Download DVD-R/RW DRIVE UNIT
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ORDER NO. RRV3067 DVD-R7783 DVD-R/RW DRIVE UNIT DVD-R7783 THIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL(S) AND TYPE(S). Model Type DVD-R7783 ZUCYV/WL Power Requirement Remarks DC Power supply from other system This service manual should be used together with the following manual(s). Model No. Order No. Remarks DRM-7000 RRV2173 700 DISC CHANGER DRM-3000 RRV2734 300 DISC CHANGER • For details on SCSI connections, refer to Service Know-How (SKB05001). NECESSARY INFORMATION FOR DHHS RULES MARKED ON THE TOP COVER BELOW: CAUTION – LASER RADIATION WHEN OPEN. DO NOT STARE INTO BEAM For details, refer to "Important Check Points for Good Servicing". 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 2005 T-ZZY JAN. 2005 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. 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 B IMPORTANT The pickup of this device conforms to Class 3A of the FDA Laser Restrictions (CFR21 PART 1040), and the device, which conforms to Class A as a total product, is not to be disassembled for repair in the U.S.A. or its territories. In other districts, the device must be disassembled for repair only by a specially instructed person with sufficient care against laser light. C WAVELENGTH : 658 nm WARNING! DEVICE INCLUDES LASER DIODE WHICH EMITS INVISIBLE INFRARED RADIATION WHICH IS DANGEROUS TO EYES. THERE IS A WARNING SIGN ACCORDING TO PICTURE LASER 1 INSIDE THE DEVICE CLOSE TO THE LASER kuva 1 DIODE. Lasersateilyn varoitusmerkki VARO! AVATTAESSA JA SUOJALUKITUS OHITETTAESSA OLET ALTTIINA NÄKYMÄTTÖMÄLLE LASERSÄTEIYLLE. ÄLÄ KATSO SÄTEESEEN. D ADVARSEL : USYNLIG LASERSTRÅLING VED ÅBNING NÅR SIKKERHED SAFBRYDERE ER UDE AF FUNKTION. UNDGÅ UDSÆTTELSE FOR STRÅLING. LASER Picture 1 Warning sign for laser radiation IMPORTANT THIS PIONNER APPARATUS CONTAINS LASER OF CLASS 1. SERVICING OPERATION OF THE APPARATUS SHOULD BE DONE BY A SPECIALLY INSTRUCTED PERSON. VARNING! OSYNLIG LASERSTRÅLNING NÄR DENNA DEL ÄR ÖPPNAD OCH SPÄRREN ÄR URKOPPLAD. BETRAKTA EJ STRÅLEN. LASER DIODE CHARACTERISTICS MAXIMUM OUTPUT POWER : 35 mw E F 2 DVD-R7783 1 2 3 4 5 6 7 8 LABEL CHECK A B C D Additional Laser Caution 1. The ON/OFF(ON:low level,OFF:high level) status of the CLAMP signals for detcting the loading state are detected by the drive CPUs, and the design prevents laser diode oscillation when the CLAMP signal turns OFF. In normal operation, if no disc is clamped, the laser diode oscillation is disabled. However, the interlock does not always operate in the test mode. * E 2. When the cover is opened, close viewing of the objective lens with the naked eye will cause exposure to a Class 3A laser beam. F 3 DVD-R7783 5 6 7 8 1 2 3 4 [Important Check Points for Good Servicing] A In this manual, procedures that must be performed during repairs are marked with the below symbol. Please be sure to confirm and follow these procedures. 1. Product safety Please conform to product regulations (such as safety and radiation regulations), and maintain a safe servicing environment by following the safety instructions described in this manual. 1 Use specified parts for repair. Use genuine parts. Be sure to use important parts for safety. 2 Do not perform modifications without proper instructions. Please follow the specified safety methods when modification(addition/change of parts) is required due to interferences such as radio/TV interference and foreign noise. B 3 Make sure the soldering of repaired locations is properly performed. When you solder while repairing, please be sure that there are no cold solder and other debris. Soldering should be finished with the proper quantity. (Refer to the example) 4 Make sure the screws are tightly fastened. Please be sure that all screws are fastened, and that there are no loose screws. 5 Make sure each connectors are correctly inserted. Please be sure that all connectors are inserted, and that there are no imperfect insertion. 6 Make sure the wiring cables are set to their original state. Please replace the wiring and cables to the original state after repairs. In addition, be sure that there are no pinched wires, etc. C 7 Make sure screws and soldering scraps do not remain inside the product. Please check that neither solder debris nor screws remain inside the product. 8 There should be no semi-broken wires, scratches, melting, etc. on the coating of the power cord. Damaged power cords may lead to fire accidents, so please be sure that there are no damages. If you find a damaged power cord, please exchange it with a suitable one. 9 There should be no spark traces or similar marks on the power plug. When spark traces or similar marks are found on the power supply plug, please check the connection and advise on secure connections and suitable usage. Please exchange the power cord if necessary. D 0 Safe environment should be secured during servicing. When you perform repairs, please pay attention to static electricity, furniture, household articles, etc. in order to prevent injuries. Please pay attention to your surroundings and repair safely. 2. Adjustments To keep the original performance of the products, optimum adjustments and confirmation of characteristics within specification. Adjustments should be performed in accordance with the procedures/instructions described in this manual. 3. Lubricants, Glues, and Replacement parts Use grease and adhesives that are equal to the specified substance. Make sure the proper amount is applied. E 4. Cleaning For parts that require cleaning, such as optical pickups, tape deck heads, lenses and mirrors used in projection monitors, proper cleaning should be performed to restore their performances. 5. Shipping mode and Shipping screws To protect products from damages or failures during transit, the shipping mode should be set or the shipping screws should be installed before shipment. Please be sure to follow this method especially if it is specified in this manual. F 4 DVD-R7783 1 2 3 4 5 6 7 8 CONTENTS 1. SPECIFICATIONS .............................................................................................................................................6 2. EXPLODED VIEWS AND PARTS LIST.............................................................................................................8 2.1 PACKING ....................................................................................................................................................8 2.2 EXTERIOR SECTION ..............................................................................................................................10 2.3 CLAMP MECHANISM SECTION .............................................................................................................12 2.4 TRAVERSE & MAIN UNI-S (DXX2554)....................................................................................................14 3. BLOCK DIAGRAM AND SCHEMATIC DIAGRAM ..........................................................................................16 3.1 BLOCK DIAGRAM....................................................................................................................................16 3.2 OVERALL WIRING DIAGRAM .................................................................................................................18 3.3 MAIN ASSY (1/4)......................................................................................................................................20 3.4 MAIN ASSY (2/4)......................................................................................................................................22 3.5 MAIN ASSY (3/4)......................................................................................................................................24 3.6 MAIN ASSY (4/4)......................................................................................................................................26 3.7 WIFB and FCRB ASSYS ..........................................................................................................................28 3.8 ATAPI/SCSI BOARD .................................................................................................................................30 3.9 WAVEFORMS...........................................................................................................................................32 4. PCB CONNECTION DIAGRAM ......................................................................................................................33 4.1 MAIN ASSY ..............................................................................................................................................34 4.2 WIFB and FCRB ASSYS ..........................................................................................................................38 4.3 ATAPI/SCSI BOARD .................................................................................................................................40 5. PCB PARTS LIST ............................................................................................................................................41 6. ADJUSTMENT ................................................................................................................................................42 7. GENERAL INFORMATION .............................................................................................................................43 7.1 DIAGNOSIS..............................................................................................................................................43 7.1.1 OPERATIONAL DIAGNOSIS PROGRAM..........................................................................................43 7.1.2 REWRITING SERIAL NO...................................................................................................................45 7.1.3 FIRMWARE VERSION UP OF MAIN ASSY ......................................................................................45 7.1.4 HOW TO CONFIRM AND UPDATE THE FIRMWARE VERSION OF THE ATAPI/SCSI BOARD ......46 7.1.5 ACQUISITION OF THE ERROR HISTORY .......................................................................................47 7.1.6 TROUBLE SHOOTING.......................................................................................................................59 7.1.7 SCSI ERROR CODE TABLE..............................................................................................................60 7.1.8 AGING MODE ....................................................................................................................................62 7.1.9 DISASSEMBLY ..................................................................................................................................64 7.1.10 INSTALLATION OF THE DRIVE.......................................................................................................67 7.2 IC INFORMATION ....................................................................................................................................68 8. PANEL FACILITIES .........................................................................................................................................95 A B C D E F 5 DVD-R7783 5 6 7 8 1 2 3 4 1. SPECIFICATIONS [Supported Formats] Writing format DVD-R for General Ver. 2.0 ................ Disc at Once, Incremental DVD-RW Ver. 1.2 ................................ Disc at Once, Incremental, Restricted Overwrite * Recommended number of overwrites on DVD-RW media: 100 times or less (at normal room temperature). A Reading format DVD-ROM, DVD-Video DVD-R (for General / Authoring 3.95 GB, 4.7 GB) DVD-RW Ver. 1.1, Ver. 1.2 CD-ROM Mode 1 CD-ROM XA Mode 2 (form 1, form 2) CD-R, CD-DA, CD-Extra, Video CD B DVD+R/RWs, DVD-RAMs and CD-RWs cannot be read nor written. Does not support recording on CD-R media. [Writing/Reading speed] Writing Speed DVD-R for General Ver. 2.0 Rev. 3....... 8X (ZCLV), 6X (CLV), 4X (CLV) DVD-RW Ver. 1.2 ................................. 4X (CLV), 2X (CLV) Reading Speed (max.) DVD-ROM (single) ............................... DVD-ROM (dual) ................................. DVD-R ................................................. DVD-RW .............................................. CD-ROM .............................................. CD-R .................................................... CD-DA ................................................. Video CD .............................................. C 12X (CAV) 8X (CAV) 8X (CAV) 8X (CAV) 40X (CAV) 40X (CAV) 40X (CAV) 9.3X (CAV) [Reading Performance] Data transmission speed (Sustained max.) DVD-ROM (single) .............................. 16620 KB/sec DVD-ROM (dual) ................................. 11080 KB/sec DVD-R ................................................. 11080 KB/sec DVD-RW .............................................. 11080 KB/sec CD-ROM .............................................. 6000 KB/sec CD-R .................................................... 6000 KB/sec Note that the transmission speed may vary depending on the state (e.g., the existence of scratches) of the disc being used. Access time (Random average) DVD-ROM (single) ............................... 140 ms DVD-ROM (dual) .................................. 160 ms DVD-R .................................................. 150 ms DVD-RW .............................................. 150 ms CD-ROM .............................................. 130 ms CD-R/RW ............................................. 130 ms D E F 6 DVD-R7783 1 2 3 4 5 6 7 8 [Data buffer capacity] 2.0 MBytes (writing, reading) A [Interface] Wide Ultra-2 SCSI (80 MB/s) * Maximum effective speed approx. 40 MB/s [Buffer under-run free mode] Although the default setting is ON, this setting can be changed to OFF depending on the application in use. This mode is locked in the ON mode and cannot be turned off during the 8X (ZCLV) recording of a DVD-R. [Others] Power supply ....................................... DC +12 V, 1.0 A DC +5 V, 1.5 A External dimensions ............................ 187.9 (W) x 73.3 (H) x 260.7 (D) mm 7-3/8 (W) x 2-7/8 (H) x 10-1/4 (D) in. Weight 2.0 kg (4.4 lb) Operation temperature ........................ +5 °C to +35 °C (+41 °F to +95 °F) (The temperature outside the changer) Operation humidity .............................. 5 % to 85 % (no condensation) (The humidity outside the changer) Storage temperature ........................... –40 °C to +60 °C (–40 °F to +140 °F) Storage humidity ................................ 5 % to 90 % (no condensation) B • Discs recorded on this unit may not playback properly on players or drives which do not support the same media format. • Specifications and design subject to possible modifications without notice, due to improvements. C D E F 7 DVD-R7783 5 6 7 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 4 B 2 7 5 C D 1 3 E 6 F 8 DVD-R7783 1 2 3 4 5 6 7 8 PACKING Parts List NSP 1 2 NSP 3 NSP 4 5 6 7 Warranty Card ARY1093 Operating Instructions DRC1229 (English / French / German / Chinese / Japanese) Polyethylene Bag Z21-010 (0.018 x 100 x 230) Polyethylene Bag (0.03 x 230 x 340) Pad Packing Case Bag A Z21-038 DHA1494 DHG2455 DHL1052 B C D E F 9 DVD-R7783 5 6 7 8 1 2 3 4 2.2 EXTERIOR SECTION A Note ; ∗3 : Froil: ZLB-PN397B (GYA1001) Note : As the laser driver is mounted on the pickup, no short-circuit switch for the laser diode is provided. 39 ∗4 : Froil: ZLB-947P 44 Refer to "2.3 CLAMP MECHANISM SECTION". 