Service Manual Please use this service manual with referring to the user guide (D.F.U) without fail. 385K855020 AO 3120 785 22620 First Issue:2001.04 MAR770 MAR775 CDR Module MAR770 / MAR775 TABLE OF CONTENTS 1.1 INTRODUCTION ................................................................................................ 1-1 1.2 SERVICE HINTS ................................................................................................ 1-2 1.3 SERVICE TOOLS ............................................................................................... 1-2 1.4 COMPAIR INSTALLATION INSTRUCTIONS ..................................................... 1-3 1.5 FLASH 99: A BRIEF DESCRIPTION ................................................................. 1-11 4. MECHANICAL INSTRUCTIONS............................................................................. 7 5. SERVICE MODES, FAULTFINDINGTREES ........................................................ 14 6. BLOCKDIAGRAMS............................................................................................... 33 7. ELECTRICAL DIAGRAMS AND PWB’s ................................................................34 8. ALIGNMENTS, ADJUSTMENTS ..........................................................................75 9. CIRCUIT DESCRIPTION ......................................................................................76 10. SPAREPART LIST ................................................................................................ 85 MAR770/MAR775 MARANTZ DESIGN AND SERVICE Using superior design and selected high grade components, MARANTZ company has created the ultimate in stereo sound. Only original MARANTZ parts can insure that your MARANTZ product will continue to perform to the specifications for which it is famous. Parts for your MARANTZ equipment are generally available to our National Marantz Subsidiary or Agent. ORDERING PARTS : Parts can be ordered either by mail or by Fax.. In both cases, the correct part number has to be specified. The following information must be supplied to eliminate delays in processing your order : 1. Complete address 2. Complete part numbers and quantities required 3. Description of parts 4. Model number for which part is required 5. Way of shipment 6. Signature : any order form or Fax. must be signed, otherwise such part order will be considered as null and void. SHOCK, FIRE HAZARD SERVICE TEST : CAUTION : After servicing this appliance and prior to returning to customer, measure the resistance between either primary AC cord connector pins ( with unit NOT connected to AC mains and its Power switch ON ), and the face or Front Panel of product and controls and chassis bottom. Any resistance measurement less than 1 Megohms should cause unit to be repaired or corrected before AC power is applied, and verified before it is return to the user/customer. Ref. UL Standard No. 1492. In case of difficulties, do not hesitate to contact the Technical Department at above mentioned address. 001120 A.O USA MARANTZ AMERICA, INC MARANTZ AMERICA, INC. 440 MEDINAH ROAD ROSELLE, ILLINOIS 60172 USA PHONE : 630 - 307 - 3100 FAX : 630 - 307 - 2687 BRAZIL PHILIPS DA AMAZONIA IND. ELET. ITDA CENTRO DE INFORMACOES AO CEP 04698-970 SAO PAULO, SP, BRAZIL PHONE : 0800 - 123123(Discagem Direta Gratuita) FAX : +55 11 534. 8988 JAPAN Technical MARANTZ JAPAN, INC. 35- 1, 7- CHOME, SAGAMIONO SAGAMIHARA - SHI, KANAGAWA JAPAN 228-8505 PHONE : +81 42 748 1013 FAX : +81 42 741 9190 EUROPE / TRADING MARANTZ EUROPE B.V. P.O.BOX 80002, BUILDING SFF2 5600 JB EINDHOVEN THE NETHERLANDS PHONE : +31 - 40 - 2732241 FAX : +31 - 40 - 2735578 TECHNICAL AUDIO GROUP PTY, LTD 558 DARLING STREET, BALMAIN, NSW 2041, AUSTRALIA PHONE : 61 - 2 - 9810 - 5300 FAX : 61 - 2 - 9810 - 5355 CANADA LENBROOK INDUSTRIES LIMITED 633 GRANITE COURT, PICKERING, ONTARIO L1W 3K1 CANADA PHONE : 905 - 831 - 6333 FAX : 905 - 831 - 6936 AUSTRALIA QualiFi Pty Ltd, 24 LIONEL ROAD, MT. WAVERLEY VIC 3149 AUSTRALIA PHONE : +61 - (0)3 - 9543 - 1522 FAX : +61 - (0)3 - 9543 - 3677 NEW ZEALAND WILDASH AUDIO SYSTEMS NZ 14 MALVERN ROAD MT ALBERT AUCKLAND NEW ZEALAND PHONE : +64 - 9 - 8451958 FAX : +64 - 9 - 8463554 THAILAND MRZ STANDARD CO.,LTD 746 - 754 MAHACHAI ROAD., WANGBURAPAPIROM, PHRANAKORN, BANGKOK, 10200 THAILAND PHONE : +66 - 2 - 222 9181 FAX : +66 - 2 - 224 6795 TAIWAN PAI- YUING CO., LTD. 6 TH FL NO, 148 SUNG KIANG ROAD, TAIPEI, 10429, TAIWAN R.O.C. PHONE : +886 - 2 - 25221304 FAX : +886 - 2 - 25630415 MALAYSIA WO KEE HONG ELECTRONICS SDN. BHD. SUITE 8.1, LEVEL 8, MENARA GENESIS, NO. 33, JALAN SULTAN ISMAIL, 50250 KUALA LUMPUR, MALAYSIA PHONE : +60 3 - 2457677 FAX : +60 3 - 2458180 AMERICAS SUPERSCOPE TECHNOLOGIES, INC. MARANTZ PROFESSIONAL PRODUCTS 2640 WHITE OAK CIRCLE, SUITE A AURORA, ILLINOIS 60504 USA PHONE : 630 - 820 - 4800 FAX : 630 - 820 - 8103 AUSTRALIA KOREA MK ENTERPRISES LTD. ROOM 604/605, ELECTRO-OFFICETEL, 16-58, 3GA, HANGANG-RO, YONGSAN-KU, SEOUL KOREA PHONE : +822 - 3232 - 155 FAX : +822 - 3232 - 154 SINGAPORE WO KEE HONG DISTRIBUTION PTE LTD 130 JOO SENG ROAD #03-02 OLIVINE BUILDING SINGAPORE 368357 PHONE : +65 858 5535 / +65 381 8621 FAX : +65 858 6078 1-1 1.1 INTRODUCTION This service manual explains the repair operation, software update operation and OPU (Optical Power Unit) value re-adjustment for CDR modules MAR770, MAR775 and CDR775. All these operation can be done at special authorized service center. CDR Loader CDRL4009/51 All components can be replaced as usual CD loader repair. (except CDR mechanism CDM3800) This repair operation should be done by all service agents. (1st line service) CDR Mechanism CDM3800(Laser pickup assy. + spindle + sledge) The loose CDR mechanism "CDM3800" is not available as spare parts. It must be replaced with complete CDR loader assembly CDRL4009/51. (Spare parts code number : 9305 043 20901) . CDR Main Board (PCB) Listed components on this service manual can be replaced by use the special service PC application "ComPair" or the diagnostics program installed in the CDR product itself. The instruction of the "ComPair" is mentioned on this service manual. The diagnostics program instruction is mentioned on the each CDR product service manual. Software update (DASP and MACE) DASP : The DASP (Digital Audio Signal Processor) software can be updated by the software writing application "FLASH99". The "FLASH99" is available from each Marantz service head office. The instruction of the "FLASH99" is mentioned on this service manual. The latest version of DASP software will publish with a service bulletin which mentioned software update information. MACE : The MACE (or SPICE / Servo processor) software can be updated by replacing of the FLASH EPROM chip positioned 7208. The latest version of programmed FLASH EPROM chip is available with the spare parts code number 3104 123 95240 always. OPU value adjustment After replacing the CDR loader module (9305 043 20901) the laser power of the CDR needs to be re- aligned. (or MACE software versions are 2.02 and 2.01 products.) The adjustment procedure and necessary tools/equipments are mentioned on this service manual. 1-2 1.3 SERVICE TOOLS “The tools listed below are standard test tools that can be used for repairing and testing Marantz CD Players & Recorders.” Audio signals disc 4822 397 30184 Disc without errors (SBC444)+ Disc with DO errors, black spots and fingerprints (SBC444A) 4822 397 30245 Disc (65 min 1kHz) without no pause 4822 397 30155 Max. diameter disc (58.0 mm) 4822 397 60141 Torx screwdrivers Set (straight) 4822 395 50145 Set (square) 4822 395 50132 13th order filter 4822 395 30204 Hexagon socket screw button (No. 1.5) 1.2 SERVICE HINTS ComPair V1.2 Disc 4822 727 21634 ComPair V1.6 or higher version Disc 4822 727 21637 TEST dis TD99 7104 099 93132 Interface PCB 3122 785 90200 RS232 serial cable (Straight, 9 pin connector) available at PC shop DC power supply (40V mandatory) Digital Volt meter 1-3 1.4 COMPAIR INSTALLATION INSTRUCTIONS 1.4.1 ComPair V1.2 installation Before installation, read the software license agreement on the CD-ROM: 1. Close all other applications 2. Insert CD-ROM (V1.2 : 4822 727 21634) 3. Go to File Manager (Windows 3.1x) or Explorer (Windows 95/98) 4. Choose CD-ROM drive (e.g. D) 5. Select the file SETUP.EXE and the press "Enter" 6. Choose your language By continuing with the installation of ComPair you agree to the terms of software license agreement. 7. Select the drive and directory where ComPair should be installed and follow the instructions on the screen Recommendations The computer used for ComPair will greatly influence the speed at which ComPair will run. When running ComPair, other applications should be closed. Below are the hardware requirements for running ComPair. Processor 486DX66 or better with CD-ROM drive Memory 8Mb minimum with Windows 3.1 or 3.11(*) 16Mb with Windows 95/98 Video Card VL bus or PCI with at least 1Mb memory Communication 2 free 9 pins (sub-D) serial communication ports (*) when using Windows 3.1 or 3.11, the virtual memory should be set up to use the maximum possible permanent swap file. This can make a great difference in the performance of ComPair. REMARK: The ComPair must be installed into the computer with the Windows which versions are English version or other alphabet language versions. The ComPair will not work correctly with Windows Chinese version, Korean Version, Japanese version or other non alphabet versions. 1.4.2 ComPair registration After install the ComPair V1.2 (4822 727 21634). 1. Start up the ComPair 2. Select the menu "Help" --> "Register...", then the register menu is shown. 3. Select "Fill in fax form", fill in all required contents except "Account" and press "OK". 4. Select "Print fax form" and send it to your local MARANTZ service office or "Order desk fax number" directly which shows on the "Compair registration form" menu. 5. The "Activation Code" will inform you via E-Mail or Fax.. 6. Select the menu "Help" --> "Register...", then the register menu is shown. 7. Select "Enter activation code", enter your own "Activation Code" and press "OK". REMARK: The "Activation Code" is matched with own registration code only. If you need several ComPair systems, you need other "Activation Codes". 1.4.3 ComPair update 1. Close all other applications 2. Insert CD-ROM (V1.5 : 4822 727 21637 *) 3. Go to File Manager (Windows 3.1x) or Explorer (Windows 95/98) 4. Choose CD-ROM drive (e.g. D) 5. Select the file SETUP.EXE and the press "Enter" 6. Follow the instructions on the screen * Code number 4822 727 21637 gives always the latest version of the ComPair Update to V1.5 (mandatory) 1-4 Update to V1.6 Marantz original version (only needed for V1.6 or lower version) 1. Replace the files "ComPair.exe" and "brwsr.opn" in the "ComPair folder" by the updated Marantz ones in the "ComPair.zip" file. ("ComPair.zip" can be supplied from Marantz America Inc., Marantz Europe B.V. and Marantz Japan, Inc..) 3. Edit the "ComPair.ini" file (located in the ComPair folder) NOTE: This is only necessary for ComPair upgrade version 1.5!! Change the line: "NAMFile=C:\PROGRA~1\ComPair\Data\s9aapr03.nam" into "NAMFile1=C:\PROGRA~1\ComPair\Data\s9aapr03.nam" and add the line "NAMFile2=C:\PROGRA~1\ComPair\Data\sa2sep28.nam" Where C: is the drive name in which ComPair is located * For ComPair update version 1.7, the above procedure is not needed. How to use ComPair Connection with PC + ComPair and CDR module 1. Connect PC RS232 com port and the connector 1010 on the interface PCB (3122 785 90200) via RS232 cable. (RS232 straight cable is available at each PC shop) 2. Connect the connector 1000 on the interface PCB and the connector 1818 on the CDR main board. (Spare cable is available with code number 3104 157 11120.) 3. Soldering the lead wire between the interface PCB and the CDR main board as figure below. (mandatory for OPU alignment only) 4. Soldering the lead wire between the interface PCB and the digital volt meter as figure below. (mandatory for OPU alignment only) 5. Soldering the lead wire between the interface PCB and the 40V power supply as figure below. (mandatory for OPU alignment only) Fig. 1-1 + - 40V Power Supply + - Digital Volt Meter RS232 cable PC + ComPair to the (-) point of the capacitor 2505 on CDR main board to connector 1818 on CDR Main Board to the (+)point of the capacitor 2505 on CDR main board 2. Copy the file "sa2sep28.nam" (compressed "ComPair.zip") in into the "DATA folder of ComPair". 1-5 Start up the ComPair CDR tip 1. Start up the ComPair 2. Select the menu "File" --> "Open", then the "Service Manuals" menu is shown. 3. Select the "CDR570" tip, then the "Welcome" screen for CDR is shown. 4. For usual repair and tests, follow the instructions on the screen. 5. If you choose "Alignment" menu, see "Alignment instruction" as below. Alignment instruction After replacing the CDR loader module (9305 043 20901) the laser power of the CDR needs to be re- aligned. (or MACE software versions are 2.02 and 2.01 products.) In this process both the read, write and erase powers are calculated for several disc types at different speeds: Read power: Speed = 1, Disc = CD(R) type A, B or C or CDRW Speed = 2, Disc = CD(R) type A, B or C or CDRW Write power: Speed = 1, Disc = CD(R) type A, B or C or CDRW Speed = 2, Disc = CD(R) type A, B or C or CDRW Before you start the alignment procedure you are advised to read the instructions. In these instructions you can read how the alignment procedure works and what the meaning of the screens is etc. To align the CDR follow these steps: 1. Get OPU values from sticker on OPU. 2. Connect an external power supply of 40 V and a digital volt meter (DVM) as indicated Fig. 1-1. 3. Switch on the power supply and the DVM. 4. Proceed with the alignment procedure. 1. Get the OPU values and last 5 digits from 12 nc from the sticker on the CDM To align you need two values and the last 5 digits of the 12NC that are printed on the sticker you can find on the CDM. Please make a note of these values before you start the alignment procedure. NOTE: The picture below is an example. You must NOT use the values given in this example, but the actual values that are on the OPU sticker in the CDR you are aligning. Fig. 1-2 You can read the OPU values through the hole in the CDR main board. OPU Value1 OPU Value2 Last 5 digits of 12NC 1-6 1.4.4 Connect an external power supply of 40 V and a digital volt meter (DVM) as indicated here. 1. Soldering the lead wire between the interface PCB and the CDR main board as Fig. 1-1. 2. Soldering the lead wire between the interface PCB and the digital volt meter as Fig. 1-1. 3. Soldering the lead wire between the interface PCB and the 40V power supply as Fig. 1-1. 1.4.5 Switch on the power supply and the DVM. 1.4.6 Proceed with the alignment procedure. Select the menu "Alignment" on the screen of ComPair. When starting the alignment procedure the CDR must be reset by switching the power button OFF and ON. This is to start "clean". The alignment procedure consists of 8 steps: 1. Enter OPU values 2. Enter offset value 3. Calibrate read power 4. Calibrate write power (1) 5. Calibrate write power (2) 6. Calibrate write power (3) 7. Automatic strategy alignments 8. Writing the data the the EEPROM "Previous" and "Next" buttons allow going back and forth through these steps. Sometimes going to the next or previous step takes a few seconds. The cause for this is that some initialization commands have to be sent to the CDR. In such a case the "Previous" and "Next" buttons will shortly be disabled. During the CDR alignment procedure 5 calibration values have to be set. After that ComPair will automatically align the powers for the different strategies. 1-7 Make sure you get the correct values from the sticker on the CDM. 1.4.6.2 Enter offset value Enter the offset voltage. Once the external power supply and the voltmeter are connected properly the voltmeter will show an offset voltage of approximately 40 mV. The CDR does not necessarily have to be switched on. Before reading the voltage from the display of the voltmeter wait a few seconds until it is stabilized. 1.4.6.3 Calibrate read power Calibration of the read power at 0.7 mW. To calibrate the read power (0.7 mW) use the + and - keys. First use the Coarse DAC to set the value displayed on the voltmeter as closely as possible to (BUT BELOW!) the target value. The target value is calculated from OPU value 1 and the offset value. Then use the Fine DAC to set the value exactly to the target value. When ready immediately click on the Next button to store the current settings. If this is not done the measured value will slowly be decreasing due to discharging of capacitors. 1.4.6.1 Enter OPU values and last 5 digits of 12nc In the first window of the alignment procedure the OPU values have to be entered. 1-8 Hold down the Shift key on the keyboard while clicking the "+" or "-" keys to increase or decrease the DAC value with 16. Not pressing the Shift key increases or decreases the value with 1. The physical minimum and maximum values of the Coarse DAC are 0 and 255. However if the Coarse DAC is set to a value of 200 or higher and the target value has still not been reached there is probably a defect on the laser unit. In such a case you should not proceed with the alignment procedure. The physical minimum and maximum values of the Fine DAC are 0 and 31. The ratio of the Coarse DAC versus the Fine DAC is 1:32. This means that when the Fine DAC is increased beyond 31 it will cycle back to zero, increasing the Coarse DAC with 1. 1.4.6.4 Calibrate write power (1) Calibration of the write power at 20 mW. (1) To calibrate the write power (20 mW) use the "+" and "-" keys. First use the Write DAC to set the value displayed on the voltmeter as closely as possible to (BUT BELOW!) the target value. The target value is calculated from OPU value 2. The end value of the Write DAC differs per CDM but will most likely be around 30. Hold down the Shift key on the keyboard while clicking the + or - keys to increase or decrease the DAC value with 8. Not pressing the Shift key increases or decreases the value with 1. The physical minimum and maximum values of the Write DAC are 0 and 63. However if the Write DAC is set to a value of 60 or higher and the target value has still not been reached there is most likely a defect on the CDM or loader. In such a case you are advised not to proceed with the alignment procedure. The end value of the Coarse DAC differs per CDM but will most likely be in the area of 95 to 130. 1-9 The end value of the Erase DAC differs per CDM but will most likely be around 30. It is important that the difference between the Write and Erase DAC values is not too big (2 or 3 max). For example a setting of 27 for the Write DAC and 32 for the Erase DAC is not good. If this happens go back using the "Previous" button and increase the Write DAC a bit. It may be that the measured value exceeds the target value a bit, but that is OK in this case. Then return to this window and reset the Erase DAC. Hold down the Shift key on the keyboard while clicking the "+" or "-" keys to increase or decrease the DAC value with 8. Not pressing the Shift key increases or decreases the value with 1. The physical minimum and maximum values of the Erase DAC are 0 and 63. However if the Erase DAC is set to a value of 60 or higher and the target value has still not been reached there is most likely a defect on the CDM or loader. In such a case you are advised not to proceed with the alignment procedure. 1.4.6.6 Calibrate write power (3) Calibration of the write power at 20 mW. (2) To calibrate the write power (20 mW) use the "+" and "-" keys. Use the PW Driver DAC to set the value displayed on the voltmeter within a few mV from the target value. The target value is calculated from OPU value 2. The initial value of the PW Driver DAC is 200. The target value should be reached with only a few clicks. The PW Driver DAC end value should be between 190 and 210. 1.4.6.5 Calibrate write power (2) Calibration of the write power at 20 mW. (2) To calibrate the write power (20 mW) use the "+" and "-" keys. First use the Write DAC to set the value displayed on the voltmeter as closely as possible to the target value. The target value is calculated from OPU value 2. 1-10 Note: The total automatic alignment process takes approximately 30 minutes. The read and write strategies are aligned automatically. The alignments are done based on the calibration values that were set in the previous steps. In total there are 8 strategies to be aligned. The "Overall progress" progress bar shows how many strategies have been aligned so far. Per strategy there are several alignments that have to be done. The number of alignments differs per strategy. The progress per strategy is given by the "Per strategy" progress bar. The progress per alignment is shown with the "Per alignment" progress bar. For each alignment there is a measured value, a target value and a control value. The measured value is the value that is read from the CDR using an AD Converter. The target value is the value that should be measured. The control value is the value of the DAC or register that is used to control the alignment. So using the control DAC or register the measured value is set to the target value. 1.4.6.8 Writing the data the the EEPROM Write the data to the EEPROM When the alignments are completed the data have to be written to the EEPROM of the CDR. To do this click the "Finish" button. A progress bar shows the progress. 1.4.6.7 Automatic strategy alignments Automatic strategy alignments. 1-11 1.5 FLASH 99: A BRIEF DESCRIPTION 1.5.1 Intro Flash99 allows you to test and reflash MAR770, MAR775 and CDR99 module. What you need: · The Flash99 program · A win95 / WinNT PC with 2 serial ports. · An interface board. · Two direct serial cables. (Do not use nullmodem cables!) · a CDR99 module 1.5.2 Connection: CDR 99 Module 7 – wire connection COM 1 COM 2 Switch. ( in outmost position ! ) not used for DASP download PC Serial cables 1010 1011 1014 Interface 3122 785 90200 1015 1009 1000 Make sure Com1 and Com2 are connected correctly. 1.5.3 How to start: When all connections are in place, it is time to start the flash99 program: The start-up screen looks like this: Status window displays selected .dwn file Select baud rate Make sure correct baud ate is selected here. Menu buttons Use these to browse through the MDD menu Main Menu button Takes you back to the main menu Terminal window Gives Mdd menu info. Select File ... Select appropriate .DWN file 1-12 When flash99 is started, we can power_up the cdr99 player: After a few seconds, the MDD menu appears: You can use the MDD menu to test the basic functionality of the player. Select the correct menu-item with the buttons 1..9. Select the MAIN MENU button for the main MDD window. You can also select a menu-item by activating the terminal window, (click on it once) and then use the numeric keypad to browse to the menu’s. 1.5.4 Reflashing Suppose we want to reflash the player at 115200 baud with the cdr99_test.dwn file. We need to: - select the correct download speed - select the correct flash file - use the MDD menu to put the cdr99 player in Download standby mode ( item 6 or 7 in the main menu, depending on the download speed ) - start flashing - wait until player restarts ( the MDD menu appears again after flashing is finished) Click the select file... button: A file browser window appears. Go to the correct directory and select the appropriate .dwn file. NOTE: you can only select .DWN files. The program ignores other file extensions. We’ll select the CDR99_test.dwn file. Power_up player : after a few seconds, the Mdd menu appears Select the file you want to download. You can select the file with the open button, or double click on it. 1-13 The CDR99_test.dwn file is now selected. The Baud rate selection is correct. The player is not in download standby yet. select item 6. (115200 baud) now that the player is in download standby, we can select FLASH ! to start downloading the new software. The program starts downloading the new software. THE PLAYER AT THIS MOMENT !! DO NOT POWER DOWN 1-14 The flash will be reprogrammed DO NOT POWER DOWN THE PLAYER AT THIS MOMENT !! Wait until the MDD menu appears again before you power down the player. When flashing is finished, The MDD menu appears again. This means that the player was successfully programmed. Selecting the flash button when the player is not in download mode, or in the wrong baud rate, This error occurs. Check all settings and try again. Problem list : - The MDD menu doesn't appear when you power_up the player. make sure COM1 and COM2 are connected correctly. try switching the serial cables. - I can only download at 115200 baud. there is no 7 item in the mdd menu. th Possible. Downloading at 19200 baud was not implemented in the first CDR99 software. you will have a 7 option after re-flashing. th Mechanical instructions GB 7 CDR 3rd gen. 4. 4. Mechanical instructions 4.1 Loader CDL4009 CDL4009 consists of metal loader bracket item 82 and glued on it an identification sticker (on which the module production number and production code is printed); 4 suspension rubbers items 76, 77, 78 and 79 which carry loader assembly item 81; and on the bottom side the CDR mainboard 1001 is mounted. Notice that mainboard is dependant to the applied set and has to be adjusted to mounted CDM in loader in case of exchange. See next figure, Loader CDL4009 Figure 4-1 To demount loader module CDL4009: 1. Mainboard item 1001. Beware of connections to CDM. Optical pick-up unit has to be ESD protected! 2. Loosen suspensions 76, 77, 78 and 79 from metal loader bracket 81 3. Take out Loader assy CDL MAIN BOARD CDR M3 X 6 LOADER ASSY CDL SUSPENSION LOADER BRACKET 82 76 77 78 79 81 1001 97 98 99 100 82: LOADER BRACKET 3104 121 23900 81: LOADER ASSY CDL 9305 043 20900 76: SUSPENSION 3104 144 05730 CL06532018_001.eps 090300 Mechanical instructions GB 8 CDR 3rd gen. 4. 