once upon power up Audio Interface Format Pin 24bit 125 Compatible Mode Select 2 Pin ode Select 0 Pin Fo un gt L 24bit MSB justified 9 8 9 8 0531 Internal IC Diagram TNY179EN on Power Board 55 MULTI FUNCTION BPM REGULATOR 3 5 85 V FAULT BYPASS PIN PRESENT UNDER VOLTAGE AUTO n2 RESTART 4 CAPACITOR COUNTER 5 85 V SELECT AND Vi ss _ CURRENT RESET LIMIT STATE MACHINE CURRENT LIMIT LH COMPARATOR ENABLE cLock 41 SHUTDOWN OSCILLATOR 10v ENABLE B EN 1 2 LEADING OVP EDGE LATCH BLANKING SOURCE 5 1 4771 073107 9 9 1534 Internal IC Diagram TOP260EN Power Board J CONTROL a9 TT INTERNAL SUPPL
10. VD3 3V 8800 O NC 9702 114148 PNP MMBT8550CLT1 VD3 3V R739 10K UU UU UU UU PAR ag 0000000 i Gea D 47uF 50V 24 ASDATO 41 23 0712 R8Q5 47K Q701 SAH 4 51 ASDATS LL4148 NPN 3DG3904M 50 R710 1K 19 GND AM 2 R796 18 MCK 47K gt gt 17 GND 16 SCL VD3 3V 15 AM SDA 14 GND SZ TP44 us gt gt 0 1uF 25V Y5V TP42 2 1 C713 22222 ibid ee 0 1uF 25V Y5 701 33 7 AM SDA R703 33 CH4A 16 GND TP43 AM rog 33 LE 2 701 3 TH WAR TH WAR ASDATI R708 33 IC 84 STA309A C721 E Q 2 PDWN 48 ASDATO R707 33 5 720 C719 8 24PIN 0 5mm 1 LRCLK R706 33 1 A lt C718 BCK R705 8 ES 47pF 50V NPO a 0 1uF 25V Y5V z ss C701 C705 z 15pF 50V NPO 15pF 50V NPO CE721 3 H6A 22uF 16V pe S CHE 43 3V D 723 MCK R704 33 47pF 50V NPO 3 3V D FB712 500 800mA VD3 3V C731 CE717 0 1uF 25V Y5V 22uF 16V vie 0 1uF 25V Y5V D R714 FB715 3 3K 500 800 0 A szuFrev C730 C729 C728 8 S R799 e e 0 D D a 8 3 2 3 D 7 5 Amplifier Board Circuit Diagram for HTB3560 12 K98 94 40 55 STA518 0701 IC 36P STA518 36 0 1uF 50V X7R 0 1uF 50V K7R 4 32 VCC Sign 734 735 VCC Sign VSS VSS VCC2B IN2B IN2A IN1B
11. 4 7K R723 4 7K C773 0 1uF 50V X7R C772 0 1uF 50V X7R D706 LL4148 D707 LL4148 D708 LL4148 D709 LL4148 D710 LL4148 D711 LL4148 0 1uF 220uF 35V 220uF 35V CE720 220uF 35V R728 4 7K 5 5V 7 1000UF 2 CE733 CE734 CE735 CE736 CE7 R744 4 7uF 50V 1 745 4 7uF 50V R746 e9999999 8 N o A SR FR 4 7uF 50V 1K en FE 4 R747 1K SEN 13 14 26 SUB P27 SUB 11 P28 SL P29 SL P30 SR P31 SR P32 CEN TP33 CEN P34 FL P35 FL P36 FR FR GND GND 2 1 0 1 1 1 9 8 7 6 5 4 3 2 1 JK701 CON 12P 2GNDS 7 6 Amplifier Board Circuit Diagram for HTB3560 78 STA309A 1 6 A B 79 79 79 WN BEB a o 00000000 RR TP41 D712 24 ASDATO 23 LRCLK 22 ASDATI gt 21 ASDAT2 20 BCK 19 GND 18 MCK 17 GND 16 AM SCL 15 AM SDA 14 GND dna 2 TP42 Po aay 9 8 79 6 R701 33 4 2 AM SDA R703 33 6 ____ AM SCL R702 33 1 2power control es 701 3 TH WAR PEESI ASDATI R708 33 2 PDWN 6 WAR ASDATO R707 33 24PIN 0 5mm 1 LRCLK R706 33 BCK R705 33 D fe C701 15pF 50V NPO 0 711 500 800mA p MCK
12. BZX79C12 D532 FR104 1A 400V D502 T531F 6 107 1A 1000V 5 6 100pF 1KV C535 O 1uF 50V X7R XP502 4PIN 2 5mm R575 Q571 1 10 PNP MMBT8550CLT1 1 M 5V 2 R578 10K CN531 6PIN 2 5mm 70mm 1 1 433V C572 R576 2 433V O LUF 50V X7R 1K OPP Circuit 0 1uf SOV X7R C 3 E 19 4 GND OPP Eo EN U571A 6 LM358 SO D572 R577 1N4148 22K 196 CE535 1 1 820uF 50V R550 33 2K 1 DV X7R R574 C573 O 1uF 50V X7R C574 O 1uF 50V X7R CE537 22UF 50V 110K 1 D535 1N4148 9532 rr BPC 817B ZD561 SY NC 0 1uF 50V X7R R545 R546 R569 2 67K 1 NC NC 10uF 50V O 1UF 50V X7R Altemative R533 2 NC BAS316 100V 0 5A R580 22K T5311 Q561 NC NPN MMBT8050CLT1 1 Ps 8 0 K9 Remote on off R568 Standby mode 0561 D561 OFF 0562 ON NC On mode 0561 0561 D562 OFF A T5011 CY503 NC 9 501 12 Alternative Altemative 100pF 230VAC C503 R514 1000pF 1KV 22 753103 7T501P5 R505B amp R505 11531 20504 511 Ap 2 o P6KE160A 8T501N CY504 L503 o 3 3uH 470pF 250VAC XP501 8PIN 2 5mm p 10501 24 T501P12 SR3100 3A 100V T501 D513 1 0505 EF25 9 CE506 CE507 R521 5 6T501P5 FR107 1A 1000V Altemative 1000uF 16V 470UF 16V NC 1 1 3 Altemative Altemative a temati
13. Q561 ER28 NPN MMBT8050CLT1 0562 CX502 0561 MBRX120 20V 1A NPN MMBT8050CLT1 0 33uF 250VAC 8 Remote on off R568 1K 0 1uR 50V X7R Standby mode 0561 0561 OFF 0562 On mode 0561 0561 D562 OFF C56 A 0 1uF 50V X7R HV CY503 9T501P12 71501 5 R505A amp R505B amp R505 150K 150K 150K 8T501N T8501Do 10501P24 Alternative Alternative 470pF 280VAC C503 R514 1000 1 22 0511 LIF501 RV504 200V 500A CY504 0 33uF 250VAC R502A R502B L503 8 HER203G 2A 200V 3 3uH 470pF 280VAC Alternative 501 8PIN 2 5mm 1 FE T501P12 SR3100 3A 100V T501 D513 a i 1 D505 25 9 CE506 CE507 R521 6T501P5 FR107 1A 1000V Alternative 1000uF 16V 470uF 16V NC 5 Alternative Alternative NC A NC A Alternative T531F6 7 67 501 2 0501 1 5 R501 TM TNY179PN ay 5 4 8T501N o RV501 CN502 LNI T501G1 8T501N 570 0508 8PIN 2 5mm 80mm 3 2 10 501 24 1 R516 10K CE510 1000uF 16V CE510 NC CE511 1000uF 16V CE511 470uF 16V 0 1uF 50V X7R SQ VDR 560V A v A F501 FR107 1A 1000V y TR501 ZD502 6 T501P5 NTC 3ohm 5A 3 15AH 250VAQ 1 BZX79C18 5 o CE508 L 6 R508 D506 D512 200 50 7 47uF 50V 6 Je M45V 410V T501F2 8 7 7 on off NE 1 0514 8 8 GND 27 FR107 1A 1