42 43 17 A 43 21 44 L K B M 41 43 B 41 38 ∗3 ∗1 38 ∗4 ∗1 5 ∗1 K ∗3 32 32 32 36 30 Ea C Eb 44 33 M L 9 12 D Ea 31 44 7 B A Fa 44 8 23 29 25 35 28 44 33 14 J C B 26 I 13 43 2 15 24 16 43 43 46 27 Eb Fa 18 37 I G Fb 34 44 27 44 44 Fb D A H 3 D 31 44 6 E J C 4 27 C 20 47 CONTACT SIDE 27 11 31 H NON-CONTACT SIDE D 1 44 10 G ∗1 ∗2 19 48 Note ∗1: The MAIN Assy (No. 1), Traverse Mechanism Assy (No. 5), and Float Rubber R5 (No. 38) are provided together as the components of the Traverse & Main Unit-S (DXX2554) service parts. For details, see "2.4 TRAVERSE & MAIN UNIT-S." Note ∗2: F 45 22 10 45 If the No. 1 MAIN Assy is replaced, it is required to write the same serial number as that of the old Assy in the new Assy. See "7.1.2 HOW TO REWRITE THE SERIAL NUMBER." DVD-R7783 1 2 3 4 5 6 7 8 EXTERIOR SECTION Parts List Mark No. Description Part No. 1 2 3 4 5 MAIN Assy WIFB Assy FCRB Assy ATAPI/SCSI Board Traverse Mechanism Assy DXX2554(1/2)(*1)(*2) DWX2388 DWX2389 DWP1082 DXX2554(2/2)(*1) 6 7 8 9 10 Flexible Cable (12P) Connector Assy Connector Assy Connector Assy (20P) Connector Assy (4P) DDD1268 DKP3486 DKP3537 DKP3675 DKP3676 11 12 13 14 15 Rotary Switch Connector Assy Connector Assy Connector Assy Connector Assy DSX1063 PD02EE-D17 PF04PP-B22 PF05PP-B15 PG05MM-G17 16 17 18 19 20 PL Lock Spring PL Earth Plate PL Lock Arm Silicone Sheet B PL Rear Panel (R7) DBH1447 DBK1174 DBK1187 DEB1520 DNC1702 21 22 23 24 25 Upper Cover DR Bottom Plate (R7) Board Stay PL Grip PL Rail DNE1493 DNF1698 DNF1699 DNH2399 DNK3665 26 27 28 29 30 PL Lock Cap Board Hook PL Base (R7) Assy Card Spacer Bush DNK3667 DNK4327 DXB1823 AEC7133 DEC1220 31 32 33 34 35 Edge Saddle (0607U) Slider Washer Locking Mini Clamp IC Cover Acetate Tape (164 x 10) DEC1807 DEC2213 DEC2439 DEC2701 DED1141 A B C 36 NSP 37 38 NSP 39 D Protector V2 DNK3393 Mini Clamp VEC1597 Float Rubber R5 DEB1556 (*1) (This part is also available as an optional part.) Model Label DAL1159 40 41 42 43 44 ••••• Float Screw Screw Screw Screw DBA1246 DBA1258 BBT30P060FTB BBZ30P060FTC 45 46 47 48 Screw Screw Silicone Sheet R5 A Silicone Sheet R7 A BBZ30P180FTC PMA26P060FNI DEB1572 DEB1673 E F 11 DVD-R7783 5 6 7 8 1 2 3 4 2.3 CLAMP MECHANISM SECTION A 36 38 5 38 B 13 8 43 35 37 22 20 32 39 37 16 40 37 3 15 28 17 1 45 21 A 39 12 C 42 18 11 2 35 27 39 29 39 44 39 30 B 42 26 31 41 7 6 D 37 23 21 37 10 4 14 19 24 37 33 9 37 34 Note ; E : Froil: ZLB-PN397B (GYA1001) 25 F 12 DVD-R7783 1 2 3 4 5 6 7 8 Parts List Mark No. Description Part No. 1 2 3 4 5 Capacitor (C1) Connector Assy (3P) Connector Assy Disc Holder Spring Spring CFTLA224J50 DKP3281 PF02PY-B15 DBH1342 DBK1134 6 7 8 9 10 Earth Plate Cushion Slide Sheet Disc Holder Sheet Clamper Stay (R7) DBK1139 DEB1355 DEC2034 DEC2700 DND1251 11 12 13 14 15 Switch Bracket Clamper Base Joint Arm CL Disc Holder Motor Gear DNF1700 DNH2614 DNH2615 DNK3253 DNK3254 16 17 18 19 20 CL Gear (B) CL Gear (C) Disc Holder (L) Disc Holder (R) Disc Stopper DNK3256 DNK3257 DNK3289 DNK3290 DNK3291 21 22 23 24 25 Rack Plate CL Gear (A) Side Rack (L) Side Rack (R) Clamper Bracket (R7) DNK3292 DNK3363 DNK3364 DNK3365 DNK4328 26 27 28 29 30 Lever Switch Sheet Motor Acetate Tape (G) Damper Assy DSK1003 DED1143 PXM1002 REH1010 VXA1153 31 32 33 34 35 Damper Bracket Clamp Motor Assy-S Clamper Plate R5 Clamper R5 Binder DNF1701 DXX2336 DNE1423 DNK4017 ZCA-SKB90BK 36 37 38 39 40 E Ring Washer Washer Screw Screw YE30FUC WT26D047D050 WT36D072D050 BPZ30P080FCU PMH20P040FTC 41 42 43 44 45 Screw Screw Screw Screw Screw PMH26P060FTC BBZ30P060FTC BBZ30P080FTB PMA20P050FCU BBZ30P040FTC A B C D E F 13 DVD-R7783 5 6 7 8 1 2 3 4 2.4 TRAVERSE & MAIN UNI-S (DXX2554) 3 1 (1/3) (MAIN Assy) A 5 6 2 1 (2/3) (Traverse Mechanism Assy) B 1 (3/3) (Float Rubber R5 ×4) 8 4 7 C TRAVERSE & MAIN UNIT-S (DXX2554) Parts List D E F 14 DVD-R7783 1 2 3 4 5 6 7 8 Distinction of the parts to be provided as service parts The Traverse & Main Unit-S, to be provided as service parts, have markings for distinction (black dot with a felt-tip marker) at the places shown in the photos below. Be sure to replace both the Traverse Mechanism Assy and MAIN Assy when either needs to be replaced, because these parts were adjusted as a pair, and their operations were inspected as a pair before shipment. A MAIN Assy Marking (black dot) SIDE B B C Traverse Mechanism Assy Marking (black dot) D E F 15 DVD-R7783 5 6 7 8 1 2 3 4 3. BLOCK DIAGRAM AND SCHEMATIC DIAGRAM 3.1 BLOCK DIAGRAM A CN907 SCSI ID SW (1-15) ID3 1 ID1 2 GND 3 ID0 4 ID2 5 CN4 CN908 (5P) (5P) IDSW3 ID3 ID3 2 ID1 ID1 2 1 ID0 ID0 1 ID2 ID2 4 IDSW1 IDSW0 IDSW2 3 4 3 CN3 B 1 9 1 B WIFB ASSY 7 15 IC904 TC74HC375AF SCSI-ID LATCH CN951 11 3 +12V 1 IC954, IC955 RSS065N03 +5V 4 IC954 CN953 (2P) A MAIN ASSY VDD 5-8 3 4 CN401 CN952 (4P) 1 1-3 V+5V 1 5 13 (4P) To PIF* (CHANGER) (2P) +5V 14 1 +12V IC404 S-8520X52MC-LZL V+5L (5.2V) (3/3) 55 5 3 2 C IC955 CN901 (20P) 10 ID2 8 ID0 ID1 9 ID1 ID3 11 ID2 ID0 D IC953 HIP1013CB Overcurrent Protection 5-8 4 7 1-3 V+15A IC402 (1.5V) V+15D S-8520X15MC-LYA 8 4 +5V 58 5 3 6 Bus Line ID3 XCLMP 5 Q908 5V/3.3V Converter XSPST 6 Q907 3.3V/5V Converter (4P) (4P) 1 3 4 XCLMP XSPST BUSY D933 BUSY LED To DIF* (CHANGER) CN601 CN102 CN903 1 3 LPS2 (CLOSE) 3 2 LPS1 (OPEN) 4 4 LED1 10 11 9 (12P) CLOSE OPEN LED1 73 72 25 CN101 (12P) D101 BUSY LED IC301 M30700FKLGP CPU C FCRB ASSY CN904 CN302 13 Q909 5V/3.3V Converter RX 12 Q910 3.3V/5V Converter CMC0 1 9 13 1 CMC1 2 7 4 2 TX E (4P) 2 1 IC903 TA7291F Clamp Motor Driver CLS0 REMI RX REMO CLM+ CLM- M (4P) 2 30 1 29 CLAMP MOTOR CN905 Q901 3 CN906 1 Q902 CLS1 TX 4 2 3 CLS0 CLAMP SW UNCLAMP COM CLAMP CLS1 CLAMP MECHA ASSY CN401 (2/3) F CONFIGURATION 16 DVD-R7783 1 2 3 4 5 6 7 8 A LVD SCSI INTERFACE CN1 (68P) D SCSI Controller ATAPI/SCSI BOARD Internal ROM Buffer DMA Controller Control Register External Flash ROM I/F RISC Processor Flash ROM SRAM B IDE Controller CN2 (40P) CN401 IDE Bus Line (1/3) CN101 IC201 UPD63630GM-UEV S-Combo II DSP • DVD/CD Decoder • DVD/CD Encoder • ATAPI • Read Channel • Wobble DPLL • Servo 127 139 141 143 SWRF1B SWRF2B 115 116 FE TE AWOBBLE 87 85 IC101 UPC3330GC-YEB S-Combo II RF RF, TE, FE, APC, OPC, Wobble 9 7 10 81 OEIC 42 RF- 3 8 (45P) 44 RF+ 2 126 SPINDLE MOTOR CN101 (45P) B C A D Pickup 36 M4 35 M1 C FM OEIC 32 M3 31 M2 17 40 S2 16 39 S1 14 38 S4 15 37 S3 PICKUP ASSY SHF 650n Laser LD Driver IC202 K4S161622D-TC80 DRAM 16M LVDS DRIVER LVDS Receiver 780n Laser D Serial Line PU Controller Temp. Sensor FD, TD, MD, SL LC TILT Actuator Focus/ Tracking CN502 (4P) M IC501 BD7905BFS 6 ch Driver SPDL STEPPING MOTOR E CN501 (12P) F 17 DVD-R7783 5 6 7 8 1 2 3 4 3.2 OVERALL WIRING DIAGRAM A D ATAPI/SCSI BOARD (DWP1082) B C ASSY B WIFB (DWX2388) D C FCRB ASSY (DWX2389) E F CLAMP MECHA ASSY 18 DVD-R7783 1 2 3 4 5 6 7 8 A ÷ When ordering service parts, be sure to refer to "EXPLODED VIEWS and PARTS LIST" or "PCB 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. ÷ : The power supply is shown with the marked box. B C A A 1/4 - A 4/4 PICKUP ASSY (OWY8044) MAIN ASSY (DWX2312) D E F 19 DVD-R7783 5 6 7 8 1 2 3 4 3.3 MAIN ASSY (1/4) A A 1/4 MAIN ASSY (DWX2312) RF BLOCK A 2/4 B A 3/4 C D PICKUP ASSY CN101 A 3/4, 4/4 E A 3/4 A 3/4 F A 1/4 20 DVD-R7783 1 2 3 4 5 6 7 8 A A 3/4 A 3/4 A 2/4, 3/4 B C A 2/4 A 2/4, 3/4 D E A 3/4 A 3/4 A 3/4 F A 1/4 21 DVD-R7783 5 6 7 8 1 2 3 4 3.4 MAIN ASSY (2/4) A A 2/4 MAIN ASSY (DWX2312) DSP BLOCK A 4/4 A 3/4 B A 1/4 A 1/4 A 3/4 C A 3/4 A 3/4, 4/4 D A 3/4 Arrange four TP terminals on B side E A 3/4 A 3/4 F A 2/4 22 DVD-R7783 1 2 3 4 5 6 7 8 A 3/4, 4/4 A 3/4 A A 1/4, 3/4 B A 1/4, 3/4 C D A 3/4, 4/4 E F D CN2 A 2/4 23 DVD-R7783 5 6 7 8 1 2 3 4 3.5 MAIN ASSY (3/4) A A 3/4 MAIN ASSY (DWX2312) AUDIO BLOCK A 4/4 A 1/4 A 2/4 A 3/4 A 2/4 A 4/4 B A 1/4, 2/4 A 2/4, 4/4 A 1/4 C A 2/4, 4/4 A 2/4, 4/4 A 1/4, 2/4 D A 4/4 A 3/4 E A 1/4 A 1/4 A 2/4 B F CN904 A 1/4 A 3/4 24 DVD-R7783 1 2 3 4 5 6 7 8 A B CN101 A 2/4 C A 1/4, 4/4 C A 2/4 D A 2/4 E F A 3/4 25 DVD-R7783 5 6 7 8 1 2 3 4 3.6 MAIN ASSY (4/4) A A 4/4 MAIN ASSY (DWX2312) POWER SUPPLY / DRIVER BLOCK A 3/4 B SPINDLE MOTOR D STEPPING MOTOR C A 1/4, 3/4 A 2/4, 3/4 A 3/4 E A 2/4, 3/4 A 2/4, 3/4 A 2/4 F A 4/4 A 3/4 26 DVD-R7783 1 2 3 4 5 6 7 8 B B CN952 A A 2/4 C A 2/4, 3/4 D E 5.2V Generateor for LDD Imax = 0.5A F A 4/4 27 DVD-R7783 5 6 7 8 1 2 3 4 3.7 WIFB and FCRB ASSYS A 4/4 A CN401 B WIFB ASSY (DWX2388) 34 33 B C 2 1 35 D 6 10 5 9 E Clamp Motor Driver F B CLAMP MECHA ASSY 28 DVD-R7783 1 2 3 4 5 D 6 7 8 CN3 A 21 25 29 23 27 20 18 27 31 23 27 B 23 27 17 19 13 22 26 14 22 26 15 22 26 30 16 26 3.3V / 5V Converter 24 28 32 D CN4 C 4 A 3/4 3 CN302 D 5V / 3.3V Converter 5V / 3.3V Converter 7 11 8 12 A 3/4 E CN601 C FCRB ASSY (DWX2389) 3.3V / 5V Converter F B C 29 DVD-R7783 5 6 7 8 1 2 3 4 3.8 ATAPI/SCSI BOARD A C LVD SCSI INTERFACE B D E REG. REG. F D 30 DVD-R7783 1 2 3 4 5 6 7 8 D ATAPI/SCSI BOARD (DWP1082) A This circuit diagram is merely for reference. If a part needs replacement, replace the whole assy. Parts are provided as an assy, not as individual parts. B C A 2/4 CN401 D E B CN908 B CN953 F D 31 DVD-R7783 5 6 7 8 1 2 3 4 3.9 WAVEFORMS Note : The encircled numbers denote measuring point in the schematic diagram. A B WIFB ASSY • at Serial communication 1 2 3 4 CN901 - pin 13 (TX) V: 5V/div. H: 5msec/div. CN901 - pin 12 (RX) V: 5V/div. H: 5msec/div. CN904 - pin 2 (TX) V: 5V/div. H: 5msec/div. CN904 - pin 1 (RX) V: 5V/div. H: 5msec/div. • SCSI-ID bridge side (at power ON, SCSI ID setting = 0) 13 14 15 16 • SCSI-ID SW side, at ID0 to ID3 = L (at power ON, SCSI ID setting = 15) CN908 - pin 1 (ID0) V: 5V/div. H: 5msec/div. CN908 - pin 2 (ID1) V: 5V/div. H: 5msec/div. CN908 - pin 3 (ID2) V: 5V/div. H: 5msec/div. CN908 - pin 4 (ID3) V: 5V/div. H: 5msec/div. 25 26 27 28 IC904 - pin 16 (+5V) V: 5V/div. H: 5msec/div. CN908 - pin 1 (ID0), 2 (ID1), 3 (ID2), 4 (ID3) V: 5V/div. H: 5msec/div. IC904 - pin 3 (ID0), 5 (ID1), 11 (ID2), 13 (ID3) V: 5V/div. H: 5msec/div. Q911 collector V: 5V/div. H: 5msec/div. 13 B 25 1 14 2 26 15 3 27 16 4 28 C • at Clamp-down (Clamp-down finished → Disc rotate) 5 6 7 8 D CN901 - pin 5 (XCLMP) V: 5V/div. H: 50msec/div. CN901 - pin 6 (XSPST) V: 5V/div. H: 50msec/div. CN903 - pin 1 (XCLMP) V: 5V/div. H: 50msec/div. CN903 - pin 3 (XSPST) V: 5V/div. H: 50msec/div. • SCSI-ID SW side (at power ON, SCSI ID setting = 0) 17 18 19 20 • SCSI-ID SW side, at ID3 = H (at power ON, SCSI ID setting = 0) CN907 - pin 4 (ID0) V: 5V/div. H: 5msec/div. CN907 - pin 2 (ID1) V: 5V/div. H: 5msec/div. CN907 - pin 5 (ID2) V: 5V/div. H: 5msec/div. CN907 - pin 1 (ID3) V: 5V/div. H: 5msec/div. 29 30 31 32 5 17 29 6 18 30 7 19 IC904 - pin 16 (+5V) V: 5V/div. H: 5msec/div. CN908 - pin 4 (ID3) V: 5V/div. H: 5msec/div. IC904 - pin 13 (ID3) V: 5V/div. H: 5msec/div. Q911 collector V: 5V/div. H: 5msec/div. 31 8 32 20 • at Clamp-up (Disc stopped → Clamp-up permission) 9 10 E 11 12 F CN901 - pin 5 (XCLMP) V: 5V/div. H: 1sec/div. CN901 - pin 6 (XSPST) V: 5V/div. H: 1sec/div. CN903 - pin 1 (XCLMP) V: 5V/div. H: 1sec/div. CN903 - pin 3 (XSPST) V: 5V/div. H: 1sec/div. • SCSI-ID SW side, at ID0 to ID2 = H (at power ON, SCSI ID setting = 0) 21 22 23 24 • +5V and SNS2 (at power ON, 5V power I/O, normal output signal) IC904 - pin 16 (+5V) V: 5V/div. H: 5msec/div. CN908 - pin 1 (ID0), 2 (ID1), 3 (ID2) V: 5V/div. H: 5msec/div. IC904 - pin 3 (ID0), 5 (ID1), 11 (ID2) V: 5V/div. H: 5msec/div. Q911 collector V: 5V/div. H: 5msec/div. 33 34 35 9 21 33 10 22 34 11 23 35 CN951 - pin 4 (+5V) V: 5V/div. H: 1sec/div. CN952 - pin 4 (+5V) V: 5V/div. H: 1sec/div. CN901 - pin 7 (SNS2) V: 5V/div. H: 1sec/div. 12 24 32 DVD-R7783 1 2 3 4 5 6 7 8 4. PCB CONNECTION DIAGRAM 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 A Capacitor Transistor B C E B C E B C SIDE A E Transistor with resistor B C E D G S D G S B Field effect transistor D G S P.C.Board Chip Part SIDE B Resistor array 3-terminal regulator C D E F 33 DVD-R7783 5 6 7 8 1 2 3 4 4.1 MAIN ASSY A SIDE A A MAIN ASSY B CN952 D CN2 CN401 CN401 10 B 55 20 30 2 58 CN401 1 C403 C406 C D E 94V-0 MDK337V-0 N ABCD E F GH ME MAIN BOARD F A 34 DVD-R7783 1 2 3 4 5 6 7 8 A SIDE A CONFIGURATION AUDIO OUT CN401 CN401 B CN904 CN201 CN302 R 4 3 rd 50 1 2 CN302 51 54 CN201 B 1 40 41 C414 C417 C D E 13 ICT EIKO FC (DNP2063-C) F A 35 DVD-R7783 5 6 7 8 1 2 SIDE B 3 4 A MAIN ASSY A CN302 CN201 R206 C231 C609 R61 C165 C167 C156 C168 R246 R110 C151 R113 C152 R611 R614 E C153 R615 B 2 8 5 4 1 12 PICKUP A 1 Q601 IC202 IC502 IC503 IC405 IC501 Q201 DVD-R7783 2 R209 C237 DWX2312DWX2327DWX2345- DWX2346DWX2312- /V DWX2327- /V DWX2345- /V DWX2346- /V CN Q402 1 C178 4 45 C180 SPINDLE MOTOR 36 C1 C188 4 3 C187 55 3 C112 CN501 IC404 R207 R208 C235 C181 C228 C230 R205 C229 C227 VREF L110 IC405 11 SPDL Q201 R503 C419 C421 R509 5 R504 IC503 5 4 4 C502 R505 CN501 C236 L111 R502 12 G C226 C225 C224 C222 C272 8 8 1 1 R508 R527 27 109 109 R528 C527 R534 C528 C503 108 R529 C524 4 J 1 C523 R204 108 C223 C221 C220 8 CN502 STEPPING MOTOR 54 55 26 8 R501 C420 A C209 C290 R242 C284 C216 R524 R523 C522 R526 5 IC502 R C214 C215 R525 C521 R521 C520 R520 C511 1 S-c R517 R507 R506 R515 D501 IC501 IC202 2525 54 11 IC201 R219 26 28 28 SPDL F C210 R221 R220 50 IC201 54 C212 C211 C283 R512 C507 R513 C504 IC501 R516 E 1 R22 C29 R203 C218 C213 R510 R511 54 C510 C509 SDRAM C282 1 CN502 4 C506 C508 C501 D 2 R222 R225 1 7 R224 1 7 R223 1 7 50 1 C281 1 Q402 R514 C505 R248 C285 DWX2347DWX2347- /V DWX2362DWX2362- /V 3 6 L404 7 55 R404 C416 R403 4 C R247 1 1 IC404 3 4 4 3 C418 A B 2 8 2 8 2 8 R240 IC202 C280 L403 E R608 55 11 C258 R249 C256 C415 R604 R613 R612 C610 F404 C259 C264 C260 K Q601 C608 C413 R618 R250 R239 C412 IC407 IC406 Q R218 C607 C612 H F C240 C239 L601 G R245 C234 C233 C232 C611 R616 R144 C148 C147 R111 C146 K C154 R532 C525 R531 R530 R533 C526 C155 R114 C157 J C145 C149 R112 C150 C158 I C159 C160 C161 C163 C162 C164 C166 3 4 5 6 7 8 SIDE B A CN401 C D C607 C261 R253 C263 C269 R254 R252 1 0 R238 R237 R236 R235 R234 R233 R243 R232 R231 R230 R229 R228 C270 617 MAIN BOARD A B C 0 1 2 3 4 5 6 7 8 9 0 1 2 3 1 0 DNP2063-C R323 60 8 8 5 2 8 3 2 4 1 4 8 5 1 31 120 1 C118 C103 1 FRONT 8 N101 P CN601 (DNP2063-C) CN601 C CN101 ASSY CN101 IC201 Q203 IC301 IC205 IC203 IC402 F Q401 Q301 IC101 Q101 IC403 A IC102 37 DVD-R7783 5 E R102 C116 R123 R124 C175 C119 GNDD LPS1 C177 5 5 44 IC102 C176 R121 C120 R103 12 N LPS2 8 1 Q101 1 C104 C106 C107 C174 1 R130 R131 R132 R133 R136 R135 R137 R134 C173 R120 C192 R143 C191 C S3 S1 B S4 S2 C111 C105 C102 C101 R125 R122 CN1011 C108 C109 C115 C114 C113 R101 C110 C117 R118 R119 R142 R116 R117 L103 R129 R128 C171 C172 C169 C170 C133 C132 C131 C130 C129 C128 C127 C126 C124 C121 L101 31 30 30 P 12 1 216 1 7 91 4 1 163 1 1 7 L402 C125 C411 C122 C123 S-comboII 1 R141 R140 C185 C186 F D D401 RF RFO C307 R305 4 5 7 1 6 IC403 C410 R126 R127 GNDA R115 2 8 2 8 L401 3 4 C408 N IC101 8 R215 1 5 Q401 44 5 R306 Q301 61 60 IC203 H C244 D A R307 R105 C134 R138 61 91 C255 C248 C247 C246 R301 C313 1 R211 R139 C190 R106 C135 C312 C311 F201 C252 5 R212 L112 C182 R209 C183 C189 IC10190 I C C407 XRST R402 L102 R104 90 R304 C305 R405 R321 FE RFEQ C250 C245 Q202 R320 1 100 IC301 TE 4 C251 163 162 C243 C242 R207 R210 C301 76 B C304 R302 C302 C303 FMD M R310 R325 R308 R324 R303 C306 CPU R318 C266 8 8 7 7 Q C238 7 IC205 R251 C254 C402 1 IC301 275 8 14 1 1 14 D C265 C249 C404 C405 R401 R319 C219 C241 F401 1 IC402 33 C310 L204 M C271 Q203 162 V+3D 25 51 L201 1 C401 A C201 R217 C217 C204 C207 C206 R201 IC401 SCLK BUSY SDA 26 C203 -comboII DSP A B B R309 R322 R317 R311 R314 R312 R313 R315 R316 C136 C137 X202 C141 R109 C138 L406 X201 R202 R244 C205 R241 C292 R227 C208 7 C C202 2 8 1 226 291 C142 C143 C144 B C D E F G H C139 C140 R107 R108 6 7 8 1 2 3 4 4.2 WIFB and FCRB ASSYS SIDE A SIDE A A C FCRB ASSY DWX2389-A DNX2592-A PC 4 R101 12 12 Q101 1 1 1.NC 2.LPS1 3.LPS2 4.LED1 5.N.C. 6.GND 7.NC 8.V+5A 9-12.NC 4.BUSY 3.XSPST 2.GND 1.XCLMP B CN101 CN102 11 CN101 LF D101 BUSY A CN601 CN102 FCRB (DNP2111-A) Q101 CLAMP MOTOR SCSI CLAMP D CN4 ID SW A CN302 SW (DNP2111-A) CN951 DIF ∗ (CHANGER) PIF ∗ (CHANGER) Q901 Q908 IC901 Q907 IC903 5 Q904 Q903 CN953 1.+5V 2.GND 4.+5V 2.GND12 DNX2591-A Q952 IC954 IC953 IC955 Q951 F B C 38 DVD-R7783 1 2 3 4 D CN3 A CN401 R957 R956 CN951 R955 Q951 R907 C903 CN953 CN901 Q902 CN952 R954 R961 R903 D906 R904 D910 D911 D920 3.GND5 CN905 CN903 NP NP R905 Q907 Q908 D942 D943 D941 D901 CN906 R901 IC901 C902 D934 R929 R928 D908 D909 D907 11 Q903 20 2 V D921 R920 R930 8 5 1 +5 19 1 R924 D944 NP D914 1 D902 CN904 4 1 NP R931 Q902 4 1 Q909 3 9 1 R918 9 1 1616 16 5 R925 8 5 D926 1 Q911 1 D927 4 2 1 2 1 1 1 C905 1 1 IC955 C952 C956 4 LF 1 IC903 PC R952 5 Q903 IC904 DWX2388-A DWX2437-A IC953 4 Q911 Q952 8 WIFB FIFB B WIFB ASSY E C954 1.+12V 2.GND12 3.GND5 4.+5V 1 D932 R953 4 SWAP CN901 C955 1 BUSY R940 CN952 8 R909 FC 14 R908 R910 5 D933 D918 R941 D939 D917 D916 R911 8 D931 D930 C901 R951 C951 7 R914 D940 R932 ICT R960 1 R923 Q904 D936 R912 IC904 C904 R906 D937 D904 R927 4 D935 D913 11 R937 R933 D919 D925 D924 D922 D923 44 1 R938 D R902 D915 IC954 R926 D905 Q901 R913 R939 CN908 D912 D938 D929 D928 1.RX 2.TX 3.V+3 R936 4.GND KN901 R935 CN905 1.XCLMP 2.GND 3.XSPST 4.BUSY R934 R915 R917 R916 CN903 1.CLM+ 2.CLM- CN907 3 D903 Q910 CN908 1.ID0 2.ID1 3.ID2 4.ID3 5.GND 1.ID3 2.ID1 3.GND 4.ID0 5.ID2 CN906 1.CLS0 2.COM 3.CLS1 C CN904 1 CN907 19 V 12 D 1 SW 5 1 20 2 CN952 1 1 3 CN952 1 4 4 1 5.ID2 4.ID0 D 20.GND12 19.GND12 18.SWD12V 17.SWD12V 16.XSWAP 15.GNDD 14.V+5D 13.TX 12.RX 11.ID3 10.ID2 9.ID1 8.ID0 7.SNS2 6.XSPST 5.XCLMP 4.CSL1 3.CSL0 2.CMC1 1.CMC0 2 3.GND 2.ID1 1.ID3 4.GND 3.V+3 2.TX 1.RX 1.+12V 2.GND12 3.GND5 4.+5V 1.+12V 2.GND12 3.GND5 4.+5V 8 7 1 CN904 5 CN906 (DNP2111-A) CN901 CN951 3.CLS1 2.COM CN901 CN953 V+5D 1.CLS0 V+3 5.GND 4.ID3 3.ID2 2.ID1 1.ID0 2.CLM1.CLM+ CN951 GND12 LF V+5D GND12 CN908 CN905 V+5D +5V 1.