4.2 Exploded view CDL3800 Figure 4-2 01 4822 691 10764 CHASSIS 02 4822 361 11131 TRAY MOTOR ASSY 03 4822 492 11709 MOTOR SPRING 04 4822 277 11838 SWITCH 10 4822 532 13097 TULE 13 4822 492 11709 MOTOR SPRING 14 4822 528 11295 PULLEY WHEEL 17 4822 358 10266 BELT 18 1822 522 10739 RACK GEAR WHEEL 19 4822 522 10741 TRAY GEAR WHEEL 20 4822 402 11221 RACK 21 4822 418 10421 TRAY BLACK 32 4822 492 11711 RACK SPRING 33 4822 535 10588 PLUG 34 4822 535 10588 PLUG 37 4822 466 12131 RUBBER 38 4822 466 12131 RUBBER 39 4822 466 12131 RUBBER 40 4822 466 12131 RUBBER 41 4822 466 12132 CLAMPER BRIDGE 42 4822 466 12133 CLAMPER CL06532018_002.eps 100300 Mechanical instructions GB 9 CDR 3rd gen. 4. Figure 4-3 4.3 DEMOUNTING LOADER CDL3800 Remove the following items starting with: (For the item numbers refer to the Exploded Views CDL3800, figure 4.2) 4.3.1 Release and remove tray Push to open the tray on the rack (item 20) Figure 4-4 Figure 4-5 Tray Pull out the tray (item 21) until it stucks. Press the lock at the left side of the tray upwards. Pull out the tray. Figure 4-6 Tray motor assey Remove the tray motor belt (item 17). Loosen the motorspring (item 3) with a pair of tweezers or a screwdriver via the rectangular hole at the right side of the tray motor. Clamper bridge Bend the locks-profiles on both sides of the clamper bridge (item 41) carefully to the outside and lift up the clamper bridge. CDM Place the loader upside down and remove the motorspring (item 13) with a pair of tweezers or a screwdriver, but hold the CDM so it can’t fall down. Rack First remove the rack spring (item 32) by unscrewing items 11 and 12. CL06532018_003.eps 090300 CL06532018_004.eps 210200 CL06532018_005.eps 210200 PULL TO REMOVE TRAY CL06532018_006.eps 210200 Mechanical instructions GB 10 CDR 3rd gen. 4. Clamper Figure 4-7 CL06532018_007.eps 210200 Mechanical instructions GB 11 CDR 3rd gen. 4. 4.4 Exploded view CDM3800 Figure 4-8 CDM 3800 CL06532018_012.eps 020300 1.3 1.4 1.5 1.6 Mechanical instructions GB 12 CDR 3rd gen. 4. 3104 147 01580 CDM3800 COMPLETE 1: 4822 691 10765 MOUNTING PLATE ASSY 1.3: 4822 361 11132 SLEDGE MOTOR ASSY 2: 3104 147 12890 OPU-24.24 3: 4822 535 10591 THIRD BEARING AXLE 4: 4822 535 10591 AXLE 12: 4822 528 11297 COMBI WHEEL 13: 4822 522 10742 GEAR RACK ASSY 22: 3104 141 21830 THIRD BEARING SPRING 2100: 4822 126 13196 100nF 10% 25V 3100: ∆4822 051 20101 100Ω 5% 0,1W 5101: 4822 130 11531 SENSOR LT125A 4.5 Cleaning objective lens 4.5.1 CLEANING PRESCRIPTION OBJECTIVE LENS • Cleaning fluid The lens cleaner codenumber reads 4822 389 10026 • Procedure • Take a clean cotton wool tipped stick and put Lens- cleaner on the wool. • Wipe the lens very softly with the wet wool end of the stick by moving it forwards and backwards in the Y- direction. (see drawing) • Take a dry cotton wool tipped stick and remove the Lens-cleaner from the lens by moving it very softly back and forth in the Y-direction (see drawing) • During cleaning, take the necessary precautions in order to prevent damage to the*Actuator (hinges, lens, litze-wires) or OPU (ESD, ...) Do not remove axle (item 4, see drawing) from OPU, because the fixing screws of axle are deforming it at it's end. On their turn these deformings are damaging the hinges of the OPU when loosening the axle. • Application This cleaning procedure is only applicable for the flat side (upside) of the lens. Never try to clean the round side (underside) of the lens (replica-side). With this cleaning procedure, fingerprints and dust can easily be removed with very soft and gently movements of the cotton wool tipped stick. • Limitation This cleaning procedure is only applicable in cases of malfunctions of the product, due to lens-problems. It's not ment to be applied on 100% of the actuators, OPU's. After cleaning, the product must be re-checked on it's functionality. Figure 4-9 Y CL06532018_008.eps 210200 4 Mechanical instructions GB 13 CDR 3rd gen. 4. 4.6 Lubricating 4.6.1 LUBRICATING INSTRUCTIONS FOR GENERIC LOADING CDL3800 USE TRIBOL GREASE (1322 523 78101) Be careful when lubricating the parts. For parts and points to apply grease, refer to the drawing figure 4-10. Avoid excess grease. B. The bearing of the gearwheel. Grease on upper part of cylindrical surface.o C. Guiding and 2 guiding pins of the rack on the chassis.o D. The guiding of the rackspring.* E. The 2 guiding.profiles of the rack* F. 10 guiding surface of the chassis on the tray.* G. The guiding pin on the rack.* H. On top (in the middle) of the 4 rubbers.* I. Guiding on the chassis of the tray. Grease around the 5 guiding pins.* J. The guiding ribs of the chassis for guiding the CDM-nose.* o=Lubricated with dosing apparatus. *=Lubricated with a brush. Figure 4-10 4.6.2 Lubricating instructions for CDM3800 USE TRIBOL GREASE (1322 523 78101) The third bearing axle (item 3, 4822 535 10591) on the upperside of the axle 2x The third bearing axle on the bottomside of the axle 2x The OPU bearing with Mobil Oil SHC 629 (see next paragraph) The top of the worm The pressed in axle on the top The gear rack assy (item 13, 4822 522 10742) on the teeth2x Between worm and combiwheel (item 12, 4822 528 11297)2x Figure 4-11 Oiling the centrifuged bearings USE MOBIL OIL SHC 629 (3104 129 52260) Use dose apparatus Place the needle against the bearing and axle. Dose one (1) drop of oil there where the bearing touches the axle (see drawing figure 4-12) Repeat this handling for the second bearing Move the OPU for a few times up and down. REMARKS: Do not use the oil on the axle alone. Always place the oil drop against the bearing. No oil on top of the OPU. Figure 4-12 CL06532018_009.eps 210200 CL06532018_010.eps 020300 2x 1 DROP OF OIL CL06532018_011.eps 020300 Service modes, repair tips and faultfinding trees GB 14 CDR 3rd gen. 5. 5. Service modes, repair tips and faultfinding trees 5.1 Service modes In this paragraph the internal selfdiagnostics without opening the set and use of other tools is described. Notice: Module is mounted in a set 5.1.1 Dealer mode The purpose of the dealer mode is to prevent people taking out the CD inside the player at exhibitions, showrooms etc.. This mode disables the open/close function of the player. The dealer mode can be switched on and off pressing keys [OPEN/CLOSE] and [STOP] of the CDR player simultaneously while switching on the unit. The dealer mode is stored in the flash memory and can only be changed by executing the above actions. 5.1.2 Dealer diagnostics Figure 5-1 Description The intention of the dealer diagnostics is to give an indication of the CDR player status. An inexperienced, even non- technical dealer will/can perform the test. Tests are executed automatically without need for external tools or disassembly of the unit. This test checks the CDR main board using the same tests as the electrical service diagnostics program. Only the result of the test, “PASSED” or “ERROR”, will be shown on the display. Pressing keys [F FWD] and [REWIND] simultaneously while switching on the unit, starts the test. Switching off the unit ends the test. Requirements to perform the test • Working keyboard to start up the test. • Working local display to check the output messages. DEALER DIAGNOSTICS (status of player) Press + simultaneously and switch ON unit If power ON, switch power OFF Set OK? To end test, switch OFF unit “ Set displays PASSED” Display blinks “BUSY” during test YES NO Set displays “ERROR” CL96532086-024.eps 090999 Service modes, repair tips and faultfinding trees GB 15 CDR 3rd gen. 5. 5.1.3 Electrical service diagnostics Figure 5-2 CDR MAIN BOARD TEST ELECTRICAL SERVICE DIAGNOSTICS (software versions, test for defective components) PLAYER INFORMATION YES NO Tests OK? If power ON, switch power OFF Load CD-DA disc (SBC444A) Press + simultaneously and switch ON unit Display : "PLAYER ID" "SW VERSION BACK END" "SW VERSION CDR LOADER" (CDR775 "SW VERSION CD LOADER") Display : "DTST1" DRAM test (7702) Display : "DTST2" FLASH CHECKSUM test (7703) Display : "DTST3" FLASH ERASE test (7703) Display : "DTST4" CODEC test (7406) Display : "DTST5" CDR LOADER COMMUNICATION test Display : "DTST6" * CD LOADER COMMUNICATION test PASS OR FAIL PASS OR FAIL PASS OR FAIL PASS OR FAIL PASS OR FAIL PASS OR FAIL Display : "DERRn" n = failed test Display next failed test ABORT TEST Press ABORT TEST Press ABORT TEST Press ABORT TEST Press ABORT TEST Press LOADER TESTS Display shows current disc time CDR LOADER TEST CD-DA disc must be loaded ABORT TEST Press YES NO Test OK? Display : "BERR1" or "NO CDDA" or "NO DISC" Display shows current disc time CD LOADER TEST * CD-DA disc must be loaded YES NO Test OK? Display : "BERR2" or "NO CDDA" or "NO DISC" * FOR CDR775 ONLY ABORT TEST Press Press Display segments blink at f=1kHz DISPLAY TEST Press DISPLAY TEST Press Display shows name of pressed keys KEYBOARD & RC TEST KEYBOARD & RC TEST To end test, switch OFF unit * FOR CDR775 ONLY CL 96532086_025.eps 090300 Service modes, repair tips and faultfinding trees GB 16 CDR 3rd gen. 5. Description The intention of the electrical service diagnostics is to show the software versions present in the player and to direct the dealer towards defective internal units. The units are : the CDR main board, the CDR loader, the CD loader in case of a CDR775 and the keyboard/display board. A sequence of tests is executed automatically. Some of the tests can be aborted or skipped without the result being taken into account. External tools or disassembly of the unit is not necessary to get the diagnostic information. Pressing keys [PLAY/PAUSE] and [F FWD] simultaneously while switching on the unit, starts the test. Switching off the unit ends the test. Requirements to perform the test • Working keyboard to start up the test. • Working local display to check the output messages. • A CD-DA disc with a minimum of 3 tracks in all trays to perform the disc test. Description of the tests Player information In this part of the test the following important information can be checked without removing the cover : • Recorder ID. • SW-version back end of player. • SW-version CDR loader. • SW-version CD loader (only for CDR775). CDR main board test [F FWD] key. The message “DERRn” will be displayed with n indicating the faulty test number. If one of the tests is aborted with the [F FWD] key, no error message will be displayed for this test. The flash data erase test (“DTST3”) can not be aborted ! The CDR main board test consists out of : DRAM test Display : “DTST1”. The DRAM used for buffer management is tested by writing, reading and verifying test patterns. Flash checksum test Display : “DTST2”. This test checks the checksum of the player’s SW stored in the flash. Flash data erase Display : “DTST3”. During this test, all temporary information (CDtxt) in the flash is erased. CODEC (ADC/DAC) test Display : “DTST4”. This test checks the CODEC IC by writing, reading and verifying test patterns. The test is not applicable for CDR950. CDR communication test Display : “DTST5”. The communication between the host processor (DASP) and the CDR loader via the DSA-R-bus is tested. CD communication test Display : “DTST6”). The communication between the host processor (DASP) and the CD loader is tested. The test is only applicable for CDR775. Loader tests These tests determine if the CDR loader and the CD loader in case of a CDR775 work correctly. A CD-DA disc with a minimum of 3 tracks needs to be inserted in both loaders. A disc test is executed to check focus control, disc motor control, radial control and jump grooves control. The disc test is performed by audio play-back of 5 seconds at the beginning, middle and end of the disc. CDR loader test During the test, the current disc time is shown. In case of an error the message “BERR1” will be displayed and the [F FWD] key must be pressed to continue with the following test. Pressing the [F FWD] key also aborts this test. CD loader test For CDR775 only. During the test, the current disc time is shown. In case of an error the message “BERR2” will be displayed and the [F FWD] key must be pressed to continue with the following test. Pressing the [F FWD] key also aborts this test. Display test All segments will blink at a frequency of 1 Hz. Pressing the [F FWD] key will start the next test because the user has to check for himself if all segments work properly. Keyboard and remote control tests The test will give the user the ability to test every key without executing the function assigned to it. Therefore, the user needs to press every key on the keyboard and the remote control. The display will show the name of the key being pressed. Pressing more than one key at once will give an unpredictable result except for the service combinations : [PLAY/PAUSE] + [STOP], [PLAY/PAUSE] + [F FWD], [F FWD] + [REWIND], [ERASE] + [RECORD], [PLAY/PAUSE] + [RECORD], [OPEN/CLOSE] + [PROGRAM]. 5.1.4 Mechanical service diagnostics Figure 5-3 Description No external tools are required to perform this test. The cover needs to be removed because the user has to check the movements of the tray, focus and sledge visually. Pressing keys [PLAY/PAUSE] and [STOP] simultaneously while switching on the unit, starts the test. Switching off the unit ends the test. In case of a CDR775, one can check the CD loader mechanics in the same way by pressing the above key combination on the CD player keys. Requirements to perform the test • Working keyboard to cycle through the tests and to start up the test. • Working local display to check the output messages. FOCUS TEST Display shows “BUSY” Visual inspection TRAY TEST Visual inspection Display shows “OPENED” even if tray is blocked SLEDGE TEST Visual inspection MECHANICAL SERVICE DIAGNOSTICS (test for defective components) Press + simultaneously and switch ON unit If power ON, switch power OFF To end test, switch OFF unit Display shows “BUSY” CL96532086_026.eps 080999 Service modes, repair tips and faultfinding trees GB 17 CDR 3rd gen. 5. Description of the tests Focus control test The focussing lens is continuously moving up and down. The display reads “BUSY”. Sledge control test After pressing [F FWD] the sledge continuously moves up and down. Pressing [REWIND] stops the sledge at the position it is in and the focus control test resumes. The display reads “BUSY”. Tray control test This test starts from within the focus control test routine. Pressing [OPEN/CLOSE] moves the tray in or out. In the tray open position one can initiate focus and sledge tests by pressing [F FWD]. One has to stop these tests pressing [REWIND] before it is possible to close the tray again. Depending on the action the display reads “OPEN”, “OPENED”, “CLOSE” or “BUSY”. 5.1.5 DC-erase service mode Figure 5-4 Description This test is initiated by pressing [ERASE] and [RECORD] simultaneously while switching on the unit. The player will erase a complete CD-RW disc (including PMA and ATIP lead out area) at speed N=2. The display shows the countdown of the remaining time required for the operation to complete. The format is “ER mm:ss”, where “mm” are the remaining minutes and “ss” the remaining seconds. After completion the message “PASSED” is shown, and the player has to be switched off and on again to start up in normal operating mode. Switching off the unit before completion of the test, leaves the disc in an unpredictable state. In such case only a complete DC-erase procedure can recover the CD-RW disc. Requirements to perform the test • Functional CDR player. • A CD-RW audio disc must be present in the tray. 5.1.6 Burn in mode Description: The Burn In mode is an endless cycle of: • DC-Erase to erase the CDRW disc with maximum laser power. • Recording a CDRW disc • Finalising at double speed The Burn In mode is used to test intermittent faults of the loader. Requirements to perform the test: • Working Local Keyboard: needed to start up the test. • Working Local Display: all output messages must be displayed on the local display. • Analog source connected to the CDR99 player • CDRW disc in tray Burn in sequence – Initialisation The ‘Burn In’ mode is initiated by pressing the PAUSE> and key on the local keyboard at the same time, and then switching the POWER switch on. – Continuous loop The following picture shows the burn in sequence. Burn in sequence Figure 5-5 Continuously do DC erase, record complete CDRW and then finalise until the player is powered off. When an error is detected during writing, the DC erase procedure is called again., the disc will be DC erased and the cycle starts again. During the test the display shows the number of hours for which the test is running and the number of errors detected during the test. The display looks as follows : “HH BI RE FE” HH : number of hours on digits 1 and 2 “BI” : burn in mode, digits 3 and 4 RE : number of errors detected during DC erase and write CDRW modes on digits 7 and 8 Load CD-RW disc Press + simultaneously and switch ON unit Display shows: “PASSED” when the erase function is completed “ERROR” if DC ERASE fails Display shows: “ER mm:ss” mm :remaining minutes ss :remaining seconds TOTAL and REM are also illuminated DC ERASE SERVICE MODE (erasement of complete CD-RW) To end test, switch OFF unit CL96532086_027.eps 080999 Write CDRW Finalise DC erase Write complete without error error Erase complete without error Finalise complete with or without error CL06532018_071.eps 030300 Service modes, repair tips and faultfinding trees GB 18 CDR 3rd gen. 5. FE : number of errors detected during finalise modes on digits 10 and 11 If started up with a disc other than a CDRW disc the display shows : ”WRONG DISC”, if no disc is inserted display : “NO DISC”. – End of test To exit the Burn In mode, power off the player. 5.2 Faultfinding Trees The faultfinding trees and repair suggestions like the power supply voltages for proper functioning of the mainboard are indicated here. 5.2.1 CDR-Module Figure 5-6 Figure 5-7 NO DISC LOADED SWITCH ON POWER PRESS SEE CD-DA DISC FAULT FINDING SEE CD-R DISC FAULT FINDING SEE CD-RW DISC FAULT FINDING INSERT DISC PRESS DISPLAY? DISPLAY: "INSERT DISC" CD-DA DISC LOADED? CHECK: • POWER SUPPLY (SEE FAULT FINDING GUIDE PSU) ⇒ WIRING ⇒ ON/OFF SWITCH ⇒ FUSES ⇒ VOLTAGES • DISPLAY (SEE FAULT FINDING GUIDE DISPLAY BOARD) ⇒ WIRING ⇒ CONTROL SIGNALS ⇒ CLOCK SIGNAL 8MHz ⇒ SUPPLY VOLTAGES ⇒ ELECTRICAL SERVICE DIAGNOSTICS: DISPLAY TEST, KEYBOARD TEST • POWER SUPPLY VOLTAGES • ELECTRICAL SERVICE DIAGNOSTICS: REPLACE CDR MODULE IF "DERRn" OR "BERRn" ERROR OCCURS CHECK: • MECHANICAL SERVICE DIAGNOSTICS: REPLACE CDR MODULE IF ERROR OCCURS TRAY? CD-R DISC LOADED? NO NO NO NO NO YES YES YES YES YES CD-RW DISC LOADED? YES STBY LED? PRESS • MAINS, MAINS CABLE CHECK: STANDBY LED ⇒ NO YES ⇒ KEYBOARD • WIRING • DISPLAY BOARD (SEE FAULT FINDING GUIDE DISPLAY BOARD) ⇒ WIRING ⇒ CONTROL SIGNALS ⇒ CLOCK SIGNAL 8MHz ⇒ SUPPLY VOLTAGES ⇒ ELECTRICAL SERVICE DIAGNOSTICS: DISPLAY TEST, KEYBOARD TEST ⇒ KEYBOARD CL 96532076_016.eps 290799 PLAY BACK OF CD-DA DISCS OK PRESS CD-DA DISC LOADED CHECK: CHECK: • PLAY AUDIO SIGNALS DISC TRACK 15: SIGNAL OF 5.4 VPP ON PINS 1 AND 3 OF CONN. 1000 KILL VOLTAGE (pin 7 conn. 1000): -8V DURING PLAY NO NO NO NO NO YES YES YES YES HEADPHONE? DIGITAL YES DISTORTION? DISPLAY: “CD” & T.O.C. INFO? YES DISC DETECTION & READING? • ELECTRICAL SERVICE DIAGNOSTICS: REPLACE CDR MODULE IF "DERRn" OR "BERRn" ERROR OCCURS CHECK: • DISC: DIRT, SCRATCHES, DAMAGED... NO • POWER SUPPLY VOLTAGES • ELECTRICAL SERVICE DIAGNOSTICS: REPLACE CDR MODULE IF "DERRn" OR "BERRn" ERROR OCCURS CHECK: • WIRING I/O BOARD ⇒ FLEX CONNECTION ⇒ ⇒ ⇒ +5V (pin 8 conn. 1000) KILL TRANSISTORS 7006,7007,7008, 7009 AUDIO ANALOG OUT? • ELECTRICAL SERVICE DIAGNOSTICS: REPLACE CDR MODULE IF "DERRn" OR "BERRn" ERROR OCCURS • AUDIO CONNECTIONS & CABLES CHECK: • I/O BOARD ⇒ FLEX CONNECTION ⇒ +5V (pin 8 conn. 1000) • ELECTRICAL SERVICE DIAGNOSTICS: REPLACE CDR MODULE IF "DERRn" OR "BERRn" ERROR OCCURS • AUDIO CONNECTIONS & CABLES ⇒ • WIRING OF HEADPHONE/IR BOARD • ELECTRICAL SERVICE DIAGNOSTICS: REPLACE CDR MODULE IF "DERRn" OR "BERRn" ERROR OCCURS CHECK: DIGITAL OUT TRANSFORMER 5450, IC7005 • AUDIO CONNECTIONS & CABLES • I/O BOARD ⇒ FLEX CONNECTION ⇒ ⇒ +5V (pin 8 conn. 1000) • ELECTRICAL SERVICE DIAGNOSTICS: REPLACE CDR MODULE IF "DERRn" OR "BERRn" ERROR OCCURS AUDIO OUT? CL 96532076_017.eps 290799 Service modes, repair tips and faultfinding trees GB 19 CDR 3rd gen. 5. Figure 5-8 Figure 5-9 5.2.2 Mainboard Power supply part on mainboard • Description. The most important part of an electrical function is the power supply. Without it will never operate. The power supplies as well analog as digital equipment. For these reasons the power supply is split-up in different sections. One for the digital electronics, one for the servo controls and one for the AUDIO part. The servo controls are the big consuming parts with high peak-currents, also introducing disturbances in the power lines. The audio part needs very “clean” power, because noise and ripples have there reflection in the audio signals, specially in S/ N and THD+N. Some of the power supplies are switched off, this to reduce consumption in case of standby. The different power supplies are delivered to the PCB via connector 1500 This is a 11 pole connector with following voltages on it: +5V, +12V, -8V, VFTD, VDC1 and VDC2. The last 3 voltages are not used on the main PCB, but are meant for the FTD (Fluorescent Tube Display). They are directly routed to connector 1705. The other voltages are split up in different functions on the PCB. The following block-diagram gives an indication of that implementation. Figure 5-10 • Power supply to main board. Power supply enters the BOARD via connector 1500. Pinning as follows: Connector 1500 pin 1: VDC2 : 3V8 (10% pin 2: VFTD : -38V (5% pin 3: VDC1 : 3V8 (10% pin 4: GND : Ground. pin 5: D5V : +5V (5% pin 6: D5V : +5V (5% pin 7: GND : Ground. pin 8: GND : Ground. pin 9: GND : Ground. pin 10: 12V : 12V (10% pin 11: -8V : -8V (10% FINALISED CD-R DISC LOADED SET OK CD-R DISC PARTIALLY RECORDED OR EMPTY START RECORDING FROM DIGITAL SOURCE START MANUAL RECORDING FROM ANALOG SOURCE CD-R DISC LOADED LEVEL ADJUSTABLE? NO YES DIGITAL IN? OPTICAL IN? NO YES RECORDING SUCCESSFUL? NO YES NO YES DISPLAY: “CD R” & OPC INFO? YES DISC DETECTION & READING? • ELECTRICAL SERVICE DIAGNOSTICS: REPLACE CDR MODULE IF "DERRn" OR "BERRn" ERROR OCCURS CHECK: • DISC: DIRT, SCRATCHES, DAMAGED... NO • POWER SUPPLY VOLTAGES • ELECTRICAL SERVICE DIAGNOSTICS: REPLACE CDR MODULE IF "DERRn" OR "BERRn" ERROR OCCURS CHECK: • WIRING NO YES DISPLAY: “CD” & T.O.C. INFO? SEE CD-DA DISC FAULT FINDING CHECK: • • ELECTRICAL SERVICE DIAGNOSTICS: REPLACE CDR MODULE IF "DERRn" OR "BERRn" ERROR OCCURS • DISPLAY BOARD (SEE FAULT FINDING GUIDE DISPLAY BOARD) ⇒ EASY JOG KNOB ⇒ I2C COMMUNICATION ⇒ ELECTRICAL SERVICE DIAGNOSTICS: KEYBOARD TEST • AUDIO CONNECTIONS & CABLES CHECK: IC7005, OPTICAL RECEIVER 6000 • AUDIO CONNECTIONS & CABLES • I/O BOARD ⇒ FLEX CONNECTION ⇒ ⇒ +5V (pin 8 conn. 1000) • ELECTRICAL SERVICE DIAGNOSTICS: REPLACE CDR MODULE IF "DERRn" OR "BERRn" ERROR OCCURS CHECK: • ELECTRICAL SERVICE DIAGNOSTICS: REPLACE CDR MODULE IF "DERRn" OR "BERRn" ERROR OCCURS CL 96532076_018.eps 290799 CD-RW DISC LOADED START ERASING OF LAST RECORDED TRACK SET OK ERASING SUCCESSFUL? YES NO FINALISED CD-RW DISC LOADED CD-RW DISC PARTIALLY RECORDED OR EMPTY NO YES DISPLAY: “CD RW” & OPC INFO? YES DISC DETECTION & READING? • ELECTRICAL SERVICE DIAGNOSTICS: REPLACE CDR MODULE IF "DERRn" OR "BERRn" ERROR OCCURS CHECK: • DISC: DIRT, SCRATCHES, DAMAGED... NO • POWER SUPPLY VOLTAGES • ELECTRICAL SERVICE DIAGNOSTICS: REPLACE CDR MODULE IF "DERRn" OR "BERRn" ERROR OCCURS CHECK: • WIRING NO YES DISPLAY: “CD” & T.O.C. INFO? SEE CD-DA DISC FAULT FINDING CHECK: • ELECTRICAL SERVICE DIAGNOSTICS: REPLACE CDR MODULE IF "DERRn" OR "BERRn" ERROR OCCURS • IF DISC CORRUPTED TRY DC ERASE CL 96532076_019.eps 290799 1500 VFTD, VDC1, VDC2 Audio Part Digital Part Servo Part 1705 -8V +12V +5V 3V3 -5V 9V -8VA +12VA +5VA D5V D3V3 D5VS L5V 12VPWR +9SRVPWR A-8V L-5V FS30V Power_up. L12V DC to DC CL06532018_013.eps 030300 Service modes, repair tips and faultfinding trees GB 20 CDR 3rd gen. 5. Figure 5-11 +5V (+/-5%) conn. 1500 pin 5 and 6 +12V (+/-10%) conn. 1500 pin 10 - 8V (+/- 10%) conn. 1500 pin 11 NOK Check power supply unit OK 5VA testpoint 1 NOK Check fuse 1542 D3V3 testpoint 2 Check fuse 1542, IC7535 D5V testpoint 3 Check fuse 1543 OK POWER_UP signal = +3V3 at testpoint 14 NOK Check IC7270 MACE OK Check fuse 1543, T7520, T7523, T7524 D5VS testpoint 4 NOK L5V testpoint 5 +12VA testpoint 6 Check fuse 1541 Check fuse 1543, T7520, T7523, T7524 P12V testpoint 7 Check fuse 1541 12VPWR testpoint 8 Check fuse 1541, T7527, T7528 +9SRVPWR testpoint 9 Check fuse 1541, T7527, T7528 L12V testpoint 10 Check fuse 1541, safety resistors 3541 and 3542, T7527, T7528 OK FS30V = +27V at testpoint 11 NOK Check safety resistor 3545, opamp 7521, T7526, T7522, T7529, T7548, D6554, D6501, D6500 OK A-8V testpoint 12 NOK Check T7525, T7549 L-5V testpoint 13 Check T7525, T7549, IC7556 KILL voltage at testpoint 14 -8V during normal operation NOK Check T7560, T7561, T7562, T7563, D6553 OK OK POWER PART OK Switch on player, exit stand by mode POWER PART CHECK USE CDR MAIN BOARD CIRCUIT DIAGRAM 7 AND CDR MAIN BOARD BOTTOM VIEW : POWER PART TEST POINTS CL06532018_015.eps 290200 Service modes, repair tips and faultfinding trees GB 21 CDR 3rd gen. 5. Reset & Clock Master reset. Since the Mainboard is more or less mix-mode between +3V3 and +5V devices, special treatment for the RESET behavior is wishful. Controlling the RESET only from 1 power supply could lead to collisions between different devices, damaging the internal I/O structure of the devices. To avoid this the +3V3 and the +5V are guarded by a special device. These devices keep the output low as long as the power supply is not stable or is not above the required level. As soon as the power supply is stable it switches the output to “HIGH-Z”. The output is an open collector type. From then onwards the line can be controlled by means of external pull-up resistors. Benefit of the open- collector devices is that several of those devices can be tight together at the outputs. In our case we used a device on the +5V and one on the +3V3. This means that both