14. Use of controls or adjustments or performance of the mane lead procedure other than those specified herein may result in damage hazardous radiation exposure Avoid direct exposure to Check the electrical DC resistance between the mains plug and the secondary side 1 Unplug the mains cord and connect a wire between the two pins of the mains plug 2 Set the mains switch the on position keep the mains cord unplug 3 Measure the resistance value between the mains plug and the front panel controls and chassis bottom 4 Repair or correct unit when the resistance measurement is less than 1MG 5 Verify this before you return the unit to the customer user ref UL standard no 1492 6 Switch the unit off and remove the wire between the two pins of the mains plug 1 6 Warning 1 General 2 Laser All ICs and many other semiconductors are susceptible to The use of optical instruments with this product will electrostatic discharges ESD Careless handing during repair can reduce life drastically Make sure that during repair you are at the same potential as the mass of the set by a wristband with resistance Keep components and tools at this same potential Available ESD protection equipment increase eye hazard Only qualified service personnel may remove the cover or attempt to service this device due to possible eye injury Repair handing s
15. VSTB DI R23 10K ATE GRID4 4 MEI SS EE R699 1K 6 pe o aces eI Tr c 98 NPN_MMBT80S50CLO2 MO_5V 100pF 50V NPO R27 10K VDD 5 C776 5 i i e 2 TN cis SEG3 KS3 gt 100pF 50V NPO 100pF 50V NPO 5 4 54 NC 33 LED 7 SEG5 KS5 SEG6 KS6 SEG9 KS9 SEG7 KS7 SEG8 KS8 gt O 1UF 25VN5 47uF 16v Ala LED J 2808AG amp 2 amp uu wn A 5 5 8 BEZXJSCBUG 0 1uF 50V Y 5V nou 8 amp UN S609 7 BN S610 gt OG D3 R626x 59 ACO20 PLAY SOURCE 1N4148 TACO20 OPEN CLOSE R640 4 D4 5611 45V 1N4148 IR601 USB DM USB DP 1K m CE606 NC 47uF 16V NC 33pF 50V NP NC 33pF 50V NP Q1 3DG3904M NC 4 7K R323 NC O To main board XS605 O1UUSBJAK 101 4PIN 2 0mmy200mm Shell A Shell B XS604 FOR HTS3560 XS605 FOR HTS2511 P801 USB A BK Q R6Q9 2 2K 12VA REFM in a de m K gd T 772 CE608 O 1uF 25V Y5V CE609 220uF 16V R610 ATUF 16V 22K 47pF 50V NPO R642 J ACK601 100K R11 NC O CE610 C623 MIC 2 2uF 50V R612 2 2uF 16V Y 0 600 200mA 680 1000pF 5QV X7R el MIC JACK C610 R645100K 100pF 50V NP 626 1147pF 50v Npb C625 2 2UF 16V Y 5V R653 10K R644 STBY S608 KEY POW 1K TACO20
16. button then press open button to dismantle front door Please kindly note that power off as soon as front door is out of machine Method B If the tray can t open in normal way you can make it through the instruction as below an emergency exit at bottom cover of the machine Note Make sure to operate gently otherwise the guider would be damaged gt 7 Method Method Please kindly note that dismantle front door assembly carefully to avoid damage tray and the front door Figure 2 Mechanical and Dismantling Instructions Dismantling Instruction Detailed information please refer to the model set Step3 Dismantle Front Panel disconnect the connectors XS604 XP12 need release 2 snaps of Front Panel amp 2 snaps of bottom cabinet then gently pull the Panel out from the set Figure 3 Figure 3 Step4 Dismantle Front Control Board remove 5 screws Figure 4 1 72 i i 4 wb pt 3 m 2 UV na Figure 4 Step5 Dismantle Loader disconnect the 3 connectors XP3 XP2 XP6 aiming in the below figure and remove 2 screws that connects the loader and the bottom cabinet Figure 5 a Ry 3 128 ee Dae Figure 5 3 3 Mechanical and Dismantling Instructions Dismantling Instruction Detailed information please refer to the model set Step6 Dismantle Main Board first disconnect 2 connectors XP1 XP11 and then remove 5 scr
17. com welcome IMain unit This section includes an overview of the main unit 1 Disc compartment 2 Display panel 3 Open Close Open or close the disc compartment eject the disc 4 gt II Play Pause Start pause or resume play 5 SOURCE Select an audio or video source for the home theater 6 Standby On Switch the home theater or to standby Remote control This section includes an overview of the remote control 99 9 JOO 2 PHILIPS HOME THEATER SYSTEM 5 2 3 2 9 Standby On e Switch home theater to standby e When EasyLink is enabled press and hold for at least three seconds to switch all connected HDMI CEC compliant devices to standby ft Home Access the home menu Source buttons e DISC POP UP MENU Switch to disc source Access or exit the disc menu when you play a disc RADIO Switch to FM radio e AUDIO SOURCE Select an audio input source gt BACK e Return to a previous menu screen n radio mode press and hold to erase the current preset radio stations Navigation buttons Navigate menus n radio mode press left or right to start auto search e n radio mode press up or down to tune the radio frequency OK Confirm an entry or selection 14 BI Previous Next e Skip to the previous or next