+5V 2.GND 6 5 SWD12V 1 4 CN953 SIDE B SIDE B 39 DVD-R7783 C CN904 CN907 CN906 CN907 CN908 CN903 CN905 8 7 6 5 A B B WIFB ASSY E F B 1 1 2 3 4 4.3 ATAPI/SCSI BOARD D ATAPI/SCSI BOARD SIDE A CN4 CN3 SIDE A B B CN908 B CN953 A GND Layer GND Layer VCC Layer VCC Layer C D A CN401 E SIDE B SIDE B CN2 CN1 F D LVD SCSI INTERFACE 40 DVD-R7783 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 Note *: Do NOT individually replace any part on the list other than one marked with an asterisk, to best maintain performance. Mark No. Description B Part No. LIST OF ASSEMBLIES NSP 1..MAIN ASSY DWX2312 NSP 1..WIFC UNIT 2..WIFB ASSY 2..FCRB ASSY DWM2183 DWX2388 DWX2389 1..ATAPI/SCSI BOARD DWP1082 C Mark No. Description Part No. Mark No. Description Part No. F401 CHIP EMI FILTER DTF1106 L402,L404 POWER INDUCTOR (15U) DTL1110 A MAIN ASSY CAPACITORS SEMICONDUCTORS BD7905BFS BU2373FV CEK1285 DS90LV027ATM K4S161622D-TC80 C205 (10/6.3V) C158-C162 C290 C254,C255 C176,C416 CCG1171 CCSSCH101J50 CCSSCH181J50 CCSSCH220J50 CCSSCH221J50 IC301 IC403 IC502 IC102 IC402 M30700FKLGP MM1478RFBE NJM12904V NJM14558V S-8520X15MC-LYA C169-C172,C244,C509 C134 C510 C246-C249 C607,C608 CCSSCH390J50 CCSSCH5R0C50 CCSSCH620J50 CCSSCH8R0D50 CKSQYF475Z10 IC404 IC405 IC101 IC201 Q301 S-8520X52MC-LZL S-T111B25MC-OGK UPC3330GC-YEB-A UPD63630GM-UEV-A 2SA1774 C419,C511 C305,C310 C157 C411 C109,C111 CKSRYB104K25 CKSRYB105K10 CKSRYB105K6R3 CKSRYB154K10 CKSRYB334K10 Q401,Q402 Q203 Q601 D401 D501 CPH6702 DTA143ZE UMX1N DAP202U RB551V-30 C101,C102,C136 C145,C146,C229,C230,C232 C306 C119,C142,C187-C189,C223 C304 CKSRYB474K10 CKSSYB102K50 CKSSYB102K50 CKSSYB103K16 CKSSYB103K16 L201,L204 CHIP COIL L111 CHIP COIL L101,L103,L110,L403,L406 CHIP COIL L401 CHIP COIL BTH1101 BTH1102 BTH1103 C103,C112,C117,C124 C126-C128,C132,C143,C144 C152,C163,C164,C203,C204 C206-C215,C222,C226-C228 C231,C233,C234,C239 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10 F201 EMI FILTER CCG1159 C242,C243,C245,C250-C252 C256,C258,C259,C261,C263 C265,C269,C270,C408,C421 C504,C505,C523,C525,C526 C528 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10 IC501 IC205 ∗ IC401,IC407 IC203 IC202 COILS AND FILTERS F404 EMI FILTER BTH1121 E F CCG1161 41 DVD-R7783 5 D 6 7 8 1 Mark No. A B C 2 Description 3 Part No. C609,C610 C137 C114,C129,C130,C224,C303 C108,C110,C405 C260 CKSSYB153K16 CKSSYB182K50 CKSSYB223K16 CKSSYB331K50 CKSSYB332K50 C116,C264 C302 C148,C220,C221 C150,C151,C307,C521,C522 C138,C147 C153,C154,C236 CKSSYB333K10 CKSSYB391K50 CKSSYB472K25 CKSSYB473K10 CKSSYB682K25 CKSSYB683K10 C115 C174 C156,C165-C167,C173,C175 C240,C280-C285,C301,C311 C313,C401,C402,C412,C413 CKSSYB822K16 CKSSYF103Z50 CKSSYF104Z16 CKSSYF104Z16 CKSSYF104Z16 C501,C503,C527 C104,C105,C118,C121,C122 (4.7/6.3V) C133,C155,C168,C177,C178 (4.7/6.3V) CKSSYF104Z16 DCG1028 C181,C217,C218,C238,C266 (4.7/6.3V) C407,C418 (4.7/6.3V) C113,C183 (2.2) C123,C125,C135,C180,C182 (10/10V) DCG1028 DCG1028 DCG1029 DCG1033 C404 (10/10V) C219,C410 (22/6.3V) C415,C502 (10/16V) C403,C406,C414,C417 (220/16V) DCG1033 DCH1130 DCH1165 DCH1172 Mark No. D R222-R225 R212 R510,R511 Other Resistors RAB4CQ330J RAB4CQ470J RS1/4SA2R0J RS1/16S###J Part No. 1SS355 D906,D907,D941-D944 D933 D932 D901 RB501V-40 SML-210MT SML-210YT UDZS7R5(B) C902 C905,C956 C901,C903,C951,C952 C904,C954,C955 CEAT101M16 CEAT4R7M50 CKSQYB103K50 CKSQYF104Z50 RESISTORS > R960,R961 (0.024 1/2W) > R907 Other Resistors DCN1151 RD1/2VM4R7J RS1/10S###J OTHERS ∗ CN907 MT CONNECTOR 5P ∗ CN951 4P CONNECTOR PCB BINDER ∗ CN901 CONNECTOR POST ∗ CN905 CONNECTOR 2P 173979-5 B4PS-VH DEF1015 FAP-20-08#2-0BF S2B-PH-K-S ∗ ∗ ∗ ∗ S3B-PH-K-S S4B-PH-K-S S4B-ZR-SM3A S5B-PH-K-S VNF1084 CN906 CN904 CN903 CN908 KN901 CONNECTOR 3P CONNECTOR 4P 4P CONNECTOR CONNECTOR 5P WRAPPING TERMINAL C FCRB ASSY (DWX2389) SEMICONDUCTORS Q101 D101 RESISTORS DCN1141 RAB4C0R0J RAB4CQ101J RAB4CQ102J RAB4CQ103J Description D908-D931,D934-D936 CAPACITORS DCG1028 R501,R502 (R47) R215 R211 R318 R240,R319 4 DTC124EUA SML-210MT RESISTORS All Resistors RS1/10S###J OTHERS ∗ CN102 CONNECTOR 4P ∗ CN101 12P FFC CONNECTOR D ATAPI/SCSI BOARD OTHERS ∗ ∗ ∗ ∗ CN101 CONNECTOR (45P) CN401 4IN1CONNECTOR (ATAPI) CN502 4P FFC CONNECTOR CN501,CN601 12P FFC CONNECTOR X201 OSC (16.93MHz) DKN1284 DKN1285 DKN1288 DKN1312 DSS1107 CN302 CONNECTOR(4P) S4B-PH-K-S E B4B-ZR-SM3 DKN1312 ATAPI/SCSI BOARD no service part. 6. ADJUSTMENT • There is no information to be shown in this chapter. B WIFB ASSY SEMICONDUCTORS > IC953 > IC901 > IC954,IC955 > IC903 F IC904 HIP1013CB ICP-N20 RSS065N03 TA7291F TC74HC375AF Q903 Q901,Q902,Q904,Q911 Q951,Q952 Q907-Q910 2SC4081 DTC124EUA DTC124EUA UMH1N 42 DVD-R7783 1 2 3 4 5 6 7 8 7. GENERAL INFORMATION 7.1 DIAGNOSIS 7.1.1 OPERATIONAL DIAGNOSIS PROGRAM 1. Items required for operation checks 4. How to use A Main screen (when no changer is connected) • GGS1030: Operation check program (Diagnose5.exe, chgpio32.dll, cdiagp32.dll) • GGP1061: Connector Assy (LVD) • GGP1062: SCSI cable (LVD) • GGP1063: SCSI terminator (LVD) • GGF1485: Special device for RS-232C communication for the changer drive (used for short-circuiting XCLMP) Connections when operations of the DVD-R7783 alone are checked GGP1063 SCSI terminator (LVD) B GGF1485 Used for short-circuiting between XCLMP and GND GGP1061 Connector Assy (LVD) PC GGP1062 SCSI cable (LVD) DVD-R7783 Select button When this button is clicked on, the diagnosis menu corresponding to the drive selected in the list box is displayed. Note: The ATAPI drive name is displayed on the screen, depending on the version of the ASPI manager, but the ATAPI drive is not supported. C 5. Diagnosis (READ) 2. Outline Diagnose5 is application software for operation diagnoses of Pioneer DVD changers for use with 100, 500, and 700 DVDs. Diagnosable functions are disc movement, the read function, and the write function. Rewriting of the serial number, acquisition of internal information, and upgrading of the firmware are also possible. When "diagnoses of all drives" is executed, diagnoses of disc movement and the read function, and acquisition of internal information are executed, in that order, and the results are recorded in a log. Diagnose5 supports one SCSI bus and one changer. It must be used in an environment where no device other than a changer and the drives in it is connected on the SCSI bus. Designating address READ D All-address error rate Data-transfer rate Supported OS: Windows NT4.0/95/98/Me/2000 Note: The ATAPI drive is not supported. 3. Composition of the software Diagnose5 is composed of one executable file (Diagnose5.exe) and two dll files (chgpio32.dll and cdiagp32.dll). With Windows NT, it is necessary to install the ASPI manager (wnaspi32.dll) beforehand. For installation, copy an executable file (version 2.900 or later) and the dll file in the same folder on the PC. Note: Set "automatic notification of insertion" for the drive to OFF. If it is set to ON, the program may not operate properly. If a drive with this setting set to ON is connected, a message asking whether to change this setting to OFF is displayed when Diagnose5 is started up. In such a case, select "Yes" then restart your PC. Diagnosis button Selected diagnosis items are executed. If an error occurs, error content will be displayed in the list box, and the diagnosis in progress will be stopped. The results of diagnosis and error content will be displayed on the screen, and they are also recorded in a file "driven.log" that is created for each drive, where n is the drive number. Update button (useable only when no changer is connected) To update disc data for the loaded disc. Click on this button after a disc is loaded or unloaded manually. 43 DVD-R7783 5 6 7 8 E F 1 2 3 4 6. Diagnosis (WRITE) A B C D E Address When "Designating address" is selected, designate the address to be read. The figure that can be entered is up to the maximum address number minus 32, as data for 32 addresses are read at one time. Maximum address: The maximum address number of the loaded disc Diagnosis items Seek(FULL): After the innermost and outermost tracks are sought for a designated number of times, the maximum time and average time are displayed, and the results are determined. Seek(1/3): After one-third and two-thirds points of the designated address are sought for a designated number of times, the maximum time and average time are displayed, and the results are determined. All-address read: All addresses are read for 64 Kbytes. If an address is designated in "Address," all addresses from that address to the maximum address are read. Random read: After a random address is read for a designated number of times, the average time is displayed, and the results are determined. Designated address read: An address designated in "Address" is read for a designated number of times. Error rate: The error rate is measured and displayed. All-address error rate: The error rate for the whole disc is measured. Data-transfer rate: The data-transfer rate is measured. This is not used for the diagnosis of the DVD-R7783. Results Accurate seek (read) time cannot be measured, because unrelated tasks are executed in the Windows environment while this application is operating. When the results are determined, therefore, the margins are considered around the standard thresholds. GOOD: The result is within the standard threshold at shipment. OK: The result is within a proper margin although it exceeded the standard threshold at shipment. NG: The result is outside the standard threshold and a proper margin. Notes: 1. Reading is executed by 64 Kbytes. 2. If a linked part on a disc on which data are written in multisession and multitrack is read, a media error or a hardware error (error code: 3-xx-xx or 4-xx-xx) is generated. Note: A blank DVD-R disc is necessary for a writing diagnosis. A disc that has been used for a writing diagnosis cannot be reused. Writing speed Designate a speed at which data are to be written on the disc. The maximum writing speed for the disc is selected as default. All-address writing After executing OPC 20 times, a writing test will be executed. If a check mark is not placed for this item, 64 Mbyte of data are written on the disc, then finalizing is executed. If a check mark is placed, 64 Gbyte of data are written on the disc, then finalizing is executed. Using a laptop computer, it takes about 100 minutes for alladdress writing. Writing at the innermost and outermost tracks After executing OPC 20 times, a writing test will be executed. If a check mark is placed for this item, 32 Mbyte of data are written at the innermost and outermost tracks of the disc, then the error rates of the written parts are measured. Update button (can be used only when no changer is connected) To update disc data for the loaded disc. Click on this button after a disc is loaded or unloaded manually. Before executing a writing test, check that the medium is set to "DVD (blank)." Write & Verify button Writing is executed with the settings designated for a disc then verification is executed after writing is completed. The results of a diagnosis and error content are displayed in the list box, and they are also recorded in a file "driven.log" for each drive, where n is the drive number. Verification-only button Verification is executed for a disc on which writing is completed. This function cannot be used for a disc on which writing was executed at the innermost and outermost tracks. F 44 DVD-R7783 1 2 3 4 5 6 7 8 7.1.2 REWRITING SERIAL NO. The serial number of the drive can be rewritten by selecting Serial Number. A Notes: 1. Rewrite all data (production date, production site, specification code) of the serial number. 2. After serial number rewriting is executed, the serial number is read from the drive and displayed. Then, if a new serial number is displayed, rewriting was successfully finished. B C 7.1.3 FIRMWARE VERSION UP OF MAIN ASSY Necessary file for version upgrade: R7106107.***: Firmware file (***: Version number) Procedures Designate the firmware file by clicking on the Select button. Click on the Update button to start upgrading the version. Version upgrade is finished (about 40 seconds) when "Version upgrade completed" is displayed. D Note: Be sure to set "Automatic notification of insertion" of the drive to OFF. If it is set to ON, version upgrade is likely to fail. E F 45 DVD-R7783 5 6 7 8 1 2 3 4 7.1.4 HOW TO CONFIRM AND UPDATE THE FIRMWARE VERSION OF THE ATAPI/SCSI BOARD Items required Move the mouse pointer on the icon of the CD-ROM. The following screen is displayed: • GGS1067 (updater 3.2.3.6.exe) A 1. Preparations Decompress Updater. Execute the SETUP.EXE file in the decompressed folder. Install the program, following instructions on the display. B 2. How to confirm the firmware version Start the installed SCSIDE Firmware Utility. The following screen is displayed: SCSIDE model: [A765ESIBG163N]: The last four alphanumerics (163N, in this case) indicate the version number. C 3. How to update the firmware For updating the firmware, copy the "slvd****.bin" (****: Version No.) file onto the local PC. Click on the "SCSIDE firmware update" button. The file selection box appears: D Click once on the icon for the SCSI card to which the DVDR7783 is connected. The following screen is displayed: Select "slvd****.bin" then click on the "Open" button. The following box appears. E Click on the "Yes" button. After a while, if the following message box appears, updating is completed: Turn off the drive and the PC then turn them back on. Following the steps for checking the firmware version, confirm if the firmware version has been updated. F 46 DVD-R7783 1 2 3 4 5 6 7 8 7.1.5 ACQUISITION OF THE ERROR HISTORY If "Error Log" is selected and executed, internal information, such as error logs, is displayed on the screen. This internal information is also recorded in a file "driven.log," where n is the drive number. A • Description of error logs (Up to four error logs are displayed at one time.) Items 1 Execute Task, 2 Endeco Cmd, 3 Error Code, 4 Error Address, and 5 Error Occurred Time in an error log tell you the content of the error. B Identify=ff Aging No.=0x0f Aging pointer=0x00 Controller Cmd=0x07 Controller step=0x03 Host Cmd=0x62 Endeco Cmd=0x04 2 Error code=0x0b Execute Task=0x02 1 4 Error Address=0x22 0x00 0x00 Error Occurred Time=17h 36min 5 3 C First check item 1 Execute Task. It tells you with which command for a task an error was generated. The issued command code is indicated in 2 Endeco Cmd. Then check item 3 Error Code. It tells you where the error was generated. In 4 Error Address, the address at which the error was generated is indicated as a Logical Block Address (LBA). In 5 Error Occurred Time, the accumulated power-on time when the error was generated is indicated. 1 Execute Task 01h: An error was generated in the Mecha-con. 02h: An error was generated in the decoder. 04h: An error was generated in the DVD encoder. 08h: An error was generated in the CD encoder. 10h: An error was generated in the controller. 2 Endeco Cmd → See "Table 1 (P49): Mecha-con Command". → See "Table 3 (P50): Decoder Command". → See "Table 5 (P51): DVD encoder Command". → See "Table 7 (P52): CD encoder Command". → See "Table 9 (P53): CD Controller Command". → → → → → 3 Error Code See "Table 2 (P49): Mecha-con Error". See "Table 4 (P50): Decoder Error". See "Table 6 (P51): DVD encoder Error". See "Table 8 (P52): CD encoder Error". See "Table 10 (P56): Controller Error". D Note: Normally a command and error are issued from the same device. However, for a mechanical error during recording, the command is issued from the CD/DVD encoder, but the error code is issued from the mechanical-control computer. E F 47 DVD-R7783 5 6 7 8 1 2 3 4 Meaning of each item A Item Meaning Indentify Indicates which is the latest error: The latest error is indicated as FFh. After an error was generated, if the power was turned off then back on and an error was generated again, the previous error is changed to BBh, and the latest error is indicated as FFh. After an error was generated, if the power was not turned off but an error was generated again, the previous error is changed to 00h, and the latest error is indicated as FFh. Aging No. Aging pointer B Indicates in which aging mode the unit was operating. (See Table 11.) Indicates which operation was being executed in the aging cycle. No indication is displayed for Normal mode. Controller Cmd Indicates the mode the controller was in. Controller step Indicates the step of the mode the controller was executing. Details on this item are not described in this manual. Host Cmd Indicates an intermediate command that was issued from the host. (See Table 12.) No indication is displayed for aging. Endeco command Indicates a command that was issued to the encoder, decoder, or mechanical-control computer. Error code Indicates an error code that was returned from the encoder, decoder, or mechanical-control computer. Execute task Indicates for which task the error code was returned. Error address Indicates the address where the error was generated. There may not be an error address. Detail Indicates the details of the error. Details on this item are not described in this manual. ErrorOccurredTime Indicates the accumulated power-on time when the error was generated. C EX: Identify=ff Aging No.=0x0f Aging pointer=0x00 Controller Cmd=0x07 Controller step=0x03 Host Cmd=0x62 Endeco Cmd=0x04 Error code=0x0b Execute Task=0x02 Error Address=0x22 0x00 0x00 Error Occurred Time=17h 36min D // Latest error // Normal mode // Read // Read // DVD User Data Read & Decode, Read Time Out // An error was generated in the decoder. // Address where the error was generated: LBA 220000h // Accumulated power-on time when the error was generated (in this case, 17 hours 36 minutes) In the above example, 1 The error was generated in the decoder. 2 The command being executed when the error was generated is "DVD User Data Read & Decode." 3 The status when the error was generated is "Read Timeout." 4 The address where the error was generated is "220000h." 5 The accumulated power-on time when the error was generated is 17 hours 36 minutes. E F 48 DVD-R7783 1 2 3 4 5 6 7 8 Details on error logs Table 1 Mecha-con Command Command Code Table 2 Mecha-con error Error Code Remarks A Remarks 0x00 NOP 0x80 Unsupported Command 0x01 Initialize 0x81 Illegal Mode 0x03 Unload 0x82 Illegal Request 0x04 Load 0x83 Aborted 0x05 Park 0x84 Time out 0x08 Play 0x88 Loading Mecha NG 0x09 Pause 0x89 TOC Read Error 0x0a Rec 0x8a PrePit Read Error 0x0b Erase 0x8b BCA READ Error 0x10 SETUP 0x8c RF EQ Adjust Error 0x11 Layer 1 SETUP 0x8d Write DAC Calibration Error 0x12 SETUP RETRY 0x90 Search Address Error 0x13 SETUP END 0x91 Illegal Track Request 0x14 SETUP RAM 0xA0 No Disc 0x17 XN Change 0xA1 Disc NG 0x18 Search & Play 0xA8 Servo NG Stop 0x19 Search & Pause 0xA9 Line Adjustment NG 0x1a Search & Record 0xAa Auto Adjustment Data NG 0x1b Cooling process for the PU 0xb0 Focus Close Fail 0x20 TOC/ATIP/LPP Read 0xb1 Focus Servo Failure 0x38 For examining BCA, etc. 0xb5 Focus Jump Fail 0x39 Reading BCA 0xb8 RF not exist 0x3a Detection of existence of BCA 0xc0 Track Close Fail 0x3c RF EQ adjustment 0xc1 Track Servo NG 0x49 RF End Seek 0xc2 Track Jump NG 0x4a RF Start Seek 0xd0 Spindle Start Fail 0x59 OPC End Seek 0xd1 Spindle Stop Fail 0x60 Tilt Profile measurement 0xd2 Spindle High Speed Fail 0x70 Various measurement commands for the mechanism 0xd3 Spindle Low Speed Fail 0x71 Write Power Calibration command 0xd4 Spindle DVD Wob In Fail 0x7f Abort 0xd5 OPC end searce Error 0xd6 RF end search Error 0xd7 Spindle DPLL ON Error 0xd8 Spindle RF Error 0xd9 Tilt Adjustment Error B C D E F 49 DVD-R7783 5 6 7 8 1 2 3 4 Table 3 Decoder Command Command Code A B C D E Command Code Remarks NONE 0x8f CD Play Audio Check State 0x01 DVD Decode Stop 0x90 CD No DMA Data Read 0x02 DVD Decode Clear 0x91 CD Read Ahead Buffering 0x03 DVD User Data Read & Decode 0x04 DVD User Data Read & Decode 0x92 0x05 RMD End Seek & Read There is an address at which the data format changes during pregap. This command is to search for such an address. 