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DVD /CD TUNER TV/ L1/L2 DIRECT PLAY FM/AM/ST. 1 2 3 4 5 DISC SKIP EXCHANGE OPEN/CLOSE STANDBY/ON ORDER NO. VOLUME TIMER CD MODE DISC 1 2 3 4 5 RRV2785 PHONES DOWN UP XV-HTD530 DVD/CD RECEIVER XV-HTD530 XV-HTD630 THIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL(S) AND TYPE(S). Model Type Power Requirement Regional restriction codes (Region No.) XV-HTD530 KUCXJ AC120V 1 XV-HTD630 KUCXJ AC120V 1 Remarks For details, refer to "Important symbols for good services" . PIONEER CORPORATION 4-1, Meguro 1-chome, Meguro-ku, Tokyo 153-8654, Japan PIONEER ELECTRONICS (USA) INC. P.O. Box 1760, Long Beach, CA 90801-1760, U.S.A. PIONEER EUROPE NV Haven 1087, Keetberglaan 1, 9120 Melsele, Belgium PIONEER ELECTRONICS ASIACENTRE PTE. LTD. 253 Alexandra Road, #04-01, Singapore 159936 PIONEER CORPORATION 2003 T-ZZR JULY 2003 printed in Japan 1 2 3 4 SAFETY INFORMATION A This service manual is intended for qualified service technicians; it is not meant for the casual do-it-yourselfer. Qualified technicians have the necessary test equipment and tools, and have been trained to properly and safely repair complex products such as those covered by this manual. Improperly performed repairs can adversely affect the safety and reliability of the product and may void the warranty. If you are not qualified to perform the repair of this product properly and safely, you should not risk trying to do so and refer the repair to a qualified service technician. B WARNING This product contains lead in solder and certain electrical parts contain chemicals which are known to the state of California to cause cancer, birth defects or other reproductive harm. Health & Safety Code Section 25249.6 – Proposition 65 NOTICE (FOR CANADIAN MODEL ONLY) Fuse symbols (fast operating fuse) and/or (slow operating fuse) on PCB indicate that replacement parts must be of identical designation. REMARQUE (POUR MODÈLE CANADIEN SEULEMENT) C Les symboles de fusible (fusible de type rapide) et/ou (fusible de type lent) sur CCI indiquent que les pièces de remplacement doivent avoir la même désignation. (FOR USA MODEL ONLY) 1. SAFETY PRECAUTIONS The following check should be perfor med for the continued protection of the customer and ser vice technician. LEAKAGE CURRENT CHECK Measure leakage current to a known ear th ground (water pipe, conduit, etc.) by connecting a leakage current tester such as Simpson Model 229-2 or equivalent between the ear th ground and all exposed metal par ts of the appliance (input/output terminals, screwheads, metal overlays, control shaft, etc.). Plug the AC line cord of the appliance directly into a 120V AC 60 Hz outlet and turn the AC power switch on. Any current measured must not exceed 0.5 mA. D Leakage current tester Device under test E Reading should not be above 0.5 mA Test all exposed metal surfaces Also test with plug reversed (Using AC adapter plug as required) Earth ground ANY MEASUREMENTS NOT WITHIN THE LIMITS OUTLINED ABOVE ARE INDICATIVE OF A POTENTIAL SHOCK HAZARD AND MUST BE CORRECTED BEFORE RETURNING THE APPLIANCE TO THE CUSTOMER. 2. PRODUCT SAFETY NOTICE Many electrical and mechanical parts in the appliance have special safety related character istics. These are often not evident from visual inspection nor the protection afforded by them necessarily can be obtained by using replacement components rated for voltage, wattage, etc. Replacement par ts which have these special safety character istics are identified in this Service Manual. Electr ical components having such features are identified by marking with a on the schematics and on the parts list in this Service Manual. The use of a substitute replacement component which does not have the same safety characteristics as the PIONEER recommended replacement one, shown in the parts list in this Service Manual, may create shock, fire, or other hazards. Product Safety is continuously under review and new instructions are issued from time to time. For the latest infor mation, always consult the current PIONEER Service Manual. A subscription to, or additional copies of, PIONEER Ser vice Manual may be obtained at a nominal charge from PIONEER. AC Leakage Test F XV-HTD530 2 1 2 3 4 5 6 7 8 [ Important symbols for good services ] In this manual, the symbols shown-below indicate that adjustments, settings or cleaning should be made securely. When you find the procedures bearing any of the symbols, be sure to fulfill them: A 1. Product safety You should conform to the regulations governing the product (safety, radio and noise, and other regulations), and should keep the safety during servicing by following the safety instructions described in this manual. 2. Adjustments To keep the original performances of the product, optimum adjustments or specification confirmation is indispensable. In accordance with the procedures or instructions described in this manual, adjustments should be performed. 3. Cleaning For optical pickups, tape-deck heads, lenses and mirrors used in projection monitors, and other parts requiring cleaning, proper cleaning should be performed to restore their performances. B 4. Shipping mode and shipping screws To protect the product from damages or failures that may be caused during transit, the shipping mode should be set or the shipping screws should be installed before shipping out in accordance with this manual, if necessary. 5. Lubricants, glues, and replacement parts Appropriately applying grease or glue can maintain the product performances. But improper lubrication or applying glue may lead to failures or troubles in the product. By following the instructions in this manual, be sure to apply the prescribed grease or glue to proper portions by the appropriate amount.For replacement parts or tools, the prescribed ones should be used. C CONTENTS D SAFETY INFORMATION......................................................................................................................................2 1. SPECIFICATIONS .............................................................................................................................................5 2. EXPLODED VIEWS AND PARTS LIST.............................................................................................................6 2.1 PACKING ....................................................................................................................................................6 2.2 EXTERIOR SECTION ................................................................................................................................8 2.3 FRONT PANEL SECTION ........................................................................................................................10 2.4 TABLE MECHANISM SECTION ...............................................................................................................12 2.5 TRAVERSE MECHANISM ASSY-S ..........................................................................................................14 3. BLOCK DIAGRAM AND SCHEMATIC DIAGRAM ..........................................................................................16 3.1 BLOCK DIAGRAM DVD SECTION...........................................................................................................16 3.2 BLOCK DIAGRAM MAIN SECTION.........................................................................................................18 3.3 OVERALL WIRING DIAGRAM .................................................................................................................20 3.4 TRSB, SSRB, LOMB and SSIB ASSYS ...................................................................................................22 3.5 DVDM ASSY (1/4) ....................................................................................................................................24 3.6 DVDM ASSY (2/4) ....................................................................................................................................26 3.7 DVDM ASSY (3/4) ....................................................................................................................................28 3.8 DVDM ASSY (4/4) ....................................................................................................................................30 3.9 FM/AM TUNER MODULE.........................................................................................................................32 3.10 AF ASSY (1/4) ........................................................................................................................................34 3.11 AF ASSY (2/4) ........................................................................................................................................36 3.12 AF ASSY (3/4) ........................................................................................................................................38 3.13 AF(4/4), DIODE L and DIODE S ASSYS................................................................................................40 3.14 6CH AMP ASSY .....................................................................................................................................42 3.15 DSP ASSY (1/2) .....................................................................................................................................44 3.16 DSP ASSY (2/2) .....................................................................................................................................46 3.17 AMP TRADE, DSP TRADE, VIDEO JACK and PRIMARY ASSYS ........................................................48 E F XV-HTD530 5 6 7 3 8 1 2 3 4 3.18 DISPLAY, JOG, DISC KEY, HP MIC and FUNCTION KEY ASSYS....................................................... 50 3.19 DVDM WAVEFORMS............................................................................................................................. 52 4. PCB CONNECTION DIAGRAM ..................................................................................................................... 53 4.1 TRSB, SSRB and LOMB ASSYS............................................................................................................. 54 4.2 SSIB and DVD TRADE ASSYS................................................................................................................ 55 4.3 DVDM ASSY ............................................................................................................................................ 56 4.4 AF ASSY .................................................................................................................................................. 58 4.5 6CH AMP, DIODE S and DIODE L ASSYS.............................................................................................. 62 4.6 DSP, DSP TRADE and AMP TRADE ASSYS .......................................................................................... 64 4.7 VIDEO JACK and PRIMARY ASSYS....................................................................................................... 66 4.8 DISPLAY, JOG, DISC KEY, HP MIC and FUNCTION KEY ASSYS......................................................... 68 4.9 FM/AM TUNER MODULE ........................................................................................................................ 72 5. PCB PARTS LIST ........................................................................................................................................... 73 6. ADJUSTMENT ............................................................................................................................................... 81 6.1 TUNER SECTION .................................................................................................................................... 81 6.2 ADJUSTMENT ITEMS AND LOCATION ................................................................................................. 82 6.3 JIGS AND MEASURING INSTRUMENTS............................................................................................... 82 6.4 NECESSARY ADJUSTMENT POINTS ................................................................................................... 83 6.5 TEST MODE ............................................................................................................................................ 84 6.6 MECHANISM ADJUSTMENT .................................................................................................................. 85 7. GENERAL INFORMATION ............................................................................................................................. 87 7.1 DIAGNOSIS ............................................................................................................................................. 87 7.1.1 TEST MODE ...................................................................................................................................... 87 7.1.2 DISPLAY SPECIFICATION OF THE TEST MODE............................................................................ 89 7.1.3 FUNCTIONAL SPECIFICAION OF THE SHORTCUT KEY .............................................................. 90 7.1.4 SPECIFICAION OF MODEL INFORMATION DISPLAY .................................................................... 91 7.1.5 FUNCTIONAL SPECIFICAION OF THE SERVICE MODE ............................................................... 92 7.1.6 MECHANICAL ERROR HISTORY..................................................................................................... 93 7.1.7 ID NUMBER AND ID DATA SETTING ............................................................................................... 97 7.1.8 TROUBLE SHOOTING .................................................................................................................... 100 7.1.9 DSP TROUBLE SHOOTNG ............................................................................................................ 105 7.1.10 POWER ON SEQUENCE.............................................................................................................. 109 7.1.11 WAVEFORM POINTS LOCATION................................................................................................. 110 7.1.12 PROTECTION CIRCUIT................................................................................................................ 112 7.1.13 DISASSEMBLY.............................................................................................................................. 117 7.2 PARTS.................................................................................................................................................... 131 7.2.1 IC ..................................................................................................................................................... 131 7.2.2 DISPLAY.......................................................................................................................................... 145 7.2.3 CLEANING ...................................................................................................................................... 146 8. PANEL FACILITIES ...................................................................................................................................... 147 A B C D E F XV-HTD530 4 1 2 3 4 5 6 7 8 1. SPECIFICATIONS A Amplifier Section Power Supply Section ............... Continuous Power Output (RMS): Front,center,surround .....100 W per channel (1 kHz,10 %T.H.D.,6 Ω) Subwoofer ....100 W (100 Hz,10 %T.H.D.,6 Ω) AC 120 V,60 Hz Power consumption ....................... 180 W Power consumption in standby ...................... 0.4 W Continuous Power Output : Front,center,surround .....78 W per channel (1 kHz,1 %T.H.D.,6 Ω) Subwoofer .....78 W (100 Hz,1 %T.H.D.,6 Ω) Miscellaneous Dimensions ... 420 (W)x 125 (H)x 448 (D)mm/ 16-9/16 (W)x 4-15/16 (H)x 17-5/8 (D)in. Weight .................... 9.8 kg/21 lb 10 oz B Disc section Digital audio characteristics ........ DVD fs:96 kHz,24-bit Type ......DVD system,video CD system and compact disc digital audio system Frequency response ........... 4 Hz to 44 kHz Wow and Flutter ....... Limit of measurement (± 0.001 %W.PEAK)or less (EIAJ) Supplied Items Remote control Unit .............................................................. AA/R6P dry cell batteries ...................................................... AM loop antenna ................................................................... FM antenna ........................................................................... Video cord (yellow) ................................................................ Power cord ............................................................................ ............................................... Operating instructions ............................................... 1 2 1 1 1 1 2 Warranty card ........................................................................ 1 C Tuner Section FM tuner section Frequency range............. 87.5 to 108 MHz Antenna.................. 75 Ω,unbalanced AM tuner section Frequency range With 9 kHz step......... 531 kHz to 1,602 kHz With 10 kHz step........ 530 kHz to 1,700 kHz Note: • Specifications and design subject to possible modification without notice, due improvements. * Manufactured under license from Dolby Laboratories. “Dolby”, “Pro Logic”, and the double-D symbol are trademarks of Dolby Laboratories. ** “DTS” and “DTS Digital Surround” are registered trademarks of Digital Theater Systems, Inc. Antenna..................... Loop antenna Accessories D Remote Control Unit x 1 (AXD7353 : HTD530) (AXD7354 : HTD630) STANDBY/ON Video Cord x 1 (ATB7009) (VDE1065) Yellow (L=1.5m) L1/L2 TV TUNER LINE DVD AUDIO SUBTITLE ANGLE ZOOM AUTO ROOM SETUP SURROUND ADVANCED BASS MODE AM Loop Antenna x 1 (ADH7004) OPEN/CLOSE FM/AM DVD/CD FM Antenna x 1 VIR.SB DIALOGUE MUTE E VOLUME SYSTEM SETUP TOP MENU TUNE DVD MENU HOME MENU ST ST ENTER SOUND MODE RETURN TUNE QUIET/ MIDNIGHT AA/R6P Dry Cell Batteries x 2 FOLDER Power Cord x 1 (ADG7021) FOLDER PROGRAM REPEAT RANDOM CLEAR TEST TONE CH LEVEL TIMER DISPLAY DIMMER DISC 1 DISC 2 DISC 3 DISC 4 DISC 5 CD MODE DISC SKIP ENTER SHIFT 5.1ch DVD SURROUND SYSTEM This illustration shown by XV-HTD530 F XV-HTD530 5 6 7 5 8 1 2 3 4 2. EXPLODED VIEWS AND PARTS LIST NOTES: A Parts marked by "NSP" are generally unavailable because they are not in our Master Spare Parts List. The mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation. Screws adjacent to mark on product are used for disassembly. For the applying amount of lubricants or glue, follow the instructions in this manual. (In the case of no amount instructions, apply as you think it appropriate.) 2.1 PACKING 3 4 B 7 10 12 5 14 6 C 2 8 1 13 9 FRONT D 11 E 15 F XV-HTD530 6 1 2 3 4 5 6 7 8 PACKING parts List Mark No. Description > 1 2 3 4 NSP 5 Power Cord Video Cord (L = 1.5m) Remote Control Unit Battery Cover Dry Cell Battery (R6P, AA) 6 7 8 FM Antenna AM Loop Antenna Operating Instructions (English) Operating Instructions (French) 9 Mark No. Part No. ADG7021 VDE1065 See Contrast table(2) AZN7933 VEM1031 Description Part No. NSP 10 Warranty Card ARY7045 NSP 11 Polyethylene Bag Z21-038 A (0.03 x 230 x 340) ADH7004 ATB7009 ARB7294 12 Packing Sheet AHG7010 13 Front Pad HTM AHA7412 14 15 Rear Pad HTM Packing Case HTM AHA7413 See Contrast table(2) ARC7516 B (2) CONTRAST TABLE XV-HTD530/KUCXJ and XV-HTD630/KUCXJ are constructed the same except for the following : Mark No Symbol and Description XV-HTD530/KUCXJ XV-HTD630/KUCXJ 3 Remote Control Unit AXD7353 AXD7354 15 Packing Case HTM AHD8231 AHD8232 C D E F XV-HTD530 5 6 7 7 8 1 2 3 4 2.2 EXTERIOR SECTION 45 A 49 42 36 49 49 52 49 49 49 46 34 46 34 B 52 37 22 50 44 50 7 48 48 C E D C 14 P 23 H M F 48 2 N 10 D 53 A 48 M 48 47 48 27 29 28 51 4 L 48 K G 48 48 J D G 38 3 I 5 48 G J 18 19 I 25 L K 48 H A 11 17 15 O L Refer to "2.4 TABLE MECHANISM SECTION". F 32 48 50 F 6 47 XV-HTD630 ONLY 50 48 50 50 43 16 30 B 49 M E I 26 B D C 48 48 48 21 24 E 1 M 33 31 48 H 48 48 48 8 12 35 20 J E 48 31 Q 58 55 58 59 13 54 55 K 58 59 55 51 M 9 41 39 40 57 48 57 58 F Refer to "2.3 FRONT PANEL SECTION". 58 56 58 56 XV-HTD530 8 1 2 3 4 58 CONTACT SIDE 58 NON-CONTACT SIDE 51 5 6 7 8 EXTERIOR SECTION parts List Mark No. Description 1 2 3 4 5 > > DVDM Assy DSP Assy AF Assy DIODE L Assy DIODE S Assy Mark No. Part No. SSIB Assy PRIMARY Assy DISPLAY Assy AMP TRADE Assy DSP TRADE Assy AWU8157 AWU8057 AWU8058 AWU8059 AWU8060 11 12 13 14 15 VIDEO JACK Assy DVD TRADE Assy 6CH AMP Assy FM/AM TUNER Module Power Transformer (T1) AWU8061 AWU8072 AWM7720 AXQ7228 ATS7354 16 17 Fuse (FU1 : 6.3A/125V) 30P F.F.C/60V (DVDM CN953 - AF CN5105) 17P F.F.C/30V REK1069 ADD7414 32 33 34 NSP 35 36 Fan Cover HTM Disc Guard Mech. Spacer(T1.5) PC Support Rotary Tray AMR7451 PNM1245 VEB1339 VEC1749 VNK4923 37 NSP 38 39 40 41 Bonnet Cushion PCB Support Tray Cap Assy HTM Tray Cap HTM Name Plate XEB3027 XEC3020 AXG7199 AAK8099 VAM1129 42 43 44 45 46 47 48 49 50 Bonnet HTM Speaker Label HTM 65 Label Screw Screw Screw Screw Screw Screw AZN7932 AAX7976 ARW7050 ABA7069 ABA7094 ASZ40P060FMC BBZ30P060FMC BBZ30P060FZK BPZ30P100FZK 51 52 53 54 55 Screw Screw Screw DC Fan Motor FET Bracket A IPZ30P080FMC VPZ30P100FZK Z39-019 AXM7025 ANG7418 Fan Plate Heat Sink Screw Screw ANG7462 ANH7166 BBZ30P140FMC BBZ30P300FZK ADD7410 13P F.F.C/30V ADD7411 (AF CN5701 - TUNER CN201) 27P F.F.C/60V ADD7412 (AF CN5711 - DISPLAY CN5721) Chassis HTM ANA7153 20 NSP 21 22 23 24 25 26 Rear Panel HTM WAL Mecha Frame HTM Front Frame HTM DSP Holder HTM DVD Angle HTM See Contrast table(2) ANG7451 ANG7452 ANG7455 ANG7457 27 PCB Angle XNG3057 Part No. AEC7370 AEC7469 AEC7477 AMR7450 (AF CN5103 - VIDIO JACK CN8001) 19 Description Push Rivet Barrier A HTM Wire Saddle PCB Holder HTM AWM7814 AWX8251 See Contrast table(2) AWU8070 AWU8071 6 7 8 9 10 18 28 29 30 31 56 NSP 57 58 59 A B C D (2) CONTRAST TABLE XV-HTD530/KUCXJ and XV-HTD630/KUCXJ are constructed the same except for the following : Mark No Symbol and Description XV-HTD530/KUCXJ XV-HTD630/KUCXJ 3 AF Assy AWU8074 AWU8075 22 Rear Panel HTM ANC8203 ANC8237 E F XV-HTD530 5 6 7 9 8 1 2 3 4 2.3 FRONT PANEL SECTION A 6 19 A 19 19 T 1 3 A B S 9 21 7 12 20 14 19 16 (1/2) R 11 15 20 18 C 2 17 13 16 (2/2) 19 D 8 Q 5 10 19 4 E F XV-HTD530 10 1 2 3 4 5 6 7 8 FRONT PANEL SECTION parts List Mark No. 1 2 3 4 5 Description FUNCTION KEY Assy DISC KEY Assy H. P MIC Assy JOG Assy VOL Ring Mark No. Part No. AWU8062 AWU8063 AWU8064 AWU8065 ABH7230 6 7 8 9 10 GND Plate L HTM Top Frame Leg Sensor Cushion VOL Knob HTM ANG7453 XNG3077 AEB7090 XEB3026 AAK8098 11 FL Fiiter HTM AAK8100 Description Part No. 12 13 14 15 Front Panel Assy HTM Disc Button HTM Func. Button HTM Power Cap HTM See Contrast table(2) AAD7701 AAD7702 AAK8095 16 17 18 19 20 Lens HTM Display Window HTM Front Panel HTM Screw Screw AAK8096 See Contrast table(2) AMB7845 BPZ30P100FZK BPZ30P100FMC A B (2) CONTRAST TABLE XV-HTD530/KUCXJ and XV-HTD630/KUCXJ are constructed the same except for the following : Mark No Symbol and Description XV-HTD530/KUCXJ XV-HTD630/KUCXJ 12 Front Panel Assy HTM AXG7217 AXG7218 17 Display Window HTM AAK8101 AAK8173 C D E F XV-HTD530 5 6 7 11 8 1 2 3 4 2.4 TABLE MECHANISM SECTION A 37 (2/6 - 5/6) [Roller Cover] 35 2 CONTACT SIDE 36 NON-CONTACT SIDE 37 (1/6) 28 B 1 29 31 40 43 32 20 33 38 C 4 B 16 39 14 7 18 34 41 30 30 30 14 37 (6/6) [PCB Cover] 14 19 (3/3) 8 14 45 30 6 Refer to "2.5 TRAVERSE MECHANISM ASSY-S". D To DVDM CN121 To SSIB CN2 To SSIB CN1 30 44 30 19 (2/3) 30 3 C 5 A 10 9 21 From DVDM CN123 19 (1/3) 13 To DVDM CN124 11 12 26 E 30 25 30 22 27 24 17 15 23 F 30 XV-HTD530 12 1 2 3 4 5 6 7 8 TABLE MECHANISM SECTION parts List Mark No. NSP NSP NSP NSP NSP Description Part No. 1 2 3 4 5 5C Mech. Base Assy 5C Table Mech. Assy TRSB Assy SSRB Assy LOMB Assy AXA7129 AXA7130 AWU8154 AWU8155 AWU8156 6 7 8 9 10 Traverse Mechanism Assy-S Flexible Cable 24P Flexible Cable 17P Flexible Cable 8P Housing Assy 2P VXX2871 ADD7418 ADD7419 ADD7420 VKP2249 11 12 13 14 15 Slider Motor (LOADING) Motor Pulley Spring Floating Rubber Load Belt VXM1033 PNW1634 VBH1333 VEB1351 VEB1316 16 17 18 19 20 Clamper Plate Mech. Base Clamper Float Base Clamper Holder VNE2251 VNK5340 VNL1935 VNL1933 VNL1939 21 22 23 24 25 Clamp Cam Planet Base Gear Pulley Loading Gear (1) Loading Gear (2) VNL1934 ANW7258 ANW7261 ANW7262 ANW7263 26 27 28 29 30 Drive Gear Change Gear CR cushion T2 Screw Screw ANW7264 ANW7260 XEB3020 BPZ30P100FMC Z39-019 31 32 33 34 35 Motor (TRAY) Flexible Cable (7P) Motor Pulley Tray Belt Rubber Roller DXM1143 VDA1835 PNW1634 VEB1317 VEB1318 36 37 38 39 40 Roller Shaft Slide Table Motor Holder Worm Gear Tray Gear VLL1511 VNK4751 ANW7259 ANW7269 ANW7265 41 42 43 44 45 Screw ••••• Cap TM Stopper Thrust Spring JGZ17P028FMC A B C D E VNL1936 ANG7460 VBH1339 F XV-HTD530 5 6 7 13 8 1 2 3 4 2.5 TRAVERSE MECHANISM ASSY-S A 15 (Torque : 0.12 ± 0.01 N•m) Silicon Adhesive GEM1037 17 8 3 17 10 B 17 10 7 1 6 To DVDM CN101 (Pickup Assy) 12 C 14 4 (Adjustment Screw) 13 9 16 Silicon Adhesive GEM1037 5 Screw Tight GYL1001 D 5 15 (Torque : 0.12 ± 0.01 N•m) To SSIB CN1 (Spindle Motor) 16 2 To SSIB CN2 (Stepping Motor) 11 CONTACT SIDE NON-CONTACT SIDE E F XV-HTD530 14 1 2 3 4 5 6 7 8 TRAVERSE MECHANISM ASSY-S parts List Mark No. Description Part No. 1 2 3 4 5 Spindle Motor Stepping Motor Pickup assy-S Skew Screw Skew Spring VXM1099 VXM1101 OXX8005 VBA1080 VBH1335 6 7 8 9 10 Guide Bar Sub Guide Bar Leaf Spring Joint Spring Support Spring VLL1514 VLL1515 VNC1023 VNC1019 VNC1020 Mechanism Chassis Damper Sheet Spacer Joint 03 Tapping Screw VNE2248 VEB1335 VNL1913 VNL1949 OBA8021 Screw Screw BBZ20P050FZK PMA26P100FMC A B NSP 11 12 13 14 15 16 17 C D E F XV-HTD530 5 6 7 15 8 1 2 3 4 3. BLOCK DIAGRAM AND SCHEMATIC DIAGRAM 3.1 BLOCK DIAGRAM DVD SECTION A E DVDM ASSY IC802 K4S641632F-TC75 64M SDRAM X301 20MHz SPINDLE MOTOR CN1013 OEIC CN121 (24P) B (24P) LD (780) 9 LD (650) 7 Q201,Q202 16 18 86 89 LD1 90 LD2 87 RFSACD 99 SACD_RF Q211,Q212 16 8 B 3 14 C 4 12 B4 21 6 A 10 B3 22 20 F 9 B2 15 PICKUP ASSY-S 6 B1 OUT_DATA D 64 FE DATA 19 21 E 8 C PD (0) 17 IC801 SAA7893HL/C2 SACD IC IC301 STM6316ATXXZ Front End IC PC (6) A RF_SACD SACD_27MHz DSD_PCM_0 108 DSD_PCM_1 109 DSD_PCM_2 110 DSD_PCM_3 111 DSD_PCM_4 113 DSD_PCM_5 114 PCM_LSRS_IN 40 35 AGCINP PCM_LERI_IN 39 21 SYS_CLK PCM_CELF_IN 41 DSD L/PCMDATA0 DSD R DSD C/PCMDATA1 DSD LFE DSD LS/PCMDATA2 DSD RS 3 FOCS DRV 2 C FOCS RTN 1 21 30 TO- 22 31 TO+ 23 34 FO- SPIN 26 24 35 FO+ LOIN+ 40 IC691 TC7WU04FU (1/3) (2/3) (3/3) 1 2 6 5 3 7 IC604 TC7WU04FU X6401 27MHz 120 CN3 (12P) STEPPING MOTOR M D 9 9 H1- 8 10 H2+ 7 11 H2- 6 12 H3+ 5 13 H3- 4 14 ST1+ ST1ST2+ ST2- 3 H1H2+ H2H3+ H3+ 4 2 2 4 1 5 52 CV_OUT 34 20 HU- 11 19 HV+ 12 18 HV- Y_OUT 32 13 17 HW+ C_OUT 33 14 16 HW- ST2+ ST2- IC101 M63018FP FTS Driver 9 SL1+ 1 V+5S 53 PCMDATA0 21 HU+ ST1- 16 54 PCMDATA1 9 2 10 SL1- 4 5 SL2+ 5 6 SL2- 16 R_OUT 27 G_OUT 26 B_OUT 25 V V S_Y S_Y S_C S_C R/Cr R/Cr G/Y G/Y B/Cb B/Cb IC603 VYW2089 Flash ROM IC601 STI5588CVB Back End IC V+5S (4P) PCMDATA2 10 ST1+ 1 CN2 D (17P) H1+ H1+ PIXCLK CN122 (17P) FE DATA CN1 A DATA2 A DATA1 A DATA0 TRKG RTN LOAD DRV TRKG DRV 4 SPDL PDM 44 55 16 IC602 K4S281632D-TC75 SDRAM V+5D SSIB ASSY CN123 SPDIF 57 DOUT DOUT (2P) E 8 ROT DRV 22 IC151 BA5912AFP-Y 6 Carousel Driver 17 5 CN31 (2P) LOAD DRVC 114 PWM2 116 PWM0 CN21 5 PC22 S21 LOADING POSITION DET. SW F + M +3.3V TRAY MOTOR DISC SENS 3 DISC SENS CLAMP DISCSNS 6 LOAD POS 6 2 7 SEDR+ 7 4 8 SEDR+ +3.3V 6 16 +3.3V SEDRV+3D Q191 3 5 6 DISCSNS 4 5 LOAD POS 2 3 TRAY POS 3 V+3D 4 CLAMP TRYPOS Q193 OPENC 8 16 V+3D XV-HTD530 16 1 2 IC411 PQ018EZ01ZP 1.8V Reg. 3 (8P) 5 1 SEDR- S11 DISC CLAMP DET. SW V+1R8_FED V+1R8_FEA CN124 (8P) (7P) 7 TRAY POS 4 CN11 CN12 (7P) System Control 44 42 9 40 C LOMB ASSY B SSRB ASSY A TRSB ASSY PC21 PIO4[1] 9 2 PIO3[3] 1 OPENC LOADING MOTOR LOADLOAD+ PIO4[3] 1 TRYPOS + PIO4[5] M CLAMP 2 – 3 4 1 5 6 7 8 A IC851 DSD1791DBR Audio DAC (L, R) VOUTL+ 3 PDATA DAC L/D0 25 DAC R 24 DSD_L VOUTL– DSD_R VOUTR+ 17 18 13 VOUTR– DAC C/D1 DAC LFE 12 IC861 DSD1702EG Audio DAC (Ls, Rs) DAC LS/D2 4 PCMDATA 2 DSD_L VOUTL DSD_R VOUTR 9 10 IC871 DSD1702EG Audio DAC (C, Lfe) 2 DSD_L VOUTL DSD_R VOUTR 2 1/2 (30P) 1 6 5 2/2 1 FL 3 FR 9 SL B 11 SR 5 C 7 LFE 7 IC781 BA4560F-HT Audio LPF & Amp. 3 1 2 1/2 4 PCMDATA 1 3 CN953 IC761 BA4560F-HT Audio LPF & Amp. 3 1 2 1/2 DAC RS 1 IC741 BA4560F-HT Audio LPF & Amp. 5 7 6 2/2 9 10 6 5 2/2 G CN5105 C 7 IC501 MM1623AF Video Driver Amp. V