18. gt gt 5 5 4 148 50 7 e e e e e 220uF 35V b20uF 35V a gt lt D20uF 35V 220uF 35V 5 0 47uF 63V 2 22uH 220uF 35V e CE710 820uF 50V ae lt 220uF 35V 2 6 0702 220uF 35V 220uF 35V 1 227 SUB GND 2 OUT2B x VCC2B 2 GND2B 0 47uF 63V 2 GND2A VCC2A 8 OUT2A 9 OUT2A 10 OUT1B OUT1B VCC1B C463 O LUF 50V X7R GND1B C766 0 47uF 63V F 50V X7R erate m 680pF 50V X 767 0 680pF 50V X7R C771 C464 OUTIA 0 47uF 63V 0 1uF 50V X7R 17 Reg OUT1A 18 7R 0 19 50 40 CE709 C763 820uF 50V O JUF 50V X7R 3 SUE D E740 e D706 LL4148 22uF 16V ar susi CE733 D707 LLA148 NC 4 7uF 50V NC AAA 0708 4 7uF 50V NC 1K N PR R745 CE735 4 7uF 50V FR 0710 114148 CE736 4 7uF 50V ik U705A ASA4558M d CE737 M 2 2711 1141148 4 7uF 50V 5 201 uo WE liem O 1uF 25V Y 5V 3 g R766 100uF 16V 86 39 5 6K 5 D C781 C783 0 1uF 25V Y 5V 0 1uF 25V Y 5V 4 D 6 0705 54558 7 8 7 8 Front Control Board Print layout top side 85 32224 Thr EN 4 EAS SE jo quam NI 1 9 Power Supply Print layout top side for HTB3560 12 K98 94 40 55 m A CD rn lt rn 20 rn gt lt gt r
19. positive output terminal OUT Tracking positive output terminal OUT racks negative output terminal OUT Focus negative output terminal GND terminal for Ti F T channel drivers 2 PI2V 1 PS er supply terminal for 12V driver output stage SU D T hase output terminal for spindle motor MISC Current sense resister terminal for spindle driver IEEE phase output terminal for spindle motor PS Power supply terminal for 12V driver output stage 47 OUT W phase output terminal for spindle motor 48 OM2 MISC Current sense resister terminal for spindle driver as a Ios ri a uw je Un e E 9 6 49 MCOM IN Motor center tap connection 50 ISENSE IN Current sense input terminal for spindle drivers 51 PS 7 Ground terminal for internal analog STPI positive output terminal for collimator OUT STPI negative output terminal for collimator OUT positive output terminal for collimator OUT STP2 negative output terminal for collimator 56 PSV2 8 7 Power supply terminal for SV driver output U26 Audio A D IC AK5358K 1 Block diagram VA AGND VD MCLK Clock Divider AT Decimation Modulator Filter LRCK AINR AL Decimation D I SCLK Modulator Filter VCOM Voltage Reference Interface 2 0 DIF CKS2 CKS1 3 9 AINR AINL CKS1 VCOM AGND VA VD DGND Top View Pin Function
20. 000V 107 1 1000 MBRF1045 10A 45V T501G4 8 T501N Alternative en 0 Eta 227 ur T501 EF25 T501 EEL19 REOS 2504 _ 8550 2 49 1 U501 TNY179P U501 TNY177P 1N4148 12V 12V Q502 100 CE511 PNP MMBT8550CLT1 10000 16 D511 HER203 D511 FR107 a A T C503 1000pF 1kV C503 NC eee NE Roza BED Ade R514 22 1206 R514 NC 2PIN 7 92mm 2 2M CE506 1000uF 16V CE506 470uF 25V i CE507 470uF 16V CE507 220uF 25V 70503 5 5 WY 100K BZX79C11 0502 D510 SR360 D510 NC poe ei CE509 2200uF 16V CE509 1000uF 16V 0 R519 2 4 1 CAUTION THE PARTS MARKED WITH IMPORTANT PARTS THE SAFETY PLEASE USE THE PARTS HAVING THE DESIGNATED PARTS NUMBER WITHOUT FAIL 1 3 Power Board Circuit Diagram for HTB3560 78 1 3 A HV 1 2 RD C531 4700pF A00VAC R536 2M 5 BD501 KBP306 Alternative Altemative Alternative E501 E502 E503 2 3 539 NC 150uF 450V NC 0 01uF 400V FB1 FB90 100MHz LIF502 CX502 0 33uF 250VAC LIF501 CX501 0 33uF 250VAC R502A R502B R501 RV501 VDR 560V 501 TR501 NTC 3ohm 5A 3 15AH 250VAC AN AN CN501 2PIN 7 92mm B seine CY506 533 1500 1 1 R540B 100pF 230VAC 230 Altemative 4 0533 10A 200V L531 T531G 5 R551 470 NX ZD533 ZD532 BZX79C33
21. 1 1080p 1080p24 Audio e S PDIF Digital audio input e Coaxial IEC 60958 3 e Optical TOSLINK e Sampling frequency e MP3 32 kHz 44 1 kHz 48 kHz e WMA 44 1 kHz 48 kHz Constant bit rate 32 kbps 320 kbps e WMA 48 kbps 192 kbps Radio e Tuning range Furope Russia China FM 87 5 108 MHz 50 kHz Asia Pacific Latin America FM 87 5 108 MHz 50 100 kHz e Signal to noise ratio FM 50 dB Freguency response FM 200 Hz 12 5 kHz 6 dB USB e Compatibility Hi Speed USB 2 0 Class support USB Mass Storage Class MSC File system FAT16 FAT32 NTFS Maximum memory support lt 160 GB Main unit Power supply Europe China Russia India 220 240 Mee mU Latin America Asia Pacific 110 240 V 50 60 Hz e Power consumption 60 Standby power consumption lt 0 5 W e Dimensions WxHxD 360 x 58 x 325 mm Weight 2 4 kg Subwoofer e Output power 50 RMS 30 THD Impedance 4 ohm Speaker drivers 133 mm 5 25 woofer Dimensions WxHxD 160 x 265 x 265 mm e Weight 2 50 kg Speakers Center speaker e Output power 50 W RMS 30 THD Speaker impedance 4 ohm Speaker drivers 1 x 63 5 mm 2 5 woofer Dimensions WxHxD 84 5 x 89 x 89 e Weight 0 27 kg Front speaker Output power 2 x 50 RMS 30 THD Speaker impedance 4 ohm Speaker drivers 1 63 5 mm 2 5 woofer