power supplies need to be stable before the RESET of the Master processor is released. Resetting several processors in the same structure by means of the power supplies invokes certain risks. The duration of initialization after reset is processor and Code depending. It can lead to hang-up in those cases that communication between the processors is “time” driven. Meaning that only in a certain time frame the establishment of the communication-bus must take place. If not successful the Bus hangs! To avoid these kinds of problems, only 1 RESET is depending on the power supply, and this is the RESET of the Master controller. The same master controller will then take care of the RESET of the other devices. In the next figure this is explained. Figure 5-12 For further measurings see next reset and clock flowcharts. MC33464 3V0 MC33464 4V7 MASTER DASP Display Basic Engine MACE CD loader 80C52 alike +3V3 +5V +3V3 +3V3 +5V AM29LV800BB CL06532018-014.eps 230200 Service modes, repair tips and faultfinding trees GB 22 CDR 3rd gen. 5. Figure 5-13 RESET & CLOCK CHECK USE CDR MAIN BOARD CIRCUIT DIAGRAMS 4, 9 AND 10 AND CDR MAIN BOARD BOTTOM VIEW : RESET & CLOCK TESTPOINTS OK OK OK OK OK NOK Switch on player, exit stand by mode MRESET high (3V3) testpoint R1 Check power part Check reset devices 7704 and 7710 BE_RESET low testpoint R2 NOK Check DASP (IC7701) SYS_RESET display high (3V3) testpoint R3 NOK Check DASP (IC7701) SYS_RESET CD low testpoint R4 NOK Check T7707 RESET SIGNALS OK * FOR CDR775/776 ONLY SRSTN high (3V3) testpoint R5 NOK Check MACE (IC7270) MAIN_CLOCK 33.8688MHz testpoint R6 OK CLOCK SIGNALS OK NOK Check X-TAL 1707, IC7705, D6701, D6702 SYS_CLK_11B 11.2896MHz testpoint R7 NOK Check DASP (IC7701), IC7708 SYS_CLK_8W 8.4672MHz testpoint R9 SYS_CLK_BE 8.4672MHz testpoint R9 OK NOK Check IC7706 OK SYS_CLK_16W 16.9344MHz testpoint R8 OK NOK Check DASP (IC7701) CL06532018_016.eps 290200 Service modes, repair tips and faultfinding trees GB 23 CDR 3rd gen. 5. The clockgeneration All microprocessors or digital devices need a clock. The clock is usually made by means of resonators or crystals depending on the speed and the accuracy that is requested. The clock can also differ from device to device so that more then one crystal is needed. The cheapest and “system wise” best way is only 1 crystal. The derived clocks are then Phase related to each other. On the CDR MAIN 99 the DASP is generating all clock signals. Not only the systemclock for the processor itself, but also for the basic engine processor and even the systemclock for the ADDA part which is directly related to the 44.1kHz. sample frequency. To be able to do this a 33.8688Mhz. crystal with 25ppm accuracy is connected to the internal oscillator of the DASP. Internal the clock signal is multiplied by means of a PLL. This gives the systemclock on which the processor runs internally. This systemclock is then again devided internally to have the systemclock for the ADDA, which is 11.2896Mhz, and the 16,9344Mhz. which divided by 2 gives the systemclock for the BE part. In this way only 1 crystal is required. The same 8.4672MHz. is also routed to the CD-module in case of a CDR775 player. Figure 5-14 PC help on mainboard diagnostics A couple of the diagnostics are only possible with the help of a PC. The DASP micro controller will contain an interface with the external world; this interface is realised via a serial RS232 connector that is accesible inside the player. It can be accessed from the outside world by means of test pins and connector 1818 and interface board 7104 086 91111. Via those test pins a terminal emulator can be connected. Then menus will come up that give the opportunity to enter all Audio Engine commands. This includes the commands on Bit Engine Level (transparant). This terminal emulator functionality is part of the embedded software, so no external software is needed. It can also read out the User Profile Logging of Bit Engine. This can show the hours that the loader really was in recording mode. This diagnostic tool is activated if communication is detected on the RS232 interface during power up. The baud rate for both is 19k2 baud. Details of the diagnostic tool are given in chapter 5.2.3 of this publication: Menu Driven Diagnostics. Also in preparation is the interactive COMPAIR tool. Then the PC communicates in an active form with the set and compares the result for making the next decision. With MDD the technician has to take the next active step from his experiences onwards. 5.2.3 Menu Driven Diagnostics In this paragraph the specification of the software requirements for the Menu Driven Fault Finding Diagnostics is given. It will give a clear and unambiguous description of what the Menu Driven Diagnostics (MDD) do. NOTICE:THE TESTS, AS PROVIDED BY THE MENU DRIVEN DIAGNOSTICS, ARE NOT SUPPOSED TO BE MIXED RANDOMLY, ESPECIALLY TESTS LIKE ‘LASER ON’ AND ‘FOCUS ON’. IT IS ASSUMED THAT THE PERSON THAT USES THE MDD KNOWS IN WHICH ORDER THESE TESTS CAN BE EXECUTED. The MDD module communicates with two entities: the terminal emulator on the PC. The MDD receives instructions (test to be executed) and transmits the menu to be shown and the test results; the Audio Engine module. It instructs the Audio Engine via the interface field which test should be executed. The test result is retrieved from the interface field. Requirements The functionality of the Menu Driven Diagnostics module is to implement Menu Driven Diagnostics for service purposes. When the CDR recorder is connected to a PC via an interface board 7104 086 91111, connection cable 3104 157 11122 and a RS232 cable (available at PC shop), the service technician can select via a menu on the PC screen which test should be perfomed. The result of the test is also shown on the PC screen. No special test tool is needed for the PC; any terminal emulation program can be used (for example, HyperTerminal under Windows95/NT). The last occurred error during a test session can be retrieved via the menu. The RS232 connector should be soldered to pins: 1818-1 = Rx 1818-4 = Gnd 1818-2 = Tx General Constraints It is advised to connect the connection cable 3104 157 11122 to the Mainboard connector 1818 mounted just under the loader (topview). Via this cable also the powersupply for the interface board 7104 086 91111 is arranged when it is connected to connector 1000 on interfaceboard. To start this application at powering on; for 5 seconds the Rx and Tx output pin of the mainboard connector should be short circuited. This temporarily short circuit indicates the internal CDR software program to switch onto Menu Driven Diagnostics. This short cut can easily be done via the switch (1009) on the interface board. To communicate with the PC the RS232 cable has to be connected to output connector 1010 on the interface board and the switch (1009) should be released. When switching on the CDR, two possibilities exist: the RS232 cable is not connected. The application is executed (no MDD mode); the RS232 connector is connected; Rx and Tx are short circuited for more than 5 seconds then the Menu Driven Diagnostics is started. By connecting via connection cable to interface and from there via the RS232 cable onto the PC, so the MDD can transmit the main menu to the PC. User Interfaces RS232 interface The CDR recorder transmits the menu to be shown and the test results to the PC via connection cable 3104 157 11122, interface board 7104 086 91111 and a RS232 cable. It receives the selection of the user, chosen in the menu. Hardware Interfaces RS232 interface The communication via RS232 should be set to the following settings: Baudrate:19200 Databits:8 Stopbits1 Parity:none Handshaking:none DASP Master processor ADDA Basic engine CD- loader /2 11.2896MHz. (SYS_CLK_11M) 16.9344MHz. (SYS_CLK_16M) 8.4672MHz. (SYS_CLK_BE) 8.4672MHz. (SYS_CLK_8W) 33.8688MHz. 25ppm. CL96532133_028.eps 131299 Service modes, repair tips and faultfinding trees GB 24 CDR 3rd gen. 5. Data Communication Interfaces Communication between the CDR recorder and the PC is straightforward: everything the CDR recorder transmits to the PC is shown on the PC screen. Data, transmitted from the PC to the CDR775, is treated as a choice from the currently shown menu. All functionality of the MDD has to be part of the CDR775 software; the PC can only use a terminal emulation program. Menu Structure and Test Results This chapter describes the structure of the menus and the results of the tests, as shown on the PC screen. Menu Structure When starting up, the PC screen is cleared and the software version and the main menu (level 1) are shown. From the main menu, one of the sub menus (level 2) can be selected. These sub menus contain other sub menus and/or a number of tests that can be executed. The menus are shown below. ‘>>’ indicates that when this option is selected, a new menu will be shown. Level 1 Mainmenu: MAIN MENU 1 General tests >> 2 Retrieve last occurred error 3 Recorder module test >> 4 Playback module test >>* *Only used for the CDR775 5 Select adjust program CDM 6 Download new program When a test is running, a ‘test running indicator’ (a dot) is showed on the screen every second, When a test has been executed, the screen is cleared and the result of the test (if any) and the menu, separated by one empty line, are showed. Three types of tests exist: Tests that return PASSED or FAILED, like the DRAM test. When a test has been executed, the result is showed on the PC screen; Tests that return a value, the message ‘PASSED, xxx’ (with xxx is the returned value) is showed on the PC screen; Tests that don’t return anything, like the ‘laser on’ test. Most of these tests require a visual check of the service person. When one of these tests is executed, ‘PASSED, visual check’ is showed on the PC. Level 2 menus When a submenu is selected in the main menu, the level 2 menus are showed . These sub menus contain other sub menus and/or a number of tests that can be executed. GENERAL TESTS MENU 1 Check DRAM 2 CHECK FLASH>> 3 Check ADC/DAC 4 Check LCD RECORDER MODULE TEST MENU 1 communication test 2 Tray >> 3 Laser >> 4 Focus >> 5 Radial >> 6 Sledge >> 7 Miscellaneous >> 8 Jump grooves >> PLAYBACK MODULE TEST MENU 1 communication test 2 Tray >> 3 Laser >> 4 Focus >> 5 Turntable motor >> 6 Radial >> 7 Sledge >> 8 Miscellaneous >> Level 3 menus CHECK FLASH MENU 1 Check FLASH 2 Manufacturar-ID and 3 Device ID TRAY MENU 1 Open tray 2 Close tray LASER MENU 1 Laser off 2 Laser on, read 3 Laser on, write*---------------*’Laser on, write’ only used for the recorder module FOCUS MENU 1 Focus on 2 Focus off TURNTABLE MOTOR 1 Turntable motor ON 2 Turntable motor OFF RADIAL MENU 1 Radial control on 2 Radial control off SLEDGE MENU 1 Sledge inwards 2 Sledge outwards* ----------------*Sledge stays outwards for the recorder module; sledge moves inwards after 300 ms for playback module JUMP GROOVES MENU 1 Jump grooves to inside 2 Jump grooves to middle 3 Jump grooves to outside MISCELLANEOUS MENU 1 Start player 2 Stop player 3 Calibrate CD >>* ----------------*Only used for recorder module 4 Get user profile logging 5 Erase CD-RW*-------------------*Only used for recorder module 6 Read firmware version**------**CD firmware version for CD- module, CDR firmware version for CDR-module CALIBRATE CD MENU *--------*Only used for recorder module 1 Calibrate CD, N=1 2 Calibrate CD, N=2 3 Get last OPC values End of test These diagnostics can be quitted by powering off the player Service modes, repair tips and faultfinding trees GB 25 CDR 3rd gen. 5. 5.2.4 Servo drivers check Figure 5-15 NOK OK OK FOCUS SERVO OK Switch on player in MDD mode SERVO DRIVERS CHECK USE CDR MAIN BOARD CIRCUIT DIAGRAMS 1, 3 AND 4 AND CDR MAIN BOARD BOTTOM VIEW : SERVO DRIVERS TESTPOINTS Execute "focus" tests Check power part Check reset and clock part Check S1V65 (=1V65) at testpoint S9 NOK Check IC7215, T7201, T7202 OK Check MACE 7270 OK Check signal across FOC+/FOC- at testpoints S17 and S18 when executing "focus on" NOK Check driver 7240 Check MACE 7270 Check CDM3800 OK FOCUS SERVO OK FOCUS SERVO OK Check VFO signal at testpoint S16 Execute "focus on" test NOK Check VFO signal at testpoint S16 Execute "focus off" test Check MACE 7270 NOK PM3392A CH1:500mV= MTB2.00us VFO GND PM3392A CH1:500mV= MTB2.00us VFO GND Moving between 1V3 and 2V PM3392A ch1: freq= 1.61 Hz CH1:50.0mV= MTB 500ms GND FOC-/FOC+ CL06532018_017.eps 290200 Service modes, repair tips and faultfinding trees GB 26 CDR 3rd gen. 5. Figure 5-16 NOK OK OK RADIAL SERVO OK Switch on player in MDD mode SERVO DRIVERS CHECK USE CDR MAIN BOARD CIRCUIT DIAGRAMS 1, 3 AND 4 AND CDR MAIN BOARD BOTTOM VIEW : SERVO DRIVERS TESTPOINTS Execute "radial control" tests Check power part Check reset and clock part Check S1V65 (=1V65) at testpoint S9 NOK Check IC7215, T7201, T7202 OK Check MACE 7270 OK VRA GND Check RAD+ signal at testpoint S14 : +4V2 (going to 6V8 when executing "radial control on") Check RAD- signal at testpoint S15 : +0V65 (going to 4V3 when executing "radial control off") NOK OK RADIAL SERVO OK RADIAL SERVO OK Check VRA signal at testpoint S13 Execute "radial control on" test PM3392A ch1:freq=532kHz CH1:1.00 V= MTB 500ns NOK Check VRA signal at testpoint S13 Execute "radial control off" test PM3392A ch1:freq=1.06MHz CH1:1.00 V= MTB 500ns VRA GND Check MACE 7270 NOK Check driver 7240 Check MACE 7270 Check CDM3800 CL06532018_018.eps 290200 Service modes, repair tips and faultfinding trees GB 27 CDR 3rd gen. 5. Figure 5-17 NOK OK OK SLEDGE SERVO OK Switch on player in MDD mode SERVO DRIVERS CHECK USE CDR MAIN BOARD CIRCUIT DIAGRAMS 3 AND 4 AND CDR MAIN BOARD BOTTOM VIEW : SERVO DRIVERS TESTPOINTS Execute "sledge inwards" and "sledge outwards" tests Check power part Check reset and clock part Check voltages testpoints S4, S5, S7, S8 : +/- 1.6V OK NOK Check CDM3800 NOK Check opamp 7225 Check voltage testpoint S1 : if S1=0V then S3=0V if S1=1V65 then 1V800mVpp eyepattern 2.5V 0,5us/DIV MSB MSB LSB 0.5uS/DIV 32 WCLK BCLK DATA0 RIGHT CHANNEL 44,1KHz 2,1168MHz LEFT CHANNEL HF2 A14 A15 A16 (DIAGRAM 5) DIGITAL SIGNAL OUT OF DASP ON TESTPOINT A24 (DIAGRAM 9) CHECK POWER SUPPLY IC 7701 CHECK IC 7701 NO TESTPOINT A24 CL06532018_021.eps 290200 Service modes, repair tips and faultfinding trees GB 30 CDR 3rd gen. 5. Figure 5-20 ANALOG AUDIO PLAYBACK INSERT AUDIO SIGNALS DISC START TRACK 15(1KHz 0dB) HF-SIGNAL ON TESTPOINT HF2 ? NO NO NO NO NO YES YES YES YES YES YES CHECK CAHF-SIGNAL ON TESTPOINT HF1 FOR ACTIVITY CHECK TR 7375,7373,7371, 7370,7361AND IC 7360 I2S-SIGNALS ON TESTPOINTS A14,A15,A16 ? (DIAGRAM 5) CHECK IC 7300 CHECK POWER SUPPLY D3V3 CHECK SYS CLK BE ON TESTPOINT R10 (= 8,4672 MHz) VoutL AND VoutR ON TESTPOINTS A19 AND A20 ? CHECK POWER SUPPLY IC 7406 CHECK SAFETY RESISTORS R3411 AND R3439 CHECK VREF= 1,65V ON PIN 28 AUDIO-SIGNAL ON TESTPOINTS A21 AND A22 ? CHECK POWER SUPPLY IC 7409 CHECK KILL TR 7412 AND 7413 AUDIO-SIGNAL ON TESTPOINTS A25 AND A26 ? CHECK KILL TR 7410 AND 7411 CHECK IC 7408 FOR CDR 775 CHECK IC 7407 ANALOG AUDIO PLAYBACK OK - - - - - - - - - - - - - - - - >800mVpp eyepattern 2.5V 0,5us/DIV 2ms/DIV 2.4Vpp 19 20 0V 2ms/DIV 4,2Vpp 21 22 MSB MSB LSB 0.5uS/DIV 32 WCLK BCLK DATA0 RIGHT CHANNEL 44,1KHz 2,1168MHz LEFT CHANNEL HF2 A14 A15 A16 (DIAGRAM 5) CHECK POWER SUPPLY IC 7701 CHECK IC 7701 (DIAGRAM 6) (LINE OUT) (HEADPHONE) CHECK IC 7409 I2S-SIGNALS ON TESTPOINTS A10,A11,A12 ? (DIAGRAM9) CL06532018_022.eps 290200 Service modes, repair tips and faultfinding trees GB 31 CDR 3rd gen. 5. Figure 5-21 NO DIGITAL AUDIO PATH DURING RECORDING CONNECT DIGITAL INPUT FROM EXTERNAL SOURCE AND SELECT THE DIGITAL RECORDING INPUT BY PRESSING SOURCE CHECK DIGITAL SIGNAL ON TESTPOINT A23 (DIAGRAM9) CHECK FLEX - CONNECTOR BETWEEN I/O-BOARD AND MAINBOARD - NO NO NO YES YES YES YES - - - - - - - - CHECK I2S - SIGNALS ON TESTPOINTS A13, A14 AND A15 (DIGRAM 9 AND 5) CHECK POWER SUPPLY IC 7701 CHECK IC 7701 CHECK POWER SUPPLY IC 7300 CHECK I2C - SIGNAL OF IC 7300 CHECK IC 7300 CHECK EFMDATA AND EFMCLOCK ON TESTPOINTS A17 AND A18 (DIAGRAM1) CHECK ACTIVITY ON TESTPOINT A27 (DIAGRAM1) CHECK POWER SUPPLY IC 7008 CHECK I2C - SIGNAL OF IC 7008 CHECK IC 7008 DIGITAL AUDIO PATH DURING RECORDING OK MSB MSB LSB 0.5uS/DIV 32 WCLK BCLK DATA1 RIGHT CHANNEL 44,1KHz 2,1168MHz LEFT CHANNEL A14 A13 A15 A23 A17 A18 CL06532018_023.eps 290200 Service modes, repair tips and faultfinding trees GB 32 CDR 3rd gen. 5. Figure 5-22 APPLY AUDIO SIGNAL(1kHz 0dB) ON CONNECTOR 1400 AND ROTATE THE EASY JOG/ENTER KEY UNTIL THE DISPLAY SHOWS -12 DB. SELECT ANALOG RECORDING INPUT BY PRESSING SOURCE CHECK AUDIO SIGNAL ON TESTPOINTS A1 AND A2 NO NO NO NO NO NO NO YES YES YES YES YES YES YES YES CHECK FLEX - CONNECTOR BETWEEN I/O - BOARD AND MAINBOARD - - - - - - - - - - - - - - - - - - - (DIAGRAM 6) ANALOG AUDIO PATH DURING RECORDING CHECK AUDIO SIGNAL ON TESTPOINTS A3 AND A4 (DIAGRAM 6) CHECK POWER SUPPLY IC 7401 CHECK IC 7401 CHECK AUDIO SIGNAL ON TESTPOINTS A5 AND A6 (DIAGRAM 6) CHECK POWER SUPPLY IC 7801 CHECK I2C - SIGNAL OF IC 7801 CHECK IC 7801 CHECK AUDIO SIGNAL ON TESTPOINTS A7 AND A8 (DIAGRAM 6) CHECK POWER SUPPLY IC 7405 CHECK IC 7405 CHECK I2S - SIGNALS ON TESTPOINTS A9, A10 AND A11 (DIAGRAM 9) CHECK POWER SUPPLY IC 7406 CHECK SAFETY RESISTORS R3411 AND R3439 CHECK Vref = 1,65V ON PIN 28 CHECK I2S - SIGNALS ON TESTPOINTS A13, A14 AND A15 (DIGRAM 9 AND 5) CHECK POWER SUPPLY IC 7701 CHECK IC 7701 CHECK POWER SUPPLY IC 7300 CHECK I2C - SIGNAL OF IC 7300 CHECK IC 7300 CHECK EFMDATA AND EFMCLOCK ON TESTPOINTS A17 AND A18 (DIAGRAM1) CHECK ACTIVITY ON TESTPOINT A27 (DIAGRAM1) CHECK POWER SUPPLY IC 7008 CHECK I2C - SIGNAL OF IC 7008 CHECK IC 7008 ANALOG AUDIO PATH DURING RECORDING OK 0V TRACK 15 1KHz 0dB AUDIO SIGNALS DISC 2ms/DIV 5.44Vpp A1 A2 0V 2ms/DIV 2.68Vpp A3 A4 0V 2ms/DIV 739mVpp A5 A6 0V 2ms/DIV 2.44Vpp A7 A8 MSB MSB LSB 0.5uS/DIV 32 WCLK BCLK DATA1 RIGHT CHANNEL 44,1KHz 2,1168MHz LEFT CHANNEL A10 A9 A11 A12 A14 A15 A17 A18 CL06532018_024.eps 290200 Block diagrams GB 33 CDR 3rd gen. 6. 6. Block diagrams PHOTO DIODES C1LF - C4LF A1LF, A2LF B1LF, B2LF CDL4009 LOADER ASSY M TRAY TR+, TR- SL+, SL- SLEDGE M RADIAL FOCUS RAD SLEDGE FOCUS TRAY MODULATOR A1, A2, CALF ALPHA0 FEN, REN TLN, MIRN TRAYSW RAD+, RAD- FOC+, FOC- SIN+, SIN- COS+, COS- + DAC DAC DAC DAC DAC DAC B1 C1 C2 C3 C4 B2 A1 A2 1220 1200 TRAY SWITCH 1000 1330 LASER FS FSRS FSWS RDGAIN FSON FSOF FSCLR FSW FSR FSA M TURN TABLE UCOIL, VCOIL, WCOIL, U+, U-, V+, V-, W+, W-, HALL+, HALL- ALPHA DETECTOR BETA DETECTOR FORWARD SENSE CIRCUIT N N-1, N+1 VRA, VFO, VSL TRAYIN, TRAYOUT LASER CONTROL PCS OPC SERVO CONTROLS PORT 5 PORT 4 TRAYSWF DIODE STAGE 2 DIODE STAGE 1 BALANCE NORMA- LIZER WOBBLE EPONRC WPONRC IE IW IR FS30V GAP REF S2V9 CAHF PRCOARSE PRFINE DELTAP S2V9 S2V9 PWD FSR, FSW PWD REFSIN, SINPHI, REFCOS, COSPHI S2V9 I2C I2C I-READ TO MACE2 (PCS) FROM FORWARD SENSE CIRCUIT SUB - CPU INTERFACE I-WRITE I-ERASE ATIPSYNC ATIPSYNC WOBBLE CAHF P MIN/MAX CONTR S2V9 S2V9 PWMIN PWMAX ERASEC PWD PWB + PERASE PWB PWRITE DP4 SUB- CODE I / O DALPHA TO CDR60 (HF DATA CAPTURE) LDON BIASC ALS ASTROBE AINTON DALPHA EPONRC WPONRC LDON BIASC ERON RECORDING CDRW ALS ASTROBE AINTON ERON RECORDING ERON RECORDING PW RECORDING CDRW 8051 CPU RAM ROM SPECIAL FUNCTION REGISTERS + / - I V RE TRACK COUNTER FTCH, FTCL RECORDING OFFTRACK LLP TIMING I / O 7008 7010 LWRT CDR60LWRT EFMCLK EFMDATA CDM3800 7016 12 BIT SHIFT REGISTER LASDACDI LASDACCK LASDACLD LLP OFFTRACK I2C BUS CDR60CS XDAC M62364 7240 7225 7270 PCS PRE-AMP NE532D POWER DRIVER BA5938FM EFMDATA, EFMCLK POR LWRT EFMTIM3 LO9805 SHIFT REG 7050C 7119, 7120 7126C 7126D 7050A, 7050B E5V PW MACE2 SAA7399 AEGER TZA1020 I2S I / O DECODER ENCODER ERROR CORRECTION AND MEMORY PROCESSOR DEMODULATOR MOTOR/TACHO INTERFACE WOBBLE PROCESSOR EFM MODULATOR EFM CLOCK GENERATOR MODULATOR CONTROL BIT DETECTOR HIN HALL MOTOR DRIVER BA6856FP 7330 HALL U, HALL V, HALL W MOTO1 7215A CDR60 SAA7392 7300 HF AMP FILTER HFS0 PDAR SYST CLK GENERATOR ADC AGC REF TEST DEBUG HF DATA CAPTURE RESET SRSTN MRDN MWRN ALE CLOCK GEN 7360 I2C EEPROM M24C08 7207 DAC DAC CDR MAIN BOARD BLOCK DIAGRAM DASP MCF5244 F934 FLASH ROM 7703 DRAM 7702 DSA-CDR DATA BUS ADDRESS BUS SUBCODE BUS I2S BUS DOBM-CDR I2S BUS L3 BUS CODEC UDA1341TS ADC / DAC 7406 DIGITAL AUDIO SIGNAL PROCESSOR 7701 ADDRESS BUS DATA BUS A1 - A20 D16 - D31 I2C BUS DIGITAL POT DS1807 7801 1410 1400 INT-COPY-ANA SEL-HP-OUT 1500 33.8688 MHz 1707 VDC2, VDC1, VFTD +5V +12V -8V 7401 7405 7407 7408 7409 ANALOG IN ANALOG OUT EXT-DIG-IN DIG-OUT-C EXT-OPT-IN DSA-CD I2S BUS-CD 1708 DOBM-CD D5V EXT-ANA-IN CD-ANA-OUT CD-ANA-OUT ANA-OUT /2 74F74D SYS-CLK-16W (16.9344 Mhz) SYS-CLK-BE (8.4672 Mhz) SYS-CLK-8W (8.4672 Mhz) 7706A SYS-CLK-11W EBU FROM CDM3800 (PDAR) CDR60PLL FROM MACE2 CD TEXT MUTE, ATT, DEEMP NMUTE SYS-RESET SYS-RESET FLASH EPROM 7208 DEMUX 7209 RAM 7802 PORT REGISTERS PORT REGISTERS CDR60INT BE-RESET I2S1-MS CDR60PLL TO CDR60 +5VA D5VS D5V L5V D3V3 +12VA P12V A-8V +9SRVPWR 12VPWR FS30V L-5V L12V -8VA POWER PART RESET MC33464 D3V3 D5V 7704 RESET MC33464 7710 D3V3 MASTER RESET XTRIM EBU-IN4 EBU-IN3 EBU-IN2 EBU-IN1 EBU-OUT1 I2S2 / I2S4 I2S1 I2S3 CDR775 ONLY NOT FOR CDR570/930 NOT FOR CDR950/951 CL06532018_025.eps 290200 Electrical diagrams and PWB’s GB 34 CDR 3rd gen. 7. 7. Electrical diagrams and PWB’s CDR-Mainboard Version 4228.5 ALFA C AMON ERON LPF I V I V BALANCE INPUT DIODE STAGE 1 INPUT DIODE STAGE 2 GAP REF. INTERFACE DETECTOR BETA DETECTOR NORMALIZER I2 D E 2009 H4 2010 G4 2011 C2 I A 2015 B4 2016 B4 2018 C7 E F 2021 F3 I 7 2001 F1 2025 E9 2 10 I2CBUS 12 7 2039 A13 8 A 12 C 14 2081 D12 14 F 5 H OPTION 17 1% 1% B C D 1% 1% 1% G H 1% 1000 G1 5 1 3001 C2 3 9 6 11 8 3010 G4 9 1 13 3 13 3019 H9 4 2002 D2 6 2008 I4 3024 I11 3025 I11 3026 I11 2012 E3 2013 B5 2014 B5 3030 I10 3031 I10 3035 F9 2019 D6 2020 F3 3040 C9 I2CBUS 2023 G9 2024 F12 3050 B9 2026 C7 2027 B7 11 2029 B8 2030 B8 3065 C6 2042 C6 2057 D13 B 2059 H9 2060 B7 3104 E6 1% OPTION 27 G ACTUATOR BUS 3113 D12 3114 C12 3115 C11 1% 1% 1% 5008 E8 6002 C11 7005-A B14 1% 1% 7050-A B9 4 2126 C11 3000 B2 7104 B12 3002 D2 3003 I4 10 3006 D2 3009 H4 7126-D C8 3012 E7 3014 D3 2 3016 C11 3017 C12 F101 B12 3020 I10 3021 I11 2007 H4 3023 I11 F108 C13 F110 C11 F113 C12 3027 I10 3028 I10 3029 I10 F140 B10 F142 B9 F143 B6 3036 F9 3039 F13 F147 A3 2022 F3 3048 F13 3049 A9 F152 C3 3051 A9 3052 A7 2028 C8 3054 B7 3055 H9 F161 C3 3068 A13 3069 A12 2058 D13 3102 G5 3103 D6 F169 D3 3105 E6 3106 I4 ACTUATOR BUS 3108 B11 F175 D1 F176 D3 F177 D3 3123 B13 3130 F6 3131 F7 F185 D10 F187 D10 F193 E6 7008 E9 7010 B4 F199 E12 1% 7050-C E6 7050-D D13 F207 E3 7119 A8 7120 A8 3004 H4 7126-B C12 7126-C B8 F220 F12 7127 B13 7133 B13 3015 D6 7355-D E12 F100 A11 F228 F1 F102 B13 F103 A12 3022 I11 F107 C11 F234 F5 F235 F1 F238 G12 F115 C12 F133 B7 F138 B8 F246 G1 F247 G9 F249 G9 F145 C3 F146 C8 F252 H9 3041 F13 1% F150 C1 1% F153 C6 F148 C10 3053 A7 F202 E3 F159 C1 F155 C1 F162 C1 F158 C6 3079 C13 F211 F1 F167 D6 F165 C3 F170 D7 F223 F1 3107 H4 F171 D1 F172 D3 F174 D6 F232 F5 F233 F5 F178 D6 F181 D6 F182 D3 F240 G1 F243 G12 F194 E6 F196 E3 F251 G9 7050-B C9 * F204 E3 1% F208 E1 OPTION 28 7126-A C11 F149 C6 F215 F7 F203 E9 F222 F12 F157 C3 7355-C A11 F209 F3 F227 F5 F163 D9 F231 F4 F166 C1 F104 B14 1 4 11 74HC4066D 7126-C 6 7 14 8 9 F226 F13 7050-A TL084CDT 3 2 PDGND F143 F251 7133 BC847B 4K7 3123 2026 2n7 2057 100n F146 F140 F167 F142 F108 F150 3041 10K 3131 10K 7050-C TL084CDT 10 9 8 4 11 2 1 4 11 16K 3079 2028 7005-A TL084CDT 3 100R 3040 100p F145 F169 F138 F247 14 1 2 F104 F153 74HC4066D 7126-A 13 7 3036 910K F187 F149 2012 100n 10n2022 F249 3004 120R 3001 HFGND F215 2R2 F148 F163 F175 F178 F133 F211 F161 14 11 10 3104 10K 11 74HC4066D 7126-D 12 7 100n 7050-B TL084CDT 5 6 7 4 100n 2025 F203 2011 F158 3102 56K 74HCT00D 9 10 7 14 8 F170 7355-C 3115 68R 3103 180K 3108 3114 330R 10K BC857B 7104 220R 3113 3023 62K 15p 2008 68p 2018 F165 SGND 20K 3054 TL084CDT 12 13 14 4 11 2016 100n 7050-D 3003 100n 2013 7119 BF824 120R 3025 3026 470K 1M 240K 3019 3048 10K 2059 100n F157 F246 5008 BLM21 3130 10K F172 100R 3000 F152 F174 RREF 2 SA1 4 SA2 8 SB1 5 SB2 9 SCL 13 SDA 12 TLN 37 UOUT 1 VDD1 28 VDD2 16 VSS1 30 VSS2 18 XDN 34 CALF 44 CALPF 39 CWBL 27 DALFA 24 ERON 15 FEN 35 GND 29 GNDD 17 HCA1 40 HCA2 41 MEAS1 32 MEAS2 33 MIRN 38 PPN 26 RE 31 REN 36 TZA1020 A1 43 A2 42 AINT 22 AINTON 20 ALS 21 AMON 14 ASTROBE 19 AZIN 25 C1 10 C2 3 C3 6 C4 7 CAGAIN 11 CAHF 23 150p 2009 7010 6002 BAW56 2081 560p 3014 1K5 3K9 F193 F232 3069 3104 123 4228 PB CDRW MAIN-4228-CDR99 3068 4K7 3K9 3017 2020 15n 74HC4066D 5 7 14 4 3 8K2 3052 7126-B 7355-D 74HCT00D 12 13 7 14 11 F252 3n3 F240 F113 2060 F228 SGND SGND 2027 2n7 100p 150p 2042 3027 30K 2029 3028 62K F115 3020 15K F107 3024 120K F147 F223 F208 F162 PDGND F159 100n 2023 SGND 26 27 28 29 3 30 4 5 6 7 8 9 11 12 13 14 15 16 17 18 19 2 20 21 22 23 24 25 F166 1000 1 10 F209 2126 100n SGND 2002 100n 150p 2010 F233 F176 F177 F220 3106 0R PDGND F222 F207 10n 2021 3009 680R F181 120K 3029 7127 BC857B F202 10n 3107 0R F231 2039 F185 3105 1K8 20301n 3050 100R F102 F101 F110 F100 1K2 3002 2001 33n SGND 910K 3035 680R 3010 F155 3016 62K 3030 240K F227 F103 1K 3055 F226 2007 15p F234 F182 F243 F199 F196 150K F204 100n 15K 3021 3012 1K 3049 2019 2058 100n 470K BF824 7120 39K 3065 3031 18K 3039 WPONOUT 36 SGND RDGAIN1 58 RDGAIN2 59 RDGAIN3 61 RECORDING 53 SCL 54 SDA 55 SELN2 18 SELN4 17 TC0 45 TC1 62 VDD1 10 VDD2 42 VDD3 1 VPLUS 44 WPON 5 WPONO 6 IN5 35 LDON 4 LWRT 43 POR 16 PWC0 26 PWC1 27 PWC2 28 PWC3 29 PWC4 30 PWC5 31 PWF0 19 PWF1 20 PWF2 21 PWF3 22 PWF4 23 PWF5 24 EPONO 3 ERASC 15 ERON 52 FSCLR 60 FSOF 63 FSON 64 FSRS 47 FSWS 48 GND1 9 GND2 25 GND3 32 GND4 38 GND5 41 GND6 56 IN3 33 IN4 34 EFMTIM2 AINTON 50 ALS 49 ASTROBE 51 BIASC 14 CAGS 57 CDR 46 CLKOUT_N 37 DP0 7 DP1 8 DP2 11 DP3 12 DP4 13 EFM 40 EFMCLK 39 EPON 2 100n 2024 7008 F194 3006 0R 3051 F238 15K 8K2 3053 F171 3015 1K 100n 2015 F235 100n 2014 PERASE PWRITE IE IR IW {IW,IE,IR,PWRITE,PERASE,DP4,ERASEC,BIASC} A2 A1 CALF {FEN,REN,TLN,MIRN,RE,ALPHA0,CALF,A1,A2} 3022 30K {C2LF,A1LF,B1LF,C3LF,C4LF,B2LF,A2LF,C1LF,FSA,CAHF} FSON FSOF FSCLR {FSRS,FSWS,ALS,AINTON,ASTROBE,ERON,RDGAIN1,RDGAIN2,FSCLR,RDGAIN3,FSOF,FSON} RDGAIN1 RDGAIN2 RDGAIN3 FSWS FSW FSRS FSR {FSW,FSR} I2CSCL I2CSDA {I2CSDA,I2CSCL} FSON FSOF RDGAIN3 FSCLR RDGAIN2 RDGAIN1 ERON ASTROBE AINTON ALS FSWS FSRS DALPHA DALPHA L5V L-5V D5VS RECORDING CDRW L5V S2V9 L-5V L12V L12V L5V L12V L5V L5V L-5V L5V L5V L5V L-5V L5V L-5V L5V VCAGAIN CAHF CAHF FSA EFMDATA CDR BIASC DIO12V ERASEC DP4 RECORDING S2V9 CDR {RAD+,FOC+,FOC-,RAD-} C1LF ASTROBE RECORDING ALS AINTON L5V D5VS E5V L12V CDR60LWRT {CDR60LWRT,EFMDATA,EFMCLK,WOBBLE} CDRW D5VS WPONO WPON E5V E5V E5V LWRT IR EPONO EPON EFMCLK L-5V L5V L5V TLN I2CSDA I2CSCL B2LF B1LF A2LF A1LF REN MIRN FEN ERON C4LF C3LF C2LF C2LF A1LF B1LF C3LF C4LF B2LF A2LF C1LF CDRW RECORDING FS30V EPONRC L-5V L-5V L-5V L5V WOBBLE WOBBLE L5V L5V ALPHA0 L-5V XDN L-5V RE L12V L5V WPONRC WPONRC FSA RAD+ FOC+ FOC- RAD- CAHF CDR MAIN BOARD - CIRCUIT DIAGRAM 1 : AEGER, EFMTIM, FORWARD SENSE CIRCUIT TESTPOINTS TO CDM3800 S14 S15 S17 S18 A18 A17 A27 CL06532018_076.eps 010300 Electrical diagrams and PWB’s GB 35 CDR 3rd gen. 7. 