0x06 Layer0 Control Data Decode 0x93 DVD+MRW MIP Read 0x07 Layer1 Control Data Decode 0x94 DVD+MRW MDT Read 0x08 R physical Information Data Decode 0x95 CD Scan Audio 0x09 CGMS Data Decode 0x96 CD Scan Check State 0x0a Set Read Ahead Table 4 Decoder error 0x0b RMD 1,3 Area Clear 0x0c RMD Read for Verify 0x0d DVD No DMA Data Read 0x01 Decode error 0x0e DVD Leadout check 0x02 RF not exist 0x0f DVD Read Ahead Buffering 0x03 RMD RF Not Exist 0x10 DVD-RAM User Data Read & Decode 0x04 Lead In RF Not Exist 0x11 DVD-RAM Physical Read 0x05 Lead In Not Complete 0x20 EE Data Decode 0x06 Illegal Read Request 0x21 Buffer Data Host DMA 0x07 Detect Interface Abort Request 0x22 M63 DRAM Dummy Data Write 0x08 Mecha Search Time Over 0x23 Buffer Data Copy to testECC 0x09 Buffering Time Over 0x24 DVD Error Count Start 0x0a Retry Time Over 0x25 DVD Error Count Stop 0x0b Read Time Out 0x26 LPP Error Count Start 0x0c Recovered Data 0x27 LPP Error Count Stop 0x0d Verify error 0x28 DVD Defect Block Detect 0x10 m63 Internal Error 0x29 DVD+R TOC Information Read 0x11 m63 Formatter Error 0x2a DVD+R SDCB Read 0x12 m63 Target ID Over Error 0x2b DVD+RW FDCB Read 0x13 m63 Header Compare Error 0x2c DVD Buffering & Copy for RMW 0x14 m63 Uncorrectable Error 0x2d DVD Buffering & Copy for RMW 0x15 m63 CRC Error 0x2e DVD+MRW MIP Read 0x16 m63 Etc. Error 0x2f DVD+MRW MDT Read 0x17 m63 Block Error 0x30 DVD-RAM DMA Read 0x18 m63 Header C2 Error 0x81 CD Decode Stop 0x1a m63 Transport Error 0x82 CD Decode Clear 0x83 CD User Data Cache 0x84 CD User Data Read & Decode CD User Data Read & Decode for Read CD Command 0x85 F Remarks 0x00 0x86 CD Lead in TOC Read 0x87 CD Lead in TOC Read 0x88 CD Text Data Read 0x89 CD PreGap TDB Data Read 0x8a CD Play Audio Error Code 0x8b CD Play Audio MSF 0x8c CD Play Audio TRK/IDX 0x8d CD Play Audio Pause/Resume 0x8e CD Play Audio Abort 50 Remarks DVD-R7783 1 2 3 4 5 6 Table 5 DVD Encoder Command Command Code ENC_CMD_NONE 0x01 DAO_WRITE 0x02 DATA_WRITE 0x03 FLUSH_DAO 0x04 FLUSH_INC 0x05 LEADIN_WRITE 0x06 LEADOUT_WRITE 0x07 BORDERIN_WRITE 0x08 BORDEROUT_WRITE 0x09 BORDERLOUT_WRITE 0x0a PADDING_WRITE 0x0b CONTROL_WRITE 0x0c RMD_WRITE 0x0d OPC_WRITE 0x0e OPC_READ 0x0f DC_ERASE 0x10 REFERENCE_WRITE 0x11 DCB_WRITE 0x12 TOC_WRITE 0x13 CLOSE_WRITE 0x14 SECT4_WRITE 0x15 TEST_WRITE 0x16 TEST_WRITE_OFF 0x17 WRITE_START_DAO 0x18 WRITE_START_INC 0x19 AGING_WRITE 0x1a PADDING_AA_WRITE 0x1b MSIP_WRITE 0x1c MSDT_WRITE 0x1d PRL_WRITE 0x1e ,PRE_WRITE 8 Table 6 DVD Encoder error Remarks 0x00 7 Error Code Remarks A 0x40 0x41 0x42 0x43 0x44 0x45 0x46 0x47 Buffer full Buffer underrun OPC power insufficient Excess OPC power OPC failed. Encoding failed. DMA failed. DECSS measures 0x48 The rotation speed of the spindle was not the same as that during OPC. 0x49 0x4a 0x4b 0x4c 0x5c 0x5d 0x5e 0x5f Writing power 0 OPC recording failed. (Retrial possible) Sequence error before recording Sequence error after recording OPC Over Limit OPC Under Limit Verify Error PICNTOVER B C D E F 51 DVD-R7783 5 6 7 8 1 2 3 Table 7 CD Encoder Command Command Code A Table 8 CD Encoder error Remarks Error Code Remarks 0x00 NOP 0x20 Buffer overrun 0x01 Reception of encoded data (where Pregap 2 is to be recorded) 0x21 Buffer underrun 0x22 Panic In 0x02 Reception of encoded data (where Pregaps 1 and 2 are to be recorded) 0x23 Discontinuous time data Excess phase difference of the wobble servo 0x03 Reception of encoded data (where CD-DA is to be recorded) 0x24 0x25 Allowed value for ASYOVR count exceeded Reception of encoded data (where Pregap 2 is to be recorded) 0x26 Allowed ASYNC interpolation exceeded 0x04 0x27 Invalid Cue Sheet 0x05 Reception of encoded data (where Pregaps 1 and 2 are to be recorded) 0x28 Non Cue Sheet 0x29 Disc Full Reception of encoded data (Session at once) 0x2a Reserved Track Full 0x2b Address Error 0x2c Aborted because of a mechanical error Aborted by the host B 0x06 0x07 Reception of encoded data (where Pregap 2 is to be recorded) 0x08 Reception of encoded data (where Pregaps 1 and 2 are to be recorded) 0x2d 0x2e Invalid Command 0x09 Reception of encoded data (Session at once) 0x2f Target address exceeded Reception of encoded data (Session at Once) 0x30 0x0a Reception of encoded data (Disc at Once) 0x31 0x0b 0x0c Import of Cue Sheet 0x32 0x0d Recording onto the PMA C D 4 0x33 OPC write error 0 (Before recording: retrial from recording) OPC write error 1 (After recording: retrial from area search) OPC read error 0 (Before reading: retrial from reading) OPC read error 1 (Data error: retrial from recording or area search) OPC read high limit (Retrial after changing power range to higher limit) OPC read low limit (Retrial after changing power range to lower limit) 0x0e OPC count recording 0x0f OPC recording 0x10 OPC playback 0x11 Recording start 0x12 Synchronize Cache 0x36 Encode Start Error 0x13 Recording onto the lead-in 0x37 Unexpected Status Error 0x14 Recording onto the lead-out 0x38 CD Over Power Error 0x15 Close Track 0x39 Shock Detect Error 0x16 Erase 0x17 Dummy-writing start 0x18 Dummy-writing stop 0x19 Dummy-erasure start 0x1a Self-writing 0x1b Self-erasure 0x1c Aging writing 0x1d Index writing 0x1e M/STA recording 0x34 0x35 E F 52 DVD-R7783 1 2 3 4 5 6 7 8 Table 9 Controller Command Command Code Remarks Command Code Remarks 0x00 No operation 0x31 PreGap Length check 0x01 Mecha Initialize 0x32 Synchronize Cache Incremental 0x02 Disc At Once 0x33 Reserve Track TAO 0x03 Track At Once 0x34 Reserve Track Packet 0x04 Packet Write 0x35 Write and Verify Format 1 RMD 0x05 Incremental Write 0x36 Write and Verify Format 2 RMD 0x06 Synchronized chase DAO 0x37 Write and Verify Format 3 RMD 0x07 Read 0x38 Write Format 1 RMD 0x08 Read CD 0x39 Write Format 2 RMD 0x09 Seek 0x3a Write Format 3 RMD 0x0a Start/Stop Unit 0x3b Verify Format 1 RMD 0x0b Reserve RZone Command 0x3c Verify Format 2 RMD Verify Format 3 RMD A B 0x0c Time Stamp data set 0x3d 0x0d Send User Specific Data 0x3e Do OPC 0x0e Data Send 0x3f Read Lead-in physical data 0x0f Data Receive 0x40 Read Copyright Information 0x10 Microcode download 0x41 Read Disc Key 0x11 tray open 0x42 Read Manufacture's Information 0x12 tray close & setup 0x43 Read Pre-recorded Information in Lead-in 0x13 Synchronized chase TAO 0x44 Read Unique Disc Identifier of the Disc 0x14 Synchronized chase Packet 0x45 Read BCA 0x15 Synchronized chase SAO 0x46 DVD Write Lead-in 0x16 Set sequence 0x47 DVD Write Lead-out 0x17 Load-out sequence 0x48 DVD Write Border In 0x18 Spindle stop sequence 0x49 DVD Write Border Out 0x19 Tray open 0x4a DVD Write Border & Lead out 0x1a Tray close 0x4b DVD Write Padding 0x1b Mecha Setup 0x4c DVD Write Control Data 0x1c DVD Lead-in data read 0x4d DVD Write DC Erase 0x1d Black disc check 0x4e Play Audio 0x1e Disc at once check 0x4f Play Audio Track/Index C D 0x1f Incremental Write check 0x50 Resume/Pause 0x20 DVD-R setup 0x51 Read CGMS, CPM 0x21 DVD-RW setup 0x52 Read RMD in last Border-out 0x22 DVD-ROM setup 0x53 Read RMD (rsn:relative sector number) 0x23 CD Next writable check 0x54 fill Next Border Marker 0x24 DVD Next writable check 0x55 Write Pre Border in or Lead in 0x25 Close Track 0x56 Close Disc for DVD 0x26 Close Session 0x57 Send Cue Sheet 0x27 Close Disc for CD 0x58 Write Session at Once 0x28 Close Rzone 0x59 Read Media Catalogue Number 0x29 Close Border 0x5a Read ISRC 0x2a Get RZone Information 0x5b Read Format Capacity 0x2b Get Track Information 0x5c Set Read Ahead 0x2c CD OPC excute 0x5d Read Header 0x2d DVD OPC excute 0x5e Send CPM, CGMS 0x2e CD OPC excute check 0x5f Send Write Protection Data 0x2f DVD OPC excute check 0x60 Report AGID 0x30 PreGap Read (Packet Track check) 0x61 Report Challenge Key E F 53 DVD-R7783 5 6 7 8 1 2 Command Code A B C E F Remarks 4 Command Code Remarks 0x62 Report Key 1 0x93 RZone Repair 0x63 Report Title Key 0x94 Next Border Marker Repair 0x64 Report AFC 0x95 Border in Repair 0x65 Report RPC State 0x96 Border out Repair 0x66 Annul AGID 0x97 Lead in Repair 0x67 Send Challenge Key 0x98 Lead out Repair 0x68 Send Key 2 0x99 Border Lead out Repair 0x69 Send RPC Structure 0x9a Repair Disc (DVD-R/RW) 0x6a Enter/Exit Test Write Mode 0x9b Read CD Text Data 0x6b First Track Information check 0x9c CD Full Format 0x6c Get Track Information (execution child) 0x9d Physical Write 0x6d Synchronize cache TAO (execution child) 0x9e Start Recording for CD 0x6e Synchronize cache PKT (execution child) 0x9f Black a Session tail 0x6f Synchronize cache SAO (execution child) 0xa0 PMA write at TAO CD encode error 0x70 Full Format 0xa1 PMA write at Packet CD encode error 0x71 Grow Border 0xa2 Rotaion Speed up at session closed 0x72 Add Border 0xa3 Get PreWrite or Readable EMBOSS Data 0x73 Quick Grow Border 0xa4 Report Region reset 0x74 Quick Add Border 0xa5 Send Region reset 0x75 Quick Format 0xa6 Setup & xnchange 0x76 Close Intermediate Border 0xa7 Repair Grow Border 0x77 Black the Disc 0xa8 Read Previous RMD 0x78 Minimally black 0xa9 Disc Close (Restricted OverWrite) 0x79 Black a Track/RZone tail 0xaa Border Padding (for first border) 0x7a Disc Close check 0xab Read MID or MKB 0x7b Border Close check 0xac Get BCA Data 0x7c RZone Close check Synchronize Cache Incremental (execution child) 0xad SEND_LINK_DATA area clear 0x7d D 3 0x7e Track Start Address check 0x7f Set Streaming 0x80 Set CD Speed/Streaming 0x81 Read DVD Structure List 0x82 DVD RF Seek 0x83 Get Last RZone NWA 0x84 Get 1st RZone NWA 0x85 Get 2nd RZone NWA 0x86 Close RZone execution 0x87 Speed dwon (Inactivity) 0x88 DVD-RW setup (compulsion BLANK DISC) 0x89 Physical Read 0x8a Rezero Unit 0x8b Change Power Condition 0x8c Previous Border in check 0x8d Next Border Marker close check 0x8e Border in Close check 0x8f Border out Close check 0x90 Lead in Close check 0x91 Lead out Close check 0x92 Border Lout Close check 0xae DVD RMD write check 0xaf PMA write with rotation change 0xb0 LIA write with rotation change 0xb1 LOA write with rotation change 0xb2 Track close with rotation change 0xb3 Write start with rotation change 0xb4 Under-run wait with rotation change 0xb5 2 speed opc for zclv 0xb6 Search & xnchange for zclv 0xb7 bca check (exist or not) 0xb8 Pregap read 0xb9 dsp dram copy exec. 0xba DVD+R setup 0xbb DVD+RW setup 0xbc ADIP Information Read 0xbd Get DVD+R NWA 0xbe DVD+R SDCB write check 0xbf Write for DVD+R 0xc0 Write for DVD+RW 0xc1 Syncronize cashe for DVD+R 0xc2 Syncronize cashe for DVD+RW Syncronize cashe for DVD+R ( executed in child ) 0xc3 54 DVD-R7783 1 2 3 4 5 Command Code 6 0xc4 Remarks Syncronize cashe for DVD+RW ( executed in child ) 0xc5 DVD+RW FDCB write check 0xc6 Start Recording for DVD-R/RW 0xc7 Start Recording for DVD+R 0xc8 Start Recording for DVD+RW 0xc9 Reserve Fragment 0xca Initialize SDCB 0xcb Plus RW Basic 0xcc Plus RW Write FDCB 0xcd Close Session for DVD+R 0xce Close Fragment for DVD+R 0xcf Initialize Bitmap 0xd0 Clear Bitmap 0xd1 Fill Lead-in for DVD+R 0xd2 Write Lead-out for DVD+R 0xd3 Fill Intro for DVD+R 0xd4 Write Closure for DVD+R 0xd5 Write TOC for DVD+R 0xd6 Get Deicing Start Address 0xd7 Get Deicing ECC Blocks 0xd8 Move Bitmap 0xd9 Background Format Exec. 0xda Read DCB 0xdb Get Last Recorded Address on Bitmap 0xdc Write Short(64ECC) Lead Out 0xdd Close DVD+RW 0xde Tray force open ( SLIM only ) 0xdf PU temperature cool down ( SLIM only ) 0xe0 PU temperature cool down ( SLIM only ) 0xe1 PU temperature cool down ( SLIM only ) 0xe2 PU temperature cool down ( SLIM only ) 0xe3 Read MID or MKB 0xe4 Erase CD with rotation change 0xe5 Self Erase CD with rotation change 0xe6 Self Write CD with rotation change 0xe7 DVD-RAM setup 0xe8 Write start inc with rotation change 0xe9 Write start dao with rotation change 0xea OPC execute for zclv 0xeb Get Pregap Information 0xec Search & xnchange for zclv (for playback) 0xed Read Physical Format Information 0xee Write Physical Format Information 0xef Audio Scan 0xf0 Initialize DMT 0xf1 M/SIP write with rotation change 0xf2 M/SDT write with rotation change 0xfc [PULSTEC] PreWrite Main 0xfd [PULSTEC] PreWrite OPC 7 8 Command Code 0xfe Remarks A [PULSTEC] PreWrite Write 0xff [PULSTEC] PreWrite Verify 0x100 time wait ( for aging ) 0x101 Disc inner search & pause ( for aging ) 0x102 Disc outer search & pause ( for aging ) 0x103 Disc trace ( for aging ) 0x104 Audio play ( for aging ) 0x105 If aging time is over, tray out ( for aging ) 0x106 CD track reserve ( for aging ) 0x107 CD data write ( for aging ) 0x108 CD data read & verify ( for aging ) 0x109 DVD rzone reserve ( for aging ) 0x10a DVD data write ( for aging ) 0x10b DVD data read & verify ( for aging ) 0x10c CD Disc erase ( for aging ) 0x10d DVD Disc erase ( for aging ) 0x10e CD-RW full format ( for aging ) B 0x10f DVD-RW full format ( for aging ) 0x110 CD Disc NWA check ( for aging ) 0x111 DVD Disc NWA check ( for aging ) 0x112 rzone/track close ( for aging ) 0x113 CD-R data write full area ( for aging ) 0x114 DVD-R data write full area ( for aging ) 0x115 mecha xnchange ( for aging ) 0x116 Random access ( for aging ) 0x117 Spindle start/stop ( for aging ) 0x118 Tray open/close ( for aging ) 0x119 Intermidiate time open/close ( for aging ) 0x11a DVD+R/RW write ( for aging ) 0x11b DVD+R/RW read ( for aging ) 0x11c Outer write - Outer read ( for aging ) 0x11d Outer write - Inner read ( for aging ) 0x11e Inner write - Outer read ( for aging ) D 0x11f Inner write - Inner read ( for aging ) 0x120 Inner write - Inner read ( for aging ) 0x121 Inner write - Inner read ( for aging ) 0x122 write cd ( for aging ) 0x123 write dvd ( for aging ) 0x124 read cd ( for aging ) 0x125 read dvd ( for aging ) 0x126 CD-RW quick format ( for aging ) 0x127 DVD-RW quick format ( for aging ) 0x128 for ONJYOU aging ( for aging ) 0x129 for DENPA aging ( for aging ) 0x12a for ANKI aging ( for aging ) 0x140 [MRW] Initialize DMT 0x141 [MRW] Write MTA 0x142 [MRW] Write STA 0x143 [MRW] Write MDT E F 55 DVD-R7783 5 C 6 7 8 1 2 3 4 Table 12 Host Command Command Code A Remarks Command Code 0x144 [MRW] Write SDT 0x00 No operation 0x145 [MRW] Close DVD+RW ( executed in child ) 0x01 Blank the disc 0x02 Minimary blank 0x03 Blank a Track/RZone 0x04 Unreserve a Track 0x05 Blank a Track/RZone tail 0x06 Unclose the last Session/Border 0x07 Erase Session/Border Table 10 Controller error Error Code B C D Remarks Remarks 0x60 Command Sequence Error 0x08 Full Format for CD 0x61 Logical Unit Communication Failure 0x09 Full Format for DVD 0x62 Illegal Logical Block Address 0x0a Grow Border 0x63 Internal Controller Error 0x0b Add Border 0x64 Privent Medium Removal 0x0c Quick Grow Border 0x65 System Resource Failure 0x0d Quick Add Border 0x66 Authentication Failure 0x0e Quick Format 0x67 Key Not Present 0x0f Plus RW Basic 0x68 Key Not Established 0x10 Close Track 0x69 Authentication Not End 0x11 Close Session 0x6a Incompatible Format 0x12 Close Disc for CD 0x6b Region Mismatch 0x13 Close RZone 0x6c Region Reset Count Error 0x14 Close Border 0x6d De-Conpression CRC Error 0x15 Close Disc for DVD 0x6e OPC area full 0x16 Close Intermediate Border 0x6f OPC area almost full 0x17 Close Session for DVD+R 0x70 Parameter Value Invalied 0x18 Close Fragment for DVD+R 0x71 Media detect error 0x19 Close DVD+RW 0x72 RMA almost full 0x1a Synchronize Cache Disc at once 0x73 Media not Present 0x1b Synchronize Cache Incremental 0x74 Long Write In Progress 0x1c Synchronize Cache for DVD+R 0x75 Session is not full 0x1d Synchronize Cache for DVD+RW 0x76 Track type is not valid 0x1e Synchronize Cache Session at once 0x77 track start arress is not valid 0x78 track end arress is not valid 0x79 track end arress error at incomplete track 0x7a Pregap read error 0x7b PMA is not complete 0x7c Vender reset Sequence Error 0x7d 0x7f 0x1f Synchronize Cache Track at once 0x20 Synchronize Cache Packet 0x21 Repair RZone 0x22 Annul AGID 0x23 Reserve Track TAO(size:rsv size) 0x24 Reserve Track Packet(size:rsv size) Defect Management Error 0x25 Reserve Fragment(size:rsv size) Data compare error(for aging) 0x26 Seek 0x27 Do OPC 0x28 Set Read Ahead 0x29 Set Write Speed 0x2a Start/Stop Unit 0x2b Change Power Condition 0x2c Play Audio Play Audio Track Index E Table 11 Aging No. No. Remarks 00h Long-time (22H, 96H, 4H) aging 0x2d 01h ROW aging (currently not supported) 0x2e Resume/Pause 02h Entrie-disc recording (joint) aging 0x2f Get Track/RZone Information 0Fh Normal mode 0x30 Enter/Exit Test Write Mode F 56 DVD-R7783 1 2 3 4 5 6 Command Code Remarks 7 8 Command Code Remarks A 0x31 DVD Next Writable Address Check 0x62 Read 0x32 Start Recording for CD 0x63 Read CD 0x33 Start Recording for DVD-R/RW 0x64 Physical Read 0x34 Start Recording for DVD+R 0x65 Write Disc at once 0x35 Start Recording for DVD+RW 0x66 Write Incremental 0x36 Repair Grow Border 0x67 Write for DVD+R 0x37 Disc Close (Restricted OverWrite) 0x68 Write for DVD+RW 0x38 Verify 0x69 Write Session at once 0x39 PU cooling 0x6a Write Track at once 0x3a PreWrite Main 0x6b Write Packet 0x3b PreWrite OPC 0x80 Tilt compulsory OFF/ON 0x3c PreWrite Write 0x81 Tilt compulsory neutral 0x3d PreWrite Verify 0x82 Tilt compulsory UP/DOWN 0x3e Read Lead-in physical data 0x83 