22. 16 Yes Check the video signal whether right at U1 PIN B18 or R615 No Replace Main IC Main Board 5 6 Can t read disc or can t open the disk door Cant read disc or can t open the disk door Check loader work normally or not Check XP7 on Main Board Yes Check 45Pin 8Pin 4Pin cable from Main Board to Loader connect right or Fix 45Pin 8Pin 4Pin cable not Replace Loader Trouble shooting Chart 5 7 Trouble shooting Chart Tuner FM does not work Tuner FM does not work Check voltage at 028 C electrode No 5 on Main Board whether normal Refer to Power Board XP501 or not Yes Check voltage 3 3V at Tuner module TUN1 Pin8 whether right or HDI Check Main Board tuner power supply Circuit Yes Check Tuner module Pin11 Pin12 normal or not Change the Tuner module Yes Check the 08 25 PIN26 2 Check Main Board U5 power output on Main Board normal or not supply circuit Yes Replace main Board 5 8 AUX in does not work AUX in does not work Check voltage at U18 PIN16 5V on Main Board whether normal or not Check Main Board U18 Pin4 Pin11 signal input whether right or not Check U27 74 4052 whether broken ornot Replace U27 4HC4052 Trouble shooting Chart Refer to Power Board XP501 Check AUX IN connector Check Main Board U5 5 9 MP3 Link does not work MP3 Link does not work Check signal at
23. 4 40 55 Q REVISION LIST Version 1 0 Initial release for HTB3560 12 78 Version 1 1 Initial release for HTB3560K 98 Version 1 2 Initial release for HTB3560 94 Version 1 3 Initial release for HTB3560 40 55
24. 600 200mA 600 200mA MP3 L MIC JACK 100 R6 0 773 100pF 50V NPO 1 2 7 2 Power Board Circuit Diagram for HTB3560 12 K98 94 40 55 540 22 CY506 XP502 4PIN 2 5mm 533 1500pF 1KV R575 0571 470pF 240VAC R540B 22 1 10 PNP MMBT8550CLT1 5 T534 3 230 R578 Alternative 10K L531 HV 055 8153 2 33 CN531 6PIN 2 5mm 70mm 1 1 433V C572 R576 1709 2 433V 0 1uF 50V X7R 1K 4700pF 400VAC 0533 10 200 0 1uF 50V X7R rT 3 2 3 433V 1 4 GND R544 5 5 GND gt OPP 33 2 1 516 6 GND U571A LM358 SO D572 R577 R536 1N4148 22K 1 2M 5 C540 CE535 1 1 BD501 _ 220pF 1KV 820uF 50V R550 KBP306 Alternative Alternative Alternative 153103 amp 33 2K 1 501 502 503 3 2 3 4 C539 1 DV X7R R574 OPP Circuit 100uF 400V 100uF 400V 100uF 400V _ 0 01uF 400V 0531 573 FR207 2A 1000V in CE537 0 1uF 50V X7R 22uF 50V D535 110K 1 1N4148 T581G 5 P GN SO 10K 1 BZX79C12 0532 FR104 1A 400V 6 V U531 OP258EN R540 2 Ll 5 536 100pF 1KV C535 0 1uF S0V X7R FB1 FB90 100MHz U532 BPC 817B ZD561 NO BZX79C33 LIF502 0 1uF 50V X7R R545 R546 R569 2 67K 1 gt NC 1K R561 CE532 BZX79C8V2 1 5K 10uF 50V j M Alternative R533 Q563 2 NC 1N4148 NPN_3DG3904M T5311
25. Home Theater BD Player HTB3560 12 78 K 98 94 40 55 Service Service Service ervice anual TABLE OF CONTENTS Page Location of PCB Boards Version Variation and Repair Scenario Matrix 1 2 Technical 222 1 3 Safety Instruction Warning amp 1 4 DFU Instructiom mna 2 1 Mechanical and Dismantling Instructions 3 1 Software Upgrades 4 4 1 Trouble Shooting 0 2 2 2 2 2 5 1 ring Bagan 6 1 Electrical Diagrams and 5 7 1 Votages and Waveforms for Connection Pins 8 1 Description amp Block Diagrams 0 1105 9 1 Set Mechanical Exploded 4 Part list 10 1 ND TR 11 1 Copyright 2011 Philips Consumer Electronics B V Eindhoven The Netherlands CLASS 1 All rights reserved No part of this publication may be reproduced stored in aretrieval system or transmitted in any form or by any means electronic mechanical photocopying or otherwise without the prior permission of Philips LASER PRODUCT 3141 785 38343 Published by Arya amp Stephen 1246 BU AVM Printed in The Netherlands Subject to modification D H Version 1 3 PCB B