3070 E7 F116 A6 3072 E5 2041 E7 F G 3062 B9 3085 E12 2038 D6 2033 A8 3071 D7 C 2048 E12 2049 E10 2050 E11 7 3064 A9 2040 C6 2043 E5 2044 E9 3119 I7 2 H I 2053 G8 1 2080 B7 9 2045 F11 3120 I8 5 6 3046 D5 3056 B9 3057 A5 8 H B 2 2082 I6 11 5 3066 A5 3067 A4 F114 A7 3 4 3007 C4 10 11 7 8 12 13 3082 F10 3058 B5 3059 B5 D 6 A A B E 3094 G8 3095 F8 3097 G7 3098 G7 3099 H8 3100 D9 F G 3063 A9 1 3116 I6 3117 I7 3118 H7 F136 C4 F205 F12 3126 I5 3090 F12 C 2046 E11 2051 G12 2052 G7 13 2078 I7 7001-A F6 7001-B D6 2083 I7 2034 C9 2037 D6 12 3042 E6 2047 E12 3044 H5 7005-C F11 F229 G7 3899 F9 F164 D7 7111 H8 7112 I8 3060 B7 3 10 2084 A7 7135 A9 F106 A4 F112 A3 OPTION OPTION 14 OPTION 26 3073 D5 E 3045 E5 2003 A3 2031 B6 2032 A8 3081 F5 F242 G7 F253 I6 3086 E12 3087 G13 3088 E13 3037 C6 3091 E11 D 3093 G12 F141 C6 7016 A4 7110 A7 F121 A5 F123 B7 F124 B4 3101 A9 2054 F7 2055 H8 3112 A8 F183 E7 F245 H4 F126 B3 F128 B3 F139 C4 F206 F10 3127 G6 9 I 2056 G6 2061 A5 F144 C7 F151 D8 READ OPTION 13 * 7001-D C8 7002-A I6 7002-B G5 7002-C F10 3043 G9 F271 I8 F132 C4 OPTION 11 F154 D6 F156 D5 F168 D8 OPTION 12 7113 F10 3061 B6 4 2063 H8 6015 C5 F241 G7 F201 F11 WRITE * ERASE 7005-D A7 3074 A3 3075 E5 7005-B G6 F224 G10 F268 I8 * 7001-C E9 7121 F12 * F129 B7 F130 B4 F131 C4 7124 G5 * F244 G5 6003 H8 6007 D7 F120 A7 3076 C8 3077 E9 F119 A8 * F255 I7 F236 G7 F237 G6 3092 F12 F269 I6 F122 B4 3078 H5 F125 B3 3110 B7 3111 A6 F160 D7 F117 A4 F118 A9 F218 G13 3128 I7 3129 H7 7002-D A6 F173 E5 F180 E6 F195 F5 F200 F10 OPTION 2n2 2080 7122 G8 7005-D TL084CDT 12 13 14 4 11 3062 68R 150K 3092 10K 470p 2041 3075 47R 3090 10K 3110 2050 2n2 2044 3899 2K2 3067 1K 15p F205 F141 F173 F168 F224 F144 F151 2n7 2084 1K 3078 F195 10K F160 F164 3098 1K 3129 F118 15p 2055 F154 68R 3099 3082 1K 7110 BC847B 2034 100n 2048 100p 7135 BC807-40 2032 100n 1K5 3088 100n 7002-C LM324D 3043 2045 2046 100n 1M 15p 2051 6015 BAS216 F255 F269 F242 150K 3045 F237 2043 1n F244 150K 3042 F245 11 1K8 3091 9 8 4 11 LM324D 7001-A 3 2 1 4 7005-C TL084CDT 10 F201 F218 2033 100n 3057 4K7 4K7 3100 2053 100n 3044 1M 7111 BC847B 3093 68R 100n 2052 3111 10 OUT4 11 OUT5 14 OUT6 15 OUT7 22 OUT8 23 RESETN 19 VDAref 18 VDD 5 8K2 CLK 7 D0 17 DI 8 GND 20 IN1 1 IN2 4 IN3 9 IN4 12 13 IN5 IN6 16 IN7 21 IN8 24 6 LD OUT1 2 OUT2 3 OUT3 100n M62364FP 7016 3086 220R 150K 3058 2047 BC847B 3104 123 4228 7124 MAIN-4228-CDR99 PB CDRW 2049 3n3 F112 F271 F253 6K8 3126 F229 F241 47R 3097 3116 1K2 LM324D 7002-A 3 2 1 4 11 F180 F183 1K 3070 2K2 3087 BC847B 7113 1K8 3127 47R 3112 BAS216 6003 220R 3064 4K7 3072 22R 3101 220R 3094 BAV99 6007 7001-B 5 6 7 4 11 2K2 3071 F236 LM324D 3077 150K 14 4 11 BC807-40 7122 TL084CDT 5 6 7 4 11 7002-D LM324D 12 13 47R 3128 7005-B 3060 10K F136 560R 6K8 3059 2031 100n 3118 68p 2083 F200 F268 F126 4K7 F114 F123 3073 3007 150K 150K 3046 10u 2061 3117 10K 2082 2n2 2038 100n 2054 2n2 2056 3n3 F132 LM324D 5 6 7 4 11 F131 F106 7002-B 1K 3081 F128 BC807-40 7121 F129 3037 10K 6R8 100n 2037 3085 22R 3063 390p 2040 LM324D 7001-D 12 13 14 4 11 10 9 8 4 11 3074 1R LM324D 7001-C 3119 220R F119 2078 100n 6R8 10R 3120 7112 BC817-25 3095 100n 2003 2063 100n 3076 150K F156 F206 F120 F116 F121 3066 33K F139 1K F130 F124 3061 1K F122 F117 3056 F125 IE IE L5V L5V L5V ILASER_ERASE L12V BIASC D3V3 DALPHA PW {LASDACDI,LASDACCK,LASDACLD,PW} L5V L5V L-5V L5V IR IR L5V L5V L5V ILASER_READ L5V L12V PWD L5V L5V PERASE PERASE L-5V L5V ERASEC PWD DELTAP PWMAX PWMIN VCAGAIN VCAGAIN LASDACLD PWB PWD S2V9 S2V9 S2V9 PWB S2V9 S2V9 LASDACDI LASDACCK PRFINE PRCOARSE L12V L5V L5V L12V PWRITE PWMAX L-5V L5V L-5V L5V L-5V L5V L-5V L5V PWB PWB L5V LWRT {IW,IE,IR,PWRITE,PERASE,DP4,ERASEC,BIASC} {PWMIN,PWMAX,PWD,DELTAP,PWB,PWD} L5V D3V3 PWMIN DELTAP L12V ILASER_DELTA DP4 L5V IW IW L-5V L5V L5V L5V L5V ILASER_WRITE CDR MAIN BOARD - CIRCUIT DIAGRAM 2 : XDAC, LASER DRIVE CURRENT CIRCUITS CL06532018_035.eps 290200 Electrical diagrams and PWB’s GB 36 CDR 3rd gen. 7. X2 + + + + - X2 X2 MT X2 X2 X2 X2 X2 MUTE VOLTAGE CONTROL LOGIC TRAY - - - EN C1 1D F357 D10 F360 D10 A 3244 F3 3254 F5 3256 F5 3257 G5 F373 E10 3748 I3 F389 D5 F390 F9 F391 D7 3809-C C9 3809-D C9 3889 B12 7201 D4 7225-A A4 7225-B C4 1 2243 D6 F447 H1 F448 I1 2242 E3 7802 C11 3200 F10 3201 G10 3202 G10 F317 B10 F312 B9 F313 B10 F316 B9 7240 E4 3209 F10 F327 C9 F328 C10 F330 C9 F324 C10 OPTION 83 ADDRESS BUS * 3211-D E12 3224 B4 3225 A4 3226 A5 F342 C10 F346 C10 F348 D10 F349 D10 3239 D4 3240 D4 7 8 CONTROL BUS F364 D10 F366 D10 F370 E10 13 1 2 3265 H5 F371 C2 F381 C2 F383 D2 F386 D2 F 3806 B9 3808-A B9 3808-B C9 F393 D4 F396 D3 F403 F3 F404 F5 2214 I3 2221 D1 2224 D6 2225 A4 F406 F3 F407 F5 F409 F3 F433 G3 2240 D5 2241 E4 7 8 2250 H8 F301 B5 F306 I4 F311 B10 13 I 1% 1% OPTION 82 F300 A5 F321 C12 F323 C9 B 1% D E F331 C10 F337 C9 F338 C10 F341 C9 B C G H 3241 F3 DATA BUS 3250 G8 * I ACTUATOR BUS 2 4 C 3251 G8 3252 D5 3253 D5 5 6 3203 G10 3204 G10 F374 C2 F379 C2 3742 G3 3747 H3 3205 G10 3 4 5 3808-C C9 3808-D C9 3809-A C9 3809-B C9 3210-A D12 3210-B D12 3210-C D12 6 F438 G8 F444 H5 F445 H5 F446 H1 2226 A5 2227 A5 2228 B5 2229 C5 3 2255 I1 2256 I1 2291 C12 9 10 11 12 F319 C9 F320 C10 3206 G10 3207 G10 OPTION 32 1% 1% 1% 3210-D D12 3211-A D12 3211-B D12 3211-C D12 F G H A F353 D9 F354 D10 F355 F10 F356 D9 3227 B4 3228 B5 3229 C4 3237 D4 PGND 9 10 11 12 3283 B9 3284 B10 D E 1200 H1 1220 B1 2208 B10 2209 F11 7202 D4 7208 B10 7209 F10 7215-B D6 PGND 100n 2250 PGND PGND F317 3251 100R F311 F379 F374 F403 F409 3240 10K F371 F324 SGND 3210-D 47R F383 F381 100n 2214 3747 10K F391 1n 2229 SGND 2228 100n NE532D 7225-B 5 6 7 8 4 3228 10K F404 F306 3211-A 47R F313 F320 F353 F356 3250 8K2 PGND 1R 3889 4 5 A9 CE_ 20 GND 14 I|O0 11 I|O1 12 I|O2 13 I|O3 15 I|O4 16 I|O5 17 I|O6 18 I|O7 19 OE_ 22 VCC 28 WE_ 27 PGND 7802 A0 21 A1 23 A10 6 A11 7 A12 8 A13 9 A14 10 A2 24 A3 25 A4 26 A5 1 A6 2 A7 3 A8 PGND PGND PGND CY7C199 1 2 F438 10K 3226 3265 0R F386 F448 F407 3742 1K 3225 33K 3256 0R F406 F328 F331 47R 3209 F390 47R 3210-B 3210-C F341 SGND F330 F393 3748 10K F301 100n 2225 7225-A NE532D 3 2 1 8 4 F355 F447 47R 3206 47R 3204 3254 0R F446 47R 3200 F370 3224 120K 100n 2291 100n 2208 3806 100n 2256 10K F444 120K 3229 1 VOL- 19 VREF F445 15 REV 22 VCC1 10 VCC2 21 VCC3 3 VIN1 4 VIN2 20 VIN3 24 VIN4 25 VIN5 12 VO2+ 13 VO2- 18 VO3+ 17 VO3- VO4+ 26 27 VO4- 2 VOL+ BA5938FM 7240 23 BIAS 16 FWD 8 GND1 14 GND2 28 GND3 29 MT1 30 MT2 7 MUTE 5 NC1 6 NC2 9 NC3 11 NC5 3 4 3244 0R 3241 0R 1200 PH-B 1 2 100n 2255 PGND 3257 0R 47R 3202 11 10 GND 1 20 Vcc 100n 2209 2 19 3 18 4 17 5 16 6 15 7 14 8 13 9 12 47R 3210-A 7209 MC74LCX573 F321 F349 F337 F327 SGND F346 SGND F396 5 100n 2226 47R 3809-D 47R 4 3809-A 47R 1 8 3207 3808-D 47R 4 5 47R 3205 3808-A 1 8 3203 47R 2242 10u 47R SGND F319 F366 F357 F364 F338 7215-B MC34072 5 6 7 8 4 PGND 100n 2240 SGND 3252 4K7 47R 3201 F312 F300 33K 3227 F354 3283 2227 1n 24 OE_ 1 RESET_ 32 VCC 16 VSS WE_ 31 1R 9 A3 8 A4 7 A5 6 A6 A7 5 27 A8 26 A9 22 CE_ 13 DQ0 14 DQ1 15 DQ2 17 DQ3 18 DQ4 19 DQ5 20 DQ6 21 DQ7 7208 Am29F002B 12 A0 11 A1 23 A10 25 A11 4 A12 28 A13 29 A14 3 A15 2 A16 30 A17 10 A2 3239 1K 3809-C 47R 3 6 47R 3809-B 2 7 3808-C 3 6 BC847B 7201 3808-B 2 7 47R 100n 2243 47R F323 F389 100n 2224 100n 2241 F360 F348 F342 3211-D 47R 47R 3211-B 4K7 3253 5 6 7 8 9 52207 1220 1 10 2 3 4 3284 1R F316 BC847B 7202 47R F373 3104 123 4228 PB CDRW MAIN-4228-CDR99 3211-C 100n 2221 3237 5K6 PGND F433 MAD(7) MA(0:17) ALE D3V3 D5V D3V3 FWEN FWEN D5V PSENN CSRAM {MRDN,MWRN,ALE} {VFO,VRA,VSL} MA(3) MA(2) MA(1) MA(0) MAD(7) MAD(6) MAD(5) MAD(4) MAD(3) MAD(2) MAD(1) MAD(0) MRDN MWRN MAD(0) MAD(1) MAD(2) MAD(0:7) MAD(3) MAD(4) MAD(5) MAD(6) MA(1) MA(2) MA(3) MA(4) MA(5) MA(6) MA(7) MAD(0) MAD(1) MAD(2) MAD(3) MAD(4) MAD(5) MAD(6) MAD(7) MA(14) MA(13) MA(12) MA(11) MA(10) MA(9) MA(8) MA(7) MA(6) MA(5) MA(4) {REFSIN,REFCOS,PCSSIN,PCSCOS} MA(1) MA(2) MA(3) MA(4) MA(5) MA(6) MA(7) MA(8) MA(9) MA(10) MA(11) MA(12) MA(13) MA(14) MA(15) MA(16) MA(17) MA(0) MA(0) SL+ FOC+ FOC- {RAD-,RAD+,FOC+,FOC-} VRAO VRA SL- SL+ {SL+,SL-} COS- COS+ SIN+ SIN- {SIN-,SIN+,COS+,COS-} REFSIN REFCOS PCSCOS PCSSIN S1V65 D3V3 D5V D5V D3V3 RAD+ RAD- VFOIN VFO VFOO VSL TRAYOUT TRAYIN TRAYSWF {TRAYIN,TRAYOUT,TRAYSWF} COS+ COS- SIN- SIN+ SL- +9SRVPWR D3V3 D5V D5V D5VS TRAYSW TR- TR+ +9SRVPWR A-8V D5V S1V65 CDR MAIN BOARD - CIRCUIT DIAGRAM 3 : SERVO DRIVERS, MACE-RAM, -FLASH, -DEMUX TEST POINTS TO SLEDGE CDM3800 TO TRAY CDL4009 S2 S1 S3 S4 S5 S7 S8 S6 S9 S11 S12 1.6V 0.7V S21 S23 S22 CL06532018_078.eps 010300 Electrical diagrams and PWB’s GB 37 CDR 3rd gen. 7. Port Port 1 GEN. TEST DEBUG 4 Port 2 0 Port System interface P6 CLOCK PCS counter Radial Focus Track Defect Signal cond. Ex Dx OPC control detector core 8051 SFR RAM ROM ref. AGC ADC/ Laser control control Slegde control Port 5 Port 3 3233 G12 F329 B4 F314 A12 F318 B12 F322 B4 F325 B4 3238 H10 9 12 2234 G2 3 2272 A8 2273 A8 2 13 3218 E2 2274 A9 A 5 2284 H5 14 2275 A9 2276 A9 7215-A D2 7270 A4 B 13 F303 A8 F304 A6 6 14 3223-B E12 3232 H11 3221 D2 3807 B12 F426 H9 F427 H9 3222-D E12 A 1% DATA BUS 2218 G12 2220 E2 2222 E1 F326 B12 3223-A E12 ADDRESS BUS G H 2286 D3 1 8 5 9 8 F 2217 D2 3273-A C12 7 F416 H6 F417 H7 10 11 3271-B C12 3271-C C12 B 2277 A10 2285 H5 3242-A H12 3271-D C12 2278 A10 E F G H I 1 3246 H10 3247-A C4 C D 3219 E2 2283 H6 3222-B D12 3222-C D12 3230 G12 3231 G12 12 3223-C E12 F425 H9 F302 A8 F414 H6 3289 F3 3887 A12 5201 A8 3235-A B12 3235-B B12 3235-C C12 3235-D B12 3276 H8 F397 F4 4 CONTROL BUS 3287 H7 3288 F3 3212 I5 3213 E12 3215 C2 2230 B3 3297 C3 3299 C3 2 3 2207 H4 3220 E2 3248-B I5 3248-C I5 2216 C2 3234 G12 2233 G2 3260 F12 6 F415 H6 3749 A6 F436 H9 2235 G2 3271-A C12 3273-B D12 3273-C D12 3273-D D12 3274 A6 F362 C4 F350 C3 C D F335 B4 F367 C4 3242-B H12 3242-C H12 3242-D H12 3245 H10 3243-B A12 3243-C A12 3247-B C4 3247-C H6 3216 C2 3217 E2 F385 E4 F387 E4 10 11 F402 F12 3248-D I5 3223-D E12 F401 G12 F413 H5 3249 H10 F305 A6 F307 H6 F420 H7 F421 H8 F422 H8 F423 H9 F394 E4 3243-A A12 F398 F12 3281 H7 3290 E3 3291 E3 F429 H10 3280 H9 4 3248-A H5 2289 A6 3208 H9 F392 E4 3702 C13 I 7 3295 D3 3703 C13 5202 A9 5203 H3 7207 H3 F430 H10 F431 H10 F432 H10 2231 C4 3261 F13 F439 I4 F440 H10 3243-D A12 F434 I3 F358 C4 F361 C3 2232 G2 F435 H8 F351 C4 F442 H8 F419 H7 F334 B12 3247-D H5 F384 D2 F368 C1 F375 D3 F377 D2 F380 D1 F382 D4 F411 H11 E 3222-A D12 F451 3255 D4 F399 F4 F400 F12 2287 C3 2288 C3 I2C BUS F418 H7 F443 H9 3286 B4 3216 F450 15K 22K 3219 3286 22K 10K 3242-C 3 6 F453 F423 22K 3221 47R 3223-D F440 10K 3220 2217 22n SGND 220R 3212 10K 3243-C 3 6 47R 3222-D 3222-C 47R F415 F397 F394 F411 47R 3235-A 1 8 0R 3247-B 10K 2 7 F368 3887 3289 56K 5201 BLM21 F419 F454 SGND F452 47R 3271-D 4 5 F380 SGND SGND 10K 3255 10K 3243-A 1 8 3261 0R 5 10K 3232 F392 3242-D 10K 4 6 F398 12 69 VddDp6 119 VssAop 109 VssAs 82 VssDc1 21 VssDc2 56 VssDp1 95 VssDp2 43 VssDp3 31 VssDp4 11 VssDp5 68 VssDp6 41 WRN 19 WRNH XDET 127 7 XTLI XXTLO 99 102 TS2 103 TS3 34 TXD1 40 TXD2 118 Uopb 117 Uopt 105 VRH 120 VddAop 110 VddAs 83 VddDc1 22 VddDc2 57 VddDp1 96 VddDp2 44 VddDp3 32 VddDp4 VddDp5 20 9 REFCOS REFSIN 8 80 RP 98 RSTI 33 RXD1 39 RXD2 112 S1 S2 113 5 SELPLL SINPHI 125 72 SL 89 SRV_INT_LGR 85 TEN 81 TL_FTL 84 TPWM TS1 67 NC6 100 NC7 NC8 101 88 OPC_INT 79 OTD 104 P6 53 PSENn 124 PW 17 PXT0 18 PXT1 16 PXT2 15 PXT2en 70 RA 10 RAC_SW 42 RDN RDNH 90 I2CSCL 91 I2CSDA 35 INT0_PWD 38 INT1 13 INT2 14 INT3|ALEh 114 IREFT 97 LDON LLP 94 MON_A 74 73 MON_D 2 NC1 3 NC2 36 NC3 37 NC4 NC5 92 DEFIn 93 DEFOn 78 DSDen 55 EAn 71 FO 87 FOK 115 FTCH 116 FTCL 23 H0|A16 H1|A17 24 25 H2|CSDN 26 H3|CSBN 27 H4 28 H5 29 H6 30 H7 62 AD4 63 AD5 64 AD6 65 AD7 54 ALE 4 ALPHAO 77 ATIPin 123 CALF 76 CLKOUT 86 CLO 126 COSPHI 106 D1|MIRN 107 D2|TLN 108 D3|REN 111 D4|FEN 75 DEB_OUT A1 47 A10 48 A11 49 A12 50 A13 51 A14 A15 52 122 A2 45 A8 46 A9 ACT_EMFN 1 ACT_EMFP 128 58 AD0 59 AD1 60 AD2 61 AD3 F334 7270 SAA7399 121 47R 3235-D 4 5 F314 2218 100n 10K 3242-A 1 8 3234 1K 4K7 3703 3218 F429 100K 3230 100K 10K F420 3231 100n 2273 2231 2272 100n 47R F416 22n 3222-B 47R 3222-A F417 F401 SGND SGND F399 220R 3248-D 4 5 2275 3288 56K 2276 100n 100n 3223-C 2274 100n 47R F384 100n 2285 SGND F413 0R 3807 F307 F302 220R F304 100n 3249 F326 2277 F367 SGND F351 F427 F436 F421 F426 5202 BLM21 2230 22n F418 2 7 3243-D 10K 4 5 F400 10K 3243-B 100n 10K 3242-B 2 7 F318 SGND 2207 F431 SGND F432 10K 4 5 10K 3247-C 3 6 3247-A 10K 1 8 3247-D 3223-B 47R F358 F350 F329 2288 22n SGND F434 F377 47R 3273-C 3 6 3271-A 47R 1 8 5203 BLM21 47R F303 33R 3213 3260 F387 F362 F385 3 6 3235-B 47R 2 7 47R 3 6 47R 3235-C F425 47R 3271-B 2 7 3271-C 3702 4K7 F435 100K 3274 3238 220R SGND F422 47K 3217 47R 3273-B 2 7 F439 3295 3233 100R 3297 3K3 3K3 7 SGND 2216 47p 220R 3248-C 3 6 3248-B 220R 2 2235 F430 3290 1n 3291 56K 68K F375 3246 220R 3245 220R F335 F322 3281 220K 100n 2284 SGND F414 3276 47R 3208 10K 3104 123 4228 PB CDRW MAIN-4228-CDR99 F305 SGND 2233 SGND F382 1n 3K3 3299 7207 E0 1 E1 2 E2 3 SCL 6 SDA 5 VCC 8 VSS 4 WC_ 7 2222 82p 2289 M24C08 F442 100n 2n2 100n 2283 2n2 2286 3248-A 220R 1 8 2287 3273-D 4 5 100n 2278 F361 47R 3 2 1 8 4 10K 3287 3215 7215-A MC34072 F443 15K 47R 3280 22n 2232 47R 47n 2220 F325 3223-A 1 8 F402 2234 47R 3273-A 3749 1n VRA VSL {VFO,VRA,VSL} TRAYIN TRAYOUT DMON {LASDACDI,LASDACCK,LASDACLD,PW} {POWER_UP,KILL_OUT} PW ATIPSYNC LLP STANDBY STANDBY 10K {I2CL,I2DA,LASDD,LASCK,LASLD} ALPHA0 S2V9 CALF A2 A1 FEN REN TLN MIRN RE FSR FSW {FSR,FSW,S2V9,FEN,REN,TLN,MIRN,RE,ALPHA0,CALF,A1,A2} OFFTRACK {OFFTRACK,ATIPSYNC,LLP,HFS0,CDR60INT,CDR60CS,CDR60PLL,SRSTN,DMON} VFO LASLD LASCK LASDD I2CL I2DA LASDACCK LASDACDI I2CSCL I2CSDA I2CSDA I2CSCL {I2CSDA,I2CSCL} CDR60CS SRSTN SRSTN CDR60INT HFS0 LASCK I2DA I2CL LASDD MA(12) MA(11) MA(10) MA(9) MA(8) MA(0:17) CDR60PLL DSA_DATA_CDR DSA_STR_CDR DSA_ACK_CDR ATT MUTE {DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE} MWRN MRDN {MRDN,MWRN,ALE} LASLD LASDACLD {REFSIN,PCSSIN,REFCOS,PCSCOS} IIS1_MS BE_RESET DEEMP MAD(7) MAD(6) MAD(5) MAD(4) MAD(3) MAD(2) MAD(1) MAD(0) MAD(0:7) MA(17) MA(16) MA(15) MA(14) MA(13) DEBON DESIGN_TEST1 MRST_P FWEN FWEN MRDN_P HI_POWER POWER_UP CSRAM CSRAM TRAYSWF ALE MWRN MRDN {TRAYIN,TRAYOUT,TRAYSWF} PCSCOS REFCOS PCSSIN REFSIN PSENN D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 DESIGN_TEST2 D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 A-8V D5V SYS_CLK_BE SYS_CLK_BE MWRN_P TERMB TERMB TERMB CDR MAIN BOARD - CIRCUIT DIAGRAM 4 : MACE BE-PROCESSOR TESTPOINTS R2 R5 S10 S13 S16 S19 S20 CL06532018_079.eps 010300 Electrical diagrams and PWB’s GB 38 CDR 3rd gen. 7. PCA 2 EBU DECODER ENCODER I/O BIT DETECTOR IREF GENERATOR DEMODULATOR TEST CAPTURE HF DATA S I TACHO MOTOR/ INTERFACE WOBBLE GENERATOR SYST CLOCK RESET GENERATOR EFM CLOCK SUB-CPU INTERFACE I/O EFM MODULATOR and memory processor Error correction PROC. MODULATOR CONTROL SUBCODE I C 2 - + REV PS - + H BIAS CONTROL GAIN DRIVER + - + - + - + - + - + - 3333 E5 F586 G11 F524 C7 F597 G12 F510 B2 F511 B1 F581 G9 F583 G10 F518 C9 F526 H13 F538 D13 3382-A C13 F558 E8 F592 G10 F593 G11 F594 G11 F595 G11 F541 E13 F549 E8 7300 C8 2 F543 E13 3379 A2 3380 H2 3381 H3 F551 E8 F547 E1 F553 E8 F561 F2 6374 B2 F580 G9 F548 E3 F554 E13 F555 E4 F556 E1 7355-A H8 F571 G8 F506 B3 F584 G10 F563 H5 F564 F1 F565 F1 3 F573 G8 F574 G1 F502 A5 F508 B5 F504 A2 F588 G12 F575 G4 F577 G8 F578 G1 F579 H2 3335 E5 F509 B2 F512 C3 F589 G12 F514 B10 F585 G11 F516 C6 F517 C5 3347 H2 F519 C9 3349 H5 F590 H1 3351 E4 F544 E7 F520 C8 F521 C8 F522 A4 F523 B4 F599 H7 F591 G12 F601 H8 F545 E8 F535 D8 F536 D13 3374 A1 F540 D13 3376 C1 F542 E8 3378 A1 F546 E13 2370 A3 F559 F1 2372 B2 3382-B C13 3382-C D13 F550 E13 5301 A5 F552 E13 5303 B10 6373 C2 3300 B9 6375 C1 3302 A2 7330 E2 3304 H1 7355-B H7 7360 B5 F562 F8 7370 B3 F507 B3 F567 F1 1 F569 G4 F572 G1 F500 A1 F501 A3 3323 F5 F503 B4 3325 G6 F505 B2 3331 F1 3332 F1 2300 B10 3334 E5 2303 B10 3336 E5 3337 H5 F513 C5 3339 F5 F515 B11 3341 H1 3346 H2 2315 E7 3348 H2 2317 E7 3350 E2 2319 D7 3352 H5 3360 B5 F525 E7 3362 D5 F598 H3 F530 D8 F600 H8 F532 D8 H301 G14 3372 B2 3373 A2 2359 D7 3375 C2 2362 C6 3377 C1 2368 B4 2369 B4 A 2371 A4 C 2373 A1 2374 C1 3382-D D13 2378 A1 5302 B10 2907 G13 2908 H13 B 3301 B9 D 3303 A4 F 3305 G10 3308 H9 7361 C5 3312 E7 F566 F5 7373 B2 F568 F4 7803 F5 F570 G4 3319 E14 3322 F5 1330-4 F1 3324 G6 1330-6 F1 3330 F1 1330-8 G1 1330-9 G1 1 2302 B10 3 2304 B11 2305 B11 3338 I5 2308 A4 3340 I4 OPTION 33 2314 E7 2335 H5 2316 E7 2318 D7 CONTROL BUS 2320 D7 2321 D7 3361 C6 2330 F2 F527 C8 3365 C7 F531 D14 3370 B3 F534 D13 2337 I4 2355 H8 7 2360 B5 I 2364 C7 13 14 OPTION 38 B OPTION 37 D 1% 2375 C2 7 OPTION 39 E F G C OPTION 40 E 8 G H 3309 C7 1330-1 E1 7371 A3 3314 D14 7375 B1 9 7804 G5 OPTION 41 3315 E7 3316 H12 3317 H12 1330-2 F1 1330-7 H1 10 14 OPTION 35 2 2333 E4 11 12 13 5 2306 B12 DATA BUS 3368 B3 12 2309 A4 2310 B4 OPTION 45 * 1% 1% 2322 E7 2336 I5 3363 D6 H 1% OPTION 31 2331 F2 2332 F2 3371 C3 OPTION 30 2379 C14 6 8 9 10 11 OPTION 36 F538 A I 1330-3 F1 6 1330-10 H1 1330-11 E1 4 5 3313 D7 1330-5 G1 4 OPTION 34 F549 F540 2n2 F551 2308 2n2 2309 F508 F502 F592 F583 F507 F532 F512 F589 F578 F590 F593 F594 2314 2317 3n3 F601 100n F566 F600 F573 F555 F562 BC847B 3323 5K6 7803 HFGND F547 F559 F569 F572 F570 1330-7 7 1330-10 10 100n 2318 6 1330-8 8 HFGND BC847B 7370 1330-6 8p2 2372 1330-11 11 F567 F543 F550 F511 F548 F598 F505 F504 F522 F526 F500 F542 H301 1 2 F519 2379 47p 560p 2908 0R 3381 PGND F597 F544 2319 2320 100n WGND HFGND 100n F585 100n 2305 F584 F552 F580 F530 3370 560R 2303 100n 2302 47R 3368 BLM21 5302 100n F516 3304 HFGND F517 F503 82R HFGND 3303 22R F506 F525 0R 3380 100n 2371 100R 3302 47R 3313 2321 100n 3n3 F563 2322 1330-9 9 1330-5 5 4 5 7 14 6 F579 74HCT00D 7355-B 1330-3 3 F574 2316 100n F564 7804 1K BC847B 3324 3322 3305 10K 4K7 3316 5K6 F554 F535 F546 3300 1K 3382-D 47R 4 5 F541 F536 3382-B 47R 2 7 F595 2332 100n 100K 3349 3336 1R5 F588 F581 F561 PGND 3351 F565 F556 1R F599 2337 100n 3338 1K F571 F577 3340100K F553 3339 1K HFGND F558 F545 3365 100R HFGND F575 Vss6 48 Vss7 52 Vss8 62 Vss9 71 W441 25 WCLK 60 WIN 6 WREFHI 2 1 WREFLO WREFMI 3 WRi 45 XEFM 78 XTLI 21 XTLO 22 Vdd1 5 Vdd10 76 Vdd2 15 Vdd3 20 Vdd4 30 Vdd5 44 Vdd6 49 Vdd7 53 63 Vdd8 Vdd9 72 Vss1 4 Vss10 75 Vss2 16 Vss3 19 Vss4 31 Vss5 43 PCAin 51 PORE 28 RCK 66 RDi 46 SCL 32 SDA 33 SFSY 67 STOPCK 54 65 SUB SYNC 57 T1 70 T2 69 TEST1 17 TEST2 18 V4 55 VREF 7 EFMDATA 79 FLAG 58 HIN 13 HREFHI 10 HREFLO 11 HREFMI 14 INT 34 IREF 8 77 LASON MEAS1 80 MOT1 74 MOT2|T3 73 MUXSWI 24 NC 9 OTD 23 PANIC 27 ATPSYC 26 BCLK 61 CFLG 68 CL1 29 CSi 50 DA0 42 DA1 41 DA2 40 39 DA3 DA4 38 DA5 37 DA6 36 DA7 35 DATA0 59 DATAI 64 EBUOUT 56 F568 SAA7392 7300 AGCREF 12 ALE 47 47R 3319 74HCT00D 1 2 7 14 3 1n8 2368 7355-A 2 1330-4 4 1 HFGND WGND 1330-2 2360 100n 1330-1 7361 BC847B F510 100n 2330 F509 F501 100R 3332 6 NC4 15 NC5 PS 23 24 REV 28 RNF 25 VCC 19 VH 26 VM1 VM2 27 21 ECR 18 FG1 17 FG2 16 FG3 8 GND 9 H1+ H1- 10 H2+ 11 H2- 12 13 H3+ 14 H3- 29 MT1 30 MT2 1 NC1 2 NC2 4 NC3 BA6856FB 7330 7 A1 5 A2 3 A3 20 CNF 22 EC 2907 560p 82R 3350 3341 82R F591 PGND PGND 3347 10K F586 0R 3337 68K 2304 3352 3334 1R5 100n BLM21 7375 BFS540 2378 100n 5303 100n HFGND 3374 22R WGND 2300 6374 BAS216 7371 BFS540 1K8 3373 HFGND 100n 2375 100n 2306 22u 2370 3360 3362 39K 3314 47R 22K F531 100n 2315 WGND 4K7 F521 3317 F524 3308 0R 1K 2355100n 3382-C 3 6 3301 47R 3382-A 1 8 47R 100n 2331 PGND 47R 1R5 3335 1R5 3333 3377 2336 2333 100n 3315 100n PGND 47R 3312 1K PGND 10n 2335 3309 33K 2362 47n 2364 100n F523 HFGND F520 7 13 Y0 14 Y1 Y2 15 12 Y3 1 Y4 5 Y5 2 Y6 4 Y7 3 Z F513 74HCT4051D 7360 E_ 6 8 GND 11 S0 10 S1 9 S2 VCC 16 VEE 2369 470p 5301 BLM21 2310 2n2 47p 2359 HFGND 22R 3371 1K5 3363 820R 3361 3330 100R F518 3331 100R PGND PGND F514 PGND 3348 10K 3346 MAIN-4228-CDR99 PB CDRW 3104 123 4228 10K 3378 220R 3376 27K 10K 3325 HFGND 2373 22u 18K 3379 BAS216 7373 BFS540 F515 F534 6375 2K2 3375 1K2 3372 2374 100n BAS216 6373 F527 HFGND VCOIL UCOIL {CDR60LWRT,EFMDATA,EFMCLK,WOBBLE} {OFFTRACK,ATIPSYNC,LLP,HFS0,CDR60INT,CDR60CS,CDR60PLL,SRSTN,DMON} L5V HFS0 HF CAHF L12V DMON W- W+ V- V+ U- U+ HALL_W HALL_W HALL_V HALL_V HALL_U HALL_U MERRIN WCOIL MAD(5) MAD(4) MAD(3) MAD(2) MAD(1) MAD(0) CDR60CS BCLK ATIPSYNC ALE D5V MERR D5VS HALL_I HALL+ D5VS SUB SFSY MRDN SRSTN LLP OFFTRACK MOTO1 CDR60LWRT CDR60INT DATA1 I2SDATAOR MAD(7) MAD(6) MAD(0:7) SYS_CLK_BE SYS_CLK_BE D5VS D5VS WOBBLE EFMCLK EFMDATA MWRN WCLK D5VS D5VS D5VS {RCK,SFSY,SUB} {MRDN,MWRN,ALE} L12V CDR60PLL D3V3 D3V3 DATA0 RCK RCKR {CDR60MEAS1,CDR60CFLG,CDR60CL1,MERR,MERRIN,HALL_V,HALL_U,HALL_W} DOBM_CDR CDR60CL1 CDR60CFLG CDR60MEAS1 {DOBM_CDR,BCLK,WCLK,DATA0,DATA1} D3V3 CDR60SDA D3V3 CDR60SCL CDR MAIN BOARD - CIRCUIT DIAGRAM 5 : CD ENCODING-DECODING PART CONN. 1330 TO TURN TABLE MOTOR A14 A15 A16 HF1 HF2 R10 CL06532018_080.eps 010300 Electrical diagrams and PWB’s GB 39 CDR 3rd gen. 7. 0dB/6dB SWITCH 0dB/6dB SWITCH 0dB/6dB SWITCH PGA ADC2R ADC1R INTERF ADC1L DAC PGA ADC2L L3-BUS DIGITAL AGC DIGITAL MIXER DIGITAL INTERF DECIMATION FILTER DSP FEATURES INTERPOLATION FILTER PEAK DET NOIS SHAPER DAC 0dB/6dB SWITCH 5407 E2 F732 E13 8 7407-C F9 1410-1 G14 12 13 3 1420-2 C1 1420-3 D1 2 7 E 8 3 5 7 9 1420-1 B1 D 1 1400-12 I14 1400-13 F14 3436 I11 1400-8 E14 F706 C5 3415 D7 F708 A13 6 F724 B4 F726 I9 2440 B3 10 2442 F13 2443 I13 2444 E13 14 A 5 3412 C4 3413 D4 F707 H7 2411 C8 2413 A12 2434 F6 1 2435 F7 2431 H13 F721 D6 5403 B7 5404 G2 F730 E11 F731 E13 7407-A G9 4 2903 G7 7408-A H11 5406 E7 2438 D4 5413 F5 F733 H13 F734 F2 F735 F6 3416 D8 1410-3 H14 3419 F12 3420 F11 3421 F11 1420-4 H14 1420-5 E14 4 9 6 2465 C8 A B 1400-14 E14 1400-10 C1 1400-9 B1 3410 C3 1410-2 G14 F703 B6 F704 B1 F719 D12 F720 D8 3434 I12 F723 D1 2411 C8 3439 A12 3414 D4 F728 E7 F729 E2 F709 B8 F710 B7 F711 C7 F727 D4 2441 D3 5444 E13 F715 A11 F716 C1 2445 I13 2446 C1 B C D 2409 A14 12 13 11 2425 G13 2 3892 D12 2433 H3 I2C BUS F729 E2 7405-B D8 7406 A11 2464 D8 7407-B I9 A 2904 H7 7408-B F11 7409-A E11 7409-B I11 5414 F7 F740 G13 5445 H13 F736 F7 F737 F9 F738 F10 7401-A D3 7401-B C3 7401-C B3 7405-A B8 2401 F2 2402 A8 2464 D8 I G H C 3408 C7 1400-11 D1 F701 A6 3411 A14 F717 D1 F718 A12 3432 I10 3433 I12 2408 A14 3435 I11 6 2413 A12 3441 A12 3447 E3 3448 F10 3418 E12 F731 E13 F717 D1 F712 B1 F713 C3 F714 G2 3424 G12 3427 H12 3428 H12 3429 I12 3432 I10 3433 I12 2408 A14 11 2421 F7 2422 F2 14 3886 A2 2430 I12 H401 G7 5401 F2 7401-C B3 7405-A B8 2460 I11 2463 F11 B 2465 C8 D B 2905 G5 2906 H5 3402 A6 F739 H13 7411 H13 F741 F12 5446 B1 5447 D1 6400 H2 2447 E1 2448 D1 2450 B2 2451 D2 2460 I11 2463 F11 H F 3404 B4 3405 B5 I 7801 B6 3409 C8 F715 A11 F702 A14 3428 H12 3429 I12 1420-4 H14 1420-5 E14 2401 F2 2409 A14 2404 B6 7 2414 A11 2415 G2 2417 D8 F730 E11 3450 H2 F732 E13 F718 A12 3422 F12 3423 G12 3434 I12 3435 I11 2404 B6 2405 B8 2406 A13 2407 A13 10 2419 A12 3450 H2 3451 D4 2424 E12 F750 H3 3891 D12 7401-A D3 H402 G6 2443 I13 2444 E13 2445 I13 2446 C1 2447 E1 C 2450 B2 E C D E 7410 G13 3404 B4 7412 F13 F742 G10 7405-B D8 7406 A11 7407-A G9 7407-B I9 2903 G7 2904 H7 F G E 3403 A4 7411 H13 7412 F13 3407 B10 F713 C3 F700 B8 3418 E12 F716 C1 3420 F11 3421 F11 3422 F12 3423 G12 3424 G12 2402 A8 14 2405 B8 8 9 10 3449 H10 2421 F7 3451 D4 F733 H13 F719 D12 F720 D8 F721 D6 F723 D1 3436 I11 3439 A12 2414 A11 2415 G2 2417 D8 3449 H10 5403 B7 F745 H11 3452 B4 5407 E2 F753 I13 5414 F7 7401-B C3 5445 H13 5446 B1 5447 D1 6400 H2 1420-2 C1 2448 D1 2 2451 D2 F G H 3403 A4 G 3405 B5 7413 I13 F743 I13 F744 G9 F745 H11 F748 I12 7407-C F9 7408-A H11 2905 G5 2906 H5 3402 A6 7410 G13 F703 B6 3413 D4 7413 I13 F707 H7 F714 G2 F709 B8 3419 F12 F711 C7 F712 B1 2441 D3 2442 F13 12 3427 H12 3 A 2406 A13 2407 A13 7 2419 A12 12 2422 F2 3452 B4 F734 F2 F735 F6 F736 F7 F737 F9 F724 B4 F726 I9 3441 A12 3447 E3 3448 F10 2433 H3 F738 F10 5404 G2 F748 I12 F741 F12 5413 F5 F743 I13 5444 E13 3415 D7 3416 D8 1410-3 H14 1420-1 B1 only for CDR-MINI 1420-3 D1 1400-12 I14 3 4 5 1400-9 B1 F 3418 = 100R for CDR-MINI H 3407 B10 7801 B6 F700 B8 F701 A6 F702 A14 F750 H3 F753 I13 7408-B F11 7409-A E11 3410 C3 3411 A14 2437 B4 F704 B1 F706 C5 H402 G6 F708 A13 2435 F7 F710 B7 2438 D4 2440 B3 10 11 1 13 1400-14 E14 2437 B4 5 I I 11 3408 C7 3409 C8 2424 E12 3886 A2 3891 D12 2 2431 H13 4 14 2425 G13 F728 E7 3892 D12 5401 F2 2430 I12 8 F740 G13 9 F742 G10 13 F744 G9 2415 100n F739 H13 F727 D4 1400-13 F14 3412 C4 1400-8 E14 3414 D4 1410-1 G14 1410-2 G14 3433 = 100R for CDR-MINI only for CDR-MINI 1400-10 C1 1 1400-11 D1 2434 F6 6 H401 G7 7409-B I11 5406 E7 5404 BLM21 3441 1420-2 2 GNDA 100R 7 Vee 8 Vss 5 Y0 3 Y1 4 Z 3410 10K 4 5 5 6 6 7 7 8 8 9 9 7407-C 74HC4053D 6 E 9 S 16 Vdd 1 1 10 10 11 11 12 12 13 13 14 14 15 15 16 16 2 2 3 3 4 GNDA F708 7801 bso16e127rs375 2437 47u 47u 2438 +5VA 3448 0R F721 10K 3432 GNDA F720 F706 10K 3408 GND_CASE F723 7401-C 74HC4053D 6 E 9 S 16 Vdd 7 Vee 8 Vss 5 Y0 3 Y1 4 Z GNDA GNDA 5403 BLM21 1420-3 3 47K 3429 1420-1 1 3404 24K GNDA F715 27K 3405 +5VX 47u 2424 F719 2430 47u GNDA 0R 3449 NJM4556AD 7408-A 3 2 1 8 4 3450 330R GNDA BC848B 7410 +12VA GNDA F704 F707 GNDA GNDA F701 +5VX -5VA +5VX +5VX 47K 3452 GNDA -5VA +5VA +5VX 3104 123 4228 PB CDRW MAIN-4228-CDR99 2440 47u GNDA 270p 2431 GNDA GNDA GNDA 2K2 3428 PH-B 3 3891 10K BZX284-C5V6 6400 -8VA 1410-3 3409 27K -8VA 4R7 F742 6 E 11 S 16 Vdd 7 Vee 8 Vss 12 Y0 13 Y1 14 Z 3411 GNDA 7401-A 74HC4053D