V S_Y S_Y S_C S_C R/Cr R/Cr G/Y G/Y B/Cb B/Cb 4 6 2 14 10 12 V IN V OUT Y IN Y OUT C IN C OUT Cr IN Cr OUT CY IN CY OUT Cb IN Cb OUT V 23 30 S_Y S_C 26 26 S_C R/Cr 16 24 R/Cr G/Y 20 18 28 V S_Y 21 20 G/Y B/Cb 22 B/Cb D H DVD TRADE ASSY DOUT 21 DOUT DOUT 21 2 DOUT IC901 TC74VHCT125AFT 3V → 5V Converter System Control System Control System Control IC911 TC74VHC08FT 5V → 3V Converter V+12 E 30 V+3R3_FEA V+3R3_FED V+3R3 3 IC421 PQ018EH01ZP 1.8V Reg. 3 V+3D V+5D V+5V V+5 V+6 VDVD+12 30 19 VDVD+12 (19P) VPR+8 6 29 VPR+8 VPR+8 VPR+8 29 1 VPR+8 28 IC431 MM1565AF 5V Reg. 1 1 VDVD+12 CN5106 28 V+1R8_BE CN5104 VDVD+12 Q451 IC401 R1224N102H 3.3V Reg. G G 7 IC441 PQ20WZ11 6V Reg. 3 1 J5105 VPR+8M 27 26 VPR+8M VPR+8M VPR+8M 27 26 2 F VPR+8M CN5108 (4P) CN911 (30P) CN5107 (30P) XV-HTD530 5 6 7 17 8 1 2 3 4 3.2 BLOCK DIAGRAM MAIN SECTION CN5103 (1/2)(30P) E CN8001 (17P) V 28 9 S_Y 30 11 S_C 26 7 V 9 S_Y VIDEO OUT 11 S_C 7 IC201 BA1451F BN201 JA8802 (18P) ANTENNA CN5105 FM/AM TUNER MODULE F G AF ASSY O VIDEO JACK ASSY A S-VIDEO OUT CN953 (4P) CN201 FM 3 1 FMIF IN FM 2 20 AM RF IN R-ch 10 V10 L-ch CN5701 (13P) 11 (13P) Lch 7 7 Rch 5 3 +10V 11 9 VX+10 VIDEO R/Cr 24 5 G/Y 20 1 B/Cb 22 3 R/Cr G/Y B/Cb 5 PR 1 PB 3 Y COMPONENT VIDEO OUT HPL H CN5108 H CN5106 B JA8851 CN5104 (19P) 2 DOUT VDVD+12 19 J5105 VDVD+12 (4P) VPR+8 1 VPR+8M 2 IC3001 BU4052BCF Audio Input Select VPR+8 JA3001 (1/2) 11 4 L C 15 2 TV R AUDIO IN IC5501 PDC111A System µ-com R CN5105 (2/2)(30P) E CN953 DOUT 14 5 L LINE1 13 3 IC3003 (1/2) NJM4558MD Buffer Q3009,Q3005 3 1 10dB Attenuator 2 FL 1 FR 3 SL 9 SR 11 C 5 LFE 7 3 5 4 IC3061 BU4053BCF IC3062 BU4053BCF D LIN 1 2 15 FL 13 12 14 SL 3 5 4 C SW (8P) VE+56 VE+56 3 IC3101 (1/2) NJM4558MD LPF & Gain 2 1 3 CN11 (10P) AC IN AN1 LIVE NEUTRAL 1 2 E CN1 1 T1 POWER TRANSFORMER VFDP 2 GND 3 VH VL 5 VL 6 AC5V 7 AC5V 8 FLAC 9 FLAC 10 AC5V AC5V FLAC2 WIRELESS OUT L 13 X (L ch) R 3 Y (R ch) SW 13 SLIN 15 CIN 9 SWIN 19 FLIN 14 Y0 1 X0 12 PRESL SBLO FLOUT 27 SLOUT 30 COUT 29 SWOUT OUT1 X0 13 X (L ch) 5 3 Y (R ch) IC3201 (2/2) 7 NJM4558MD FL 5 IC3241 (2/2) 7 NJM4558MD 32 SL 3 2 2 3 IC3261 (1/2) 1 NJM4558MD 1 5 7 6 IC3252 (2/2) IC3261 (2/2) NJM4558MD NJM4558MD PRESL MIXL 12 1 X0 14 5 MIXL SBLO IC3731 (2/2) NJM4558MD 7 5 SBLO 6 XV-HTD530 18 1 2 C SW IC3821 (2/2) NJM4558MD Wireless 6dB AMP 5 7 6 Y0 Y1 6 5 6 3 IC3181 BD3814FV E-VOL IC3051 BU4052BCF X1 Y1 6 INN2 C FL Andrew 2 INN1 SL SW IC3801 BU4052BCF JA3801 4 IC3161 (2/2) NJM4558MD LPF & Gain 5 7 6 FLAC1 PRIMARY ASSY F 3 10 FL IC3161 (1/2) NJM4558MD LPF & Gain 2 1 3 VL XV-HTD630 ONLY 11 IC3131 (1/2) NJM4558MD LPF & Gain 2 1 3 VH 4 VL 2 P 1 VH VH VFDP IC3121 BU4066BCF SW Mix / Gain HPL (8P) 3 SBLO CN51 J51 3 4 5 6 7 8 Q DISPLAY ASSY CN5711 13 14 19 21 25 5 6 24 22 7 VE+5 HPR 8 6 10 VD+5 VD+5 2 HPR JA3901 8 6 HPL FUNCTION KEY ASSY VA-12 VA+12 11 JOG J5811 (3P) PHONES B J5803 VA+5 OPTIN 22 23 VA+5 19 3 COAXIAL IN V5D1 8 8 VD+5 9 9 VA+5 12 12 VD+5 DSP ASSY (13P) VD+5 VA+5 VD+5 OPTIN CN5623 43 RX0 V5A 3 IC8201 AK4114VQ DIR & DIT 7 RX7 SDTO 25 DAUX 28 FDTI (19P) C IC8501 DSPD56367PV150 DSP IC8702 TC74VHCT244AFT 3V → 5V Converter IC8701 TC74LVX244FT 5V → 3V Converter CN5613 (23P) 4 2 8 6 12 10 LIN 3 1 8 6 7 5 12 SRO 10 11 9 FLO FRO SLO 11 9 25 LOUT2 26 ROUT2 16 15 15 23 LOUT3 14 13 SW 13 24 ROUT3 20 20 SBRO 18 18 19 17 SBL 19 17 21 LOUT4 22 ROUT4 CN3012 CN3022 (23P) SLIN 20 SRIN 21 14 17 SBR CN3002 (23P) 14 FRIN 17 SLIN 20 SRIN 21 CIN 18 18 19 SWIN 19 2 UN+8V 2 3 UN+8V 3 8 VD+5 9 VA-12 10 VP+15 22 VPR+8 23 VPR+8 20 21 CIN 18 19 SWIN 19 2 UN+8V 2 3 UN+8V 3 8 8 VD+5 8 9 9 VA-12 9 10 10 VP+15 10 22 22 VPR+8 22 23 23 VPR+8 23 M AMP TRADE ASSY (1/2) 5 6 7 (23P) 7 FLOUT 8 16 CH3 IN CH3+VE 18 FROUT 8 SDTI4 12 1 CH1 IN CH1+VE 6 15 CH2 IN CH2+VE 10 18 18 SROUT 19 19 VD+5 16 CH3 IN CH3+VE 18 VA-12 IC3401 STK402-270 Power Amp. 14 14 COUT 15 15 SROUT COUT SWOUT 10 10 SWOUT 11 11 VH- 1 2 BDTO D 3 VH+ 7 FLOUT 8 FROUT VH+ 3 FROUT 4 SLOUT 22 SLOUT 23 SROUT 18 SROUT 19 COUT 14 COUT 15 SWOUT 10 SWOUT 11 12 13 1 2 1 2 VHVH- VH+ VH+ VHVH- 1 CN3301 (23P) FLOUT 12 13 2 V5D1 CN3031 (23P) 7 8 SLOUT 12 13 CDTO SDTI3 3 3 FROUT 4 4 VH+ FDTO SDTO CN3021 CN3011 FLOUT 1 6 15 CH2 IN CH2+VE 10 VPR+8 7 1 22 22 SLOUT 23 23 VP+15 6 SDTI2 V5D1 IC3301 STK402-270 Power Amp. UN+8V 9 SDTI1 IC8901 IC8902 NJM2391DL1-33 NJU7223DL1-18 3V Reg. V3D 1.8V Reg. V1R8 (23P) CH1 IN CH1+VE 14 17 IC8401 AK4529VQ 8ch CODEC CN3001 (23P) FLIN 20 21 18 VPR+8 SR 27 LOUT1 28 ROUT1 SWO 14 FRIN 17 VP+15 SL 7 5 SDTO 14 FLIN VA-12 FR 31 LIN 32 RIN 16 (23P) VD+5 FL 3 1 C CN3032 UN+8V LIN RIN CO SBLO 4 (19P) (19P) 4 2 RIN CN8007 CN5622 (23P) JA8103 10 SDI1 CN8011 (19P) CN5603 DISC KEY ASSY CN8003 (13P) (23P) VD+5 KEY S L CN5621 (23P) (4P) KEY 5951 Remote Sensor Unit CN5612 CN5602 J5805 (5P) TRADE N DSP ASSY 19 VA-12 VA+12 SR IC5651 HEF4794BT LED Driver VA+5 VD+5 2 VD+5 (13P) JOG KEY IC3901 (2/2) NJM4560M HP Amp. 22 23 10 VA+12 IC5601 MSM9202-01 FL Driver 24 22 HPL 11 VA-12 VA-12 25 J5801 (13P) VA+12 21 VA-12 CN5803 VE+5 19 VA+12 T VFDP 14 7 8 L R 3 4 L 22 23 R JA3001 (2/2) 10 11 L LINE1 R AUDIO OUT VH+ VH- TRADE K 6CH AMP ASSY M AMP ASSY (2/2) F XV-HTD530 5 6 7 E SUBWOOFER 14 15 1 2 SURROUND CENTER 18 19 12 13 FRONT SPEAKER VA-12 VD+5 13 SDO3 VE+5 VA+12 VD+5 R JOG ASSY HP MIC ASSY SDO2 VFDP FLAC2 8 VFDP V5601 XAV3020 FL TUBE SDO1 VD+5 FLAC1 7 FLAC2 8 FLAC2 (27P) FLAC1 SDO0 FLAC1 U CN5721 (27P) 7 A 19 8 1 2 3 4 3.3 OVERALL WIRING DIAGRAM A Note : When ordering service parts, be sure to refer to "EXPLODED VIEWS and PARTS LIST" or "PCB PARTS LIST". J DIODE S ASSY (AWU8071) AMP MODULE 6CH (AXQ7242) AMP ASSY K 6CH (AWM7720) I DIODE L ASSY (AWU8070) T1 POWER TRANSFORMER (ATS7354) TRADE ASSY M AMP (AWU8059) PRIMARY ASSY (AWU8057) B POWER CORD (ADG7021) P SYSTEM DOWNLOAD J51 TRSB ASSY (AWU8154) MOTOR (TRAY) (DXM1143) C PICKUP ASSY-S (OXX8005) SPINDLE MOTOR (VXM1099) DVDM ASSY (AWM7814) LOMB ASSY (AWU8156) VNK1277 STEPPING MOTOR (VXM1101) H ASSY D SSIB (AWU8157) F 5C MECH BASE ASSY (AXA7129) TRAVERSE MECHA. ASSY-S (VXX2871) MOTOR (LOADING) (VXM1033) E E 1/4 - E 4/4 D E A ASSY B SSRB (AWU8155) C DVD TRADE ASSY (AWU8072) XV-HTD530 20 1 2 3 4 5 6 7 8 DC FAN MOTOR (AXM7025) JACK ASSY O VIDEO (AWU8061) A XV-HTD630 ONLY B FM/AM TUNER MODULE (AXQ7228) AKE7097 F C G G 1/4 - G 4/4 AF ASSY (XV-HTD630 : AWU8075) (XV-HTD530 : AWU8074) Q DISPLAY ASSY (AWU8058) DSP ASSY (AWX8251) FUNCTION KEY XV-HTD530 5 6 7 E T ASSY (AWU8062) JOG ASSY L L 1/2 - L 2/2 S (AWU8063) DSP TRADE ASSY (AWU8060) DISC KEY ASSY MIC ASSY U HP (AWU8064) R (AWU8065) N D F 21 8 1 2 3 4 3.4 TRSB, SSRB, LOMB and SSIB ASSYS A B TRSB ASSY (AWU8154) E 1/4 CN124 A SSRB ASSY (AWU8155) B C D TRAY MOTOR DXM1143 C LOMB ASSY (AWU8156) CARRIAGE MOTOR (LOADING) : VXM1033 E E 1/4 CN123 F : The power supply is shown with the marked box. A B C XV-HTD530 22 1 2 3 4 5 6 7 8 A (RF) (F) (T) (S) : RF SIGNAL ROUTE : FOCUS SERVO LOOP LINE : TRACKING SERVO LOOP LINE : STEPPING SERVO LOOP LINE PICKUP ASSY-S (OXX8005) B (RF) (RF) (RF) (RF) (RF) (RF) E 1/4 CN121 C (T) (T) (F) (F) D (T) (T) (F) (F) D SSIB ASSY (AWU8157) SPINDLE MOTOR : VXM1099 CN3 E 1/4 E CN122 (S) (S) (S) (S) (S) (S) (S) (S) (S) (S) (S) (S) (S) STEPPING MOTOR : VXM1101 F D XV-HTD530 5 6 7 23 8 1 2 3 4 3.5 DVDM ASSY (1/4) A 7 A CN11 6 B C CN31 C (S) (S) (S) (S) (S) (S) (S) (S) (S) (S) (S) 4 (F) (S) (S) (T) (F) D D CN3 (T) (F) (F) (T) (T) PICKUP ASSY-S CN1013 E (RF) (RF) (RF) (RF) F (RF) (RF) E 1/4 XV-HTD530 24 1 2 3 4 5 6 7 8 A E 1/4 DVDM ASSY (AWM7814) (RF) : RF SIGNAL ROUTE (DVD) (F) (T) (S) : DVD DATA SIGNAL ROUTE : FOCUS SERVO LOOP LINE : TRACKING SERVO LOOP LINE : STEPPING SERVO LOOP LINE B (DVD) E 2/4 (DVD) (DVD) C 3 D 2 Z (RF) (RF) (RF) (RF) (RF) (RF) (RF) (RF) (RF) (RF) (RF) 1 (RF) E F : The power supply is shown with the marked box. E 4/4 E 1/4 XV-HTD530 5 6 7 25 8 1 2 3 4 3.6 DVDM ASSY (2/4) A E 2/4 DVDM ASSY (AWM7807) B (AD) 7 C (AD) (AD) D (DVD) E (AD) (CV) (C) (Y) (Cr/R) (DVD) (Cb/B) (CY/G) (AD) F (DVD) E 2/4 (DVD) XV-HTD530 26 1 2 3 4 5 6 7 8 (DVD) (Cr/R) (CY/G) (Cb/B) (Y) (C) (C/V) (AD) A : DVD DATA SIGNAL ROUTE : VIDEO SIGNAL ROUTE (Cr/R) : VIDEO SIGNAL ROUTE (CY/G) : VIDEO SIGNAL ROUTE (Cb/B) : S VIDEO SIGNAL ROUTE (Y) : S VIDEO SIGNAL ROUTE (Y) : S VIDEO SIGNAL ROUTE (C/V) : AUDIO DATA SIGNAL ROUTE B (AD) (AD) (AD) E 3/4 C (C) E 3/4 (C) (C/V) (Y) (Y) (C) (C/V) (C/V) D (CY/G) (Y) (CY/G) (C) (Cb/B) (C) (C/V) (Cb/B) (Y) (C) (Y) (C/V) (C/V) (Y) (CY/G) (CY/G) (CY/G) (Cb/B) (Cb/B) E (Cb/B) E 4/4 (Cr/R) (Cr/R) (Cr/R) (Cr/R) (Cr/R) F (DVD) (DVD) (DVD) E 1/4 E 2/4 XV-HTD530 5 6 7 27 8 1 2 3 4 3.7 DVDM ASSY (3/4) A B C (AD) E 2/4 E 2/4 (AD) (AD) D E F E 3/4 XV-HTD530 28 1 2 3 4 5 6 7 8 E 3/4 DVDM ASSY (AWM7814) A (AD) B (AD) H CN5107 (AD) (AD) (AD) (AD) C E 4/4 E 2/4 D E (AD) : AUDIO DATA SIGNAL ROUTE F E 3/4 : The power supply is shown with the marked box. XV-HTD530 5 6 7 29 8 1 2 3 4 3.8 DVDM ASSY (4/4) A E 3/4 E 2/4 B C D (FL) (C) (SW) (SL) (AD) (AD) (AD) E E 2/4 F E 2/4, 3/4 E 2/4 E 1/4 (AD) (AD) (AD) E 4/4 XV-HTD530 30 1 2 3 4 5 6 (FL) 7 8 E 4/4 DVDM ASSY (AWM7814) (FL) E 2/4 A (FL) (FL) (FL) B (FL) (FL) (C) (FL) (C) (SW) (SW) (SL) (SL) (SL) (FL) E 2/4 9 10 (CY/G) (Cb/B) (SW) (C) 11 13 C 8 (Cr/R) (C) (C) (SW) G 1/4 CN5105 (FL) 12 (C/V) (C) (SW) (Y) (Cr/R) (CY/G) (C) (SW) (Cb/B) (SW) (Y) (SW) (C) (C/V) (AD) (FL) (SL) (SL) (C) (SL) (SW) : VIDEO SIGNAL ROUTE (Cr/R) : VIDEO SIGNAL ROUTE (CY/G) D : VIDEO SIGNAL ROUTE (Cb/B) : S VIDEO SIGNAL ROUTE (Y) : S VIDEO SIGNAL ROUTE (Y) : S VIDEO SIGNAL ROUTE (C/V) : AUDIO DATA SIGNAL ROUTE : AUDIO SIGNAL ROUTE (Front L ch) : AUDIO SIGNAL ROUTE (Surround L ch) : AUDIO SIGNAL ROUTE (Center ch) : AUDIO SIGNAL ROUTE (Sub Woofer ch) (SL) E (SL) (SL) F E 4/4 XV-HTD530 5 6 7 31 8 1 2 3 4 3.9 FM/AM TUNER MODULE A F FM/AM TUNER MODULE (AXQ7228) B (FM) FM FRONT END (FM) (FM) (FM) (FM) (FM) (FM) C (FM) (AM) (FM) (AM) (FM) D (AM) (AM) (AM) AM RF TUNING BLOCK (AM) OSC : 981 - 2052kHz 9k step E F F XV-HTD530 32 1 2 3 4 5 6 7 8 A : The power supply is shown with the marked box. (TX) (AM) (FM) : TUNER AUDIO SIGNAL ROUTE : AM SIGNAL ROUTE : FM SIGNAL ROUTE (AM) (AM) CN5701 (AM) B (AM) (AM) (TX) (FM) C (AM) (FM) (AM) G 3/4 (AM) (TX) (TX) (TX) (FM) (FM) (TX) (AM) L201 ATE7003 D E F F XV-HTD530 5 6 7 33 8 1 2 3 4 3.10 AF ASSY (1/4) A ASSY G 1/4 AF (XV-HTD630 : AWU8075) (XV-HTD530 : AWU8074) B XV-HTD630 ONLY R5590 ; XV-HTD630 : 82k XV-HTD530 : 47k C CN5613 (FL) (FL) (SL) (SW) N D (FL) (C) (AD) (FL) N CN5612 (AD) E (AD) (AD) (AD) F (FL) (FL) G 1/4 XV-HTD530 34 1 2 3 4 5 6 (Y) (C) (C/V) 7 (Cr/R) : S VIDEO SIGNAL ROUTE (Y) (CY/G) : S VIDEO SIGNAL ROUTE (Y) : S VIDEO SIGNAL ROUTE (C/V) (Cb/B) 8 (AD) : VIDEO SIGNAL ROUTE (Cr/R) (FL) : VIDEO SIGNAL ROUTE (CY/G) (SL) : VIDEO SIGNAL ROUTE (Cb/B) (C) E 3/4 CN911 (AD) A : AUDIO SIGNAL ROUTE (Front L ch) : AUDIO SIGNAL ROUTE (Surround L ch) : AUDIO SIGNAL ROUTE (Center ch) (SW) H : AUDIO DATA SIGNAL ROUTE : AUDIO SIGNAL ROUTE (Sub Woofer ch) DVD TRADE ASSY (AWU8072) Q CN5721 (AD) B C (C) (SL) (SW) (FL) (AD) G 2/4 G 4/4 D (Y) (FL) (SW) G 3/4 (C) (C) (C/V) (FL) (C) (AD) C3068 10/50 10/50 10/50 C3065 C3066 10/50 C3064 C3063 (SW) (SW) (Cb/B) (CY/G) E (SL) (SW) (C) (Y) (C/V) (C) (Cr/R) (Cb/B) (CY/G) 10/50 (AD) 10/50 C3067 (AD) (SL) (SL) (C) (FL) (Cr/R) G 2/4-4/4 (FL) E 4/4 CN953 P G 2/4, 3/4 O J51 F CN8001 : The power supply is shown with the marked box. G 1/4 H XV-HTD530 5 6 7 35 8 1 2 3 4 3.11 AF ASSY (2/4) A ASSY G 2/4 AF (XV-HTD630 : AWU8075) (XV-HTD530 : AWU8074) (FL) (FL) (FL) (FL) (FL) (FL) B (FL) (FL) (FL) (FL) (SL) (FL) (SL) (FL) (SL) (SW) (SW) (FL) (SL) (FL) C (SL) (C) (C) D (SW) (C) (FL) (SW) (C) (C) (SW) G 1/4 (C) E (SW) (SW) (SW) F G 1/4, 3/4 G 2/4 XV-HTD530 36 1 2 3 4 5 6 (FL) (SL) 7 : AUDIO SIGNAL ROUTE (Front L ch) : AUDIO SIGNAL ROUTE (Surround L ch) 8 (C) (SW) : AUDIO SIGNAL ROUTE (Center ch) A : AUDIO SIGNAL ROUTE (Sub Woofer ch) (FL) G 1/4, 3/4, 4/4 (FL) (FL) (FL) (FL) (FL) (FL) B (FL) C (SL) (SL) (SL) (SL) (FL) (FL) (C) (SL) (C) (SW) (SL) (C) (FL) (SW) D (C) (C) (SW) (C) E (SW) (SW) (SW) G 4/4 G 2/4 : The power supply is shown with the marked box. XV-HTD530 5 6 7 F 37 8 1 2 3 4 3.12 AF ASSY (3/4) (TV) A (TV) (TV) (TX) (L1) (FL) (L1) (L1) B (FL) (FL) (FL) (TX) (FL) C (FL) (FL) (FL) XV-HTD630 ONLY (FL) (FL) (TX) (FL) D (TX) E (FL) (FL) (FL) G 1/4 (FL) F G 3/4 XV-HTD530 38 1 2 3 4 5 6 7 8 G 1/4, 2/4 A ASSY G 3/4 AF (XV-HTD630 : AWU8075) (XV-HTD530 : AWU8074) (FL) (FL) (FL) (FL) (FL) (TV) (L1) (TX) : AUDIO SIGNAL ROUTE (Front L ch) : AUDIO SIGNAL ROUTE (TV L ch) : AUDIO SIGNAL ROUTE (LINE 1 L ch) B : AUDIO SIGNAL ROUTE (Tuner L ch) (FL) (FL) C (FL) (FL) D XV-HTD630 ONLY (TX) (TX) CN201 (TX) XV-HTD630 ONLY (TX) F (FL) E R9902 R9901 G 1/4, 2/4, 4/4 F G 3/4 : The power supply is shown with the marked box. XV-HTD530 5 6 7 39 8 1 2 3 4 3.13 AF(4/4), DIODE L and DIODE S ASSYS I J A DIODE L ASSY (AWU8070) DIODE S ASSY (AWU8071) I J To POWER TRANSFORMER (T1) B M CN3011 (FL) C (SW) (C) (SL) E M CN3012 D (FL) 2 5 (C) (SW) (SL) G 2/4 F G 1/4-3/4 G 4/4 I J G 1/4 XV-HTD530 40 1 2 3 4 5 6 7 8 : Refer to "7. 1.12 PROTECTION CIRCUIT". (FL) A : AUDIO SIGNAL ROUTE (Front L ch) (SL) : The power supply is shown with the marked box. : AUDIO SIGNAL ROUTE (Surround L ch) (C) : AUDIO SIGNAL ROUTE (Center ch) (SW) ASSY G 4/4 AF (XV-HTD630 : AWU8075) : AUDIO SIGNAL ROUTE (Sub Woofer ch) (XV-HTD530 : AWU8074) (FL) (FL) (FL) (FL) B 1 7 (FL) (SW) (FL) (SW) (SW) (SW) C (SW) (C) (C) (C) (C) 1 (C) (SL) 7 (SL) (SL) (SL) D (SL) 1 E 7 7 1 4 F G 4/4 XV-HTD530 5 6 7 41 8 1 2 3 4 3.14 6CH AMP ASSY K A 6CH AMP ASSY (AWM7720) To DC FAN MOTOR B M CN3021 2 (FL) (FL) (FL) (SW) (SW) (SW) (C) (C) (C) (SL) (SL) (SL) D M CN3022 C 5 (FL) (C) (SW) 3 (FL) (SL) (C) (SW) (SL) E F (FL) (FL) (FL) (C) (SL) (C) (SL) (C) (SL) (SW) (SW) (SW) K XV-HTD530 42 1 2 3 4 5 6 7 (FL) (SL) (C) (SW) 8 : AUDIO SIGNAL ROUTE (Front L ch) A : AUDIO SIGNAL ROUTE (Surround L ch) : AUDIO SIGNAL ROUTE (Center ch) : AUDIO SIGNAL ROUTE (Sub Woofer ch) B (FL) (C) (C) (FL) (C) C (FL) (FL) (FL) (C) (FL) (FL) (C) (C) (C) (C) (SL) (SW) (SL) E (SW) (C) (FL) (SL) (SL) (SW) (SL) (SL) (C) D (FL) (SW) (SW) (SW) (SW) (C) (SL) (SW) F : Refer to "7. 1.12 PROTECTION CIRCUIT". : The power supply is shown with the marked box. K XV-HTD530 5 6 7 43 8 1 2 3 4 3.15 DSP ASSY (1/2) L 1/2 DSP ASSY (AWX8251) A (L2) (L2) (L2) (L2) B C (AD) (AD) (AD) (AD) (AD) (AD) D (AD) (AD) L 2/2 E (AD) L 1/2 L 2/2 L 2/2 F XV-HTD530 44 1 2 3 4 5 6 7 8 (AD) (L2) (FL) (SL) (C) (SW) : AUDIO DATA SIGNAL ROUTE A : AUDIO SIGNAL ROUTE (LINE 2 COAXIAL) : AUDIO SIGNAL ROUTE (Front L ch) : AUDIO SIGNAL ROUTE (Surround L ch) : AUDIO SIGNAL ROUTE (Center ch) : AUDIO SIGNAL ROUTE (Sub Woofer ch) B (FL) (FL) CN5622 (FL) (AD) (AD) (AD) (AD) (FL) (SL) (SL) (SW) N (AD) (SW) (C) (C) (AD) C (AD) (AD) (AD) D (AD) E (AD) N CN5621 F : The power supply is shown with the marked box. L 1/2 XV-HTD530 5 6 7 45 8 1 2 3 4 3.16 DSP ASSY (2/2) L 2/2 DSP ASSY (AWX8251) A B L 1/2 (AD) (AD) (AD) (AD) C (AD) (AD) (AD) (AD) (AD) D L 1/2 L 1/2 E N F CN5623 L 2/2 XV-HTD530 46 1 2 3 4 5 6 7 8 (AD) A : AUDIO DATA SIGNAL ROUTE B C D E : The power supply is shown with the marked box. F L 2/2 XV-HTD530 5 6 7 47 8 1 2 3 4 3.17 AMP TRADE, DSP TRADE, VIDEO JACK and PRIMARY ASSYS TRADE ASSY N DSP (AWU8060) TRADE ASSY M AMP (AWU8059) (AD) (FL) (SL) (SW) (C) CN3001 (SW) (C) G 1/4 CN5603 L 1/2 CN8007 B (FL) K (AD) G 4/4 CN3031 (AD) L 1/2 CN8003 A (SL) L 1/2 CN8011 CN3002 K (FL) G 1/4 CN5602 (C) (SW) (AD) D G 4/4 CN3032 C (SL) (AD) P PRIMARY ASSY (AWU8057) E (AD) (FL) (SL) (C) (SW) : AUDIO DATA SIGNAL ROUTE : AUDIO SIGNAL ROUTE (Front L ch) : AUDIO SIGNAL ROUTE (Surround L ch) : AUDIO SIGNAL ROUTE (Center ch) : AUDIO SIGNAL ROUTE (Sub Woofer ch) F M N P • NOTE FOR FUSE REPLACEMENT CAUTION - FOR CONTINUED PROTECTION AGAINST RISK OF FIRE. REPLACE WITH SAME TYPE AND RATINGS ONLY. XV-HTD530 48 1 2 3 4 5 6 7 8 O VIDEO JACK ASSY (AWU8061) A (C/V) (C/V) (C/V) (Y) (Y) (Y) (C) (C) (CY/G) G 1/4 CN5103 (PR/R) (C/V) (CY/G) (PB/B) (C) (C/V) (C) B (PB/B) (Y) (PR/R) (Y) (CY/G) (CY/G) (PB/B) (PB/B) (PR/R) (PR/R) (CY/G) (PB/B) DVD DOWNLOAD (PR/R) (CY/G) : VIDEO SIGNAL ROUTE (CY/G) : VIDEO SIGNAL ROUTE (PB/B) (Y) (C) (C/V) : S VIDEO SIGNAL ROUTE (Y) : S VIDEO SIGNAL ROUTE (Y) : S VIDEO SIGNAL ROUTE (C/V) D G 1/4 CN51 (PB/B) : VIDEO SIGNAL ROUTE (PR/R) G 4/4 CN11 (PR/R) C E F : The power supply is shown with the marked box. SYSTEM DOWNLOAD O P XV-HTD530 5 6 7 49 8 1 2 3 4 3.18 DISPLAY, JOG, DISC KEY, HP MIC and FUNCTION KEY ASSYS A B D G 1/4 CN5711 C (FL) (FL) (FL) (FL) (FL) E ASSY R JOG (AWU8065) F S DISC KEY ASSY (AWU8063) Q R S XV-HTD530 50 1 2 3 4 5 6 7 8 SIDE A SIDE B DISPLAY ASSY (AWU8058) Q A TRSB ASSY E CN124 CN11 CN11 1 W11 W12 8 CN12 6 R11 2 8.SEDR7.SEDR+ 6.LOAD POS 5.TRAY POS 4.DISC SENS 3.CLAMP 2.+3.3V 1.GND 8 CN12 5 7 GND FR1S 1 S11 1 AWU8154- 1.TRAY POS 5 1 CLAMP SW 7 5.LOAD POS (ANP7473-A) (ANP7473-A) 2.SEDR+ 3.DISC SENS 4.SEDR- 2 8 8.SEDR7.SEDR+ 6.LOAD POS 5.TRAY POS 4.DISC SENS 3.CLAMP 2.+3.3V 1.GND 1 7 TRSB 5 GND W13 1 5.LOAD POS 6.+3.3V 7.GND 5 CN11 1 AWU8154- 1.TRAY POS 2.SEDR+ 3.DISC SENS 4.SEDR- 1 TRSB 8 A TRSB ASSY A 5 1 6.+3.3V 7.GND B CN12 TRAY MOTOR JOG ASSY FUNCTION KEY ASSY S5861 : VOLUME UP ↔ DOWN S5841 : DVD/CD CN21 S5842 : TUNER (FM/AM/ST.) DISC KEY ASSY Black S5843 : TV/L1/L2 5 S5851 : DISC 1 S5844 : 4 1 (REVERSE) S5852 : DISC 2 S5845 : ¡ ¢ (FORWARD) 2 6 Red Q22 S5846 S5853 : DISC 3 :7 (STOP) 3 4 R24 3 2 4 : 6 (PLAY/PAUSE) S5854 : DISC 4 S5847 R23 1 2 S5855 : DISC 5 R22 TRAY C21 1 POSITION S5856 : DISC SKIP HP MIC ASSY SSRB DISC S5857 : EXCHANGE S5831 : STAND Q21 BY/ON R27 SENSOR AWU8155S5858 : OPEN/CLOSE (0) (ANP7473-A) M +3.3V W25 W24 GND 7 1 5 7 1 4 3 1 2 E S21 AWU8155- (ANP7473-A) B SSRB ASSYU HP MIC ASSY (AWU8064) (FL) (FL) B C FR1S SIDE A C 1 R25 2 1 TRAY POSITION SSRB R26 B W26 POS SW 3 4 1 E C R21 PC21 DISC SENSOR 5.DISC SENS 6.SEDR+ 7.TRAY POS 5 PC22 3.LOAD POS 4.SEDR- GND GND GND CN21 1.GND 2.+3.3V 7.TRAY POS 6.SEDR+ 5.DISC SENS 4.SEDR3.LOAD POS 2.+3.3V 1.GND 1 W27 +3.3V W21 W22 W23 7 CN21 B SSRB ASSY (FL) D E CN123 CN31 SIDE B CN31 (FL) (FL) 1.LOAD+ 2.LOAD- CN31 FR1S LOADING MOTOR M (FL) C31 1 1 2.LOAD1.LOAD+ Label Side LOMB AWU81561 : AUDIO SIGNAL ROUTE (Front L ch) LOADING MOTOR E + + LOMB (ANP7473-A) (ANP7473-A) AWU8156- C LOMB ASSY T A B C F FUNCTION KEY ASSY (AWU8062) : The power supply is shown with the marked box. Q AS B T C U XV-HTD530 5 6 7 51 8 1 2 3 4 3.19 DVDM WAVEFORMS A E DVDM ASSY Note : The encircled numbers denote measuring point in the schematic diagram. Measurement condition : No. 1 to 2 and 8 to 13 : reference A1 (DVD), T2-chp 19, Color -bar 1 IC301-pin 4 (RFOUT) V: 200mV/div. H: 0.1µsec/div. 2 IC301-pin 36 (FG) V: 1V/div. H: 5msec/div. GND B 3 IC301-pin 44 (SPDL_PDM) [PLAY → STOP → PLAY] Brakes ON PLAY [PLAY] Accelerator ON PLAY [PLAY] PLAY V: 2V/div. H: 500nsec/div. V: 2V/div. H: 1sec/div. C [Tray stops] 6 CN122-pin 8, 7, 6 (FTS Driver -A1, A2, A3) V: 2V/div. H: 2msec/div. 4 [STOP] V: 2V/div. H: 500nsec/div. [Tray closing] [Tray opening] [Tray close] CN124-pin 5 (TRAY POS) CN124-pin 7, 8 (Rotating Tray Motor drive voltage) DISC 2 DISC 3 DISC 4 [Tray close] DISC 5 DISC 5 D Elements on larger Rotary tray move Rotary tray move Rotary tray stop Rotary tray stop 7 CN124-pin 4, 5, 6, 3 IC601-pin 114 V: 2V/div. H: 500msec/div. [Tray move] [Tray open] CN124-pin 4 (DISC SENS), CN124-pin 6 (OPEN), CN124-pin 5 (TRAY POS) CN124-pin 3 (CLAMP) V: 2V/div. H: 200msec/div. IC601-pin 114 (ROT_DRV) Loading close STOP Loading open Right-hand E Left-hand Unclamp Clamp V: 2V/div. H: 500msec/div. V: 2V/div. H: 1sec/div. 8 CN953-pin 28 (Composite Video out) V: 1V/div. H: 10µsec/div. V: 2V/div. H: 10µsec/div. CN953-pin 20 (Component Video out-Y) V: 1V/div. H: 10µsec/div. 12 CN953-pin 30 (S Video out-Y) V: 1V/div. H: 10µsec/div. 10 CN953-pin 22 (Component Video out-Pb) V: 2V/div. H: 10µsec/div. 13 CN953-pin 26 (S Video out-C) V: 1V/div. H: 10µsec/div. 11 CN953-pin 24 (Component Video out-Pr) V: 2V/div. H: 10µsec/div. 9 12 9 13 10 F 11 XV-HTD530 52 1 2 3 4 5 6 7 8 4. PCB CONNECTION DIAGRAM A NOTE FOR PCB DIAGRAMS : 1. Part numbers in PCB diagrams match those in the schematic diagrams. 2. A comparison between the main parts of PCB and schematic diagrams is shown below. Symbol In PCB Diagrams Symbol In Schematic Diagrams B C E B C E Part Name 3. The parts mounted on this PCB include all necessary parts for several destinations. For further information for respective destinations, be sure to check with the schematic diagram. 4. View point of PCB diagrams. Connector Capacitor Transistor B C E B C E B C SIDE A E Transistor with resistor B C E D G S D B G S Field effect transistor D G S P.C.Board Chip Part SIDE B Resistor array 3-terminal regulator C D E F XV-HTD530 5 6 7 53 8 1 2 3 4 4.1 TRSB, SSRB and LOMB ASSYS A SIDE B SIDE A A TRSB ASSY A TRSB ASSY E CN124 CN11 CN11 1 W12 CN12 6 R11 2 8.SEDR7.SEDR+ 6.LOAD POS 5.TRAY POS 4.DISC SENS 3.CLAMP 2.+3.3V 1.GND 8 5 1 CLAMP SW 8 7 5 1 5.LOAD POS (ANP7473-A) (ANP7473-A) 6.+3.3V TRAY MOTOR CN21 W25 7 1 4 3 1 2 W24 GND 7 1 5 R26 B W26 1 6 E B SSRB Q21 C 1 DISC SENSOR R27 (ANP7473-A) (ANP7473-A) B SSRB ASSY R23 2 C21 AWU8155- FR1S R24 4 3 4 1 SSRB R22 TRAY POSITION TRAY POSITION 2 3 R25 2 1 1 Q22 2 AWU8155- S21 C POS SW 3 4 DISC SENSOR 5 E Red R21 PC21 5.DISC SENS 6.SEDR+ 7.TRAY POS 3.LOAD POS 4.SEDR- GND 5 PC22 1.GND 2.+3.3V GND GND CN21 Black 7.TRAY POS 6.SEDR+ 5.DISC SENS 4.SEDR3.LOAD POS 2.+3.3V 1.GND 1 W27 +3.3V +3.3V CN21 C 7.GND CN12 M W21 W22 W23 2.SEDR+ 3.DISC SENS 4.SEDR- 2 7 CN12 8 7 5 W11 1 1 GND FR1S 1 S11 7 AWU8154- 1.TRAY POS 8.SEDR7.SEDR+ 6.LOAD POS 5.TRAY POS 4.DISC SENS 3.CLAMP 2.+3.3V 1.GND 1 TRSB 5 GND W13 1 5.LOAD POS 6.+3.3V 7.GND 5 AWU8154- 1.TRAY POS 2.SEDR+ 3.DISC SENS 4.SEDR- 8 CN11 1 TRSB B B SSRB ASSY D SIDE A E CN123 SIDE B CN31 CN31 1.LOAD+ 1 LOADING MOTOR FR1S 2.LOAD- CN31 1 C31 1 E M 2.LOAD1.LOAD+ Label Side LOMB AWU8156- LOADING MOTOR + + LOMB (ANP7473-A) (ANP7473-A) AWU8156- C LOMB ASSY F A B C A B C XV-HTD530 54 1 2 3 4 5 6 7 8 4.2 SSIB and DVD TRADE ASSYS A H SIDE A DVD TRADE ASSY G CN5104 G J5105 CN5106 CN5108 B 4 19 CN5108 1 19 1 2 1 1 4 W125 CN5106 30 W116 W115 W114 CN5107 DVD TRADE ASS'Y AWU8072- 30 1 1 CMK-P3X (ANP7457-D) CN5107 E CN911 C H DVD TRADE ASSY SIDE B VPR+8 VDVD+12 VPR+8 C8892 C8894 GNDM C8893 VPR+8M GNDD DOUT GNDD GNDM VPR+8M SYSCS1 SCLK MDATA GNDD VDET DVDMUTE TXD RTS XVMUTE CTS VDVD+12 RXD RTS SCLK DVDMUTE TXD DVDPOWER SDATA XDVDRST VDET MDATA SYSCS1 ACK DOUT GNDD SYSCS2 19 E 1 SSIB 4 4 AWU8157AWU AWU8157AWU FR1S CN2 12 12 12 17 Contact Side CN3 (ANP7473-A) E CN122 1 C1 GND CN1 1 1 C2 17 1 1 SIDE B 4 1 GNDD GNDD GNDD C8891 DVD TRADE ASS'Y AWU8072- (ANP7457-D) D SSIB ASSY SSIB CN3 STEPPING MOTOR D CN5108 SIDE A INSIDE V+5S GNDS H3- H3+ H2- H2+ H1- H1+ A1 A2 A3 ST2ST2+ ST1+ ST1[ST1+] 1 Contact Side 1 CN2 M CN2 DVDPOWER SDATA SYSCS2 XDVDRST TRKUP ACK GNDD CTS WAKEUP 1 CN5106 D SSIB ASSY 30 RXD CN5107 17 1 Contact Side CN1 M CN1 CN3 (ANP7473-A) SPINDLE MOTOR F H D E D H XV-HTD530 5 6 7 55 8 1 2 3 4 4.3 DVDM ASSY SIDE A SIDE A C103 5 SIDE V+5D Q211 Q212 C212 R213 C202 R203 C304 R968 1 CN953 30 30 UP SIDE CN923 1 R789 R774 C774 C853 C857 D741 C758 R859 R1002 R1001 C870 C854 G C850 R869 LETTER SQUEEZE VSEL2 VSEL1 GNDA SR GNDA SL GNDA LFE GNDA C GNDA FR GNDA 1 FL R773 C773 R794 C794 R793 C793 R758 C756 R757 C755 C757 R735 C874 R858 CN943 1 C797 R737 R738 C877 R736 R790 G CN5102 R966 R965 R964 R722 C571 R571 R591 C1562 R1069 Q762 Q761 D742 D D781 R879 CN904 11 R111 R300 X301 R967 R378 R385 R386 R379 R592 D743 R753 R755 C798 C795 C860 R828 R833 R832 R831 R830 R829 R211 Q201 L390 C393 R204 Q202 R214 R394 100 76 R360 C564 R772 R768 R788 R792 D782 R787 R791 R754 R756 CONTACT SIDE Q741 C851 R843 R844 R878 C871 R1003 C816 C815 C809 CY/G 20 RGB P/XI ASPECT Q742 R4 R3 R1 R2 IC801 R823 C830 C810 R836 C814 C811 C808 R827 R826 R837 E R838 C801 102 C813 R868 - + 1 AD AD 2 +3D W LO LO SW V S CONTACT R201 8 1 4 RFOUT R369 R307 C651 R636 R561 Q763 C1563 R767 R771 R734 R739 C750 C799 R687 R691 R692 R684 CN103 1 C231 C221 C142 42 R131 C134 R135 R392 C390 R769 R611 R607 R608 R618 R760 R770 C863 64 65 C812 R1005 Q782 Q781 R617 R775 R616 R834 R887 R816 C484 R1006 65 C803 C802 102 R1004 103 H F 64 IC801 R819 R820 R884 Cb/B D761 C873 R895 R482 R365 R366 R665 R663 R662 38 R818 C482 R605 R606 R694 R695 R685 R664 R688 C605 IC804 R882 R847 C824 R885 R894 C861 C864 C867 1 R817 4 Q764 1 29 R825 128 128 4 4 R886 R835 R824 30 V SC Cr/R C561 R889 20 55 1 1 C825 1 8 R603 R602 SY R590 R562 C1564 R890 1 38 39 R888 R848 E 5 R807 R801 R813 R812 R804 C807 R672 R689 C659 IC805 2 R815 E R893 24 R621 C614 C649 C600 R600 R881 R880 R810 23 2 11 IC481 R686 30 20 C804 R809 R808 R806 30 C828 10 1 C483 1 R654 R653 C640 R421 R803 R822 R821 R802 2 2 R883 C601 D601 R682 C604 R619 29 39 IC481 C698 C684 1 3 4 5 5R814 R629 R681 1 1 R485 C805 C806 R811 R481 C481 7 R647 C637 R635 C623 208 208 11 11 R839 R805 C827 IC806 R593 R637 R648 R634 R683 C671 R595 R638 R641 1 1 8 1 CN608 E IC804 R644 C421 R640 C661 Q741 IC805 IC806 3 C362 C357 R362 GNDD GNDD R721 R594 C650 R639 C647 R626 C636 4 IC691 156 157 C691 5 157 IC601 C692 L691 R698 CN607 C660 F R364 R652 R651 52 C648 C607 23 105 52 Q722 GNDD GNDD GNDD 1 IC421 C422 C139 C133 C124 C126 C127 C128 C130 C323 C335 53 R628 X601 C305 C211 R969 1 R368 R309 R308 C664 156 Q762 Q761 IC691 IC421 IC601 Q764 Q782 Q781 Q742 9 R363 L361 R657 R656 R655 R346 R344 C348 C342 R398 R397 R675 R610 C619 R658 C652 4 5 L411 L421 C423 C424 C425 ST2ST2+ ST1+ ST1- R192 C102 C135 R123 R935 D928 R338 R342 Q929 D402 R402 C406 C310 C309 R613 R612 C690 R609 1 R124 C121 R389 D923 LOADLOAD+ R924 R923 Q923 R925 R926 Q922 D922 SIDE C151 C644 L641 C461 CN609 2 R461 R336 C R337 R339 R340 C346 10 R354 105 24 23 24 CONTACT SIDE L192 L191 R197 Q193 R151 IC401 R407 R410 11 C407 R416 IC411 IC461 C113 R905 R904 R903 R902 Q911 R984 R932 R934 R933 D926 D925 R400 4 4 3 3 5 L194 L193 R906 R907 R922 R433 IC901 R901 R931 C452 R444 C433 C441 C112 CONTACT SIDE R952 R954 R956 R958 R963 R953 R955 R957 R959 C921 R960 R961 C951 R951 R962 C451 D432 104 C463 C354 C630 IC604 Q763 75 R367 C622 IC604 75 R673 D C382 C377 R384 R383 R382 CN301 2 C373 C301 C681 R697 51 51 R361 53 C409 L402 C388 10 8 R411 C 50 R696 R302 Q928 104 C621 C411 26 C201 C391 C383 NP Q927 C694 C412 C300 1 100 R396 30 C415 RFIN C326 R212 1 R693 C414 Q921 R341 C634 2 C413 B C311 C318 B C306 IC301 50 D R462 C641 R620 C642 C132 C302 Q930 R938 R939 R937 R936 R332 C307 C303 C312 R333 C315 C308 R334 1 IC411 IC461 2 1 2 CN123 25 A R403 C405 Q401 C410 C462 1 R202 Q390 R390 C394 C392 R310 R301 R391 11 C491 22 GNDD LD2 LD1 9 14 D401 R196 A IC201 2 7 1 R409 R408 IC101 R220 R221 R222 C222 R223 Q192 R199 D927 C401 1 1 8 1 C434 Q722 D 1 5 IC441 C442 R443 R442 R441 8 26 Q930 C901 R909 R908 C408 Q921 Q927 Q928 Q401 Q929 14 C403 C404 Q925 CN124 Q926 4 44 1 R102 C114 R101 1 11 IC431 R401 C432 Q193 C 8 R191 R194 8 5 5 Q202 Q212 IC441 IC301 Q923 IC401 Q922 7 C116 C101 21 2 1 CN121 SIDE 17 17 C118 C120 23 25 R921 C431 7 7 Q192 Q201 Q211 Q390 IC431 R982 R918 C902 CONTACT 11 1 C443 1 1 CN122 2424 24 1 1 CN104 44 1 30 1 D431 R981 Q951 CN105 C CN101 24 UP SIDE R451 R983 B 23 UP SIDE Q911 IC101 Q925 Q926 IC901 IC201 UP Q451 CN921 CN121 5 Q451 1 CN901 1 1 V+5S GNDD H1+ H3A1 H3+ A2 H2A3 H2+ H1- B A 12 12 1.INSIDE 1 30 Q951 CN123 5 CN122 2 CN124 30 C CN31 PICKUP ASSY D CN3 1 A CN11 BOTTOM SIDE E DVDM ASSY BOTTOM SIDE A (ANP7480-A) E E XV-HTD530 56 1 2 3 4 5 6 7 8 SIDE B SIDE B E DVDM ASSY A H CN5107 CN911 UP SIDE UP SIDE CN931 CN111 R1012 1 30 IC911 11 1 17 17 22 CN941 1 C232 R1013 HEAT-RESISITANCE PRE-FLAX Q452 1 30 30 30 CONTACT SIDE LF 2424 30 23 23 22 R1011 1 CONTACT SIDE 11 UP SIDE 29 CN911 A B C GNDS V+3D CLAMP DISCSENS TRYPOS OPEN SEDR+ SEDR- 27 28 54 14 1 R417 R625 R422 C626 C639 C625 C643 R630 R666 Q977 D Q746 IC761 Q744 FC D603 R633 R632 C903 R690 R604 R649 R650 R601 ICT R645 R643 R646 IC781 IC861 C764 R762 C767 C768 24 R752 C748 10 11 1 5 8 R896 IC802 IC803 IC851 IC871 R841 28 28 1 27 27 1 R483 C821 C820 C819 C817 R842 R840 C826 IC807 IC802 C818 C872 IC871 8 C822 54 4 20 C823 54 IC803 4 1 5 C875 1 20 C829 1 C744 R742 C856 F 1 10 R866 R865 1 R861 C742 R867 10 1 R872 R871 R870 R744 R746 R748 R782 C784 C862 1 C866 20 11 C876 R845 E C783 R781 C752 10 C865 11 R864 14 IC851 28 R873 R863 R862 C788 C782 IC741 R785 R786 R860 C787 C781 C746 R750 R784 C786 C792 IC861 C785 R783 C749 8 5 4 11 Q603 R413 IC603 C762 1 C791 C754 1 8 C753 20 R414 R415 25 R671 R622 R764 C766 4 R759 C761 C763 R761 14 IC602 Q745 C624 R631 C603 IC501 IC603 R627 Q603 R699 R512 54 1 R846 R874 R875 R876 R642 1 2 3 4 5 6 7 8 9 C R670 C789 IC807 R615 1 0 1 2 3 4 5 6 7 8 9 1 13 0 26 1 1 2 0 1 0 1 2 3 8 R181 C181 15 14 L401 R404 R183 R177 C177 R180 R179 R623 R502 R513 28 R674 F R877 R614 C631 C633 C632 1 R523 R503 28 7 C155 R155 R170 C171 R171 R168 C602 1 