LD read power compulsory OFF/ON 0x3f Read Copyright Information 0x84 LD write power compulsory OFF/ON 0x40 Read Disc Key 0x85 LD erase power compulsory OFF/ON 0x41 Read BCA 0x86 Exit/Enter Set Initial Write Power High 0x42 Read Manufacture's Information 0x87 Exit/Enter Set Initial Write Power Low 0x43 Read CGMS, CPM 0x88 Exit/Enter Set Initial Erase Power High 0x44 Read RMD in last Border-out 0x89 Exit/Enter Set Initial Erase Power Low 0x45 Read RMD (rsn:relative sector number) 0x8a UP/DOWN Write or Erase Power 0x46 Read Pre-recorded Information in Lead-in 0x8b Register Initial Write or Erase Power 0x47 Read Unique Disc Identifier of the Disc 0x8c Set Recording Write Power 0x48 Read Lead-in physical (PreWrite/Emboss) 0x8d Set Recording Erase Power 0x49 Read Disc Control Block 0x8e Focus compulsory OFF/ON 0x4a Read Write Protection Data 0x8f Lens UP/DOWN 0x4b Read DVD Structure List 0x90 Focus jump to layer 0/1 B 0x4c Read Media Catalogue Number 0x91 Focus offset adjustment 0x4d Read ISRC 0x92 Focus balance adjustment 0x4e Read CD Text Data 0x93 Focus gain adjustment 0x4f Read Header 0x94 Set Parameter for Focus test move 0x50 Report AGID 0x95 Spindle compulsory FG servo OFF/ON 0x51 Report Challenge Key 0x96 Spindle compulsory rough servo OFF/ON 0x52 Report Key1 0x97 Spindle compulsory RF servo OFF/ON 0x53 Report Title Key 0x98 Spindle compulsory wobble servo OFF/ON 0x54 Report ASF 0x99 Spindle compulsory wobble and DPLL 0x55 Report RPC State 0x9a Spindle compulsory frequency PLL 0x56 Report Region reset 0x9b Spindle compulsory phase PLL 0x57 Report AGID for CPRM 0x9c Spindle compulsory short brake 0x58 Read MID 0x9d Spindle compulsory free run 0x59 Read MKB 0x9e Spindle stop 0x5a Read DC RF LEVEL 0x9f Tracking compulsory OPEN/CLOSE 0x5b Send User Specific Data 0xA0 Track jump REVERCE/FORWARD 0x5c Send Challenge Key 0xA1 Tracking offset adjustment 0x5d Send Key2 0xA2 Tracking balance adjustment 0x5e Send RPC Structure 0xA3 Tracking gain adjustment 0x5f Send Cue Sheet 0xA4 Lens offset adjustment 0x60 Send Region reset 0xA5 Lens balance adjustment 0x61 Download Microcode 0xA6 Slider OFF/ON C D E F 57 DVD-R7783 5 6 7 8 1 A 2 Command Code B C D E F 3 4 3 4 Remarks 0xA7 Slider position initialize 0xA8 Slider positioning 0xA9 Slider scan REVERCE/FORWARD 0xAa Slider test move 0xAb Set Parameter for Slider test move 0xAc Loading OPEN/CLOSE 0xAd Set default value to CRAM 0xAe READ/WRITE 0xAf READ/WRITE CRAM 0xB0 READ/WRITE PUCont register 0xB1 READ/WRITE LDD register 0xB2 READ/WRITE EEPROM PU 0xB3 READ/WRITE Temp Sensor 0xB4 0xB5 READ/WRITE RF63 register Preserve current adjusting values to EEPROM 0xB6 READ/WRITE EEPROM 0xB7 Set D/A parameters 0xB8 Set Disc Type 0xB9 Stop/Play using Mecha.Con. routine 0xBa Variable Play to Recording 0xBb Play/Dummy Recording using M.C. routin 0xBc Slice Level 0xBd Error Count STOP/START 0xBe Search 1st writable PCA 0xBf Write OPC data to 1st writable PCA 0xC0 Read last written PCA 0xC1 Set parameter for OPC Test 0xC2 Set power limit for OPC Test 0xC3 Versatile Command 1 for Mr.Tudome 0xC4 Versatile Command 2 for Mr.Tudome 0xC5 Mecha.Con. Direct Access 0xC6 Mecha.Con. Direct Access part2 0xC7 DC Erase 0xC8 Self Write 0xC9 RF Detect 0xCa PCA Test Read 0xCb PCA Test Write 0xCc Read M63 Buffer 0xCd Read RL5E Buffer 0xCe Read R3 Buffer 0xCf Read Error Information 0xD0 Read Error Information part2 0xD1 Extract Microcode for Mecha.Con. 0xD2 Controller Direct Access 0xD3 Download Microcode for Mecha.Con. 0xD4 Read for EE test 0xD5 Write for EE test 0xD6 Physical Write 0xD7 Dummy command code 58 DVD-R7783 1 2 5 6 7 8 7.1.6 TROUBLE SHOOTING Items required for diagnosis A • GGS1030: Operation check program (Diagnose5) • GGV1035: DVD-ROM (Single/DVDT-001) • GGV1036: DVD-ROM (Dual/DVDT-002) • GGV1027: CD-ROM (CDT-304) • GGV1231: Recorded DVD-R (8x DISC) • GGV1232: DVD-R blank disc (8x DISC) 1 When a drive has not been identified by the SCSI → • Check SCSI connections. For details, refer to Service Know-How (SKB05001). • Do two or more SCSI devices have identical IDs? • Is termination made at the correct position? • Are pins of the SCSI cable connector bent? • Are the cable and/or terminator recommended products? (Recommended cables: CC-200, CC-200-8, CC-201, CC-201-8, recommended terminator: DRM-TM160, as of December 2004) • Check the model number of the SCSI board. (SCSI boards whose performance with the drives has been confirmed: Adaptec ASC-29160, ASC-39160, as of December 2004) • Restart the system. • If "ACARD SCSI: NULL" is displayed during identification, it is likely that the MAIN Assy is in failure. Replace both the MAIN Assy and Traverse Mechanism Assy. B 2 When a drive has not been identified by the changer C → • Check the connections of the changer interface cable. • Check if the wiring monitor indicator is flashing when the rear cover is open. If it is unlit, it is likely that the WIFB Unit Relay Unit is in failure. Replace the Relay Unit. 3 When an error was generated during reading out or writing to the disc → • Perform a diagnosis (READ) using Diagnose5.exe. See "7.1.1 OPERATIONAL DIAGNOSIS PROGRAM." Discs to be used: GGV1035, GGV1036, GGV1027, GGV1231 Diagnosis items Seek (FULL) 20 times: Threshold values for GGV1035, 1036, 1231: 990 msec, for GGV1027: 870 msec Random READ 100 times: Threshold values for GGV1035, 1036, 1231: 480 msec, for GGV1027: 450 msec Error rate: Threshold values for GGV1035: 4.0E-3, for GGV1027, 1231: 6.0E-3 Threshold values for GGV1036: There is no read error. • Perform a diagnosis (WRITE) using Diagnose5.exe. See "7.1.1 OPERATIONAL DIAGNOSIS PROGRAM." Discs to be used: GGV1232 Diagnosis item Writing at the innermost and outermost tracks: Threshold value: 6.0E-3 D Typical error codes during reading Sence Key ASC ASC Q 03 11 05 L-EC Uncorrectable Error Description 03 11 06 CIRC Unrecovered Error 03 15 02 Positioning Error Detected by Read of Medium E Typical error codes during writing Sence Key ASC ASC Q 03 0C 00 Writer Error Description 03 73 03 Power Caribration Area Error 03 15 02 Positioning Error Detected by Read of Medium 05 21 02 Invalid Address for Write (Note 1) F Note 1: This error code also appears when a buffer-underrun error was generated. 59 DVD-R7783 5 6 7 8 1 2 3 4 7.1.7 SCSI ERROR CODE TABLE • INF8090i Ver5 rev1.2 of SFF is assumed to be a standard. • The typical one is shown as follows. A Sence Key ASC ASCQ 08 00 00 BLANK CHECK 0B 00 06 02 04 01 - Description Read command was generated for unwritten parts. - I/O PROCESS TERMINATED, PLAY OPERATION ABORTED TIO message was received. - LOGICAL UNIT IS IN PROCESS OF BECOMING READY Now setting up. - 02 04 03 It is in the state which cannot perform download LOGICAL UNIT NOT READY, MANUAL INTERVENTION REQUIRED of a firmware that media are contained etc. 02 04 04 LOGICAL UNIT NOT READY, FORMAT IN PROGRESS Now formatting. - 02 04 07 LOGICAL UNIT NOT READY, OPERATION IN PROGRESS Recording RMD or session closing in progress - 02 04 08 LOGICAL UNIT NOT READY, LONG WRITE IN PROGRESS Now recording user's data - B C D E Information Byte Description 04 08 00 LOGICAL UNIT COMMUNICATION FAILURE Internal abnormal condition, such as time out of SPC, was detected. 04 08 01 LOGICAL UNIT COMMUNICATION TIME-OUT Time out of SPC, etc. 04 09 03 SPINDLE SERVO FAILURE Spindle starting / stop error Record error address 03 0C 00 WRITE ERROR Record error 03 0C 08 WRITE ERROR - RECOVERY FAILED The write-in error at the time of the Repair RZone command - 03 11 01 READ RETRIES EXHAUSTED Number-of-times over of lithograph rye at the time of data read-out (a maximum of 32 times) 03 11 05 L-EC UNCORRECTABLE ERROR The read-out error of a DVD system - 03 11 06 CIRC UNRECOVERED ERROR The read-out error of a CD system - 03 11 0D DE-COMPRESSION CRC ERROR The read-out error of a CDTEXT system - 03 15 02 POSITIONING ERROR DETECTED BY READ OF MEDIUM The search error at the time of data read-out - 05 1A 00 PARAMETER LIST LENGTH ERROR The data length transmitted by the Mode Select command does not suit a regular format. 04 1B 00 SYNCHRONOUS DATA TRANSFER ERROR Time out during transfer in SYNC mode - 05 20 00 INVALID COMMAND OPERATION CODE Unsupported command code - 05 21 00 LOGICAL BLOCK ADDRESS OUT OF RANGE LBA is out of supported area. - 05 21 02 INVALID ADDRESS FOR WRITE LBA specified by the Write command is not suitable for writing. (the error code at the time of a buffer undershirt run be also elaborate) It is the address at the time of an undershirt run. 05 24 00 INVALID FIELD IN CDB There is unsupported information in command block. - 05 26 00 INVALID FIELD IN PARAMETER LIST There is unsupported information in parameter list. - 07 27 04 PERSISTENT WRITE PROTECT Persistent write protect - DVD-RW - Medium was changed. - 06 28 00 NOT READY TO READY CHANGE, MEDIUM MAY HAVE CHANGED 06 29 00 POWER ON, RESET, OR BUS DEVICE RESET OCCURRED Reset condition - It was changed by the initiator of others [ parameter / of Mode Select/Sense ] (only in case of SCSI). - 06 2A 01 MODE PARAMETERS CHANGED 05 2C 00 COMMAND SEQUENCE ERROR Command sequence error - 02 30 00 INCOMPATIBLE MEDIUM INSTALLED Setup error disc. Or, a medium for which commands cannot be executed 05 30 02 CANNOT READ MEDIUM - INCOMPATIBLE FORMAT It was going to perform unsuitable read-out and information acquisition to media, such as performing Read PMA to CD-ROM. - 05 30 05 CANNOT WRITE MEDIUM - INCOMPATIBLE FORMAT A medium for which commands cannot be executed (in recording) - 03 31 00 MEDIUM FORMAT CORRUPTED Format command failed. - 03 31 01 FORMAT COMMAND FAILED Illegal address (in recording) - 02 3A 00 MEDIUM NOT PRESENT No medium - 04 44 00 INTERNAL TARGET FAILURE Drive internal error - LOGICAL UNIT FAILED SELF-CONFIGURATION The sum check error at the time of firmware download - 04 4C 00 F 60 DVD-R7783 1 2 3 4 5 Sence Key 0B 6 ASC ASCQ 4E 00 7 8 Description Description Information Byte The following command was published during disconnection (it does not generate in the present system). OVERLAPPED COMMANDS ATTEMPTED A - 03 51 00 ERASE FAILURE Failure of erase operation - 03 51 01 ERASE FAILURE - Incomplete erase operation detected The media erased halfway - 04 53 00 MEDIA LOAD OR EJECT FAILED Load/eject error - 05 53 02 MEDIUM REMOVAL PREVENTED Ejecting medium is prohibited. - 05 55 00 SYSTEM RESOURCE FAILURE Authentication preference is improper. - UNABLE TO RECOVER TABLE-OF-CONTENTS RMD or control data could not be read upon setup. Or, abnormal data. 03 57 00 Read address 05 64 00 ILLEGAL MODE FOR THIS TRACK Mode that cannot executes commands. - Authentication failed. - 05 6F 00 COPY PROTECTION KEY EXCHANGE FAILURE AUTHENTICATION FAILURE 05 6F 01 COPY PROTECTION KEY EXCHANGE FAILURE - KEY NOT PRESENT There is no key on the disc. - 05 6F 02 COPY PROTECTION KEY EXCHANGE FAILURE - KEY NOT ESTAB-LISHED Bus key has not been established. - 05 6F 03 READ OF SCRAMBLED SECTOR WITHOUT AUTHENTICATION This disc is copy-protected. - The region of drive differs from that of the disc. - 05 6F 04 MEDIA REGION CODE IS MISMATCHED TO LOGICAL UNIT REGION 05 6F 05 DRIVE REGION MUST BE PERMANENT/REGION RESET COUNT ERROR Cannot change the region of drive. 03 72 00 SESSION FIXATION ERROR Session close failed.(other than lead-in, borderin) Recording error address 03 72 01 SESSION FIXATION ERROR WRITING LEAD-IN Session close failed.(Lead-in, border-in) Recording error address 03 72 02 SESSION FIXATION ERROR WRITING LEAD-OUT Session close failed.(Lead-out, borderout). Recording error address 05 72 03 SESSION FIXATION ERROR - INCOMPLETE TRACK IN SESSION There is an incomplete R zone. (The last R zone has not been closed.) - 05 72 04 EMPTY OR PARTIALLY WRITTEN RESERVED TRACK There is a reserved R zone that has not been closed - 05 72 05 NO MORE RZONE RESERVATIONS ARE ALLOWED No more R Zone can be reserved. - 01 73 01 POWER CALIBRATION AREA ALMOST FULL PCA is almost full. - 03 73 02 POWER CALIBRATION AREA IS FULL PCA is almost full. 03 73 03 POWER CALIBRATION AREA ERROR OPC failed. OPC address 03 73 04 PROGRAM MEMORY AREA/RMA UPDATE FAILURE RMD recording failed. RMD address 03 73 05 PROGRAM MEMORY AREA/RMA IS FULL RMA is full. - 01 73 06 PROGRAM MEMORY AREA/RMA IS (almost) FULL RMA is almost full. - 03 OC 80 WRITE ERROR -R3 CHIP ERROR Write error (R3 Chip error). B C - D Write error address E F 61 DVD-R7783 5 6 7 8 1 2 3 4 7.1.8 AGING MODE Items required for aging • GGV1027: CD-ROM (CDT-304) • GGV1035: DVD-ROM (Single/DVDT-001) • GGV1036: DVD-ROM (Dual/DVDT-002) • GGV1232: DVD-R blank disc (8x DISC) • GGF1485: Special device for RS-232C communication for the changer drive (used for short-circuiting XCLMP) A Overview of Aging mode B In Aging mode, data recording/reading/comparison can be performed only by a driver, without using the interface. A setup disc is detected, and aging will be performed depending on the type of the detected disc. To start an aging operation, set a combination of jumper pins then turn on the power while short-circuiting between the XCLMP signal and GND. If an error is generated, the LED will flash or light. In such a case, cancel short-circuiting between the XCLMP signal and GND then unload the disc. The content of the error is recorded in an error log. (See "7.1.4 Acquisition of the Error History" on how to check error logs.) C Note: When an error was generated, if the disc is unloaded or the power to the drive is turned off without canceling shortcircuiting between the XCLMP signal and GND, no more sessions can be written onto the same DVD-R disc. 2. Four-hour aging mode This is the four-hour version of the above-mentioned 22-hour Aging mode. Basic operations are the same as those in 22-hour Aging mode. 3. Entire-Disc Recording mode In this mode, full formatting of a DVD-RW disc or entire-disc recording of a DVD-R disc can be performed. With a DVDRW disc, formatting once or three times can be selected by changing the statuses of Pin 5. 4. Continuous Aging mode Repeated tracing of the innermost and outermost tracks of the CD/DVD-ROM discs can be performed. Tracing continues until the power is turned off or short-circuiting between the XCLMP signal and GND is canceled. Note: When short-circuiting between the XCLMP signal and GND is canceled during an aging operation, aging is terminated at a breakpoint of operation. (The LED flashes three times.) LED indication in Aging mode If an aging operation is interrupted and terminated while in progress because of an error, etc., the LED flashes to inform you of the cause, as follows: LED status How to enter Aging mode D Short-circuit the fourth jumper pin on the rear of the drive. The operational mode can be selected in combination of open and short-circuiting statuses of the remaining pins (see "List of Aging Functions"). Cause Unlit Aging is completed without a problem. Lit Multisession writing was impossible because of insufficient recording capacity in Disc-Area Division Flashes once Immediately after the power is turned on or resetting (waiting for short-circuiting between the XCLMP signal and GND) Flashes twice An error was generated during aging. Flashes Short-circuiting between the XCLMP signal and GND three times was canceled during aging. Operational Modes of Aging Flashes four times A disc that cannot be used in the selected Aging mode was loaded. Operational modes of aging are as follows: E 1. 22-hour (96-hour) aging mode Long-time aging mode. When a DVD-R disc is used, only a blank disc can be used, except in the case of Disc-Area Division mode. When a DVD-RW disc is used, full erasure is performed then recording starts. With DVD-R/RW discs, recording can be performed at half the maximum speed supported by the medium used, by changing the statuses of Pin 2. (If the maximum speed of a disc is normal speed, this function is not available.) This aging mode also supports "Disc-Area Division mode," which enables multisession recording on one DVD-R disc. F 62 DVD-R7783 1 2 3 4 5 6 7 8 List of Aging Functions Jumper-pin Setting Media A S S C S M WW S L A 1 0 CD-ROM DVD-ROM 22-hour aging Operation type 1 22-hour aging Operation type 3 96-hour aging Operation type 1 96-hour aging Operation type 3 DVD-R DVD-RW 22-hour aging, 20 divisions Operation type 5 Number of iterations of reading and comparing: 200 22-hour aging Operation type 6 In addition to the above operations, 15-minute CD-recording-power irradiation is performed then aging is completed. 96-hour aging Operation type 5 Number of iterations of reading and comparing: 45 96-hour aging Operation type 6 22-hour aging, at half speed Operation type 6 In addition to the above operations, 15-minute CD-recording-power irradiation is performed then aging is completed. B 22-hour aging Operation type 1 22-hour aging Operation type 3 22-hour aging, at half speed, 20 divisions Operation type 5 Number of iterations of reading and comparing: 400 22-hour aging Operation type 1 22-hour aging Operation type 3 22-hour aging, 20 divisions Operation type 5 Number of iterations of reading and comparing: 10 22-hour aging Operation type 6 4-hour aging Operation type 1 4-hour aging Operation type 3 4-hour aging, 20 divisions Operation type 5 Number of iterations of reading and comparing: 40 4-hour aging Operation type 6 In addition to the above operations, 15-minute CD-recording-power irradiation is performed then aging is completed. 