26. IUS Controls MPEG Decoder MP3IN 8 30 ES Jowan 30 TUNER pu a TA51 SIWUR 30 Ricoh 5B700 i 2C 1201 MCU vi a i 5 1K 256Byte SRAM 48KB Flash FRONT PANEL LED 5 char 6202 DISPLAY J KEY LED CONTROL 1 MGND 12 5 5V AGND 35 5V POWER SUPPLY HTB3560 78 BD HTS400W Equal 30 THD Block Diagram Draft FEIER ARC IN DIR RJ45 58416 ibis 30 CVBS Output DMI MPEG Decoder MTK8560 30 dewar 30 30 Ricoh 5B700 E CEC A 1 2 i 1 Am 2122 2 MCU AR 128 EEPROM 6 0160 1K 256Byte SRAM 48KB Flash FRONT PANEL LED 5 char 6202 DI SPLAY 1 ee KEY LED CONTROL m MGND 12V 45V 5V AGND 35 5V POWER SUPPLY 1 1 Front Board Circuit Diagram 1 1 A B 14PIN 1 0mm i i XP3 i a 13 Di MO 5V i 12 i GND R4 0 11 R316 ANC 33 LED i 10 i 12V 9 5 O45V lt lt i 82 1 1 R637 100 VSCLK a a R703 R705 i 8 wn wn 3 7 _ 1 l R641 100 VSDA gt gt 4 7K 4 7K i 6 EIER Et ERR R639 100 VSTB i 5 a te GND U301 i A _ IR DRIVER LED ET6202 GRIDI1 71 i 5 3001 0011 KEY POW GRID1 1 2 i VSDA i VSCLK 111 2
27. JACK602 PIN3 MP3_R 2 ON front board whether normal not Check Main Board U18 74HC4052 PIN2 PIN15 L R signal input right or not Yes Check voltage at U18 74HC4052 PIN16 VDD 5 on Main Board Whether normal or not Trouble shooting Chart Refer to Main Board XP604 Check Main Board C278 C279 R352 R458 Refer to Power Board XP501 Yes Check U27 74HC4052 whether broken Or not Yes Replace U27 74HC4052 Check Main Board U5 5 10 COAX does not work COAX not work in does Check voltage at U27 PIN6 PIN23 3 3V on Main Board whether normal or not Check Main Board U27 CS8416 PIN input signal whether normal or not Yes Check U27 CS8416 whether broken or not Yes Replace U27 CS8416 Trouble shooting Chart Hefer to Power Board XP501 Check Main Board C360 L 1 1 Check Main Board U8 5 11 Trouble shooting Chart Network in does not work Network in does not work Check P1 Pin2 Pin3 Pin5 Pin6 from netting twine normal or not Check netting twine link normal or not Replace P1 6 1 6 1 HTB3560 12 K98 94 40 55 BD HTS 300W Equal 30 THD Block Diagram Draft S CA ASALOADER _ Folow desion WIFI 1Gb 2Gb ER L9829B SANYO 415H09 OPU INEW design DRIVER TPIC2050 we CS8416 solvxaan 30 IN Output MICI AUXIN C S
28. Master Input terminal is PS er supply terminal for Serial Port 3 3V typical IN SET input terminal to disable the driver IC P ur lends pull control input Pull by Lo Open or L at non using pull control function 2 Laser diode control analog signal input 0 to 3V terminal Reguired to set register when use VLDDIN input Open in case of non use analog input 22 IC Capacitance terminal for internal 3 3V core typ O luF 23 DGND Ground terminal for internal digital and analog Tan Cy er supply terminal 9 5V Laser diode for BD 211117 11 11 1 diode for BD output terminal 26 LDD DVD OUT Laser diode for DVD output terminal 27 diode for CD output terminal DP capacitance connection terminal for control system power supply O luF or lager decoupling capacitor should be connected ositive output terminal oul Load negative output terminal IO PS The power supply terminal SV or 12V for Load driver output stages The capacitance connection terminal for pull control gate driver 0 1uF or lager decoupling capacitor should be connected Open at non using pull control function 33 HG PS The capacitance connection terminal for lends pull control 200uF or larger capacitance is recommended Tie PSV at non using pull control function on 1154 a p C Tilt
29. OARD LOCATION VERSION VARIATIONS Type Versions HTB3560 Bc PET MAINBOARD FRONT CONTROL M POWER BOARD M AMPLIFIER BOARD Loaven Component Lever Repair Module Lever Repair X Used Production Specifications Specifications and design are subject to change without notice Region codes The type plate on the back or bottom of the home theater shows which regions it supports Country DVD BD Furope United Kingdom Asia Pacific Taiwan a 83 Latin America Australia New Zealand Russia India China Media formats e AVCHD BD BD R BD RE BD Video DVD Video DVD R RW DVD R RW DVD R R DL CD R CD RW Audio CD Video CD SVCD Picture files MP3 media WMA media DivX Plus HD media USB storage device File formats e Audio mka wav Video divx mp4 mkv mpeg Frmvb rm Picture peg gf Amplifier e Total output power 300W RMS 30 THD e Frequency response 20 Hz 20 kHz 3 e Signal to noise ratio gt 65 dB CCIR A weighted e Input sensitivity e AUX 2V e Music iLink 1 V Video Signal system PAL NTSC HDMI output 4801 5 76 480p 5 76 720p 1080
30. R704 33 3 3V FB712 500 800mA VD3 3V C731 717 0 1uF 25V Y 5V 22uF 16V 0 gt R710 1K C705 15pF 50V NPO C706 15pF 50V NPO Q702 PNP MMBT8550CLT1 R805 47K 0705 12V LL4148 VD3 3V R739 CE723 27K NSV 100uF 16V lt 0701 C714 NPN 3DG3904M VD3 3V O 0 1uF 25V Y 5V gt gt R796 7 PDWN R711 3 1 5 gt gt R712 C713 10K 1 O 1uF 25V Y 5V wu m 220110 00000002 4 5 C733 C732 gm 5245 gt gt zm on STA309A S oOo 5 5 5 5 __________ 0 5 2 4 5 5 lt 2 36 e 14 15 R725 33 CH6A 33 R726 33 CH6B 710 e R798 Pres C725 10K E 47pF SOV NPO 47pF 50oVNPo gt lt C724 O 1uF 25V Y5V R714 FB715 3 3K 500 800mA N C727 E704 5 7285 o lur zsvvsv 220F 16V 0 1uF 25V Y 5V C730 a LUF 25V Y 1uF 25V Y 1200pF 50V X7R 5 5 2 2 R799 0 1 5 CE721 22uF 16V VD3 3V O C717 O 1uF 25V Y5V 1 VD3 3V C718 O 1uF 25V Y5V 7 1 Amplifier Board Circuit Diagram for HTB3560 78 STA518 7 1 TH WAR lt lt 100uF 16V EAPD gt FB713 43 3VO 75 200mA CH5A gt 1 gt CH2A gt WAR lt lt EAPD 43 3V FB714 75 200mA XS703 4PIN 2 5mm YLX AOS ANTO 1 2power control lt lt 69 2