F737 F744 -8Ve F750 GNDA -8VA -8Ve -8Ve 3451 47K 10K 3420 10K 3421 BLM21 5401 GNDA H401 1 2 2405 100n -8VA -8Vb -5VA GNDA GNDA 270p 2451 3423 120R D3V3 100n 2433 BLM21 5447 +12Vf GNDA 2442 1n +12Vf GNDA GNDA 7412 BC848B 100n 2409 220R 3402 100u 2408 100u -5VA +5VA 2406 47u 2441 +12Ve +12Ve 10K 3435 2K2 F702 0R 3418 3419 3424 1410-2 PH-B 2 F753 -8Vf 2K2 1 8 4 7409-B LM833D 5 6 7 8 4 F730 7409-A LM833D 3 2 3414 27K GNDA 6 7 8 4 24K 3413 3 2 1 8 4 7405-B LM833D 5 3447 0R D3V3 7405-A LM833D GNDA +5VX F729 F734 F714 BLM21 5406 +5VX 2905 560p 560p 2906 +12VA 100n 2401 H402 1 2 1400-10 10 1400-11 11 F717 120R 3427 PH-B 1410-1 1 BC848B 7411 1400-8 8 +12VA 2417 4u7 GND_CASE 2447 1n 4u7 2411 27K 3416 GNDA -5VA -5VA 3415 10K 47K 3422 -8Vf GNDA 2404 100n 5 1n 2402 1420-4 4 1420-5 3407 100R 12p 2465 3412 27K 10K 3436 12p 2460 0R 3433 F718 GNDA +12Vf -8Vf F728 +12Vf 2425 270p GNDA F745 BLM21 5414 100n 2435 2434 100n GNDA GNDA 5413 BLM21 F736 F741 +5VX 3886 0R 2414 100n F713 GNDA GNDA GNDA 100n 2421 GNDA F739 +12Ve F733 F724 2903 560p F716 GNDA 12 1400-9 9 F712 1400-14 14 +12Vb 1400-12 2450 270p GNDA GND_CASE NJM4556AD 5 6 7 8 4 Vdd 7 Vee 8 Vss 2 Y0 1 Y1 15 Z -8Vf GNDA 7408-B 16 Vdd Vee 7 Vss 8 Y0 12 Y1 13 Z 14 74HC4053D 7407-B 6 E 10 S 16 BLM21 5444 7407-A 74HC4053D E 6 S 11 GNDA 2444 2n2 2419 100n GNDA GNDA BC848B 7413 GNDA GNDA GNDA 27K 3403 2407 100n GNDA GNDA 2463 12p 3434 2K2 F731 GNDA F700 GNDA F727 F703 GNDA F710 -8Vf F732 F740 F738 GNDA GNDA F748 F726 -5VA GNDA +12Vf GNDA 2n2 2445 1n 2443 GNDA 5445 BLM21 F743 3892 10K F709 560p 2904 7 VDDAD 3 VDDD 10 VDDDAC 25 VINL1 2 VINL2 6 VINR1 4 VINR2 8 VOUTL 26 VOUTR 24 VREF 28 1 VSSAD 11 VSSD VSSDAC 27 WS 17 AGCSTAT 22 BCK 16 DATA0 18 DATA1 19 L3CLOCK 14 L3DATA 15 L3MODE 13 9 OVERFL QMUTE 23 SYSCLK 12 20 TEST1 TEST2 21 VADCN 5 VADCP 2413 100n 7406 UDA1341TS 2464 12p GNDA 1400-13 13 GND_CASE GND_CASE GNDA 1n 2448 GNDA GNDA 100n 2422 F711 1n 2446 BLM21 5407 GNDA BLM21 5446 6 S 10 Vdd 16 Vee 7 Vss 8 Y0 2 Y1 1 Z 15 GNDA D3V3 74HC4053D 7401-B E F735 4R7 3439 KILL NMUTE SYS_CLK_11B {IIS_DATA_A0,IIS_DATA_A1,IIS_WS_A1,IIS_BCLK_A1,SYS_CLK_11B,L3_MODE,L3_CLK,L3_DATA,NMUTE} KILL KILL IIS_DATA_A1 IIC_DATA IIC_CLK {IIC_CLK,IIC_DATA} IIS_DATA_A0 IIS_WS_A1 IIS_BCLK_A1 L3_DATA L3_CLK L3_MODE RIGHT LEFT RIGHT LEFT INT_COPY_ANA KILL KILL SEL_HP_OUT CDR MAIN BOARD - CIRCUIT DIAGRAM 6 : AUDIO PART (NOT FOR CDR950/951) CONN. 1400 TO I/O BOARD CONN. 1410 TO HEADPHONE BOARD CONN. 1400 TO I/O BOARD A1 A2 A3 A4 A5 A6 A7 A8 A19 A20 A22 A21 A25 A26 CL06532018_081.eps 010300 Electrical diagrams and PWB’s GB 40 CDR 3rd gen. 7. NC IN 7548 I8 7549 F11 F835 I F836 H F837 I F838 G F800 A F495 I9 F496 H8 F842 E F843 F F844 E 3552 F5 F805 B F806 C F807 C F492 H8 F819 H F499 H 3570 A12 5541 D4 F801 A F802 A F803 B 5556 A5 F824 F F825 F 6501 G9 H 7521-B I6 7522 H5 7523 C6 F816 D F834 I 5544 B3 5546 C7 7528 F4 7529 I8 7535 A4 2506 H12 F820 D F821 D F822 D F823 D 3533 A13 F839 E F840 E 3538 C4 F841 E 7520 C6 7521-A G4 F827 E 3544 F3 F497 H10 F498 H10 3547 H5 F828 E F829 F F830 F 7561 B14 3553 I6 3554 E5 3555 E5 F808 B 7562 C13 7563 C12 F491 G5 3562 B13 3566 E10 3567 E11 5500 D2 F817 D F818 E 5503 E2 5542 D4 5543 B3 D F804 B F826 F F811 C 5555 D6 I 5709 F2 6500 G11 C F812 H F813 C F814 C F815 D 2548 D5 I 1500 D1 1541 D4 7524 C5 F831 F F832 E 7527 E5 2502 F2 2504 A11 2505 H12 2556 G13 2507 H9 7556 F13 7558 E8 3532 C12 1 3536 C6 3537 C6 4 3539 D5 F493 I7 F494 I8 3542 E6 2571 D3 3545 G4 3546 G4 12 F845 F F846 H 7560 B12 3551 I6 2575 E9 2577 F2 3531 C12 3556 E4 F809 B F810 C 3560 B14 8 A 5501 E2 5502 E2 2535 B5 E 5551 F11 5554 H10 H 2550 H8 6502 I11 6553 A11 6554 H9 G B C 1542 A4 7525 E11 7526 G5 2501 F1 2558 F12 A 2557 F14 2508 I8 2509 I8 B 2541 D5 2543 B4 2544 B4 5 3540 E10 3541 F6 2568 A5 2546 C7 2572 E2 1543 B4 2500 E2 3548 H6 3549 I7 3550 H10 2551 G4 2552 H3 2553 H8 2555 F12 7 2 3 2561 F11 2562 H8 2563 H8 2565 D6 13 14 2574 E8 6 3557 F4 3559 B12 9 10 11 2537 B5 2536 B4 F G D E F 2547 F6 3560 100K 100n 2556 P12VKILL 2555 10n 100n 2535 3556 10K 2536 100n 2546 47u BCP69 7527 47u 2547 1K2 3555 1 OUT 2 3 6 7 3538 10K MC79L05ABD 7556 5 GND 4 8 2557 100n F839 F821 F820 F814 F816 F807 F805 F800 100n 2577 7528 BC847B 10K 3554 3570 100R 3541 12R 100K 3557 3532 100u 2548 2541 100n 5K6 7561 BC857B 5K6 3559 MP 1541 1A 7563 BC847B 2502 2n2 GND_CASE 220u 2504 5502 BLM21 7535 LD1117 GND 1 IN 3 OUT 2 BLM21 5501 BLM21 5542 5543 MP 1542 1A BAS216 6553 7520 STD17N05 2 1 3 BLM21 5546 10K 3537 BC847B 7523 100n 2543 F811 F803 47u 2544 1A 1543 MP 3539 100K F841 7524 BC847B F845 F842 2509 100n F840 BAV99 6501 F829 2550 F831 F817 100n 2562 100n 2552 1n F815 F813 F806 2551 22u F802 47u 2537 12VCP 3546 100R BC857B 7560 6554 BAV99 7549 BC847B BLM21 5551 3531 5K6 +5VA 100K 3533 5K6 3562 BC847B 7562 3552 47K GND_CASE GND_CASE 2n2 2501 F824 BLM21 5503 F818 100n 2561 100u 2558 2n2 2500 22K 3567 5500 5544 -8VA 100K 3566 F826 100K 3536 100R 3550 2507 10u 12R 3542 +5VA F810 3548 47K F804 F801 F843 BC857B 7529 F844 7521-B MC34072 5 6 7 8 4 F827 100n 2508 2553 100n 100n 2563 F809 F828 F822 12VCP 3547 15K 3553 100R F498 6R8 3545 F492 F495 7522 BC857B 5554 47u F493 F837 BC847B 7548 7526 BC847B 47K 3544 F838 3 2 1 8 4 F832 F846 MC34072 7521-A F491 F825 2574 100n 10K 3540 -8VA 3104 123 4228 PB CDRW MAIN-4228-CDR99 P12VKILL 2 3 4 5 6 7 8 9 BC857B 7525 EH-B 1500 1 10 11 BAV70W 6500 +5VA VDC1 100u 2568 GNDA BZX284-C22 6502 100n 2565 3551 3K3 5555 BLM21 12VCP 100R 3549 12VCP BLM21 5541 F812 F808 L78M09 7558 GND IN OUT F823 F819 2572 100n 2506 33n 100n 2571 220u 2575 VDC2 2505 10u F497 F496 F499 BLM21 5556 F835 VFTD F494 F836 -8VA BLM21 5709 F830 F834 12VPWR P12V FS30V 12VPWR +9SRVPWR KILL_OUT P12V L-5V A-8V P12V 12VPWR L12V {POWER_UP,KILL_OUT} POWER_UP POWER_UP D5V D5VS L5V D3V3 KILL +12VA FROM PSU TO DISPLAY BOARD CDR MAIN BOARD - CIRCUIT DIAGRAM 7 : POWER PART TESTPOINTS 1 2 3 4 5 6 7 0.7V 8 9 10 11 12 13 14 0.7V 11V 27.4V 27.5V 23.2V 10V 17.8V 4.6V 4.6V 4.5V 5.2V 5V 5.2V 5.2V 5V 5V 11.8V 14 -8V during normal operation 11.8V 0.7V 11.8V CL06532018_082.eps 010300 Electrical diagrams and PWB’s GB 41 CDR 3rd gen. 7. 2 3 4 5 6 7 8 9 A B C D E F A B C D E F 1812-1 C4 1818 E3 1819 E4 1820 A1 1830-1 A4 1831 B7 2600 B6 2601 A8 3902 0R 2603 B6 2604 C8 2605 C6 2606 C6 3900 B1 3901 B1 3902 D1 3904 C1 3905 E1 3907 E5 3908 E5 3909 E5 1 2 3 4 5 6 7 8 9 1 GND_CASE GND_CASE 3904 100R 0R 3901 2603 10n 1831 100R 3905 2606 10n 7 GND_CASE MAIN-4228-CDR99 3104 123 4228 PB CDRW 10n 52207 1812-1 1 2601 9 10n 2604 10 PH-B 1819 1 2 3 4 5 6 7 8 9 3 GND_CASE 2 1830-1 1 3 4 SGND 25 26 27 28 29 3 30 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 2 20 21 22 23 24 1820 1 4K7 3909 8 GND_CASE 3 4 5 6 7 2 PH-B 1818 1 2 3908 4K7 6 10n 2605 5 4 3900 0R GND_CASE 10n 2600 11 GND_CASE 4K7 3907 RXD_TOOL {BKPT,DSCLK,DSI,HDCD,LEVEL_A0,LEVEL_A1,LEVEL_A2,RXD_TOOL,TXD_TOOL,TCK,TRACE99_RxD,TRACE99_TxD,TDSO} INT_COPY_ANA DSA_COPY DSA_DATA_CD {EXT_DIG_IN,DIG_OUT_C,EXT_OPT_IN,DISPL_INT,SYS_RESET,DSA_DATA_CD,DSA_ACK_CD,DSA_STR_CD,KEY_PRESSED,IIS_DATA_CD,IIS_WS_CD,IIS_BCLK_CD,DOBM_CD,SYS_CLK_8W,DIG_IN2,KILL} IIS_DATA_CD LEVEL_A2 {SEL_HP_OUT,INT_COPY_ANA,SYS_CLK_11B,L3_MODE,IIS_BCLK_A0,IIS_WS_A0,IIS_DATA_A0,IIS_BCLK_A1,IIS_WS_A1,IIS_DATA_A1,L3_DATA,L3_CLK,NMUTE,PROF_EBU} SEL_HP_OUT BKPT DSCLK DSI TDSO TCK CLK_OUT CLK_OUT RESET_MIN WRITE_TOGGLE D3V3 D3V3 D3V3 TERMB TERMB TRACE99_TxD TRACE99_RxD D5V TXD_TOOL L3_MODE KILL PROF_EBU EXT_DIG_IN DIG_IN2 DIG_OUT_C EXT_OPT_IN IIS_WS_A0 IIS_BCLK_A0 IIS_DATA_A0 IIS_WS_A1 DSA_DATA_CDR DSA_ACK_CDR DSA_STR_CDR {DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE} D5V SYS_RESET CDR60CL1 PCSSIN PCSCOS CDR60CFLG CDR60MEAS1 MERR MERRIN HALL_U HALL_V HALL_W {CDR60MEAS1,CDR60CFLG,CDR60CL1,MERR,MERRIN,HALL_V,HALL_U,HALL_W} {REFSIN,REFCOS,PCSSIN,PCSCOS} IIS_BCLK_A1 IIS_DATA_A1 HDCD LEVEL_A0 LEVEL_A1 NMUTE CDR MAIN BOARD - CIRCUIT DIAGRAM 8 : TEST & CONNECTOR PART CONN. 1820 TO I/O BOARD CDR950/951 CL06532018_041.eps 290200 Electrical diagrams and PWB’s GB 42 CDR 3rd gen. 7. NC NC 1400-1 B13 5710 B6 3825-D H7 3826 G11 F934-1 E13 F934-10 E13 3811 H2 3812 I10 3813 B4 A B C 2718 G1 2719 G2 3818-C D10 3818-D D10 5715 A9 3814 H7 3815 H11 3894-A H6 3897-C C10 3824-B H8 3824-C H8 3824-D H8 5 6 7 I2C BUS 3743 H7 7710 B2 F934-7 E13 F934-8 E13 F934-9 E13 H700 F13 3727 G1 3728 G10 3729 E2 2764 B9 2765 B9 2766 B9 2767 A13 2768 A13 3744 H1 3745 H2 3831 G13 8 3829 G13 3830 G12 3910 H4 5701 B6 5702 A12 7705-B H2 7706-A H10 F934-2 E13 F934-3 F13 F934-4 F13 F G H I 12 3818-B D10 3898-C H6 3903 H5 3906 D2 3810 I3 POWER 7705 D E 3720 E2 3721 E2 3722 C10 3723 C10 3724 C10 1400-2 B13 1400-3 B13 3819-A E10 6701 H1 6702 H2 5714 A9 3825-A H8 3825-B H7 3825-C H7 7701 C3 7704 B2 3897-D C10 7706-B H10 7707 I12 3731 G2 3732 H3 3734 C11 3735 H4 F934-5 D13 F934-6 E13 3823-C H8 3823-D H8 3824-A H8 3726 F11 2 3 4 3712 D12 3713 D12 3714 D12 3715 E12 3716 G10 9 10 3746 H3 3832 G13 3833 H12 3834 H12 3835 G12 3816 I11 3818-A D10 5703 B12 5704 C12 3836 H12 3837 B3 13 2763 B9 3717 B10 3718 B10 11 3898-A H5 3898-B H5 3769 E2 3770 I12 3771 H3 I2C BUS 2773 D13 2774 D13 E F G H I 2901 F13 2752 B8 2760 B7 2761 B8 3819-B E10 3819-C D10 3819-D D10 3820-A E10 3820-B E10 3820-C E10 3820-D E10 3821-A F10 3821-B F10 3828 G12 5705 C12 5706 D13 5707 D12 3838 B3 3822-D H9 3823-A H9 3823-B H9 2714 H1 2716 A8 2742 I13 2743 I13 2750 B6 2751 B7 2717 A8 1 2723 C13 2724 D11 2725 F12 3706 B12 3707 C2 3708 C12 3709 C12 3750 I2 3751 H13 3752 A7 3753 I12 3755 A7 3756 D2 3757 H12 3758 F13 3760 C2 3894-B H6 3894-C H6 3894-D H3 3897-A D10 3897-B C10 3766 C2 3767 B3 3768 H3 12 3711 E12 A B C D 1400-5 C13 1400-6 C13 2731 H12 2769 B13 2770 B13 2736 H13 2737 H13 2738 H13 2739 H13 2762 B8 3725 G10 1400-7 C13 1701-1 A13 1701-2 A13 1702 A13 1704 C13 1707 G1 1708 F13 3821-C F10 3821-D E10 3822-A H9 3822-B H9 3822-C H9 2709 F12 2706 B7 2707 C13 2708 D12 2741 I13 2712 G11 2713 H3 2771 C12 2772 C12 3719 B10 2722 C12 3701 A12 3704 I10 3705 B2 8 9 10 11 3710 D2 2726 F12 1 2 3 4 5 6 7 3761 C2 3762 C2 3763 E2 3764 G2 3765 H2 13 33n 2714 2740 H13 2902 F13 2721 A12 1400-4 B13 2727 F12 2728 F12 2733 F12 2734 G12 2735 G12 2703 B6 2704 B7 F906 F951 BB132 6702 F966 3830 47R 33M8688 1707 CX-11F H700 1 2 F944 10K 3705 F945 F946 10n 2713 3810 5K6 F932 3750 6K8 3822-D 47R 4 5 3821-A 1 8 47R 3821-B 2 7 47R 10K 3722 3723 10K F934-6 6 3826 100R F900 2717 1u F936 F960 3 6 1705 3822-C 47R F961 47R 3898-A F971 F962 4R7 3731 1 8 3822-B 47R 2 7 2703 47u 3822-A 47R BB132 6701 F924 3711 2K7 3707 10K F948 F990 2735 47p F925 47p 2734 47R 3823-C 3 6 F935 4 5 6 47R 3823-D 4 5 6 7 8 9 23 24 EH-B 1702 1 2 3 12 13 14 15 16 17 18 19 2 20 21 22 3 4 5 F953 1708 1 10 11 10 F954 7F934-8 8F934-10 F934-1 1 F934-7 33n 2765 F901 2764 33n 100n 2763 2728 100n 100n 2727 47R 3897-C 3 6 47R 3897-D 4 5 3758 100R 4K7 3762 270K F974 3744 F910 F905 5 47R 3821-C 3 6 F909 47R 3821-D 4 F922 3745270K F918 F921 3 3724 10K F934-4 4 F934-3 4K7 3769 3768 4K7 GND_CASE 3811 10K 47R 3894-D GND_CASE 7705-B MC34072 5 6 7 8 4 3894-C 47R F934-2 2 2704 100n F957 2766 33n 2725 100n F934-5 5 100n 2726 47p 2740 5710 47u 47p 2738 4K7 3764 3725 100R F903 F943 F942 F972 47R 3819-D 4 5 47R 3819-C 3 6 2 7 F920 F992 3818-B 47R F991 150p 2718 100R 3756 1M 3727 F937 3746 15K F975 47R 3831 F970 GND_CASE 47R 3828 F968 F912 F917 3898-B 47R 274347p F977 7710 MC33464N GND 3 IN 2 4 5 RESET_ 1 2739 47p 3713 47R F959 F958 F952 BLM21 5702 F949 F914 2K7 3712 F907 1 8 100n 2723 3820-B 47R 2 7 3824-A 47R 3820-A 47R 1 8 1 8 BLM21 5701 3717 10K 3818-A 47R 47R 3715 F967 F926 F965 10K 3726 4K7 3753 F955 F913 F956 F978 1701-2 2 100R 3815 2761 2762 33n 2760 100n 100n BLM21 5705 3771 100R 2708 BLM21 5704 100n 2770 47p F758 F756 F759 3104 123 4228 PB CDRW MAIN-4228-CDR99 102 TS_ TXD1|GPO24 123 TXD2|GPO27 128 9 VDD1 VDD10 126 VDD11 140 VDD2 21 VDD3 33 VDD4 44 VDD5 57 VDD6 70 VDD7 82 VDD8 98 VDD9 112 XTRIM 85 SDATAO1 78 SDATAO2 67 81 SFSY|GPIO14 SUBR|GPIO15 83 94 TCK 97 TDI|DSI TDSO 95 61 TEST1 TEST2 62 64 TEST3 TIN1|GPIO4 53 TIN2|GPIO29 132 TMS|BKPT 96 TOUT1|GPIO3 52 TOUT2|GPIO30 134 99 TRST|DSCLK 80 84 RSTI 127 RTS1|GPIO26 131 RTS2|RST0 RXD1|GPI24 124 129 RXD2|GPI27 101 R|W SCL 136 SCLK1 74 SCLK2 65 108 SCLK3|GPIO18 SCLK4|GPIO10 71 SDA 135 SDATA3|GPIO20 110 SDATAI1 77 SDATAI4|GPIO12 73 LRCK4|GPIO11 92 NC 86 OSCGND 89 OSCVDD PLLGND 90 PLLVDD 93 PP0|DDATA0 116 117 PP1|DDATA1 PP2|DDATA2 118 120 PP3|DDATA3 107 PP4|PST0 113 PP5|PST1 114 PP6|PST2 115 PP7|PST3 RAS0 22 RAS1 23 RCK|GPIO13 GND7 75 GND8 91 GND9 104 GPIO16|TT0 105 GPIO17|TT1 106 121 GPIO22|CLKOUT GPIO23 122 54 GPIO5|CS2 55 GPIO6|CS3 GPIO7|SIZ1 58 GPIO8|SIZ0 59 100 HIZ LRCK1 76 LRCK2 66 LRCK3|GPIO19 109 72 D9 32 DRAMW 20 EBUIN1 79 EBUIN2 49 EBUIN3 51 EBUIN4|GPIO21 111 EBUOUT1 47 EBUOUT2|GPIO2 48 GND1 3 119 GND10 GND11 133 15 GND2 GND3 27 GND4 38 GND5 50 GND6 63 CTS2|GPIO28 130 D0 45 D1 42 D10 35 D11 36 D12 34 D13 31 29 D14 D15 28 40 D2 D3 37 39 D4 D5 41 D6 43 D7 46 D8 30 A5 143 A6 144 A7 1 A8 2 A9 4 ATM 103 CAS0 25 CAS1 26 69 CL11 68 CL16 CRIN 87 88 CROUT CRSEL 56 CS0_ 24 60 CS1|GPIO9 CTS1|GPIO25 125 A10 5 A11 6 A12 7 A13 8 A14 10 A15 11 A16 12 A17 13 A18 14 A19 16 A2 139 17 A20 A26|CS6|WE1|GPIO1 19 18 A27|CS7|WE0|GPIO0 A3 141 A4 142 3 IN 2 4 5 RESET_ 1 7701 DASP A0|GPIO31 137 A1 138 1400-2 2 7704 MC33464N GND 4K7 3760 3761 4K7 47R 3823-A 1 8 F934-9 9 47R 3898-C 0R 3765 F916 F915 F923 F919 10K 3718 47R 3836 47R 3833 3834 47R 100R 3729 2 7 5 6 1 4 14 3910 4K7 10K 3719 7706-A 74LV74D 3 GND_CASE 1 3752 150R F941 1701-1 2n2 2773 F929 F938 F927 F928 47p 2731 2771 3757 47R 3 6 100R 3734 47p 3818-D 47R 4 5 3818-C 47R 47R 3897-A 1 8 47R 3897-B 2 7 100n 2751 2902 560p 560p 2901 3832 47R GND_CASE F979 GND_CASE 2709 47p 274147p 47p 2742 F757 F931 100R 3728 F930 3755 150R 47R 3823-B 2 7 3816 470R 470R 3812 F973 2736 100n 100n 2737 F940 4 5 3820-C 47R 3 6 8 47R 3819-B 2 7 3820-D 47R 1400-1 1 47R 3819-A 1 3701 100R 2719 150p 3708 47R 100n 2752 3 33n 2712 2721 47p 1400-3 GND_CASE 2707 47p 47R 3714 2768 100n 3906 4K7 2767 47p 47p 2769 F969 5703 BLM21 2750 1u 3751 4K7 BC848B 7707 5 100n 2706 1400-4 41400-5 10K 3709 GND_CASE 7 0R 3704 10K 1400-6 61400-7 0R 3903 3837 F963 4K7 3770 100R 3813 2774 2n2 3721 100R 2722 47p 3829 47R BLM21 5707 3766 4K7 2772 47p BLM21 5706 7706-B 74LV74D 11 12 7 9 8 13 10 14 4K7 3767 10n 2716 47R 3735 3 6 3716 10K 2 7 3824-D 47R 4 5 3824-C 47R 3824-B 47R 47R 3835 47p 2733 1704 1 2 3 4 5 6 7 47R 3825-B 2 7 F984 3 6 47R 3825-A 1 8 47R 3825-D 4 5 47R 3825-C 10K 3838 F964 5714 BLM21 BLM21 5715 F982 47R 3894-B F983 3894-A 47R 3706 2724 47p 100R 3720 47R 3710 100R F976 0R 3763 F933 3732 47R F939 F986 F985 47R 3743 GND_CASE {DOBM_CDR,BCLK,WCLK,DATA1,DATA0} {EXT_DIG_IN,DIG_OUT_C,EXT_OPT_IN,DISPL_INT,SYS_RESET,DSA_DATA_CD,DSA_ACK_CD,DSA_STR_CD,KEY_PRESSED,IIS_DATA_CD,IIS_WS_CD,IIS_BCLK_CD,DOBM_CD,SYS_CLK_8W,DIG_IN2,KILL} {IIC_CLK,IIC_DATA} RESET_MIN SYS_CLK_IIW 3814 47R D5V V7706 D3V3 D(16:31) {RCK,SFSY,SUB} {SEL_HP_OUT,INT_COPY_ANA,SYS_CLK_IIW,L3_MODE,IIS_BCLK_A0,IIS_WS_A0,IIS_DATA_A0,IIS_BCLK_A1,IIS_WS_A1,IIS_DATA_A1,L3_DATA,L3_CLK,NMUTE,PROF_EBU} DSA_STR_CDR F_READY {POWER_UP,KILL_OUT} DRAW_RW CAS1 CAS0 RAS0 F_RW {RAS0,CAS0,CAS1,DRAW_RW,F_READY,CSFLASH,F_RW,RESET_MIN} {BKPT,DSCLK,DSI,HDCD,LEVEL_A0,LEVEL_A1,LEVEL_A2,RXD_TOOL,TXD_TOOL,TCK,TRACE99_RxD,TRACE99_TxD,TDSO} {IIC_CLK,IIC_DATA} SYS_RESET {DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE} D5V A(1:20) MUTE ATT EXT_DIG_IN DISPL_INT D5V CLK_OUT CLK_OUT D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 DSA_ACK_CDR D3V3 KEY_PRESSED DISPL_INT DOBM_CD D3V3a DSA_ACK_CD IIS_DATA_CD IIS_WS_CD IIS_BCLK_CD KILL BCLK WCLK DATA1 IIS_BCLK_A0 IIS_WS_A0 IIS_DATA_A0 SYS_CLK_8W DOBM_CD A(18) A(20) A(19) D(28) D(29) D(31) D(30) D(24) D(25) D(27) D(26) D(20) D(21) D(23) D(22) D(16) D(17) D(19) D(18) RESET_MIN SYS_CLK_BE SYS_RESET VDC1 DSA_DATA_CD DSA_STR_CD D3V3 D5V +12VX +12VA SFSY VDC2 EXT_OPT_IN EXT_DIG_IN D3V3 D3V3 A(1) A(2) A(4) A(3) A(5) A(6) A(8) A(7) A(9) A(10) A(12) A(11) A(13) A(14) A(16) A(15) A(17) SEL_HP_OUT INT_COPY_ANA DSA_DATA_CDR D3V3 SYS_CLK_8W IIC_CLK IIC_DATA D5V DIG_OUT_C VFTD D5V D5V SYS_RESET D3V3 DEEMP TXD_TOOL D3V3a D3V3 SYS_CLK_16W SYS_CLK_16W V7706 V7706 +12VX D3V3 L3_CLK L3_DATA D5V +12VA RIGHT LEFT L3_MODE IIS_BCLK_A1 IIS_WS_A1 SUB RCK STANDBY STANDBY TRACE99_RxD RXD_TOOL IIC_CLK IIS_BCLK_CD IIC_DATA IIS_DATA_CD DATA0 IIS_DATA_A1 TCK DSI TDSO IIS1_MS BKPT DEEMP DSCLK TRACE99_TxD DSA_STR_CD MUTE ATT CLK_SYS CSFLASH NMUTE DSA_ACK_CD DOBM_CDR EXT_DIG_IN EXT_OPT_IN DIG_IN2 DIG_OUT_C PROF_EBU BE_RESET IIS_WS_CD F_READY KILL_OUT KEY_PRESSED HDCD LEVEL_A0 LEVEL_A1 LEVEL_A2 DSA_DATA_CD CDR MAIN BOARD - CIRCUIT DIAGRAM 9 : DASP MASTER PROCESSOR TESTPOINTS CONN. F934 TO DISPLAY BOARD CONN. 1708 TO CD MAIN BOARD CDR775/776 CONN. 1400 TO I/O BOARD NOT FOR CDR950/951 CL06532018_084.eps 010300 R4 R3 R1 R6 R8 R9 A23 A9 A10 A11 A12 A13 A24 Electrical diagrams and PWB’s GB 43 CDR 3rd gen. 7. C D F980 F9 F981 F9 9 10 11 A B 3898-D F12 3999 G12 5712 B9 5713 B4 5716 G7 7702 C3 7703 C9 2715 B5 2720 H9 3754 H7 1 2 C D E F 7705-A G11 7708-A G8 12 13 1 2 3 A B 6 7 8 7708-D H7 7999 G12 7708-B G7 7708-C H10 5 6 7 8 9 10 11 F754 B4 F755 B10 12 13 I 2700 B5 2701 B5 2702 B5 2705 G7 E F G H I F902 H7 F904 H7 F947 E10 F950 H11 F950 2710 B10 2711 B10 G H 3759 I7 3780 I10 3817 E10 3 4 4 5 2711 100n 9 10 7 14 8 F755 7708-C 74HC00D 74HC00D 7708-B 4 5 7 14 6 F902 100n 2700 F904 3759 1K 3754 1K BLM21 5713 F981 5712 BLM21 31 NC1 11 NC2 12 NC3 32 OE_ 29 RAS_ 14 UCAS_ 30 VCC1 1 VCC2 6 VCC3 21 VSS1 22 VSS2 37 VSS3 42 WE_ 13 2 I|O1 3 35 I|O10 I|O11 36 I|O12 38 I|O13 39 I|O14 40 I|O15 41 I|O2 4 I|O3 5 I|O4 7 I|O5 8 I|O6 9 I|O7 10 I|O8 33 I|O9 34 LCAS_ 7702 GM71C18163CJ-6 A0 17 A1 18 A10 16 A11 15 A2 19 A3 20 A4 23 A5 24 A6 25 A7 26 A8 27 A9 28 I|O0 100u 2701 2720 1n 3780 100K 11 WE_ 35 DQ3 38 DQ4 40 DQ5 42 DQ6 44 DQ7 30 DQ8 32 DQ9 10 NC2 13 NC3 14 NC4 28 OE_ 12 RESET_ 15 RY|BY_ 37 VCC 27 VSS1 46 VSS2 20 A5 19 A6 18 A7 8 A8 7 A9 47 BYTE_ 26 CE_ 29 DQ0 31 DQ1 34 DQ10 36 DQ11 39 DQ12 41 DQ13 43 DQ14 45 DQ15|A-1 33 DQ2 25 A0 24 A1 6 A10 5 A11 4 A12 3 A13 2 A14 1 A15 48 A16 17 A17 16 A18 9 A19 23 A2 22 A3 21 A4 3817 1K 7703 Am29LV160BB 5716 BLM21 12 13 7 14 11 100n 2702 74HC00D 7708-D 100n 2705 3898-D 47R 2710 F980 100u 2 1 8 4 MAIN-4228-CDR99 PB CDRW 3104 123 4228 0R 3999 7705-A MC34072 3 BC848B 7999 1 2 7 14 3 F754 7708-A 74HC00D F947 {RAS0,CAS0,CAS1,DRAW_RW,F_READY,CSFLASH,F_RW,RESET_MIN} +12VX V7708 D(16:31) SYS_CLK_IIW SYS_CLK_11B 2715 100n D(31) F_RW D3V3 D3V3 F_READY D3V3 A(19) A(20) RESET_MIN A(11) A(12) A(13) A(14) A(15) A(16) A(17) A(18) V7708 V7708 WRITE_TOGGLE D3V3 V7708 V7708 D3V3 A(15) A(16) A(17) A(18) A(3) A(4) A(5) A(6) A(7) A(8) A(9) A(10) CSFLASH A(1:20) D(16) D(17) D(18) D(19) D(20) D(21) D(22) D(23) D(24) D(25) D(26) D(27) D(28) D(29) D(30) A(10) A(20) D(16) D(17) D(26) D(27) D(28) D(29) D(30) D(31) D(18) D(19) D(20) D(21) D(22) D(23) D(24) D(25) CAS1 RAS0 CAS0 DRAW_RW A(1) A(2) A(11) A(12) A(13) A(14) CDR MAIN BOARD - CIRCUIT DIAGRAM 10 : DASP FLASH & DRAM TESTPOINTS R7 CL06532018_085.eps 010300 Electrical diagrams and PWB’s GB 44 CDR 3rd gen. 7. CDR MAIN BOARD - TOP VIEW CL06532018_044.eps 290200 Electrical diagrams and PWB’s GB 45 CDR 3rd gen. 7. CDR MAIN BOARD - BOTTOM VIEW CL06532018_045.eps 030300 Electrical diagrams and PWB’s GB 46 CDR 3rd gen. 7. CDR-Mainboard Version 4228.7 ALFA C AMON ERON LPF I V I V BALANCE INPUT DIODE STAGE 1 INPUT DIODE STAGE 2 GAP REF. INTERFACE DETECTOR BETA DETECTOR NORMALIZER I2 F G H I A B C D E F G H I 1000 G1 2010 G4 2011 C2 2012 E3 2013 B5 1% 1% I2CBUS 1% 1 2 3 4 5 6 7 8 9 10 11 12 13 14 1 2 3 4 5 A B C D E 11 12 13 14 1% I2CBUS 1% OPTION 17 2015 B4 2016 B4 2018 C7 2019 D6 2020 F3 2021 F3 2022 F3 2023 G9 2024 F12 2025 E9 2026 C7 2027 B7 2028 C8 2029 B8 2030 B8 2039 A13 2042 C6 2057 D14 2058 D14 2001 F1 2002 D2 2007 H4 2008 I4 2009 H4 3001 C2 3002 D2 3003 I4 3004 H4 1% 1% 1% ACTUATOR BUS 3009 H4 3010 G4 3012 E7 3014 D3 3015 D6 3016 C11 3017 C12 3019 H9 3020 I10 3021 I11 3022 I11 3023 I11 3024 I11 3025 I11 3026 I11 3027 I10 3028 I10 3029 I10 3030 I10 6 7 8 9 10 3041 F13 3048 F13 3049 A9 3050 B9 1% 1% 3051 A9 2014 B5 3053 A7 3054 B7 3055 H9 3065 C6 3068 A13 3069 A12 3079 C13 3102 G5 3103 D6 3104 E6 3105 E6 3106 I4 3107 H4 3108 B11 3113 D12 3114 C12 3115 C11 3123 B13 3130 F6 2059 H9 2060 B7 2081 D12 2126 C11 3000 B2 7010 B4 7050-A B9 7050-B C9 7050-C E6 1% OPTION 27 7050-D D13 3006 D2 7119 A8 7120 A8 7126-A C11 7126-B C12 7126-C B8 7126-D C8 7127 B13 7133 B13 7355-C A11 7355-D E12 F100 A11 F101 B12 F102 B13 F103 B12 F104 B14 F107 C11 F108 C13 F110 C11 F113 C12 3031 I10 3035 F9 3036 F9 3039 F13 3040 C9 F143 B6 F145 C3 F146 C8 F147 A3 1% 1% 1% 3052 A7 F149 C6 F150 C1 F152 C3 F153 C6 F155 C1 F157 C3 F158 C6 F159 C1 F161 C3 F162 C1 F163 D9 F165 C3 F166 C1 F167 D6 F169 D3 F170 D7 F171 D1 F172 D3 F174 D6 3131 F7 5008 E8 6002 C11 7005-A B14 7008 E9 F182 D3 F185 D10 F187 D10 F193 E6 ACTUATOR BUS * F194 E6 7104 B12 F199 E12 F202 E3 F203 E9 F204 E3 F207 E3 F208 E1 F209 F3 F211 F1 F215 F7 F220 F12 F222 F12 F223 F1 F226 F13 F227 F5 F228 F1 F231 F4 F232 F5 F233 F5 F234 F5 F115 C12 F133 B7 F138 B8 F140 B10 F142 B9 F235 F1 F238 G12 F240 G1 F243 G12 F246 G1 F247 G9 F249 G9 F251 G9 F252 H9 1% OPTION 28 1% F148 C10 F196 E3 F175 D1 F176 D3 F177 D3 F178 D6 F181 D6 3055 1K F234 F226 F199 F196 150K 3012 2019 F171 100n 3031 F235 470K F110 F102 F100 F194 3002 1K2 33n 2001 SGND F238 0R 3006 3035 910K 680R 3051 8K2 15K 3015 3010 3053 1K 62K 3016 2015 100n 2014 100n 3022 F227 F176 30K F103 F220 2007 F177 F207 15p PDGND F182 2021 10n 3029 120K F243 7127 F204 3021 15K BC857B 3049 1K 10n 2039 100n 2058 7120 BF824 39K F185 1K8 3105 3065 1n 2030 3039 18K SGND 18 SELN2 17 SELN4 45 TC0 62 TC1 10 VDD1 42 VDD2 1 VDD3 44 VPLUS 5 WPON 6 WPONO 36 WPONOUT 100R 3050 28 PWC2 29 PWC3 30 PWC4 31 PWC5 19 PWF0 20 PWF1 21 PWF2 22 PWF3 23 PWF4 24 PWF5 58 RDGAIN1 59 RDGAIN2 61 RDGAIN3 53 RECORDING 54 SCL 55 SDA FSWS 9 GND1 25 GND2 32 GND3 38 GND4 41 GND5 56 GND6 33 IN3 34 IN4 35 IN5 4 LDON 43 LWRT 16 POR 26 PWC0 27 PWC1 CLKOUT_N 7 DP0 8 DP1 11 DP2 12 DP3 13 DP4 40 EFM 39 EFMCLK 2 EPON 3 EPONO 15 ERASC 52 ERON 60 FSCLR 63 FSOF 64 FSON 47 FSRS 48 EFMTIM2 7008 50 AINTON 49 ALS 51 ASTROBE 14 BIASC 57 CAGS 46 CDR 37 100n 15K 3020 120K 3024 2024 F208 F223 F162 F159 SGND F166 F155 240K 3030 6002 560p 2081 BAW56 3069 0R 3106 F222 3K9 680R 3009 4K7 3068 F202 F181 8K2 0R 3107 7355-D 12 13 7 14 11 3052 F231 74HCT00D 3n3 2060 SGND 2042 150p F101 30K 3027 BF824 7119 F107 F147 PDGND F157 2023 100n F246 5 6 7 8 9 10K 3130 18 19 2 20 21 22 23 24 25 26 27 28 29 3 30 4 1 10 11 12 13 14 15 16 17 F209 F172 1000 3000 100R SGND 2126 2010 150p 100n XDN 100n 2002 PPN 31 RE 36 REN 2 RREF 4 SA1 8 SA2 5 SB1 9 SB2 13 SCL 12 SDA 37 TLN 1 UOUT 28 VDD1 16 VDD2 30 VSS1 18 VSS2 34 C4 11 CAGAIN 23 CAHF 44 CALF 39 CALPF 27 CWBL 24 DALFA 15 ERON 35 FEN 29 GND 17 GNDD 40 HCA1 41 HCA2 32 MEAS1 33 MEAS2 38 MIRN 26 7010 43 A1 42 A2 22 AINT 20 AINTON 21 ALS 14 AMON 19 ASTROBE 25 AZIN 10 C1 3 C2 6 C3 7 F233 TZA1020 1K5 3014 F193 3103 10K F232 3104 123 4228.7 15n2020 4 3 2008 15p 3017 3K9 2018 68p 74HC4066D 7126-B 5 7 14 F252 F240 F228 SGND F113 2027 12 13 14 4 11 SGND 2n7 100p 2029 TL084CDT 7050-D 3028 2013 100n F115 62K 3019 3025 240K 3048 1M 10K 12 7 14 11 10 100n 2059 BLM21 5008 7126-D 74HC4066D TL084CDT 7050-B 5 6 7 4 11 F152 F174 F203 8 56K 3102 F170 74HCT00D 7355-C 9 10 7 14 68R 3115 2009 150p 3108 180K F149 330R 3114 3113 220R F187 100n 2012 7104 BC857B F249 3023 3001 2R2 F165 62K 3054 20K F148 F163 F133 F175 100n 2016 3003 120R F211 470K 3026 3131 7050-C 10 9 8 4 11 10K F161 TL084CDT 10K 3104 3079 16K TL084CDT 7005-A 3 2 1 4 11 100n 2025 100n 2011 F138 F153 F158 F104 7050-A 3 2 1 4 11 TL084CDT 2022 10n 120R 3004 HFGND 3123 4K7 BC847B 7133 100n 2057 F215 F167 F140 F178 8 9 F108 7126-C 74HC4066D 6 7 14 PDGND F143 F251 2028 100p 3040 100R F169 2n7 2026 F146 F247 F145 F150 F142 74HC4066D 13 7 14 1 2 3041 7126-A 910K 3036 10K PERASE PWRITE IE IR IW {IW,IE,IR,PWRITE,PERASE,DP4,ERASEC,BIASC} A2 A1 CALF {FEN,REN,TLN,MIRN,RE,ALPHA0,CALF,A1,A2} L5V FSON FSOF FSCLR {FSRS,FSWS,ALS,AINTON,ASTROBE,ERON,RDGAIN1,RDGAIN2,FSCLR,RDGAIN3,FSOF,FSON} RDGAIN1 RDGAIN2 RDGAIN3 FSWS FSW FSRS FSR {FSW,FSR} I2CSCL I2CSDA {I2CSDA,I2CSCL} FSON FSOF RDGAIN3 FSCLR RDGAIN2 RDGAIN1 ERON ASTROBE AINTON ALS FSWS FSRS DALPHA DALPHA L5V L-5V D5VS RECORDING CDRW L5V S2V9 L-5V L12V L12V L5V L12V L5V L5V L-5V L5V L5V L5V L-5V L-5V L5V VCAGAIN CAHF CAHF FSA {C2LF,A1LF,B1LF,C3LF,C4LF,B2LF,A2LF,C1LF,FSA,CAHF} EFMDATA CDR BIASC DIO12V ERASEC DP4 RECORDING S2V9 CDR {RAD+,FOC+,FOC-,RAD-} C1LF ASTROBE RECORDING ALS AINTON L5V D5VS E5V L12V CDR60LWRT {CDR60LWRT,EFMDATA,EFMCLK,WOBBLE} CDRW D5VS WPONO WPON E5V E5V E5V LWRT IR EPONO EPON EFMCLK L-5V L5V L5V TLN I2CSDA I2CSCL B2LF B1LF A2LF A1LF REN MIRN FEN ERON C4LF C3LF C2LF C2LF A1LF B1LF C3LF C4LF B2LF A2LF C1LF CDRW RECORDING FS30V EPONRC L-5V L-5V L-5V L5V WOBBLE WOBBLE L5V L5V ALPHA0 L-5V XDN L-5V RE L12V L5V WPONRC WPONRC FSA RAD+ FOC+ FOC- RAD- CAHF S14 S15 S17 S18 A18 A17 A27 CDR MAIN BOARD - CIRCUIT DIAGRAM 1 : AEGER, EFMTIM, FORWARD SENSE CIRCUIT TESTPOINTS TO CDM3800 CL06532018_046.eps 290200 Electrical diagrams and PWB’s GB 47 CDR 3rd gen. 7. 