2 3 4 5 6 7 8 9 R624 C772 8 1 R779 Q744 C765 R763 15 1 14 R154 R156 R169 R166 R661 R660 R659 R522 C771 R740 Q746 28 R453 VPR+8M SYS_CS2 GNDM SCLK GNDM SDATA GNDD 30.VDVD+12 MDATA VPR+8 GNDD ACK VPR+8 DOUT 10.GNDD VPR+8M 20.GNDD GNDD GNDD VDET DVDPOWER ZERO XDVDRST DVDMUTE SYS_CS1 XVMUTE TXD RXD RTS 1.CTS R911 C912 CONTACT SIDE D924 R355 C620 C628 48 1 5 R178 1 2 3 4 5 6 7 8 9 IC602 Q977 Q745 C741 3 DVDM ASSY R412 C751 R749 R745 R741 R853 R852 C158 R158 C160 R930 R929 R928 R927 C355 27 R543 1 28 C747 R751 R747 C743 C855 C852 R857 R850 C167 R174 IC151 Q531 Q551 Q541 Q521 Q501 Q511 D403 25 25 C163 C176 R176 R175 R173 C174 C635 C627 C638 C629 IC741 4 R405 R1623 R532 14 UP SIDE C501 R501 C511 R511 R977 IC781 C859 C858 1 IC151 AWM7 0 0 0 -A C172 R172 R766 15 R152 R153 C152 26 C182 R182 R167 R765 R851 R856 R855 R854 R157 R159 R164 R165 R142 R143 R163 27 27 Q924 C402 R533 C521 R521 IC761 C769 R431 Q194 R432 Q924 R343 R381 C565 C531 R531 C551 R551 C541 R541 C745 R743 1 C911 R917 14 14 R552 R553 R970 R972 R974 R976 2 Q531 Q551 Q541 Q521 Q501 Q511 R9531 R9551 R9541 R9521 R9501 R9511 D301 C563 C913 R916 R162 C161 R195 R198 R375 R374 C562 8 B R454 R406 R542 R1056 R1057 R1058 R1059 R1060 R1061 R971 R973 R975 1 7 IC911 C313 R373 IC501 CONTACT SIDE CN113 Q194 R126 R128 R329 R328 C381 R370 15 C1056 R380 R376 R914 R330 R331 R345 R387 C1051 C1052 C1053 C1054 C1055 CN114 13 R395 R399 R1970 88 R304 R303 R393 R915 R161 R160 R125 R113 R112 R189 R100 R127 C214 C213 11 R193 Q191 R144 C125 C204 C203 R118 R119 R120 R115 R116 R117 R106 R107 R108 R306 R305 R200 R190 R103 R104 R105 Q191 R452 R912 R913 C200 C210 C199 C215 C205 R110 R109 CN112 R210 Q452 C230 D921 CONTACT SIDE C233 NORMAL SOLDER LEAD FREE SOLDER R388 F (ANP7480-A) E E XV-HTD530 5 6 7 57 8 W101 VDVD+12 1919 58 2 W131 W119 CN5101 W123 W142 W112 30 30 3 W277 W278 W167 W174 W143 Q32 IC82 C3702 W276 C32 1 W173 PCB BINDER W141 5 1 W274 C5575 B 4 W302 4 W303 J12 W130 C8885 J21 W304 W305 5 W280 W282 W281 C23 C16 XPROTECT RYR J5105 IC61 J5105 CN5108 H CN5104 G AF ASSY 1 1 XV-HTD530 4 W497 C3701 C33 C15 W250 W245 C5572 C24 SLIN W504 SRIN W299 R11 W211 W275 W209 W339 W210 W340 C3195 W343 C3196 D31 R3635 CN5711 VA+12 GNDD W401 W445 W402 W400 W472 W444 W443 W442 W441 R3911 R3907 W426 GNDHP HPR GNDA W476 W430 W522 GNDX C3214 W439 GNDD MIC W437 W438 VX+12 W436 W432 DOUT W433 GNDD W477 HPL W429 W431 GNDD(UGRTN) GNDD NP R3912 R3908 MIC W474 VD+5 W427 VA-12 VA+12 W469 W428 W470 HPAC W435 VA-12 C3709 CN51 P J51 CONTACT SIDE VA+12 W471 W473 W514 W440 C3213 W434 W403 FRIN FLIN CIN W399 SWIN W397 GNDA W398 W396 W395 W394 W393 W392 W391 VX+12 W390 W389 DOUT W388 GNDD W387 VE+56 VA-12 W386 W523 GNDA W385 W384 W383 W382 W381 W380 W335 W334 GNDA CN51 CN52 W183 W298 VFL+5 C5576 C67 W499 W279 VP+15 PCB SUPPORT 1 W181 1 UN+8V W270 C12 W342 W180 W297 GNDM R31 DOUT W300 W177 W301 W178 D36 GNDD C25 IC61 D83 W176 W503 D67 D32 W496 VA-12 C5578 VDVD+12 W248 Q32 W182 RYFSC X5501 L5571 W244 W172 GNDD W240 W205 W237 W246 GNDD W247 VE+56 IC82 W145 W206 W202 W204 VE+5 W203 VU+5 W201 W171 03 C35 R35 W144 VE+5 13 R36 R37 C34 W113 DOUT W164 D35 CN5711 W505 CN11 W495 VDVD+12 W124 W239 VE+5 DVDON/OFF W139 W197 D34 CN5105 D33 W140 VE+5 05 123mm W122 W138 W268 W121 W269 1 W294 W111 W117 W137 W271 W110 W272 W109 J21 W295 W136 W135 W129 W108 VDET W165 W107 VE+5 W200 XDVDRST W134 W170 W169 W168 123mm W238 W106 W118 W236 W120 W128 W105 W126 W133 W241 W104 W132 W127 W103 W520 W162 W102 J12 4 CN5104 W296 D22 4 W293 4 POWER Q CN5721 TRANSFORMER D3751 1 2 C3919 1 W291 W249 W163 NP 10 W331 W338 GNDFL C3917 1 W424 W475 4 W198 C3911 C3906 3 FLAC1 W374 3 1 FLAC2 W375 3 1 C3918 2 1 1 W467 C3907 1 CN5106 GNDD W376 C3912 8 W242 C3908 4 C3920 1 G 2 C13 W199 15 E VFL+5 W377 00 1 W166 VFDP W378 CONTACT SIDE 08 H W292 30 18 30 D 18 F W333 CN5102 CN22 W379 1 CN953 W330 1 1 CN13 W332 CN5105 E W468 J 27 I 1 C 27 1 B W513 8 A 1 2 1 4 4.4 AF ASSY SIDE A PCB BINDER A FC DC Prod W510 W506 W4 C84 W347 S W344 W346 S S W349 W345 S W310 S CN11 W3 S VRY+12 W273 W243 W256 W255 W254 W253 W252 W251 W208 W222 W221 W215 PCB BIND C 5 6 7 8 W464 GNDA CN5602 GNDA 61 W371 W329 9 61 W320 W327 8 C3824 1 W326 C3823 W288 W328 2P WIRELESS OUT W370 W369 W323 W325 1 JA3801 W322 8 W290 1 W368 W367 W372 C3115 C3116 C3118 C3111 W319 W287 1 W501 CN5603 W420 W458 W460 9 W373 GNDA W365 W364 61 W321 W317 C3112 C3117 W314 W286 W354 W285 7 C3101 C3131 W289 F CN201 W465 W489 W487 W418 W417 W457 W362 W363 VUA-12 W318 W359 W316 W312 EVOLSWIN W311 W352 W353 W351 W284 W309 W308 W283 1 C3702 C23 C3196 02 41 W366 9 8 W313 04 8 C3701 C3195 R3635 12 R3199 EVOLCIN VRY+12 EVOLSRIN 1 R3200 B C PCB BINDER C5596 UN+8V VH+ R3462 RY3642 W195 W194 W196 L3561 R3561 R3361 CN3031 8 60 R3 23 1 6ch SPEAKER OUT CN3301 W266 RY3643 R3461 R3661 W234 W235 VRY+12 W261 W262 W231 W230 GNDP W158 23 1 E VPR+8 CN3032 W157 23 1 W159 L3362 23 1 W152 W183 GREG 7 60 R3 VH- 1 W498 VA-12 VL+ W161 W160 W155 W190 GNDS RY3641 W191 CONTACT SIDE W193 W185 W184 W214 W213 VL- 10 W211 17 17 W212 VL+ W188 D 7 W187 W154 L3361 27 2 W189 VD+5 W153 R3 8 CN5103 C5595 8 62 6 R3 W156 C W229 R3632 C24 W210 W259 W258 D3633 W192 R3631 VH- FLIN GNDA FRIN CIN SWIN SLIN W186 L3661 W233 3 SRIN VH+ 9 VL- L3462 4 W217 C3632 8 61 R3 W232 C3633 W263 10 W209 D3634 R W226 GNDF W216 7 1 36 5 W218 W500 D3631 W215 W221 W219 W225 W223 W257 W222 Q3641 W267 11 W208 W260 C3631 W228 W251 W224 W252 D3632 W253 W264 6 AWU8069AWU8073AWU8074- W254 L3461 12 AWU8075AWU8094AWU8151- W227 AF ASS'Y W255 W502 HPAC W265 W256 1 1 W305 EVOLSLIN GNDA W361 W315 1 W307 GNDA W306 W421 VCOMG C3132 C3102 C3162 C3161 C3172 W358 C3174 C3146 SACDFR CN11 W456 W454 W357 W360 W356 C3143 SACDSR SACDFL W509 C3171 W355 C3144 SACDSL W310 W455 W512 W414 W403 W445 W413 C3145 C3173 SACDSW W349 CN5603 W423 VA+12 W348 VA-12 W345 W415 C3213 W401 CN5602 23 23 FRIN W422 C3721 SACDC W346 C3018 1 W411 VD+5 W508 W344 61 8 C3030 C3029 C3035 C3036 1 1 W402 GNDD W350 R11 GNDD W511 VD+5 (CODEC) W409 W416 W407 C3734 W410 VUA+12 W444 C3733 W412 CN5701 C3017 W461 9 W406 VA-12 EVOLSLOUT W462 C3028 W448 GNDA W404 EVOLSWOUT W347 W459 C3027 W466 W452 W449 W491 1 W463 C3038 C3262 W510 8 W490 W453 W450 W451 W447 C3212 C3211 CN5701 C3037 23 23 C3214 13 13 1 1 W442 1 1 W483 W443 W486 10 CONTACT SIDE N CN5612 N CN5613 W479 W405 W492 61 9 C5731 W446 W400 W484 W488 W480 W419 DC W478 TV LINE1 LINEOUT C5732 W482 Production Code A W494 W485 JA3001 W481 W493 C5712 C5711 SIDE A CMK-P3X R3362 Q3641 CN3031 CN3032 M CN3012 M CN3011 (ANP7457-D) CN5103 O CN8001 F G XV-HTD530 5 6 7 59 8 D3121 1 R3639 Q3637 Q3638 23 8 5 1 8 SRIN SLIN SWIN CIN FRIN GNDA FLIN CTS RTS RXD TXD VD+5 GNDD SY GNDD V GNDD SC GNDD Cr/R GNDD Cb/B GNDD CY/G 17 D3635 R5595 4 R3603 R5597 10 4 Q3639 5 R3601 1 8 Q3102 D3613 1 R3621 C3627 R3625 5 Q3611 8 8 R3616 4 R3614 1 D5721 4 5 1 5 1 4 8 5 R9131 4 1 C3468 5 R9631 R9005 R9006 R3634 R3633 R3638 R3623 R5598 R3602 R3606 23 1 R3368 R3366 8 D3182 R3705 R3706 R3704 R3707 R3708 R3712 R3710 D3636 D3637 D3644 R3611 R3624 R3622 R3626 R3605 D3641 D3602 C3363 C3361 R3363 R3604 VPR+8 C3362 C3366 R3191 C3191 C3193 C3192 R3192 R3193 R3703 R3709 R3711 C3198 HPAC R3641 R3642 R3646 R3645 R3644 VRY+12 R3612 D3621 C3561 R3563 R3565 C3565 R3566 C3567 D3601 R3364 C3368 C3218 C3217 C3203 R3233 R3201 R3231 R3205 R3190 R3124 R3123 R3182 R3186 R3184 R3188 R3116 C3113 IC3121 R3112 R3615 R3647 R3643 D3611 D3643 D3642 VH- C3563 C3364 R3365 C3370 R3367 VPR+8 VPR+8 SRIN SLIN SWIN CIN FRIN GNDA GNDA FLIN MUTE MUTEC VFL+5 VP+15 VA-12 VD+5 TUNER XPRCT GREG GREG UN+8V UN+8V GNDF SLOUT SLOUT VLVLSROUT SROUT VL+ VL+ COUT COUT VH+ VH+ SWOUT SWOUT GNDS FLOUT FLOUT GNDP GNDP FROUT FROUT VHVH- 4 R3236 R3194 C3185 C3186 R3195 C3187 C3188 C3190 C3189 R3189 R3114 C3114 R3613 D3622 R3663 C3667 C3661 C3367 C3365 C3369 FR G R3202 R3234 R3232 R3206 C3194 C3197 GNDA GNDA R3139 R3140 R3142 C3135 C3136 C3140 R3143 R3144 R3138 C3133 C3134 R3136 R3133 R3134 R3132 R3187 R3181 R3183 R3185 R3111 C3110 R3110 R3108 R3106 R3102 R3822 R3463 C3461 C3464 R3464 C3663 Q3640 C3665 C3569 FL 1 C3297 R3297 EVOLSLIN EVOLSRIN EVOLCIN EVOLSWIN Q3172 R3170 R3115 R3175 R3176 R3178 R3168 VUA+12 VUA-12 IC3101 IC3821 C3822 R3824 C3826 D3612 R3665 VH+ R3667 SW F R3063 R3722 C3175 IC3161 R3113 R3166 C3170 C3109 R3164 R3162 C3168 R3109 R3172 R3107 C3107 C3108 R3105 C3105 C3106 R3101 C3103 C3104 R3103 R3104 GNDA C3825 D3801 C3806 R3813 C3463 R3466 R3468 C3470 C3462 C3466 C GNDF C3669 23 SAC R3062 C3169 R3173 R3171 R3167 C3165 C3167 R3169 R3165 C3163 R3161 R3163 R9162 R3821 C3821 R3823 C3805 IC3801 C3467 C3465 C3469 NP SR R5596 R3203 R3721 SACDSL R3061 R3811 C3062 R3713 R3805 R3465 R3467 SL G AF ASSY D3604 VD+5 VD+5 SACDSW C3061 R9101 R3801 L3801 R3802 L3802 R3810 GNDP C3204 R3204 R3141 C3139 R3137 R3135 R3131 R3298 IC3252 C3268 R3723 C3266 R3724 C3270 R3725 R3734 R3744 R3180 R9161 C3176 Q3171 GNDC GNDA GNDA VA-12 R9132 GNDA R9102 C3802 Q5595 VD+5 C3209 R3213 C3219 R3209 R3262 C3298 C3290 R3264 C3264 C3286 R3266 C3282 C3276 R3272 R3268 C3274 R3743 R3748 DIRCS DIRRST DIRERR C3736 R3118 DGRTN DGRTN DOUT R3732 R3735 R3736 UGRTN UGRTN NC NC MUTEOUT DSPMUTE DECMUTE DSPDI R3742 DSPDO DSPCK C3740 DSPRST R3738 DSPCS DSPHREQ DSPMODE DIRDO R3050 XTLO GNDA GNDA SBLO SBRO GNDC CO GNDC SWO GNDC SLO GNDC SRO FLO FRO LIN RIN Q3061 C3051 R3015 R3019 R3020 R3016 Q3001 Q3002 C3009 R3018 R3022 R3017 C3010 R3021 L3008 L3007 R3007 R3008 C3803 C3801 VA-12 GREG GNDA R3806 R3807 R3808 R3809 D3603 VLQ3633 GNDD R3052 C3052 R3054 L3009 R3009 Q3636 C3210 R3214 C3220 R3210 C3288 C3292 C3284 C3294 R3731 R3741 R3733 R3740 Q3005 Q3006 R3031 R3025 R3049 R3042 LINE OUT Q3635 R3261 C3265 C3263 C3269 R3265 R3263 R3267 C3295 R3269 C3296 R3270 R3271 D5711 D5712 R5711 Q5711 C5722 C5792 C5723 C5721 R5728 R5723 R5722 R5725 R5726 C3739 R3737 C3735 R3747 R3739 D3004 GNDA L3006 R3006 C3014 CN5103 VL+ Q3631 Q3632 20 4 20 1 VD+5 (CODEC) R3064 1 R5712 C5791 C5793 R5791 C5795 R5731 R3051 L3004 C3015 LINE1 C3013 R3004 C3008 R3014 C3006 D3003 R3032 R3026 R3048 R3041 R3030 C3026 R3046 R3024 R3029 C3007 R3013 C3005 R3005 L3005 C3011 CN3032 CN3031 CE DI CLK DO TXR GND TXL MUTE/IFREQ STEREO TUNE +10V RDS NC C5794 Q3007 Q3004 R3047 R3023 R3045 R5732 C3025 C3004 R3012 C3002 L3002 R3002 R9007 C3003 R3011 C3001 L3001 R3001 C3016 XV-HTD530 60 3 2 1 TV Q3905 GNDS Q3601 UN+8V 23 1 Q3602 VL- R VH+ Q3602 Q3003 D3623 Q3601 Q3621 Q3621 VLQ3622 Q3632 Q3631 IC5501 Q3622 Q3639 Q3640 Q3638 Q3637 Q3803 VD+5 Q3644 IC3701 Q3122 Q3124 Q3125 Q3123 IC3701 Q3122 Q3124 Q3125 Q3123 Q3642 Q3642 Q5501 Q3636 R9801 R 1 1 4 1 8 11 Q3802 21 5 Q3802 Q115 Q114 Q3645 Q5571 Q5572 Q3645 Q3635 7 11 40 8 IC3121 IC3801 9 16 16 IC3101 Q3102 IC3821 VH- Q5595 E R3003 L3003 Q3801 Q131 R3812 8 14 21 L 5 40 C 8 IC3181 Q3101 IC3181 Q3101 Q3174 Q3801 Q3174 VD+5 CN5602 SACDFR 8 11 8 11 Q3612 Q3612 Q3644 Q3611 Q3633 D IC3061 VA+12 C3142 R3179 SAC IC3131 IC3161 Q3172 Q5573 IC3131 9 IC3062 16 16 9 16 16 R3750 R3177 CN5603 EVOLSLOUT IC3051 SACDC GNDA IC3062 8 IC3731 IC3051 IC3241 Q3001 B VCOMG Q3002 Q3061 Q3121 Q3171 Q3131 Q3132 VA-12 IC3731 GNDD R3253 EVOLSWOUT Q3742 Q3742 11 4 L R IC3261 Q3741 GNDA 1 9 16 16 1 13 5 Q3903 R5724 L 8 IC3252 Q3006 Q3005 R3055 R3053 Q3009 Q3010 R Q3009 Q3741 IC3261 Q3010 Q3907 IC3201 CN5701 8 1 C3012 R3040 99 IC3001 16 R3039 C5790 IC3003 L R IC3001 Q5711 Q3908 Q3904 IC3003 Q3902 Q3202 Q3906 Q3901 Q3201 IC3901 R3027 R3034 C3034 C3033 R3028 R3033 Q3004 Q3007 SIDE B A 4 3 2 1 4 R5517 R5516 1 81 8 R5514 R5513 R5512 R5511 C5514 IC 1 55 0 R5523 R5522 R5521 80 30 30 80 C5502 C5503 R5507 R5508 C5504 R5506 R5509 0 R5504 R5501 C5501 R5518 R5520 R5519 R5502 R5503 GNDD 30 18 18 CN5105 1 1 1 CN5711 27 R3913 R3909 8 0 10 4 5 1 1 C5571 VU+5 GNDD VE+5 10 D R5573 R5524 R5525 R5528 R5529 R5530 R5565 1 31 3 R5535 R5593 R5533 R5536 R5537 R5538 R5545 C5516 R5564 R5563 R5562 50 50 51 C5513 D103 51 D5575 1 R5576 R5515 R5577 R5575 VE+5 C5574 C5573 C5515 R114 R113 R112 C5577 R5527 R5574 R5571 R5572 C5579 D5572 GNDD VE+56 VDVD+12 Q3803 C5506 C5580 R5544 R5589 R5588 R5540 R5539 R5541 C5518 R5590 C5507 R5559 R5532 C5508 R5534 C5517 R5542 R5543 RYSFC R5561 R5554 R5560 C5511 R5555 R5556 R5552 R5553 R5550 C5510 R5549 R5548 C5509 R5601 R5591 1 8 GNDD VA-12 DOUT UN+8V VP+15 GNDM VFL+5 R5546 R5547 R5585 R5586 R5587 R5551 Q3905 R5602 R5600 R5582 R5581 R5557 R5580 R5558 R5579 R5578 R5583 VE+5 R5584 R5526 R5531 R5567 R5566 R5568 R5569 R5570 R3717 Q3901 R133 R131 R132 C66 Q3902 GNDA TH131 ASPECT C83 C3706 C3705 R3702 R3701 R3916 R3935 R3939 R3937 R3942 C3922 C3921 R3941 R3940 R3930 R3929 R3925 C3909 C3913 R3923 C3915 10 4 D3121 R3910 R3914 R3936 R3901 R3938 R3934 R3928 R3926 C3914 C3916 GNDA VA-12 VA+12 VE+56 DOUT GNDD VX+12 GNDD R3251 C3243 R3249 R3243 R9001 R9003 R9004 DOUT VDVD+12 VDET XDVDRST SYSCS2 VDVD+12 DVDPOWER C8884 R8881 RTS TXD DVDMUTE VDET MDATA GNDD SCLK SYSCS1 DVDPOWER GNDD GNDD GNDM L8881 VPR+8M VPR+8 VDVD+12 G SYSCS1 SCLK MDATA VDET DVDMUTE TXD RTS XVMUTE RXD CTS VDVD+12 SDATA ACK GNDD DOUT GNDD 1 19 VPR+8 VPR+8M GNDM GNDD DOUT GNDD XDVDRST SYSCS2 SDATA ACK GNDD TRKUP XVMUTE RXD CTS 1 C3910 R3922 VA+12 R3927 R3933 Q3906 HPAC VA+12 WD0 GNDD C3250 IC3241 C3247 R5510 61 XV-HTD530 8 F CN5106 C8881 XDVDRST R9002 30 Q3904 R3921 R3917 VA-12 VA-12 WEN/DI WCLK RST R3244 R3241 C3249 R3245 R3247 C3245 123mm R9701 R9702 R3714 SRIN 1 8 1 SLIN VPR+8 C8883 C8882 R3924 R3919 R3918 GNDD HPL GNDHP GNDA HPR AC VE+56 SYSPOW R3252 R3250 C3244 R3242 R3246 R3248 C3246 C3248 R3146 R3147 R3148 C3141 Q3131 D3181 R3716 R3715 C3708 C3707 D3182 SWIN 5 CIN FRIN 4 5 GNDA Q3003 FR VE+5 FLIN (ANP7457-D) UTEST TEST MODE RGB V R3191 C3191 C3193 C3192 R3192 R3193 XPROTECT VE+5 R5505 FL Q3121 R3122 R3121 C3121 R3117 R3150 Q3132 R3149 R9721 R3145 R3194 C3185 C3186 R3195 C3187 C3188 C3190 C3189 R9631 RYR 7 6 GNDD(UGRTN) DOUT GNDD R3227 R3228 C3215 C3216 GNDA SWIN FLIN CIN FRIN R3217 R3215 R3235 R3221 C3217 C3203 R3233 R3201 R3231 R3205 C3297 R3297 Q5501 Q3907 GNDD IC3201 R3203 R3063 SIMUKE 123mm Q5572 Q5571 GNDD CY/G C 16.KEY2 15.TIMERLED R3298 J5105 VD+5 MIC R3010 VX+12 MIC Q3201 GNDX Q3202 R3229 R3225 R3223 R3219 R3218 R3222 R3216 C3218 R3236 R3202 R3234 R3232 R3206 C3204 R3204 C3209 R3213 C3219 R3209 R111 4 MODEL VL- Q114 Q115 1 IC3901 R3230 R3226 R3224 R3220 C3210 R3214 C3220 R3210 J12 5 5 1 5 8 SACDSR C Q131 VRY+12 GNDD GNDD SC 1 4 SY J21 R3713 VSEL2 LETTER SACDFL GNDD Cr/R Q5573 SR GNDA VSEL1 SQUEEZE GNDA SACDSL Cb/B GNDA CN11 SACDSW P/XI SACDFR 7.FLAC1 6.GNDFL 5.SR 4.FLCLK 3.FLDATA 2.XFLCS 1.XFLRST SL GNDA LFE GNDA 18.VOLJOG 17.KEY1 GNDFL VD+5 Q3061 GNDA SACDC FLAC1 VD+5 (CODEC) R3064 GNDA VA-12 20.HPDET 19.VE+5 GNDD VFL+5 VA-12 14.VFDP 13.VD+5 12.EXPCLK 11.EXPDATA 10.EXPCE 9.GNDD 8.FLAC2 LEVEL VA+12 FLAC2 EVOLSLOUT Q3903 A B C 1 0 0 1 2 3 4 5 6 7 8 9 0 1 2 3 B GNDD 27.MIC 26.GNDMIC 25.VA-12 24.HPR 23.GNDHP 22.HPL 21.VA+12 VFDP CN51 R3254 R3253 EVOLSWOUT 1 0 NDA Q3908 D3901 AWU8074AWU8094AWU8151- AWU8069AWU8073AWU8075- SIDE B DVDON/OFF A AF ASS'Y 8 7 6 5 IC3701 2 E 4 1 1 2 62 3 4 XV-HTD530 I J K I J K (ANP7457-D) (ANP7457-D) F 2 3 4 1 2 CN13 1 3 4 C11 1 D21 CMK-P3X D11 CMK-P3X AWU8071- C21 DIODE L ASS'Y AWU8070AWU8095- 5 5 1 DIODE S ASS'Y CN13 CN22 1 4 1 4 CN22 G J12 J G J21 I DIODE S ASSY DIODE L ASSY (ANP7461-A) W101 7720 7786 7787 7788 W102 R3519 W164 W118 Production Code W103 W163 W162 C3507 C3408 R3420 R3428 R3418 D3428 D3422 W187 C3377 C3301 W138 -B W165 R3422 D3424 W139 GNDP Q91 IRFI9Z34G W120 R3421 D3423 W188 C3422 W166 D3425 C3421 W140 +B D3427 R3419 D3421 R3427 C98 W167 W168 W169 W121 C3423 W189 Word Surface R3417 W141 GNDP C3407 D98 W170 GNDS W142 SLOUT IC81 W122 W190 SWOUT C3652 R3657 NJM7805FA VA-12 W173 VP+15 W194 C101 VF-12 CN3002 1 1 1 39 D3 W197 VL+ +B W175 W176 D3321 D3327 R3327 VL+ word surface W177 C72 +B W112 10 -B D72 D3393 R3328 R3318 VL19 19 R3387 D3394 M CN3001 D3387 R3388 1 D3385 IRFIZ34G W184 W185 W114 VH+ W133 W135 VL+ W202 W152 W200 W183 VL- C3324 W201 -B D3390 R3520 FROUT Q3384 CN3001 SWOUT FLOUT W130 W153 W154 W198 W199 W113 VL- W181 W182 GNDP Q3383 W111 W180 D3328 D3322 R3320 C3308 C3508 R3518 D3389 W131 SROUT 10 W132 GNDP Word Surface W150 C3321 D3325 D3323 R3321 W178 W179 W151 D3326 IRFI9Z34G R3319 D3324 R3322 C3322 IC3303 W129 W128 NJM7912FA IC71 C3307 W207 IC3301 XPROTECT W195 W196 C3323 W174 GNDP W149 R3317 W206 CN3302 D3655 UN+8 W125 W126 1 2323 Q3654 W109 VA-12 W110 W127 W146 W147 W145 W148 VD+5 W192 VPF+15 W193 C3651 W124 2SD2012 Q61 D3654 W191 FC DC D82 Q62 C102 SROUT W144 D3651 W123 C3653 C63 M 1 W205 W106 W107 W143 W171 GNDREG C82 W172 D3652 D3653 W108 CN3022 CN3021 1 W155 D3 39 2 FR1S P W136 R3517 C3424 C3578 C3502 C3378 W204 W116 AMP Assy W158 W159 W160 W161 C3577 AWM C3501 W115 C3478 C3402 IC3401 C3178 C3168 C3401 C3167 C3477 W117 C3179 W137 GNDP C3302 C3318 D3426 W119 C3317 19 19 C91 10 10 word surface W104 1 W105 1 Q91 Q3654 2323 E IC3401 D Q62 IC81 Q61 C IC3301 IC71 IC3303 W156 D3386 VH+ W203 D3388 VH- 1 W157 Q3383 B Q3384 CN3651 K A 6CH AMP ASSY DC FAN MOTOR SIDE A SIDE A 4.5 6CH AMP, DIODE S and DIODE L ASSYS 1 2 3 4 5 6 7 8 63 XV-HTD530 I J K I J K (ANP7457-D) (ANP7457-D) F DIODE S ASS'Y 5 1 AWU8071- 4 1 CN22 CN13 I DIODE S ASSY DIODE L ASS'Y AWU8070AWU8095- DIODE L ASSY R3531 R3591 R3545 R3537 R3505 R3511 R3543 R3539 D3581 C3505 C3503 R3509 D3543 R3573 Q3571 Q3501 R3571 R3513 R3472 R3414 Q3402 Q3472 R3402 R3446 R3445 Q92 R3546 R3346 R3374 R3444 D3441 R3500 R3504 R3304 R3302 R3378 -B Q3372 Q3302 R3372 R3314 R3371 R3313 Q3301 Q3371 R3377 R3373 R3345 R3435 R3443 R3303 R93 R3433 D91 R47 Q92 C92 R91 D3443 R48 D104 R92 R122 GNDP R3439 R3431 R3411 C3409 C3403 R97 R121 TH121 R123 R3416 R3451 R96 Q121 GNDS R3407 R3405 R46 SLOUT C81 C97 R95 Q111 SWOUT R45 GNDREG R112 SROUT R62 R111 C62 R68 R61 R63 R3651 D106 R67 R65 R104 R94 R113 TH111 VA-12 D42 VD+5 R64 R3658 23 R3654 VPF+15 R105 R66 C61 B C E R3403 Q3401 R3471 R3413 R3572 R3514 Q3502 R3574 GNDP D3444 R3406 R3438 R3434 +B R3437 D3481 R3423 Q92 Q121 C R114 R106 R108 VP+15 D102 D3657 D3658 R109 R3655 R101 VF-12 R3326 VL+ R3656 R3307 C3303 R3316 C3326 R3305 C3305 R3309 R3339 Q3333 +B R3311 R3331 R3391 C3309 R3323 VL+ D3343 R3343 C71 R3333 D3381 1 R3337 R3335 +B R102 R103 GNDP -B D101 D105 D3341 R3338 R3334 S R3324 D3382 D3344 R3351 R3306 Q3334 C3306 R3310 C3304 R3392 R3332 R3312 C3310 R3308 R3508 R3534 R3540 Q3534 R3510 C3504 C3506 R3512 C3510 R3506 R3538 R3544 R3592 R3532 R3381 1 FROUT CN3001 R3340 GNDP R3389 D3582 D3544 -B VL- Q3381 SLOUT SLOUT VLVLSROUT SROUT VL+ VL+ COUT COUT VH+ VH+ SWOUT SWOUT GNDS FLOUT FLOUT GNDP GNDP FROUT FROUT VHVH- R3344 VL- G D Q3332 S R3390 23 IC3301 SROUT VLVH+ G D R3385 VH+ R3382 R3386 R3383 SWOUT FLOUT VL+ Q3532 R3384 CN3002 VPR+8 VPR+8 SRIN SLIN SWIN CIN FRIN GNDA FLIN MUTE MUTEC SEN+8 VFL+5 VP+15 VA-12 VD+5 TUNER XPRCT GNDR GNDR UN+8 UN+8 GNDF XPROTECT Q102 GNDP Q3331 1 Q3431 Q3431 R3491 C3405 R3409 1 NP Q3653 Q3651 Q101 R3404 Q3471 Q3572 R3432 R3440 R3492 C3404 R3410 C3406 D3482 R3424 R3301 GNDP IC3401 D Q63 NP Q3652 Q107 Q106 Q103 R3503 R3501 R3577 R3478 R3474 R3473 R3401 C3426 R3477 R3533 R3507 R3502 R3578 R3426 R3408 C3410 R3412 Q3432 Q3433 Q104 G Q43 S Q3501 Q3571 C3509 Q3531 Q3533 Q3434 R3376 R3576 R3375 D VA-12 UN+8 C1 B2 E2 E1 B1 C2 AWM 7720 7786 7787 7788 R3475 R3476 FR1S P Q3504 AMP Assy R3575 J (ANP7461-A) E Q3402 Q3472 Q3401 Q3471 Q3533 Q3531 Q3434 Q3432 Q3504 Q3502 Q3572 Q3301 Q3371 Q3302 Q3372 IC3401 Q3433 Q43 Q111 Q104 Q63 Q107 Q3652 Q106 Q103 Q3653 Q101 Q3651 Q102 Q3331 Q3333 IC3301 Q3332 Q3334 B Q3532 Q3534 Q3381 Q3382 Q3382 VH- FAN SIDE CN3561 K 6CH AMP ASSY SIDE B SIDE B 5 6 7 A 8 1 2 3 4 4.6 DSP, DSP TRADE and AMP TRADE ASSYS SIDE A SIDE A L DSP ASSY KN8201 JA8102 48 48 C8217 C8107 R8107 R8102 C8218 R8226 C8108 R8103 C8901 1 15 B C R8705 R8707 R8706 R8708 CN8001 CN8004 CN8002 CN8005 CN8003 CN8006 L8204 C8215 C8214 A R8213 R8214 R8215 R8209 R8225 13 C8001 R8009 C8002 R8010 R8015 C8004 C8003 C8902 C8405 R8016 D8401 CN8007 CN8009 CN8008 CN8010 R8110 C8113 34 34 R8409 R8408 R8410 R8414 IC8401 C8105 R8227 C8219 C8202 C8201 37 37 R8206 R8205 L8201 C8904 R8404 44 44 C8223 R8232 R8230 C8221 R8222 C8212 L8702 C8404 X8201 R8204 C8406 KN8101 R8111 R8109 C8112 R8017 1 JA8101 JA8103 15 R8207 R8219 L8205 C8415 25 R8216 L8202 R8328 R8339 R8412 R8416 C8421 C8419 C8418 R8413 19 36 36 R8203 3333 C8407 C8408 C8423 23 23 R8411 R8551 R8533 R8534 C8225 R8211 R8223 C8213 R8521 R8522 C8703 C8545 C8503 R8502 R8501 R8503 C8543 C8420 C8505 1 1 1 C8702 C8533 C8537 C8536 44 R8802 IC8701 1 CN8012 CN8011 CN8013 CN8014 20 11 32 C8532 10 R8606 D8501 L8301 36 36 C8546 1 1 R8539 8 C8516 R8524 R8552 R8553 4 5 L8504 8 5 16 1 10 22 23 44 1 R8601 L8601 1 1 1 1 H C T-163 94V-0 11 11 17 11 C8554 C8550 C8551 72 72 37 R8805 25 1 19 C8701 C8226 R8229 2 1 R8803 R8804 R8554 R8550 D 3 R8810 CN8015 CN8016 R8531 Q8501 R8332 R8333 R8336 24 C8602 7 C8601 144 144 R8231 C8222 24 9 IC8701 R8556 R8557 H C8422 H R8405 22 22 IC8401 Q8501 C8541 109 F R8346 R8337 R8543 L8402 12 12 109 IC8501 C8511 R8514 R8513 R8512 R8511 C8504 R8506 JTAG 108 IC8501 C8509 C8507 IC8301 R8406 IC8201 C8209 R8210 C8210 9 R8519 108 G A E 8 IC8601 C8604 C8603 IC8601 R8345 G C8528 C8530 B 8 IC8301 1 L8203 16 C8527 C8526 F IC8702 Q8504 6 D 9 R8330 R8704 R8331 R8701 R8702 C8301 C8302 16 17 IC8603 R8335 11 C8524 11 11 E R8329 10 10 13 13 11 C8513 CN8018 C8512 C8523 C8515 C8522 C 11 FC ICT R8703 CN8017 1 1 R C8549 20 C8525 C8704 11 R8605 7373 C8610 I R8608 R8530 11 10 10 I C8547 L8603 IC8502 22 CN8019 C8706 C8705 20 C8613 C8609 KN8501 IC8702 Q8504 IC8603 B J Q8341 6 1 22 11 IC8502 IC8201 X8501 C8548 R8540 R8541 37 J 12 12 Q8341 1 A 17 KN8102 CN8011 CN8007 CN8003 CN5622 CN5621 (ANP2022-B) C N DSP TRADE ASSY CN5621 VD+5 DSP TRADE ASSY AWU8060 W121 W115 1 13 W122 W116 1 VD+5 19 19 VD+5 W126 DGRTN W124 DGRTN W125 W123 UGRTN 23 CMK-P3X CN5623 1 19 CN5613 W127 1 UGRTN CN5612 1 1 23 CN3612 D 13 19 23 1 CN5622 1 1 23 1 CN5623 CN3613 (ANP7456-B) G G CN5602 CN5603 M AMP TRADE ASSY K CN3001 K CN3002 CN3021 CN3022 23 1 23 1 CN3021 1 23 23 UPSIDE W136 W137 GNDA CN3011 23 23 W155 W156 W157 1 1 W154 GNDREG GNDS REPLACE WITH SAME TYPE NO.491007 FOR IC25 MFD.BY LITTELFUSE INC. W153 W152 CN3012 IC25 491007 7A125V CAUTION AMP TRADE ASSY AWU8059 CMK-P3X CN3022 1 W158 E 1 1 CN3011 G CN3031 23 23 CN3012 (ANP7456-B) G CN3032 F L M N L M N XV-HTD530 64 1 2 3 4 5 6 7 8 A B C D E F XV-HTD530 5 6 7 65 8 1 2 3 4 4.7 VIDEO JACK and PRIMARY ASSYS SIDE A SIDE A P PRIMARY ASSY AN 1 PRIMARY ASSY W173 S102 S101 W174 AC IN A H1 AN1 FU1 W163 W161 V RISK OF FIRE REPLACE FUSE AS MARKED. W160 C1 W166 W159 H5 POWER TRANSFORMER W165 W145 W148 W144 AWU8057 AWU8066 AWU8067 STBY W147 W151 W141 W140 W130 W138 W149 W142 FU2 W146 H6 CN 1 L1 W150 H2 PRIMARY TUBE SIDE W139 B W164 W162 A STAND BY W143 W131 W135 W134 W133 H3 FU3 W128 W184 W129 W132 STAND BY C W185 AWU8057 only 2 H4 CN2 CN1 1 1 1 1 4 1 C2 W120 5 9 R1 W119 RY1 CMK-P3X 5 5 T2 J52 J52 J51 J51 W111 W110 GNDD VE+56 CN3 7 7 1 G CN52 G CN51 1 8 8 KN1 4 4 C51 W109 IC51 SECONDARY 1 1 CONTACT SIDE D 1 1 C52 Q51 C54 (ANP7456-B) O VIDEO JACK ASSY 6 W118 W117 W114 W113 C8871 C8861 C8851 C8831 W112 C8821 CN5103 CN8001 G 1 1 E CN8001 1 VIDEO ASSY AWU8061 JA8802 17 JA8851 CMK-P3X 17 CONTACT SIDE UP 4 5 6 CN8003 1 1 2 CONTACT SIDE UP 7 3 1 7 (ANP7456-B) F O P O P XV-HTD530 66 1 2 3 4 CN8001 R8842 R8821 R8822 R8832 R8831 F8821 C8822 F8831 C8842 R8841 F8841 C8832 R8875 L8871 R8855 R8856 C8852 L8861 R8876 L8851 17 1 8 C58 C57 C56 ~ Q52 (ANP7456-B) O VIDEO JACK ASSY C8823 R8823 R8865 R8866 C8862 8 67 7 1 1 D51 C53 R55 R54 4 ~ + 5 D55 J52 R56 R53 D54 1 R8853 R8854 R8852 R8851 R8864 R8863 R8861 R8874 R8862 R8873 C8872 R8872 R8883 R8881 O P O P 2 1 1 LIVE 1 R52 VE+56 NEUTRAL 120127 2 D52 7 J51 5 6 3 GNDD CN3 C5501 VE+56 CN8001 CMK-P3X E VIDEO ASSY AWU8061 220230 240 4 1 WD0 7 8 5 120127 2 R8871 R8882 CN8003 220230 GNDD CTS RTS RXD TXD VD+5 GNDV SY GNDV V GNDV SC GNDV Cr/R GNDV Cb/B GNDV CY/G R8884 1 7 3 J51 WEN/DI 6 240 4 RST R5501 WCLK IC51 AC 7 8 D53 B PRIMARY XV-HTD530 A SIDE B SIDE B D J52 SYSPOW 6 5 PRIMARY ASSY P 8 7 6 5 AC IN CN1 AWU8057 AWU8066 AWU8067 C CMK-P3X SECONDARY CN8003 (ANP7456-B) F 1 2 3 4 4.8 DISPLAY, JOG, DISC KEY, HP MIC and FUNCTION KEY ASSYS SIDE A T FUNCTION KEY ASSY 1 J5805 1 5 5 J5803 4 1 S5847 S5846 PLAY/PAUSE STOP S5845 S5844 S5843 S5842 S5841 REVERSE TV/AUX TUNER/BAND DVD/CD J5804 1 B 4 FORWARD FUNCTION KEY ASSY J5805 AWU8062 CMK-P3X J5805 (ANP7456-B) 4 1 1 4 J5805 1 3 2 6 3 1 2 JA5801 C 7 VR5801 4 5 MIC U HP MIC ASSY C5814 C5802 C5808 W178 J5803 1 5 J5801 1 6 3 2 7 HP VA-12 GNDMIC W171 W170 AWU8064 AWU8068 W186 C5806 GNDD W169 W168 HP MIC ASSY W167 GNDD W172 VA+12 W175 STANDBY/ON CMK-P3X 1 W176 JA3901 4 S5831 5 W177 GNDHP C5803 GNDMIC 13 J5802 D 1 5 1 10 J5806 13 J5801 (ANP7456-B) C5678 27 13 13 CN5721 W106 VA+12 GNDFL W181 GNDD FL SPACER W103 W105 W180 FLAC1 W182 W183 C5679 1 FLAC1 GNDFL W102 W179 GNDHP C5953 W104 CN5803 W101 VE+5 D5656 X 5951 27 CN5803 CD MODE 1 1 D5657 62 TIMER 58 1 1 E V5601 37 CONTACT SIDE CONTACT SIDE L5563 CN5721 G CN5711 F Q U T XV-HTD530 68 1 2 31 W107 Q DISPLAY ASSY 3 4 J5803 A 5 6 7 8 1 1 5 5 J5803 S DISC KEY ASSY DISC KEY ASSY 4 1 1 A J5803 SIDE A 4 DISC 1 DISC 2 DISC 3 DISC 4 DISC 5 S5851 S5852 S5853 S5854 S5855 AWU8063 B CMK-P3X DISC SKIP EXCHANDE OPEN/CLOSE S5857 S5858 S5856 J5805 J5811 1 J5806 (ANP7456-B) 1 3 J5811 R JOG ASSY C S5861 1 3 2 Production code FC DC JOG ASSY AWU8065 J5811 1 1 3 J5811 CMK-P3X D W108 VD+5 (ANP7456-B) 1 5 3 DISC 1 DISC 2 DISC 3 DISC 4 DISC 5 FL SPACER E D5652 C5564 C5678 C5680 D5651 L5563 D5653 D5654 D5655 DISPLAY ASSY AWU8058 CMK-P3X L5562 (ANP7456-B) F Q R S XV-HTD530 5 6 7 69 8 D5561 1 1 C5671 C5676 33 Q5691 R5693 R5695 R5691 32 64 R5652 R5653 R5654 R5655 33 64 32 C5563 C5663 C5664 C5669 R5651 VD+5 C5670 17 17 16 JOG 16 KEY2 GNDD KEY1 VD+5 1 2 3 4 5 6 7 8 9 10 11 13 12 C5562 R5643 R5642 R5641 R5663 R5661 48 48 D5662 R5674 C5673 R5664 C5677 CN C5666 C5665 C5674 C5675 C5643 C5642 C5641 C5651 4 49 49 A GNDD VA-12 VA+12 R3903 R3904 R3905 R3906 C3903 C3904 R5831 1.GNDD 2.VD+5 3.KEY2 4.KEY1 5.JOG 6.HPL 7.GNDHP 8.HPR 9.HPDET 10.VA+12 11.VA-12 12.GNDMIC 13.MIC GNDD GNDMIC R3911 R3916 C3906 IC 56 01 E C5810 R5808 C5807 R5806 R5805 L3911 R3913 L3913 Q U T 1.GNDD J5805 (ANP7456-B) 2.KEY1 STANDBY/ON C5805 16 16 R3912 L3912 CMK-P3X 1.GNDD C5804 CMK-P3X GNDHP IC5801 C3905 B CN5801 CN5802 E DISPLAY ASSY AWU8058 IC5651 DISC 1 DISC 2 J5803 1 5 (ANP7456-B) J5803 J5801 1 3 3.VD+5 C5809 R5809 R5810 C5801 R5801 C5815 R5804 R5802 R5811 R5803 GNDMIC C C3907 GND PLATE L J5801 3 2 AWU8068 Only C 2.VD+5 D AWU8064 AWU8068 3.JOG HP MIC ASSY C5813 C5812 C5811 R5813 XV-HTD530 70 J5811 U HP MIC ASSY J5811 J5811 1 4 J5805 AWU8062 CMK-P3X 4.JOG R5842 TUNER/BAND IC5601 Q5691 IC5651 F 4 1 DISC 3 DISC 4 DISC 5 5 8 1 10 13 D 1 1 5.JOG 4.VD+5 3.KEY1 2.GNDD 1.KEY2 5 R5841 DVD/CD FUNCTION KEY ASSY B R5846 PLAY/PAUSE STOP R5845 FORWARD R5844 REVERSE R5843 TV/AUX FUNCTION KEY ASSY J5803 1 1 T J5803 SIDE B A 4 3 2 1 OPEN/C R58 Q DISPLAY ASSY 8 8 9 9 5 6 7 8 SIDE B 1.GNDD 2.KEY1 3.VD+5 4.JOG 4 A S DISC KEY ASSY 1 B J5805 J5805 DISC 3 R5852 DISC 2 R5851 DISC 1 4 1 J5805 J5811 J5806 DISC 4 R5853 1.GNDD AWU8063 DISC 5 R5854 2.KEY1 3 1.GNDD 2.VD+5 3.JOG 811 DISC SKIP R5855 3.VD+5 DISC KEY ASSY EXCHANGE R5856 4.JOG CMK-P3X OPEN/CLOSE R5857 (ANP7456-B) 1 J5811 R JOG ASSY C R5864 R5862 C5862 R5863 R5861 C5861 JOG ASSY AWU8065 CMK-P3X J5811 1.GNDD 2.VD+5 3.JOG 3 1 D (ANP7456-B) J5811 E MIC GNDMIC VA-12 HPR GNDHP HPL 1 1 1 FLAC2 FLAC1 GNDFL SR FLCLK FLDATA XFLCS XFLRST 1 13 27 64 CN5803 R5953 GNDHP VE+5 64 R5697 C5952 GNDFL FLAC1 R5662 R5661 C5673 R5674 R5664 C5677 49 49 TIMER R5951 R5952 C5661 R5663 FLAC1 VA+12 HP_DET VE+5 JOG KEY1 KEY2 TIMERLED VFDP VD+5 EXPCLK EXPDATA EXPCE GNDD D5561 C5672 C5671 C5676 C5674 48 CN5721 7.GNDHP 8.HPR 9.HPDET 10.VA+12 11.VA-12 12.GNDMIC 13.MIC R5696 R5656 C5668 CD MODE VA+12 R5657 R5658 16 1.GNDD 2.VD+5 3.KEY2 4.KEY1 5.JOG 6.HPL C5662 GNDD C5667 17 16 CN5807 CN5803 CN5721 (ANP7456-B) F 5601 Q R S XV-HTD530 5 6 7 71 8 1 2 3 4 4.9 FM/AM TUNER MODULE A SIDE A F FM/AM TUNER MODULE SIDE A B C G CN5701 CN201 (ANP7338-B) Q202 F FM/AM TUNER MODULE SIDE B D E (ANP7338-B) F Q201 IC201 Q203 IC202 Q205 Q204 F F XV-HTD530 72 1 2 3 4 5 6 7 8 5. PCB PARTS LIST NOTES: Parts marked by "NSP" are generally unavailable because they are not in our Master Spare Parts List. The mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation. When ordering resistors, first convert resistance values into code form as shown in the following examples. Ex.1 When there are 2 effective digits (any digit apart from 0), such as 560 ohm and 47k ohm (tolerance is shown by J=5%, and K=10%). 560 Ω 56 x 10 1 RD1/4PU 5 6 1 J 561 47k Ω RD1/4PU 4 7 3 J 47 x 10 3 473 0.5 Ω RN2H R 5 0 K R50 1Ω RS1P 1 R 0 K 1R0 Ex.2 When there are 3 effective digits (such as in high precision metal film resistors). 