31. Y SHUNT REGULATOR ERROR AMPLIFIER SOFT START INTERNAL UV La COMPARATOR CURRENT LIMIT ADJUST M SHUTDOWN AUTO RESTART CURRENT 4 LIMIT X VOLTAGE HYSTERETIC MONITOR THERMAL SHUTDOWN STOP SOFT OVP START uv LINE BE OSCILLATOR SENSE DC MAX WITH JITTER F REDUCTION F REDUCTION SOFT START PR LOWERS PEt LOWER RS UPPERI CURRENT LIMIT COMPARATOR SOURCE S CONTROLLED TURN ON GATE DRIVER LEADING EDGE SOURCE 5 BLANKING SIGNAL 21 4974 122807 GRO 6 9 10 0534 IC TOP258EN Diagram on Power Board L CONTROL C EXTERNAL CURRENT LIMIT X VOLTAGE 2 MONITOR V FREQUENCY F Ve 0 INTERNAL SUPPLY SHUNT REGULATORY ERROR AMPLIFIER SOFT START 48 v 5 8 V INTERMAL UV lke COMPARATOR CURRENT SHUTDOWN AUTO RESTART HYSTERETIC THERMAL SHUTDOWN STOP SOFT START OSCILLATOR WITH JITTER F HEDUCTION F REDUCTION SOFT START UD 7 DRAIN 0 CL mem CL CURRENT LIMIT COMPARATOR SOURCE 5 CONTROLLED TUAN ON GATE DAIVER PAN LEADING EDGE BLANKING 77 SOURCE 5 Pl 461 1 082 90 7 10 1 Exploded View of HTB3560 12 78 K 98 9
32. ative 5 T531F6 7 6 T501F2 U501 5 TNY179PN 8 4 8T501N 8 o T501D3 CN502 T501G1 8T501N R307 D508 8PIN 2 5mm 80mm 3 2 10 T501P24 1 TJAN aw E pee FR107 1A 1000V 412V 2 2 250 ZD502 6 501 5 3 BZX79C18 D512 M45V OND ROS FR107 1A 1000V o CE508 201202 0506 2200pF 50V X7R 47uF 50V PCON 6 M45V 501 2 8 7 7 on off 514 8 8 GND MBRF 1045 10A 45V 8 T501N Altemative o FR107 1A 1000V 22K D516 505 ES 100 16 504 FR107 1A 1000V4 A7UF 35V T50iG sty D507 Q501 8550 1N4148 0502 100 R509 R504 PNP MMBT8550CLT1 1M 1M 502 R522 0 47uF 63V R511 470 2 2M et ZD503 NY 100K U502 R526 BPC 817B O 1uF 50V X7R BZX79C11 XY CAUTION THE PARTS MARKED W TH A ARE MPORTANT PARTS ON THE SAFETY PLEASE USE THE PARTS NG THE DESI GNATED PARTS NUMBER W THOUT FAIL DVD mode T501 EEL19 U501 TNY 177P 12V D511 FR107 C503 NC R514 NC CE506 470uF 25V CE507 220uF 25V 5 D510 NC CE509 1000uF 16V CE510 NC CE511 470uF 16V BD mode T501 EF25 U501 TNY 179P 12V D511 HER203 C503 1000pF 1kV R514 22 1206 CE506 1000uF 16V CE507 470uF 16V 5 D510 SR360 CE509 2200uF 16V CE510 1000uF 16V CE511 1000uF 16V R518 2 49K 196 CE511 16 Itemative R516 10K R519 2 4K 1 7 4 Amplifier Board Circuit Diagram for HTB3560 12 K98 94 40 55 STA309A
33. e SAC305 and the higher temperatures belong to this Due to lead free technology some rules have to be respected by the workshop during a repair Use only lead free solder alloy Philips SAC305 with order code 0622 149 00106 If lead free solder paste is required please contact the manufacturer of your solder equipment general use of solder paste within workshops should be avoided because paste is not easy to store and to handle Use only adequate solder tools applicable for lead free solder alloy The solder tool must be able o To reach at least a solder temperature of 400 o stabilize the adjusted temperature at the solder tip o To exchange solder tips for different applications Adjust your solder tool so that a temperature around 360 C 380 C is reached and stabilized at the solder joint Heating time of the solder joint should not exceed 4 sec Avoid temperatures above 400 C otherwise wear out of tips will rise drastically and flux fluid will be destroyed To avoid wear out of tips switch off un used equipment or reduce heat Mix of lead free solder alloy parts with leaded solder alloy parts is possible but PHILIPS recommends strongly to avoid mixed solder alloy types leaded and lead free If one cannot avoid clean carefully the solder joint from old solder alloy and re solder with new solder alloy SAC305 e Use only original spare parts listed in the Service Manuals Not listed standard material c