7005-D A7 3063 A9 3064 A9 3066 A5 3067 A4 3070 E7 3101 A9 3076 C8 3077 E9 3078 G5 3081 F5 3082 F10 3118 H7 2052 F7 2053 F8 3110 B7 3111 A6 3112 A8 3116 I6 3117 I7 2078 I7 2080 B7 2082 I7 2083 I7 2084 A7 3119 I7 3120 I8 3126 I6 3127 G6 3128 I7 3129 H7 3899 F9 6003 H8 6007 D7 6015 C5 7001-A F7 7001-B D6 7001-C E9 7001-D C8 7002-A H6 7002-B G5 7002-C F10 7002-D A6 7005-B G6 7005-C F11 6 7 3071 D7 3072 E5 3073 D5 3074 A3 3075 E5 13 1 2 3 4 3085 E12 3086 E12 3087 G13 3088 E13 3090 F12 3091 E11 3092 F12 3093 G12 3094 F8 3095 F8 3097 G7 3098 G7 3099 H8 OPTION OPTION 14 OPTION 26 3100 D9 2049 E10 2050 E11 2051 G12 G H 2054 F7 2055 H8 2056 G6 2061 A5 2063 H8 E F G H I 3007 C5 3037 C6 3042 E6 3043 G9 3044 H5 3045 E5 3046 D5 3056 B9 3057 A5 3058 B5 3059 B5 3060 B7 3061 B6 ERASE * OPTION 11 3062 B9 3 4 5 7135 A9 F106 A4 8 9 10 11 12 F119 A8 F120 A7 F121 A5 F122 A4 F123 B7 5 6 7 8 9 10 11 12 13 A B C 2046 E11 * * 2047 E12 2048 E12 D E F F164 D7 F168 D8 I A B C D F180 E6 F183 E7 F195 F5 F200 F10 F201 F12 2003 A3 2031 A6 2032 A8 2033 A8 2034 C9 2037 D7 2038 D7 2040 C6 2041 E7 2043 E5 2044 E9 2045 F11 READ OPTION 12 OPTION 1 2 7121 F12 7122 G8 7124 G5 7016 A4 7110 A7 7111 H8 7112 I8 7113 F10 F151 D8 F112 A3 F114 A7 F116 A6 F117 A4 F118 A9 F173 E5 F124 B4 F125 B3 F126 B3 F128 B3 F129 B7 F130 B4 F131 B4 F132 C4 F136 C4 F139 C4 F141 C6 F144 C7 * * WRITE OPTION 13 * F154 D6 F156 D5 F160 D7 F205 F12 F206 F10 F218 F13 F224 G10 F229 G8 F236 G7 F237 G6 F241 G7 F242 G8 F244 G5 F245 G5 F253 H6 F255 I7 F268 I8 F269 I6 F271 I8 2048 1K5 3088 100n 7002-C LM324D 3075 150K 470p 2041 1M 3043 2050 2n2 10 9 8 4 11 10K 3110 15p 2044 7005-C TL084CDT F141 F173 2033 100n F168 F151 F144 3057 4K7 3067 1K 1K 3078 F205 10K F224 1K 3129 3098 15p 2055 68R 3099 3082 1K 7110 BC847B OUT7 22 OUT8 23 RESETN 19 VDAref 18 VDD 5 8K2 3111 1 IN2 4 IN3 9 IN4 12 13 IN5 IN6 16 IN7 21 IN8 24 6 LD OUT1 2 OUT2 3 OUT3 10 OUT4 11 OUT5 14 OUT6 15 2034 M62364FP 7016 CLK 7 D0 17 DI 8 GND 20 IN1 150K 3058 100p 7135 BC807-40 7124 BC847B 4K7 3072 2032 100n 2045 100n F271 2046 100n 15p 2051 3899 2K2 F255 TL084CDT 12 13 14 4 11 F269 F242 7005-D 3062 68R F244 F237 3092 10K F245 LM324D 7001-A 3 2 1 4 11 47R 3090 3127 F201 1K8 F218 BAS216 6003 2n7 4K7 3100 2080 2084 F160 2n2 F164 F118 F154 68R 100n 2052 7005-B TL084CDT 5 6 7 4 11 3093 47R 3128 F136 2047 100n 560R 3086 220R F132 3118 2083 3104 123 4228.7 68p 2049 3n3 F200 F126 6015 BAS216 F112 6K8 3126 1K2 F195 4 11 150K 3045 3116 1n LM324D 7002-A 3 2 1 150K 3042 2043 3091 1K8 2K2 3087 BC847B 7113 47R 3112 220R 3064 F131 F106 22R 3101 F129 F128 220R 3094 2053 100n 6007 3044 1M 3071 BAV99 7001-B 5 6 7 4 11 2K2 150K LM324D 3077 7002-D LM324D 12 13 14 4 11 F119 10K F120 3060 6K8 3059 3095 6R8 2031 100n 100n 2003 3076 150K F268 F156 F253 F114 F123 3007 150K F229 10u 2061 F241 47R 3097 7111 BC847B F180 3070 1K 2038 100n 2054 2n2 2056 3n3 F116 3066 33K LM324D 5 6 7 4 11 3061 1K 3081 7002-B 3056 1K 1K BC807-40 7121 3085 6R8 22R 3063 F236 7001-D 12 13 14 4 11 F183 7122 LM324D LM324D 7001-C 10 9 8 4 11 BC807-40 3037 10K 2037 3119 220R 2078 100n 100n 2040 10R 3120 BC817-25 390p 7112 1R 2063 100n F206 3074 3073 4K7 150K 3046 F121 10K F139 2n2 F130 3117 F124 2082 F122 F117 IE IE L5V L5V L5V ILASER_ERASE L12V BIASC D3V3 DALPHA PW {LASDACDI,LASDACCK,LASDACLD,PW} F125 L5V L5V L-5V L5V IR IR L5V L5V L5V ILASER_READ L5V L12V PWD L5V L5V PERASE PERASE L-5V L5V ERASEC PWD DELTAP PWMAX PWMIN VCAGAIN VCAGAIN LASDACLD PWB PWD S2V9 S2V9 S2V9 PWB S2V9 S2V9 LASDACDI LASDACCK PRFINE PRCOARSE L12V L5V L5V L12V PWRITE PWMAX L-5V L5V L-5V L5V L-5V L5V L-5V L5V PWB PWB L5V LWRT {IW,IE,IR,PWRITE,PERASE,DP4,ERASEC,BIASC} {PWMIN,PWMAX,PWD,DELTAP,PWB,PWD} L5V D3V3 PWMIN DELTAP L12V ILASER_DELTA DP4 L5V IW IW L-5V L5V L5V L5V L5V ILASER_WRITE CL06532018_047.eps 290200 Electrical diagrams and PWB’s GB 48 CDR 3rd gen. 7. EN C1 1D X2 + + + + - X2 X2 MT X2 X2 X2 X2 X2 MUTE VOLTAGE CONTROL LOGIC TRAY - - - 3265 H5 3283 B9 3284 B10 3742 G3 3747 I3 3748 I3 3808-D C9 3809-A C9 3809-B C9 3809-C C9 3809-D C9 3889 B11 7201 E4 7202 D4 7208 B10 7209 F9 7215-B D6 7225-A A4 3206 G10 3207 G10 7225-B C4 7240 F4 7802 C11 F300 A5 3210-A D12 3210-B D12 3210-C D12 3210-D D12 F301 B5 F306 I4 F311 B10 F312 B9 3224 B4 3225 A4 3226 A5 3227 B4 3228 B5 3229 C4 3237 D4 3239 E4 3240 D4 3241 F3 3244 F3 3250 H8 3251 G8 3252 D5 3253 D5 3254 F5 3256 F5 3257 G5 B C OPTION 32 1% 1% 1% ACTUATOR BUS 1220 C1 2208 B10 2209 F11 3806 B9 3808-A B9 3808-B C9 3808-C C9 2226 A5 2227 A5 2228 B5 2229 C5 2240 D5 2241 E4 2242 E3 2243 D6 2250 H8 2255 I1 2256 I1 2291 C12 3200 F10 3201 G10 3202 G10 3203 G10 3204 G10 3205 G10 I 1200 H1 OPTION 83 ADDRESS BUS * 3209 F10 2 3 4 5 3211-A D12 3211-B D12 3211-C D12 3211-D E12 10 11 12 13 1 2 3 4 5 6 7 8 9 10 11 12 13 A F341 C9 F342 C10 1% OPTION 82 1% 1% F354 D10 F355 F10 F356 D9 F357 D10 2214 I3 2221 D1 2224 D6 2225 A4 F371 C2 F373 E10 F374 C2 F379 C2 D E F G H I A B C D E F G H F406 F3 F407 F5 CONTROL BUS DATA BUS * 1 F409 G3 F433 G3 F438 G8 F444 H5 6 7 8 9 F445 H5 F446 H1 F447 H1 F448 I1 F313 B10 F316 C9 F317 C10 F319 C9 F320 C10 F321 C11 F323 C9 F324 C10 F327 C9 F328 C10 F330 C9 F331 C10 F337 C9 F338 C10 3 4 5 6 7 8 9 F346 D10 F348 D10 F349 D10 F353 D9 F360 D10 F364 D10 F366 E10 F370 E10 F381 D2 F383 D2 F386 D2 F389 D5 F390 F9 F391 D7 F393 D4 F396 D3 F403 F3 F404 F5 1220 52207 1 10 2 1R 3284 F348 F342 F373 F316 3253 4K7 3104 123 4228.7 F360 F354 5K6 3237 F433 1n 2227 PGND 47R 3809-C 3 6 47R 2 7 47R 2 7 3808-C 47R 3 6 3809-B F323 3808-B 3227 33K 2221 100n 5 6 7 8 4 47R 3211-D MC34072 7215-B 3211-B 47R PGND 4K7 3252 F300 7202 BC847B 47R 3211-C F321 2241 100n F337 F396 2226 100n 3283 1R DQ0 13 DQ1 14 DQ2 15 DQ3 17 DQ4 18 DQ5 19 DQ6 20 DQ7 21 OE_ 24 RESET_ 1 VCC 32 VSS 16 31 WE_ A11 25 A12 4 A13 28 A14 29 A15 3 A16 2 A17 30 A2 10 A3 9 A4 8 A5 7 A6 6 5 A7 A8 27 A9 26 CE_ 22 Am29F002B 7208 A0 12 A1 11 A10 23 3207 1K 3239 7201 BC847B 47R 3205 47R 47R 3203 10u 2242 2243 100n F389 PGND 2224100n F366 F312 F357 2291 100n F327 2208 100n 2240 100n 3229 120K F445 1 2 3 4 SGND 0R 3244 0R 3241 PH-B 1200 2255100n F446 3201 47R F319 3200 47R 20 2209 100n 17 5 16 6 15 7 14 8 13 9 12 11 GND 10 1 Vcc MC74LCX573 7209 2 19 3 18 4 3210-A 47R 10K 3748 F349 F338 SGND F301 SGND 5 3 2 1 8 4 47R 3809-D 4 47R 3809-A 1 8 NE532D 7225-A 4 5 F447 47R 1 8 47R 3808-D 3257 F406 3808-A SGND 0R F364 PGND PGND 8K2 3250 F346 PGND 3226 10K 1 2 F444 F393 17 26 VO4+ VO4- 27 VOL+ 2 VOL- 1 VREF 19 0R 3265 NC2 6 NC3 9 NC5 11 REV 15 VCC1 22 VCC2 10 VCC3 21 VIN1 3 VIN2 4 VIN3 20 VIN4 24 VIN5 25 VO2+ 12 VO2- 13 VO3+ 18 VO3- 7240 BA5938FM BIAS 23 FWD 16 GND1 8 GND2 14 GND3 28 MT1 29 MT2 30 MUTE 7 NC1 5 F448 7225-B NE532D 5 6 7 8 4 F328 3204 47R 3202 47R 3210-C F390 47R F341 F383 F330 F381 SGND 2214 100n 100n 3806 10K 2225 100n 2256 F355 F379 3206 47R 0R 3256 F306 F320 0R 3254 F313 120K 3224 F370 PGND F356 I|O7 22 OE_ 28 VCC 27 WE_ 3889 1R 26 A4 1 A5 2 A6 3 A7 4 A8 A9 5 20 CE_ 14 GND 11 I|O0 12 I|O1 13 I|O2 15 I|O3 16 I|O4 17 I|O5 18 I|O6 19 CY7C199 21 A0 23 A1 6 A10 7 A11 8 A12 9 A13 10 A14 24 A2 25 A3 PGND PGND 7802 F438 F311 F317 SGND PGND 1K 3742 33K 3225 F374 F331 F371 10K 3240 3209 SGND 3210-B 47R F403 10K 3747 F409 F391 F324 3210-D 2229 1n F386 47R F407 F404 2250 100n PGND 10K 3228 PGND 47R 3211-A F353 100R 3251 100n 2228 MAD(7) MA(0:17) ALE D3V3 D5V D3V3 FWEN FWEN D5V PSENN CSRAM {MRDN,MWRN,ALE} {VFO,VRA,VSL} MA(3) MA(2) MA(1) MA(0) MAD(7) MAD(6) MAD(5) MAD(4) MAD(3) MAD(2) MAD(1) MAD(0) MRDN MWRN MAD(0) MAD(1) MAD(2) MAD(0:7) MAD(3) MAD(4) MAD(5) MAD(6) MA(1) MA(2) MA(3) MA(4) MA(5) MA(6) MA(7) MAD(0) MAD(1) MAD(2) MAD(3) MAD(4) MAD(5) MAD(6) MAD(7) MA(14) MA(13) MA(12) MA(11) MA(10) MA(9) MA(8) MA(7) MA(6) MA(5) MA(4) {REFSIN,REFCOS,PCSSIN,PCSCOS} MA(1) MA(2) MA(3) MA(4) MA(5) MA(6) MA(7) MA(8) MA(9) MA(10) MA(11) MA(12) MA(13) MA(14) MA(15) MA(16) MA(17) MA(0) MA(0) SL+ FOC+ FOC- {RAD-,RAD+,FOC+,FOC-} VRAO VRA SL- SL+ {SL+,SL-} COS- COS+ SIN+ SIN- {SIN-,SIN+,COS+,COS-} REFSIN REFCOS PCSCOS PCSSIN S1V65 D3V3 D5V D5V D3V3 RAD+ RAD- VFOIN VFO VFOO VSL TRAYOUT TRAYIN TRAYSWF {TRAYIN,TRAYOUT,TRAYSWF} COS+ COS- SIN- SIN+ SL- +9SRVPWR D3V3 D5V D5V D5VS TRAYSW TR- TR+ +9SRVPWR A-8V D5V S1V65 S2 S1 S3 S4 S5 S7 S8 S6 S9 S11 S12 1.6V 0.7V S21 S23 S22 CDR MAIN BOARD - CIRCUIT DIAGRAM 3 : SERVO DRIVERS, MACE-RAM, -FLASH, -DEMUX TEST POINTS TO SLEDGE CDM3800 TO TRAY CDL4009 CL06532018_048.eps 290200 Electrical diagrams and PWB’s GB 49 CDR 3rd gen. 7. counter Radial Focus Track Defect Signal cond. Ex Dx OPC control detector core 8051 SFR RAM ROM ref. AGC ADC/ Laser control control Slegde control Port 5 Port 3 Port Port 1 GEN. TEST DEBUG 4 Port 2 0 Port System interface P6 CLOCK PCS 3219 E2 3220 E2 3221 D2 3222-A D12 3222-B D12 3222-C D12 2217 D2 2218 F13 2220 E2 2222 E1 2230 B3 2231 C4 2232 G2 2233 G2 2234 G2 2235 G2 2272 A8 2273 A8 2274 A9 1% 1 3222-D E12 3223-A E12 5 6 7 8 9 10 11 12 13 3235-B B12 3235-C C12 3235-D B12 3238 H10 3 4 3255 D3 3260 F13 3261 F12 3271-A C12 3271-B C12 3271-C C12 3271-D C12 3273-A C12 3273-B D12 3273-C D12 3273-D D12 3274 A6 3276 H8 ADDRESS BUS CONTROL BUS 2275 A9 2276 A9 14 A B C DATA BUS I2C BUS 3216 C2 3217 E2 3218 E2 3208 H9 3212 I5 3213 E13 3215 C2 2207 H4 2216 C2 7207 H3 7215-A D2 7270 A4 F302 A8 F303 A8 F304 A5 F305 A6 F307 H6 F314 A12 F318 B12 F322 B4 F325 B4 F326 B12 3242-A H12 3242-B H12 2 3 3223-B E12 3223-C E12 3223-D E12 3230 F12 3231 F12 3232 H11 3233 F13 3234 F13 3235-A B12 13 14 1 2 3248-D I5 3249 H10 F397 F4 F398 F12 F399 F4 F400 F12 F401 F13 F402 G12 F411 H11 F413 H5 F414 H6 F415 H6 F416 H6 F417 H7 F418 H7 3280 H9 3281 H7 D E 2277 A10 2278 A10 2283 H6 2284 H5 2285 H5 2286 D3 2287 C3 2288 C3 2289 A6 F G H I 5202 A9 5203 H3 F432 H10 F434 I3 F435 H8 F436 H9 F439 I4 F440 H10 F442 H8 F443 H9 F450 F13 F451 F12 F452 H9 F453 H10 F454 H10 F329 B4 F334 B12 3242-C H12 3242-D H12 4 5 6 7 8 9 10 11 12 3247-D H5 3248-A H5 3248-B I5 3248-C I5 F392 E4 F394 E4 F377 D2 F380 D1 F382 D4 F384 D2 F385 E4 F387 E4 F419 H7 F420 H7 F421 H8 F422 H8 F423 H9 F425 H9 F426 H9 F427 H9 F429 H10 3286 B4 3287 H7 F G H I A B C D E 3289 F3 3290 E3 3291 E3 3295 D3 3297 C3 3299 C3 3702 C13 3703 C13 3749 A6 3807 B12 3887 A12 5201 A8 F430 H10 F431 H10 F335 B4 F350 C3 F351 C4 F358 C4 F361 C3 F362 C4 F367 C4 F368 C1 F375 D3 3243-A A12 3243-B A12 3243-C A12 3243-D A12 3245 H10 3246 H10 3247-A C4 3247-B C4 3247-C H6 3K3 3297 3288 F3 3273-D 47R 4 5 F414 100n 3287 10K 3215 15K 2283 47R 3223-A 3299 3K3 F443 M24C08 1 E0 2 E1 3 E2 6 SCL 5 SDA 8 VCC 4 VSS 7 WC_ F442 7207 SGND F305 10K 3208 3273-A 47R 1 8 F402 F325 3749 10K 220R 3248-B 2 7 3280 47R F430 3290 68K F375 56K 3291 2220 47n 100n F322 22n SGND 2284 2232 220R 3248-A 1 8 F382 2278 100n 47p 2216 1 8 4 3213 33R 1n MC34072 7215-A 3 2 F387 2234 F385 F361 2233 1n 3271-C 3 6 3235-C 47R 3 6 82p 2222 47R F425 220R 3238 2289 100n F422 2n2 2286 SGND 2n2 2287 F439 3104 123 4228.7 100R 3233 100n 2207 F318 SGND 3 6 F431 SGND 1n 3248-C 220R 8 2K2 3247-D 4 5 2235 220R 3246 2K2 3247-A 1 47R 3223-B 22n 2288 220R 3245 3281 F335 F434 220K F377 SGND 3271-A 1 8 47R 3276 BLM21 5203 47R F304 220R 3249 F362 3235-B 2 7 F326 F351 47R 3271-B 47R 2 7 4K7 3702 F426 F435 3274 100K 3217 47K F418 3243-D 4 5 22n 2230 3273-B 47R 2 7 10K 3295 3K3 F399 SGND 2K2 3 6 F432 100n 3247-C 2274 F358 2275 F350 100n SGND F329 2285 100n 47R 3 6 3807 0R F303 3273-C SGND 47R 3260 3242-D 4 5 3243-A 10K 1 8 100n 2277 10K 11 VssDp6 68 WRN 41 WRNH 19 127 XDET XTLI 7 6 XXTLO 83 VddDc2 22 VddDp1 57 VddDp2 96 VddDp3 44 VddDp4 32 12 VddDp5 VddDp6 69 VssAop 119 VssAs 109 VssDc1 82 VssDc2 21 VssDp1 56 VssDp2 95 VssDp3 43 VssDp4 31 VssDp5 72 SRV_INT_LGR 89 TEN 85 TL_FTL 81 TPWM 84 99 TS1 TS2 102 TS3 103 TXD1 34 TXD2 40 Uopb 118 Uopt 117 VRH 105 VddAop 120 VddAs 110 VddDc1 PXT2en 15 RA 70 RAC_SW 10 RDN 42 20 RDNH REFCOS 9 8 REFSIN RP 80 RSTI 98 RXD1 33 RXD2 39 S1 112 113 S2 SELPLL 5 125 SINPHI SL NC1 2 NC2 3 NC3 36 NC4 37 NC5 NC6 67 NC7 100 101 NC8 OPC_INT 88 OTD 79 P6 104 PSENn 53 PW 124 PXT0 17 PXT1 18 PXT2 16 26 H4 27 H5 28 H6 29 H7 30 I2CSCL 90 I2CSDA 91 INT0_PWD 35 INT1 38 INT2 13 INT3|ALEh 14 IREFT 114 LDON 97 94 LLP 74 MON_A MON_D 73 106 D2|TLN 107 D3|REN 108 D4|FEN 111 DEB_OUT 75 DEFIn 92 DEFOn 93 DSDen 78 EAn 55 FO 71 FOK 87 FTCH 115 FTCL 116 H0|A16 23 24 H1|A17 H2|CSDN 25 H3|CSBN 58 AD1 59 AD2 60 AD3 61 AD4 62 AD5 63 AD6 64 AD7 65 ALE 54 ALPHAO 4 ATIPin 77 CALF 123 CLKOUT 76 CLO 86 COSPHI 126 D1|MIRN 7270 A1 121 A10 47 A11 48 A12 49 A13 50 A14 51 52 A15 A2 122 A8 45 A9 46 1 ACT_EMFN 128 ACT_EMFP AD0 F367 SAA7399 SGND F314 1 8 100n 2218 F436 3242-A 10K F427 3703 4K7 3218 10K 100K 3231 F421 BLM21 5202 100n 2272 3243-B 10K 2 7 F416 47R 3222-B 3242-B 10K 2 7 F417 F400 SGND 3248-D 220R 4 5 SGND 3235-A 47R 1 8 0R 3887 56K 3288 100n 2276 3223-C 47R 3220 10K 3219 22K F384 SGND SGND F413 3255 10K F302 F307 0R 3261 3232 10K F392 F453 F398 3221 22K BLM21 5201 5 3212 220R F334 3235-D 47R 4 F368 56K 3289 3222-D 47R F380 F420 100K 3230 F419 100n 2231 22n 2273 3222-A 47R 3222-C F401 47R F451 F394 F397 F454 3 6 F411 F423 3243-C 10K 1K 3234 F429 F440 22n 2217 5 SGND 22K 3286 3271-D 47R 4 47R SGND F452 3223-D F450 2K2 3247-B 2 7 3216 15K 3242-C 10K 3 6 VRA VSL {VFO,VRA,VSL} TRAYIN TRAYOUT DMON {LASDACDI,LASDACCK,LASDACLD,PW} {POWER_UP,KILL_OUT} PW ATIPSYNC LLP STANDBY STANDBY F415 {I2CL,I2DA,LASDD,LASCK,LASLD} ALPHA0 S2V9 CALF A2 A1 FEN REN TLN MIRN RE FSR FSW {FSR,FSW,S2V9,FEN,REN,TLN,MIRN,RE,ALPHA0,CALF,A1,A2} OFFTRACK {OFFTRACK,ATIPSYNC,LLP,HFS0,CDR60INT,CDR60CS,CDR60PLL,SRSTN,DMON} VFO LASLD LASCK LASDD I2CL I2DA LASDACCK LASDACDI I2CSCL I2CSDA I2CSDA I2CSCL {I2CSDA,I2CSCL} CDR60CS SRSTN SRSTN CDR60INT HFS0 LASCK I2DA I2CL LASDD MA(12) MA(11) MA(10) MA(9) MA(8) MA(0:17) CDR60PLL DSA_DATA_CDR DSA_STR_CDR DSA_ACK_CDR ATT MUTE {DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE} MWRN MRDN {MRDN,MWRN,ALE} LASLD LASDACLD {REFSIN,PCSSIN,REFCOS,PCSCOS} IIS1_MS BE_RESET DEEMP MAD(7) MAD(6) MAD(5) MAD(4) MAD(3) MAD(2) MAD(1) MAD(0) MAD(0:7) MA(17) MA(16) MA(15) MA(14) MA(13) DEBON DESIGN_TEST1 MRST_P FWEN FWEN MRDN_P HI_POWER POWER_UP CSRAM CSRAM TRAYSWF ALE MWRN MRDN {TRAYIN,TRAYOUT,TRAYSWF} PCSCOS REFCOS PCSSIN REFSIN PSENN D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 DESIGN_TEST2 D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 A-8V D5V SYS_CLK_BE SYS_CLK_BE MWRN_P TERMB TERMB TERMB R2 R5 S10 S13 S16 S19 S20 CDR MAIN BOARD - CIRCUIT DIAGRAM 4 : MACE BE-PROCESSOR TESTPOINTS CL06532018_049.eps 290200 Electrical diagrams and PWB’s GB 50 CDR 3rd gen. 7. - + REV PS - + H BIAS CONTROL GAIN DRIVER + - + - + - + - + - + - PCA 2 EBU DECODER ENCODER I/O BIT DETECTOR IREF GENERATOR DEMODULATOR TEST CAPTURE HF DATA S I TACHO MOTOR/ INTERFACE WOBBLE GENERATOR SYST CLOCK RESET GENERATOR EFM CLOCK SUB-CPU INTERFACE I/O EFM MODULATOR and memory processor Error correction PROC. MODULATOR CONTROL SUBCODE I C 2 7360 B5 F502 B5 F503 B4 F504 B2 F505 B2 F506 B3 F507 B3 F508 B5 OPTION 30 OPTION 41 F518 C9 F519 C9 F520 C8 3361 C6 F521 C8 F522 A4 F523 C4 F524 C7 F525 F7 F526 H13 F527 D8 F530 D8 F531 D14 3375 C2 3376 C1 3377 C1 3378 A1 3379 A2 3380 I2 3381 H3 OPTION 33 3382-A C13 F532 D8 F534 D13 F535 D8 F536 D13 F538 D13 F540 E13 F541 E13 F542 E8 F543 E13 7300 C8 7330 E2 7355-A H8 7355-B H7 3316 H12 7361 C5 7370 B3 7371 B3 7373 B2 7375 B1 7803 F5 7804 G5 F500 A1 F501 A3 3333 F5 3334 E5 3335 E5 3336 E5 3337 H5 3338 I5 3339 F5 DATA BUS OPTION 31 F509 B2 F510 B2 F511 C1 F512 D3 F513 C5 F514 B10 F515 B11 F516 D6 F517 C5 3350 E2 3351 E4 3352 H5 3360 C5 2360 B5 3362 D5 3363 D6 3365 D7 3368 B3 3370 C3 3371 C3 3372 B2 3373 A2 3374 A1 2375 C2 2378 B1 2379 C14 2907 H13 2908 H13 3300 C9 3301 C9 1% 1% 3382-B D13 3382-C D13 3382-D D13 5301 A5 5302 B10 5303 B10 6373 C2 6374 C2 6375 C2 3312 E7 3313 D7 3314 D14 3315 E7 13 3317 H12 3319 E14 3322 F5 3323 F5 3324 G6 3325 G6 3330 F1 3331 F1 3332 F1 2310 B4 2314 F7 2315 E7 2316 E7 2317 E7 2318 D7 2319 D7 1% OPTION 36 OPTION 35 1% CD ENCODING & DECODING PART 3340 I4 3341 H1 3346 H2 3347 H2 3348 H2 3349 H5 2336 I5 2337 I5 2355 H8 2359 D7 2300 B10 2362 D6 2364 C7 2368 B4 2369 B4 2370 A3 2371 A4 2372 C2 2373 A1 2374 C1 5 6 7 8 9 10 11 12 13 * OPTION 37 OPTION 45 3302 A2 3303 A4 3304 H1 3305 G10 3308 H9 3309 C7 9 10 11 12 F573 G8 14 A B C OPTION 38 OPTION 40 2306 C12 2308 A4 2309 B4 H I A B C D E F G OPTION 34 2320 D7 2321 D7 2322 E7 2330 F2 2331 F2 2332 F2 2333 E4 2335 H5 1330-6 F1 1330-7 H1 1330-8 G1 1330-9 H1 F598 H3 2302 B10 2303 C10 2304 C11 2305 C11 OPTION 39 1 2 3 4 F549 E8 F550 E13 F551 E8 F552 E13 F553 F8 F554 F13 F555 E4 F556 F1 F558 F8 14 1 2 3 4 5 6 7 8 F569 G4 F570 G4 F571 G8 F572 G1 F581 G9 F574 G1 F575 G4 F577 G8 F578 H1 CONTROL BUS D E F G F583 G10 F584 G11 F585 G11 F586 G11 F588 G12 F589 G12 F590 H1 F591 G12 F592 G10 H I 1330-1 F1 1330-10 H1 1330-11 E1 1330-2 F1 1330-3 F1 1330-4 G1 1330-5 G1 F593 G11 F594 G11 F595 G11 F597 G12 F599 H7 F600 H8 F601 H8 H301 H14 F544 E7 F545 E8 F546 E13 F547 E1 F548 E3 F559 F1 F561 F2 F562 F8 F563 H5 F564 F1 F565 G1 F566 G5 F567 G1 F568 G4 F579 H2 F580 G9 PGND HFGND 100n 2364 7373 10K 3348 6375 BFS540 3333 1R5 BAS216 3375 2K2 100n 2333 100n 2374 5301 2336 100n 1R5 PGND HFGND BLM21 3335 Y1 14 15 Y2 Y3 12 Y4 1 Y5 5 Y6 2 Y7 4 Z 3 2335 47n 7360 74HCT4051D 6 E_ GND 8 S0 11 S1 10 S2 9 16 VCC 7 VEE Y0 13 47n 2362 470p 2369 33K 3309 PGND PGND PGND 22R 3361 PGND 820R 3363 3331 100R 3330 2315 100n WGND 100R 4K7 3317 3346 10K 2355 0R 3308 1K 3301 100n 47R 3 6 3379 18K 3378 27K 3382-C 1 8 3376 220R 2331 100n 3382-A 47R HFGND 22u 2373 3352 56K 3337 3372 1K2 0R 100n 6373 BAS216 5303 2304 BLM21 100n 2300 3325 10K WGND F534 HFGND 2370 22u F515 2306 100n HFGND 47R 3314 1 2 7 14 3 F527 F520 74HCT00D 7355-A 4 F513 1330-2 2 1330-4 1 2n2 2310 1330-1 1K5 3371 2359 47p F509 F510 F518 F501 F514 560p 2907 3104 123 4228.7 F591 F586 F581 47R 3377 F588 F561 F565 1K F599 F556 3312 47R 3315 F577 F553 F571 F545 F558 F575 F568 3319 47R 9 1330-5 5 F523 1330-9 F574 F579 F531 F564 7804 BC847B F524 F521 5K6 1K 3322 F535 3324 F554 F541 F546 F536 F595 F584 F585 F530 F552 1R5 3334 560R 3370 BFS540 7375 3368 47R HFGND 100n 2378 F517 F516 F503 22R 3374 F506 6374 BFS540 7371 3380 0R BAS216 3373 1K8 F525 2375 100n 3313 47R 100n 2321 22K 39K 3362 3n3 2322 3360 2318 100n F563 1n8 HFGND 2368 2372 1p 7370 BC847B F550 HFGND WGND F543 7361 100n 2360 F598 BC847B 2330 100n F548 3332 100R VCC 25 VH 19 VM1 26 27 VM2 F522 F526 H1+ 9 10 H1- 11 H2+ 12 H2- H3+ 13 H3- 14 MT1 29 MT2 30 NC1 1 NC2 2 NC3 4 NC4 6 NC5 15 23 PS REV 24 RNF 28 7330 BA6856FB A1 7 A2 5 A3 3 CNF 20 EC 22 ECR 21 FG1 18 FG2 17 FG3 16 GND 8 3350 82R F519 F542 PGND 82R 3341 3381 0R PGND 2320 PGND 10K 3347 2319 100n 100n F502 3349 100K F508 1R5 3336 F512 F507 F549 PGND 1R F551 2317 3351 2314 100n 3n3 100n 2337 1K 3338 F555 F566 100K 3340 F590 1K 3339 F578 HFGND 100R 3365 HFGND XEFM 21 XTLI 22 XTLO HFGND F572 Vss2 19 Vss3 31 Vss4 43 Vss5 48 Vss6 52 Vss7 62 Vss8 71 Vss9 25 W441 60 WCLK 6 WIN 2 WREFHI WREFLO 1 3 WREFMI 45 WRi 78 18 TEST2 55 V4 7 VREF 5 Vdd1 76 Vdd10 15 Vdd2 20 Vdd3 30 Vdd4 44 Vdd5 49 Vdd6 53 Vdd7 Vdd8 63 72 Vdd9 4 Vss1 75 Vss10 16 9 NC 23 OTD 27 PANIC 51 PCAin 28 PORE 66 RCK 46 RDi 32 SCL 33 SDA 67 SFSY 54 STOPCK SUB 65 57 SYNC 70 T1 69 T2 17 TEST1 DATA0 64 DATAI 56 EBUOUT 79 EFMDATA 58 FLAG 13 HIN 10 HREFHI 11 HREFLO 14 HREFMI 34 INT 8 IREF LASON 77 80 MEAS1 74 MOT1 73 MOT2|T3 24 MUXSWI 47 ALE 26 ATPSYC 61 BCLK 68 CFLG 29 CL1 50 CSi 42 DA0 41 DA1 40 DA2 DA3 39 38 DA4 37 DA5 36 DA6 35 DA7 59 7300 SAA7392 12 AGCREF 7803 5K6 3323 7355-B 74HCT00D 4 5 7 14 6 BC847B 2n2 2309 1330-3 3 2n2 2308 560p 100n 2316 47p 2379 2908 F540 F538 F594 3316 4K7 F593 F583 10K 3305 F592 1K 3300 5 F589 F532 3382-B 2 7 47R 3382-D 4 F547 F559 47R 2332 F601 100n F600 2305 100n F562 F573 8 100n 2303 F580 1330-6 6 1330-8 WGND HFGND F570 F569 1330-10 10 3304 82R HFGND 3303 1330-7 7 F504 HFGND 22R F505 5302 BLM21 2302 100n 11 F567 1330-11 F511 F544 100n F597 3302 100R 2371 H301 1 2 F500 VCOIL UCOIL {CDR60LWRT,EFMDATA,EFMCLK,WOBBLE} {OFFTRACK,ATIPSYNC,LLP,HFS0,CDR60INT,CDR60CS,CDR60PLL,SRSTN,DMON} L5V HFS0 HF CAHF L12V DMON W- W+ V- V+ U- U+ HALL_W HALL_W HALL_V HALL_V HALL_U HALL_U MERRIN WCOIL MAD(5) MAD(4) MAD(3) MAD(2) MAD(1) MAD(0) CDR60CS BCLK ATIPSYNC ALE D5V MERR D5VS HALL_I HALL+ D5VS SUB SFSY MRDN SRSTN LLP OFFTRACK MOTO1 CDR60LWRT CDR60INT DATA1 I2SDATAOR MAD(7) MAD(6) MAD(0:7) SYS_CLK_BE SYS_CLK_BE D5VS D5VS WOBBLE EFMCLK EFMDATA MWRN WCLK D5VS D5VS D5VS {RCK,SFSY,SUB} {MRDN,MWRN,ALE} L12V CDR60PLL D3V3 D3V3 DATA0 RCK RCKR {CDR60MEAS1,CDR60CFLG,CDR60CL1,MERR,MERRIN,HALL_V,HALL_U,HALL_W} DOBM_CDR CDR60CL1 CDR60CFLG CDR60MEAS1 {DOBM_CDR,BCLK,WCLK,DATA0,DATA1} D3V3 CDR60SDA D3V3 CDR60SCL CL06532018_050.eps 290200 CDR MAIN BOARD - CIRCUIT DIAGRAM 5 : CD ENCODING-DECODING PART A14 A15 A16 HF1 HF2 R10 Electrical diagrams and PWB’s GB 51 CDR 3rd gen. 7. 0dB/6dB SWITCH 0dB/6dB SWITCH 0dB/6dB SWITCH PGA ADC2R ADC1R INTERF ADC1L DAC PGA ADC2L L3-BUS DIGITAL AGC DIGITAL MIXER DIGITAL INTERF DECIMATION FILTER DSP FEATURES INTERPOLATION FILTER PEAK DET NOIS SHAPER DAC 0dB/6dB SWITCH 2464 E8 2465 C8 2903 G7 2904 H7 2404 B6 2405 B8 2406 A13 2407 A13 2408 A14 2409 A14 2411 C8 2413 A12 2414 A11 2415 G2 3411 A14 3412 C4 3413 D4 3414 D4 3415 D7 3416 D8 3418 E12 3419 F12 2435 F7 2437 B4 2438 D4 2440 B3 I2C BUS 3433 = 100R for CDR-MINI 2445 I13 2446 C1 2447 E1 2448 D1 2 3 4 5 6 7 8 9 10 11 2905 G5 2906 H5 3402 A6 3403 A4 3404 B4 3405 B5 3407 B10 3408 C7 3409 C8 3410 C3 8 9 2450 B2 2451 D2 2460 I11 2463 F11 14 A B C 2401 F2 2402 A8 D E F G H I A B C D 2417 D8 2419 A12 2421 F7 2422 F2 2424 E12 2425 G13 2430 I12 2431 H13 2433 H3 2434 F6 1400-8 E14 1400-9 B1 2441 D3 2442 F13 2443 I13 2444 E13 1420-2 D1 1420-3 D1 1420-4 H14 1420-5 E14 3418 = 100R for CDR-MINI 1 3422 F12 3423 G12 3424 G12 3427 H12 3428 H12 3429 I12 3432 I10 3433 I12 3434 I12 3435 I11 12 13 14 1 2 3 4 5 6 7 3454 E4 3886 A3 10 11 12 13 5404 G2 5406 E7 5407 E2 5413 F5 only for CDR-MINI only for CDR-MINI 5445 H13 5446 B1 5447 D1 6400 H2 7401-A D3 7401-B C3 7401-C B3 7405-A B8 7405-B D8 7406 A11 E F G H I 1400-10 C1 1400-11 D1 1400-12 I14 1400-13 F14 1400-14 E14 7413 I13 7801 B6 1410-1 G14 1410-2 G14 1410-3 H14 1420-1 B1 F704 B1 F706 C5 F707 H7 F708 A13 3420 F11 3421 F11 F713 C3 F714 G2 F715 A12 F716 D1 F717 D1 F718 A12 F719 D12 F720 D8 F721 D7 F723 D1 3436 I11 3439 A13 3441 A12 3447 E3 3448 F10 3449 H10 3450 H2 3451 D4 3452 B4 3453 B3 F733 H13 F734 F2 3891 D12 3892 D12 5401 F2 5403 B8 F739 H13 F740 G13 F741 F12 F742 G11 5414 F7 5444 E13 F724 B4 F726 I9 F727 D4 F728 E7 F729 E2 F730 E11 F731 E13 F732 E13 7407-A G9 7407-B I9 7407-C F9 7408-A H11 7408-B F11 7409-A E11 7409-B I11 7410 G13 7411 H13 7412 F13 F743 I13 F744 G9 F745 H11 F748 I12 F700 B8 F701 A6 F702 A14 F703 B6 0R 3886 F750 H3 F753 I13 H401 G7 H402 G6 F709 B8 F710 C7 F711 C7 F712 B1 F735 F6 F736 F7 F737 F9 F738 F11 F727 5446 BLM21 Vss 8 Y0 2 Y1 1 Z 15 GNDA GNDA Vss 2 Y0 1 Y1 15 Z 7407-B 74HC4053D E 6 S 10 Vdd 16 Vee 7 +12Ve 7401-B 74HC4053D 6 E 10 S 16 Vdd 7 Vee 8 3439 4R7 F740 F738 -5VA 100n 2407 GNDA GNDA H402 1 2 9 GNDA F716 BLM21 5445 1400-9 GNDA 2460 12p F700 BLM21 10K 3892 F724 F709 5444 F739 GND_CASE GNDA GNDA F748 -8Vf 12p 2464 7413 BC848B 1400-13 13 GNDA GNDA 2422 100n 2446 1n 2443 1n GNDA 27K 3412 5407 BLM21 3436 12K F731 GNDA F718 -8Vf 100n 2413 -8Vf GNDA GNDA D3V3 2K2 3434 GNDA 2434 GNDA GNDA F711 100n 12p 2463 F741 F726 D3V3 GNDA +12Vf F713 2904 560p GNDA 2421 100n F733 2906 560p 2401 100n 560p 2903 1400-11 11 GNDA 100n 2405 3427 120R F712 +12Vb GND_CASE GND_CASE 2448 1n GNDA 270p 2450 F743 GNDA 6 E 11 S Vdd 16 7 Vee 8 Vss 12 Y0 13 Y1 14 Z 3416 27K 2n2 2444 -5VA 74HC4053D 7407-A 2419 GNDA 220u 2404 100n F735 GNDA GNDA 1420-5 5 3403 27K 2465 12p +12Ve 3433 0R 2441 47u 3104 123 4228.7 2K2 3419 GNDA F728 270p 2425 F703 F745 F710 10 VDDD 25 VDDDAC 2 VINL1 6 VINL2 4 VINR1 8 VINR2 26 VOUTL 24 VOUTR 28 VREF VSSAD 1 VSSD 11 27 VSSDAC 17 WS 22 AGCSTAT 16 BCK 18 DATA0 19 DATA1 14 L3CLOCK 15 L3DATA 13 L3MODE OVERFL 9 23 QMUTE 12 SYSCLK TEST1 20 21 TEST2 5 VADCN 7 VADCP 3 VDDAD 2435 100n UDA1341TS 7406 GNDA F732 27K 3414 LM833D 7405-B 5 6 7 8 4 BLM21 5413 GNDA F736 2414 +5VX +5VX F734 2u2 F714 2445 2n2 +5VX GNDA 560p 2905 3421 12K +12VA GNDA 10 -8Vb F717 1400-12 12 1400-10 14 1410-1 PH-B 1 1400-8 8 1400-14 8 4 4u7 2417 GNDA 1n 2447 NJM4556AD 7408-B 5 6 7 -8Vf 10K 3415 1n 2442 47K -5VA GNDA 220R GNDA 3422 GNDA 3402 +5VA 1420-4 4 100u 2408 +5VX 100R 3407 3435 10K GNDA +12Ve F702 GNDA 2431 270p 2 +12Vf GNDA 3418 0R -8Vf +12Vf PH-B 1410-2 LM833D 7409-B 5 6 7 8 4 5414 BLM21 3411 GNDA F730 4 3413 10K 4R7 LM833D 7405-A 3 2 1 8 0R 3447 BLM21 5403 GNDA F737 -8Ve GNDA -8Ve 5406 BLM21 GNDA 3420 10K 2424 47u 47u 2430 1420-2 2 5401 BLM21 3449 0R H401 1 2 -8VA GNDA 7411 BC848B GNDA 120R 3423 +12VA 4u7 2433 100n GNDA +12Vf 2411 GNDA F701 GNDA +12Vf +5VX BC848B 7412 +5VX 2402 1n -5VA GNDA 100u 2406 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 +5VA bso16e127rs375 7801 1 1 10 10 11 11 12 12 13 13 14 14 15 15 16 16 GNDA 47u 2440 2K2 3429 47K 3453 220K 3428 2K2 10K 3891 6400 BZX284-C5V6 GNDA 3424 LM833D 7409-A 3 2 1 8 4 GNDA 27K 3409 Vdd 16 Vee 7 Vss 8 Y0 12 Y1 13 Z 14 F706 GND_CASE 74HC4053D 7401-A E 6 S 11 GNDA 220K 3454 F744 F729 GNDA F750 -8VA GNDA 12K 3451 330R 3450 GNDA +5VX F715 F719 F723 100n 2415 1420-1 1 F708 F721 GNDA GND_CASE -5VA D3V3 3441 10K GNDA 5447 BLM21 BC848B F707 7410 74HC4053D 7401-C E 6 S 9 Vdd 16 Vee 7 Vss 8 Y0 5 Y1 3 Z 4 +5VA 2437 470u 2409 100n 10K -5VA BLM21 5404 GNDA 3452 12K 3432 GNDA GNDA 3408 10K PH-B 1410-3 3 470u 2438 GNDA GNDA -8Ve 3405 27K 0R 3448 F753 10K 3404 -8VA Vss 8 Y0 5 Y1 3 Z 4 -8VA F742 74HC4053D 7407-C E 6 S 9 Vdd 16 Vee 7 10K 3410 F720 3 2 1 8 4 GNDA -5VA 1420-3 3 7408-A NJM4556AD GNDA 2451 270p +12VA +5VX F704 KILL NMUTE SYS_CLK_11B {IIS_DATA_A0,IIS_DATA_A1,IIS_WS_A1,IIS_BCLK_A1,SYS_CLK_11B,L3_MODE,L3_CLK,L3_DATA,NMUTE} KILL KILL IIS_DATA_A1 IIC_DATA IIC_CLK {IIC_CLK,IIC_DATA} IIS_DATA_A0 IIS_WS_A1 IIS_BCLK_A1 L3_DATA L3_CLK L3_MODE RIGHT LEFT RIGHT LEFT INT_COPY_ANA KILL KILL SEL_HP_OUT CDR MAIN BOARD - CIRCUIT DIAGRAM 6 : AUDIO PART (NOT FOR CDR950/951) A1 A2 A3 A4 A5 A6 A7 A8 A19 A20 A22 A21 A25 A26 CL06532018_051.eps 290200 Electrical diagrams and PWB’s GB 52 CDR 3rd gen. 7. NC IN 7522 H5 7523 C6 7524 C5 7525 E11 7526 G5 7527 E5 7528 F5 7529 I8 7535 A4 7548 I8 7549 F11 7556 F13 3541 F6 3542 E6 3544 F4 3545 G4 3546 G4 5543 B3 3552 F5 3553 I6 3554 E5 3555 E5 3556 E4 5556 A5 5502 E2 5503 E2 5541 D4 5542 D4 6 7 1501 EH-B 2544 B4 2546 C7 2547 F6 2548 D5 2550 H8 5544 B3 5546 C7 5551 F11 5554 H10 5555 D6 2557 F14 2558 F12 2561 F11 2562 H8 2563 H8 5709 F3 6500 G11 6501 G9 6502 I11 6553 A11 6554 H9 7520 C6 7521-A G4 7521-B I6 3532 C12 3533 A13 3536 C6 3537 C6 1 3538 C4 3539 D5 3540 E10 6 7 8 9 10 3547 H5 3548 H6 3549 I7 3550 H10 3551 I6 2 3 4 5 6 3557 F4 3559 B12 3560 B14 3562 B13 3566 E10 3567 E11 3570 A12 5500 D2 5501 E2 B C 2 2535 B5 2536 B4 2537 B5 2541 D5 2543 B4 E F G H I 2551 G4 2552 H4 2553 H8 2555 F12 2556 G13 F G H I 1500 D1 2565 D6 2568 A5 2571 D3 2572 E2 2574 E8 2575 E9 2577 F2 3013 H13 3531 C12 2507 H10 2508 I8 2509 I8 1 2 3 4 5 F491 G5 F492 H9 F493 I7 F494 I8 F495 I9 11 12 13 14 1 F801 A12 F802 A6 F803 B13 F804 B14 F805 B6 7 8 9 10 11 12 13 14 A F815 D2 F816 D2 F817 D2 3 5 4 POWER PART D F819 H12 F820 D1 F821 D7 F822 D2 F823 D2 A B C D E F825 F11 F826 F12 F827 E2 F828 E2 F829 F14 1541 D4 1542 A4 1543 B4 2500 E2 2501 F1 2502 F2 2504 A12 2505 H12 2506 H12 F836 H4 F837 I7 F838 G4 F839 E6 F840 E6 F841 E9 F842 E5 F843 F7 F844 E3 F845 F4 F846 H5 7558 E8 7560 B12 7561 B14 7562 C13 7563 C12 F818 E10 F496 H8 F497 H11 F498 H10 F499 H9 F800 A6 F824 F11 F806 C8 F807 C8 F808 B13 F809 B12 F810 C11 F811 C12 F812 H3 F813 C5 F814 C5 F494 1M 3013 F830 F4 F831 F3 F832 E11 F834 I7 F835 I6 12VCP F836 12VCP BLM21 5555 F834 5709 BLM21 7521-B 5 6 7 8 4 2508 100n MC34072 F825 2563 100n F491 7558 L78M09 GND IN OUT F812 2575 220u 12VCP -8VA 33n 2506 7525 BC857B BC857B 7522 F499 6500 BAV70W F835 BC847B 7526 -8VA 47K F838 3544 GND_CASE F830 2501 2n2 2500 2n2 F808 5500 F823 F819 3540 10K -8VA 10u 2505 3104 123 4228.7 F497 2568 100u 3536 100K 3542 12R 6502 BZX284-C22 F496 3K3 3551 2565 100n F843 F801 5541 BLM21 3549 100R F829 F840 100n 2553 F817 F815 F828 100n 2572 15K 3547 F806 2571 100n VDC2 F802 3545 6R8 2537 47u 5556 BLM21 F492 VFTD 47u 5554 7548 BC847B 3533 100K F837 3562 5K6 +5VA 7521-A MC34072 3 2 1 8 4 F832 F846 F824 5503 BLM21 100n 2574 1 GND 3 IN 2 OUT 2558 100u 5544 LD1117 7535 P12VKILL 4 5 6 7 8 9 1A 1542 MP 1500 EH-B 1 10 11 2 3 5546 BLM21 +5VA 3550 100R GNDA F810 VDC1 47K 3548 F804 MP 1543 1A 100K 3539 F841 F844 2557 7529 BC857B 100n 2509 100n F827 F809 F831 100n 2562 F822 F813 100R 3553 3546 3554 10K F498 12R 3541 100R F495 F493 7560 BC857B 5K6 3531 100n 2541 5551 BLM21 BC857B 7561 47K 3552 1A 1541 MP GND_CASE 7562 BC847B F818 GND_CASE 2504 220u 2561 100n 10n 2555 5501 BLM21 3567 22K 3566 100K 3556 6553 BAS216 F826 10K 7527 BCP69 7523 BC847B 10u 2507 2547 47u 2543 100n 2544 47u +5VA F803 F845 F842 BC847B 7524 F839 6501 BAV99 100K 3560 F816 P12VKILL 2550 100n 1n 2552 F805 2535 100n 22u 2551 100n 2536 BC847B 7528 47u 2546 12VCP 3557 100K BAV99 6554 2548 100u BC847B 7549 3532 5K6 5K6 7563 3559 5 4 8 OUT 1 2 3 6 7 BC847B 10K 3538 7556 MC79L05ABD GND 2n2 2502 BLM21 5502 2556 100n F821 5542 BLM21 F820 5543 F807 F814 STD17N05 7520 2 1 3 3537 10K F800 2577 100n F811 3555 1K2 100R 3570 12VPWR P12V FS30V 12VPWR +9SRVPWR KILL_OUT P12V L-5V A-8V P12V 12VPWR L12V {POWER_UP,KILL_OUT} POWER_UP POWER_UP D5V D5VS L5V D3V3 KILL +12VA CDR MAIN BOARD - CIRCUIT DIAGRAM 7 : POWER PART TESTPOINTS 1 2 3 4 5 6 7 0.7V 8 9 10 11 12 13 14 0.7V 11V 27.4V 27.5V 23.2V 10V 17.8V 4.6V 4.6V 4.5V 5.2V 5V 5.2V 5.2V 5V 5V 11.8V 14 -8V during normal operation 11.8V 0.7V 11.8V FROM PSU TO DISPLAY BOARD CL06532018_052.eps 290200 Electrical diagrams and PWB’s GB 53 CDR 3rd gen. 7. 