5.62k Ω 562 x 10 1 5621 RN1/4PC 5 6 2 1 F A B LIST OF WHOLE PCB ASSEMBLIES Symbol and Description XV-HTD630 /KUCXJ XV-HTD530 /KUCXJ 1..FM/AM TUNER MODULE AXQ7228 AXQ7228 NSP NSP NSP NSP NSP 1..MECB ASSY 2..TRSB ASSY 2..SSRB ASSY 2..LOMB ASSY 2..SSIB ASSY AWM7873 AWU8154 AWU8155 AWU8156 AWU8157 AWM7873 AWU8154 AWU8155 AWU8156 AWU8157 NSP 1..COMPLEX ASSY 2..AMP TRADE ASSY 2..DSP TRADE ASSY 2..VIDEO JACK ASSY 2..PRIMARY ASSY 2..DISPLAY ASSY 2..JOG ASSY 2..DISC KEY ASSY 2..FUNCTION KEY ASSY 2..HP MIC ASSY AWM7800 AWU8059 AWU8060 AWU8061 AWU8057 AWU8058 AWU8065 AWU8063 AWU8062 AWU8064 AWM7800 AWU8059 AWU8060 AWU8061 AWU8057 AWU8058 AWU8065 AWU8063 AWU8062 AWU8064 NSP 1..MAIN ASSY 2..AF ASSY 2..DVD TRADE ASSY 2..DIODE L ASSY 2..DIODE S ASSY AWM7806 AWU8075 AWU8072 AWU8070 AWU8071 AWM7805 AWU8074 AWU8072 AWU8070 AWU8071 1..AMP MODULE 6CH 2..6CH AMP ASSY AXQ7242 AWM7720 AXQ7242 AWM7720 1..DSP ASSY AWX8251 AWX8251 1..DVDM ASSY AWM7814 AWM7814 Mark C D E F XV-HTD530 5 6 7 73 8 1 2 3 4 G AF ASSY AWU8075 and AWU8074 are constructed the same except for the following : A Mark B C Symbol and Description AWU8074 IC3801 IC3821 D3801 Q3801, Q3802 Q3803 BU4052BCF NJM4558MD 1SS355 2SD2114K DTA124EUA Not used Not used Not used Not used Not used Q3804 C3801, C3802 C3803, C3825, C3826 C3823, C3824 R3801, R3802 2SA1576A CCSRCH821J50 CKSRYB103K50 CEAT100M50 RS1/16S221J Not used Not used Not used Not used Not used R3805, R3806 R3807, R3808 R3809, R3810 R3812 R3813, R3814, R3825, R3826 RS1/16S224J RS1/16S182J RS1/16S472J RS1/16S102J RS1/16S473J Not used Not used Not used Not used Not used R3815 R3821, R3822, R3823, R3824 R5589 R5590 R9801, R9802, R9803 JA3801 Audio 2P Pin Jack RS1/16S223J RS1/16S103J Not used Not used Not used RS1/16S473J Not used Not used Mark No. A AWU8075 Description RS1/16S273J RS1/16S823J RS1/16S0R0J RKB1040 Mark No. Part No. Part No. C LOMB ASSY TRSB ASSY CAPACITORS C31 SWITCHES AND RELAYS S11 VSK1011 All Resistors CN31 CONNECTOR POST D SSIB ASSY VKN1267 VKN1268 OTHERS CN2 4P CONNECTOR CN1 12P CONNECTOR CN3 17P CONNECTOR B SSRB ASSY SEMICONDUCTORS Q21 Q22 PC21 PC22 SEMICONDUCTORS IC741,IC761,IC781 IC151 IC861,IC871 IC851 IC602 E SWITCHES AND RELAYS VSK1011 CAPACITORS C21 CKSQYB102K50 RESISTORS All Resistors RS1/10S###J OTHERS CN21 7P CONNECTOR VKN1264 VKN1272 VKN1277 E DVDM ASSY 2SC2412K DTC124EK GP2S28 RPI-574 S21 B2B-PH-K RS1/10S###J OTHERS CN12 7P CONNECTOR CN11 8P CONNECTOR CKSQYB102K50 OTHERS RESISTORS D Description VKN1267 F BA4558F-HT BA5912AFP-Y DSD1702EG DSD1791DBR K4S281632D-TC75 IC802 IC101 > IC431 IC501 > IC421 K4S641632F-TC75 M63018FP MM1565AF MM1623AF PQ018EH01ZP > IC411 > IC441 > IC401 IC801 IC601 PQ018EZ01ZP PQ20WZ11 R1224N102H SAA7893HL/C2 STI5588CVB IC301 STM6316ATXXA XV-HTD530 74 1 2 3 4 5 Mark No. 6 Description IC911 IC901 IC807 IC691 Part No. TC74VHC08FT TC74VHCT125AFT TC7SET08FU TC7SU04FU IC803 IC604,IC804 IC603 Q192,Q194,Q390 > Q451 TC7WH34FU TC7WU04FU VYW2089 2SA1576A 2SA1576A Q744,Q764,Q923,Q924,Q926 Q191,Q193,Q202,Q212,Q452 Q741,Q742,Q761,Q762 Q781,Q782 > Q401 2SA1576A 2SC4081 2SD2114K 2SD2114K CPH6314 Q921 Q951 Q722,Q746,Q763,Q977 Q922,Q925 Q201,Q211 DTA124EUA DTC114TUA DTC114YUA DTC124EUA HN1A01F Q911 Q603 D431,D432 D402,D403,D743,D761,D782 D922-D927 RN1903 RN4982 1SR154-400 1SS355 1SS355 D401 D603 D921 D741,D742,D781 RB051L-40 RB501V-40 UDZS4.7B UDZS6.2B COILS AND FILTERS L401 POWER INDUCTOR L100,L111,L413,L414,L623 CHIP BEAD L402 INDUCTOR L390 L1056-L1061 CHIP BEAD ATH7011 ATL7010 CTH1254 LCYA2R7J2520 VTL1078 CAPACITORS C408,C747,C748,C751,C752 C390 C142 C765,C766,C785,C786 C200,C763,C764,C783,C784 CCSRCH121J50 CCSRCH180J50 CCSRCH221J50 CCSRCH270J50 CCSRCH331J50 C690 C755,C756,C773,C774 C793,C794 C392 C393,C640,C644 CCSRCH470J50 CCSRCH471J50 CCSRCH471J50 CCSRCH560J50 CCSRCH7R0D50 C452,C753,C754,C771,C772 C791,C792 C101,C151,C401,C404,C410 C412,C422,C443,C561,C564 C600,C750,C797-C799,C809 CEVW100M16 CEVW100M16 CEVW101M16 CEVW101M16 CEVW101M16 C851,C853,C854,C861 C863,C864,C871,C873,C874 C415,C425,C621,C660,C812 C857 C201,C211 CEVW101M16 CEVW101M16 CEVW101M4 CEVW101M4 CEVW470M16 C761,C762,C781,C782,C867 C877 C406 C431 CEVW470M6R3 CEVW470M6R3 CKSQYB104K25 CKSQYB105K16 7 Mark No. 8 Description Part No. C433 CKSQYB225K10 C127,C128,C381,C562,C563 C624,C802,C810 C103,C112-C114,C124,C125 C130,C133,C134,C155,C158 C172,C182,C355,C805 CKSRYB102K50 CKSRYB102K50 CKSRYB103K50 CKSRYB103K50 CKSRYB103K50 C102,C132,C139,C152 C160,C161,C163,C174,C176 C300,C307,C309,C315,C318 C323,C326,C335,C342,C348 C357,C362,C373,C377,C388 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 C391,C413,C414,C423,C424 C441,C442,C451,C511,C531 C551,C565,C571,C604,C607 C614,C619,C622,C623 C626-C632,C636,C637,C641 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 C647-C649,C659,C664,C671 C681,C684,C691,C694,C698 C741,C742,C749,C767-C769 C787-C789,C801,C803,C804 C806-C808,C811,C813-C826 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 C829,C852,C855,C856 C858,C859,C862,C865,C866 C872,C875,C876,C902,C912 C921 C230,C232,C233,C501,C521 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 CKSRYB105K10 C541,C603,C620,C625 C757,C758,C795 C394,C743-C746 C126,C346 C202,C205,C212,C215 CKSRYB105K10 CKSRYB105K10 CKSRYB152K50 CKSRYB223K50 CKSRYB472K50 C402,C403,C405,C409 DCH1165 6 B C RESISTORS R824,R825,R836-R838 R201 R211 R1001-R1006,R1011-R1013,R1069 R151,R210,R387-R389,R412 RAB4C0R0J RAB4C220J RAB4C390J RS1/10S0R0J RS1/10S0R0J R415,R417,R421,R422,R483 R485,R561,R600,R840,R884 R403 R105,R106,R115-R120 R104,R107 RS1/10S0R0J RS1/10S0R0J RS1/10S100J RS1/10S4R7J RS1/10S6R8J R125,R144,R169,R172-R176 R179,R182,R330,R331,R628 R635,R761-R764,R781-R784 R168 R301 RS1/16S1002F RS1/16S1002F RS1/16S1002F RS1/16S1102F RS1/16S1202F R502,R512,R522,R532,R542 R552 R408 R178 R410 RS1/16S1500F RS1/16S1500F RS1/16S1502F RS1/16S1602F RS1/16S1802F R443 R741-R746,R751,R752 R409 R441 R101,R102,R123,R142,R143 RS1/16S2001F RS1/16S2201F RS1/16S2702F RS1/16S4701F RS1/16S5600F XV-HTD530 5 A 7 D E F 75 8 1 Mark No. 2 Description R442 R411 Other Resistors A 3 Part No. Mark No. RS1/16S6801F RS1/8S0R0J RS1/16S###J R243 R103 RS1/10S0R0J RS1/10S331J R104 Other Resistors RS1/10S391J RS1/16S###J OTHERS B CN123 CONNECTOR 0 FLEXIBLE CABLE CN124 8P CONNECTOR CN122 17P CONNECTOR CN953 30P CONNECTOR B2B-PH-SM3 VDA1681 VKN1412 VKN1421 VKN1434 CN121 24P CONNECTOR CN911 CONNECTOR X601 CRYSTAL RESONATOR (27MHz) X301 CERAMIC RESONATOR (20MHz) VKN1464 VKN1626 VSS1172 BA1451F LC72131MD 2SC2412K DTA124ES DTC124EK D201 D202 1SS133 MTZJ5.1C F ASS1093 IC3181 IC3001,IC3051,IC3801 IC3061,IC3062 IC3121 IC3003,IC3101,IC3131,IC3161,IC3201 BD3814FV BU4052BCF BU4053BCF BU4066BCF NJM4558MD IC3241,IC3252,IC3261,IC3731,IC3821 IC3901 IC82 > IC61 IC5501 NJM4558MD NJM4560M NJM7805FA NJM7812FA PDC111A Q3804,Q3906 C206 C212,C213,C226,C233-C235 C240 C231,C232 C223 CCSRCH100D50 CCSRCH101J50 CCSRCH101J50 CCSRCH150J50 CEAT100M50 C229 C224 C227 C241 C243 CEAT101M10 CEAT1R0M50 CEAT220M25 CEAT2R2M50 CEAT330M16 C228 C237 C211 C210 C204,C238,C602 CEAT3R3M50 CEAT470M10 CEJA1R0M50 CEJQ470M16 CKSRYB102K50 C101,C102,C208,C220,C239 C242,C601 C216,C217 C225 C201,C205,C209,C214,C230 CKSRYB103K50 CKSRYB103K50 CKSRYB123K50 CKSRYB153K50 CKSRYB223K50 C236,C603 C221 C202,C222 C215 CKSRYB223K50 CKSRYB224K10 CKSRYB473K16 CKSRYB681K50 Q131,Q3005,Q3006,Q3009,Q3010 Q3601,Q3602,Q3611,Q3612 Q3621,Q3622,Q3631,Q3637,Q3638 2SA1576A 2SB1375 2SC4081 2SC4081 2SC4081 Q3642,Q3644,Q5501,Q5572,Q5711 Q3641 Q114,Q3001,Q3002,Q3741,Q3742 Q3801,Q3802,Q3901-Q3904 Q115,Q3003,Q3004,Q3007,Q3061 2SC4081 2SD1858X 2SD2114K 2SD2114K DTA124EUA Q3121,Q3122,Q3124,Q3635,Q3639 Q3803 Q3645 Q3123,Q3125,Q3636,Q3640 Q5571,Q5573 DTA124EUA DTA124EUA DTA143EUA DTC124EUA DTC143EUA Q3633 Q5595 Q3632 D35,D3632-D3634 D103,D3601,D3602,D3604 RN1901 RN2901 UMB1N 1SS133 1SS355 D3611,D3612,D3621,D3622 D3636,D3637,D3641-D3643,D3801 D5575,D5712,D5721 > D22 D3635 RESISTORS R211 R221 R233 X201 CRYSTAL RESONATOR (7.2MHz) > Q32 ATE7003 ATF-107 ATF-119 ATF1155 CAPACITORS E 52044-1345 AKA7003 ANK7072 ANK7073 SEMICONDUCTORS COILS AND FILTERS D CN201 13P CONNECTOR BN201 TERMINAL 4P 0 SHIELD CASE T (MTL) 0 SHIELD CASE B (MTL) G AF ASSY IC201 IC202 Q201,Q204,Q205 Q202 Q203 FM DETECTOR COIL CERAMIC FILTER CERAMIC FILTER AM CERAMIC FILTER Part No. VSS1186 SEMICONDUCTORS L201 F202 F201 F203 Description OTHERS F FM/AM TUNER MODULE C 4 RD1/4PU221J RD1/4PU222J RD1/4PU391J 1SS355 1SS355 1SS355 D5SBA20F20 DAN202K D3644 D3603,D3613,D3623,D3901 D33,D34 D3631 D36 DAN217 DAP202K MTZJ16A MTZJ5.1A MTZJ6.8B D83 D31,D32 D5711 D3003,D3004 MTZJ7.5C S5688G UDZS11B UDZS6.2B XV-HTD530 76 1 2 3 4 5 Mark No. 6 Description D3181,D3182 Part No. UDZS6.8B > TH131 NCP18WF104J03RB 7 Mark No. 8 Description Part No. C5513-C5516,C5574 C5794 C3217,C3218 C3133-C3136,C3163,C3165 CKSRYB104K16 CKSRYB105K6R3 CKSRYB123K50 CKSRYB152K50 C3251,C3252,C3261 C3243,C3244,C3263 C3361-C3364,C3461-C3464,C3561 C3563,C3661,C3663 C3266,C3292 CKSRYB153K50 CKSRYB182K50 CKSRYB223K50 CKSRYB223K50 CKSRYB273K16 C3282 C3269 C3189,C3190 C3284,C3286,C3365-C3368 C3465-C3468,C3565,C3567,C3665 CKSRYB333K16 CKSRYB393K25 CKSRYB472K50 CKSRYB473K50 CKSRYB473K50 C3667,C66,C83 C3170 C3245-C3248,C3265 CKSRYB473K50 CKSRYB682K50 CKSRYB683K16 A COILS AND FILTERS L3361,L3362,L3461,L3462,L3561 COIL L3661 COIL L8882 POWER INDUCTOR L5571 ATH-059 ATH-059 ATH7012 LAU220J SWITCHES AND RELAYS RY3641-RY3643 ASR7008 CAPACITORS C5575 C23,C24 C15,C16 C25 C3191-C3193,C3913,C3914 ACH1246 ACH7181 ACH7182 ACH7183 CCSRCH101J50 C5510,C5511,C5577,C5722,C5723 C3001-C3008 C3103,C3104 C3294,C3909,C3910 C3109,C3110 CCSRCH101J50 CCSRCH221J50 CCSRCH331J50 CCSRCH470J50 CCSRCH680J50 C3009,C3010,C3105,C3106 C3139,C3140,C3169,C3801,C3802 C3029,C3030,C3035,C3036,C5576 C5572 C5578 CCSRCH821J50 CCSRCH821J50 CEAL100M16 CEAL101M6R3 CEAL1R0M50 C3919,C3920 C3017,C3018,C3037,C3038 C3063- C3068 C3101,C3102,C3115-C3118 C3131,C3132,C3143-C3146 CEANP470M16 CEAT100M50 CEAT100M50 CEAT100M50 CEAT100M50 C3161,C3162,C3171-C3174 C3213,C3214,C3262,C35,C3633 C3701,C3702,C3733,C3734 C3823,C3824,C3906-C3908 C3917,C3918,C5711 CEAT100M50 CEAT100M50 CEAT100M50 CEAT100M50 CEAT100M50 C34,C67,C84 C3195,C3196 C32 C8885 C3631 CEAT220M50 CEAT221M10 CEAT221M63 CEAT222M10 CEAT2R2M2A C33 C3027,C3028,C3111,C3112 C3211,C3212,C3911,C3912 C3632 C5731,C5732 CEAT330M50 CEAT470M16 CEAT470M16 CEAT471M6R3 CEAT4R7M50 C5595,C5596 C3276,C5504 C3025,C3026,C3033,C3034 C3061,C3062,C3113,C3114 C3141,C3142,C3175,C3176 CEJQ220M50 CKSRYB102K50 CKSRYB103K50 CKSRYB103K50 CKSRYB103K50 C3197,C3198,C3209,C3210 C3249,C3250,C3295-C3298 C3735,C3736,C3803,C3825,C3826 C5506-C5508,C5517,C5518,C5571 C5573,C5580,C5791 CKSRYB103K50 CKSRYB103K50 CKSRYB103K50 CKSRYB103K50 CKSRYB103K50 C3014-C3016,C3185-C3188 C3219,C3220,C3288,C3290 CKSRYB104K16 CKSRYB104K16 RESISTORS R3607,R3608,R3617,R3618 (0.1 ohm, 2W) R3627,R3628 (0.1 ohm, 2W) R3199,R3200 R3361,R3362,R3461,R3462,R3561 ACN7112 ACN7112 RD1/2PM151J RD1/2PMF101J R3661 R31 R36,R37 R3907,R3908,R3911,R3912 R3635 RD1/2PMF101J RD1/2PMF332J RD1/4PU101J RD1/4PU330J RD1/4PU332J R3631,R3632 R35 R131 R132 Other Resistors RD1/4PU333J RD1/4PU472J RS1/16S5600F RS1/16S6800F RS1/16S###J 6 C OTHERS CN5104 19P CONNECTOR CN5701 CONNECTOR CN5103 CONNECTOR CN5711 27P CONNECTOR CN51 8P JUMPER CONNECTOR 19R-1.25FJ 52045-1345 52045-1745 52045-2745 52147-0810 JA3001 PIN JACK 6P CN3301 SPEAKER TERMINAL 12P CN3031,CN3032,CN5602,CN5603 23P PLUG X5501 CERAMIC RESONATOR (10MHz) AKB7012 AKE7097 AKP7064 CN11 CONNECTOR J21 CONNECTOR ASSY J5105 CONNECTOR ASSY J12 CONNECTOR ASSY JA3801 AUDIO 2P PIN JACK B10P-VH PF04EN-S22 PF04PG-C12 PF05EN-S22 RKB1040 11,12 PCB BINDER CN5105 30P FFC CONNECTOR VEF1040 VKN1261 D ASS7034 E H DVD TRADE ASSY COILS AND FILTERS L8891 CHIP BEAD F VTL1075 RESISTORS All Resistors RS1/16S###J XV-HTD530 5 B 7 77 8 1 Mark No. 2 Description 3 Part No. Mark No. OTHERS CN5108 KR CONNECTOR CN5107 B TO B CONNECTOR 30P CN5106 FJ CONNECTOR A S4B-PH-K VKN1627 VKN1775 I DIODE L ASSY SEMICONDUCTORS D21 D5SBA20(B) J DIOEDE S ASSY B SEMICONDUCTORS D11 D3SBA20(B) K 6CH AMP ASSY Q3382,Q43 Q62 C Q111,Q3381,Q63,Q92 > Q61 Q3301,Q3302,Q3401,Q3402 Q3501,Q3502,Q3504 Q3654 D Part No. CCSRCJ3R0C50 CEAL100M16 C3507 C72 C3651 C101,C102 C3323,C3324,C3423,C3424 CEAL470M6R3 CEAT100M50 CEAT101M25 CEAT1R0M50 CEAT221M50 C3167,C3168,C3178,C3179 C3301,C3302,C3317,C3318 C3401,C3402,C3501,C3502 C3652,C63,C82,C98 C3653 CEAT2R2M50 CEAT2R2M50 CEAT2R2M50 CEAT470M25 CEAT470M35 C3303,C3304,C3403,C3404 C3503,C3504 C92 C71,C81 CKSRYB102K50 CKSRYB102K50 CKSRYB104K16 CKSRYB473K50 R3317-R3320,R3417-R3420 R3517-R3520 > R3327,R3328,R3427,R3428 R3387,R3388 R3657 NJM7805FA NJM7912FA STK402-270 2SA1576A 2SB1237X R96,R97 > R3323,R3324,R3351,R3423,R3424 > R3451 2SC4081 2SD2012 2SD2114K 2SD2114K 2SD2144S R67,R68 R94,R95 > R62 R65 R47,R48 Other Resistors ACN7122 ACN7122 RD1/4MUF470J RD1/4PU101J RD1/4PU330J RS1/16S1002F RS1/16S1R0J RS1/16S1R0J RS1/16S2201F RS1/16S2701F RS1/16S330J RS1/16S4700F RS1/16S4701F RS1/16S###J Q107,Q3653 Q3652 Q106 > Q3383,Q91 > Q3384 DTA124EUA DTA124TK DTC124EUA IRFI9Z34G IRFIZ34G Q3651 Q101,Q103 Q102,Q104 > D3321-D3326 D3327,D3328 RN1901 UMB1N UMH1N 1SR139-400 1SR139-400 > D3421-D3426 1SR139-400 1SR139-400 1SS133 1SS355 30PDA20-FC6 IC8201 IC8401 IC8501 IC8901 IC8902 AK4114VQ AK4529VQ DSPD56367PV150 NJM2391DL1-33 NJU7223DL1-18 DAN217 DAN217 MTZJ10C MTZJ11B MTZJ15C IC8101 IC8701 IC8702 IC8502 Q8504 TC74HCU04AF TC74LVX244FT TC74VHCT244AFT TC7WU04FU UMD2N Q8503 D8501 D8401 D8402,D8502,D8503 UN5112 1SS355 DAN202K DAP202K D91 MTZJ18B MTZJ18C MTZJ36A MTZJ7.5C UDZS18B D105,D106,D3658 TH111 UDZS7.5B NCP18WF104J03RB D3427,D3428 D3387,D3388,D3651-D3655 D101,D102,D104,D3657,D42 > D3391,D3392 E Description C3509,C3510 C3307,C3308,C3407,C3408,C3508 RESISTORS SEMICONDUCTORS > IC81 > IC71 > IC3301,IC3401 4 > D3381,D3382,D3481,D3482 > D3581,D3582 D3389,D3390 > D98 > D72 D3393,D3394 > D63 D3385,D3386 > D82 OTHERS CN3001,CN3002 23P PLUG CN3651 PLUG (2P) AKP7064 KM200SA2 L DSP ASSY SEMICONDUCTORS COILS AND FILTERS F CAPACITORS C3305,C3306,C3405,C3406 C3505,C3506,C62,C97 C3309,C3310,C3409,C3410 CCSRCH221J50 CCSRCH221J50 CCSRCJ3R0C50 L8002,L8004,L8501,L8502 CHIP SOLID INDUCTOR L8101,L8103,L8201,L8203,L8204 CHIP SOLID INDUCTOR L8401,L8402,L8504,L8701,L8702 CHIP SOLID INDUCTOR ATL7002 QTL1013 QTL1013 XV-HTD530 78 1 2 3 4 5 Mark No. CAPACITORS 6 Description Part No. C8209,C8210 C8421 C8106 C8107 C8007,C8008,C8109,C8201,C8212 CCSRCH100D50 CCSRCH101J50 CCSRCH221J50 CCSRCH470J50 CCSRCH471J50 C8214,C8404,C8409-C8414 C8416,C8417,C8419,C8505,C8507 C8509,C8511,C8512,C8515,C8518 C8520,C8522,C8524,C8526,C8528 C8530,C8532,C8534,C8536,C8539 CCSRCH471J50 CCSRCH471J50 CCSRCH471J50 CCSRCH471J50 CCSRCH471J50 C8541,C8543,C8545,C8551,C8703 C8706 C8548,C8549 C8701,C8704 C8105,C8406,C8415,C8546,C8547 CCSRCH471J50 CCSRCH471J50 CCSRCH8R0D50 CEV100M16 CEV101M16 C8902,C8904 C8217,C8225,C8408 C8204,C8555 C8009,C8104,C8405,C8418,C8517 C8554 CEV101M16 CEV470M6R3 CKSRYB102K50 CKSRYB103K50 CKSRYB103K50 C8010,C8202,C8207,C8213,C8215 C8407,C8420,C8422,C8504,C8513 C8521,C8523,C8525,C8527,C8529 C8531,C8533,C8535,C8537,C8538 C8540,C8542,C8544,C8550,C8702 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 C8705,C8901,C8903 C8110,C8516 C8514 C8203 CKSRYB104K16 CKSRYB105K6R3 CKSRYB333K16 CKSRYB473K50 RESISTORS R8506 R8201 Other Resistors RAB4C101J RS1/16S1802F RS1/16S###J 7 Mark No. OTHERS 8 Description CN5621 13P PLUG CN5622,CN5623 19P PLUG CN5612,CN5613 23P SOCKET Part No. AKP7059 AKP7062 AKP7075 A O VIDEO JACK ASSY COILS AND FILTERS L8861,L8871 CHIP BEAD VTL1089 CAPACITORS C8822,C8832,C8842,C8852,C8862 C8872 C8821,C8831,C8851 C8861,C8871 CCSRCH470J50 CCSRCH470J50 CEAT102M6R3 CEAT471M6R3 B RESISTORS R8821,R8831,R8841,R8853,R8863 R8873 RS1/16S75R0F RS1/16S75R0F OTHERS CN8001 JA8851 JA8802 CN8003 17P CONNECTOR JACK JACK 7P CONNECTOR 52044-1745 VKB1150 VKB1178 VKN1267 C P PRIMARY ASSY SEMICONDUCTORS > IC51 NJM78M56FA 2SC4081 2SD1858X 1SS355 DAN217 Q52 Q51 D52 D53 > D51 S1WB(A)60SD UDZS20B D55 COILS AND FILTERS OTHERS X8501 CRYSTAL RESONATOR (20MHz) X8201 CRYSTAL RESONATOR (24.576MHz) CN8003 13P SOCKET VSS1171 CN8007,CN8011 19P SOCKET JA8103 JACK AKP7073 VKB1159 > L1 LINE FILTER D ATF7018 TRANSFORMERS XSS3003 > T2 ATT7079 AKP7070 SWITCHES AND RELAYS > RY1 ASR7027 CAPACITORS > C1,C2 > C52 M AMP TRADE ASSY C54 C53 C56-C58 SEMICONDUCTORS > IC25 PROTECTOR (7A) ACE7022 CEAT102M25 CEAT470M16 CKSRYB103K50 CKSRYB473K50 AEK7047 RESISTORS E RESISTORS All Resistors RS1/16S###J > R1 (2.2M, 1/2W) Other Resistors RCN1080 RS1/16S###J OTHERS CN3011,CN3012,CN3021,CN3022 23P SOCKET OTHERS AKP7075 1 8P CABLE HOLDER CN3 CONNECTOR 7P H1,H2 FUSE CLIP > CN1 CONNECTOR J51 JUMPER WIRE N DSP TRADE ASSY 51048-0800 52492-0720 AKR7001 B2P3-VH D20PYY0820E F RESISTORS All Resistors RS1/16S###J KN1 WRAPPING TERMINAL > AN1 AC INLET 1P VNF1084 XKP3042 XV-HTD530 5 6 7 79 8 1 Mark No. A 2 Description 3 Part No. Mark No. Q DISPLAY ASSY Part No. SWITCHES AND RELAYS HEF4794BT MSM9202-01 2SC4081 SLR-343MC S5841-S5847 ASG7013 RESISTORS All Resistors COILS AND FILTERS L5563 L5562 Description T FUNCTION KEY ASSY SEMICONDUCTORS IC5651 IC5601 Q5691 D5651-D5657 4 RS1/16S###J OTHERS LFEA100J LFEA220J 0 4P CABLE HOLDER 0 5P CABLE HOLDER J5803 JUMPER WIRE 51048-0400 51048-0500 D20PYY0510E CAPACITORS B C C5641-C5643 C5674 C5564 C5679,C5680 C5678 CCSRCH101J50 CCSRCH470J50 CEJQ101M6R3 CEJQ1R0M50 CEJQ220M35 C5953 C5671-C5673,C5676 C5677 C5651 C5562,C5563,C5665,C5666,C5675 CEJQ470M16 CKSRYB102K50 CKSRYB103K50 CKSRYB104K16 CKSRYB223K50 C5952 CKSRYB223K50 U HP MIC ASSY SWITCHES AND RELAYS S5831 CAPACITORS C3906 C3905,C3907 C3903,C3904 All Resistors D RS1/16S###J OTHERS RS1/16S###J 0 5P CABLE HOLDER 0 13P CABLE HOLDER JA3901 MINI TURE JACK J5801 JUMPER WIRE 13P OTHERS CN5721 27P CONNECTOR CN5803 13P JUMPER CONNECTOR 5671 FL SPACER 5951 REMOTE RECEIVER UNIT V5601 FL TUBE CKSRYB103K50 CKSRYB104K16 CKSRYB223K50 RESISTORS RESISTORS All Resistors ASG7013 52045-2745 52151-1310 AEB7069 GP1UM27XK XAV3020 51048-0500 51048-1300 AKN7005 D20PYY1315E R JOG ASSY SWITCHES AND RELAYS S5861 XSX3007 CAPACITORS C5861 C5862 CKSRYB102K50 CKSRYB104K16 RESISTORS All Resistors RS1/16S###J OTHERS 0 3P CABLE HOLDER J5811 JUMPER WIRE E 51048-0300 D20PYY0310E S DISC KEY ASSY SWITCHES AND RELAYS S5851-S5858 ASG7013 RESISTORS All Resistors RS1/16S###J OTHERS F 0 3P CABLE HOLDER 0 4P CABLE HOLDER J5805 JUMPER WIRE 51048-0300 51048-0400 D20PYY0410E XV-HTD530 80 1 2 3 4 5 6 7 8 6. ADJUSTMENT 6.1 TUNER SECTION A AM Tuner Section • There is no adjustment in the AM tuner. FM Tuner Section • Set the mode selector to FM BAND. • Connect the wiring as shown in Fig. 1. Step No. 1 Adjustment Title T-METER Adjustment Adjustment ANT. Input level and signal condition Input Level Frequency Modulation (dBµV) (MHz) 98 OFF MPX SG Adjust point Contents L201 Adjust L201 so that the DC voltage between Pin 21 and Pin 23 of IC201 (Test point Vtm) gets within 0 ± 50mV. 80 PRODUCT FM SG B DC Voltmeter FM75Ω antenna terminal C Fig.1 Adjustment Wiring Diagram F FM/AM TUNER MODULE D L201 IC201 pin 21 pin 23 E SIDE B Fig.2 Adjustment Point F XV-HTD530 5 6 7 81 8 1 2 3 4 6.2 ADJUSTMENT ITEMS AND LOCATION Adjustment Items A Adjustment Points (Mechanism Part) [Mechanism Part] Cautions: After adjustment, adjustment screw locks with the Screw tight. 1 Tangential and Radial Height Coarse Adjustment 2 DVD Jitter Adjustment 1 2 Radial adjustment screw 1 2 Tangential adjustment screw [Electrical Part] Electrical adjustments are not required. B C D 6.3 JIGS AND MEASURING INSTRUMENTS Screwdriver (large) Screwdriver (medium) TV monitor Test mode remote control unit (GGF1381) E Screw tight (GYL1001) Precise screwdriver DVD test disc (GGV1025) Soldering iron F XV-HTD530 82 1 2 3 4 5 6 7 8 6.4 NECESSARY ADJUSTMENT POINTS When Exchange Parts of Mechanism Assy ∗ After adjustment, screw locks with the Screw tight. Mechanical ~, Ÿ point Exchange the Pickup A Adjustment Points Electric point Mechanical point Exchange the Traverse Mechanism B Electric point ∗ After adjustment, screw locks with the Screw tight. Mechanical Ÿ point Exchange the Spindle Motor Electric point C Exchange PCB Assy Mechanical point Exchange PC Board LOAB and DVDM ASSY Electric point D E F XV-HTD530 5 6 7 83 8 1 2 3 4 6.5 TEST MODE A • The TEST MODE functions that are used only during adjustment are described here. For details, see "7.1.1 TEST MODE". TEST MODE: ON ESC TEST POWER GGF1381Test mode remote control unit ON B TEST MODE: DISC SET CHECK DVD, CD OPEN/CLOSE OPEN/CLOSE DVD disc (Player) (Player) DSC - &&& C TEST MODE: PLAY TV/LDP CAUTION: Perform only trace, video and audio outputs are nothing. An address is displayed D < When playback with the target address of disc (DVD)> For example, when playback with # 30000 During PLAY +10 3 0 0 0 0 CHP/TIM Press keys in order 030000 E TEST MODE: OFF ESC POWER OR GGF1381 Test mode remote control unit OFF F XV-HTD530 84 1 2 3 4 5 6 7 8 6.6 MECHANISM ADJUSTMENT A 1 Tangential and Radial Height Coarse Adjustment START • Remove the servo mechanism. • Remove a Spacer for height adjustment attached to the back side (shaded area) of the Servo Mechanism (Float Base) with nippers. B Servo Mechanism Cautions: Because there is not a Spacer for height adjustment in adjustment after the second time, will keep it at need. (This parts is Traverse mechanism exclusive use of a model for 2003 years) Float Base 7.3mm C Spacer for Height adjustment Put a spacer between a Tangential (or Radial) adjustment screw and Mechanism Base and turn each screw to adjust the height. (Refer to "6.2 ADJUSTMENT ITEMS AND LOCATION".) Note: Turn the Short switch to Short side when removing the Pickup Flexible Cable. (Refer to "7.1.13 DISASSEBLY".) Turn a flat side into bottom D E F XV-HTD530 5 6 7 85 8 1 2 3 4 2 DVD Jitter Adjustment • Playback method of inner and outer address for the purpose is refererd to "6.4 TEST MODE". • Jitter indication of the monitor is refererd to "7.1.2 DISPLAY SPECIFICATION OF THE TEST MODE". A Use disc: GGV1025 START Mechanism Assy • Test mode • Play the DVD test disc at outer track (around #200000) Adjust the Tangential Adjustment Screw so that jitter becomes minimum. • Play the DVD test disc at inner track (around #30000) J : Min B Mechanism Assy Adjust the Radial Adjustment Screw so that jitter becomes minimum. J : Min C J: ---- Player Monitor • Play the DVD test disc at outer track (around #200000) D Mechanism Assy Readjust the Tangential Adjustment Screw so that jitter becomes minimum. CHECK Turn the POWER OFF in case of NG once, and perform the adjustment once again. NG Confirm the error rate that is displayed "OK" (Example ERROR RATE: 6.6oe - 6 OK ) K J : Min O E If error rate is OK, locks a root of tangential and radial adjustment screws with the Screw tight, and go to step ! . Disc playback normally. • The measurement of block error rate ESC ESC 5 Screw tight: GYL1001 Test mode end F XV-HTD530 86 1 2 3 4 5 6 7 8 7. GENERAL INFORMATION 7.1 DIAGNOSIS 7.1.1 TEST MODE A Test Mode Functional Specification 1 Test mode entry In the power ON state, press the [ESC] (A8-5F) key and [TEST / RANDOM] (A8-5E) key in order of the Test mode remote control unit. • Light the all FL and LEDs, and goes out the FL and LEDs when pressing the keys of something. • OSD displays test mode. Refer to the "7.1.2 DISPLAY SPECIFICATION OF THE TEST MODE". 2 Release the Test mode • Turn off the power. • Press the [ESC] (A8-5F) key of the remote control unit and reset it. B 3 Tray open / close • Press the [REPEAT A-B] (A8 - 48) key of the remote control unit. • Press the [OPEN / CLOSE] key of the main unit from the stop state. 4 Playback stop 1. Press the [REPEAT] (A8 - 44) key of the remote control unit from the playback state. 2. Press the [STOP] key of the remote control unit or main unit from the playback state. (Playback stops, but the loaded disc keeps rotating.) 5 LD ON C DVD : Press the [TEST] (A8-5E) and [1] (A8-01) keys in order, and turn on the laser diode (650n). CD : Press the [TEST] (A8-5E) and [4] (A8-04) keys in order, and turn on the laser diode (780n). 6 Focus on / sweep 1. Lock the focus by pressing the [TEST] (A8-5E) and [2] (A8-02) keys in order. 2. Repeat focus sweep by pressing the [TEST] (A8-5E) and [3] (A8-03) keys in order. 7 Spindle FG servo CAV : Press the [TEST] (A8-5E) and [5] (A8-05) keys in order,then rise up the spindle and FG servo becomes on. CLV : Press the [TEST] (A8-5E) and [9] (A8-09) keys in order,then rise up the spindle and FG servo becomes on. 8 Tracking open / close D 1. Open tracking by pressing the [STEP FWD] (A8-54) key of the remote control unit in the play state. 2. Close tracking by pressing the [STEP REV] (A8-50) key of the remote control unit in the play state. 9 Slider servo on/off 1. Turn on the slider servo by pressing the [TEST] (A8-5E) and [CX] (A8-0E) keys in order. 2. Turn off the slider servo by pressing the [TEST] (A8-5E) and [TV/LDP] (A8-0F) keys in order. 0 Slider in / out Slider in : In the tracking off state, press the [SCAN REV] (A8-11) key of the remote control unit. Slider out : In the tracking off state, press the [SCAN FWD] (A8-10) key of the remote control unit. - Play (perform only the ID search and trace to the specified location) E Press the [TV/LDP] (A8-0F) key of the remote control unit from the stop state. Perform only trace, video and audio outputs are nothing. = Screen display ON/OFF 1. Turn off the display by pressing the [AUDIO] (A8-1E) key of the remote control unit. 2. Turn on the display by pressing the [DISPLAY] (A8-43) key of the remote control unit. F XV-HTD530 5 6 7 87 8 1 2 3 4 ~ Search 1. Search address input entry • It becomes the address input mode when pressing the [+10] (A8-1F) key. (Most significant digit of an address displays "<".) • In this time, display the last address as the initial state. A 2. Search address input • Press the [0] to [9] (A8-00 to 09) keys of the remote control unit. In the DVD, set an address with hexadecimal. • In the address input mode, turn to the hexadecimal input by pressing the [PROGRAM] (A8-4C) key (display a "∗" mark), and [1] to [6] keys are each input as A to F. • Hexadecimal input and decimal input can switch with toggle. • In case of CD, perform only the absolute time search. 3. Search execution • Press the [CHP/TM] (A8-13) key of the remote control unit. • After the search, perform only trace and video and audio outputs are nothing. B 4. Release the Search address input • Clear the address by pressing the [CLEAR] (A8-45) key. Release the address input mode when pressing the [CLEAR] key once again. C D E F XV-HTD530 88 1 2 3 4 5 6 7 8 7.1.2 DISPLAY SPECIFICATION OF THE TEST MODE A 2 Character in bold : Item name : Information display 3 7 8 9 12 14 1 5 6 13 15 16 17 18 19 10 11 B 1 Address indication The address being traced is displayed in number. (as for the DVD, indication of decimal number is possible.) DVD : ID indication (hexadecimal number, 8 digits) [∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗] CD : A-TIME (min. sec.) [0 0 0 0 ∗ ∗ ∗ ∗] 0 Disc sensing [DSC – ∗ ∗ ∗] The type of discs loaded is displayed. [DVD], [CD ], [VCD], [ ] 2 Code indication of remote control unit [R – ∗ ∗ ∗ ∗] In case of double code, display a 2nd code. = Version of the AV-1 chip / version of firmware [AV: ∗ ∗ / ∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗] 3 Main unit keycode indication [K – ∗ ∗] ~ Version of the FL controller [FL: ∗ ∗ ∗ ∗] 5 Tracking status [TRKG – ∗ ∗ ∗] Tracking on : [ON] Tracking off : [OFF] ! Region setting of the player [REG: ∗] Setting value : [1] to [6] 6 Spindle status [SPDL – ∗ ∗ ∗] [OFF], [ACC/BRK], [CAV], [CLV] 7 Mechanism (loading) position value [M – ∗ ∗] Unknown : [01] or [41] Open state : [04] Close state : [08] During opening : [12] During closing : [22] - Jitter value [J – ∗ ∗ ∗ ∗] C @ Destination setting of the FL controller [MDL: ∗ ∗ ∗ ∗ / ∗ ∗ ∗] Four characters in the front represent the type of model. Three characters in the back represent the destination code. J: /J, K: /KU, /KC, /KU/KC, R: /RL/RD, RAM : /RAM, LB: /LB, WY: /WY D # Part number of the flash ROM and system controller [∗ ∗ ∗ ∗ ∗ ∗ / ∗ ∗ ∗ ∗ ∗ ∗] $ Version of the flash ROM [V: ∗. ∗ ∗ ∗] Flash ROM size [FLASH = ∗ ∗] 8 Slider position [S – ∗ ∗ ∗ ∗] In Side Switch ON : [01] In Side Switch OFF : [00] % Revision of the system controller [S: ∗. ∗ ∗ ∗ / ∗. ∗ ∗ ∗] version . revision / build number of the ST core 9 Output video system [V – ∗ ∗ ∗ ∗] NTSC system : [NTSC] PAL system : [PAL] Automatic setting : [AUTO] Scart terminal output [SK – ∗ ∗] (Display only the WY model which can do the output setting of scart terminal.) VIDEO : [00] S-VIDEO : [01] RGB : [02] E ^ Revision of the DVD mechanism controller [M: ∗ ∗ / ∗ ∗ ∗] Kinds of version / firmware of the FE. RAM or ROM F XV-HTD530 5 6 7 89 8 1 2 3 4 7.1.3 FUNCTIONAL SPECIFICAION OF THE SHORTCUT KEY A Only during normal playback, the following shortcut keys can be assigned by pressing a required key after pressing the ESC key of the remote control unit. To quit, press the ESC key Command Contents Remote Control Remote Key Name Control Code Conditions Memory clear and resion / revision indication B CLEAR (∗1) A8-45 Average value measurement of DVD error rate 5 (∗1) A8-05 CD error rate measurement 5 (∗1) A8-05 Aspect : Pan scan 2 AF-A2 Aspect : Letter box 3 AF-A3 Aspect : Wide 4 AF-A4 Digital : AC3 5 AF-A5 Digital : AC-3 > PCM Virtual surround : OFF 6 AF-A6 7 AF-A7 8 AF-A8 REPEAT A AF-E8 Only for models having the corresponding functions Virtual surround : TruSurround Digital output ON Digital output OFF REPEAT B AF-E4 DTS Digital output ON STEP FWD AF-B7 DTS Digtal output OFF STEP REV AF-B8 AUDIO AF-BE SUBTITLE AF-36 Scart terminal output : VIDEO Scart terminal output : S-VIDEO C WY, models equipped with Scart terminal Scart terminal output : RGB ANGLE AF-B5 Progressive OFF R_SKIP A3-9D Only for progressive models Progressive ON Only for models having the corresponding functions Audio 5.1 CH ON F_SKIP A3-9C KD_ENTER AF-EF FL indication of EDC / ID error FL indication of ID number CX (∗1) A8-0E STEREO (∗1) A8-4A ZOOM AF-37 < X3 (∗1) A8-59 ZOOM ON (X4) ZOOM OFF Service mode indication (error rate indication, etc.) Model information indication D CHP/TIM (∗1) A8-13 CHAP (∗1) A8-40 Background color change +10 (∗1) A8-1F Audio last stage mute ON 9 AF-A9 Audio last stage mute OFF 0 AF-A0 Title search Input mode IN Title No. input Search execution SIDE A (∗1) Numbers (∗1) PLAY (∗1) A8-4D A8-00 to A8-09 A8-17 Region confimation mode AUDIO (∗1) Numbers (∗1) A8-1E A8-01 to A8-08 ∗1 : Test mode remote control unit • Service mode indication (ESC + CHP/TIM keys) ID Address The error rate is always displayed in exponential notation, e.g., ∗.