4-hour aging Operation type 1 4-hour aging Operation type 3 4-hour aging Operation type 5 Number of iterations of reading and comparing: 2 4-hour aging Operation type 6 Continuous aging Operation type 2 Continuous aging Operation type 4 All-address writing Full formatting (once) C D Continuous aging Operation type 2 Operation type 1 1. Searching for "00:02:00" 2. Tracing for 10 seconds 3. Searching for 800 seconds before the lead-out 4. Tracing for 10 seconds 5. Stopping for 10 seconds 6. Repeating steps 1 to 5 above Operation type 2 Continuous aging Operation type 4 Operation type 3 1. Searching for "30000h" 2. Tracing for 10 seconds 3. Searching for 27150h before the lead-out 4. Tracing for 10 seconds 5. Stopping for 10 seconds 6. Repeating steps 1 to 5 above Operation type 4 Full formatting (continuously three times) All-address writing Operation type 5 Operation type 6 1. Reserving the addresses up to LBA = 50000h for a blank disc 2. Executing recording of 63 ECCs from NWA 3. Executing reading and comparing n times for 63 ECCs just recorded 4. Repeating steps 2 and 3 1. Executing Full-area-DC erasure 2. Executing recording of 31 ECCs from NWA 3. Executing reading and comparing once for 31 ECCs just recorded 4. Repeating steps 2 and 3 When the specified number of hours has elapsed, or when recording has been done to the end of the disc, the RZONE is closed, and aging is completed. All-address writing E When recording has been done to the end of the disc, recording restarts from LBA = 0. When the specified number of hours has elapsed, the RZONE is closed, and aging is completed. Full formatting Steps 1 to 4 of Operation type Steps 1 to 4 of Operation type 1. Executing recording on the entire user-data 1. Recording on the lead-in 1 are repeated. 3 are repeated. area 2. Recording on the entire user data area 2. Closing the RZONE 3. Recording on the border and lead-out 3. Recording on the border and lead-out 4. Recording on the lead-in F 63 DVD-R7783 5 6 7 8 1 2 3 4 7.1.9 DISASSEMBLY A Note 1 : Do NOT look directly into the pickup lens. The laser beam may cause eye injury. Note 2 : As the laser driver is mounted on the pickup, no short-circuit switch for the laser diode is provided. Note 3 : Even if the unit shown in the photos and illustrations in this manual may differ from your product, the procedures described here are common. Replacement of the Traverse Mechanism and Main Unit-S 1 Upper Cover DR Items to be prepared 1 Tools to be used Remove the four screws. 1 B 1 1 1 Rear view Phillips screwdriver (medium size) Phillips screwdriver (small size) Traverse Mechanism & Main Unit-S (DXX2554) C Note: Be sure to replace both the Traverse Mechanism Assy and Main Assy when either needs to be replaced. For details, see "2.4 TRAVERSE MECHANISM & MAIN UNIT-S." MAIN Assy Traverse Mechanism Assy 2 Push the lock lever in to the RELEASE position and slide the upper cover DR backward until it stops (about 1 cm). 3 Unhook the two hooks by pushing both front sides from the outside. Note: When unhooking, care must be taken not to bend the hooks. They are to be used for reassembly. 4 Remove the upper cover DR. 3 D 3 Hook Float Ruber R5 ×4 Note: The float rubber R5 can be placed either label up. Hook Upper cover DR 4 E 2 -2 Lock lever 2 -1 F 64 DVD-R7783 1 2 3 4 5 6 2 Clamp Mechanism Section 1 2 3 7 8 3 MAIN Assy Note: Reattach the upper cover DR before undertaking the subsequent procedures, in order to avoid damaging the Traverse Mechanism. Remove the two screws. Release the two binders. 1 2 Disconnect the two connectors. A Remove the four screws. Remove the bottom plate (R7). 1 1 WIFB Assy Clamp mechanism Section 2 2 CN905 1 3 2 CN906 1 1 B 3 Bottom plate (R7) 1 Bottom view 3 4 5 4 C Disconnect the four flexible cables and three connectors. Unhook the two hooks. Remove the MAIN Assy. Remove the Clamp mechanism Section. Silicone sheet R7 A 3 4 Clamp mechanism Section 5 3 D CN101 CN501 CN601 Silicone sheet R5 A Silicone sheet B 3 CN502 3 4 MAIN Assy CN401 4 3 CN302 3 3 E Bottom view Note: Detach silicone sheet B, silicone sheet R5 A and silicone sheet R7 A from the old Main Assy and reattach it to the new Main Assy. Replace F 65 DVD-R7783 5 6 7 8 1 2 3 4 4 Traverse Mechanism Assy 1 5 6 Push the flexible cables toward the inside. A Remove the four float screws. Remove the Traverse mechanism Assy. 1 1 WIFB Assy 5 1 5 6 B 5 5 Bottom view Traverse mechanism Assy C 2 3 4 Remove the three screws. Replace Release the one binder. Stand the WIFB Assy. Cleaning the pickup lens WIFB Assy Before shipment, be sure to clean the pickup lens, using the following cleaning materials: 2 2 4 D Cleaning liquid Cleaning paper : GEM1004 : GED-008 2 3 Pickup lens E F 66 DVD-R7783 1 2 3 4 5 6 7 8 7.1.10 INSTALLATION OF THE DRIVE For instructions on how to open the access doors, see the operating instructions for the changer. Before installation, be sure to specify the following settings at the rear of each drive to be installed. SCSI ID assignment Specify the SCSI IDs to be used so as to ensure that the same SCSI ID is not assigned by more than one drive on the same SCSI bus. Warning about static electricity Always be sure never to touch the contacts or ports when operating drives. Also be sure to touch a metallic surface on the changer before installing additional drives to the changer. A 3. Connect the changer interface cable. When the changer interface cable has been connected, the wiring monitor indicators will flash at two-second intervals. Wiring monitor indicator B 1. When inserting a drive, be sure to place the drive on the changer guide rails and push the drive in until the lock lever on the drive shifts to the locked position. Maybe you can hear a clicking sound then. Guide rails Changer interface cable NOTE: Connect the changer interface cable to the connector corresponding to the bay in which the drives have been installed. (Note that labels are affixed to connectors indicating the corresponding bay number.) Note that it is extremely important to do this, as connecting the changer interface cable to a neighboring bay will result in damage to discs and the disc transport mechanism. Drive 4. Lock lever When a drive is to be removed from the changer, flip the lock lever to the released position and then pull the drive out from the changer. 2. Connect the power cable. When the power cable has been connected, the wiring monitor indicator on the rear of the drives (orange) will light up. C Connect the LVD drive connector panel. Connect the optional LVD drive connector panel (DRM-LN721, for 2 drives; or DRM-LN741, for 4 drives). D E Power cable LVD drive connector panel Wiring monitor indicator F 67 DVD-R7783 5 6 7 8 1 2 3 4 7.2 IC INFORMATION • The information shown in the list is basic information and may not correspond exactly to that shown in the schematic diagrams. List of IC A UPC3330GC-YEB-A, UPD63630GM-UEV-A, K4S161622D-TC80, DS90LV027ATM, BU2373FV, M30700FKLGP, S-8520X15MC-LYA, MM1478RFBE, S-8520X52MC-LZL, S-T111B25MC-OGK, BD7905BFS, TC74HC375AF UPC3330GC-YEB-A (MAIN ASSY : IC101) • High-speed Response CD/DVD-ROM playback, CD-R/RW, DVD±R/RW recording RF Amp., Error Amp. REQ CEQ IPID OPID CID (AGCEN) (AGCFAST) (LOW2) CAGC1 CAGC2 CAGC3 AGCIN RFO GND0 GND1 GND2 GND3 GND4 GND5 GND6 GND7 GND8 GND9 SGND CDPDRF CDPDA CDPDB CDPDC CDPDD WRFMON SWRF1 SWRF2 (IDGATE) MONI1 MONI2 MONI3 ROPC1 (VFOFP) ROPC2 (VFOFP) ( ): Multiplex Pin RST CP SCK SI SO B EQCK1 EQCK2 VCC33 VCC1 VCC2 VCC3 VCC4 VCC5 VCC6 VCC7 VCC8 VCC9 Block Diagram CREG1 CREG2 CDAC REF1 REF2 Control Logic REFO1 REFO2 Write RF (A1/B1/C1/D1) WPP1 WPP2 A1 B1 C1 D1 C AD-BC Read RF 1 (A1/B1/C1/D1 /RFP/RFN) RFP RFN E1 F1 G1 H1 ID Detection RHEAD RFAC Read RF 2 (A1/B1/C1/D1 /AA/BB/CC/DD) S/H Matrix RFEQ AGC TMIRR DPD (COMP/EQ/PC) RFAC RFO AD+BC RC FOK BCA β/γ HOLD CDEF2 CDEF CAMIRR CMIRR MIRR (MIRR/RC/BCA) RC BCA CRC CBPD CBBD RECD FOK SRT FE (SAA/SBB/SCC/SDD) SHSV (IDGATE) SHWB (LOWZ) MIRR/ DEFECT RFEGO Detection FE TE (SAA/SBB/SCC/SDD /SEE/SFF/SGG/SHH) RLD ADDM WOBBLE (SAA/SBB/SCC /SDD) ALPC (CD-R/RW) WAEF WLD WLDM CBHLPP CBHWBL BCIN ADIN ADO BCO HPAD CAD HPBC CBC (V/AGCHLD) APCPM P2LD OPCTRG (WAGCHLD) SHAPCE (AGCFAST) SHAPCW (AGCEN) WLDON RLDON LPP Detection (ADO/BCO) PELD D DPP TE2 TE Signal Select TECIN TEC PPALL (TCNTR) (VFOFP) (VFOEP) AWOBBLE WOBBLE LPF LPP/RHEAD CWHP CWAGC PDIN FPDVREF RREF TE DPD E F 68 DVD-R7783 1 2 3 4 5 6 7 8 Pin Function No. Pin Name I/O Pin Function − Analog ground RFP I RF differential signal (+) input RFN − RF differential signal (–) input 4 WPP1 I External signal input 1 for push-pull 5 WPP2 I External signal input 2 for push-pull 6 GND1 − Analog ground 7 A1 I Main beam signal (A1) input 1 GND0 2 3 8 B1 I Main beam signal (B1) input 9 C1 I Main beam signal (C1) input 10 D1 I Main beam signal (D1) input 11 VCC2 − Analog power supply 12 REFI2 I PDIC reference voltage input 13 REFO1 O Pickup/internal reference voltage output (REFO2 pin output = 1.65 V : 2.4V) 14 E1 I Sub beam signal (E1) input 15 F1 I Sub beam signal (F1) input 16 G1 I Sub beam signal (G1) input 17 H1 I Sub beam signal (H1) input 18 GND2 − Analog ground 19 HPAD − Capacitor connection pin for setting WOBBLE circuit HPF band 20 CAD − Capacitor connection pin for setting WOBBLE circuit AGC response speed 21 HPBC − Capacitor connection pin for setting WOBBLE circuit HPF band 22 CBC − Capacitor connection pin for setting WOBBLE circuit AGC response speed 23 GND3 − Analog ground 24 PDIN I Laser monitor current input pin for CD-R/RW 25 FPDVREF I Front monitor reference voltage input pin 26 APCPH − Capacitor connection pin for setting ALPC circuit peak hold 27 RREF − ALPC smoothing capacitor connection pin for read 28 RLD O Laser driver control output for read 29 RLDM I Laser driver control amp. (–) pin for read 30 VCC3 − Analog power supply 31 WREF − ALPC smoothing capacitor connection pin for write 32 WLD O Laser driver control output for write 33 WLDM I Laser driver control amp. (–) pin for write 34 PELD O Peak power output pin 35 P2LD O Peak power 2 output pin 36 CREG1 O Regulator voltage (2.5V) output pin (for monitoring) 37 CREG2 O Regulator voltage (2.5V) output pin (for monitoring) 38 REFI I DSP supply voltage input pin (3.3V) 39 REFO2 O DSP reference voltage output pin (REFI pin = 3.3V : 1.65V output) 40 VCC4 − Analog power supply 41 ADO O (A+D) signal output of WOBBLE circuit 42 BCO O (B+C) signal output of WOBBLE circuit 43 GND4 − Analog ground 44 CDAC O DAC reference voltage output pin (for monitoring) 45 VCC5 − Analog power supply 46 BCIN I (B+C) signal input 47 ADIN I (A+D) signal input 48 CBHWBL − Capacitor connection pin for setting LPP circuit bottom hold (WOBBLE level) 49 CBHLPP − Capacitor connection pin for setting LPP circuit bottom hold (LPP level) 50 GND5 − Analog ground A B C D E F 69 DVD-R7783 5 6 7 8 1 No. A Pin Name 2 3 I/O I 4 Pin Function 51 RLDON ALPC control signal input for read 52 RST I Register reset input 53 SCK I Clock input for register setting 54 SO O Serial data output (open-drain output) 55 SI I Serial data input 56 CP I Command (address) / data (paramater) identification signal input 57 VCC6 − Digital power supply 58 WLDON I ALPC control signal input for write 59 OPCTRG WAGCHLD I I OPCTRG signal input / WOBBLE AGC hold signal input (DVD-RAM) 60 SHWB LOWZ I I Sample hold pulse input for WOBBLE signal / input impedance of AGC control signal (DVD-RAM) 61 SHSV IDGATE I I Sample hold pulse input for SERVO signal / ID GATE control signal (DVD-RAM) 62 SHAPCRE AGCFAST I I Sample hold pulse input for ALPC read/erase / input impedance of AGC control signal (DVD-RAM) 63 SHAPCW AGCEN I I Sample hold pulse input for ALPC write / AGC enable control signal (DVD-RAM) 64 ROPC1 VFOFP I I WRF sample hold pulse input for read 1 / VFO front pulse signal input (DVD-RAM) 65 ROPC2 VFOEP I I WRF sample hold pulse input for read 2 / VFO end pulse signal input (DVD-RAM) 66 GND6 − digital ground 67 EQCK1 I Fixed clock input 68 EQCK2 I Equalizer automatic tracking clock input 69 RECD O Unrecorder part detection signal output 70 SGND − Analog ground (Sub-straight) 71 IPID O Inner PID signal output 72 OPID O Outer PID signal output 73 LPP RHEAD O O LPP detect pin / Rough header detect signal (DVD-RAM) 74 TEC O Tracking zero cross signal output 75 FOK O Focus OK signal output 76 HOLD O Diffect detect signal output 77 MIRR O Mirror detect / BCA signal output 78 VCC33 O 3.3V power supply (for monitoring) 79 CWAGC − Capacitor connection pin for setting WOBBLE circuit AGC response speed 80 CWHP − Capacitor connection pin for setting WOBBLE circuit HPF band 81 AWOBBLE O WOBBLE signal output (analog signal) 82 GND7 − Analog ground 83 TECIN I Tracking zero cross comparator signal input 84 TE2 O Tracking error signal output (variable band) for tracking zero cross signal generation 85 TE O Tracking error signal output for servo 86 PPALL TCNTR O O Main side push-pull signal output / tracking center signal output (DVD-RAM) 87 FE O Focus error signal output 88 CID − Capacitor connection pin for ID detect LPF 89 VCC7 − Analog power supply 90 CRC − Capacitor connection pin for radial contrast circuit B C D E F 70 DVD-R7783 1 2 3 4 5 No. Pin Name 6 7 I/O 8 Pin Function 91 CBPD − Capacitor connection pin for β, γ detection (peak) 92 CBBD − Capacitor connection pin for β, γ detection (bottom) 93 CDEF2 − Capacitor connection pin for deffect circuit 2 94 CDEF − Capacitor connection pin for deffect circuit 95 RFEQO O Equalizer output 96 CAMIRR − Capacitor connection pin for mirror circuit 97 CMIRR − Capacitor connection pin for mirror circuit 98 VCC8 − Analog power supply 99 CAGC3 − Capacitor connection pin for RFAGC circuit 100 CAGC2 − Capacitor connection pin for RFAGC circuit 101 CAGC1 − Capacitor connection pin for RFAGC circuit B 102 GND8 − Analog ground 103 REQ − Resistor connection pin for setting RF equalizer circuit current 104 CEQ − Capacitor connection pin for equalizer fc automatic adjustment circuit 105 GND9 − Analog ground 106 CDPDD − Capacitor connection pin for setting DPD (D signal) HPF band 107 CDPDC − Capacitor connection pin for setting DPD (C signal) HPF band 108 CDPDRF − Capacitor connection pin for setting DPD (RF signal) HPF band 109 CDPDB − Capacitor connection pin for setting DPD (B signal) HPF band Capacitor connection pin for setting DPD (A signal) HPF band Analog power supply 110 CDPDA − 111 VCC9 − 112 AGCIN I AGC input 113 RFO O Read RF signal output A C 114 VCC1 − Analog power supply 115 SWRF1 O WRF signal sample hold signal output 116 SWRF2 O WRF signal sample hold signal output 117 WRFMON O WRF signal monitor pin 118 MONI3 O Internal signal monitor pin 119 MONI2 O Internal signal monitor pin 120 MONI1 O Internal signal monitor pin D E F 71 DVD-R7783 5 6 7 8 1 2 3 4 UPD63630GM-UEV-A (MAIN ASSY : IC201) • CD/DVD-ROM playback, CD-R/RW, DVD±R/RW recording High-speed 1-chip controller (ATAPI interface) A 170 180 160 010 150 020 140 030 130 040 120 050 100 090 080 110 060 D SHWBLOW SHSVIDGATE SHAPCREAGCFAS SHAPCWAGCEN ROPC1VFOEP ROPC2VFOEP DVDD3 DGND EQCK1 IPID OPID LPPRHEAD DGND DVDD TEC FOK HOLD MIRRBCA AVDD3 AWBL REFIN TE LE FE AGND AVDD3 REFOUT DAOUT SDRV2 SDRV1 TDRV FDRV MDRV AGND AVDD3 SWRF2 SWRF1 DGND DVDD AGND RFI ASY EFM JFFIL2 JFFIL1 AVDD3 IREF AVDD AVDD3 LLOCK FCEFM2 FCEFM1 PCEFM2 PCEFM1 001 070 C AVDD3 XTAL XTAL AGND AVDD3 ROUT AGND REGC AGND LOUT AVDD3 DASP HCS1 HCS0 HDA2 HDA0 PDIAG HDA1 HIOCS16 HINTRQ DVDD DGND HDMACK IORDY DIOR DIOW HDMARQ PULLUP DVDD3 DGND HDD15 HDD0 HDD14 HDD1 HDD13 HDD2 HDD12 HDD3 HDD11 HDD4 HDD10 HDD5 DVDD3 DGND DVDD DGND HDD9 HDD6 HDD8 HDD7 HRESET FG SLED HDDREV 190 B 200 210 MON0 MON1 MON2 MON3 SYSRST RDY WR RD ASTB INT CS A14 A13 A12 A11 A10 A9 DVDD DGND DVDD3 A8 AD0 AD1 AD2 AD3 AD4 AD5 AD6 AD7 CKGCK AGND AVDD AGND WALPF2 WALPF1 AVDD3 AVDD WRLPF AGND DGND DVDD EFPULSE WRCK HFON OFPULSE WRPULSE DVDD3 DGND PKPULSE2 PKPULSE1 WLDON OPCTRGWAGCHLD DVDD DGND Pin Arrangement (top view) MD15 MD0 MD14 MD1 MD13 MD2 MD12 MD3 MD11 MD4 MD10 DVDD3 DGND DVDD DGND MD5 MD9 MD6 MD8 MD7 LDQM UDQM WE MCLKOUT CAS DVDD DGND MCKE RAS MA9 MBA MA8 MA10 MA7 MA0 MA6 MA1 DVDD3 DGND MA5 MA2 DVDD DGND MA4 MA3 RECD TCK TMS TAPCLK TESTSE EQCK2 RCCK RCDTSVMON AGND E F 72 DVD-R7783 1 2 3 4 5 6 RFI Test WRCLK WST DSP SV Control SV Write Strategy WRch PLL CAV PLL CLV CAV A/D D/A Wobble RC Read Channel DVD-RAM Read Control RAMCU ATIP PLL 8/16 Decoder EFM Decoder PI Decoder Sync Detector CIRC ENDEC ATIP Decoder 7 CRU & PIU Header / ID Detector 8/16 Encoder Local CPU C Bus CAU CSS CPRM CPPM SIU Host PC Host I/F Clock Control HIU Error Correction Engine MCU Bus 203M PLL CG Control / Command Register File ECU Syndrome / ECC Buffer Clock Generator F/W ROM PMU Syndrome / ECC Generator Encode Control SGU & DCU Audio I/F BMU Digital Filter Post Filter 6 Local CPU I/F ATIP Decoder Timing Gen. EFM Encoder Slicer LPP Decoder Wobble DPLL WDPLL & LPU & ENC816 AUDAU Audio Output 5 7 8 Block Diagram A SDRAM SDRAM Control B C D E F DVD-R7783 8 73 1 2 3 4 Pin Function No. A B C D Pin Name I/O Pin Function 1 AVDD3 − Analog 3.3V positive power supply pin (for crystal resonator) 2 XTAL O Crystal resonator connection pin 3 XTAL I Crystal resonator connection pin 4 AGND − Analog ground pin (for crystal resonator) 5 AVDD3 − Analog 3.3V positive power supply pin (for audio DAC) 6 ROUT O Internal audio DAC Right channel output 7 AGND − Analog ground pin (for audio DAC) 8 REGC − Capacitor connection pin for SCF regulator 9 AGND − Analog ground pin (for audio DAC) 10 LOUT O Internal audio DAC Left channel output 11 AVDD3 − Analog 3.3V positive power supply pin (for audio DAC) 12 DASP I/O 13 HCS1 I Host interface chip select input 14 HCS0 I Host interface chip select input 15 HDA2 I Host interface chip address signal input 16 HDA0 I Host interface chip address signal input 17 PDIAG I Diagnostic signal (open-drain) (include pull-up resistance) 18 HDA1 I Host interface address signal input 19 HIOCS16 O Interrupt signal output to host (3-state, open-drain) 20 HINTRQ I Host interface read input signal During Ultra DMA burst, becomes the HDMARDY : HSTROBE signal Drive active, slave present signal (include pull-up resistance) 21 DVDD − Digital 1.5V positive power supply pin (for internal logic) 22 DGND − Digital ground pin (for internal logic) 23 HDMACK I/O DMA acknowlege pin 24 IORDY O I/O channel ready (open-drain) During Ultra DMA burst, becomes the HDMARDY : HSTROBE signal, 3-state pin 25 DIOR I/O Host interface read input signal During Ultra DMA burst, becomes the HDMARDY : HSTROBE signal 26 DIOW I/O Host interface write input signal During Ultra DMA burst, becomes the STOP signal 27 HDMARQ O DMA request signal output (3-state) 28 PULLUP − Pull-up resistance connection pin. Connect to 5V or 3.3V. 29 DVDD3 − Digital 3.3V positive power supply pin (for pin 8 - pin 54) DGND − Digital ground pin (for pin 8 - pin 54) 30 31 32 33 E 34 35 36 37 38 HDD15 HDD8 HDD0 HDD6 HDD14 HDD9 HDD1 HDD5 HDD13 HDD10 HDD2 HDD4 HDD12 HDD11 HDD3 HDD3 I/O Host interface data bus (include pull-up resistance) I/O Host interface data bus (include pull-up resistance) I/O Host interface data bus (include pull-up resistance) I/O Host interface data bus (include pull-up resistance) I/O Host interface data bus (include pull-up resistance) I/O Host interface data bus (include pull-up resistance) I/O Host interface data bus (include pull-up resistance) I/O Host interface data bus (include pull-up resistance) F 74 DVD-R7783 1 2 3 4 5 No. 39 40 41 42 Pin Name HDD11 HDD12 HDD4 HDD2 HDD10 HDD13 HDD5 HDD1 6 7 I/O Pin Function I/O Host interface data bus (include pull-up resistance) I/O Host interface data bus (include pull-up resistance) I/O Host interface data bus (include pull-up resistance) I/O Host interface data bus (include pull-up resistance) 43 DVDD3 − Digital 3.3V positive power supply pin (for pin 8 - pin 54) 44 DGND − Digital ground pin (for pin 8 - pin 54) 45 DVDD − Digital 1.5V positive power supply pin (for internal logic) DGND − Digital ground pin (for internal logic) 46 47 48 49 HDD9 HDD14 HDD6 HDD0 HDD8 HDD15 8 I/O Host interface data bus (include pull-up resistance) I/O Host interface data bus (include pull-up resistance) I/O Host interface data bus (include pull-up resistance) I/O Host interface data bus 50 HDD7 51 HRESET I Host reset input 52 FG I FG signal input 53 SLED I Sled position sensor input 54 HDDREV I Host interface data bus select pin (H : normal, L : reverse) 55 MD15 I/O Buffer memory interface data bus 56 MD0 I/O Buffer memory interface data bus 57 MD14 I/O Buffer memory interface data bus 58 MD1 I/O Buffer memory interface data bus 59 MD13 I/O Buffer memory interface data bus 60 MD2 I/O Buffer memory interface data bus 61 MD12 I/O Buffer memory interface data bus 62 MD3 I/O Buffer memory interface data bus 63 MD11 I/O Buffer memory interface data bus 64 MD4 I/O Buffer memory interface data bus 65 MD10 I/O 66 DVDD3 − Digital 3.3V positive power supply pin (for pin 55 - pin 107) 67 DGND − Digital ground pin (for pin 55 - pin 107) 68 DVDD − Digital 1.5V positive power supply pin (for internal logic) 69 DGND − Digital ground pin (for internal logic) 70 MD5 I/O Buffer memory interface data bus 71 MD9 I/O Buffer memory interface data bus 72 MD6 I/O Buffer memory interface data bus 73 MD8 I/O Buffer memory interface data bus 74 MD7 I/O Buffer memory interface data bus 75 LDQM O Lower byte data I/O mask control signal 76 UDQM O Higher byte data I/O mask control signal 77 WE O Buffer memory interface write enable signal 78 MCLKOUT O SDRAM clock output 79 CAS O Buffer memory interface column address strobe control signal 80 DVDD − Digital 1.5V positive power supply pin (for internal logic) A B C D Buffer memory interface data bus E F 75 DVD-R7783 5 6 7 8 1 No. A B C D E Pin Name 2 3 I/O 4 Pin Function 81 DGND − Digtal ground pin (for internal logic) 82 MCKE O SDRAM clock enable control signal 83 RAS O Buffer memory interface raw address strobe control signal 84 MA9 O Buffer memory interface address bus 85 MBA O Buffer memory interface bank address signal 86 MA8 O Buffer memory interface address bus 87 MA10 O Buffer memory interface address bus 88 MA7 O Buffer memory interface address bus 89 MA0 O Buffer memory interface address bus 90 MA6 O Buffer memory interface address bus 91 MA1 O Buffer memory interface address bus 92 DVDD3 − Digital 3.3V positive power supply pin (for pin 55 - pin 107) 93 DGND − Digtal ground pin (for pin 55 - pin 107) 94 MA5 O Buffer memory interface address bus 95 MA2 O Buffer memory interface address bus 96 DVDD − Digital 1.5V positive power supply pin (for internal logic) 97 DGND − Digtal ground pin (for internal logic) 98 MA4 O Buffer memory interface address bus 99 MA3 O Buffer memory interface address bus 100 RECD I RECD signal input 101 TCK I Test pin. Always connect to DGND. 102 TMS I Test pin. Always connect to DGND. 103 TAPCLK I Test pin. Always connect to DGND. 104 TESTSE I Test pin. Always connect to DGND. 105 EQCK2 O RF equalizer auto tracking clock output 106 RCCK O Read channel clock output 107 RCDTSVMON O Read channel data output / servo block monitor output 108 AGND − Analog ground pin (for EFMPLL) 109 PCEFM1 − Read channel phase comparator capacitor connection pin 110 PCEFM2 − Read channel phase comparator capacitor connection pin 111 FCEFM1 − Read channel frequency comparator capacitor connection pin 112 FCEFM2 − Read channel frequency comparator capacitor connection pin 113 LLOCK − Capacitor connection pin 114 AVDD3 − Analog 3.3V positive power supply pin (for EFMPLL) 115 AVDD − Analog 1.5V positive power supply pin (for EFMPLL) 116 IREF I Read channel analog reference current input pin 117 AVDD3 − Analog 3.3V positive power supply pin (for EFMCOMP) 118 JFFIL1 − Capacitor connection pin for jitter feedback 119 JFFIL2 − Capacitor connection pin for jitter feedback 120 EFM O EFM comparator output 121 ASY I EFM comparator asymmetry adjustment voltage input 122 RFI I RF signal input to EFM comparator 123 AGND − Analog ground pin (for EFMCOMP) 124 DVDD − Digital 1.5V positive power supply pin (for internal logic) 125 DGND − Digital ground pin (for internal logic) 126 SWRF1 I WRF sample hold signal input (A/D converter input) 127 SWRF2 I WRF sample hold signal input (A/D converter input) 128 AVDD3 − Analog 3.3V positive power supply pin (for ADC (SWRF1, SWRF2), DAC) 129 AGND − Analog ground pin (for ADC (SWRF1, SWRF2), DAC) 130 MDRV O Spindle drive output (D/A converter output) F 76 DVD-R7783 1 2 3 4 5 No. Pin Name 6 7 I/O 8 Pin Function 131 FDRV O Focus drive output (D/A converter output) 132 TDRV O Tracking drive output (D/A converter output) 133 SDRV1 O Sled drive output (D/A converter output) 134 SDRV2 O Sled drive output (D/A converter output) 135 DAOUT O D/A converter output 136 REFOUT O Reference voltage output 137 AVDD3 − Analog 3.3V positive power supply pin (for SVADC) 138 AGND − Analog ground pin (for SVADC, WBLSLICE) 139 FE I Focus error signal input (A/D converter input) 140 LE I Lens error signal input (A/D converter input) 141 TE I Tracking error signal input (A/D converter input) 142 REFIN I Reference voltage signal input (A/D converter input) 143 AWBL I Analog Wobble input pin 144 AVDD3 − Analog 3.3V positive power supply pin (for WBLSLICE) 145 MIRRBCA I Mirror signal or BCA signal input 146 HOLD I HOLD control signal input 147 FOK I Focus OK signal 148 TEC I Tracking zero cross signal input 149 DVDD − Digital 1.5V positive power supply pin (for internal logic) A B 150 DGND − Digital ground pin (for internal logic) 151 LPPRHEAD I LPP signal input (DVD-R/RW) / Rough header detect signal (DVD-RAM) 152 OPID I Outer PID signal input (DVD-RAM) 153 IPID I Inner PID signal input (DVD-RAM) 154 EQCK1 O RF equalizer fixed clock output 155 DGND − Digital ground pin (for pin 145 - pin 175) C 156 DVDD3 − Digital 3.3V positive power supply pin (for pin 145 - pin 175) 157 ROPC2VFOEP O Running OPC sample hold signal / VFO end pulse signal output (DVD-RAM) 158 ROPC1VFOEP O Running OPC sample hold signal / VFO end pulse signal output (DVD-RAM) 159 SHAPCWAGCEN O APC write sample hold signal / RF AGC control signal output (DVD-RAM) 160 SHAPCREAGCFAST O APC read/erase sample hold signal / RF AGC fast control signal output (DVD-RAM) 161 SHSVIDGATE O Sample hold signal for servo / ID gate control signal output (DVD-RAM) 162 SHWBLOWZ O Sample hold signal for WOBBLE / RF AGC impedance control signal output (DVD-RAM) 163 DGND − Digital ground pin (for internal logic) − Digital 3.3V positive power supply pin (for internal logic) 164 DVDD 165 OPCTRGWAGCHLD I/O OPCTRG signal output (DVD) / WOBBLE AGC hold control signal output (DVD-RAM) 166 WLDON O Laser driver write laser control signal 167 PKPULSE1 O Peak pulse 1 output (write laser driver control signal) 168 PKPULSE2 O Peak pulse 2 output (write laser driver control signal) 169 DGND − Digital ground pin (for pin 145 - pin 175) 170 DVDD3 − Digital 3.3V positive power supply pin (for pin 145 - pin 175) 171 WRPULSE O Write pulse (write laser driver control signal) 172 OFPULSE O Off pulse (write laser driver control signal) 173 HFON O Laser driver high-frequency superimposition control signal 174 WRCK O Write clock 175 EFPULSE O EFM pulse output (write laser driver control signal) 176 DVDD − Digital 1.5V positive power supply pin (for inner logic) 177 DGND − Digital ground pin (for inner logic) 178 AGND − Analog ground pin (for DLL) D E 179 WRLPF − Connect to ground (Depending on the test results, it may be necessary to connect a capacitor.) 180 AVDD − Analog 1.5V positive power supply pin (for DLL, WAPLL) F 77 DVD-R7783 5 6 7 8 1 No. A B C D Pin Name 2 3 I/O 4 Pin Function 181 AVDD3 − Analog 3.3V positive power supply pin (for DLL, WAPLL) 182 WALPF1 − Capacitor connection pin 1 for WRCH-PLL 183 WALPF2 − Capacitor connection pin 2 for WRCH-PLL 184 AGND − Analog ground pin (for WAPLL) 185 AVDD − Analog 1.5V positive power supply pin (for CG block) 186 AGND − Analog ground pin (for CG block) 187 CKGCK O Clock generator output 188 AD7 I/O Local CPU address / data multiplexed bus 189 AD6 I/O Local CPU address / data multiplexed bus 190 AD5 I/O Local CPU address / data multiplexed bus 191 AD4 I/O Local CPU address / data multiplexed bus 192 AD3 I/O Local CPU address / data multiplexed bus 193 AD2 I/O Local CPU address / data multiplexed bus 194 AD1 I/O Local CPU address / data multiplexed bus 195 AD0 I/O Local CPU address / data multiplexed bus 196 A8 I Local CPU address bus 197 DVDD3 − Digital 3.3V positive power supply pin (for pin 187 - pin 216) 198 DGND − Analog ground pin (for internal logic) 199 DVDD − Digital 1.5V positive power supply pin (for internal logic) 200 A9 I Local CPU address bus 201 A10 I Local CPU address bus 202 A11 I Local CPU address bus 203 A12 I Local CPU address bus 204 A13 I Local CPU address bus 205 A14 I Local CPU address bus 206 CS I Chip select input from local CPU 207 INT O Interrupt request signal output to local CPU (3-state, open-drain) 208 ASTB I Address strobe signal input 209 RD I Read strobe signal input from local CPU 210 WR I Write strobe signal input from local CPU 211 RDY O Access wait control signal from local CPU to SDRAM (3-state, open-drain) 212 SYSRST I Reset input 213 MON3 O For test signal monitoring 214 MON2 O For test signal monitoring 215 MON1 O For test signal monitoring 216 MON0 O For test signal monitoring E F 78 DVD-R7783 1 2 3 4 5 6 7 8 K4S161622D-TC80 (MAIN ASSY : IC202) • 512 × 16-bit × 2 Banks Synchronous DRAM A Pin Arrangement (top view) VDD DQ0 DQ1 VSSQ DQ2 DQ3 VDDQ DQ4 DQ5 VSSQ DQ6 DQ7 VDDQ LDQM WE CAS RAS CS BA A10/AP A0 A1 A2 A3 VDD 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 VSS DQ15 DQ14 VSSQ DQ13 DQ12 VDDQ DQ11 DQ10 VSSQ DQ9 DQ8 VDDQ N.C/RFU UDQM CLK CKE N.C A9 A8 A7 A6 A5 A4 VSS B C Block Diagram I/O Control Data Input Register Bank Select 512K x 16 D LDQM Output Buffer Sense AMP Row Decoder ADD Row Buffer Refresh Counter DQi E Column Decoder Col. Buffer LCBR LRAS Address Register CLK 512K x 16 LWE Latency & Burst Length LCKE Programming Register LRAS LCBR LWE LCAS LWCBR LDQM Timing Register CLK CKE CS RAS CAS WE F L(U)DQM 79 DVD-R7783 5 6 7 8 1 2 3 4 Pin Function No. A B C D E Pin Name Pin Function 1 VDD Power supply pin 2 DQ0 Data I/O pin 3 DQ1 Data I/O pin 4 VSSQ Ground pin for data output 5 DQ2 Data I/O pin 6 DQ3 Data I/O pin 7 VDDQ Power supply pin for data output 8 DQ4 Data I/O pin 9 DQ5 Data I/O pin 10 VSSQ Ground pin for data output 11 DQ6 Data I/O pin 12 DQ7 Data I/O pin 13 VDDQ Power supply pin for data output 14 LDQM Data I/O mask pin 15 WE Write enable pin 16 CAS Column address strobe pin 17 RAS Raw address strobe pin 18 CS Chip select pin 19 BA Bank select pin 20 A10/AP Address pin 21 A0 Address pin 22 A1 Address pin 23 A2 Address pin 24 A3 Address pin 25 VDD Power supply pin 26 VSS Ground pin 27 A4 Address pin 28 A5 Address pin 29 A6 Address pin 30 A7 Address pin 31 A8 Address pin 32 A9 Address pin 33 N.C Not used 34 CKE Clock enable pin 35 CLK System clock pin 36 UDQM Data I/O mask pin 37 N.C / RFU Not used / Reserve 38 VDDQ Power supply pin for data output 39 DQ8 Data I/O pin 40 DQ9 Data I/O pin 41 VSSQ Ground pin for data output 42 DQ10 Data I/O pin 43 DQ11 Data I/O pin 44 VDDQ Power supply pin for data output 45 DQ12 Data I/O pin 46 DQ13 Data I/O pin 47 VSSQ Ground pin for data output 48 DQ14 Data I/O pin 49 DQ15 Data I/O pin 50 VSS Ground pin F 80 DVD-R7783 1 2 3 4 5 6 7 8 DS90LV027ATM (MAIN ASSY : IC203) • LVDS Dual High-speed Differential Driver A Block Diagram VCC 1 8 DO– 1 DI 1 2 7 DO+ 1 B 6 DO+ 2 DI 2 3 5 DO– 2 GND 4 C Pin Function No. Pin Name I/O Pin Function 1 VCC − Positive power supply pin +3.3V ± 0.3V 2 DI 1 I TTL/CMOS driver input pin 3 DI 2 I TTL/CMOS driver input pin 4 GND − Ground pin 5 DO– 2 O Inverting driver output pin 6 DO+ 2 O Non-inverting driver output pin 7 DO+ 1 O Non-inverting driver output pin 8 DO– 1 O Inverting driver output pin D E F 81 DVD-R7783 5 6 7 8 1 2 3 4 BU2373FV (MAIN ASSY : IC205) • VCO and Phase-Detector for PLL system A Block Diagram Pin Arrangement (topview) Logic VDD VCO divide select 14. VCO_VDD 1. LOGIC_VDD 2. SELECT VCO VDD Through or 1/2 Level Shifter 13. BIAS Bias resistor Terminal (Connect a resistor between vco VDD) VCO VCO frequency Control input (Force DC Voltage) VCO Output 3. VCO_OUT 12. VCO_IN 4. FIN-A 11. VCO_GND 5. FIN-B 10. VCO_INHIBIT Frequency Input 1 VCO GND B VCO Powerdown and Output disable (H : disable L : enable) Frequency Input 2 Pmos Gate 6. PFD_OUT 9. PFD_INHIBIT 7. LOGIC_GND Phase Detect Output Phase Detector Phase Detector Output-Enable (H : disable L : enable) Nmos Gate 8. TEST Test Pin (Normally L or Open) Logic GND Pin Function No. C D Pin Name Pin Function 1 LOGIC_VDD Digital power supply 2 SELECT VCO output frequency select (H : 1/2 output, L : 1/1 output) 3 VCO_OUT VCO output 4 FIN-A Input reference frequency is applied to FIN-A 5 FIN-B Input for VCO external counter output frequency 6 PFD_OUT PD output 7 LOGIC_GND Digital ground 8 TEST Test input with pull-down resistor (normaly open or L) 9 PFD_INHIBIT Control pin for PD (H : PD disable (Hi impedance state), L : PD enable) 10 VCO_INHIBIT VCO mode select (H : VCOOUT disable (L fix), L : VCOOUT enable) 11 VCO_GND Ground for VCO (analog ground) 12 VCO_IN VCO control voltage input 13 BIAS For adjusting VCO output frequency range (An external resistor connect between VCO_VDD and BIAS) 14 VCO_VDD Power supply for VCO (Analog power supply) E F 82 DVD-R7783 1 2 3 4 5 6 7 8 M30700FKLGP (MAIN ASSY : IC301) • Single Chip 16-bit Microcomputer A 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 B 29 98 28 99 27 100 26 P42/A18 P43/A19 P44/A20/CS3 P45/A21/CS2 P46/A22/CS1 P47/A23/CS0 P50/WRL/WR P51/WRH/BHE P52/RD P53/BCLK/CLKOUT P54/HLDA P55/HOLD P56/ALE P57/RDY P60/CTS0/RTS0 P61/CLK0/CTS0 P62/RXD0 P63/TXD0 P64/CTS1/RTS1 P65/CLK1/CTS1 P66/RXD1 P67/TXD1 P70/TA0OUT P71/TA0IN P72/TA1OUT C D P94/DA1 P93/DA0 P92/TB2IN P91/TB1IN P90/TB0IN FVCC CNVSS VCONT FMD RESET XOUT VSS XIN VCC NMI P84/INT2 P83/INT1 P82/INT0 P81/TA4IN P80/TA4OUT P77/KI3/TA3IN P76/KI2/TA3OUT P75/KI1/TA2IN P74/KI0/TA2OUT P73/TA1IN 25 30 97 24 31 96 23 32 95 22 33 94 21 34 93 20 35 92 19 36 91 18 37 90 17 38 89 16 88 15 39 14 40 87 13 41 86 12 42 85 11 43 84 10 44 83 9 45 82 8 46 81 7 47 80 6 48 79 5 78 4 49 3 50 77 2 76 1 P12/D10 P11/D9 P10/D8 P07/D7 P06/D6 P05/D5 P04/D4 P03/D3 P02/D2 P01/D1 P00/D0 P107/AN7 P106/AN6 P105/AN5 P104/AN4 P103/AN3 P102/AN2 P101/AN1 AVSS P100/AN0 VREF AVCC P97/INT4/ADTRG P96/INT3 P95/DA2 74 75 P13/D11 P14/D12 P15/D13 P16/D14 P17/D15 P20/A0/(D0) P21/A1/(D1) P22/A2/(D2) P23/A3/(D3) P24/A4/(D4) P25/A5/(D5) P26/A6/(D6) P27/A7/(D7) VSS P30/A8 VCC P31/A9 P32/A10 P33/A11 P34/A12 P35/A13 P36/A14 P37/A15 P40/A16 P41/A17 Pin Arrangement (topview) E F 83 DVD-R7783 5 6 7 8 1 2 3 4 Block Diagram A 8 I/O ports 8 Port P0 8 Port P1 Port P3 8 Port P4 Memory XIN → XOUT ROM C D-A converter (8-bit × 3 channels) 8 R0H R0L R1H R1L R2 R3 A0 A1 FB SB Watchdog timer (15-bit) FLG INTB ISP USP PC Port P10 Registers 8 M16C/80 series 16-bit CPU core Port P9 RAM 8 UART / clock synchroneous SI/O (8-bit × 2 channels) Port P6 8 System clock generating circuit 8 Port P8 Timer A0 (16-bit) Timer A1 (16-bit) Timer A2 (16-bit) Timer A3 (16-bit) Timer A4 (16-bit) Timer BD (16-bit) Timer B1 (16-bit) Timer C2 (16-bit) Port P5 A-D converter (10-bit × 8 channels) Timers B 8 Port P7 Internal peripheral functions Port P2 8 DMA controller SVF SVP VCT Multiplier Pin Function D No. E Pin Name I/O Pin Function 1 P94/DA1 I/O 8-bit I/O port P9 with same function as port P0 2 P93/DA0 I/O 8-bit I/O port P9 with same function as port P0 3 P92/TB2IN I/O 8-bit I/O port P9 