3909 E5 1 2 3 4 5 6 7 8 9 1 2 3 4 5 6 7 8 9 A B C D E F A B C D E F 1812-1 C4 1818 E3 1819 E4 1820 A1 1830-1 A4 1831 B7 2600 A6 2601 A8 2603 B6 2604 C8 2605 C6 2606 C6 3900 B1 3901 B1 3902 D1 3904 C1 3905 E1 3907 E5 3908 E5 2600 10n 2605 10n 10n 2603 GND_CASE 3 4 5 6 7 2 4 1818 PH-B 1 2 6 10n 2601 2 8 3907 4K7 1K 3908 3909 4K7 3104 123 4228.7 1812-1 52207 1 11 10 3 GND_CASE GND_CASE 0R 3902 GND_CASE GND_CASE 5 9 0R 3900 1830-1 1 GND_CASE 3905 100R GND_CASE 1831 3 4 5 6 7 8 9 100R 3904 18 19 2 20 21 22 23 24 25 26 27 28 29 3 30 1820 1 10 11 12 13 14 15 16 17 7 4 9 2604 10n 1819 PH-B 1 2 3 4 5 6 7 8 10n 2606 3901 0R SGND {BKPT,DSCLK,DSI,HDCD,LEVEL_A0,LEVEL_A1,LEVEL_A2,RXD_TOOL,TXD_TOOL,TCK,TRACE99_RxD,TRACE99_TxD,TDSO} INT_COPY_ANA DSA_COPY DSA_DATA_CD {EXT_DIG_IN,DIG_OUT_C,EXT_OPT_IN,DISPL_INT,SYS_RESET,DSA_DATA_CD,DSA_ACK_CD,DSA_STR_CD,KEY_PRESSED,IIS_DATA_CD,IIS_WS_CD,IIS_BCLK_CD,DOBM_CD,SYS_CLK_8W,DIG_IN2,KILL} IIS_DATA_CD LEVEL_A2 {SEL_HP_OUT,INT_COPY_ANA,SYS_CLK_11B,L3_MODE,IIS_BCLK_A0,IIS_WS_A0,IIS_DATA_A0,IIS_BCLK_A1,IIS_WS_A1,IIS_DATA_A1,L3_DATA,L3_CLK,NMUTE,PROF_EBU} BKPT DSCLK DSI TDSO TCK CLK_OUT CLK_OUT RESET_MIN WRITE_TOGGLE D3V3 D3V3 TERMB TERMB TRACE99_TxD TRACE99_RxD D5V TXD_TOOL RXD_TOOL KILL PROF_EBU EXT_DIG_IN DIG_IN2 DIG_OUT_C EXT_OPT_IN IIS_WS_A0 IIS_BCLK_A0 IIS_DATA_A0 IIS_WS_A1 DSA_DATA_CDR DSA_ACK_CDR DSA_STR_CDR {DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE} D5V SYS_RESET SEL_HP_OUT CDR60CL1 PCSSIN PCSCOS CDR60CFLG CDR60MEAS1 MERR MERRIN HALL_U HALL_V HALL_W {CDR60MEAS1,CDR60CFLG,CDR60CL1,MERR,MERRIN,HALL_V,HALL_U,HALL_W} {REFSIN,REFCOS,PCSSIN,PCSCOS} IIS_BCLK_A1 IIS_DATA_A1 HDCD LEVEL_A0 LEVEL_A1 NMUTE L3_MODE CL06532018_053.eps 290200 Electrical diagrams and PWB’s GB 54 CDR 3rd gen. 7. NC NC 2724 D11 2725 F12 2726 F12 2727 F12 2728 F12 2731 H12 2733 F12 2734 G12 2735 G12 11 12 13 1 2 3 4 5 6 7 8 2739 H13 12 13 A 2743 I13 E I2C BUS 2706 B7 2707 C13 2708 D12 2709 F12 2712 G11 2713 H3 2714 H1 2716 A8 2717 A8 2718 G1 2719 G2 2721 A12 2722 C12 2723 C13 E F G H I 1400-1 B13 1400-2 B13 1400-3 B13 1400-4 B13 1400-5 C13 1400-6 C13 2736 H13 2737 H13 2738 H13 1702 A13 1704 C13 1705 C13 2740 H13 2741 I13 2742 I13 2704 B7 POWER 7705 1 2 3 4 5 6 7 8 9 10 2766 B9 2767 A13 2768 A13 2769 B13 2770 B13 2771 C12 2772 C12 2773 D13 2774 D13 2901 F13 2902 F13 9 10 11 3705 A2 3706 B12 3708 B12 B C D 3712 D12 3713 D12 3714 D12 I2C BUS F G H I A B C D 3724 C10 3725 G10 3726 F11 3727 G1 3728 G10 3729 E2 3731 G2 3732 H3 3734 C11 3735 H4 3743 H7 1400-7 C13 1701-1 A13 1701-2 A13 3750 I2 3751 H13 3752 A7 1707 G1 1708 F13 2703 B6 3757 H12 3758 F13 3760 C2 2750 B6 2751 B7 2752 B8 2760 B6 2761 B8 2762 B8 2763 B8 2764 B9 2765 B9 3770 I12 3771 H3 3810 I3 3811 H2 3812 I10 3813 B4 3814 H7 3815 H11 3816 I11 3818-A D10 3818-B D10 2909 C2 3701 A12 3704 I10 3819-B E10 3819-C D10 3819-D D10 3709 C12 3710 D2 3711 E12 3820-D E10 3821-A F10 3821-B F10 3715 E12 3716 G10 3717 B10 3718 B10 3719 B10 3720 E2 3721 E2 3722 C10 3723 C10 3823-D H8 3824-A H8 3824-B H8 3824-C H8 3824-D H8 3825-A H8 3825-B H7 3825-C H7 3825-D H7 3826 G11 3828 G12 3744 H1 3745 H2 3746 H2 3832 G13 3833 H12 3834 H12 3753 I12 3755 A7 3756 D2 3838 B3 3894-A H6 3894-B H6 3761 C2 3762 C2 3763 E2 3764 G2 3765 H2 3766 B2 3767 B3 3768 H3 3769 E2 3903 H5 3906 D2 3910 H4 3911 I7 5701 A6 5702 A12 5703 B12 5704 C12 5705 C12 5706 D13 5707 D12 3818-C D10 3818-D D10 3819-A E10 6701 G1 6702 G2 7701 C3 3820-A E10 3820-B E10 3820-C E10 7706-B H10 7707 I12 7710 B1 3821-C F10 3821-D E10 3822-A H9 3822-B H9 3822-C H9 3822-D H9 3823-A H9 3823-B H9 3823-C H8 F906 F13 F907 B13 F909 B3 F910 B3 F912 B13 F913 B12 F914 B13 F915 C3 F916 C3 F917 D11 F918 C11 3829 G13 3830 G12 3831 G13 F922 D12 F923 D2 F924 D2 3835 G12 3836 H12 3837 B3 F928 E12 F929 E12 F930 A13 3894-C H6 3894-D H3 3897-A D10 3897-B C10 3897-C C10 3897-D C10 3898-A H5 3898-B H5 3898-C H6 F934-6 E13 F934-7 E13 F934-8 E13 F934-9 E13 F935 E2 F936 D13 F937 F2 F938 F13 F939 F2 F940 F2 F941 F2 5710 A6 5714 A9 5715 A9 F945 G13 F946 G13 F948 H13 7704 B1 7705-B H2 7706-A H10 F953 H4 F954 H6 F955 H6 F105 H7 F756 H2 F757 H1 F758 A8 F759 B6 F900 A13 F901 A12 F903 B6 F905 B4 F969 F10 F970 G10 F971 G10 F972 I11 F973 H7 F974 H6 F975 H6 F976 F2 F977 G2 F978 G2 F979 G2 F919 D2 F920 D12 F921 D12 F983 H6 F984 H6 F985 H7 F925 D2 F926 D2 F927 E12 F990 B3 F991 B4 F992 B4 F931 B13 F932 C13 F933 E2 F934-1 E13 F934-10 E13 F934-2 E13 F934-3 F13 F934-4 F13 F934-5 D13 F982 H6 F942 G13 F943 G13 F944 G12 F986 H7 F949 H13 F951 H3 F952 H13 H700 F13 F956 H7 F957 H7 F958 I13 F959 H13 F960 D13 F961 I12 F962 I12 F963 B4 F964 B4 F965 B4 F966 B10 F967 B10 F968 B10 F984 3720 100R 3825-A 47R 1 8 GND_CASE 3704 0R 3709 10K 3813 100R F939 GND_CASE 100R 3721 3735 47R F969 GND_CASE 3825-B 47R 2 7 2716 10n 4K7 3906 3838 10K 100n 2768 47p 2767 F931 BLM21 5703 100R 3710 3767 4K7 3763 0R 47R 3824-D 4 5 47p 2722 4 5 3825-C 47R 3 6 1400-7 7 3825-D 47R 4K7 3751 7707 BC848B 3706 47R F940 47R 3732 F985 1400-1 1 1400-4 4 100R 3701 560p 2719 F105 3894-B 47R 47R 3829 10K 3716 2n2 2774 2709 47p 2721 47p 2724 47p 3743 47R 11 12 7 9 8 13 10 14 47R 3814 74LV74D 7706-B 2769 47p 3729 100R 3728 100R 2 7 F976 2733 47p 47R 3824-B 4K7 3766 F933 F973 1 2737 100n 100n 2736 1701-1 5707 BLM21 5706 BLM21 5715 BLM21 3770 4K7 F986 BLM21 5714 47p F982 47R 3818-C 3 6 2771 2 7 47R 3708 3897-A 47R 1 8 3897-B 47R 3104 123 4228.7 10K 3837 47R 3824-C 3 6 GND_CASE 1400-3 3 F979 3823-A 47R 1 8 GND_CASE 2707 4 5 6 7 47p F964 1704 1 2 3 F757 3718 10K 3833 47R 3836 47R F967 1u 2750 3835 47R 470R 3816 47R 3894-A 150R 3752 F978 F913 47R 3820-C 3 6 1400-5 5 F983 47R 3757 2708 47p 4 5 F758 3734 100R F756 47R 3818-D 6 5702 BLM21 3903 0R 1400-6 2752 100n F963 4K7 3761 3898-C 47R 3760 4K7 274247p 47p 2772 47R 3818-A 1 8 47R 3834 2718 560p 150R 3755 3753 4K7 F956 F955 1701-2 2 2n2 47R 3898-B 5 F938 2773 2 7 47R 3820-D 4 2706 100n 3819-B 47R 2739 5704 BLM21 2770 100n 47p F759 F958 F952 100R 3725 F949 3832 2712 33n 47R 2723 100n 47R 3824-A 1 8 3765 0R F903 F915 47R 47p 2741 F920 3714 10K 3717 3715 47R F992 F930 4K7 3910 2 7 3719 10K 3812 470R 3823-B 47R F968 GND_CASE 2 F917 F912 F934-2 33n 2766 33n 2762 F941 F929 3819-A 47R 1 8 F928 47R 3713 2731 47p F959 47u 5710 3 6 3764 4K7 3 GND 2 IN 4 5 1 RESET_ 3897-C 47R 560p 2902 MC33464N 7704 2751 100n 2901 560p 270K 3744 47R 3820-B 2 7 F934-9 9 F916 4 5 F919 47R 3818-B 2 7 3819-D 47R 10K 3724 F934-4 4 F991 3769 4K7 74LV74D 7706-A 3 2 7 5 6 1 4 14 F926 3828 47R GND_CASE 4 3894-D 47R 7 MC34072 7705-B 5 6 7 8 100n 2704 F934-7 F901 2 IN 4 5 1 RESET_ 3815 100R MC33464N 7710 3 GND 100n 2760 2761 100n 5705 BLM21 F927 2740 47p 2738 47p TRST|DSCLK 121 TS_ 26 86 TXD1|GPO24 111 TXD2|GPO27 VDD1 75 138 VDD10 2 VDD11 63 VDD2 57 VDD3 103 VDD4 130 VDD5 125 VDD6 134 VDD7 70 VDD8 12 VDD9 127 XTRIM SDATAI4|GPIO12 92 SDATAO1 53 SDATAO2 SFSY|GPIO14 122 5 SUBR|GPIO15 TCK 136 TDI|DSI 144 108 TDSO TEST1 105 113 TEST2 TEST3 114 30 TIN1|GPIO4 40 TIN2|GPIO29 67 TMS|BKPT 45 TOUT1|GPIO3 42 TOUT2|GPIO30 123 RCK|GPIO13 RSTI 135 RTS1|GPIO26 29 RTS2|RST0 81 31 RXD1|GPI24 RXD2|GPI27 28 R|W 96 6 SCL 46 SCLK1 79 SCLK2 SCLK3|GPIO18 126 120SCLK4|GPIO10 7 SDA 102 SDATA3|GPIO20 44 SDATAI1 116 LRCK4|GPIO11 117 NC 59 OSCGND 58 OSCVDD 68 55 PLLGND 16 PLLVDD 22 PP0|DDATA0 PP1|DDATA1 23 20 PP2|DDATA2 PP3|DDATA3 25 PP4|PST0 100 PP5|PST1 43 PP6|PST2 93 PP7|PST3 34 65 RAS0 141 RAS1 132 GND7 50 GND8 143 GND9 41 GPIO16|TT0 39 GPIO17|TT1 GPIO22|CLKOUT 78 13 GPIO23 GPIO5|CS2 84 GPIO6|CS3 94 95 GPIO7|SIZ1 109 GPIO8|SIZ0 HIZ 66 27 LRCK1 11 LRCK2 118 LRCK3|GPIO19 51 D9 10 DRAMW 35 EBUIN1 101EBUIN2 69 EBUIN3 54 EBUIN4|GPIO21 36 EBUOUT1 107EBUOUT2|GPIO2 82 GND1 GND10 1 4 GND11 GND2 38 142 GND3 128 GND4 131 GND5 52 GND6 21 D0 3 D1 99 D10 80 D11 64 D12 62 D13 D14 61 60 D15 D2 9 24 D3 D4 18 19 D5 17 D6 14 D7 89 D8 A6 88 A7 87 A8 33 A9 110 ATM 139 CAS0 137 CAS1 CL11 77 CL16 76 115 CRIN CROUT 124 129 CRSEL 112 CS0_ CS1|GPIO9 106 90 CTS1|GPIO25 74 CTS2|GPIO28 15 A12 72 A13 73 A14 32 A15 37 A16 83 A17 133 A18 140 A19 49 A2 A20 119 97 A26|CS6|WE1|GPIO1 A27|CS7|WE0|GPIO0 104 47 A3 71 A4 56 A5 85 F907 DASP 7701 48 A0|GPIO31 8 A1 91 A10 98 A11 10K 1400-2 2 3712 F974 F942 47R 3820-A 1 8 5701 BLM21 F923 F921 F918 F948 F934-3 3 100R 3826 F971 F965 15K 3746 3756 100R 3726 10K GND_CASE F975 47R 3894-C F953 F934-8 8F934-10 10 1 F961 F906 F934-1 2743 F977 F934-5 5 47p 100R 3771 3821-A 47R 1 8 33n 6701 BB132 F914 2714 4K7 F990 F900 3762 47p 2735 F910 47R 3830 3 6 F943 F972 3821-C 47R 3819-C 47R 3 6 F954 CX-11F 1707 33M8688 10K 3723 F946 3722 10K 3727 1M 47u 2703 4K7 3768 F937 3831 47R F970 4K7 3810 3898-A 47R 33n 2764 F957 1 2 100n 2725 3705 22K H700 4 5 F962 3821-B 47R 2 7 47R 3822-D 19 2 20 21 22 3 4 5 6 7 8 9 23 24 1708 1 10 11 12 13 14 15 16 17 18 3911 4K7 F932 1u 2909 F951 F905 47R 3822-C 3 6 F909 3821-D 47R 4 5 F966 F922 6702 BB132 F936 F960 100n 2728 2734 47p 3 6 10K 3811 GND_CASE 3823-C 47R F934-6 6 1705 3711 2713 10n 47R 3822-A 1 8 10K 2765 33n 1u 2717 2763 100n 2727 100n 4 5 2726 100n F945 3897-D 47R 7 3731 390R 100R 3758 47R 3822-B 2 F944 270K 3745 F924 12K 3750 F935 F925 5 6 3823-D 47R 4 5 {EXT_DIG_IN,DIG_OUT_C,EXT_OPT_IN,DISPL_INT,SYS_RESET,DSA_DATA_CD,DSA_ACK_CD,DSA_STR_CD,KEY_PRESSED,IIS_DATA_CD,IIS_WS_CD,IIS_BCLK_CD,DOBM_CD,SYS_CLK_8W,DIG_IN2,KILL} {IIC_CLK,IIC_DATA} RESET_MIN SYS_CLK_IIW D(16) 1702 EH-B 1 2 3 4 V7706 D3V3 D(16:31) {RCK,SFSY,SUB} {SEL_HP_OUT,INT_COPY_ANA,SYS_CLK_IIW,L3_MODE,IIS_BCLK_A0,IIS_WS_A0,IIS_DATA_A0,IIS_BCLK_A1,IIS_WS_A1,IIS_DATA_A1,L3_DATA,L3_CLK,NMUTE,PROF_EBU} DSA_STR_CDR F_READY {POWER_UP,KILL_OUT} DRAW_RW CAS1 CAS0 RAS0 F_RW {RAS0,CAS0,CAS1,DRAW_RW,F_READY,CSFLASH,F_RW,RESET_MIN} {BKPT,DSCLK,DSI,HDCD,LEVEL_A0,LEVEL_A1,LEVEL_A2,RXD_TOOL,TXD_TOOL,TCK,TRACE99_RxD,TRACE99_TxD,TDSO} {IIC_CLK,IIC_DATA} SYS_RESET {DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE} D5V A(1:20) MUTE ATT {DOBM_CDR,BCLK,WCLK,DATA1,DATA0} EXT_DIG_IN DISPL_INT D5V CLK_OUT CLK_OUT D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 DSA_ACK_CDR D3V3 KEY_PRESSED DISPL_INT DOBM_CD D3V3a D5V DSA_ACK_CD IIS_DATA_CD IIS_WS_CD IIS_BCLK_CD KILL BCLK WCLK DATA1 IIS_BCLK_A0 IIS_WS_A0 IIS_DATA_A0 SYS_CLK_8W DOBM_CD A(18) A(20) A(19) D(28) D(29) D(31) D(30) D(24) D(25) D(27) D(26) D(20) D(21) D(23) D(22) D(17) D(19) D(18) RESET_MIN SYS_CLK_BE SYS_RESET VDC1 DSA_DATA_CD DSA_STR_CD D3V3 D5V +12VX +12VA SFSY VDC2 EXT_OPT_IN EXT_DIG_IN D3V3 D3V3 A(1) A(2) A(4) A(3) A(5) A(6) A(8) A(7) A(9) A(10) A(12) A(11) A(13) A(14) A(16) A(15) A(17) SEL_HP_OUT INT_COPY_ANA DSA_DATA_CDR D3V3 SYS_CLK_8W IIC_CLK IIC_DATA D5V DIG_OUT_C VFTD D5V D5V SYS_RESET D3V3 DEEMP TXD_TOOL D3V3a D3V3 SYS_CLK_16W SYS_CLK_16W V7706 V7706 +12VX D3V3 L3_CLK L3_DATA D5V +12VA RIGHT LEFT L3_MODE IIS_BCLK_A1 IIS_WS_A1 SUB RCK STANDBY STANDBY TRACE99_RxD RXD_TOOL IIC_CLK IIS_BCLK_CD IIC_DATA IIS_DATA_CD DATA0 IIS_DATA_A1 TCK DSI TDSO IIS1_MS BKPT DEEMP DSCLK TRACE99_TxD DSA_STR_CD MUTE ATT CLK_SYS CSFLASH NMUTE DSA_ACK_CD DOBM_CDR EXT_DIG_IN EXT_OPT_IN DIG_IN2 DIG_OUT_C PROF_EBU BE_RESET IIS_WS_CD F_READY KILL_OUT KEY_PRESSED HDCD LEVEL_A0 LEVEL_A1 LEVEL_A2 DSA_DATA_CD CL06532018_054.eps 290200 CDR MAIN BOARD - CIRCUIT DIAGRAM 9 : DASP MASTER PROCESSOR TESTPOINTS R4 R3 R1 R6 R8 R9 A23 A9 A10 A11 A12 A13 A24 CONN. F934 TO DISPLAY BOARD CONN. 1708 TO CD MAIN BOARDCDR775/776 CONN. 1400TOI/O BOARD NOT FORCDR950/951 Electrical diagrams and PWB’s GB 55 CDR 3rd gen. 7. D E F 1 2 3 2710 C10 2711 C10 2715 C5 2720 H9 3011 H10 3754 H7 4 5 6 7 8 9 10 11 F980 F9 F981 F9 OPTION 4 3759 I7 3780 I10 7708-B G7 7708-C H10 7708-D H7 7999 G12 F754 B4 F755 B10 F902 H7 F904 I7 C 3898-D G12 3999 G12 5712 B9 5713 C4 5716 G7 7702 C3 7703 C9 7705-A G11 7708-A G8 A B F G H I 2700 C5 2701 C5 2702 C5 2705 G7 OPTION 1 G H I A B C D E F947 E10 F950 H11 12 2 3 5 6 7 8 9 10 11 12 3817 E10 3841 H11 3842 I11 1 2 7 14 3 F754 74HC00D 7708-A F902 7708-B 74HC00D 4 5 7 14 6 2700 100n BLM21 5712 1K 3759 2701 100u 100K 3780 2 1 8 4 MC34072 7705-A 3 37 VSS1 27 VSS2 46 WE_ 11 7999 BC848B 43 DQ15|A-1 45 DQ2 33 DQ3 35 DQ4 38 DQ5 40 DQ6 42 DQ7 44 DQ8 30 DQ9 32 NC2 10 NC3 13 NC4 14 OE_ 28 RESET_ 12 RY|BY_ 15 VCC 23 A3 22 A4 21 A5 20 A6 19 A7 18 A8 8 A9 7 BYTE_ 47 CE_ 26 DQ0 29 DQ1 31 DQ10 34 DQ11 36 DQ12 39 DQ13 41 DQ14 7703 A0 25 A1 24 A10 6 A11 5 A12 4 A13 3 A14 2 A15 1 A16 48 A17 17 A18 16 A19 9 A2 F755 Am29LV160BB 74HC00D 7708-C 9 10 7 14 8 F980 7708-D 74HC00D 12 13 7 14 11 82R 3011 3999 0R F904 1K 3817 100n 2715 2705 100n F950 1n 2720 47R 3898-D F947 3842 0R 0R 3841 F981 2710 100u BLM21 5716 3104 123 4228.7 5713 BLM21 2702 100n 21 VCC3 22 VSS1 37 VSS2 42 VSS3 13 WE_ I|O3 7 I|O4 8 I|O5 9 I|O6 10 I|O7 33 I|O8 34 I|O9 31 LCAS_ 11 NC1 12 NC2 32 NC3 29 OE_ 14 RAS_ 30 UCAS_ 1 VCC1 6 VCC2 A3 23 A4 24 A5 25 A6 26 A7 27 A8 28 A9 2 I|O0 3 I|O1 I|O10 35 36 I|O11 38 I|O12 39 I|O13 40 I|O14 41 I|O15 4 I|O2 5 GM71C18163CJ-6 7702 17 A0 18 A1 16 A10 15 A11 19 A2 20 100n 2711 D3V3 {RAS0,CAS0,CAS1,DRAW_RW,F_READY,CSFLASH,F_RW,RESET_MIN} +12VX V7708 D(16:31) SYS_CLK_IIW SYS_CLK_11B 1K 3754 D(30) D(31) F_RW D3V3 D3V3 F_READY D3V3 A(19) A(20) RESET_MIN A(11) A(12) A(13) A(14) A(15) A(16) A(17) A(18) V7708 V7708 WRITE_TOGGLE D3V3 V7708 V7708 A(15) A(16) A(17) A(18) A(3) A(4) A(5) A(6) A(7) A(8) A(9) A(10) CSFLASH A(1:20) D(16) D(17) D(18) D(19) D(20) D(21) D(22) D(23) D(24) D(25) D(26) D(27) D(28) D(29) A(10) A(20) D(16) D(17) D(26) D(27) D(28) D(29) D(30) D(31) D(18) D(19) D(20) D(21) D(22) D(23) D(24) D(25) CAS1 RAS0 CAS0 DRAW_RW A(1) A(2) A(11) A(12) A(13) A(14) R7 CDR MAIN BOARD - CIRCUIT DIAGRAM 10 : DASP FLASH & DRAM TESTPOINTS CL06532018_055.eps 290200 Electrical diagrams and PWB’s GB 56 CDR 3rd gen. 7. CDR MAIN BOARD .7 - TOP VIEW CL06532018_056.eps 290200 Electrical diagrams and PWB’s GB 57 CDR 3rd gen. 7. CDR MAIN BOARD .7 - BOTTOM VIEW CL06532018_057.eps 290200 Electrical diagrams and PWB’s GB 58 CDR 3rd gen. 7. CDR-Mainboard Version 4228.8 ALFA C AMON ERON LPF I V I V BALANCE INPUT DIODE STAGE 1 INPUT DIODE STAGE 2 GAP REF. INTERFACE DETECTOR BETA DETECTOR NORMALIZER I2 F235 F1 F238 G12 F240 G1 F243 G12 F246 G1 F247 G9 F249 G9 F251 G9 F252 H9 1% I2CBUS D E F C D E F G H I 1000 G1 2001 F1 2002 D2 2007 H4 2008 I4 2009 H4 2010 G4 2011 C2 2012 E3 2013 B5 2014 B5 2015 B4 2016 B4 2018 C7 2019 D6 1% 1 2 3 4 F228 F1 F231 F4 F232 F5 F233 F5 F234 F5 10 11 12 13 14 1 2 3 4 5 6 7 8 9 10 11 12 13 14 A B C 1% 2020 F3 2021 F3 2022 F3 2023 G9 G H I A B 2029 B8 2030 B8 2039 A13 2042 C6 2057 D14 2058 D14 2059 H9 2060 B7 2081 D12 2126 C11 3000 B2 3001 C2 3002 D2 3003 I4 3004 H4 3006 D2 3009 H4 3010 G4 3012 E7 3014 D3 3015 D6 3016 C11 I2CBUS 1% 3017 C12 3019 H9 3020 I10 5 6 7 8 9 3026 I11 3027 I10 3028 I10 3029 I10 3030 I10 3031 I10 3035 F9 3036 F9 3039 F13 3040 C9 3041 F13 3048 F13 3049 A9 3050 B9 3051 A9 3052 A7 3053 A7 3054 B7 3055 H9 3065 C6 3068 A13 3069 A12 1% 1% 1% 1% 3079 C13 2024 F12 2025 E9 2026 C7 2027 B7 2028 C8 3107 H4 3108 B11 3113 D12 3114 C12 3115 C11 3123 B13 3130 F6 3131 F7 5008 E8 6002 C11 7005-A B14 7008 E9 7010 B4 7050-A B9 7050-B C9 7050-C E6 7050-D D13 7104 B12 7119 A8 7120 A8 7126-A C11 7126-B C12 OPTION 17 1% 1% 1% 7126-C B8 3021 I11 3022 I11 3023 I11 3024 I11 3025 I11 F100 A11 F101 B12 F102 B13 F103 A12 F104 B14 F107 C11 F108 C13 F110 C11 F113 C12 F115 C12 F133 B7 F138 B8 F140 B10 F142 B9 F143 B6 F145 C3 F146 C8 F147 A3 F148 C10 F149 C6 F150 C1 F152 C3 1% ACTUATOR BUS 1% 1% 1% 3102 G5 3103 D6 3104 E6 3105 E6 3106 I4 F159 C1 F161 C3 F162 C1 F163 D9 F165 C3 F166 C1 F167 D6 F169 D3 F170 D7 F171 D1 F172 D3 F174 D6 F175 D1 F176 D3 F177 D3 F178 D6 F181 D6 F182 D3 F185 D10 F187 D10 F193 E6 F194 E6 * 1% ACTUATOR BUS OPTION 27 F196 E3 7126-D C8 7127 B13 7133 B13 7355-C A11 7355-D E12 3031 F199 E12 F202 E3 F203 E9 F204 E3 F207 E3 F208 E1 F209 F3 F211 F1 F215 F7 F220 F12 F222 F12 F223 F1 F226 F13 F227 F5 OPTION 28 F153 C6 F155 C1 F157 C3 F158 C6 F235 470K F102 F100 F110 3055 1K F226 3002 1K2 F234 33n 2001 F199 F196 SGND 150K 3012 2019 3035 910K 3010 680R 100n 2015 100n 62K 3016 F227 2014 100n 30K 3022 F220 F176 F177 F207 PDGND 3029 120K 2021 10n 2039 BC857B 7127 10n F185 F171 3065 39K 1K8 3105 1n 2030 3039 18K 3050 SGND RECORDING 54 SCL 55 SDA 18 SELN2 17 SELN4 45 TC0 62 TC1 10 VDD1 42 VDD2 1 VDD3 44 VPLUS 5 WPON 6 WPONO 36 WPONOUT 100R 26 PWC0 27 PWC1 28 PWC2 29 PWC3 30 PWC4 31 PWC5 19 PWF0 20 PWF1 21 PWF2 22 PWF3 23 PWF4 24 PWF5 58 RDGAIN1 59 RDGAIN2 61 RDGAIN3 53 64 FSON 47 FSRS 48 FSWS 9 GND1 25 GND2 32 GND3 38 GND4 41 GND5 56 GND6 33 IN3 34 IN4 35 IN5 4 LDON 43 LWRT 16 POR 57 CAGS 46 CDR 37 CLKOUT_N 7 DP0 8 DP1 11 DP2 12 DP3 13 DP4 40 EFM 39 EFMCLK 2 EPON 3 EPONO 15 ERASC 52 ERON 60 FSCLR 63 FSOF EFMTIM2 7008 50 AINTON 49 ALS 51 ASTROBE 14 BIASC 2024 100n 15K 3020 120K 3024 F208 F223 F162 F194 F159 3006 SGND F238 0R 8K2 F166 15K 3015 3051 3053 1K 240K 3030 F103 BAW56 6002 560p 2081 3069 15p 2007 F182 3K9 4K7 3068 F243 15K F204 1K 3052 8K2 3021 7355-D 12 13 7 14 11 3049 100n 2058 74HCT00D 7120 BF824 3n3 2060 SGND 3027 2042 150p F101 30K BF824 7119 F157 F246 3130 F172 10K F155 3000 100R 150p 100n 2126 100n 2002 2010 2 RREF 4 SA1 8 SA2 5 SB1 9 SB2 13 SCL 12 SDA 37 TLN 1 UOUT 28 VDD1 16 VDD2 30 VSS1 18 VSS2 34 XDN 44 CALF 39 CALPF 27 CWBL 24 DALFA 15 ERON 35 FEN 29 GND 17 GNDD 40 HCA1 41 HCA2 32 MEAS1 33 MEAS2 38 MIRN 26 PPN 31 RE 36 REN 43 A1 42 A2 22 AINT 20 AINTON 21 ALS 14 AMON 19 ASTROBE 25 AZIN 10 C1 3 C2 6 C3 7 C4 11 CAGAIN 23 CAHF F233 TZA1020 7010 10K 0R 3106 3103 680R 3009 F222 F181 15p F202 0R 3107 2008 2018 68p SGND F231 2027 F228 12 13 14 4 11 SGND 2n7 2029 TL084CDT 7050-D 2013 100n 100p F115 62K 3028 F107 PDGND F147 100n 7126-D 74HC4066D 12 7 14 11 10 2023 24 25 26 27 28 29 3 30 4 5 6 7 8 9 1 10 11 12 13 14 15 16 17 18 19 2 20 21 22 23 7050-B 5 6 7 4 11 1000 F209 TL084CDT SGND 56K 3102 F203 74HCT00D 7355-C 9 10 7 14 8 3115 F170 68R 1K5 3014 2009 150p F193 F232 F149 F187 3104 123 4228.8 2020 100n 2012 F249 15n 3001 2R2 3017 3K9 74HC4066D 7126-B 5 7 14 4 3 F148 F252 F240 F113 F163 F133 F175 100n 2016 3003 120R F211 470K 3026 3025 240K 1M 3019 10K 3131 7050-C 10 9 8 4 11 10K 3048 100n 2059 TL084CDT 4 11 3079 16K 5008 TL084CDT 7005-A 3 2 1 F152 BLM21 F174 F158 F138 F153 F104 TL084CDT 7050-A 3 2 1 4 11 3108 180K 330R 3114 3113 220R 7104 BC857B 3123 4K7 3023 BC847B 7133 100n 2057 62K 3054 20K F165 F167 F140 F108 7126-C 74HC4066D 6 7 14 8 9 PDGND F143 F251 F161 10K 3104 2025 2n7 2026 100n 100n 2011 F247 F146 F150 F142 7126-A 74HC4066D 13 7 14 1 2 3041 910K 3036 10K 2022 10n HFGND 120R 3004 100p F215 2028 F169 3040 100R F178 PERASE PWRITE IE IR IW {IW,IE,IR,PWRITE,PERASE,DP4,ERASEC,BIASC} A2 A1 CALF {FEN,REN,TLN,MIRN,RE,ALPHA0,CALF,A1,A2} L5V F145 FSON FSOF FSCLR {FSRS,FSWS,ALS,AINTON,ASTROBE,ERON,RDGAIN1,RDGAIN2,FSCLR,RDGAIN3,FSOF,FSON} RDGAIN1 RDGAIN2 RDGAIN3 FSWS FSW FSRS FSR {FSW,FSR} I2CSCL I2CSDA {I2CSDA,I2CSCL} FSON FSOF RDGAIN3 FSCLR RDGAIN2 RDGAIN1 ERON ASTROBE AINTON ALS FSWS FSRS DALPHA DALPHA L5V L-5V D5VS RECORDING CDRW L5V S2V9 L-5V L12V L12V L5V L12V L5V L5V L-5V L5V L5V L5V L-5V L-5V L5V VCAGAIN CAHF CAHF FSA {C2LF,A1LF,B1LF,C3LF,C4LF,B2LF,A2LF,C1LF,FSA,CAHF} EFMDATA CDR BIASC DIO12V ERASEC DP4 RECORDING S2V9 CDR {RAD+,FOC+,FOC-,RAD-} C1LF ASTROBE RECORDING ALS AINTON L5V D5VS E5V L12V CDR60LWRT {CDR60LWRT,EFMDATA,EFMCLK,WOBBLE} CDRW D5VS WPONO WPON E5V E5V E5V LWRT IR EPONO EPON EFMCLK L-5V L5V L5V TLN I2CSDA I2CSCL B2LF B1LF A2LF A1LF REN MIRN FEN ERON C4LF C3LF C2LF C2LF A1LF B1LF C3LF C4LF B2LF A2LF C1LF CDRW RECORDING FS30V EPONRC L-5V L-5V L-5V L5V WOBBLE WOBBLE L5V L5V ALPHA0 L-5V XDN L-5V RE L12V L5V WPONRC WPONRC FSA RAD+ FOC+ FOC- RAD- CAHF CDR MAIN BOARD - CIRCUIT DIAGRAM 1 : AEGER, EFMTIM, FORWARD SENSE CIRCUIT TESTPOINTS S14 S15 S17 S18 A18 A17 A27 TO CDM3800 CL06532018_059.eps 010300 Electrical diagrams and PWB’s GB 59 CDR 3rd gen. 7. F237 G6 F241 G7 F242 G7 F244 G5 F245 G4 F253 H6 F255 I7 F268 I8 F269 I6 F271 I8 E F G B C D E F G H I 2003 A3 2031 A6 OPTION OPTION 14 1 2 3 4 5 6 7 8 9 10 11 12 13 1 2 3 4 F224 G10 F229 G7 F236 G7 8 9 10 11 12 13 A B C D ERASE * 2032 A8 2033 A8 2034 C9 2037 D6 2038 D6 2040 C6 2041 E7 2043 E5 2044 E9 2045 F11 2046 E11 2047 E12 2048 E12 2049 E10 2050 E11 2051 G12 2052 F7 H I A 2056 G6 2061 A4 2063 H8 2078 I7 2080 B7 2082 I6 2083 H7 2084 A7 3007 C4 3037 C6 READ OPTION 11 OPTION 12 OPTION 3042 E6 3043 G9 3044 H5 3045 E5 3046 D5 3056 B9 3057 A5 3058 A5 3059 B5 3060 B7 3061 B6 3062 B9 3063 A9 3064 A8 3066 A5 5 6 7 3072 E5 3073 D5 3074 A3 3075 E5 3076 C8 3077 E9 3078 G5 3081 F5 3082 F10 3085 E12 * OPTION 26 * 3086 E12 3087 G13 3088 E13 3090 F12 3091 E11 3092 F12 3093 G12 3094 F8 3095 F8 3097 G7 3098 G7 3099 H8 3100 D9 3101 A9 3110 B7 3111 A6 2053 F8 2054 F7 2055 H8 3118 H7 3119 I7 3120 I8 3126 H5 3127 G6 3128 I7 3129 H7 3899 F9 6003 H8 6007 D8 * OPTION 13 6015 C5 7001-A F6 7001-B D6 7001-C E9 7001-D C8 7002-A H6 7002-B G5 7002-C F10 7002-D A6 7005-B G6 7005-C F11 7005-D A7 7016 A4 7110 A7 7111 H8 7112 I8 7113 F10 3067 A4 3070 E7 3071 D7 7135 A9 F106 A4 F112 A3 F114 A7 F116 A6 F117 A4 F118 A9 F119 A8 F120 A7 F121 A5 WRITE * * F122 A4 F123 B7 F124 B4 F125 B3 F126 B3 F128 B3 F129 B7 F130 B4 F131 B4 F132 C4 F136 C4 F139 C4 F141 C6 F144 C7 F151 D8 F154 D6 3112 A8 3116 I6 3117 I7 F156 D5 F160 D7 F164 D7 F168 D8 F173 E5 F180 E6 F183 E7 F195 F5 F200 F10 F201 F11 F205 F12 F206 F10 F218 F13 7121 F12 7122 G8 7124 G5 BAV99 2080 2n2 6007 BC817-25 7112 100n 100n 2031 F200 2003 100n 2046 2n2 2050 F271 F255 2K2 3899 F241 150K 3007 2082 F130 LM324D 7002-B 5 6 7 4 11 2n2 F129 11 TL084CDT 7005-C 10 9 8 4 1K 3067 F195 3126 6K8 47R 2061 10u F124 3097 3056 3081 1K 3101 22R 1K 3100 4K7 F128 2n7 2084 1M 3044 6R8 3085 2040 390p 3120 10R 3059 6K8 3104 123 4228.8 2083 68p 100n 2045 12 13 14 4 11 F269 3071 2K2 TL084CDT 7005-D 3063 22R F236 150K 3076 F126 3n3 2049 205115p BAS216 6015 F112 F229 F123 F139 10K 3117 F106 1K 3061 4 11 2041 470p 10K 7001-A LM324D 3 2 1 15p 3110 F205 2044 7111 F160 F122 BC847B 7121 BC807-40 100n 2053 100n 2078 6R8 3095 3118 220R 3086 F144 560R 3099 68R 3082 2052 100n 7005-B 5 6 7 4 11 1K BC847B 7110 TL084CDT 3111 8K2 3062 F242 1K2 3116 68R 3045 150K F183 1R 3074 100n 2063 F156 F253 F114 F121 2056 3046 150K 220R 33K 3066 3n3 F131 3064 100n 2032 1M 150K 3075 3072 4K7 3090 47R 3043 F141 3127 1K8 100n 2033 F224 3078 1K 4 11 F164 7001-B LM324D 5 6 7 F117 3094 220R 100n 220R 3119 10K 3060 2037 15p 4K7 3057 F151 2055 F119 68R 3093 47R OUT2 10 OUT3 11 OUT4 14 OUT5 15 OUT6 22 OUT7 23 OUT8 19 RESETN 18 VDAref 5 VDD 3128 CLK 17 D0 8 DI 20 GND 1 IN1 4 IN2 9 IN3 12 IN4 IN5 13 16 IN6 21 IN7 24 IN8 LD 6 2 OUT1 3 7016 M62364FP 7 F237 2048 100n LM324D 3 2 1 4 11 1n 2043 7002-A F206 F180 F268 2054 4K7 3073 F116 2n2 F132 100n 2047 BC807-40 7135 BC847B 7124 F245 LM324D 7002-C 3091 1K8 7113 BC847B F201 3087 2K2 3098 F173 F154 10K 13 14 4 11 150K 3077 BC807-40 7001-D LM324D 12 3037 7122 3112 47R 10K F218 F168 6003 BAS216 3129 1K F118 7001-C LM324D 10 9 8 4 11 LM324D 7002-D 12 13 14 4 11 F120 F136 3058 150K 2034 100p 3088 1K5 3092 F244 150K 10K 1K 3070 3042 2038 F125 IE IE L5V L5V L5V ILASER_ERASE L12V BIASC D3V3 DALPHA PW {LASDACDI,LASDACCK,LASDACLD,PW} 100n L5V L5V L-5V L5V IR IR L5V L5V L5V ILASER_READ L5V L12V PWD L5V L5V PERASE PERASE L-5V L5V ERASEC PWD DELTAP PWMAX PWMIN VCAGAIN VCAGAIN LASDACLD PWB PWD S2V9 S2V9 S2V9 PWB S2V9 S2V9 LASDACDI LASDACCK PRFINE PRCOARSE L12V L5V L5V L12V PWRITE PWMAX L-5V L5V L-5V L5V L-5V L5V L-5V L5V PWB PWB L5V LWRT {IW,IE,IR,PWRITE,PERASE,DP4,ERASEC,BIASC} {PWMIN,PWMAX,PWD,DELTAP,PWB,PWD} L5V D3V3 PWMIN DELTAP L12V ILASER_DELTA DP4 L5V IW IW L-5V L5V L5V L5V L5V ILASER_WRITE CL06532018_060.eps 010300 Electrical diagrams and PWB’s GB 60 CDR 3rd gen. 7. EN C1 1D X2 + + + + - X2 X2 MT X2 X2 X2 X2 X2 MUTE VOLTAGE CONTROL LOGIC TRAY - - - F403 F3 F404 F5 F406 F3 F407 F5 F409 G3 F433 G3 F438 G8 F444 H5 F445 H5 F446 H1 F447 H1 F448 I1 1% OPTION 32 C D I A B C D E F G H I 1200 H1 1220 C1 1% ACTUATOR BUS 1% 1% 1 2 3 4 5 6 7 8 9 10 11 12 F390 F9 F391 D7 F393 D4 F396 D3 4 5 6 7 8 9 10 11 12 13 A B 1% 2208 B10 2209 F11 2214 I3 2221 D1 2224 D6 2225 A4 2226 A5 2227 A5 2228 B5 2229 C5 2240 D5 2241 E4 2242 E3 2243 D6 2250 H7 E F G H 3201 G10 3202 G10 3203 G10 3204 G10 3205 G10 3206 G10 3207 