∗ ∗ e - ∗, for both DVDs and CDs. EDC/ID/AV 1 error history (ID Address, EDC/ID/AV 1 Error, last eight errors) Self-diagnosis functions (If a mechanical error has occurred, the mechanical-error history is also displayed.) E • Calculation of the average error rate (ESC + "5" [Test mode remote control unit] keys) The average of the last eight error rates is calculated and indicated in exponential notation. After the calculation is completed, "OK" or "NG" is displayed. If "NG" is displayed, the disc tray will open (for both DVDs and CDs) For DVDs: OK with 5.0e-4 or less, for CDs: OK with 7.6e-3 or less • Indication of model information (ESC + CHAP keys) The items from 12 to 19 of the TEST MODE Indications are displayed. However, in the indications, S in the standard test mode is changed to B.E VERSION, and M is changed to F.E VERSION. For details, see 7.1.4. • Change of the background colors (ESC + "+10" [Test mode remote control unit] keys) Every time the keys are pressed, the background color is changed between blue and green alternately. (The green background is used in SETUP NAVIGATOR.) • Region confirmation mode (ESC + AUDIO [Test mode remote control unit] + "1"-"8" [Test mode remote control unit] keys) F After you press the AUDIO key while holding the ESC key pressed and then input the region number, if the number is different from that set in the unit, an error message is displayed, and the tray opens. XV-HTD530 90 1 2 3 4 5 6 7 8 7.1.4 SPECIFICAION OF MODEL INFORMATION DISPLAY To display model information : Press the ESC key then the CHAP key. To close the model information display : Press the ESC key. A • Display contents 2 12 11 3 B 1 4 5 6 7 8 9 10 Character in bold : Item name : Information display C 1 Model name Display it according to model information set from the FL controller. 2 Destination indication Display it according to model information set from the FL controller. 3 Region No. 4 Part number 5 ROM version 6 Flash size 7 FL controller version D 8 CHIP VERSION Version of ST CHIP CUT ID / JTAG ID (two columns) (eight columns) 9 B.E VERSION Version of BACK END (version of ST core software) . / softwareVersion . softwareRevision / buildNumber 0 F.E VERSION Version of FRONT END (version of mechanism controller CHIP software) / MainVersion / Kinds of firmware RAM or ROM - Remote control code = Key code of Main unit E F XV-HTD530 5 6 7 91 8 1 2 3 4 7.1.5 FUNCTIONAL SPECIFICAION OF THE SERVICE MODE • EDC / ID error FL display (shortcut function) A EDC/ID error is displayed on the FL display if you press the CX key while holding the ESC key on the TEST MODE remote control unit pressed. To quit while an EDC/ID error is displayed, press the ESC key. FL display 00 /00 / 01 ∗ ∗: Lights when an AV1 error was generated at least once. Number of sites where an EDC or ID error was generated Number of retrials while an ID error is being generated (only displayed at the moment when an error is being generated), and for the ST models, the number of retrials made for the latest ID error B Number of retrials while an EDC error is being generated (only displayed at the moment when an error is being generated), and the number of retrials made for the latest EDC error • Display during Service Mode To enter Service Mode, press the CHP/TIM key while holding the ESC key pressed. To quit, press the ESC key. Service mode display 1 ID Address 2 Error rate (always displayed), in exponential notation ∗∗ (∗∗∗∗) C Number of error rates 02: Indicates use of the same method as for the 02 models, No indication: Indicates use of the method used for models before the 02 model 3 EDC/ID/AV1 error history (ID Address, EDC/ID/AV1 errors, last eight errors) Description of AV1 errors BIT0: In BE code, an EDC error, FEC I/F buffer overflow, or "not valid" is generated (B.E error) BIT1: In BE code, the ID is different from that of the target (B.E error) BIT2: An error was generated in FE-added 2-byte EDC data. (F.E error) 4 Self-diagnosis functions Whether F.E is normal or not is checked. FE OK: No abnormality in F.E FE Error: Abnormality is recognized in F.E. Pressing the CHP/TIM key again displays the mechanical error history. Each press of the CHP/TIM key changes the displays between the mechanical error history and the Service Mode display. For details on the mechanical error history, refer to the addendum. D Indication plan contents 3 1 2 4 E AV1 ERR 00 01 02 03 04 05 06 07 2 0 0 0 0 1 1 1 1 BIT 1 0 0 1 1 0 0 1 1 0 0 1 0 1 0 1 0 1 Character in bold : Item name : Information display F XV-HTD530 92 1 2 3 4 5 6 7 8 7.1.6 MECHANICAL ERROR HISTORY Mechanical Error History A Only if a mechanical error (FE error) has been generated, a mechanical error history containing up to the last eight errors is displayed if you press the CHP/TIM key in Service Mode. Errors are displayed in descending order, with the latest one at the top. Description of the mechanical error history 1 Error number The first two digits are for the error code, and the second two digits are for the servo state. Note: When an error has been generated, if the servo state is "Disc judge," the disc tray opens, and if the servo state is other than "Disc judge," the unit stops (excluding a case of a device error with the error code 0xd∗). Servo State Error Code B Indication contents 2 Error number The elapsed time from the time when the system was turned on until an error was generated is displayed. Note: If a later error time is shorter than the previous error time, it means that the unit was turned off then on again. 2 3 2 3 1 1 3 Description of errors Error messages are displayed. Example: If the error code is 0x13 (Focus lost timeout) and the servo state is 0x05 (Disc judge), the message becomes "Focus lost timeout in Disc judge." C • List of the error codes • List of the servo states FOCUS ERROR 0x0∗ FOCUS TIMEOUT 0x1∗ 0x00 Reset Focus on error 0x01 Focus on timeout 0x11 0x01 Stop (inside position) Focus off error 0x02 Focus off timeout 0x12 0x02 Stop (any position) Focus lost error 0x03 Focus lost timeout 0x13 0x03 Braking for stop Focus balance adjust error 0x04 Focus balance adjust timeout 0x14 0x04 New disc Focus gain adjust error 0x05 Focus gain adjust timeout 0x15 0x05 Disc judge Focus sweep error 0x06 Focus sweep timeout 0x16 0x06 Reserved 1 Focus reflection error 0x07 Focus reflection timeout 0x17 0x07 Playing 0x08 Start up TRACKING ERROR 0x2∗ TRACKING TIMEOUT 0x3∗ Tracking on error 0x21 Tracking on timeout 0x31 0x09 Seeking Tracking off error 0x22 Tracking off timeout 0x32 0x0A Pausing Tracking lost error 0x23 Tracking lost timeout 0x33 0x0B Reading BCA Tracking balance adjust error 0x24 Tracking balance adjust timeout 0x34 0x0C Reserved 2 Tracking gain adjust error 0x25 Tracking gain adjust timeout 0x35 0x0D STEPPING ERROR 0x4∗ STEPPING TIMEOUT 0x5∗ 0x0E Tray open Stepping on error 0x41 Stepping on timeout 0x51 0x0F Tray moving Stepping off error 0x42 Stepping off timeout 0x52 Stepping lost error 0x43 Stepping lost timeout 0x53 Stepping move error 0x44 Stepping move timeout 0x54 SPINDLE ERROR 0x6∗ SPINDLE TIMEOUT 0x7∗ Spindle on error 0x61 Spindle on timeout 0x71 Spindle off error 0x62 Spindle off timeout 0x72 Spindle lost error 0x63 Spindle lost timeout 0x73 Spindle CAV error 0x64 Spindle CAV timeout 0x74 Spindle CLV error 0x65 Spindle CLV timeout 0x75 ACQUISITION ERROR PLL lost error 0x8∗ 0x83 DECODER ERROR ID lost error 0xa∗ 0xa3 DEVICE ERROR ACQUISITION TIMEOUT E 0x9∗ PLL lost timeout 0x93 DECODER TIMEOUT 0xb∗ ID lost timeout 0xb3 Note : 0 x & & 0xd∗ SRAM error D code (Only this part is displayed to a display) 0xd1 XV-HTD530 5 6 7 93 8 F 1 2 3 4 Protection Specifications and Service Mode Protection Specifications A The system microcomputer (AF Assy IC5501) for this unit always monitors if abnormality of the power is generated, and as soon as an abnormality is detected shuts off the power. The specifications of the microcomputer terminal for monitoring are as follows: Name of microcomputer terminal XPROTECT (Pin 22) Abnormality of power inside the DVDM Assy In normal conditions In abnormal conditions 0.71 Vdd∗ or more 0.36 Vdd-0.71 Vdd∗ 0.5 Vdd-0.85 Vdd∗ In failure 0.36 Vdd∗ or less Monitoring item Voltage at terminal VDET (Pin 17) Abnormality of AMP-system power Short-circuiting of the SP terminal, etc. Monitoring start time Time required for determining abnormality 0.85 Vdd∗ or more 0.5 Vdd∗ or less 1.5 sec after power is turned on 0.5 sec after detection 1.5 sec after power is turned on 0.5 sec after detection ∗Vdd = Approx. 5 V (depending on the unit) B In abnormal conditions or in failure, the TIMER LED flashes after the power is shut off. If the power was shut off because of an abnormality, it can be turned on by pressing the STANDBY/ON key. However, if the power was shut off because of failure, for one minute after a shutdown the STANDBY/ON key is disabled in order to protect against possible ignition of fumes. If the AC power cord is pulled out during this one minute of standby, when the AC power cord is reconnected, the STANDBY/ON key will still be disabled until the remaining seconds have elapsed. This unit has Service Test mode for analyzing the above power abnormality. Its specifications are as follows: 1. Specific conditions for Service Test mode C • VDET is neglected. • XPROTECT is neglected. • Even if the unit is urgently shut down in failure in Normal mode, you can turn it on without waiting for one minute. 2. How to enter Service Test mode • While holding the DISK 1 key and STOP key pressed, connect AC power cord. 3. How to quit Service Test mode, and the conditions for quitting • To quit Service Test mode, turn the power off or disconnect the AC power cord. • When quitting Service Test mode, only data on protection in RAM are cleared. 4. Indications when Service Test mode starts • Indications on the FL display when Service Test mode starts differ depending on whether the unit was turned off normally or if the unit was urgently shut down because the abnormality of the power, as described below. D [After the power is turned off normally] FL display [After the power is shut down because of an abnormality in the AMP system] FL display P R T C T W N G We l c om e ! FL display V o l u m e FL display D V FL display V o l u m e 0 FL display D V S E R V I C E [After the power is shut down because of a failure in the AMP system] FL display P R T C T FL display V o l u m e 0 S E R V I C E [After the power is shut down because of a failure in the DVD system] FL display D V D E R R P R T E C T FL display V o l u m e 0 0 E FL display D V FL display D V S E R V I C E S E R V I C E 5. Operations during Service Test mode • Basically, operations in Service Test mode are the same as in Normal mode. However, to clarify that it is in Service Test mode, during this mode, when functions are changed, the indications on the FL display become as follows: [Functions] [Indications on the FL display] [Functions] [Indications on the FL display] DVD/CD D V S E R V I C E LINE2 L 2 S E R V I C E TUNER T X S E R V I C E TV T V S E R V I C E LINE1 L 1 S E R V I C E F XV-HTD530 94 1 2 3 4 5 6 7 8 Error Code Table Error Name No. Causes Check Item Possibility of Trouble Remarks A FOCUS ERROR (0 x 0∗) Focus on error 0 x 01 Focus on could not be completed Are not there a dirt or a scratch in 1. Pickup the Disc? Does LD become weak? 2. Driver Does the lens move up and down? 3. Front End IC Focus off error 0 x 02 Focus off could not be completed Unknown Focus lost error 0 x 03 Focus servo is lost Are not there a dirt or a scratch in 1. Pickup the Disc? Does LD become weak? Focus balance adjust error 0 x 04 AFB on could not be completed Focus gain adjust error 0 x 05 Focus AGC could not be completed Focus sweep error 0 x 06 Focus reflection error 0 x 07 Dimensions of S curve did not reach to the aim value Does LD become weak? 1. Pickup FOCUS TIMEOUT (0 x 1∗) Focus on timeout 0 x 11 Did timeout at focus on Focus off timeout 0 x 12 Did timeout at focus off Focus lost timeout 0 x 13 Did timeout at focus backup Focus balance adjust timeout 0 x 14 Did timeout at AFB Focus gain adjust timeout 0 x 15 Did timeout at AGC Focus sweep timeout 0 x 16 B Are not there a dirt or a scratch in 1. Pickup the Disc? Does LD become weak? 2. Driver Does the lens move up and down? 3. Front End IC TRACKING ERROR (0 x 2∗) 1. Pickup 2. Driver 3. Front End IC Tracking on error 0 x 21 Tracking on could not be completed Tracking off error 0 x 22 Tracking off could not be completed Tracking lost error 0 x 23 Tracking servo is lost 1. Pickup Tracking balance adjust error 0 x 24 ATB could not be completed 1. Pickup Tracking gain adjust error 0 x 25 AGC could not be completed 1. Pickup Tracking jump error 0 x 26 Tracking jump could not be completed C TRACKING TIMEOUT (0 x 3∗) Are not there a dirt or a scratch in the Disc? 1. Pickup 2. Driver 3. Front End IC Are not there a dirt or a scratch in the Disc? 1. Pickup Tracking on timeout 0 x 31 Did timeout at tracking on Tracking off timeout 0 x 32 Did timeout at tracking off Tracking lost timeout 0 x 33 Did timeout at tracking backup Tracking balance adjust timeout 0 x 34 Did timeout at ATB 1. Pickup Tracking gain adjust timeout 0 x 35 Did timeout at AGC 1. Pickup Tracking jump timeout 0 x 36 Did timeout at tracking jump D STEPPING ERROR (0 x 4∗) Stepping on error 0 x 41 Stepping on could not be completed Stepping off error 0 x 42 Stepping off could not be completed Stepping lost error 0 x 43 Stepping servo is lost Stepping move error 1. Pickup 2. Driver 3. Front End IC Do move to inner and outer periphery 1. Stepping motor of the stepping in the test mode? 2. Inside switch Do indicate "S-04" at the most inner 3. Driver periphery of the stepping? 0 x 44 Stepping could not move E STEPPING TIMEOUT (0 x 5∗) Stepping on timeout 0 x 51 Did timeout at stepping on Stepping off timeout 0 x 52 Did timeout at stepping off Stepping lost timeout 0 x 53 Did timeout at stepping backup Stepping move timeout 1. Pickup 2. Driver 3. Front End IC 0 x 54 Did timeout at stepping movement Do move to inner and outer periphery 1. Stepping motor of the stepping in the test mode? 2. Inside switch Do indicate "S-04" at the most inner 3. Driver periphery of the stepping? F XV-HTD530 5 6 7 95 8 1 Error Name A 2 No. 3 Causes 4 Check Item Possibility of Trouble SPINDLE ERROR (0 x 6∗) Spindle on error 0 x 61 Spindle on could not be completed Spindle off error 0 x 62 Spindle off could not be completed Spindle lost error 0 x 63 Spindle lost control Spindle CAV error 0 x 64 CAV on could not be completed Spindle CLV error 0 x 65 CLV on could not be completed SPINDLE TIMEOUT (0 x 7∗) Spindle on timeout 0 x 71 Did timeout at spindle on Spindle off timeout 0 x 72 Did timeout at spindle stop Spindle lost timeout 0 x 73 Did timeout at spindle backup Are not there a dirt or a scratch in the Disc? Is FG output from the driver? Spindle CAV timeout 0 x 74 Did timeout at CAV on Is spindle rotating? 1. Spindle motor Is FG output from the driver? 2. Spindle driver Is the PDM output from Front End? 3. Front End IC Spindle CLV timeout 0 x 75 Did timeout at CLV on B 1. Spindle motor 2. Spindle driver ACQUISITION ERROR (0 x 8∗) PLL lost error 0 x 83 PLL is lost Are not there a dirt or a scratch in the Disc? 1. Pickup 2. Front End IC 0 x 93 Did timeout at PLL backup Are not there a dirt or a scratch in the Disc? 1. Pickup 2. Front End IC 0 x a3 ID is not readable Are not there a dirt or a scratch in the Disc? 1. Pickup 2. Front End IC 0xb3 Are not there a dirt or a scratch in the Disc? 1. Pickup 2. Front End IC Power supply of SRAM Is not bus line short-circuiting? 1. SRAM 2. Front End IC 3. Front End-SRAM bus line ACQUISITION TIMEOUT (0 x 9∗) PLL lost timeout DECODER ERROR (0 x a∗) ID lost error C DECODER TIMEOUT (0 x b∗) ID lost timeout Did timeout at ID backup DEVICE ERROR (0 x d∗) SRAM error 0 x d1 Cannot access SRAM FAILSAFE (0 x e∗) Unexpected error 0 x e1 1. software runaway 3. Software bug Unexpected error D E F XV-HTD530 96 1 2 3 4 Remarks 5 6 7 8 7.1.7 ID NUMBER AND ID DATA SETTING Caution: For the DVD players compatible with DVD-RW, for playback of a DVD-RW disc (CPRM), it is necessary that an individual ID number and ID data are set for each player. If the ID number and ID data be not properly set in the manner described below, future operations cannot be guaranteed. The ID number is written on the yellow label at the rear panel of the player. If there is no yellow label, before downloading FLASH ROM, take note of the ID number set following the procedures outlined in "ID Number Confirmation Mode" on the next page. A Note: Enter ID numbers while the unit is in Stop mode so that the values set will be immediately written to the flash ROM. The following operations are all made with the TEST MODE remote control unit (GGF1381). ID Number Input Mode 1 To enter ID Number Input Mode, with no ID number set, such as in a case of immediately after upgrading the firmware, press the ESC key then the STEREO key. Note: If a previous ID number and ID data, such as a factorypreset ID number and ID data, are maintained, the unit enters ID Number Confirmation Mode when the above keys are pressed. However, if only an ID number is maintained, the unit enters ID Data Input Mode. 6 This display appears when the PLAY key is pressed in Step 4. Enter a 9-digit number to compare. The number is also displayed on the FL display. B 7 By pressing the CLEAR key without having input a number, the unit returns to Step 2 without doing anything else. Each press of this key after a number has been input deletes one digit. 2 Enter a 9-digit ID number. The ID number is also displayed on the FL display. 3 By pressing the CLEAR key without having input a number, you can exit this mode. Each press of this key after a number has been input deletes one digit. 6 [Player's ID Number Setting] ID Number ? 000000001 Compare >∗∗∗∗∗∗∗∗∗ C 2 3 [Player's ID Number Setting] ID Number ? >--------- Input ID Number ! Exit 8 After entering all 9 digits, if you press the PLAY key, the unit compares the numbers input in Steps 2 and 6, and only if the numbers match, that number is set as the ID. Then the unit automatically enters ID DATA Input Mode. If the numbers do not match, the disc tray is opened, and the unit exits ID Number Input Mode. Input ID Number ! 4 After entering all 9 digits, if you press the PLAY key, the unit enters Compare mode. Enter the same ID number again. Only if your two input numbers match, the ID number is set. Compare mode helps eliminate mistyping of the ID number. D Note: If you press the PLAY button before inputting a 9-digit ID number, the unit returns to Step 6 without doing anything else. [Player's ID Number Setting] ID Number ? 000000001 Compare > 0 0 0 0 0 0 0 0 1 OK? Note: If you press the PLAY button before inputting a 9-digit ID number, the unit returns to Step 2 without doing anything else. 5 After entering all 9 digits, if you press the SEARCH key, the unit unconditionally sets the input number as the ID number. Then the unit automatically enters Player's Data Input Mode. (The SEARCH key is not accepted after all 9 digits have been entered.) 8 Enter E Input ID Number ! [Player's ID Number Setting] ID Number ? > 0 0 0 0 0 0 0 0 1 OK ? 4 5 Compare Mode Enter Input ID Number ! F XV-HTD530 5 6 7 97 8 1 2 3 4 ID Number Confirmation Mode A 1 To enter ID Number Confirmation Mode after the ID number and the ID data are set, press the ESC key then the STEREO key. 2 The ID number already set is displayed. (It is also displayed on the FL display.) 3 Enter a 9-digit number for comparison. This is not required when you only wish to check the ID number visually. (The number is also displayed on the FL display.) 4 By pressing the CLEAR key without having input a number, you can exit this mode. Each press of this key after a number has been input deletes one digit. 2 3 An ID number already set is displayed in the following cases: 1) When the ESC key then the CLEAR key are pressed, user settings are cleared, then the ID number set is displayed on the screen. In this case, the ID number is not displayed on the FL display. 2) When the unit enters ID Number Confirmation Mode by your pressing the ESC key then the CLEAR key, the ID number set is displayed. In this case, the ID number is also displayed on the FL display. If you only need to confirm the ID number, you can exit this mode by pressing the CLEAR key or turning off the power. • Indication when no ID number is set [Player's ID Number Setting] ID Number ? [000000001] Compare >∗∗∗∗∗∗∗∗∗ B • Indication of an ID number already set If no ID number is set, the message "No ID Number!" flashes on the screen and FL display for a few seconds after the power is turned on or during Stop mode. Exit 4 Input ID Number ! C 5 After entering all 9 digits, if you press the PLAY key, the unit compares the number entered in Step 2 with the ID number set, and only if the numbers match, the unit automatically exits ID Number Confirmation Mode. If an ID data has not been entered, the unit enters ID DATA Input Mode. If the numbers do not match, the disc tray is opened, and the unit exits ID Number Confirmation Mode. Note: If you press the PLAY button before inputting a 9-digit ID number, the unit returns to Step 4 without doing anything else. D 6 After entering all 9 digits, if you press the STOP key, the unit compares the number entered in Step 3 with the ID number set, and only if the numbers match, the unit automatically deletes the ID number and exits this mode. If the numbers do not match, the disc tray is opened, and the unit exits this mode. (The STOP key is not accepted after all 9 digits have been entered.) [Player's ID Number Setting] ID Number ? [000000001] Compare > 0 0 0 0 0 0 0 0 1 OK? Enter Memory Clear 5 6 E Input ID Number ! F XV-HTD530 98 1 2 3 4 5 6 7 8 ID DATA Input Mode 1 To enter ID DATA Input Mode, with the ID number set, press the ESC key then the STEREO key. 2 When the STEREO key is pressed, the unit enters ID DATA Input Mode. 5 When writing of the data read from the disc to flash ROM is completed, "Rom Write OK!" is displayed. After seeing this message, you can exit this mode by pressing the CLEAR key. Note: Whether or not the data have been written to flash ROM can be confirmed by watching for the message "Rom Write OK!" being displayed after the disc is read. [Player's Data Input Mode] [Player's ID Number Setting] ID Number ? [000000001] Compare >∗∗∗∗∗∗∗∗∗ 2 A 5 Rom Write OK! B Exit Exit ID Data Setting Mode Input ID Number ! 3 If the DVD DATA DISC (GGV1085) is loaded in this mode, the unit automatically starts reading the data. (If the ID DISC has already been loaded, the unit does not start reading the data. In this case, open then close the tray.) 6 If the data cannot be read from the disc, "Disc Error!" is displayed on the screen, and the disc is ejected. 4 To exit this mode, press the CLEAR key. While data are being read from the DVD DATA DISC (GGV1085), you cannot exit this mode. [Player's Data Input Mode] C [Player's Data Input Mode] 6 Disc Error! Exit 4 Exit D Insert The ID Data Disc ! • Indication when the data have not been set If no ID data are set after the ID number is changed, the message "NO ID DATA" flashes on the screen and FL display for a few seconds after the power is turned on or during Stop mode. E F XV-HTD530 5 6 7 99 8 1 2 3 4 7.1.8 TROUBLE SHOOTING Microcomputer Section (AF Assy : IC5501) A Symptom • The unit cannot be turned on. B The unit shuts itself off soon after it is turned on. Possible Cause Check Method The microcomputer was not reset. Check if the level of the terminal XRESET (Pin 8) is "H." If it is not, check the RESET circuit. The AC pulse is not input. Check if the AC pulse is input to Pin 4 of the AC input terminal. If it is not, check the AC pulse generation circuit. The oscillation circuit of the microcomputer does not function. • If the Function is DVD, the voltage of the VDET input (Pin 17) is either 0.5 Vdd or less or 0.85 Vdd or more. • The voltage of the PROTECT input (Pin 22) is 0.71 Vdd or less. The microcomputer or the oscillation circuit is broken. Change the microcomputer or the oscillation circuit. If the voltage at Pin 17 of the VDET terminal of the microcomputer is either 0.5 Vdd or less or 0.85 Vdd or more, adjust so that it stays between 0.5 and 0.85 Vdd. • DVD does not operate at all. • Time is not displayed in FL display during DVD function. Communication with the DVD microcomputer has not been established. • Check that the terminal (Pins 23-25, 29, and 30) for communication with the DVD microcomputer is live, and if it is not, check if the flexible cable is disconnected. • Check if an "H" signal is output to Pin 93 of the XDVDRST terminal. All operation keys are disabled. The unit recognizes that an operation key has already been pressed. If no operation key has been pressed, check if the voltage at Pins 18 and 19 of the KEY input terminal is 5 V. If it is not, check if the operation switch on the line is in failure. C D E F XV-HTD530 100 1 2 3 4 5 6 7 8 DVD Section No. Symptoms Possible Defective Points Diagnosis Contents A An opening screen is not Is the level at both IC5501-pin 93 (XDVDRST) and pin 1(DVD ON/OFF) µcom (AF IC5501) displayed on the monitor on the AF Assy "H" ? (The FL display lights. The Check the voltage of CN911-pin 28 and 29 (VPR+8) on the DVDM mechanism does not work.) DVDM Assy CN911 Assy. 1 Check that the following voltages are output : IC411-pin 3 : 1.8V, IC421-pin 3 : 1.8V and IC431-pin 1 : 5V on the DVDM Assy Each regulator on the DVDM Assy Are resonators (27MHz, 20MHz) on the DVDM Assy oscillating ? Crystal resonator (DVDM Assy X601 and X301) Refer to contents of an FE error displayed on the FL display. (SRAM defectiveness, I2C communication line defectiveness, etc.) FRONT END IC (DVDM IC301) B • Is a signal input into IC601-pin 132 (CE3) on the DVDM Assy ? (Is a signal fluctuating for several seconds after the power is turned on ?) • BACK END IC (DVDM IC601) → Communication with flash ROM • Flash ROM (DVDM IC603) • Are the signals input into IC602-pin 16 (SMIWE), pin 19 (SMICS0) • 64M SDRAM (DVDM IC602) and pin 38 (SMICLK) on the DVDM Assy ? (Is a signal fluctuating ?) → Communication with flash ROM • BACK END IC (DVDM IC601) Is a signal output from IC603-pin 28 (CPU_OE) on the DVDM Assy? (Is a signal fluctuating for several seconds after the power is turned on ?) • Flash ROM (DVDM IC603) Is a signal input into IC5501-pin 67 (DVDACK) on the AF Assy ? (Is a signal fluctuating ?) → Communication with µcom µcom (AF IC5501) Is a signal output from IC5501-pin 29 and 30 (SYS_1, 2) on the AF Assy ? (Is a signal fluctuating in the range of 0-5V ?) µcom (AF IC5501) C µcom (AF IC5501) – BACK END Are the signals output from IC5501-pin 23, 24 and 25 on the AF Assy ? IC (DVDM IC601) (in the range of 0-5V) communication line 2 An opening screen is not Check the video signal path between BACK END IC (DVDM IC601) and DVDM Assy displayed on the monitor • Video circuit (The FL display lights. The video-out terminal • after BACK END IC (IC601) (see the block diagram) mechanism does not work.) A tray cannot be opened. (An opening screen is displayed on the monitor) 3 Rotary tray does not turn (Opening screen is OK) 4 • Are wires of CN123 on the DVDM Assy disconnected or damaged ? • Does the voltage of CN124 pin 3 to pin 6 on the DVDM Assy change normally ? • CN124 pin 6 (OPEN): Tray is fully closed: "H", Tray is fully opened: "L" • CN124 pin 3 (CLAMP): Clamping: "L", Releasing the clamper: "H" D Connector / wire LOADING SW (SSRB S21) CLAMP SW (TRSB S11) • Is a LOAD-DRVC signal reaching ? • Are the signals output from IC151 pin 9 and pin 8 on the DVDM Assy ? Pin 9: Approx. 