with same function as port P0 4 P91/TB1IN I/O 8-bit I/O port P9 with same function as port P0 5 P90/TB0IN I/O 8-bit I/O port P9 with same function as port P0 6 FVCC − Power supply input for flash memory (5V ± 0.5V) 7 CNVSS I Connect to VSS 8 VCONT − Connect to filter circuit 9 FMD I Connect to VSS 10 RESET I Reset input The microcomputer is reset when L level is input to this pin F 84 DVD-R7783 1 2 3 4 5 No. Pin Name 6 7 I/O 8 Pin Function 11 XOUT O 12 VSS − Power supply (0V) 13 XIN I Clock input 14 VCC − Power supply (3.3V ± 0.3V) 15 NMI I NMI interrupt input 16 P84/INT2 I/O 5-bit I/O port P8 with same function as port P0 17 P83/INT1 I/O 5-bit I/O port P8 with same function as port P0 18 P82/INT0 I/O 5-bit I/O port P8 with same function as port P0 19 P81/TA4IN I/O 5-bit I/O port P8 with same function as port P0 20 P80/TA4OUT I/O 5-bit I/O port P8 with same function as port P0 21 P77/KI3/TA3IN I/O 8-bit I/O port P7 with same function as port P0 22 P76/KI2/TA3OUT I/O 8-bit I/O port P7 with same function as port P0 23 P75/KI1/TA2IN I/O 8-bit I/O port P7 with same function as port P0 24 P74/KI0/TA2OUT I/O 8-bit I/O port P7 with same function as port P0 25 P73/TA1IN I/O 8-bit I/O port P7 with same function as port P0 26 P72/TA1OUT I/O 8-bit I/O port P7 with same function as port P0 27 P71/TA0IN I/O 8-bit I/O port P7 with same function as port P0 28 P70/TA0OUT I/O 8-bit I/O port P7 with same function as port P0 29 P67/TXD1 I/O 8-bit I/O port P6 with same function as port P0 30 P66/RXD1 I/O 8-bit I/O port P6 with same function as port P0 31 P65/CLK1/CTS1 I/O 8-bit I/O port P6 with same function as port P0 32 P64/CTS1/RTS1 I/O 8-bit I/O port P6 with same function as port P0 33 P63/TXD0 I/O 8-bit I/O port P6 with same function as port P0 34 P62/RXD0 I/O 8-bit I/O port P6 with same function as port P0 35 P61/CLK0/CTS0 I/O 8-bit I/O port P6 with same function as port P0 36 P60/CTS0/RTS0 I/O 8-bit I/O port P6 with same function as port P0 A Clock output B C 37 P57/RDY I/O Single-chip mode : 8-bit I/O port P5 with same function as port P0 Memory expansion mode : function as RDY 38 P56/ALE I/O Single-chip mode : 8-bit I/O port P5 with same function as port P0 Memory expansion mode : function as ALE 39 P55/HOLD I/O Single-chip mode : 8-bit I/O port P5 with same function as port P0 Memory expansion mode : function as HOLD 40 P54/HLDA I/O Single-chip mode : 8-bit I/O port P5 with same function as port P0 Memory expansion mode : function as HLDA 41 P53/BCLK/CLKOUT I/O Single-chip mode : 8-bit I/O port P5 with same function as port P0 Memory expansion mode : function as CLKOUT 42 P52/RD I/O Single-chip mode : 8-bit I/O port P5 with same function as port P0 Memory expansion mode : function as RD 43 P51/WRH/BHE I/O Single-chip mode : 8-bit I/O port P5 with same function as port P0 Memory expansion mode : function as WRH / BHE 44 P50/WRL/WR I/O Single-chip mode : 8-bit I/O port P5 with same function as port P0 Memory expansion mode : function as WRL / WR 45 P47/A23/CS0 I/O Single-chip mode : 8-bit I/O port P4 with same function as port P0 Memory expansion mode : High-order 8-bit of address output, function as CS0 46 P46/A22/CS1 I/O Single-chip mode : 8-bit I/O port P4 with same function as port P0 Memory expansion mode : High-order 8-bit of address output, function as CS1 47 P45/A21/CS2 I/O Single-chip mode : 8-bit I/O port P4 with same function as port P0 Memory expansion mode : High-order 8-bit of address output, function as CS2 48 P44/A20/CS3 I/O Single-chip mode : 8-bit I/O port P4 with same function as port P0 Memory expansion mode : High-order 8-bit of address output, function as CS3 D E F 85 DVD-R7783 5 6 7 8 1 No. A Pin Name 2 3 I/O 4 Pin Function 49 P43/A19 I/O Single-chip mode : 8-bit I/O port P4 with same function as port P0 Memory expansion mode : High-order 8-bit of address output 50 P42/A18 I/O Single-chip mode : 8-bit I/O port P4 with same function as port P0 Memory expansion mode : High-order 8-bit of address output 51 P41/A17 I/O Single-chip mode : 8-bit I/O port P4 with same function as port P0 Memory expansion mode : High-order 8-bit of address output 52 P40/A16 I/O Single-chip mode : 8-bit I/O port P4 with same function as port P0 Memory expansion mode : High-order 8-bit of address output 53 P37/A15 I/O Single-chip mode : 8-bit I/O port P3 with same function as port P0 Memory expansion mode : Middle-order 8-bit of address output 54 P36/A14 I/O Single-chip mode : 8-bit I/O port P3 with same function as port P0 Memory expansion mode : Middle-order 8-bit of address output 55 P35/A13 I/O Single-chip mode : 8-bit I/O port P3 with same function as port P0 Memory expansion mode : Middle-order 8-bit of address output 56 P34/A12 I/O Single-chip mode : 8-bit I/O port P3 with same function as port P0 Memory expansion mode : Middle-order 8-bit of address output 57 P33/A11 I/O Single-chip mode : 8-bit I/O port P3 with same function as port P0 Memory expansion mode : Middle-order 8-bit of address output 58 P32/A10 I/O Single-chip mode : 8-bit I/O port P3 with same function as port P0 Memory expansion mode : Middle-order 8-bit of address output 59 P31/A9 I/O Single-chip mode : 8-bit I/O port P3 with same function as port P0 Memory expansion mode : Middle-order 8-bit of address output 60 VCC 61 P30/A8 62 VSS B C − I/O − Power supply (3.3V ± 0.3V) Single-chip mode : 8-bit I/O port P3 with same function as port P0 Memory expansion mode : Middle-order 8-bit of address output Power supply (0V) 63 P27/A7/(D7) I/O Single-chip mode : 8-bit I/O port P2 with same function as port P0 Memory expansion mode : Low-order 8-bit of address output, Low-order 8-bit of data input/output 64 P26/A6/(D6) I/O Single-chip mode : 8-bit I/O port P2 with same function as port P0 Memory expansion mode : Low-order 8-bit of address output, Low-order 8-bit of data input/output 65 P25/A5/(D5) I/O Single-chip mode : 8-bit I/O port P2 with same function as port P0 Memory expansion mode : Low-order 8-bit of address output, Low-order 8-bit of data input/output 66 P24/A4/(D4) I/O Single-chip mode : 8-bit I/O port P2 with same function as port P0 Memory expansion mode : Low-order 8-bit of address output, Low-order 8-bit of data input/output 67 P23/A3/(D3) I/O Single-chip mode : 8-bit I/O port P2 with same function as port P0 Memory expansion mode : Low-order 8-bit of address output, Low-order 8-bit of data input/output 68 P22/A2/(D2) I/O Single-chip mode : 8-bit I/O port P2 with same function as port P0 Memory expansion mode : Low-order 8-bit of address output, Low-order 8-bit of data input/output 69 P21/A1/(D1) I/O Single-chip mode : 8-bit I/O port P2 with same function as port P0 Memory expansion mode : Low-order 8-bit of address output, Low-order 8-bit of data input/output 70 P20/A0/(D0) I/O Single-chip mode : 8-bit I/O port P2 with same function as port P0 Memory expansion mode : Low-order 8-bit of address output, Low-order 8-bit of data input/output 71 P17/D15 I/O Single-chip mode : 8-bit I/O port P1 with same function as port P0 Memory expansion mode : High-order 8-bit of data input/output 72 P16/D14 I/O Single-chip mode : 8-bit I/O port P1 with same function as port P0 Memory expansion mode : High-order 8-bit of data input/output 73 P15/D13 I/O Single-chip mode : 8-bit I/O port P1 with same function as port P0 Memory expansion mode : High-order 8-bit of data input/output D E F 86 DVD-R7783 1 2 3 4 5 No. Pin Name 6 7 I/O 8 Pin Function 74 P14/D12 I/O Single-chip mode : 8-bit I/O port P1 with same function as port P0 Memory expansion mode : High-order 8-bit of data input/output 75 P13/D11 I/O Single-chip mode : 8-bit I/O port P1 with same function as port P0 Memory expansion mode : High-order 8-bit of data input/output 76 P12/D10 I/O Single-chip mode : 8-bit I/O port P1 with same function as port P0 Memory expansion mode : High-order 8-bit of data input/output 77 P11/D9 I/O Single-chip mode : 8-bit I/O port P1 with same function as port P0 Memory expansion mode : High-order 8-bit of data input/output 78 P10/D8 I/O Single-chip mode : 8-bit I/O port P1 with same function as port P0 Memory expansion mode : High-order 8-bit of data input/output 79 P07/D7 I/O Single-chip mode : 8-bit CMOS I/O port P0 Memory expansion mode : Low-order 8-bit of data input/output 80 P06/D6 I/O Single-chip mode : 8-bit CMOS I/O port P0 Memory expansion mode : Low-order 8-bit of data input/output 81 P05/D5 I/O Single-chip mode : 8-bit CMOS I/O port P0 Memory expansion mode : Low-order 8-bit of data input/output 82 P04/D4 I/O Single-chip mode : 8-bit CMOS I/O port P0 Memory expansion mode : Low-order 8-bit of data input/output 83 P03/D3 I/O Single-chip mode : 8-bit CMOS I/O port P0 Memory expansion mode : Low-order 8-bit of data input/output 84 P02/D2 I/O Single-chip mode : 8-bit CMOS I/O port P0 Memory expansion mode : Low-order 8-bit of data input/output 85 P01/D1 I/O Single-chip mode : 8-bit CMOS I/O port P0 Memory expansion mode : Low-order 8-bit of data input/output 86 P00/D0 I/O Single-chip mode : 8-bit CMOS I/O port P0 Memory expansion mode : Low-order 8-bit of data input/output 87 P107/AN7 I/O 8-bit I/O port P10 with same function as port P0 88 P106/AN6 I/O 8-bit I/O port P10 with same function as port P0 89 P105/AN5 I/O 8-bit I/O port P10 with same function as port P0 90 P104/AN4 I/O 8-bit I/O port P10 with same function as port P0 91 P103/AN3 I/O 8-bit I/O port P10 with same function as port P0 92 P102/AN2 I/O 8-bit I/O port P10 with same function as port P0 93 P101/AN1 I/O 94 AVSS 95 P100/AN0 96 VREF I Reference voltage input 97 AVCC − Analog power supply, connect to VCC 98 P97/INT4/ADTRG I/O 8-bit I/O port P9 with same function as port P0 99 P96/INT3 I/O 8-bit I/O port P9 with same function as port P0 100 P95/DA2 I/O 8-bit I/O port P9 with same function as port P0 A B − I/O C D 8-bit I/O port P10 with same function as port P0 Analog power supply, connect to VSS 8-bit I/O port P10 with same function as port P0 E F 87 DVD-R7783 5 6 7 8 1 2 3 4 S-8520X15MC-LYA (MAIN ASSY : IC402) • PWM Control Step-down Switching Regulator-controller A Block Diagram 5. VIN 4. EXT Pin Arrangement (topview) Oscillation Circuit VIN 5 Reference Voltage Source with Soft Start 3 VOUT PWM Control Circuit EXT 4 B VON / OFF C 3. VOUT 2. VSS 1. ON/OFF 2 VSS 1 ON/OFF Pin Function No. Pin Name Pin Function 1 ON/OFF Power off pin H = Normal operation (Step-down operation) L = Step-down operation stopped (All circuits deactived) 2 VSS Ground pin 3 VOUT Output voltage monitoring pin 4 EXT Connection pin for external trasistor 5 VIN IC power supply pin D E F 88 DVD-R7783 1 2 3 4 5 6 7 8 MM1478RFBE (MAIN ASSY : IC403) • Regulator + Reset IC A Block Diagram Cd GND N.C VOUT 8 7 6 5 1 2 3 4 N.C RESET CONT VIN Pin Arrangement (topview) B Pin Function No. 1 C Pin Name N.C Pin Function Not used Input voltage detection output Input voltage detection output pin RESET pin logic 2 RESET RESET VIN < VS L VIN > VS H Output voltage on / off control pin 3 CONT VCONT OUTPUT L OFF H ON D Connect CONT pin with VIN, when it is not used. 4 VIN Power supply input pin 5 VOUT Regulator output pin 6 N.C Not used 7 GND Ground pin Cd Delay time setting pin RESET pin output delay time can be set by the capacitance connected to the Cd pin. tPLH = 100000 • C tPLH : transmission delay time [s] C : capacitor value [F] 8 E F 89 DVD-R7783 5 6 7 8 1 2 3 4 S-8520X52MC-LZL (MAIN ASSY : IC404) • PWM Control Step-down Switching Regulator-controller A Block Diagram 5. VIN 4. EXT Pin Arrangement (topview) Oscillation Circuit VIN 5 Reference Voltage Source with Soft Start 3 VOUT PWM Control Circuit EXT 4 B VON / OFF C 3. VOUT 2. VSS 1. ON/OFF 2 VSS 1 ON/OFF Pin Function No. Pin Name Pin Function 1 ON/OFF Power off pin H = Normal operation (Step-down operation) L = Step-down operation stopped (All circuits deactived) 2 VSS Ground pin 3 VOUT Output voltage monitoring pin 4 EXT Connection pin for external transistor 5 VIN IC power supply pin D E F 90 DVD-R7783 1 2 3 4 5 6 7 8 S-T111B25MC-OGK (MAIN ASSY : IC405) • High Ripple-rejection Low Dropout CMOS Voltage Regulator Block Diagram 4. VOUT Pin Arrangement (topview) 5. VIN A VIN 5 4 VOUT Overcurrent Protector ON/OFF Circuit ON/OFF 1 B 3. NC 2. VSS 1. ON/OFF Reference Voltage Circuit VSS 2 C Pin Function No. Pin Name Pin Function 1 ON/OFF Power off pin 2 VSS Ground pin 3 NC Not used 4 VOUT Voltage output pin 5 VIN Voltage input pin D E F 91 DVD-R7783 5 6 7 8 1 2 3 4 BD7905BFS (MAIN ASSY : IC501) • 6-ch Power Compo. Driver A Pin Arrangement (topview) 54 28 1 27 B FCIN TKIN VCC LDO LDO TKO TKO FCO FCO AVM GND GND GND GND GND AGND SLO1 SLO1 SLO2 SLO2 SPCNF SLRNF2 SLRNF1 SLVDD SLIN2 SLIN1 C DVCC Block Diagram 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 47k + 67k LEVEL SHIFT LEVEL SHIFT LEVEL SHIFT PRE LOGIC 47k PRE LOGIC + 117.5k 47k TSD FF 117.5k + 67k LIMIT 47k FF OSC + LIMIT D Current LIMIT OSC FG Polarity COMP REVERSE DETECT 188k + 75k + PRE LOGIC 47k 112.5k FG 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 V GND GND GND GND GND PGND2 W SPVM2 SPRNF FG CTL1 CTL2 SPIN F 92 DVD-R7783 1 2 3 4 25 26 27 VC 9 LDIN 8 SPVM1 HW 7 U 6 PGND1 5 HB 4 HW HU 3 HV 2 HV 1 HU E DGND STBY/ BRAKE CONTROL HALL BIAS 5 6 7 8 Pin Function No. Pin Name Pin Function No. Pin Name Pin Function A 1 HU+ Hall signal U+ input 28 SLIN1 Sled motor driver input 1 2 HU- Hall signal U– input 29 SLIN2 Sled motor driver input 2 3 HV+ Hall signal V+ input 30 SLVDD Sled motor MOS pre-power supply 4 HV- Hall signal V– input 31 SLRNF1 Sled motor driver 1 current detect input 5 HW+ Hall signal W+ input 32 SLRNF2 Sled motor driver 2 current detect input 6 HW- Hall signal W– input 33 SPCNF Spindle driver filter pin 7 HB Hall bias 34 SLO2- Sled motor driver 2 negative output 8 PGND1 Ground 1 for spindle 35 SLO2+ Sled motor driver 2 positive output 9 U Spindle driver phase U output 36 SLO1- Sled motor driver 1 negative output 10 SPVM1 Power supply input for spindle 37 SLO1+ Sled motor driver 1 positive output 11 V Spindle driver phase V output 38 AGND BTL block, sled motor driver power ground 12 GND Ground 39 GND Ground 13 GND Ground 40 GND Ground 14 GND Ground 41 GND Ground 15 GND Ground 42 GND Ground 16 GND Ground 43 GND Ground 17 PGND2 Ground 2 for spindle 44 AVM Actuator driver power supply 18 W Spindle driver phase W output 45 FCO- Focus driver negative output 19 SPVM2 Power supply input for spindle 46 FCO+ Focus driver positive output 20 SPRNF Spindle driver current detect input 47 TKO- Tracking driver negative output 21 FG FG signal output 48 TKO+ Tracking driver positive output 22 CTL1 Driver logic control input 1 49 LDO- Loading driver negative output 23 CTL2 Driver logic control input 2 50 LDO+ Loading driver positive output 24 SPIN Spindle driver control input 51 VCC BTL block, loading power ground 25 DGND PWM block pre-ground 52 TKIN Tracking driver input 26 LDIN Loading input 53 FCIN Focus driver input 27 VC Control reference voltage input 54 DVCC PWM block control power supply B C D E F 93 DVD-R7783 5 6 7 8 1 2 3 4 3 4 TC74HC375AF (WIFB ASSY : IC904) • 4-bit D Type Latch A Pin Arrangement (topview) B 1D 1 16 VCC 1Q 2 15 4D 1Q 3 14 4Q G1 • 2 4 13 4Q 2Q 5 12 G3 • 4 2Q 6 11 3Q 2D 7 10 3Q GND 8 9 3D C D E F 94 DVD-R7783 1 2 5 6 7 8 8. PANEL FACILITIES REAR VIEW A 1 2 3 4 5 WIRING MONITOR IND BUSY IND B RELEASE SCSI ID LOCK 5 6 1 7 1 Busy indicator Lights when drive is busy. 2 Wiring monitor indicator Meaning of indicator when indicator is lit up: Lights when drive has been installed in changer and power cable is connected. Meaning of indicator when indicator flashes in 2-second intervals: This indicator flashes in 2-second intervals when the drive is installed in a changer and its changer interface cable has been connected. Meaning of indicator when indicator flashes in 0.5-second intervals: This indicator flashes in 0.5-second intervals when the drive in question has been specified as the drive to be swapped during the swapping of drives. 3 Changer interface cable This cable must be connected to the changer interface connector located in the changer. 4 Power cable This cable must be connected to the power inlet located in the changer. 5 Lock lever When a drive is to be removed from the changer, flip the lock lever to the released position and then pull the drive out from the changer. C 6 SCSI ID switch Set the Drive SCSI ID. Press the upper button to decrement the number, and the lower button to increment the number. Factory default: "0". 7 LVD SCSI interface connector Use to connect an optional LVD drive connector panel (DRM-LN721, for 2 drives; or DRM-LN741, for 4 drives). NOTE: Be careful not to allow any part of your body to come into contact with connector pins, as doing so may result in faulty connections or damage from static electricity. FRONT VIEW D 8 E 8 Busy indicator Lights when drive is busy. F 95 DVD-R7783 5 6 7 8 1 2 3 4 Jigs list Jig No. A B Jig Name Remarks GGS1030 Operation check program (Diagnose 5) GGP1061 Connector Assy (LVD) GGP1062 SCSI cable (LVD) GGP1063 SCSI terminator (LVD) GGV1027 CD-ROM (CDT-304) GGV1067 Recorded CD-R GGV1035 DVD-ROM (Single/DVDT-001) GGV1036 DVD-ROM (Dual/DVDT-002) GGV1231 Recorded DVD-R (8x DISC) GGV1232 DVD-R blank disc (8x DISC) GGF1485 Special device for RS-232C communication for the changer drive GGS1067 Updater 3.2.3.6.exe used for short-circuiting XCLMP Operational check items after repair Random reading 300 times C Discs to be used GGV1027 CD-ROM (CDT-304) GGV1067 Recorded CD-R GGV1035 DVD-ROM (Single/DVDT-001) GGV1036 DVD-ROM (Dual/DVDT-002) GGV1231 Recorded DVD-R (8x DISC) Writing at the innermost and outermost tracks Discs to be used GGV1232 DVD-R blank disc (8x DISC) D E F 96 DVD-R7783 1 2 3 4