34. ersion information after upgraded Press the Home key on RC select Setup Advanced Version information in order and then press OK Key you will see a interface like below Model HTB3560 78 Version SystemSW x XXx Xx Subsystem SW xx xx xx xx Ethernet EUI64 xx XX XX XX XX XX XX XX For information frequently asked question and software updates visit www philips com support Close 5 1 VFD No display Front Control Board VFD No display Front Control Board Check every supply voltage on Main Board whether normal or not XP9 PING 45V PIN5 12V Yes Check voltage 5V 12V on Power Board at CN502 position and Front Control Board at XP3 10 12 PIN9 45V Check the power key S608 open closed key S611 source key S609 paly pause key S610 on Front Board whether work normally or not Yes Check Front Control Board signals at XP3 Pin8 VSCLK Pin7 VSDA Pin6 VSTB Check whether bad solder exists on XP3 on Front Control Board and U301 of LED Yes Replace U301 Trouble shooting Chart No Refer to XP501 on Power Board Fix the connection XP3 on Front Control Board and XP9 on Main Board Replace MCU U8 on Main Board or replace the Main Board No Check the XP3 ON Front Control Board Pin6 7 8 arrive the condition IC 0301 2 3 4 No Correct connection 5 2 keys do not work keys do not work
35. ews Figure 5 6 Step7 Dismantle Power Board disconnect the connectors XP502 and CN502 on Power Board then remove 5 screws Figure 5 6 Step8 Dismantle Amplifier Board remove 4 screws Figure 5 6 i 1 Figure 6 4 1 Software Upgrade 1 There are 2 ways to software upgrade First Upgrade from USB New folder in root directory of USB and name it UPG Copy upgrade file HTB3560 BIN to the UPG directory then press the HOME key on RC into HOME screen Select Setup Advanced Software update gt USB in order and then press OK key When upgrade file detected select Start to upgrade select Cancel to cancel After upgrading begins a message Do not switch off will show or the product will hang up and upgrading failed After you cancel the product would return setting screen and the software would not be upgraded Second Upgrade from Network Keep the product connect to internet press the HOME key on RC into HOME screen Select Setup Advanced Software update gt Network in order and then press OK key When upgrade file detected select OK to download select Cancel to cancel After the software is downloaded select to upgrade or cancel After upgrading begins a message Do not switch off will show or the product will hang up and upgrading failed After you cancel the product would return setting screen and the software would not be upgraded 2 Check the v
36. following steps have to be done when replacing the defective loader Dismantling of the loader to access the ESD protection point if necessary Solder the ESD protection point Disconnect flexfoil cable from the defective loader Put a paper clip on the flexfoil to short circuit the contacts fig 1 Replace the defective loader with a new loader Remove paperclip from the flexfoil and connect it to the new loader Remove solder joint on the ESD protection point eo FIG 1 y cJ 51 gt 7 1 ATTENTION The laser diode of this loader is protected against ESD solder joint which shortcircuits the laserdiode to ground For proper functionality of the loader this solder joint must be remove after connection loader to the set 121557 ad B P 4 Solder Joint ESD protection point is accessible from top of loader Only applicable for defective loader needed to be sent back to supplier for failure analysis and to support backcharging evidence This is also applicable for all partnership workshops 1 8 Notes Lead Free reguirement for service INDENTIFICATION Regardless of special logo not always indicated One must treat all sets from 1 1 2005 onwards according next rules Important note In fact also products a little older can also be treated in this way as long as you avoid mixing solder alloys leaded lead free So best to always us
37. hould take place as much as possible with a disc loaded inside the player 1 Complete kit ESD3 small tablemat wristband Text below is placed inside the unit on the laser cover connection box extension cable and earth cable shield 4822 310 10671 2 Wristband tester 4822 344 13999 Be careful during measurements in the live voltage CAUTION VISIBLE AND INVISIBLE LASER RADIATION WHEN OPEN AVOID EXPOSURE TO BEAM section The primary side of the power supply including the heat sink carries live mains voltage when you connect the player to the mains even when the player is Off It is possible to touch copper tracks and or components in this unshielded primary area when you Notes Manufactured under licence from Dolby service the player Service personnel must take Laboratories The double D symbol is trademarks of Dolby precautions to prevent touching this area or components Laboratories Inc All rights reserved in this area A lighting stroke and a stripe marked printing on the printed wiring board indicate the primary side of the power supply Never replace modules or components while the unit is on 1 7 Service Hints CAUTION CHARGED CAPACITORS ON THE SERVO BOARD MAY DAMAGE THE DRIVE ELECTRONICS WHEN CONNECTING A NEW DRIVE THAT S WHY BESIDES THE SAFETY MEASURES LIKE SWITCH OFF POWER SUPPLY ESD PROTECTION ADDITIONAL ACTIONS MUST BE TAKEN BY THE REPAIR TECHNICIAN The