6V during opening tray approx. 0V during closing tray. Pin 8: Approx. 0V during opening tray approx. 6V during closing tray. • Does the voltage of CN122 pin 17 change by pressing the Inside switch. BACK END IC (DVDM IC601) Carousel driver (DVDM IC151) • Check each cable (DVDM – TRSB/TRSB – SSRB/SSRB – TRAY motor) • Is a signal output from IC601-pin 114 (ROT DRV) on the DVDM Assy ? (Is a signal fluctuating of 0-3.3V ?) • Is the motor drive voltage output it at CN124 pin 7 and pin 8 ? Connector / cable Inside switch E BACK END IC (DVDM IC601) IC151 and peripheral parts of the DVDM Assy F XV-HTD530 5 6 7 101 8 1 No.ID A 2 DATA Input Mode Symptoms 3 4 Possible Defective Points Diagnosis Contents 1 To enter ID DATA Input Mode, with the ID number set, press the 5 When writing of the data read from the disc to flash ROM is Initialization operation of the CN124-pin 5 (TRAY cableseeing this ESC key then the STEREO key. • While a tray rotates, is a signal output from completed, "Rom Write OK!" isConnector displayed. /After table mechanism is not POS) on the DVDM Assy ? (Is a signal fluctuating thecan range 0-3V Tray (SSRB message,inyou exitofthis mode byPosition pressingSensor the CLEAR key. ?) 5 completed. PC22) When the STEREO key is pressed, the unit enters ID DATA Note: Whether or not4 the data have been written to flash ROM can 2 (Rotary tray does not stop at • While a tray rotates, is a signal outputting from CN124-pin (DISC Disc Sensor (SSRB PC21) Input be confirmed by watching for the message "Rom Write OK!" theMode. right position.) SENS) on the DVDM Assy ? (Is a signal fluctuating in the range of being displayed after the disc is read. 0-3V ?) Playback impossible Are the signals output from IC101-pin 34 (F_DRV) and pin 35 FTS Driver IC (DVDM IC101) (no focusing) [Player's Data Input Mode] [Player's ID Number(F_RTN) Setting]on the DVDM Assy ? Does 650-nm LD emit light ? ID Number ? a pickup lens move up / down ? Pickup [ 0 0 0 0 0 0 0 0 1 Does ] Does an actuator spring bend ? Compare 5 Rom Write OK! > ∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗ • Are plastic parts damaged? Or is a shaft detached? 6 • Is the turntable detached or tilted? B Mechanism section Exit Exit Is flexible cable of CN121 on the DVDM Assy disconnected or Flexible cable / connector ID Data Setting damaged ? Mode 2 Is signal output from IC301-pin 33 (FACT) on the DVDM Assy ? Input ID Number ! (Device control of about 2.6 V is output usually. It is fluctuated by about FRONT END IC (DVDM IC301) ± 100 mV with focus up / down.) Playback impossible (Spindle does not turn) C Are the signals output from IC101-pin 12 (A3), pin 13 (A2) and pin 14 (A1) on the DVDM Assy ? FTS Driver IC (DVDM IC101) Is pin 41 fixed LOW and is pin 38 fixed HIGH ? 6 If the data cannot be read from the disc, "Disc Error!" is 3 If the DVD DATA DISC (GGV1085) is loaded in this mode, the disc is ejected. Mechanism section data.any part detached from the spindledisplayed Is there motor? on the screen, and the 7unit automatically starts reading the (If the ID DISC has already beenOr loaded, theany unitforeign does not startlodged in it? (Spindle motor) Is there object reading the data. In this case, open then close the tray.) Are wires of CN122 (DVDM Assy) and CN3 (SSIB Assy) disconnected Flexible cable / connector or damaged ? key. While data are being 4 To exit this mode, press the CLEAR [Player's Data?Input Mode] Is signal output from IC301-pin 44 (SPDL_PDM) on the DVDM Assy FRONT END IC (DVDM IC301) read from the DVD DATA DISC (GGV1085), you cannot exit this Playback impossible 650-nm LD deteriorated. Does 650-nm LD deteriorate ? mode. (Playback stops) If the voltage at both ends of R201 on the DVDM Assy is 0.7 V or more, (When playback of a DVD is [Player's Data Inputthe Mode] impossible) 650-nm LD is definitely deteriorated. 6 Disc Error! 780-nm LD deteriorated. Does 780-nm LD deteriorate ? If the voltage at both ends of R211 on the DVDM Assy is 1.5 V or more, (When playback of CD is Exit impossible) the 780-nm LD is definitely deteriorated. 8 FG output : FTS Driver IC (DVDM IC101) Is there abnormality in FG waveform ? Exit 4 D Are there scratches or dirt on the disc ? Disc Picture disturbance during Are there scratches or dirt on the disc ? Disc 9 playback Insert The ID Data Disc ! Disc not been set (block noise, freeze, other) Is there a problem with the format of the• disc? Indication when the data have If no ID data are set after the ID number is changed, the message No sound "NO ID DATA" flashes on the screen and FL display for a few 10 (Picture is normal) Is signal output from DOUT signal (CN911-pin onthe thepower DVDMisAssy ? DVDM CN911-pin 21 seconds21) after turned on or during Stop mode. E F XV-HTD530 102 1 2 3 4 5 6 7 8 Table Mechanism Section ID DATA Input Mode 1 To enter ID DATA Input Mode, with the ID number set, press the Symptom ESC key then the STEREO key. ROM is 5 When writing of the data read from the disc to flash Location completed, "RomPossible Write OK!"Cause is displayed. After seeing this of Trouble message, you can exit this mode by pressing the CLEAR key. A When the STEREO key is pressed, the unit enters ID DATA tray does not open. (Nothing works) Note: Whether or not the data have been written to flash ROM can 2The Inputthe Mode. be confirmed by watching for the message "Rom Write OK!" Press 0 (OPEN) key. → The "OPEN" indication does not disappear. displayed after themotor disc is read. •being Damage of the loading Press the 3 (PLAY) key. → The indication changes from "NO DISC" to • Disconnection, breaking, or damage of the "OPEN," and the unit does not operate. 1 jumper wire (When a disc is not loaded in the tray.) [Player's Data Input Mode] [Player's ID Number Setting] ID Number ? [000000001] Compare >∗∗∗∗∗∗∗∗∗ 5 The tray opens by itself when the power is turned on and stays open. Exit ID Data Setting Mode 2 ID Number The rotary tray Input does not stop at its!home position. (It may stop suddenly during rotation.) Rom Write OK! 4 • Disconnection, breaking, or damage of the Exit flexible cable (8P) • Breaking or damage of the tray position detect sensor (PC22) 5 • Damage of the motor for the rotary tray The indication "CHANGE" does not change when the power is turned on. drive If the data cannot be read from the disc, "Disc Error!" is 6 If the DVD DATA DISC (GGV1085) is loaded in this mode, the 3 on the screen, and the disc is ejected. The rotary tray does starts not rotate. (Opening and closing of the tray are possible.)displayed • Disconnection, breaking, or damage of the unit automatically reading the data. (If the ID DISC has already been loaded, the unit does not start jumper wire reading the data. In this case, open then close the tray.) A clatter is heard when the disc is clamped. 4 To exit this mode, press the CLEAR key. While data are being read from the DVD DATA DISC (GGV1085), you cannot exit this mode. The rotation of the rotary tray does not stop after the power is turned on. [Player's Data Input Mode] Two or more disc loading indications light for tray Nos. 1 to 5. • The gears of the planet base are not engaged correctly. [Player's Data Input Mode] 6 Examples: Normal condition: DISC 1 2 4 3 4 5 DISC 1 2 3 4 6 C 7 Disc Error! 8 The slit part on the bottom Exit of the rotary tray is damaged. Abnormal condition: B 5 Exit One indication Insert The IDlights. Data Disc ! D Two indications light. • Indication when the data have not been set The rotary tray rattles while rotating. When the rotary tray rotates, a rattling sound is heard. Even during playback, the indication "NO DISC" is displayed. It takes longer than normal until playback starts. If no ID data are set after the ID number is changed, the message of the on worm "NO ID• Damage DATA" flashes thegear screen and FL display for a few9 • Insufficient lubricant seconds after the power is turned on or during Stop mode. • Breaking or damage of the disc detect sensor (PC21) 10 E F XV-HTD530 5 6 7 103 8 1 2 3 4 ID DATA Input Mode Location A 1 To enter ID DATA Input Mode, with the ID number set, press the ESC key then the STEREO key. 2 When the STEREO key is pressed, the unit enters ID DATA Input Mode. [Player's ID Number Setting] ID Number ? [000000001] Compare Clamp >∗∗∗∗∗∗∗∗∗ B 5 When writing of the data read from the disc to flash ROM is completed, "Rom Write OK!" is displayed. After seeing this message, you can exit this mode by pressing the CLEAR key. Note: Whether or not the data have been written to flash ROM can be confirmed by watching for the message "Rom Write OK!" being displayed after the disc is read. 1 Carriage Motor : VXM1033 (for LOADING) Operation : Input Mode] [Player's Data Tray open → close ↓ Continuous action Traverse Mecha. clamp → unclamp Unclamp * When continued turning Gear pulley by hand Rom Write OK! 5 Tray open → close → Disc clamp → open Disc Clamp Detect SW Exit (S11 : VSK1011) ID Data Setting Mode 2 Exit 7 Input ID Number ! Disc exchange operation Planet Base : ANW7258 4 Flexible Cable (8P) (TRSB CN11 ↔ DVDM CN124) 3 If the DVD DATA DISC (GGV1085) is loaded in this mode, the unit automatically starts reading the data. (If the ID DISC has already been loaded, the unit does not start reading the data. In this case, open then close the tray.) 6 If the data cannot be read from the disc, "Disc Error!" is displayed on the screen, and the disc is ejected. 4 To exit this mode, press the CLEAR key. While data are being read from the DVD DATA DISC (GGV1085), you cannot exit this mode. [Player's Data Input Mode] C [Player's Data Input Mode] Disc Error! 6 Exit Exit 4 D Insert The ID Data Disc ! 9 Detect 5 Tray • Indication when the data haveposition not been setSensor 2 8 : RPI-574) If no ID data are set after the ID(PC22 number is changed, the message "NO ID DATA" flashes on the screen and FL display for a few seconds after the power is turned on or Stop mode. 10during Disc Detect Sensor Flexible Cable (7P) : VDA1835 (PC21 : GP2S28) (TRSB CN12 ↔ SSRB CN21) Worm Gear : ANW7269 Rotary Tray : VNK4923 Open Close E 6 Motor : DXM1143 (for Rotary Tray Drive) 3 Tray Open/Close Position Detect SW (S21 : VSK1011) F XV-HTD530 104 1 2 3 4 5 6 7 8 7.1.9 DSP TROUBLE SHOOTING • When a sound is not out in the surround mode with the digital signal input. • Suppose CR to be poor contact and that is not damaged. • This shows failure analysis of DSP Assy. Step 1 A Step 2 IC8501-pin 21 Is output signal "L"? IC8901 No Is 5V inputting ? Replace IC8501. Yes No Check CN8003 and other assemblies. Yes JA8103 Is 3.3V outputting ? Does the COAX terminal install with screws in the rear panel ? No B No Replace IC8901. Yes Tighten screws. IC8902 Yes Yes Is 1.8V outputting ? CN8003 No Replace IC8902. Yes Is connector inserted tightly ? No Insert it tightly. C End Yes CN8007 Step 3 Is connector inserted tightly ? No IC8702 Insert it tightly. Yes Pin 3 CN8011 D Is connector inserted tightly ? No Do perform 3V→5V conversion for pin 17 ? Insert it tightly. No Replace IC8702. Yes Yes Pin 5 End Do perform 3V→5V conversion for pin 15 ? No Replace IC8702. E Yes Pin 7 Do perform 3V→5V conversion for pin 13 ? No Replace IC8702. Yes A F XV-HTD530 5 6 7 105 8 1 2 3 ID DATA A Input Mode A B 1 To enter ID DATA Input Mode, with the ID number set, press the ESC key then the STEREO key. Pin 9 2 When the STEREO key is pressed, the unit enters ID DATA Input Mode. Do perform No 3V→5V conversion Replace IC8702. for pin 11 ? 5 When writing of the data read from the disc to flash ROM is completed, "Rom Write OK!" is displayed. After seeing this Pin 5 can exit this mode by pressing the CLEAR key. message, you Note: Whether or not the data have been written to flash ROM can be confirmed by watching for the message "Rom Write OK!" being displayed after the disc is read. Do perform No 5V→3V conversion Replace IC8701. for pin 15 ? [Player's Data Input Mode] [Player's ID Number Setting] Yes ID Number ? Pin[12 000000001] Compare >∗∗∗∗∗∗∗∗∗ B 4 Yes Pin 7 Rom Write OK! 5 Do perform NoExit 5V→3V conversion for pin 13 ? Do perform No Exit 3V→5V conversion Replace ID Data SettingIC8702. Mode 2 for pin 8? Input Yes ID Number ! Replace IC8701. Yes Pin 14 Pin 9 data cannot be read from the disc, "Disc Error!" is 6 If the Do perform displayed on the screen,No and the Replace disc is ejected. 5V→3V conversion IC8701. for pin 11 ? DATA DISC (GGV1085) is loaded in this mode, the Do perform 3 If the DVD No 3V→5V conversion unit automatically starts reading the data. IC8702. Replace forDISC pin 6has ? already been loaded, the unit does not start (If the ID reading the data. In this case, open then close the tray.) Yes Yes C Pinmode, 16 press the CLEAR key. While data are being 4 To exit this read from the DVD DATA DISC (GGV1085), you cannot exit this mode. Pin[Player's 12 Data Input Mode] [Player's Data Input Mode] Do perform 3V→5V conversion for pin 4 ? No Do perform No 5V→3V conversion 6 Disc Error! for pin 8 ? Replace IC8702. Exit Yes Yes Pin 18 Pin 14 Exit 4 D Replace IC8701. Do perform Insert The ID NoData Disc ! 3V→5V conversion Replace IC8702. for pin 2 ? Yes Do perform for pin ? after the ID number is changed, the message If no ID data are6set "NO ID DATA" flashes on the screen and FL display for a few Yespower is turned on or during Stop mode. seconds after the Pin 16 End Do perform 5V→3V conversion for pin 4 ? Step 4 IC8701 No Replace IC8701. Yes E Pin 18 Pin 3 Do perform 5V→3V conversion for pin 17 ? No 5V→3V conversion • Indication when the data have not been set Replace IC8701. No Do perform 5V→3V conversion for pin 2 ? Replace IC8701. No Replace IC8701. Yes Yes End B F XV-HTD530 106 1 2 3 4 5 Step ID5DATA 6 7 Input Mode 1 To enter ID DATA Input Mode, with the ID number set, press the ESC key then the STEREO key. IC8201 2 When the STEREO key is pressed, the unit enters ID DATA Input Mode.signal coming? Is SPDIF (be different with Function) 5 When writing of the data read from the disc to flash ROM is completed, "Rom Write OK!" is displayed. After seeing this message, you can exit this mode by pressing the CLEAR key. A Note: Whether or not the data have been written to flash ROM can be confirmed by watching for the message "Rom Write OK!" being displayed after the disc is read. [Player's Data Input Mode] [Player's ID Number Setting] Check Number ? No Check the other assemblies. the ID DVD/CD (pin [ 0 07).0 0 0 0 0 0 1 ] (AF Assy or DVDM Assy) Compare > ∗ Yes ∗∗∗∗∗∗∗∗ 2 8 5 Rom Write OK! B Exit Exit Check NoData Setting Mode ID the COAX Replace IC8101. (pin 42). Input ID Number ! Yes Is Is input No No Check the other assemblies. MCKO1 (pin 23) signal of PDN outputting it? (pin 31) "H"? (periphery of microcomputer on the AF Assy) 6 If the data cannot be read from the disc, "Disc Error!" is If the DVD DATA DISC (GGV1085) is loaded in this mode, the 3 displayed on the screen, and the disc is ejected. unit automatically starts reading the data. Yes Yes already been loaded, the unit (If the ID DISC has does not start reading the data. In this case, open then close the tray.) Is output Do not No No signal of INT0 oscillate ofdata XTOare being IC8201. While 4 To exit this mode, press the CLEAR key.(pin [Player's DataReplace Input Mode] 29)? (pin 36) "H"? read from the DVD DATA DISC (GGV1085), you cannot exit this Note: mode. X8201 oscillates Yes Yes only in analog input. C [Player's Data Input Mode] 6 Is LRCK (pin 24) outputting it? 4 No Disc Error! Exit Replace IC8201. Exit Yes D Is The ID Data Disc ! Insert No SDTO (pin 25) Replace IC8201. outputting it? Yes Is BCK (pin 26) outputting it? No • Indication when the data have not been set If no ID data are set after the ID number is changed, the message "NO ID DATA" flashes on the screen and FL display for a few seconds after the power is turned on or during Stop mode. Replace IC8201. Yes IC8502-pin2 Is 20MHz clock outputting it? E No Replace IC8502 or X8501. Yes End F XV-HTD530 5 6 7 107 8 1 2 Step ID6DATA A A 3 Step 7 Input Mode 1 To enter ID DATA Input Mode, with the ID number set, press the ESC keyIC8501 then the STEREO key. Pin 9 STEREO key is pressed, the unit enters ID DATA 2 When the Pin 4 Input Mode. Do perform No 3V→5V conversion Replace IC8702. for Does pin 11 ? No a signal output Replace IC8501. [Player's ID Number Setting] it?Yes [Player's Data Input Mode] Yes Yes Pin722 Pin Rom Write OK! 5 Does No aDo signal output perform NoExit it? 5V→3V conversion for pin 13 ? Yes Do Does perform No Exit 3V→5V conversion No Replace IC8702. output ID Data Setting Mode 2a signal Replace IC8501. for pin 8 ? it? Input Yes ID Number ! Pin 9 Does No a signal output Replace IC8401. it? data cannot be read from the disc, "Disc Error!" is 6 If the Do perform displayed on Yes the screen,No and the Replace disc is ejected. 5V→3V conversion IC8701. for pin 11 ? Pin 24 Does DATA DISC (GGV1085) is loaded in this mode, the No Do perform 3 If the aDVD signal output No Replace 3V→5V conversion unit automatically starts reading the data. IC8501. Replace IC8702. it? 6 ? forDISC pin (If the ID has already been loaded, the unit does not start reading the Yes data. In this case, open then close the tray.) Yes Yes Pin 7 Pinmode, 16 press the CLEAR key. While data are being 4 To exit this read from the DVD DATA DISC (GGV1085), you cannot exit this mode. Does No [Player's Input Replace Mode] IC8501. a signal output Data Do perform No it? 3V→5V conversion Replace IC8702. for pinYes 4? Pin 12 Does [Player's Data No Input Mode] a signal output Replace IC8401. it? Yes Do perform No 5V→3V conversion 6 Pin Disc 25 Error! for pin 8 ? Replace IC8701. Exit EndYes Yes Does a signal Pin 14output it? Pin 18 Exit 4 Replace IC8401. Replace IC8701. Yes Pin 23 Pin Pin14 6 C B of the data read from the disc to flash ROM is 5 When writing IC8401 completed, "Rom Write OK!" is displayed. After seeing this Pin 5 can exit this mode by pressing the CLEAR key. message, you Pin 21 Note: Whether or not the data have been written to flash ROM can be confirmed by watching for the message "Rom Write OK!" being displayed after the disc is read. Do perform Does No No 5V→3V conversion Replace a signal output ReplaceIC8701. IC8401. for pinit? 15 ? ID Number ? Yes Pin[12 000000001] PinCompare 5 >∗∗∗∗∗∗∗∗∗ B 4 No Replace IC8401. Yes D Do perform Insert The ID NoData Disc ! 3V→5V conversion Replace IC8702. for pin 2 ? Yes End Pin 26 Do perform No 5V→3V conversion • Indication when the data have not been set Replace IC8701. for pin ? after the ID number is changed, the message If no ID data are6set "NO ID DATA" flashes on the screen and FL display for a few Does Yespower is turned No secondsaafter the on Replace or duringIC8401. Stop mode. signal output it? Pin 16 Yes Pin 27 Do perform 5V→3V conversion Does for pin 4? a signal output Yes it? Step 4 IC8701 E No No Replace IC8701. Replace IC8401. Yes Pin 18 Pin 28 Pin 3 Do perform 5V→3V conversion for pin 17 ? No Do perform Does 5V→3V conversion a signal output for pinit?2 ? Replace IC8701. No No Replace ReplaceIC8701. IC8401. Yes Yes Yes End End B F XV-HTD530 108 1 2 3 4 5 6 7 8 7.1.10 POWER ON SEQUENCE Reset Start • It starts when the XRESET terminal (Pin 8) is "H" level. A Microcomputer IC (PDC103A) (AF Assy : IC5501) Initialization routine Microcomputer initialization Model identification • The inputs to Pins 15 and 16 are inspected and the model identification is performed. B Demonstration mode permission No • Whether Demonstration mode is entered or not can be determined by inspecting the backup data. • The default setting is "Demonstration mode OK." Yes Demonstration mode Standby setting C Main loop processing Demonstration mode ? No Standby Yes : Power ON System power supply on DVD microcomputer start-up Relay release Demonstration mode or Normal power ON mode • The level of the POWER terminal (Pin 93) is "H". D • Only in DVD function, the level of the DVD RESET terminal (Pin 93) is "H". • The speaker relay is turned on about four seconds after the power is turned on. • The level at the RELAY ON/OFF terminal (Pins 34 and 35) are "H." • The conditions are different depending on whether the headphones are connected via the Headphones jack, or on the DPS mode. • The system mute is released about four seconds after the power is turned on. The level of the SYSMUTE terminal (Pin 94) is "H". • Muting is not released in the following cases. • When the main volume is 0. • When the digital LEVEL 2 function input signal is not locked, or when the DSP MUTE terminal (Pin 87) is in error. E • If no pulse is input to the AC terminal (Pin 4) for about 60 msec when the microcomputer is in Memory Backup mode, it will not do any processing. • The unit will recover from Memory Backup mode if a reset command is input to the XRESET terminal (Pin 8). F XV-HTD530 5 6 7 109 8 1 2 3 4 7.1.11 WAVEFORM POINTS LOCATION SIDE A SIDE A A DVDM ASSY C103 5 SIDE V+5D Q211 Q201 5 C304 R968 1 R966 R965 R964 R722 CN953 30 UP SIDE CN923 1 R789 C758 R859 D741 R737 R738 C877 C853 R1002 R1001 C870 C854 G C850 R869 LETTER SQUEEZE VSEL2 VSEL1 GNDA SR GNDA SL GNDA LFE GNDA C GNDA FR GNDA 1 FL R773 C773 R794 C794 R793 C793 R758 C756 R757 C755 C757 R735 C874 R858 CN943 1 R774 C774 C857 R790 CN904 11 R111 R300 X301 C571 R571 R591 C1562 R1069 Q762 Q761 D742 C797 D781 R879 C212 R213 C202 R203 Q212 L390 C393 R204 Q202 R214 R394 R378 R385 R386 R379 D743 R753 R755 C798 D C851 R843 R844 R878 C871 R1003 R833 R832 R831 R830 R829 30 R360 C564 R592 CONTACT SIDE Q741 R4 R3 R1 R2 C816 C815 C809 R211 R201 8 1 4 100 76 R772 R768 R788 R792 D782 R787 R791 R754 R756 Q742 C795 C860 R828 IC801 R823 C830 C810 R836 C814 C811 C808 R827 R826 R837 E R838 C801 102 C813 R868 - + 1 AD AD 2 +3D W LO LO SW V S CONTACT CN103 1 C231 C221 C142 RFOUT R369 R307 C651 R636 R561 R767 R771 R734 R739 C750 C799 R687 R691 R692 R684 R967 ST2ST2+ ST1+ ST1- 42 R131 C134 R135 R392 C390 R769 R611 R605 R606 R694 R695 R685 R664 R688 C605 IC804 R607 R608 R618 Q782 R760 R770 C863 64 65 C812 R1005 Y 9 Q781 R617 R775 R616 R834 R887 R816 C484 R1006 65 C803 C802 102 R1004 64 H R884 103 C482 R819 R820 CY/G 20 RGB P/XI ASPECT CrC56111 C873 R895 Cb/B D761 R736 128 R818 R482 R365 R366 R665 R663 R662 38 R817 4 R882 R847 C824 R885 R894 C861 C864 C867 4 4 R886 R835 R824 R825 Q764 1 R689 29 1 39 128 1 55 1 1 C825 Cb 10 R889 20 E 38 R815 R888 R848 8 R603 R602 30 V SC Cr/R R562 V 8 R890 1 IC805 R807 R801 R813 R812 R804 C807 5 R621 C614 C649 C659 C600 R600 2 11 IC481 R654 R653 C640 R421 R881 R880 R810 C804 R809 R808 R806 24 39 1 C483 1 E R893 2 1 3 4 R814 55 R686 20 23 10 E 30 30 IC601 C828 Q763 C1563 1 1 8 R644 L421 C660 R803 R822 R821 R802 2 2 R883 R682 R672 29 1 R485 C805 C806 R811 R481 C481 7 C1564 S_C 13 C604 R619 208 208 C698 C684 C671 S_Y 12 SY R590 R629 R681 1 11 11 R839 R805 C827 IC806 R648 R634 R647 C637 R635 C623 R683 C601 D601 CN608 R593 R637 R641 4 5 L411 C421 R640 C661 R595 R638 C647 R626 C636 4 IC691 156 157 C691 5 157 IC601 C692 L691 R698 CN607 C362 C357 R362 GNDD GNDD R721 R594 C650 R639 R673 1 Q722 GNDD GNDD GNDD 1 IC421 3 C305 R364 R652 R651 C607 52 C648 105 52 156 F C139 C133 C124 C126 C127 C128 C130 C323 C335 R657 R656 R655 R346 R344 C348 C342 R675 R610 C619 23 C112 R192 C102 C135 R123 Q929 C310 C309 R613 R612 C690 R609 1 R124 R389 R338 R342 R925 R926 Q922 D922 SIDE D402 R402 C406 R935 D928 R924 R923 Q923 D923 LOADLOAD+ C121 R197 Q193 R151 C644 L641 C461 CN609 2 R461 CONTACT SIDE L192 L191 L194 L193 R932 R934 R933 D926 D925 IC401 R407 R410 C151 11 C407 IC411 IC461 C113 CONTACT SIDE R952 R954 R956 R958 R953 R955 R957 R959 C921 R963 R984 R922 R901 R931 R433 IC901 R906 R907 R400 4 4 3 3 5 R416 C463 R905 R904 R903 R902 Q911 R960 R961 R962 R951 C951 D432 C451 C452 R444 C433 C441 D401 C409 L402 R411 104 24 53 R969 1 R368 R309 R308 C664 53 8 C422 9 R363 L361 C211 30 C411 R398 R397 9 R658 C652 R628 X601 10 R354 105 24 23 C423 C424 C425 75 10 C354 C630 IC604 75 R367 C622 D C382 C377 R384 R383 R382 CN301 2 C373 C301 C681 R697 51 51 104 C621 7 ROT_DRV D C388 2 14 2 1 C415 IC301 C R361 R336 C R337 R339 R340 C346 R696 R302 R396 Q928 50 C694 C412 1 100 26 NP Q927 R341 C634 C326 C201 C391 C383 1 B C311 C318 25 FG 2 Q921 C300 50 D R462 C641 R620 C642 RFIN 25 Q930 R938 R939 R937 R936 R332 C307 C303 C312 R333 C315 C308 R334 R693 C414 CN123 R212 1 RFOUT B C306 IC301 1 7 1 A C132 C302 C405 R403 3 SPDL_PDM Q401 C491 C410 C413 2 1 2 CN123 1 8 A C462 1 R202 Q390 R390 C394 C392 R310 R301 R391 11 C 1 C408 R409 R408 22 GNDD LD2 LD1 26 IC441 C442 R443 R442 R441 R196 D927 C401 23 C434 IC201 Q192 R199 1 30 1 C403 C404 CN124 C901 R909 R908 IC101 R220 R221 R222 C222 R223 7 OPEN 5 44 IC101 1 7 DISCSENS 1 CN121 R102 4 11 IC431 R401 C432 R194 24 UP SIDE 14 C116 C101 21 CN121 2 1 C114 R101 C118 C120 23 1 8 SIDE 11 8 5 5 CONTACT 17 17 7 CLAMP R191 R982 8 CN124 Q926 CN122 2424 24 1 1 CN104 44 2 UP SIDE 7 6 SEDR1 Q925 1 1 CN122 CN105 1 TRAY POS 6 7 SEDR+ R921 6 R918 C902 C431 7 7 Q951 1 1 C CN101 5 R451 D431 C443 UP CN921 Q451 B 4 R983 A2 R981 V+5S GNDD H1+ H3A1 H3+ A2 H2A3 H2+ H1- A 12 12 1 CN901 B 1.INSIDE 30 30 BOTTOM SIDE A1 4 A3 1 4 BOTTOM SIDE E Front Side F XV-HTD530 110 1 2 3 4 5 E 6 7 8 DVDM ASSY Note : The encircled numbers denote measuring point in the schematic diagram. Measurement condition : No. 1 to 2 and 8 to 13 : reference A1 (DVD), T2-chp 19, Color -bar 1 IC301-pin 4 (RFOUT) V: 200mV/div. H: 0.1µsec/div. 2 A IC301-pin 36 (FG) V: 1V/div. H: 5msec/div. GND 3 IC301-pin 44 (SPDL_PDM) [PLAY → STOP → PLAY] Brakes ON PLAY [PLAY] CN122-pin 8, 7, 6 (FTS Driver -A1, A2, A3) V: 2V/div. H: 2msec/div. 4 [STOP] B Accelerator ON PLAY [PLAY] PLAY V: 2V/div. H: 500nsec/div. V: 2V/div. H: 1sec/div. [Tray stops] V: 2V/div. H: 500nsec/div. [Tray closing] [Tray opening] C 6 [Tray close] CN124-pin 5 (TRAY POS) CN124-pin 7, 8 (Rotating Tray Motor drive voltage) DISC 2 DISC 3 DISC 4 [Tray close] DISC 5 DISC 5 Elements on larger Rotary tray move Rotary tray move D Rotary tray stop Rotary tray stop 7 CN124-pin 4, 5, 6, 3 IC601-pin 114 V: 2V/div. H: 500msec/div. [Tray move] [Tray open] CN124-pin 4 (DISC SENS), CN124-pin 6 (OPEN), CN124-pin 5 (TRAY POS) CN124-pin 3 (CLAMP) V: 2V/div. H: 200msec/div. IC601-pin 114 (ROT_DRV) Loading close STOP Loading open Right-hand Left-hand Unclamp Clamp V: 2V/div. H: 500msec/div. V: 2V/div. H: 1sec/div. 8 CN923-pin 16 (Composite Video out) V: 1V/div. H: 10µsec/div. 12 CN923-pin 18 (S Video out-Y) V: 1V/div. H: 10µsec/div. 10 CN923-pin 10 (Component Video out-Pb) V: 2V/div. H: 10µsec/div. 13 CN923-pin 14 (S Video out-C) V: 1V/div. H: 10µsec/div. 11 CN923-pin 12 (Component Video out-Pr) V: 2V/div. H: 10µsec/div. 9 E V: 2V/div. H: 10µsec/div. CN923-pin 8 (Component Video out-Y) V: 1V/div. H: 10µsec/div. 12 9 13 10 11 F XV-HTD530 5 6 7 111 8 1 2 3 4 7.1.12 PROTECTION CIRCUIT DVDM ASSY UP SIDE UP SIDE 1 UP CN901 BOTTOM SIDE E BOTTOM SIDE A IfSIDE the TIMER A LED on the front panel flashes, check the protection circuit. SIDE A Note: If the protection circuit activates, the unit will not recover for 60 seconds even if the AC power cord is disconnected then reconnected. If you activate Service Test mode, the protection circuit becomes invalid, which makes diagnosis easy. (To activate Service Test mode, while holding the STOP key and the DISC 1 key pressed, press the STANDBY/ON key.) There are three types of operations for the protection circuit, which are indicated on the FL display when Service Test mode is entered: PRTCT WNG: The unit was shut down becauseA1 of an C at the MID level.) 4 abnormality in the AMP system. (The PROTECT line operates PRTCT ERR: The unit was shut down because A3 of a4failure in the AMP system. (The PROTECT line operates at the LO level.) CN101 B 12 1 1 30 12 CN104 VDET 24 line operates 1 CN105 system. DVD PRTECT: The unit was shut down because of a failure in the1 DVD (The at the HI or LO level.) 1 4 1 4 2 24 30 C103 5 SIDE - + 1 AD AD 2 +3D W LO LO SW V S CONTACT CN103 1 V+5D R211 R201 Q201 Q211 Q212 DVD PRTECT C212 R213 C202 R203 L390 C393 R204 Q202 R214 R212 C304 CN904 R968 11 1 R967 R966 R965 R964 R722 CN953 30 CN923 C1562 R1069 Q762 Q761 1 D743 D742 R753 R755 R734 R739 C750 C798 R774 C774 D781 C758 R859 C853 C857 D741 R737 R738 C877 R736 R790 R789 G R1002 R1001 C854 C870 R858 C850 R869 LETTER SQUEEZE VSEL2 VSEL1 GNDA SR GNDA SL GNDA LFE GNDA C GNDA FR GNDA 1 FL R773 C773 R794 C794 R793 C793 R758 C756 R757 C755 C757 R735 C874 C860 CN943 1 D C797 C795 R834 R887 C851 R843 R844 R878 C871 R1003 R833 R832 R831 R830 R829 UP SIDE C571 R571 R591 R592 C564 R788 R792 D782 R787 R791 R754 R756 R605 R606 R772 R768 R767 R771 CONTACT SIDE Q741 R4 R3 R1 R2 C810 C814 C811 E R827 R826 C808 C812 Q742 C873 R868 30 C651 R561 R641 R665 R663 R662 R769 R611 Q764 R608 R618 R760 R770 C863 64 65 102 R1005 R694 R695 C605 IC804 E R816 64 R1004 103 R1006 C484 R895 Y 9 Q782 128 39 38 R817 4 R818and GND FL points becomes If the resistance between the FL 1.83 ohms or less, Q3601 begins to operate, Q3639 is turned on, R884 C482 Q3640 (E, C, and B)is turned on, and the level of XPROTECT R819 R482 65 R820 102 becomes MID. IC801 C813 R823 → The microcomputer detects the XPROTECT level C830 and C809 R838 R837 R836 C816 shuts theHpower to the unitC803 C801 C802off. C815 R828 R813 R812 R807 R801 1 R815 128 39 IC481 C825 C799 11 10 55 In Normal mode, the speaker (6 ohms) isR804connected between the 5 C807 FL and GND FL points. Because the voltage at Point A is higher 11 44 38 R886 1 R835 than that at Point B, Q3601 does not operate. R825 R824 1 C483 1 R688 1 R848 8 R687 R691 R692 R684 2 R888 CrC56111 D761 Q781 R617 R775 R616 R889 R882 R847 C824 R885 R894 C861 C864 C867 24 Cb 10 R562 V 8 R890 20 E R893 2 R621 C614 1 R689 29 R686 R603 R602 R879 C649 C659 C600 R600 R803 R822 R821 R802 R881 R880 R810 30 30 IC601 C828 20 23 R672 29 2 2 R883 E 11 C604 R619 208 208 C C601 D601 R681 1 R685 R664 R421 C660 11 1 C804 R809 R808 R806 B CN608 + C1564 S_C 13 R682 CY/G 20 RGB P/XI ASPECT R590 R629 R683 R108 27k 1 3 4 R814 55 R648 R634 R647 C637 R635 C623 C640 1 IC805 IC421 3 Q3640 Q3639 R839 R805 C827 IC806 R628 R626 C636 4 to IC691 156 157 C691 5 XPROTECT 157 IC601 C692 C698 R3639 R5559 C671 L691 C684 R698 27k 270k CN607 C661 C3633 10/50 R485 C805 C806 R811 R481 C481 7 1 1 R644 8 C421 R640 L421 F C630 S_Y 12 Cb/B 1 D3603 DAP202K 6CH AMP Assy R593 R637 R607 5 4 C411 L411 C622 156 +5V C647 VD+5 X601 C422 R638 R673 J R595 R594 C650 R639 R636 105 C607 23 24 C619 104 GND FL 53 C423 C424 C425 AF Assy IC604 Front L ch Q3601 R3603 33k D3601 G A 52 GNDD C362 C357 R362 GNDD 30 R3607 0 B 105 24 23 R3601 1.8k D 53 Q763 C1563 C681 R697 C413 C414 C415 1 When the Speaker terminal becomes104 overloaded C412 R360 C664 52 C648 R610 R675 R696 C694 R378 R385 R386 R379 R369 R307 Q722 R721 Protection circuit that activates against a PRTCT WNG error C621 7 ROT_DRV D R300 76 R365 R366 R654 R653 C305 R368 R309 R308 R364 C652 R398 R397 R657 R656 R655 R346 R344 C348 C342 C310 C309 1 R336 C R337 R339 R340 C346 R363 L361 R652 R651 IC461 IC411 2 1 R613 R612 C690 R609 CN609 2 R461 C644 L641 C461 C463 9 R341 R693 R111 100 C335 10 R367 C634 X301 R935 D928 R338 R342 R394 D923 R389 R924 R923 Q923 IC401 R407 R410 C151 11 C407 5 R925 R926 Q922 Q929 1 R411 75 C373 2 D402 R402 C406 50 51 1 D401 D922 SIDE NP 11 R416 Q921 25 26 C408 C409 L402 RFIN C326 1 4 4 3 3 1 RFOUT C201 The possible failures for each error message are as follows: B C306 IC441 IC301 PRTCT WNG: C442 R443 C300 25 C391 R442 1 R302 CN123 (See 1.) C383 • The Speaker terminal became overloaded because of short-circuit. R441 100 R409 R396 R408 26 C211 PRTCT ERR: A 2 FG • The main power supply became LO level because ofA short-circuit or disconnection of connectors. (See 2.) R969 Q927 C IC301 C388 C405 R403 C382 • Disconnection of the FAN connectorC491or interruption of rotation of the fan (See 3.) 3 SPDL_PDM Q928 Q401 C377 R384 C410 • DC was generated at the output because of a failure in the AMP system, etc. (See 4.) R383 50 R382 Q930 75 51 • Abnormal temperature was detected by the thermistor.R938 (See 5.) CN301 R939 10 2 R937 D R462 C301 B R936 R332 C307 DVD PRTECT: SY 30 C641 R620 GNDD C311 C312 C303 C462 R333 V C354 R354 9 1 GNDD C318 C315 C642 R334 • An error was generated in the main power supply inside C308 the DVDM. (See GNDD SC R658 6.) Cr/R C302 R361 E 8 1 RFOUT R124 C124 C126 C127 C128 C130 C323 LOADLOAD+ C132 DVD PRTECT R202 Q390 R390 C394 C392 R310 R301 R391 C121 R197 Q193 1 2 CN123 4 42 R131 C134 R135 R392 C390 R123 C133 C139 C135 R932 R934 R933 D926 R151 C401 C231 C221 C142 R192 C102 CONTACT SIDE L192 L191 L194 L193 C113 R905 R904 R903 R902 Q911 R984 R922 R901 R931 D925 R199 The because of an abnormality. D927 unit is shut down 1 2 C434 R400 R196 Normal LD2 5 R952 R954 R956 R958 ST2ST2+ ST1+ ST1- C112 R963 R962 R953 R955 R957 R959 C921 R960 R961 C951 R951 D432 R433 IC901 R906 R907 R444 C433 8 C441 14 C451 C452 7 1 <2.5V C403 C404 8 R908 5 44 3.3V GNDD PRTCT ERR LD1 Q192 The unit is shut down because of a failure. 22 C901 R909 PRTCT WNG IC201 4 11 IC431 C432 1 14 >4.25V LO level C 23 C431 7 7 MID level R401 FL display in Service Test mode 1 VDET R102 C114 R101 8 HI level 17 17 C101 21 1 CN121 SEDR+ IC101 R921 6 R194 1 Normal C902 IC101 6 SEDR1 7 DISCSENS 7 Q925 R220 1.8V - 3.5V The unit8 is shut 1down because of an abnormality. R221 CN124 Q926 R222 7 OPEN 5 C222 CN124 5 <1.8V The unit is shut down because of a failure. 8 R223 >3.55V R918 MID level LO level CN121 SIDE C118 C120 Conditions C116 7 CLAMP R191 R982 23 1 CONTACT SIDE 1 PROTECT CONTACT 1 B HI level C443 24 TRAY POS 6 7 Voltage D431 CN122 1 1 CN122 1 2 Q451 24 5 CN921 A Q951 Conditions for the R451 protect circuit operations 1.INSIDE 4 R983 A2 R981 V+5S GNDD H1+ H3A1 H3+ A2 H2A3 H2+ H1- 30 Front Side F XV-HTD530 112 1 2 3 4 5 6 7 8 Protection circuit that activates against a PRTCT ERR error 2 When the main power supply becomes LO level because of short-circuit or disconnection of connectors A 2 -1 Short-circuit-detection circuit for the amplifier power circuit (+15 V[VP+15], VD+5, -12 V [VA-12]) Circuit for shutting the power off when VP+15, VD+5, or VA-12 is short-circuited to ground (GND) J VD+5 R108 27k to XPROTECT C (µ-com) Q102_1/2 (Q104_1/2) E Q101_1/2 (Q103_1/2) B C R101 (R104) 1k + C101 (C102) 1/50 E2 Q101_2/2 (Q103_2/2) VD+5 C2 R114 82k Q115 DTA124EUA B2 R103 (R106) 10k R109 820 D105 (D106) (1) When VH+(VP+15) is short-circuited to GND As the voltage at Point B becomes almost ground potential, and Q101 (Q103) (E, C, B) then Q102 (Q104) (E, C, B) are turned on, the level of XPROTECT becomes low. → The microcomputer detects the XPROTECT level and shuts the power to the unit off. (2) When VH-(VA-12) is short-circuited As the electric potential of VE at Q102 (Q104) (E2, C2, B2) becomes the same as that at VB, Q102 (Q104) (E2, C2, B2) is turned off. Following this, Q101 (Q103) (E2, B2, C2) is turned off, which changes the voltage at Points A and B to a value other than 5 V. Therefore, Q101 (Q103) (E, C, B) then Q102 (Q104) (E, C, B) are turned on, the level of XPROTECT becomes low. If VFDP is short-circuited to GND, or if the DC electric potential at FL AC1 becomes GND level (in Normal mode: about -27 V) because of a failure in the DC bias circuit of FL AC1, Q107 then Q115 are turned on, and the level of XPROTECT becomes low. → The microcomputer detects the XPROTECT level and shuts the power to the unit off. C 3 When the FAN connector is disconnected or when rotation of the fan is interrupted J 6CH AMP Assy VD+5 to XPROTECT (µ-com) VPF+15 XPROTECT R3654 1.8k R108 27k C2 B2 Q3651_2/2 RN1901 C D3658 UDZS7.5B B + E2 E A Q3652 DTA124TK R3658 2.2k Q3651_1/2 C3652 D3657 47/50 1SS355 RN1901 R3655 8.2k 2 -2 Short-circuit-detection circuit for the DVD power supply (VP+8) D R3657 33(1/4W) FAN+ D3655 1SS355 Q3654 2SD2144S FAN– D3656 S5688G R3656 22k V-12F VP+8 R108 27k B VA-12 (3) When VD+5 is short-circuited The level of the XPROTECT line becomes low. The microcomputer detects the XPROTECT level and shuts the power to the unit off. VD+5 R113 220k E2 • In Normal mode, as Q101 (Q103) (E2, B2, C2) and Q102 (Q104) (E2, B2, C2) are on, the voltage at Point A is about 5 V. The voltage at Point B is therefore about the same. As Q101 (Q103) (E, C, B) is off, Q102 (Q104) (E, C, B) is also off. 6CH AMP Assy FL AC1 R112 1k Q114 2SD2114K (VW) C2 VH– (VA–12) J AF Assy to XPROTECT (µ-com) Q102_2/2 (Q104_2/2) B2 B R102 (R105) 10k A G 6CH AMP Assy R108 27k D101 (D102) E B J VH+ (VP+15) VD+5 6CH AMP Assy 2 -3 Short-circuit-detection circuit for VFDP If no fan is connected between FAN+ and FAN-, or when the fan cannot rotate because of a foreign object caught in the blades, the BASE of Q3652 becomes OPEN, and Q3652 and Q3651 (E, C, B) are turned off. Then Q3651 (E2, B2, C2) is turned on, and the level of XPROTECT becomes low. → The microcomputer detects the XPROTECT level and shuts the power to the unit off. D104 1SS355 Q106 DTC124EUA Q107 DTA124EUA E TUNER As the TUNER line is fixed to GND level, Q107 is always on. If the level at VP+8 falls to GND level because of short-circuit, etc., Q106 is turned on, and the level of the XPROTECT line becomes low. ← The microcomputer detects the XPROTECT level and shuts the power to the unit off. When FAN+ and FAN- are short-circuited, the electric potential at Point A becomes higher than GND level by the addition of the values at D3656 and D3657. As this value is lower than that at D3658, Q3651 (E, C, B) is turned off, Q3651 (E2, B2, C2) is turned on, and the level of XPROTECT becomes low. F XV-HTD530 5 6 7 113 8 1 2 3 4 When DC is generated at the output because of a failure in the AMP system, etc. A G J AF Assy VD+5 Front L ch (SW, SL) Front R ch (C, SR) B VD+5 TH111 NCP18WF104J03RB to XPROTECT E A B R3638 10k + C3632 470/6.3 Q3638 R113 220 XPROTECT C • In Normal mode, both Q3637 and Q3638 are off. (2) When negative (-) DC voltage was generated at the SP terminal Q3638 is turned on, and XPROTECT is activated. Q111 2SC4081 R112 1k R111 1k Q3633 (1) When positive (+) DC voltage is generated at the SP terminal When positive (+) DC voltage is generated at the L or R channel, and VB of Q3637 becomes higher than that at the operation point, Q3632 (E, C, B) is turned on, and the level of XPROTECT becomes low. → The microcomputer detects the XPROTECT level and shuts the power to the unit off. C 5 -1 IC81 abnormal temperature detection circuit R108 27k Q3632 Q3637 R3606 (R3626) (R3616) 27k 5 When abnormally high temperature is detected by the thermistor IC81 +5V R3605 (R3625) (R3615) 27k 6CH AMP Assy 4 The voltage at Point A becomes the divided voltage of TH111 and R111//R112 (combined resistance of parallel-connected resistors R111 and R112.) In Normal mode, the resistance at TH111 is much higher than R111//R112, and Q111 is off. (Note that the resistance at TH111 becomes lower as the temperature increases.) If the solder temperature at IC81 increases abnormally, the temperature at TH111 (thermistor) mounted closest to the land of IC81 increases accordingly, and the resistance at TH111 decreases. When the temperature at TH111 reaches 90-110_C (varying according to conditions,) the voltage at Point (A) becomes high enough to turn Q111 on, and the level of the XPROTECT line becomes low. The microcomputer detects the XPROTECT level and shuts the power to the unit off. 5 -2 D22 abnormal temperature detection circuit If the solder temperature at D22 becomes abnormally high because of short-circuiting between AC - and +, or AC - and -, this protection circuit is activated. VFL+5 D22 TH131 NCP18WF104J03RB A D R131 560 1% R133 220 to XPROTECT Q131 2SC4081 R132 680 1% The voltage at Point A becomes the divided voltage of TH131 and R131//R132 (combined resistance of parallel-connected resistors R131 and R132.) In Normal mode, the resistance at TH131 is much higher than R131//R132, and Q131 is off. (Note that the resistance at TH131 becomes lower as the temperature increases.) If the solder temperature at D22 increases abnormally, the temperature at TH131 (thermistor) mounted closest to the land of D22 increases accordingly, and the resistance at TH131 decreases. When the temperature at TH131 reaches 107-125_C (varying according to conditions,) the voltage at Point (A) becomes high enough to turn Q131 on, and the level of the XPROTECT line becomes low. The microcomputer detects the XPROTECT level and shuts the power to the unit off. E F XV-HTD530 114 1 2 3 4 5 6 7 4 Protection When DC is generated at the output because of a circuit that activates against a failure in the AMP system, etc. 8 5 PRTECT When abnormally DVD error high temperature is detected by the thermistor 6 The DVDM monitors the voltage of the main power supply by VDET signals. 5 -1 conditions, IC81 abnormal temperature In Normal mode, the VDET signal is at the MID level (3.3 V). In the following the VDET signal leveldetection becomes Lcircuit or H, and the G AF Assy J 6CH AMP microcomputer is notified of this abnormality. VD+5 R3605 (R3625) (R3615) Front L ch V+12 27k (SW, SL) Front R ch 10k (C, SR) 10k 4.7k R3606 (R3626) (R3616) 27k Assy VD+5 IC81 +5V R108 27k Q3632 E E V+5 47k B V+12 Q3637 0 + C3632 R3638 Q924 470/6.3 10k TH111 G DVDM Assy A VPR+8 47k C XPROTECT V+12 Q3638 Q923 Q3633 NCP18WF104J03RB AF Assy R113 220 to XPROTECT Q111 2SC4081 R112 1k R111 1k Q921 10k A D922 Q922 The voltage at Point A becomes the divided voltage of TH111 and R111//R112 (combined resistance of parallel-connected • In Normal mode, both Q3637 and Q3638 are off. V+12 470 470resistors R111 and R112.) In Normal mode, the resistance at VDET TH111 is much higher than R111//R112, and Q111 is off. (Note V+6(+) V+5 (1) When positive DC voltage is generatedQ925 at the SP 10k that the resistance at TH111 becomes lower as the temperature Q926 µcom terminal D921 1M increases.) If the solder temperature at IC81 increases abnormally, 0.01 0.1 When positive (+) DC voltage10kis generated at the L or R channel,UDZS4.7B 47k the temperature at TH111 (thermistor) mounted closest to the land and VB of Q3637 becomes higher than that at the operation point, of IC81 increases accordingly, and the resistance at TH111 Q3632 (E, C, B) is turned on, and the level of XPROTECT decreases. becomes low. When the temperature at TH111 reaches 90-110_C (varying → The microcomputer detects the XPROTECT level and shuts according to conditions,) the voltage at Point (A) becomes high to the unit Itemsthe to power be detected byoff. VDET enough to turn Q111 on, and the level of the XPROTECT line (1) When the power voltages inside the DVDM become abnormal, as shown in the table below becomes low. The microcomputer detects the XPROTECT level (2) When negative (-) DC voltage was generated at the SP and shuts the power to the unit off. Operation terminal Status Power Voltage VDET voltage Q3638 is turned on, and XPROTECT is activated. Q923 Q924 Q922 Q921 D921 D922 Q926 Q925 detection In Normal mode off off5 -2 D22 off abnormal off offtemperature off off off circuitMid If the solder temperature at D22 becomes abnormally high <1V (on) (on) (on) (off) off on off off L because of short-circuiting between AC - and +, or AC - and -, this VDVD+12 >15.5V off offprotection off circuit off is activated. off off on on L V+3R3 VPR+8 When an abnormality is generat V+6 V+5 V+3R3 <5.2V − off off off off − on on L >12.6V − on on on onVFL+5 − off off H <3V − − − − − on L − −TH131 on NCP18WF104J03RB <3.6V off off off >6.6V − on on on off A on <2.5V − − − − − >4.25V − − − − D22 R131 560 1% (on) − on R133 220 − off B C onto L XPROTECT Q131 off 2SC4081 H R132− − − L 680 1% − − − H D voltagesoldering at Point A divided voltage of TH131 (2) When the VDET signal to the microcomputer is interrupted because ofThe defective of becomes the 30-pinthe connector or incomplete and R131//R132 (combined resistance of parallel-connected insertion of FFC R132.) In Normal mode, the resistance at → The VDET level is lowered by the pull-down resistor (1 Mohms) onresistors the sideR131 of theand microcomputer. TH131 is much higher than R131//R132, and Q131 is off. (Note that the resistance at TH131 becomes lower as the temperature increases.) If the solder temperature at D22 increases abnormally, the temperature at TH131 (thermistor) mounted closest to the land of D22 increases accordingly, and the resistance at TH131 decreases. When the temperature at TH131 reaches 107-125_C (varying according to conditions,) the voltage at Point (A) becomes high enough to turn Q131 on, and the level of the XPROTECT line becomes low. The microcomputer detects the XPROTECT level and shuts the power to the unit off. E F XV-HTD530 5 6 7 115 8 1 2 3 4 Other protection circuit AC detection circuit A This is a protection circuit that prevents popping sounds in the Speaker and Headphones output when the AC power cord is connected or disconnected. G AF Assy R3641 10k to SP Relay Circuit RYF R3642 1k to SP Relay Circuit RYR V+5D D3635 DAN202K V+B Q3632 R3631 3.3k B E2 R3632 Q3631 3.3k R3633 D3634 10k Q3636 B2 C2 B D3631 MTZJ5.1A C R3634 4.7k B Q3633 E + C3631 2.2/50 R3635 3.3k Q3635 ACB D3622 D3633 A D3636 to HP MUTE • The voltage at Point A is a DC voltage which has been generated by half-wave rectification on the minus side of the AC power. • The voltage at Point B is approx. 5 V. C • The base voltage at Q3631 is a voltage between Points A and B divided by R3633 and R3634. As this voltage is negative (-) in Normal mode, Q3631 is off. When the AC power cord is disconnected and there is no AC power input, the base voltage at Q3631 becomes +0.6 V or more, and Q3631 is turned on. Then, the operations below follow. D (1) SP Relay Q3632 (E2, C2, B2), Q3633, and Q3636 (E, C, B) are turned on, the line to activate the SP relay becomes low level, and the SP Relay is turned off. (2) HP MUTE Q3635 is turned on, and the MUTE circuit for HP is turned on. E F XV-HTD530 116 1 2 3 4 5 6 7 8 7.1.13 DISASSEMBLY DIAGNOSIS OF PCBs A Note: For performing the diagnosis shown below, the following jig cables for service are required: • GGD1228 • GGD1222 • GGD1315 (×2) 1 Bonnet and Tray Cap 1 2 3 4 5 6 How to open the Tray when the power cannot be on Remove the bonnet by removing the eleven screws. Press the STANDBY/ON button to turn on the power. Press the 0 OPEN/CLOSE button to open the tray. 1 Remove the two screws. Remove the tray cap. B Press the 0 OPEN/CLOSE button to close the tray. Press the STANDBY/ON button to turn off the power. 2 6 1 Rear Panel 1 4 C 3 5 3 5 Tray Cap Note when reattaching the bonnet 2 Create a little gap between the main unit and the Table Mechanism Section by holding and pulling up the rear side of the Table Mechanism Section by hand. 3 Insert your hand through the gap below the Table Mechanism Section. 4 Turn the gear pulley counterclockwise as viewed from the top. 5 If the tray pops out a little, fully pull it out by a hand. Table Mechanism Section When reattaching the bonnet, to avoid damaging the unit, hook the bonnet by supporting and lightly pushing it upward by hand from the rear, as shown in the photo below. D 2 Bonnet 4 Gear Pulley 3 5 E 4 Gear Pulley Hook Bottom View F XV-HTD530 5 6 7 117 8 1 2 3 4 3 4 2 Front Panel Section 1 Remove the bonnet and tray cap. (See Step ¥.) 2 3 4 Remove the three screws. A Remove the one screw. Remove the four hooks. 4 4 B 4 2 GND Plate L HTM C ×3 3 4 D 5 Remove the Front Panel Section. E 5 Front Panel Section F XV-HTD530 118 1 2 5 6 7 8 3 DVDM Assy 6 1 2 Remove the bonnet and tray cap. (See Step ¥.) 3 Remove the clamper holder by removing the two screws. Remove the DISPLAY Assy by removing the two hooks. A Remove the Front Panel Section. (See Step ø.) 3 18 Clamper Holder 3 18 6 3 18 6 6 DISPLAY Assy B 7 8 9 Remove the four screws. 10 Reattach the DISPLAY Assy. Disconnect the three flexible cables and the one connector. Remove the Table Mechanism Section. C 4 Short-circuit two points of C and D by soldering. Note : After replacement, connect the flexible cable, then remove the soldered joint (open). 5 7 Rear Panel Reattatch the clamper holder by tighten the two screws. 7 DVDM Assy Rear View 8 CD 8 8 D 8 4 17 Table Mechanism Section 9 E 10 7 7 Table Mechanism Section DISPLAY Assy F XV-HTD530 5 6 7 119 8 1 A 2 3 4 11 Remove the three screws. 15 Connect the two jig cables. 12 Remove the PCB support. 16 13 14 Remove the flexible cable and disconnect the connector. Reattatch the three flexible cables(A ) and the one connector (A) from the Table Mechanism Section. 17 Remove the soldered joint pickup short point. 18 Reattatch the clamper holder by reattatching the two screws. Remove the DVDM Assy. 12 Flexible cable PCB Support Cutting Pliers 13 AF Assy DVD TRADE Assy B 13 14 11 CN953 CN5105 15 A Jig cable (GGD1228) CN5107 13 11 11 C CN911 15 Jig cable (GGD1222) To DVDM CN953 To DVDM CN911 DVDM Assy 19 20 Insert the insulation sheet between the DVDM Assy and the chassis. Arrange the cables as shown in the photo below. D E To CN5105 19 Insulation sheet DVDM Assy F XV-HTD530 120 1 2 3 4 5 6 7 8 4 AMP Module Section 1 2 3 Remove the bonnet and tray cap. (See Step ¥.) VIDEO JACK Assy A Remove the Front Panel Section. (See Step ø.) Remove the Table Mechanism Section. (See Step π.) (Do not disconnect the flexible cables that connects to the DVDM Assy.) 4 5 6 7 Cut the B part of the VIDEO JACK Assy by nippers. 4 Remove the four screws. B part Disconnect the two connectors. VIDEO JACK Assy Remove the Amp Module Section. B AMP TRADE Assy 6 6 7 CN3031 CN3032 5 5 C ×2 ×2 AMP Module Section 8 9 Connect the two jig cables. D Arrange the cables as shown in the photo below. 8 ×2 Jig cable (GGD1315) AMP TRADE Assy E CN3032 CN3031 CN3011 CN3012 6CH AMP Assy F XV-HTD530 5 6 7 121 8 1 2 3 4 5 AF Assy A 1 2 3 4 5 Remove the bonnet and tray cap. (See Step ¥.) 6 Remove the DVD Angle HTM by removing the one screw. 7 Remove the four screws. 11 Reattach the Table Mechanism Section. (Be sure to secure it in place with screws.) 12 Turn the AF Assy with the Table Mechanism Section attached to the upright position. Remove the Front Panel Section. (See Step ø.) Remove the Table Mechanism Section. (See Step π.) Remove the DVDM Assy. (See Step π.) Remove the AMP Module Section. (See Step [.) Rear Panel 7 B 7 7 A A 7 12 A Note on handling the rear panel C During diagnosis, be sure NOT to remove the four screws marked A in the above photo. This unit will not operate if the Audio Output connectors and the Speaker Output connectors of the AF Assy are separated from the rear panel, because that would break the circuit. 8 9 Remove the five screws. Loosen the cord holder. D 13 Arrange the cables as shown in the photo below. 14 Connect the AF Assy with the AMP Module Section using a jig cable. Table Mechanism Section AF Assy Jig cable (GGD1315) 8 8 AF Assy DVD Angle HTM 14 6 9 8 DVD TRADE Assy E 8 8 13 PRIMARY Assy 10 Reattach the DVDM Assy. AMP Module Section F XV-HTD530 122 1 2 3 4 5 6 7 8 TABLE MECHANISM SECTION Traverse Mecha. Assy-S A Note : Be sure to set the Traverse Mechanism to Unclamp (down) mode. 1 2 Remove the bonnet and tray cap. (See Step ¥.) 5 3 Remove the DISPLAY Assy by unhooking at the two points. Remove the clamper holder by removing the two screws. Remove the Front Panel Section. (See Step ø.) 5 Clamper Holder 5 5 B 3 3 3 DISPLAY Assy C 6 4 Short-circuit two points of C and D by soldering. Note : After replacement, connect the flexible cable, then remove the soldered joint (open). Remove the four screws. 7 8 Disconnect the three flexible cables and the one connector. Remove the Table Mechanism Section. Rear View DVDM Assy D 4 Rear Panel 7 4 CD 7 Table Mechanism Section 7 7 6 E 8 4 4 Table Mechanism Section F XV-HTD530 5 6 7 123 8 1 A 2 3 9 Open the tray by turning the gear pulley counterclockwise viewed from the top. (After the tray pops out a little, fully pull it out by hand.) 10 11 Disconnect the flexible cable. 4 Remove the Table Mechanism Section by unhooking at the two points. 11 11 B 10 9 Table Mechanism Section 9 Gear Pulley C Bottom View 11 If the Table Mechanism Section cannot be removed Displacement of the rotary tray may be the cause. (If this is the case, in Step - above, the two hooks cannot be seen, because they are covered by the rotary tray.) In this case, set the rotary tray in the correct position, following the steps below. D Rotary Tray 1 3 Remove. Tighten. E Note: It is not necessary to set the Disc No. of the rotary tray, because the Automatic Disc No. Detection system will function. 2 Adjust the position of the rotary tray so that the center hole can be seen. F XV-HTD530 124 1 2 3 4 5 6 7 12 Remove the Mechanism Base Section by removing the four screws. 13 Remove the flexible cables from the Barrier A HTM. 8 A 12 -1 12 12 Mechanism Base Section -1 -1 12 -2 12 -1 B 13 Barrier A HTM Mecha Frame HTM C Arrangement of the flexible cables when reassembling Barrier A HTM 8P Flexible cable To DVDM Assy 2P Wire cable D 17P Flexible cable 24P Flexible cable To DVDM Assy E Mecha Frame HTM F XV-HTD530 5 6 7 125 8 1 A 2 14 Remove the three flexible cables. 15 Set the arranged flexible cables out of the way. 3 4 SSIB Assy Styling the Pickup flexible cable To Pickup connector 15 14 78 mm 14 15 14 B 24P Flexible cable 24P Flexible cable 17P Flexible cable Styling the flexible cable installation 17P Flexible cable C D 16 Remove the five screws. 17 Remove the Traverse Mecha. Assy-S. 24P Flexible cable 16 Traverse Mecha. Assy-S ×2 Float Rubber ×4 Note on the Float Rubber Installation 17 NG OK 16 E Pole of the Float Base 16 ×2 Float Rubber Hook ×2 F XV-HTD530 126 1 2 3 4 5 6 7 8 Procedures and Notes on Assembling the Table Mechanism Section 1 Turn the planet base as shown below. OK A Change Gear 1 Turn until it stops. If the first teeth (marked by dots) of the gears engage, it is OK. B NG Planet Base Mechanism Base Section C If the engaged teeth of the gears are displaced by two teeth or more, a strange sound is generated, and a problem occurs. 2 3 4 Mount the Table Mechanism Section on the Mechanism Base Section. Connect the flexible cable. Bring an extra flexible cable close to the front side. D 2 2 Mechanism Base Section Flexible cable Side View 3 Side View 4 Table Mechanism Section E 2 F XV-HTD530 5 6 7 127 8 1 2 3 4 How to repair when the Table Mechanism Section does not function Bottom View Procedures: A 1. Flex the Table Mechanism Section and the Mechanism Base Section slightly in opposite directions by pulling up on the Table Mechanism Section and pressing down on the Mechanism Base Section. When pressing down on the Mechanism Base Section, grip it near the planet base. 2. Flex the Table Mechanism Section until the boss of the planet base goes over the wall of the cam (by approx. 5 mm). 