38. k la LN Pos 480 005 ALITOSET rus nr Sa 12 12 3 32 SIA 1 529 2 8335 352 3kH CH1 1 004 5 005 1 55V 13 Pin22 TH WAR Tek Stop M Pos 0 0005 AUTOSET FFT 12 1 2 00 1 837 3 21 305 45 35kHz zh CHT 1 00 50 015 1 87 XP13 Pin3 AOSDATA1 Tek JL 9 Stop AUTOSET 4 Pos 0 0006 nos CHI A 440mv 17 3my FSH 50 0005 50205 20 00MHz CHT 1 00 M 2 5045 CHI 7 154 8 3 XP13 2 AOLRCK XP13 Pin23 PDWN Tek e Stop Pos 14 00 us AUTOSET Tek Mim Stop M Pas 0 0005 Measure 2 sir nmi i sime S 1 CH 22 680 1145 44 10kHz CHT 1 00V 1006 CHI 7 1751 200 500115 CHT 7 3537 9 1 U1 Main IC MT8560 BAAG Functional Block Diagram NAND DDR3 1GB AN 2CH gt 18560 Motor Driver HD SD Decode Component 810MHz ARM11 CVBS 400MHz AudioDSPx3 HDMI 1 4 Ethernet 9 2 U1 Main IC MT8560 BAAG Pin Assignment 1 2 E 4 5 amp T 10 11 12 14 15 16 17 w 3 5 m 3 d F H 5 VDATA UT c hai n UTD a ELI ar VOUTO Li 5 i 3 PXOU 1 3 T2 TI VOUTO 0
39. n rn m rn lt 0 rn c m Q3X44VN SV 3503 39 1934 3413 30 SI 2 MA Cn Q 8 064 COSY GOGA 7068 6522 0502 CE up 40 AU0300 PWC1C 1 9 1 10 Power Supply Print layout top side for HTB3560 78 TS 7 10 7 11 7 11 Amplifier Board Print layout top side for HTB3560 12 K98 94 40 55 7 12 Amplifier Board Print layout bottom side for HTB3560 12 K98 94 40 55 T e e a mA NNA 7 12 7 13 7 13 Amplifier Board Print layout top side for HTB3560 78 J e ey soir ra 7 14 7 14 Amplifier Board Print layout bottom side for htb3560 78 O 0877 ee VS 5 25 ry 8 1 Voltages for per connection pin P9 From Main Board Connect to Front Board PinAssin Remarks t JReevd 2 jReeved OND 6 4755 25 8 9 NDSIB 9 1 ROUT 3 14 9 6 XP13 From Board Connect to Amp Board PinAssin 25 6 8 9 5 LIC 1 GND 12 13 AMPRST 8 18 GND 9060 20 POWER deraing 2 2 2 Reserved ____ 22 IHWAR 02 23 24 BKNDERR
40. ommodities has to be purchased at external companies e Special information for BGA ICs always use the 12nc recognizable soldering temperature profile of the specific BGA for de soldering always use highest lead free temperature profile in case of doubt lead free BGA ICs will be delivered in so called dry packaging sealed pack including a silica gel pack to protect the IC against moisture After opening dependent of MSL level seen on indicator label in the bag the BGA IC possibly still has to be baked dry This will be communicated via AYS website Do not re use BGAs at all e For sets produced before 1 1 2005 containing leaded soldering tin and components all needed spare parts will be available till the end of the service period For repair of such sets nothing changes e On our website www atyourservice ce Philips com You find more information to BGA de soldering baking instructions Heating profiles of BGAs and other ICs used in Philips sets You will find this and more technical information within the magazine chapter workshop news For additional questions please contact your local repair helpdesk 2 1 EN Before using your product read all accompanying safety Information MS Sebelum menggunakan produk anda baca semua maklumat keselamatan yang disertakan ZH ZH
41. track chapter or file n radio mode select a preset radio station Stop 4 Eject Open Close Stop play Press and hold for three seconds to open or close the disc compartment or eject the disc 4 gt gt Fast Backward Fast Forward Search backwards or forward Press repeatedly to change the search speed lt J Volume Increase or decrease volume 1 tt SOUND SETTINGS Access or exit sound options 2 Alphanumeric buttons Enter values or letters using SMS style entry 13 REPEAT Select or turn off repeat mode TOP MENU Access the main menu of a disc z OPTIONS e Access more play options while playing a disc or a USB storage device n radio mode set a radio station Play Start or resume play 11 Pause Pause play amp Mute or restore volume AUDIO Select an audio language or channel SUBTITLE Select subtitle language for video Color buttons Select tasks or options for Blu ray discs 3 1 Mechanical and Dismantling Instructions Dismantling Instruction Detailed information please refer to the model set The following guidelines show how to dismantle the player Step1 Remove 6 screws around the Top Cover and then remove the Top Cover Figure 1 Figure 1 Step2 If it is necessary to dismantle Loader or Front Panel the Front door should be removed first Figure 2 Method A Turn on the power
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