3. Set the boss of the planet base into the cam groove of the Table Mechanism Section. B If the boss is set in this position, the unit does not operate correctly. If the boss is set in the cam groove, the unit operates correctly. C Table Mechanism Section Table Mechanism Section D Cam groove E Mechanism Base Section Planet Base Boss part F XV-HTD530 128 1 2 3 4 5 6 7 8 Notes on Assembling the Mechanism Section A 5 B Clamper Plate 4 Tray Gear 1 2 Motor (for Tray) Motor Pulley (for Tray Motor) Motor Holder C 3 Worm Gear, Tray Belt 6 Motor (for Loading) Motor Pulley (for Loading Motor) D 9 E F XV-HTD530 5 6 7 129 8 1 1 2 3 3 Motor (for Tray), Motor Pulley (for Tray Motor) Worm Gear and Tray Belt Adjust the height of the motor pulley to 2.4mm. A 4 Tray Belt Be carefull not to damage it when exchanging. Motor Holder Motor Pulley 2.4mm Motor B Tuck the lead wires under the hook of the motor holder so that they do not disturb the tray's opening or closing. Worm Gear Apply lubricating oil (GYA1001) once. 4 Tray Gear Red Tray Gear C Black Apply lubricating oil (GYA1001) once. Motor SSRB Assy 5 Clamper Plate Apply adhesive on the inside of hooks. (Prevention of dripping) D 2 Motor Holder Apply lubricating oil (GYA1001) to the holder part. Motor Holder Apply lubricating oil (GYA1001). Clamper Plate E 6 Motor (for Loading), Motor Pulley (for Loading Motor) Adjust the height of the motor pulley to 6.2mm. Motor Pulley 6.2mm Motor Apply lubricating oil (GYA1001). F XV-HTD530 130 1 2 3 4 5 6 7 8 7.2 PARTS 7.2.1 IC A • The information shown in the list is basic information and may not correspond exactly to that shown in the schematic diagrams. • List of IC STM6316ATXXZ, STI5588CVB, PDC111A 7 STM6316ATXXZ (DVDM ASSY : IC301) • FRONT END IC ¶ Block Diagram B C D E F XV-HTD530 5 6 7 131 8 1 A 2 1 B PIN name IREF E description 12.7kF detail Analog block reference part 2 GNDAI GNDA analog gnd 3 RFIN capacitor RF signal C association input to a demodulation block 4 RFOUT capacitor B1+B2+B3+B4 mixture listing from an analog block 5 VCCA18 1V8A analog 1V8 6 A B1 PU - B1 input 7 GNDMN GNDA analog gnd 8 B B2 PU - B2 input 9 VCC33MN 10 REFD D 4 ¶ Pin Function No. C 3 3V3A analog 3V3 to pick up 2V1 output for PU 11 VCC18MN 1V8A analog 1V8 12 D B4 PU - B4 input 13 VCCA18IS 1V8A analog 1V8 14 C B3 PU - B3 input 15 VCCA33IS 3V3A analog 3V3 16 GNDAIS GNDA analog gnd 17 VCC33SD 3V3A analog 3V3 18 VCC18SD 1V8A analog 1V8 19 GNDSD GNDA analog gnd 20 F C PU-3 beam C input 21 E A PU-3 beam A input 22 VSHIELDIS GNDA analog gnd 23 VCC18ADC 1V8A analog 1V8 24 GNDADC GNDA analog gnd 25 VSHIELDADC GNDA analog gnd 26 VCC33DAC 3V3A analog 3V3 27 GNDDAC GNDA analog gnd 28 SPINDLE 560ohm(st2) DAC current listing for stepper drive 29 SLEDGE 560ohm(st1) DAC current listing for stepper drive 30 REFEXT 20K1% Reference for DAC 31 REFGND refext analog gnd 32 REFDAC 560ohm1% DAC reference 33 FACT 560ohm1% DAC current listing for focus 34 TACT 560ohm1% DAC current listing for tracking 35 VCC18DAC 1V8A analog 1V8 36 PC0 FG FG pulse input 37 PC1 PS Driver control signal 38 PC2 tray SW1(open) SW input for tray OPEN position 39 PC3 SB Driver control signal 40 PC4 SLD position Inside SW input F XV-HTD530 132 1 2 3 4 5 6 7 8 A No. PIN name 41 VSS description GNDD detail digital gnd 42 VDD33 3V3D digital 3V3 43 PC5 780/X650 780nm/650nmLD change control signal 44 PC6 spinde PDM Control PDM listing for spindle drive 45 PC7 opicgain OEIC gain control signal 46 PD7 03PU/X02PU Pull-up settlement 47 VSS GNDD digital gnd 48 VDD18 1V8D digital 1V8 49 PD6 (debug) test 50 PD5 (debug) test B 51 PD4 (DSPclk) test 52 PD3 (DSPdata) test 53 PD2 (DSPstrb1) test 54 PD1 error monitor Terminal for TRKG error monitor (30KHzLPF add need) 55 PD0 tray PDM drive Control PDM signal for tray drive 56 VSS GNDD digital gnd 57 VDD33 3V3D digital 3V3 58 OUT_ERR RS_ERROR BE DATA I/F 59 OUT_EVALID RS_ERR_EN BE DATA I/F 60 VSS GNDD digital gnd 61 OUT_CLK RS_BCLK BE DATA I/F 62 VDD18 1V8D digital 1V8 63 OUT_DVALID RS_DVALID BE DATA I/F C 64 OUT_DATA RS_DATA BE DATA I/F 65 OUT_SYNC RS_ECCBST BE DATA I/F 66 PE5 SCL(DMA) FE routine download input 67 PE4 SDA(DMA) FE routine download input 68 PE3 SCL BE command I/F 69 PE2 SDA BE command I/F 70 PE1 tray SW2(close) SW input for tray CLOSE position 71 PE0 DXXINT FE status propagation signal 72 VSS GNDD digital gnd 73 VDD33 3V3D digital 3V3 74 PF1 10K-pullup Built-in facility setting terminal 75 PF0 10K-pulldown Built-in facility setting terminal 76 VSS GNDD digital gnd 77 VDD18 1V8D digital 1V8 78 PG1 to EMULATOR Built-in facility setting terminal 79 PG0 to EMULATOR Built-in facility setting terminal 80 TEST 10K-pulldown test D E F XV-HTD530 5 6 7 133 8 1 2 3 4 A No. B C PIN name description 81 RESET_N RESET detail RESET input 82 VSSADC GNDA analog gnd 83 VDD18ADC 1V8A analog 1V8 84 GNDPLL GNDA analog gnd 85 PLLOFF GNDA analog gnd 86 FREOUT 20MXtal SYSTEMCLK oscillating circuit 87 FREIN 20MXtal SYSTEMCLK oscillating circuit 88 VCC18PLL 1V8A analog 1V8 89 LD1 650nmLD 650nmLD driving signal 90 LD2 780nmLD 780nmLD driving signal 91 VCCA33 3V3A digital 3V3 92 TWSEL CD_VR/GND Monitor diodes VR junction terminal for CD 93 LMD1 LMD/LMD1 Monitor voltage junction terminal 94 LMD2 DVD_VR/LMD2 Monitor diodes VR junction terminal for DVD 95 GNDL GNDA analog gnd 96 TST_PM nc tset 97 TST_SLICE nc test 98 TST_ADC nc test 99 RFSACD SACD_IC RF signal output 100 VBGFILT capacitor Condenser junction terminal for inside reference stability D E F XV-HTD530 134 1 2 3 4 5 6 7 8 A 7 STI5588CVB (DVDM ASSY : IC601) • BACK END IC ¶ Block Diagram 2 UARTs, 2 I2C-SSCs, IR transceiver MAFE interface Internal peripherals B Central command port CPU (C2+) Cache sub-system Clock generator DMAs ICache Front-end & link interface Refill control block move DMA Debug SRAM MPEG MPEG DVD TAP RID Low power mode Diagnostic controller CPU arbiter Communications arbiter Programmable CPU interface Ext peripherals: (EMI) flash, additional DRAM SDRAM DCache JTAG debugging interface C ST20 arbiter and memory controller SDRAM block move I/F CD FIFOs Command I/F D 16, 32, 64 or 128-Mbit SDRAM Analog/digital Video output, 480i/480p Shared SDRAM interface (SMI) DENC SDRAM arbiter (LMC) OSD, SP decoder and mixing Video filtering Video decoder Audio & Karaoke Audio in/out E F XV-HTD530 5 6 7 135 8 1 2 3 4 7 STI5588CVB (DVDM ASSY : IC601) A • BACK END IC ¶ Pin Function No. 1 B C D E F Pin Name FP_SO Dir. OUT Pin Function Front Panel / DAC interface. Serial transfer data output. 2 A_DATA3 OUT Data output to SACD decoder 3 VCLK OUT reserved 4 VDD_3V3 - 3.3 V Power supply 5 VSS - Ground 6 B_DATA OUT SACD data output to SACD decoder 7 B_BCLK OUT SACD bit clock output to SACD decoder 8 B_FLAG OUT SACD flag output to SACD decoder OUT It is not connected except 5 Disc Changer. Only 5 Disc Changer. Tray rotation pulse input. CAPTURE_IN0 can be used. 9 TRYPOS 10 SQUEEZE OUT Output signal for S-Video output S1/S2 control. 'H' : squeeze output mode. 11 RTS OUT UART(RS-232C) Request To Send signal output. 12 LETTER OUT Output signal for S-Video output S1/S2 control & EURO(SCART) connector (FUNCTION SWITCHING) signal. 'H' : letter-box output mode. 13 CTS IN IN UART(RS-232C) Clear To Send signal input. 14 VDD_1V8 - 1.8 V Power supply 15 VSS - Ground 16 FE_DATA IN Front-End L6316 stream interface. Serial data input. 17 FE_BCLK IN Front-End L6316 stream interface. Serial clock input. 18 FE_DVALID IN Front-End L6316 stream interface. Data valid flag input. 19 FE_SYNC IN Front-End L6316 stream interface. Serial synchronize flag input. 20 FE_EVALID IN Front-End L6316 stream interface. Error valid flag for RS_split. 21 FE_ECCBST IN Front-End L6316 stream interface. ECC block start flag for RS_split. 22 I/XP OUT Output signal for a change of interlace/Progressive output for video driver. 'L' : progressive 'H' : interlace 23 VDD_RGB - RGB circuit 3.3 V Power supply 24 VSS_RGB - RGB circuit Ground 25 B_OUT OUT B / Cb 26 G_OUT OUT G/Y OUT R / Cr 27 R_OUT 28 VREF_RGB IN RGB DAC reference 29 IREF_RGB IN RGB DAC current reference 30 VDD_YCC - YC circuit 3.3 V Power supply 31 VSS_YCC - YC circuit Ground 32 Y_OUT OUT Y 33 C_OUT OUT C 34 CV_OUT OUT 35 VREF_YCC IN CV YCC DAC reference 36 IREF_YCC IN 37 VDD_1V8 - 1.8 V Power supply YCC DAC current reference 38 VSS - Ground XV-HTD530 136 1 2 3 4 5 6 7 8 A No. Pin Name Dir. Pin Function It is not connected except 5 Disc Changer. 39 FE_XDRV_MUTE OUT OUT 40 FE_OPEN IN OUT 41 FE_CLOSE IN OUT 42 CLAMP IN OUT 43 XUNCLAMP IN OUT 44 DISC_SNS 45 XDRVMUTE2 OUT 46 TP-x OUT 47 VDD_3V3 IN Only 5 Disc Changer. Output signal for motor driver muting. 'L' : muting It is not connected except 5 Disc Changer. Only 5 Disc Changer. Input signal for tray position. 'H' : complete OPEN position. Only 5 Disc Changer. Input signal for tray position. 'H' : complete CLOSE position. It is not connected except 5 Disc Changer. Only 5 Disc Changer. Input signal for showing disc clamp position. 'H' : complete disc clamp position. It is not connected except 5 Disc Changer. Only 5 Disc Changer. Input signal for showing disc un-clamp position. 'H' : complete disc clamp position. Only 5 Disc Changer. Input signal for disc existing. 'L' : existing reserved reserved - 3.3 V Power supply 48 VDD_PCM - 1.8 V Power supply VSS_PCM - Ground 50 VSS - 51 A_BCK OUT Audio DAC clock 52 A_DATA0 OUT Audio DAC Front L,R data 53 A_DATA1 OUT Audio DAC Center, LFE data Ground 54 A_DATA2 OUT Audio DAC Surround L, R data 55 A_MCLK OUT Audio DAC Master clock 56 A_LRCK OUT Audio DAC L/R clock 57 A_DOUT OUT S/PDIF(IEC60958) digital audio output. OUT SMI SDRAM Address 58 SMI_A4 SMI_A5 60 SMI_A6 61 SMI_A7 62 SMI_A8 63 SMI_A9 C It is not connected except 5 Disc Changer. 49 59 B It is not connected except 5 Disc Changer. D E 64 VDD_1V8 - 1.8 V Power supply 65 VSS - Ground 66 SMI_A3 67 SMI_A2 68 SMI_A1 69 SMI_A0 70 SMI_A10 71 SMI_A11 72 SMI_A12 73 SMI_A13 OUT SMI SDRAM Address F XV-HTD530 5 6 7 137 8 1 2 3 4 A No. B C D E Pin Name Dir. Pin Function 74 SMI_CS0 OUT SMI SDRAM chip select 'L'. 75 SMI_CS1 OUT reserved 76 SMI_RAS OUT SMI SDRAM RAS 'L' 77 SMI_CAS OUT SMI SDRAM CAS 'L' 78 SMI_WE OU T SMI SDRAM Write Enable 'L' 79 SMI_DQML OUT SMI SDRAM Lower DQM 'L': Lower select 80 SMI_DQMU OUT SMI SDRAM Upper DQM 'L': Upper select 81 VDD_3V3 82 SMI_CLKIN 83 VSS 84 SMI_D0 85 SMI_D1 86 SMI_D2 87 SMI_D3 88 SMI_D4 89 SMI_D5 90 SMI_D6 91 SMI_D7 92 SMI_D8 93 SMI_D9 94 VDD_1V8 95 SMI_CLKOUT 96 VSS 97 SMI_D10 98 SMI_D11 99 SMI_D12 100 SMI_D13 IN - I/O OUT - I/O 3.3 V Power supply External SDRAM clock input. Ground SMI SDRAM Data 1.8 V Power supply SDRAM clock output. Ground SMI SDRAM Data 101 SMI_D14 102 SMI_D15 103 TRACK_CROSS OUT 104 DSD_XPCM OUT reserved reserved 105 DAC_XRST OUT Reset signal of audio DAC. 'L': Reset 106 ADC_PCMCLK OUT reserved 107 VDD_3V3 - 108 VSS - 109 XTRST IN 3.3 V Power supply Ground Diagnostic Control Unit interface 110 TMS IN Diagnostic Control Unit interface 111 TDO OUT Diagnostic Control Unit interface 112 TDI IN Diagnostic Control Unit interface 113 TCK IN Diagnostic Control Unit interface 114 ROTDRV 115 BOOT_FROM_ROM 116 LOAD_DRV OUT Only 5 disc changer. PWM output for tray Open/Close drive. 117 CPU_OE OUT OE signal for 16M bits FLASH memory for firmware. 'L': enable OUT IN Only 5 disc changer. PWM output for tray rotation. Boot select 'L' : Boot from DCU. 'H' : Boot form ROM. F XV-HTD530 138 1 2 3 4 5 6 7 8 A No. 118 Pin Name CPU_SDCK Dir. OUT - Pin Function CLOCK for 64M bits SDRAM for debugging firmware. 119 VDD_1V8 120 PIXCLK 121 VSS - Ground 122 VDD_PLL - Clock PLL circuit 1.8 V Power supply 123 VSS_PLL - IN 1.8 V Power supply Master 27MHz system clock input. Clock PLL circuit Ground Power ON system RESET signal. 'L': reset 124 XRESET IN 125 SACD_IRQ IN Interrupt signal from SACD decoder Front Panel interface. Hand-shake input. 126 FP_XRDY IN 127 FE_INT IN Interrupt input signal from Front-End L6316. 128 F_XWE, SD_DQML OUT Flash memory write enable. Debug SDRAM/SRAM Lower DQM. 'L': enable, Lower select. 129 SD_DQMU OUT Debug SDRAM/SRAM Upper DQM 'L':upper select 130 SD_RXW OUT Debug SDRAM Read/Write 'L':write, 'H':read 131 CPU_WAIT IN 132 CE_FLASH OUT Flash memory Chip Enable 'L'. 133 CE_SACD OUT Licence signal from SACD decoder 134 CPU_CE1 OUT reserved 135 SD_XRAS OUT Debug SDRAM RAS 'L' Debug SRAM chip enable 'L' CPU wait 'H' input 136 VDD_3V3 - 3.3 V Power supply 137 VSS - Ground 138 CPU_RAS1 OUT reserved 139 SD_XCAS OUT Debug SDRAM CAS 'L' 140 SD_XCS OUT Debug SDRAM Chip Select 'L' 141 CPU_D0 142 CPU_D1 143 CPU_D2 144 CPU_D3 145 CPU_D4 146 CPU_D5 147 CPU_D6 148 CPU_D7 B C D I/O FLASH, Debug SDRAM/SRAM data 149 VDD_1V8 - 1.8 V Power supply 150 VSS - Ground 151 CPU_D8 152 CPU_D9 153 CPU_D10 154 CPU_D11 155 CPU_D12 156 CPU_D13 157 CPU_D14 E I/O FLASH, Debug SDRAM/SRAM data 158 CPU_D15 159 VDD_3V3 - 3.3 V Power supply 160 VSS - Ground F XV-HTD530 5 6 7 139 8 1 2 3 4 A No. 161 B C D E Pin Name Dir. Pin Function CPU_A1 162 CPU_A2 163 CPU_A3 164 CPU_A4 165 CPU_A5 166 CPU_A6 167 CPU_A7 168 CPU_A8 169 CPU_A9 OUT FLASH, Debug SDRAM/SRAM Address 170 CPU_A10 171 VDD_1V8 - 1.8 V Power supply 172 VSS - Ground 173 CPU_A11 174 CPU_A12 175 CPU_A13 176 CPU_A14 177 CPU_A15 178 CPU_A16 179 CPU_A17 180 CPU_A18 181 CPU_A19 182 CPU_A20 183 CPU_A21 184 VDD_3V3 185 VSS 186 XEXPE OUT FLASH, Debug SDRAM/SRAM Address - 3.3 V Power supply - Ground OUT IN reserved Front-End L6316 stream interface. ECC Error flag 187 FE_ERROR 188 VSEL1 OUT EURO(SCART) connector (BLINKING) output signal 'L' : RGB output disable 'H' : RGB output enable 189 VSEL2 OUT EURO(SCART) connector V/Y, R/C signal. 'L' : VRGB output = YCGB 'H' : VRGB output = VRGB 190 FE_RST OUT Front-End L6316. Hardware reset output. 'L' : reset 191 SACD_XRST OUT Reset signal of SACD decoder. 'L' : reset 192 XMMUTE OUT Output for tone quality enhancement 193 B_SYNC OUT Sector synchronization output to SACD decoder 194 SDA I/O Front-End L6316 command interface I2C bus serial data line. 195 SCL OUT Front-End L6316 command interface I2C bus serial clock line. 196 B_WCLK OUT Word clock output to SACD decoder 197 TXD OUT UART(RS-232C) data output 198 VDD_1V8 199 VSS - 1.8 V Power supply 200 RXD IN Ground UART(RS-232C) data input F XV-HTD530 140 1 2 3 4 5 6 7 8 A No. 201 Pin Name XAMUTE Dir. OUT Pin Function Output signal for analog audio output line muting. 'L' : muting 202 TRIGIN IN Diagnostic Control Unit interface 203 TRIGOUT OUT Diagnostic Control Unit interface 204 DAC_XCS0 OUT Chip enable for audio DAC serial control. 'L' : enable 205 DAC_XCS1 OUT Use of serial control of 5.1ch audio DAC is possible. 'L' : enable 206 FP_ACK OUT Front Panel / DAC interface. Hand-shake (acknowledge) output 'H'. OUT Front Panel / DAC interface. Serial transfer clock output. 207 FP_SCK 208 FP_SI IN B Front Panel interface. Serial transfer data input. C D E F XV-HTD530 5 6 7 141 8 1 2 3 4 A PDC111A (AF ASSY : IC5501) • System Control Microcomputer Pin Functions No. B C D E Mark Pin Name I/O Function 1 PA3/WR# DVDON/OFF O Control power supply for DVD module 2 PA4/RD# HPDET I Detect to insert headphone 3 PA5/RS NC O NC 4 P70 / INT0 / T0LCP / AN8 ACPULSE I AC PULSE input (Interruption) 5 P71 / INT1 / T0HCP / AN9 NC O NC 6 P72 / INT2 / T0IN NC I (O) NC 7 P73 / INT3 / T0IN REMOCON I REMOCON signal input (Interruption) 8 RES# XRESET I µ-com reset input 9 XT1 / AN10 XT1 − (When this port is not used. please connect VDD) 10 XT2 / AN11 XT2 − (When this port is not used. please set open) 11 VSS1 VSS1 − 12 CF1 CF1 − 13 CF2 CF2 − 14 VDD1 VDD1 − 15 P80 / AN0 SIMUKE I Destination distinction input 16 P81 / AN1 MODEL I model distinction input 17 P82 / AN2 VDET I DVD 3.3V detection input 18 P83 / AN3 KEY1 I 19 P84 / AN4 KEY2 I (O) Key2 20 P85 / AN5 VOLJOG I (O) VOLME JOG key input 21 P86 / AN6 ST/TUNE I 22 P87 / AN7 XPROTECT I Protection and Fan Error detection input 23 P10/SO0 SDATA O System bus data output (AMP side output) 24 P11 / SI0 / SB0 MDATA I System bus data input (AMP side input) 25 P12 / SCK0 SCLK I System bus clock input 26 P13 / SO1 DSPDI O Data output to DSP (MOTOROLA) and DIR 27 P14 / SI1 / SB1 DSPDO I Data input from DSP (MOTOROLA) 28 P15 / SCK1 DSPCK O Clock output to DSP (MOTOROLA) and DIR 29 P16/T1PWML SYSCS2 O Chip select 2 for system bus 30 P17/T1PWMH/BUZ SYSCS1 O Chip select 1 for system bus 31 PE0 XHPMUTE O HP MUTE ON/OFF 32 PE1 XRECMUTE O REC OUTPUT MUTE ON/OFF 33 PE2 XMUTEC O Cch MUTE ON/OFF 34 PE3 RYR O REAR RELAY ON/OFF 35 PE4 RYFSC O FRONT/SW/CENTER RELAY ON/OFF 36 PE5 NC O 37 PE6 TIMERLED O Control TIMER LED 38 PE7 LEVELSHIFT O VOL 0 to 5 : H 39 VSS4 VSS4 40 VDD4 VDD4 Key1 input STEREO tuned detection input F XV-HTD530 142 1 2 3 4 5 No. 6 Mark Pin Name 7 I/O 8 Function 41 PF0 ATT10dB O Control ATT 10dB 42 PF1 ATT6dB O Control ATT 6dB 43 PF2 STEST I Set TEST MODE for Service 44 PF3 UTEST I Set UNIT CHECK for checker 45 PF4 DTSDMIX O Cntrol of gain-up for dts down-mix 46 PF5 SWFMIX O Control for subwoofer mix A 47 PF6 NC I (When this port is not used. please connect GND) 48 PF7 NC I (When this port is not used. please connect GND) 49 SI2P0/SO2 FLDAT O Data for FL driver 50 SI2P1/SI2/SB2 FLCS O Chip enable for FL driver 51 SI2P2/SCK2 FLCLK O Clock for FL driver 52 SI2P3/SCK20 XFLRST O Reset for FL driver 53 PWM1 NC NC 54 PWM0 NC NC 55 VDD2 VDD2 56 VSS2 VSS2 57 P00 TXCE O Chip enable for tuner LSI 58 P01 EXPCE O Chip enable for expander of LED control 59 P02 EXPDATA O DATA for expander of LED control 60 P03 EXPCLK O Clock for expander of LED control 61 P04 TXCLK O Clock for tuner LSI 62 P05 TXODATA O Data for tuner LSI 63 P06 TXMUTE O Control mute of tuner 64 P07 NC O NC 65 P20/INT4/T1IN NC I (O) NC 66 P21/INT4/T1IN TXIDATA I 67 P22/INT4/T1IN DVDACK I Ackknowlegement from DVD MODULE (Interruption) 68 P23/INT4/T1IN XVMUTE O VIDEO MUTE request to DVD MODULE 69 P24/INT5/T1IN DVDMUTE I Request of MUTE from DVD MODULE (Interruption) 70 P25/INT5/T1IN AUDIOSELA O SW for AUDIO in DVD-A MODEL 71 P26/INT5/T1IN NC O NC 72 P27/INT5/T1IN XWMUTE O WIRE LESS MUTE request 73 P30 WSELA O WIRE LESS OUTPUT SELECT A 74 P31 INPUTSELB O AUDIO INPUT SELECT B 75 P32 INPUTSELA O AUDIO INPUT SELECT A 76 P33 XTL0 O Selection X'tal to DIR 77 P34 DIRERR I LOCK/UNLOCK from DIR 78 P35 DIRRST O Reset to DIR /CODEC 79 P36 DIRCS O Chip select to DIR/CODEC 80 PB7/D7 DIRDO I Data input from DIR/CODEC B C Input data from tuner LSI D E F XV-HTD530 5 6 7 143 8 1 A B C D No. 2 Mark Pin Name 3 I/O 4 Function 81 PB6/D6 DSPMODE O MODE selection (ROM/RAM) to DSP (MOTOROLA) 82 PB5/D5 DSPHREQ I Error detection from DSP (MOTOROLA) 83 PB4/D4 NC O NC 84 PB3/D3 DSPSS O Slave selection to DSP (MOTOROLA) 85 PB2/D2 XDSPRST O RESET to DSP (MOTOROLA) MODULE 86 PB1/D1 DECMUTE I Detection of 1st DSP boot success from DSP MODULE 87 PB0/D0 XDSPMUTE O MUTE request to DSP MODULE 88 VSS3 VSS3 − 89 VDD3 VDD3 − 90 PC7/A7 NC O NC 91 PC6/A6 SYSPOW O Control power supply of system 92 PC5/A5 NC O NC 93 PC4/A4 XDVDRST O RESET to DVD MODULE 94 PC3/A3 XSYSMUTE O Control mute of system 95 PC2/A2 (VOLMUTE) O (Contorol mute of E-vol IC) 96 PC1/A1 VOLCLK O Clock for E-vol IC 97 PC0/A0 VOLDATA/CE O Data/CE for E-vol IC 98 PA0/CS2# FLASHE/D − for FLASH writing 99 PA1/CS1# FLASHDO − for FLASH writing FLASHCLK − for FLASH writing 100 PA2/CS0# • Port0 (P00-P07) can be selected for input or output by each 4 bits (P00-P03,P04-P07). Set for input when reset. And it can be set C-MOS or Nch-OD by each 1 bit in option. • Port1 (P10-P17) can be selected for input or output by each 1 bit. Set for input when reset. And it can be set C-MOS or Nch-OD by each 1bit in option. • Port2 (P20-P27) can be selected for input or output by each 1 bit. Set for input when reset. And it can be set C-MOS or Nch-OD by each 1 bit in option. • Port3 (P30-P36) can be selected for input or output by each 1 bit. Set for input when reset. And it can be set C-MOS or Nch-OD by each 1 bit in option. • Port7 (P70-P73) can be selected for input or output by each 1 bit. Set for input when reset. • Port8 (P80-P87) can be selected for input or output by each 1 bit. Set for input when reset. • PortA (PA0-PA5) can be selected for input or output by each 1 bit. Set for input when reset. And it can be set C-MOS or Nch-OD by each 1 bit in option. • PortB (PB0-PB7) can be selected for input or output by each 1 bit. Set for input when reset. And it can be set C-MOS or Nch-OD by each 1 bit in option. • PortC (PC0-PC7) can be selected for input or output by each 1 bit. Set for input when reset. And it can be set C-MOS or Nch-OD by each 1 bit in option. • PortE and PortF can be selected for input or output by each 2 bits. • In case of without RDS, it is best that RDSDATA and RDSCLK are assigned as I/O port which can be set output and output low level. E F XV-HTD530 144 1 2 3 4 5 6 7 8 7.2.2 DISPLAY XAV3020 (DISPLAY ASSY :V5601) A • FL DISPLAY Pin Assignment B 1 62 Anode Connection C D E Pin Connection Note (1) F1, F2 : Filament : No pin Connection F1 NX NP NP 12G 11G 10G 9G 8G 7G 6G 5G 4G 3G 2G 1G P35 P34 P33 P32 P31 (2) NP (3) NX : No extend pin Pin No. 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 (4) DL : Datum Line Connection P30 P29 P28 P27 P26 P25 P24 P23 P22 P21 NX NX NX NX NX P20 P19 P18 P17 P16 P15 (5) 1G to 12G : Grid Pin No. 1 2 3 4 5 6 7 8 9 10 11 12 Pin No. 43 44 45 46 47 48 49 50 51 52 53 54 Connection P14 P13 P12 P11 P10 P9 P8 P7 P6 P5 P4 P3 13 14 15 16 17 18 19 20 55 56 57 58 59 60 61 62 P2 P1 P37 P36 NP NP NX F2 21 F XV-HTD530 5 6 7 145 8 1 2 3 4 7.2.3 CLEANING A Before shipping out the product, be sure to clean the following positions by using the prescribed cleaning tools: B Position to be cleaned Cleaning tools Pickup lenses Cleaning liquid : GEM1004 Cleaning paper : GED-008 Position to be cleaned Cleaning tools Fans Cleaning paper : GED-008 C D E F XV-HTD530 146 1 2 3 4 5 6 7 8 8. PANEL FACILITIES Front panel 1 2 DVD /CD A 3 4 TUNER TV/ L1/L2 5 6 7 8 DIRECT PLAY FM/AM/ST. 1 2 3 4 5 9 10 11 DISC SKIP EXCHANGE OPEN/CLOSE STANDBY/ON B VOLUME TIMER CD MODE DISC 1 2 3 4 5 PHONES DOWN 20 19 18 17 16 15 9 1 STANDBY/ON 14 • If the disc tray was opened using the EXCHANGE button, then pressing DISC SKIP rotates the disc tray two disc spaces. 10 EXCHANGE Press to switche between the external sources, TV, LINE1(L1) and LINE2 (L2). ¡ ¢ Press during playback to open the disc tray without stopping playback. Press again to close the disc tray. D 11 0 OPEN/CLOSE Press to open / close the disc tray. Press to skip tracks/chapters; press and hold to scan backwards/forwards. • When in listening to the tuner, use to tune to startions or select presets. 12 Disc tray 13 VOLUME control Use to adjust the volume 14 DISC indicators 6 7 Shows which disc spaces are currently occupied. Press to stop playback. 15 Display E 7 6 Press to start or resume playback. During playback, press to pause; press again to restart playback. 8 playing, the tray rotates one disc space. TV /L1 / L2 5 4 1 and C next disc in the player. TUNER FM/AM/ST. Press to switch to the tuner function, then between bands and station presets. 4 12 • If the disc tray is open while no disc is DVD / CD Press to switches to the DVD/CD function. Also starts/pauses/resumes playback. 3 13 DISC SKIP • During playback, press to start playing the Press to switch the system on or into standby. 2 UP 16 CD MODE indicator Lights when the CD Mode is on. In this mode, the system only plays audio CDs and WMA/MP3 discs. 17 Remote sensor 18 Timer indicator DIRECT PLAY buttons Press to start playback of any disc in the player. Lights when the timer is set. 19 This mark indicates compatibility with DVD-RW discs recorded on a DVD recorder in Video Recording(VR) mode. 20 PHONES jack Headphone jack. XV-HTD530 5 6 7 147 8 F 1 2 Display 3 1 2 4 3 6 5 7 8 22 9 V.PART ATT 4 10 11 12 13 14 A PGM RPT - 1 RDM MIDNIGHT QUIET REC MODE kHz MHz WIRELESS 21 20 19 PRO LOGIC DIGITAL ADV.SURR. Neo:6 PRGSVE 18 17 16 15 "The display for the XV-HTD630 is shown in the illustration below" 1 Tuner indicators 13 B DIGITAL Lights during playback of a Dolby Digital source. Lights when a broadcast is being received. 14 Speaker indicators Lights when a stereo FM broadcast is being received in auto stereo mode. Thees show which speakers are being used to output the current source. The illustrations below show some example displays. 5.1 channel surround sound Lights when FM mono reception is selected. 2 Stereo (2.1 channel) sound Lights when a disc is playing. C 3 MIDNIGHT 3.1 channel sound with Dialogue enhancement on the center channel Lights when the Midnight mode is selected. 4 QUIET 5.1 channel surround sound with Virtual Surround Back mode active Lights when the Quiet mode is selected. 5 Lights to indicate random or repeat play of all discs loaded. (When headphones are connected, none of the speaker indicators are lit.) 6 PGM D Lights when a program list has been programmed. 15 PRGSVE Lights when progressive scan video output is selected. 7 RPT and RPT-1 RPT lights during repeat play. RPT-1 lights during repeat one-track play. 16 ADV. SURR. Lights when one of the Advanced Surround listening modes is selected. 8 RDM 17 DTS Lights during random play. Lights during playback of a DTS source. 9 ATT Lights when the input attenuator is active for the currently selected analog input. E 18 kHz / MHz Indicates the unit of the frequency shown in the character display (kHz for AM, MHz for FM) 10 REC MODE 19 Character display Lights when Rec Mode is on. 20 11 Timer indicators Lights when the timer is set Lights when the sleep timer is active 12 PRO LOGIC II Lights during multi-angle scenes on a DVD disc 21 WIRELESS (XV-HTD630 Only) Lights when either the W.Surr. or W.Stereo mode is selected. 22 V.PART Lights during Dolby Pro Logic decoding. Lights when a playing a video part of a DVD disc. F XV-HTD530 148 1 2 3 4 5 6 Remote control 7 "The remote control for the XV-HTD630 is shown in the illustration below" 5 STANDBY/ON 2 FM/AM DVD/CD TV A SURROUND L1/L2 TUNER Surround sound mode buttons AUTO Press to select the default decoding for the current source. OPEN/CLOSE 1 3 8 Use to select a Surround mode. LINE WIRELESS 19 ADVANCED DVD AUDIO SUBTITLE ANGLE ZOOM 5 AUTO ROOM SETUP 7 BASS MODE 4 SURROUND ADVANCED VIR.SB DIALOGUE Use to select an Advanced Surround mode. 6 6 8 9 7 VOLUME 11 Use to select a Bass Modes. TUNE DVD MENU HOME MENU ST 12 VIR. SB ST ENTER SOUND MODE Press to switch the Virtual Surround back speaker effect on/off. RETURN TUNE 13 B Sound enhancement buttons BASS MODE TOP MENU SYSTEM SETUP 10 ROOM SETUP Press to start Room Setup. MUTE 14 QUIET/ MIDNIGHT DIALOGUE Use to select a Dialogue mode. 15 FOLDER FOLDER 8 PROGRAM REPEAT RANDOM CLEAR TEST TONE CH LEVEL TIMER 16 ENTER SHIFT 18 DISC 2 DISC 3 DISC 4 DISC 5 CD MODE DISC SKIP C 9 VOLUME DISPLAY DIMMER DISC 1 MUTE Press to mute all sound from the speakers and headphones (press again to cancel). Use to adjust the volume. 10 HOME MENU / SYSTEM SETUP 17 • Press to display (or exit) the on-screen menu for lnitial Settings, Play Mode functions, etc. 5.1ch DVD SURROUND SYSTEM • Use with SHIFT for SYSTEM SETUP: Use to make various system and surround sound settings. D 11 DVD MENU / TOP MENU • Press to display a DVD-Video disc menu, or the Disc 1 Navigator if a VR mode DVD-RW, CD, Video CD , MP3, WMA or JPEG disc is loaded. • Use with SHIFT for TOP MENU: Use to display the top menu of a DVD disc in the play position (this may be the same as pressing DVD MENU) STANDBY/ON Press to switch the system on or into standby. 2 0 OPEN/CLOSE Press to open/close the disc tray. 3 12 TUNE +/-, ST +/-, cursor control buttons Function select buttons and ENTER Press to select the source you want to listen to (DVD/CD, TUNER, TV, LINE) 4 • Use the TUNE +/- and ST +/- buttons when listening to E the radio to tune into stations, or select preset stations. DVD buttons AUDIO • Use the cursor buttons ( » / « / | / \) and enter to navigate Press to select an audio channel or language. SUBTITLE Press to display/change the subtitle display. ANGLE Press to change the camera angle during DVD multi-angle scene playback. ZOOM Press to change the screen zoom level. on-screen displays and menus; ENTER selects an option or executes a command. 13 SOUND MODE / QUIET/MIDNIGHT • Use to adjust the tone and effect level. • Use with SHIFT for QUIET/MIDNIGHT: Use to select the Quiet and Midnight modes. 14 RETURN Press to return to a previous menu screen. F XV-HTD530 5 6 7 149 8 1 2 3 4 A CH LEVEL (SHIFT +5) 15 Playback controls Use to adjust the speaker level. Press to start or resume playback. and TIMER (SHIFT +6) Press to display the clock and to access the timer menu. / Use for reverse slow motion playback, frame reverse and reverse scanning. and DISPLAY (SHIFT +8) Press to display/change disc information shown on-screen. / Use for forward slow motion playback, frame advance and forward scanning. B DIMMER (SHIFT +9) Press to switch between normal and dimmed front panel display. / FOLDER – Press to jump to the beginning of the current chapter/track, then to previous chapters/tracks. Press SHIFT + to jump to the beginning of the previous folder CLEAR Press to clear an entry. ENTER Press to select menu options, etc. (works exactly the same as the ENTER button in 12 above). / FOLDER + 17 Disc selection buttons Press to jump to the next chapter/track (or folder by pressing SHIFT + ). C DISC select buttons Use to select discs in the player. DISC SKIP / CD MODE • During playback, press to start playing the next disc in the player. • If the disc tray is open while no disc is playing, the tray rotates one disc space. • If the disc tray was opened using the EXCHANGE button (front panel only), then pressing DISC SKIP rotates the disc tray two disc spaces. • Use with SHIFT for CD MODE: Use to switch CD Mode on/off. Press to pause playback; press again to restart. Press to Stop playback. 16 Number buttons and SHIFT functions Use the number buttons for selecting chapters /tracks from a disc directly; use with the SHIFT button to access the functions printed in green. D 18 SHIFT Use to access the functions/commands printed in green on the remote (press the button for the function you want while holding down SHIFT). PROGRAM (SHIFT + 1) Use to program/play a program list. REPEAT (SHIFT + 2) 19 WIRELESS buttons (XV-HTD630 Only) Use to select a repeat play mode. Press to switch between modes with the wireless speaker system. RANDOM (SHIFT +3) Use to select a random play mode. E TEST TONE (SHIFT + 4) Use to output the test tone (for speaker setup). F XV-HTD530 150 1 2 3 4