H10 3209 F10 3210-A D12 3210-B D12 3210-C D12 3210-D D12 1% OPTION 82 OPTION 83 * 3211-A D12 3211-B D12 3211-C E12 3211-D E12 3224 B4 3225 A4 3226 A5 3227 B4 3228 B5 3229 C4 3237 D4 3239 E4 13 1 2 3 3251 G8 3252 D5 3253 D5 3254 F5 3256 F5 3257 G5 3265 H5 3283 B9 3284 B10 3742 G3 3747 I3 3748 I3 * ADDRESS BUS 3806 B9 3808-A C9 3808-B C9 3808-C C9 3808-D C9 3809-A C9 3809-B C9 3809-C C9 3809-D C9 3889 C11 7201 E4 7202 D4 7208 B10 7209 F9 2255 I1 2256 I1 2291 C12 3200 G10 7802 C11 F300 A5 F301 B5 F306 I4 F311 B10 F312 C9 F313 C10 F316 C9 F317 C10 F319 C9 F320 C10 F321 C11 CONTROL BUS DATA BUS F323 C9 F324 C10 F327 C9 F328 C10 F330 C9 F331 C10 F337 C9 F338 C10 F341 D9 F342 D10 F346 D10 F348 D10 F349 D10 F353 D9 3240 D4 3241 F3 3244 F3 3250 H8 F354 D10 F355 F10 F356 D9 F357 D10 F360 D10 F364 E10 F366 E10 F370 E10 F371 C2 F373 E10 F374 C2 F379 C2 F381 D2 F383 D2 F386 D2 F389 D5 7215-B D6 7225-A A4 7225-B C4 7240 F4 3210-C 47R F341 F383 3 A8 4 5 A9 CE_ 20 GND 14 I|O0 11 I|O1 12 I|O2 13 I|O3 15 I|O4 16 I|O5 17 I|O6 18 I|O7 19 OE_ 22 VCC 28 WE_ 27 7802 A0 21 A1 23 A10 6 A11 7 A12 8 A13 9 A14 10 A2 24 A3 25 A4 26 A5 1 A6 2 A7 F409 CY7C199 3747 10K 3202 3240 10K F331 47R F357 F319 3250 8K2 3284 1R 47R F342 100n 2243 3203 SGND F320 F356 F313 PGND F364 3205 F348 47R 3254 0R PGND 3228 10K 3257 0R 3211-C 47R 47R 3210-A F381 PGND F330 SGND F391 F390 F403 1R 3889 3225 33K 3204 F371 F328 47R 2227 1n 14 8 13 9 12 11 10 GND 1 20 Vcc 100n 2209 MC74LCX573 2 19 3 18 4 17 5 16 6 15 7 2291 100n 2241 7209 PGND 100n 3211-A 47R 100n 2224 3224 120K 9 3251 100R F370 52207 1220 1 10 2 3 4 5 6 7 8 3207 47R F404 BC847B 7201 3256 0R PGND F306 PGND 47R 3200 33K 3227 47R 3 6 3252 4K7 100n 2221 3809-C SGND F349 F438 PGND F324 1n 2229 F386 3209 100n 47R 3210-B SGND 2228 3808-A 1 8 F374 F406 47R PGND BC847B 7202 F396 100n 2226 F321 PGND F389 PGND F316 F312 3239 1K 100n 2250 F407 47R 3201 8 4 F446 47R 7215-B MC34072 5 6 7 120K 3229 3211-D 47R 3211-B 3244 0R F445 47R 3809-B 2 7 100n 2214 3210-D 47R F353 22u 2242 47R 3206 3808-D 47R 4 5 F379 F300 F433 F301 1 RESET_ 32 VCC 16 VSS WE_ 31 1R 3283 8 A4 7 A5 6 A6 A7 5 27 A8 26 A9 22 CE_ 13 DQ0 14 DQ1 15 DQ2 17 DQ3 18 DQ4 19 DQ5 20 DQ6 21 DQ7 24 OE_ Am29F002B 12 A0 11 A1 23 A10 25 A11 4 A12 28 A13 29 A14 3 A15 2 A16 30 A17 10 A2 9 A3 7208 3237 5K6 F360 F337 4K7 3253 F373 10K 3806 2256 F366 3742 1K 100n NE532D 7225-B 5 6 7 8 4 PGND 100n 2255 F323 100n 2240 F393 SGND F448 3265 0R 6 1200 PH-B 1 2 3 4 100n 2208 47R 3808-C 3 PGND F317 F346 3104 123 4228.8 100n 2225 1 8 F355 F447 3809-A 47R SGND SGND 8 4 3809-D 47R 4 5 7225-A NE532D 3 2 1 F354 F338 3748 10K F444 13 VO2- 18 VO3+ 17 VO3- VO4+ 26 27 VO4- 2 VOL+ 1 VOL- 19 VREF F311 MT2 7 MUTE 5 NC1 6 NC2 9 NC3 11 NC5 15 REV 22 VCC1 10 VCC2 21 VCC3 3 VIN1 4 VIN2 20 VIN3 24 VIN4 25 VIN5 12 VO2+ BA5938FM 7240 23 BIAS 16 FWD 8 GND1 14 GND2 28 GND3 29 MT1 30 3241 0R 47R 3808-B 2 7 3226 1 2 F327 MA(0:17) ALE D3V3 D5V D3V3 FWEN FWEN D5V PSENN CSRAM {MRDN,MWRN,ALE} {VFO,VRA,VSL} +9SRVPWR 10K MA(2) MA(1) MA(0) MAD(7) MAD(6) MAD(5) MAD(4) MAD(3) MAD(2) MAD(1) MAD(0) MRDN MWRN MAD(0) MAD(1) MAD(2) MAD(0:7) MAD(3) MAD(4) MAD(5) MAD(6) MAD(7) MA(2) MA(3) MA(4) MA(5) MA(6) MA(7) MAD(0) MAD(1) MAD(2) MAD(3) MAD(4) MAD(5) MAD(6) MAD(7) MA(14) MA(13) MA(12) MA(11) MA(10) MA(9) MA(8) MA(7) MA(6) MA(5) MA(4) MA(3) MA(1) MA(2) MA(3) MA(4) MA(5) MA(6) MA(7) MA(8) MA(9) MA(10) MA(11) MA(12) MA(13) MA(14) MA(15) MA(16) MA(17) MA(0) MA(0) MA(1) FOC+ FOC- {RAD-,RAD+,FOC+,FOC-} VRAO VRA SL- SL+ {SL+,SL-} COS- COS+ SIN+ SIN- {SIN-,SIN+,COS+,COS-} REFSIN REFCOS PCSCOS PCSSIN {REFSIN,REFCOS,PCSSIN,PCSCOS} D3V3 D5V D5V D3V3 RAD+ RAD- VFOIN VFO VFOO VSL TRAYOUT TRAYIN TRAYSWF {TRAYIN,TRAYOUT,TRAYSWF} COS+ COS- SIN- SIN+ SL- SL+ +9SRVPWR D3V3 D5V D5V D5VS TRAYSW TR- TR+ A-8V D5V S1V65 S1V65 S2 S1 S3 S4 S5 S7 S8 S6 S9 S11 S12 1.6V 0.7V S21 S23 S22 CDR MAIN BOARD - CIRCUIT DIAGRAM 3 : SERVO DRIVERS, MACE-RAM, -FLASH, -DEMUX TEST POINTS TO SLEDGE CDM3800 TO TRAY CDL4009 CL06532018_061.eps 010300 Electrical diagrams and PWB’s GB 61 CDR 3rd gen. 7. counter Radial Focus Track Defect Signal cond. Ex Dx OPC control detector core 8051 SFR RAM ROM ref. AGC ADC/ Laser control control Slegde control Port 5 Port 3 Port Port 1 GEN. TEST DEBUG 4 Port 2 0 Port System interface P6 CLOCK PCS F413 H5 F414 H6 F415 H6 F416 H6 F417 H7 F418 H7 F419 H7 F420 H7 F421 H8 F422 H8 F423 H9 F425 H9 F426 H9 F427 H9 F429 H10 F430 H10 F431 H10 F432 H10 F434 I3 F435 H8 F436 H9 F439 I4 F440 H10 F442 H8 F443 H9 F450 F13 F451 F12 F452 H9 F453 H9 F454 H10 F304 A5 F402 G12 F307 H6 F314 A12 F318 B12 F322 B4 F325 B4 F326 B12 F329 B4 F334 B12 F335 B4 F350 C3 F351 C4 F358 C4 F361 C3 F362 C4 F367 C4 F368 C1 F375 D3 F377 D2 F380 D1 F382 D4 F384 D2 F385 E4 F387 E4 F392 E4 F394 E4 F397 F4 F398 F12 F399 F4 F400 F12 F401 F13 3271-C C12 F411 H11 3273-A C12 3273-B D12 3273-C D12 3273-D D12 3274 A6 3276 H8 3280 H9 3281 H7 3286 B4 3287 H7 3288 F3 3289 F3 3290 E3 3291 E3 3295 D3 3297 C3 3299 C3 3702 C13 3703 C13 3749 A6 3807 B12 3887 A12 5201 A8 5202 A9 5203 H3 7207 H3 7215-A D2 7270 A4 F302 A8 F303 A8 3232 H11 F305 A6 3234 F13 3235-A B12 3235-B B12 3235-C C12 3235-D B12 3238 H10 3242-A H12 3242-B H12 3242-C H12 3242-D H12 3243-A A12 3243-B A12 3243-C A12 3243-D A12 3245 H10 3246 H10 3247-A C4 3247-B C4 3247-C H6 3247-D H5 3248-A H5 3248-B I5 3248-C I5 3248-D I5 3249 H10 3255 D3 3260 F13 3261 F12 3271-A C12 3271-B C12 2274 A9 3271-D C12 2276 A9 2277 A10 2278 A10 2283 H6 2284 H5 2285 H5 2286 D3 2287 C3 2288 C3 2289 A6 3208 H9 3212 I5 3213 E13 3215 C2 3216 C2 3217 E2 3218 E2 3219 E2 3220 E2 3221 D2 3222-A D12 3222-B D12 3222-C D12 3222-D E12 3223-A E12 3223-B E12 3223-C E12 3223-D E12 3230 F12 3231 F12 1% 3233 F13 B C D E F G H I A B C D E F G H I 2207 H4 2216 C2 2217 D2 2218 F13 2220 E2 2222 E1 2230 B3 2231 C4 2232 G2 2233 G2 2234 G2 2235 G2 2272 A8 I2C BUS 2275 A9 ADDRESS BUS CONTROL BUS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 1 2 3 4 5 6 7 8 9 10 11 12 13 14 2273 A8 A 3289 56K DATA BUS F419 F380 3223-C 3230 100K 15K 3216 47R 3247-B 2K2 2 7 F398 F454 F394 F411 F368 47R 3271-D 4 5 SGND 10K 3243-C 3 6 F429 F420 2276 100n F334 3234 1K 3286 22K F397 3223-D 0R F452 47R F423 3261 F453 10K 3232 F392 BLM21 22K 3221 3212 F367 5201 47R 3235-D 4 5 220R 22n F436 2217 10K 3242-C 3 6 SGND F415 2273 47R 3222-D 22n 2231 100n 3222-A 47R F401 F450 F451 SGND SGND 220R 3248-D 4 5 3 6 F432 47R 3235-A 1 8 2K2 3247-C 3288 56K F358 3887 0R F350 10K 3220 22K 3219 F384 SGND F440 F413 F307 F302 10K 4 5 2277 100n 3242-D WRNH XDET 127 7 XTLI XXTLO 6 F362 VddDp2 44 VddDp3 32 VddDp4 VddDp5 12 69 VddDp6 119 VssAop 109 VssAs 82 VssDc1 21 VssDc2 56 VssDp1 95 VssDp2 43 VssDp3 31 VssDp4 11 VssDp5 68 VssDp6 41 WRN 19 TL_FTL 84 TPWM TS1 99 102 TS2 103 TS3 34 TXD1 40 TXD2 118 Uopb 117 Uopt 105 VRH 120 VddAop 110 VddAs 83 VddDc1 22 VddDc2 57 VddDp1 96 42 RDN RDNH 20 9 REFCOS REFSIN 8 80 RP 98 RSTI 33 RXD1 39 RXD2 112 S1 S2 113 5 SELPLL SINPHI 125 72 SL 89 SRV_INT_LGR 85 TEN 81 37 NC4 NC5 67 NC6 100 NC7 NC8 101 88 OPC_INT 79 OTD 104 P6 53 PSENn 124 PW 17 PXT0 18 PXT1 16 PXT2 15 PXT2en 70 RA 10 RAC_SW H6 30 H7 90 I2CSCL 91 I2CSDA 35 INT0_PWD 38 INT1 13 INT2 14 INT3|ALEh 114 IREFT 97 LDON LLP 94 MON_A 74 73 MON_D 2 NC1 3 NC2 36 NC3 D4|FEN 75 DEB_OUT 92 DEFIn 93 DEFOn 78 DSDen 55 EAn 71 FO 87 FOK 115 FTCH 116 FTCL 23 H0|A16 H1|A17 24 25 H2|CSDN 26 H3|CSBN 27 H4 28 H5 29 AD3 62 AD4 63 AD5 64 AD6 65 AD7 54 ALE 4 ALPHAO 77 ATIPin 123 CALF 76 CLKOUT 86 CLO 126 COSPHI 106 D1|MIRN 107 D2|TLN 108 D3|REN 111 A1 47 A10 48 A11 49 A12 50 A13 51 A14 A15 52 122 A2 45 A8 46 A9 ACT_EMFN 1 ACT_EMFP 128 58 AD0 59 AD1 60 AD2 61 47R 2 7 7270 SAA7399 121 SGND F314 3235-B 3271-B 2 7 2218 100n 10K 3242-A 1 8 47R 3702 4K7 3218 F427 4K7 3703 F421 10K 5202 BLM21 47R 2272 100n 10K 3243-B 2 7 3222-C F417 F400 10K 3242-B 2 7 6 SGND 2235 220R 3248-C 3 1n 100n 2275 220R 2274 100n 3246 220R 3245 SGND F329 2285 SGND 47R 3273-C 3 6 100n 10K 3255 3260 47R F303 10K 3243-A 1 8 SGND 2233 F326 1n F351 2222 82p F435 100K 3274 F426 3231 100K 22n 47K 3217 F416 2230 2 7 3222-B 47R 3K3 3295 47R 3273-B F399 SGND F318 2K2 4 5 F431 2K2 1 8 3247-D 2220 3223-B 47R 3247-A 22n 47n F335 2288 SGND 3281 220K 3276 47R 0R 3807 F304 7215-A MC34072 3 2 1 8 4 2234 3249 220R F361 F387 1n F385 47R 3273-A 1 8 3 6 47R 3235-C 3 6 F425 3271-C 47R 100n 2289 3238 220R 2286 2n2 F418 10K 4 5 2287 2n2 3104 123 4228.8 3243-D 3233 100R 2207 100n SGND 10K 3287 F325 1 E1 2 E2 3 SCL 6 SDA 5 VCC 8 VSS 4 WC_ 7 10K 3749 47R 3280 M24C08 7207 E0 68K 3290 3291 56K F434 F375 F377 22n 2232 SGND 3271-A 47R 1 8 3215 5203 BLM21 F443 3223-A 47R 15K 3K3 3299 F382 F430 3248-A 220R 1 8 100n 2278 2216 47p 33R 3213 F439 3297 3K3 47R 3273-D 4 5 F414 F322 100n 2283 F305 F442 SGND F422 SGND 3248-B 220R 2 7 3208 10K 2284 F402 VRA VSL {VFO,VRA,VSL} TRAYIN TRAYOUT DMON {LASDACDI,LASDACCK,LASDACLD,PW} {POWER_UP,KILL_OUT} PW ATIPSYNC LLP STANDBY STANDBY 100n {I2CL,I2DA,LASDD,LASCK,LASLD} ALPHA0 S2V9 CALF A2 A1 FEN REN TLN MIRN RE FSR FSW {FSR,FSW,S2V9,FEN,REN,TLN,MIRN,RE,ALPHA0,CALF,A1,A2} OFFTRACK {OFFTRACK,ATIPSYNC,LLP,HFS0,CDR60INT,CDR60CS,CDR60PLL,SRSTN,DMON} VFO LASLD LASCK LASDD I2CL I2DA LASDACCK LASDACDI I2CSCL I2CSDA I2CSDA I2CSCL {I2CSDA,I2CSCL} CDR60CS SRSTN SRSTN CDR60INT HFS0 LASCK I2DA I2CL LASDD MA(12) MA(11) MA(10) MA(9) MA(8) MA(0:17) CDR60PLL DSA_DATA_CDR DSA_STR_CDR DSA_ACK_CDR ATT MUTE {DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE} MWRN MRDN {MRDN,MWRN,ALE} LASLD LASDACLD {REFSIN,PCSSIN,REFCOS,PCSCOS} IIS1_MS BE_RESET DEEMP MAD(7) MAD(6) MAD(5) MAD(4) MAD(3) MAD(2) MAD(1) MAD(0) MAD(0:7) MA(17) MA(16) MA(15) MA(14) MA(13) DEBON DESIGN_TEST1 MRST_P FWEN FWEN MRDN_P HI_POWER POWER_UP CSRAM CSRAM TRAYSWF ALE MWRN MRDN {TRAYIN,TRAYOUT,TRAYSWF} PCSCOS REFCOS PCSSIN REFSIN PSENN D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 DESIGN_TEST2 D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 A-8V D5V SYS_CLK_BE SYS_CLK_BE MWRN_P TERMB TERMB TERMB R2 R5 S10 S13 S16 S19 S20 CDR MAIN BOARD - CIRCUIT DIAGRAM 4 : MACE BE-PROCESSOR TESTPOINTS CL06532018_062.eps 010300 Electrical diagrams and PWB’s GB 62 CDR 3rd gen. 7. - + REV PS - + H BIAS CONTROL GAIN DRIVER + - + - + - + - + - + - PCA 2 EBU DECODER ENCODER I/O BIT DETECTOR IREF GENERATOR DEMODULATOR TEST CAPTURE HF DATA S I TACHO MOTOR/ INTERFACE WOBBLE GENERATOR SYST CLOCK RESET GENERATOR EFM CLOCK SUB-CPU INTERFACE I/O EFM MODULATOR and memory processor Error correction PROC. MODULATOR CONTROL SUBCODE I C 2 F597 G12 F598 H3 F599 H7 F600 H8 F601 H9 H301 H14 CONTROL BUS D E F G H I H I 1330-1 F1 1330-10 H1 1330-11 E1 1330-2 F1 1330-3 F1 1330-4 G1 1330-5 G1 1330-6 F1 1330-7 H1 1330-8 G1 1330-9 H1 2300 B10 2302 B10 2303 C10 2304 C11 2305 C11 OPTION 39 1 2 3 4 5 6 F589 G12 F590 H1 F591 G12 F592 G10 F593 G11 F594 G11 F595 G11 14 1 2 3 4 5 6 7 8 9 10 11 12 13 14 A B C OPTION 38 OPTION 34 2306 C12 2308 A4 2309 B4 2310 B4 2314 F7 A B C D E F G 2322 E7 2330 F2 2331 F2 2332 F2 2333 E4 2335 H5 2336 I5 2337 I5 2355 H8 2359 D7 2360 B5 2362 D6 2364 C7 2368 B4 2369 B4 2370 A3 2371 A4 2372 C3 OPTION 45 * 2373 A1 2374 C1 2375 C2 2378 B1 2379 C14 7 8 9 10 11 12 13 3305 G10 3308 H9 3309 C7 3312 E7 3313 D7 3314 D14 3315 E7 3316 H12 3317 H12 3319 E14 3322 F5 3323 F5 3324 G6 3325 G6 3330 F1 3331 F1 3332 F1 3333 F5 1% DATA BUS OPTION 31 3334 E5 3335 E5 3336 E5 3337 H6 2315 E7 2316 E7 2317 E7 2318 D7 2319 D7 2320 D7 2321 D7 3349 H5 3350 E2 3351 E4 3352 H5 3360 C5 3361 C6 3362 D5 3363 D6 3365 D7 3368 B3 3370 C3 3371 C3 3372 B3 3373 A2 3374 A1 3375 C2 3376 C1 3377 C1 OPTION 30 3378 A1 3379 A2 3380 I2 3381 H3 3382-A C13 3382-B D13 2907 H13 2908 H13 3300 C9 3301 C9 3302 A2 3303 A4 3304 H1 6375 C2 7300 C8 7330 E3 7355-A H8 7355-B H7 7360 B5 OPTION 41 OPTION 33 7361 C5 7370 B3 7371 B3 7373 B2 7375 B1 7803 F5 7804 G5 F500 A1 F501 A3 F502 B5 F503 B4 F504 B3 F505 B2 F506 B3 F507 B3 F508 B5 F509 B2 3338 I5 3339 F5 3340 I4 3341 H1 3346 H2 3347 H2 3348 H2 F517 C5 F518 C9 F519 C9 F520 C8 F521 C8 F522 A4 1% 1% OPTION 37 F523 C4 F524 C7 F525 F7 F526 H13 F527 D8 F530 D8 F531 D14 F532 D8 F534 D13 F535 D8 F536 D13 F538 D13 F540 E13 F541 E13 F542 E8 F543 E13 3382-C D13 3382-D D13 5301 A5 5302 B10 5303 B10 6373 C2 6374 C2 F551 E8 F552 E13 F553 F8 F554 F13 F555 E4 F556 F1 OPTION 35 1% OPTION 36 OPTION 40 CD ENCODING & DECODING PART F558 F8 F559 F1 F561 F2 F562 F8 F563 H5 F564 F1 F565 G1 F566 G5 F567 G1 F568 G4 F569 G4 F570 G4 F571 G8 F572 G1 F510 B2 F511 C1 F512 D3 F513 C5 F514 B10 F515 B11 F516 D6 4K7 3316 F573 G8 F574 G1 F575 G4 F577 G8 F578 H1 F579 H2 F580 G9 F581 G9 F583 G10 F584 G11 F585 G11 F586 G11 F588 G12 F544 E7 F545 E8 F546 E13 F547 E1 F548 E3 F549 E8 F550 E13 HFGND 3305 10K 82R 3304 F580 47R 4 5 2303 100n 3382-B 47R 2 7 3382-D 5302 100n 2302 2332 100n BLM21 22R 3300 1K HFGND 3303 3302 100n 2371 PGND 1R 3351 100R 100n 1330-3 3 2305 2316 100n 1K 3340100K 6 1330-8 8 3339 HFGND 1330-6 1330-11 11 F567 3365 100R WREFLO WREFMI 3 WRi 45 XEFM 78 XTLI 21 XTLO 22 HFGND Vdd9 72 Vss1 4 Vss10 75 Vss2 16 Vss3 19 Vss4 31 Vss5 43 Vss6 48 Vss7 52 Vss8 62 Vss9 71 W441 25 WCLK 60 WIN 6 WREFHI 2 1 57 T1 70 T2 69 TEST1 17 TEST2 18 V4 55 VREF 7 Vdd1 5 Vdd10 76 Vdd2 15 Vdd3 20 Vdd4 30 Vdd5 44 Vdd6 49 Vdd7 53 63 Vdd8 MOT1 74 MOT2|T3 73 MUXSWI 24 NC 9 OTD 23 PANIC 27 PCAin 51 PORE 28 RCK 66 RDi 46 SCL 32 SDA 33 SFSY 67 STOPCK 54 65 SUB SYNC DA5 37 DA6 36 DA7 35 DATA0 59 DATAI 64 EBUOUT 56 EFMDATA 79 FLAG 58 HIN 13 HREFHI 10 HREFLO 11 HREFMI 14 INT 34 IREF 8 77 LASON MEAS1 80 7300 AGCREF 12 ALE 47 ATPSYC 26 BCLK 61 CFLG 68 CL1 29 CSi 50 DA0 42 DA1 41 DA2 40 39 DA3 DA4 38 SAA7392 F511 F505 F504 74HCT00D 7355-B 4 5 7 14 6 1 2 F500 HFGND WGND H301 2379 47p 560p 2908 2360 100n F544 7361 BC847B F597 19 VH 26 VM1 VM2 27 WGND HFGND H1- 10 H2+ 11 H2- 12 13 H3+ 14 H3- 29 MT1 30 MT2 1 NC1 2 NC2 4 NC3 6 NC4 15 NC5 PS 23 24 REV 28 RNF 25 VCC 7330 7 A1 5 A2 3 A3 20 CNF 22 EC 21 ECR 18 FG1 17 FG2 16 FG3 8 GND 9 H1+ 82R 3350 BA6856FB F592 F583 PGND 3341 82R F532 PGND 3347 10K F589 F559 F601 F547 100K 3349 F600 F573 3336 1R5 F562 BFS540 3334 1R5 F549 7375 2378 100n F551 F569 HFGND F570 2337 100n 3338 1K 1330-7 7 1330-10 10 7371 BFS540 6374 BAS216 F578 F590 100n 2375 1K8 3373 F572 HFGND 3360 3362 39K 22K 7803 BC847B 3323 5K6 1n8 2368 2n2 2309 2n2 2308 F543 F550 F540 F538 100n 2330 100R 3332 F593 F594 F519 F542 0R 3381 PGND 100n 100n 2319 2320 F508 F502 F507 3377 47R F512 3368 3370 560R 2317 3n3 47R 100n 2314 F566 3374 22R F555 F525 0R 3380 2321 100n 47R 3313 F563 2322 3n3 F523 HFGND 100n 2318 F531 1p 2372 BC847B 7370 2n2 F564 2310 47p 2359 F598 3371 1K5 F521 F548 F526 F524 F522 F514 F518 F554 F535 F546 F541 3104 123 4228.8 F595 F536 F585 F584 F552 F530 F565 F561 F516 10K 3325 F517 3312 1K 3315 F503 47R F506 F558 F553 F515 F534 F545 F568 F575 HFGND 47R 3319 5 F527 1330-9 9 1330-5 F513 F520 F579 1330-1 1 F574 7804 3322 1K BC847B 5K6 3324 2907 560p F591 18K 3379 27K 3378 F586 220R 3376 22u HFGND 2373 1K2 3372 F581 BAS216 6373 BFS540 F588 6375 BAS216 7373 5303 BLM21 100n 2K2 3375 F599 F556 2374 F577 F571 15 12 Y3 1 Y4 5 Y5 2 Y6 4 Y7 3 Z HFGND E_ 6 8 GND 11 S0 10 S1 9 S2 VCC 16 VEE 7 13 Y0 14 Y1 Y2 2369 470p 74HCT4051D 7360 100n 2306 22u 2370 HFGND 5301 BLM21 3314 47R 3363 820R 3361 22R 7355-A 74HCT00D 1 2 7 14 3 3330 100R 1330-4 4 3331 100R PGND PGND 1330-2 2 PGND F510 3348 10K 3346 F509 F501 10K 2355 100n PGND 3301 1K 6 1R5 3335 47R 3382-C 3 0R 47n 2335 100n 2336 3308 3337 56K PGND PGND 3352 0R 2304 3382-A 1 8 100n 100n 2331 47R 2362 47n WGND 2300 100n 3309 33K 2364 100n 4K7 HFGND 1R5 3333 3317 2333 100n 100n 2315 WGND VCOIL UCOIL {CDR60LWRT,EFMDATA,EFMCLK,WOBBLE} {OFFTRACK,ATIPSYNC,LLP,HFS0,CDR60INT,CDR60CS,CDR60PLL,SRSTN,DMON} L5V HFS0 HF CAHF L12V DMON W- W+ V- V+ U- U+ HALL_W HALL_W HALL_V HALL_V HALL_U HALL_U MERRIN WCOIL MAD(5) MAD(4) MAD(3) MAD(2) MAD(1) MAD(0) CDR60CS BCLK ATIPSYNC ALE D5V MERR D5VS HALL_I HALL+ D5VS SUB SFSY MRDN SRSTN LLP OFFTRACK MOTO1 CDR60LWRT CDR60INT DATA1 I2SDATAOR MAD(7) MAD(6) MAD(0:7) SYS_CLK_BE SYS_CLK_BE D5VS D5VS WOBBLE EFMCLK EFMDATA MWRN WCLK D5VS D5VS D5VS {RCK,SFSY,SUB} {MRDN,MWRN,ALE} L12V CDR60PLL D3V3 D3V3 DATA0 RCK RCKR {CDR60MEAS1,CDR60CFLG,CDR60CL1,MERR,MERRIN,HALL_V,HALL_U,HALL_W} DOBM_CDR CDR60CL1 CDR60CFLG CDR60MEAS1 {DOBM_CDR,BCLK,WCLK,DATA0,DATA1} D3V3 CDR60SDA D3V3 CDR60SCL CDR MAIN BOARD - CIRCUIT DIAGRAM 5 : CD ENCODING-DECODING PART A14 A15 A16 HF1 HF2 R10 CL06532018_063.eps 010300 Electrical diagrams and PWB’s GB 63 CDR 3rd gen. 7. 0dB/6dB SWITCH 0dB/6dB SWITCH 0dB/6dB SWITCH PGA ADC2R ADC1R INTERF ADC1L DAC PGA ADC2L L3-BUS DIGITAL AGC DIGITAL MIXER DIGITAL INTERF DECIMATION FILTER DSP FEATURES INTERPOLATION FILTER PEAK DET NOIS SHAPER DAC 0dB/6dB SWITCH F737 F9 F738 F11 F739 I13 F740 G13 F741 F12 F742 G11 F743 I13 F744 G9 F745 H11 F748 I12 F750 H3 F753 I13 H401 G7 H402 G6 7405-A B8 7405-B D8 7406 A11 7407-A G9 7407-B I9 7407-C F9 7408-A H11 7408-B G11 7409-A E11 F718 A12 F719 D12 F720 D8 F721 D7 F723 D1 F724 B4 F726 I9 F727 D4 F703 B6 F704 B1 F706 C5 F707 H7 F708 A13 F709 B8 F710 C7 F711 C7 F712 B1 F713 C3 F714 G2 F715 A12 F716 D1 F717 D1 3433 I12 3434 I12 3435 I11 3436 I11 3439 A13 3441 A12 3447 E3 3448 F10 3449 H10 F728 E7 F729 E2 F730 E11 F731 E13 F732 E13 F733 H13 F734 F2 F735 F6 F736 F7 5403 B8 5404 G2 5406 E7 5407 E2 5413 F5 5414 F7 5444 E13 5445 H13 5446 B1 5447 D1 6400 H2 7401-A D3 7401-B C3 7401-C B3 2464 E8 2465 C8 2466 D10 2903 G7 2904 H7 2905 G5 2906 H5 3402 A6 3403 A4 7409-B I11 7410 G13 7411 H13 7412 F13 7413 I13 7801 B6 F700 B8 F701 A6 F702 A14 3414 D4 3415 D7 3416 D8 3418 E12 3419 F12 3420 F11 3421 F11 3422 F12 3423 G12 3424 G12 3427 H12 3428 H12 3429 I12 3432 I10 only for CDR-MINI I2C BUS only for CDR-MINI C D E F G H 3450 H2 3451 D4 3452 B4 3453 B3 3454 E4 3455 D11 3460 D11 3886 A3 5401 F2 1410-2 G14 1410-3 H14 1420-1 B1 1420-2 D1 1420-3 D1 1420-4 H14 1420-5 E14 2401 F2 2402 A8 2404 B6 2405 B8 2406 A13 2407 A13 2408 A14 1 2 3 4 5 6 7 8 3433 = 100R for CDR-MINI 3404 B4 3405 B5 3407 B10 3408 C7 3409 C8 3410 C3 3411 A14 3412 C4 3413 D4 4 5 6 7 8 9 10 11 12 13 14 A B C D E F G H I A B 3418 = 100R for CDR-MINI I 1400-10 C1 1400-11 D1 1400-12 I14 1400-13 F14 1400-14 F14 1400-8 E14 1400-9 B1 1410-1 G14 2422 F2 2424 E12 2425 G13 2430 I12 2431 H13 2433 H3 2434 G6 2435 G7 2437 B4 2438 D4 2440 B3 2441 D3 2442 F13 2443 I13 2444 E13 2445 I13 2446 C1 2447 E1 2448 D1 2450 B2 2451 D2 2460 I11 2463 F11 9 10 11 12 13 14 1 2 3 GNDA GNDA 2409 A14 2411 C8 2413 A12 2414 A11 2415 G2 2417 D8 2419 A12 2421 F7 3429 47K 3453 220K 6400 BZX284-C5V6 GNDA 1400-13 13 GNDA GNDA F750 9 GNDA GNDA F729 2446 1n 1400-9 27K 3412 GNDA 100u 2408 12 Y1 13 Z 14 GNDA 3403 27K GND_CASE 74HC4053D 7401-A E 6 S 11 Vdd 16 Vee 7 Vss 8 Y0 GNDA 3455 0R GNDA 3428 2K2 2421 100n F718 2906 560p 16 16 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 +5VA bso16e127rs375 7801 1 1 10 10 11 11 12 12 13 13 14 14 15 15 F713 F726 LM833D 7409-A 3 2 1 8 4 GNDA 27K 3409 +5VX D3V3 F706 GNDA +12Vf +5VX 2445 2n2 GNDA 2904 560p F714 F716 1420-5 5 F735 560p 2903 F731 100n 2405 3424 2K2 F727 5446 BLM21 100n 2407 GNDA -8VA 5407 BLM21 Vdd 16 7 Vee 8 Vss 12 Y0 13 Y1 14 Z 330R 3450 -5VA 74HC4053D 7407-A 6 E 11 S 2419 GNDA GNDA 220u 2404 100n GNDA 2n2 2444 3422 47K GNDA GNDA GNDA 10K 100n 2434 GNDA +12Ve 3413 3433 0R 3436 12K -8Vf GNDA 3104 123 4228.8 F711 -5VA GND_CASE GNDA F741 GNDA 2K2 3434 2422 100n 7 8 4 BLM21 5413 2443 1n LM833D 7405-B 5 6 F724 12p 2463 100n F739 F740 2466 -5VA 220K 3454 F744 F743 H402 1 2 3416 27K F701 F748 BLM21 5445 7413 BC817-25 1400-11 11 47u 2440 F712 8 Y0 2 Y1 1 Z 15 F700 2 Y0 1 Y1 15 Z 7407-B 74HC4053D E 6 S 10 Vdd 16 Vee 7 Vss 7401-B 74HC4053D 6 E 10 S 16 Vdd 7 Vee 8 Vss GNDA GNDA GNDA GND_CASE 4R7 +12Ve GNDA 10K 3415 3439 -8Vf 100n 2413 F745 F710 F732 GNDA GNDA 27K 3414 GNDA F707 F736 7410 BC817-25 0R 3447 GNDA 2414 F737 GNDA F734 2u2 D3V3 -8Vf -8Ve 12p 2464 GNDA 2401 100n F733 +12VA F738 2460 12p F709 5444 BLM21 1400-14 14 +12Vb GND_CASE 1400-8 8 6 7 8 4 270p 2450 1n 2447 NJM4556AD 7408-B 5 -8Vf 1420-1 1 F708 1n 2442 +12Vf -5VA 3402 220R GNDA GNDA +5VX 2402 1n GNDA 3427 120R 0R 3886 2465 12p 2448 1n 3435 10K 2441 47u GNDA GNDA F728 2K2 3419 2425 F703 VSSD 11 27 VSSDAC 17 WS -8Vf +12Vf 270p TEST1 20 21 TEST2 5 VADCN 7 VADCP 3 VDDAD 10 VDDD 25 VDDDAC 2 VINL1 6 VINL2 4 VINR1 8 VINR2 26 VOUTL 24 VOUTR 28 VREF VSSAD 1 7406 22 AGCSTAT 16 BCK 18 DATA0 19 DATA1 14 L3CLOCK 15 L3DATA 13 L3MODE OVERFL 9 23 QMUTE 12 SYSCLK 2435 100n UDA1341TS F730 5414 BLM21 2451 270p 1420-3 3 0R 3460 GNDA LM833D 7405-A 3 2 1 8 4 +5VA BLM21 5403 100n -8Ve GNDA BLM21 5404 2409 12K +5VX GNDA 560p 2905 3421 2 5401 BLM21 GNDA F717 1420-2 1400-10 10 -8Vb PH-B 1 1400-12 12 120R 3423 +12VA 1410-1 4u7 2417 GNDA +12Vf 2411 4u7 PH-B 1410-3 3 470u 2438 3411 GNDA GNDA GNDA GNDA 4R7 +5VX BC817-25 7412 4 F704 GNDA +5VA 1420-4 +12Ve +5VX 100R 3407 F719 GNDA F702 100n 2415 2431 270p 2 +12Vf GNDA 3418 0R PH-B 1410-2 7409-B 5 6 7 8 4 3405 27K 3 2 1 8 4 GNDA LM833D GND_CASE 7408-A NJM4556AD D3V3 3441 10K GNDA GNDA 7411 BC817-25 7 Vss 8 Y0 5 Y1 3 Z 4 F721 74HC4053D 7401-C E 6 S 9 Vdd 16 Vee -8Ve 2437 470u 5406 BLM21 GNDA 10K 2424 47u 47u 2430 3420 H401 1 2 -5VA -8VA 3449 0R F742 GNDA -8VA -5VA 10K 3410 F723 GNDA GNDA 5447 BLM21 GNDA +5VX GNDA 0R 3448 F753 10K 3404 -8VA GNDA 100u 2406 F715 12K 3451 +12VA +5VX GNDA GNDA 3452 12K 2433 100n -5VA 3408 10K E 6 S 9 Vdd 16 Vee 7 Vss 8 Y0 5 Y1 3 Z 4 3432 10K {IIS_DATA_A0,IIS_DATA_A1,IIS_WS_A1,IIS_BCLK_A1,SYS_CLK_11B,L3_MODE,L3_CLK,L3_DATA,NMUTE} F720 74HC4053D 7407-C L3_MODE KILL NMUTE SYS_CLK_11B KILL KILL IIS_DATA_A1 IIC_DATA IIC_CLK {IIC_CLK,IIC_DATA} IIS_DATA_A0 IIS_WS_A1 IIS_BCLK_A1 L3_DATA L3_CLK RIGHT LEFT RIGHT LEFT INT_COPY_ANA KILL KILL SEL_HP_OUT CDR MAIN BOARD - CIRCUIT DIAGRAM 6 : AUDIO PART (NOT FOR CDR950/951) A1 A2 A3 A4 A5 A6 A7 A8 A19 A20 A22 A21 A25 A26 CL06532018_064.eps 010300 Electrical diagrams and PWB’s GB 64 CDR 3rd gen. 7. NC IN 7563 C12 F491 H5 F492 H9 F493 I7 F494 I8 F495 I9 F496 H8 F497 H11 F498 H10 F499 H9 F800 A6 F801 A12 F802 A6 F803 B13 F804 B14 F820 D1 F821 D7 F822 D2 F823 D2 F824 F11 F825 F11 F826 F12 F827 E2 F828 E2 F829 F14 F830 F4 5554 H10 5555 D6 5556 A5 5557 D6 5709 F3 6500 G11 6501 G9 6502 I11 6553 A11 6554 H8 6555 A10 6556 A11 6557 A11 7520 C6 7521-A G4 F831 F3 F832 E11 F834 I7 F835 I6 F836 H4 F837 I7 F838 G4 F839 E6 F840 E6 F841 E9 F842 F5 F843 F7 F844 E3 F845 F4 F846 H5 7561 B14 7562 C13 C D E F G H I 1500 D1 1541 D4 1542 A4 1543 B4 2500 E2 2501 F1 2502 F2 2504 A12 F805 B6 F806 C8 F807 C8 F808 B13 F809 B12 F810 C11 F811 C12 F812 H3 F813 C5 F814 C5 F815 D2 F816 D2 F817 D2 F818 E10 F819 H12 5546 C7 5551 F11 1501 EH-B 1 2 3 4 5 6 7 8 9 10 11 12 13 7521-B I6 7522 H5 7523 C6 7524 C5 7525 E11 7526 G5 7527 E5 7528 F5 7529 I8 7535 A4 7548 I8 7549 F11 7556 F13 7558 E8 7560 B12 4 5 C D E F G H I A B 3 POWER PART 2551 G4 2552 H4 2553 H8 2555 F12 2505 H12 2506 H12 2507 H10 2508 I8 2509 I8 2535 B5 2536 B4 2537 B5 2541 D5 2543 B4 2544 B4 2546 C7 2547 F6 2548 D5 2550 H8 7 6 3532 C12 3533 A13 3536 C6 3537 C6 3538 C4 3539 D5 3540 E10 3541 F6 3542 E6 1 2 3544 F4 3545 G4 3546 H4 3547 H5 14 1 2 3 4 5 6 7 8 9 10 11 12 13 14 A B 3560 B13 3562 B13 3563 B14 3566 E10 3567 E11 3570 A12 3571 A11 5500 D2 5501 E2 5502 E2 5503 E2 5541 D4 5542 D4 5543 B3 5544 B3 2556 G13 2557 F14 2558 F12 2561 F11 2562 H8 2563 H8 2565 D6 2568 A5 2571 D3 2572 E2 2574 E8 2575 E9 2576 D6 2577 F2 2910 E7 3013 H13 3531 C12 BC847B 3548 H6 3549 I7 3550 H10 3551 I6 3552 F5 3553 I6 3554 E5 3555 F5 3556 E4 3557 F4 3559 B12 2502 2n2 7563 100n 2556 GNDA 2507 10u 3548 47K 47u 2544 1A 1543 MP F843 BLM21 5541 100R 3549 2557 100n 100n 2550 2509 100n 6554 BAV99 F493 BLM21 5551 100u 2548 +5VA 2541 100n 5K6 3562 3 2 1 8 4 F832 F846 MC34072 7521-A BAV99 6501 GND_CASE 5543 F495 F814 VFTD 100K 3557 F837 3531 5K6 100K 3533 47K 3544 F838 F830 F824 3538 10K 5502 BLM21 F818 3570 100R BLM21 5501 F845 F842 7524 BC847B 100K 3566 3559 7549 BC847B MC79L05ABD 7556 5 GND 4 8 1 OUT 2 3 6 7 5K6 100n 2535 VDC1 100n 2577 100n 2543 -8VA F804 6557 BAS216 7526 BC847B 6555 BAS216 BAS216 6556 3013 1M 220u 2910 GND_CASE F494 3560 100K F827 +5VA F816 F803 F811 3539 100K F841 BC857B 7529 F844 F839 BLM21 5542 BC857B 7560 BLM21 5556 3551 3K3 5557 BLM21 2576 100n 3563 56K 2506 33n BC857B 7525 220u 2504 2574 100n F821 100n 2561 5K6 3532 BAS216 6553 7561 BC857B MP 1541 1A BC847B 7562 3552 47K GND_CASE F800 10K 3537 BC847B 7523 F496 47u 2547 F810 12VCP 12VCP F812 F802 GNDA 6R8 3545 VDC2 47u 2537 2n2 2501 F809 F831 2562 100n P12VKILL 2552 1n 1K2 3555 F805 12VCP F820 2546 47u 3541 12R 3546 100R BZX284-C22 6502 100n 2565 12VCP 5555 BLM21 F801 F836 F834 BLM21 5709 F840 BLM21 5503 2555 10n 100u 2558 22K 3567 P12VKILL 2 1 3 F807 7520 STD17N05 BCP69 7527 100R 3550 BC847B 7548 100n 2508 3571 0R F825 F829 F499 2505 10u F497 F492 100K 3536 F828 F822 100n 2571 F813 2536 100n 2551 22u F498 7528 BC847B 10K 3554 L78M09 7558 GND IN OUT F817 F491 5500 F835 10K 3540 F823 100n 2563 -8VA 9 MP 1542 1A EH-B 1500 1 10 11 2 3 4 5 6 7 8 +5VA 2553 100n BLM21 5546 7522 BC857B 7521-B MC34072 5 6 7 8 4 7535 LD1117 GND 1 IN 3 OUT 2 5544 F819 3104 123 4228.8 3556 10K F826 12R 3542 100u 2568 5554 47u BAV70W 6500 F808 2n2 2500 2572 100n F815 -8VA 3547 15K 220u 2575 F806 3553 100R 12VPWR P12V FS30V 12VPWR +12VCD +12VA +9SRVPWR KILL_OUT P12V L-5V A-8V P12V 12VPWR L12V {POWER_UP,KILL_OUT} POWER_UP POWER_UP D5V D5VS L5V D3V3 KILL CDR MAIN BOARD - CIRCUIT DIAGRAM 7 : POWER PART TESTPOINTS 1 2 3 4 5 6 7 0.7V 8 9 10 11 12 13 14 0.7V 11V 27.4V 27.5V 23.2V 10V 17.8V 4.6V 4.6V 4.5V 5.2V 5V 5.2V 5.2V 5V 5V 11.8V 14 -8V during normal operation 11.8V 0.7V 11.8V FROM PSU TO DISPLAY BOARD CL06532018_065.eps 010300 Electrical diagrams and PWB’s GB 65 CDR 3rd gen. 7. 3902 D1 3904 C1 3905 E1 3907 E5 3908 E5 3909 E5 1 2 3 4 5 6 7 8 9 1 2 3 4 5 6 7 8 9 A B C D E F A B C D E F 1812-1 C4 1818 E3 1819 E4 1820 A1 1830-1 A4 1831 B7 2600 A6 2601 A8 2603 B6 2604 C8 2605 C6 2606 C6 3900 B1 3901 B1 4 GND_CASE 0R 3902 2 3907 4K7 GND_CASE 1831 2 10n 2603 1K 3908 10n 2601 10 3 8 4 2600 10n 1812-1 52207 1 3909 4K7 11 SGND 1818 PH-B 1 2 3 4 5 6 7 100R 3904 2605 10n 23 24 25 26 27 28 29 3 30 4 5 6 7 8 9 1 10 11 12 13 14 15 16 17 18 19 2 20 21 22 5 1820 GND_CASE 6 GND_CASE 0R 3900 GND_CASE 3905 100R 10n 2606 3901 0R 3104 123 4228.8 7 3 2 3 4 5 6 7 8 9 2604 10n 9 GND_CASE 1819 PH-B 1 1830-1 1 {BKPT,DSCLK,DSI,HDCD,LEVEL_A0,LEVEL_A1,LEVEL_A2,RXD_TOOL,TXD_TOOL,TCK,TRACE99_RxD,TRACE99_TxD,TDSO} INT_COPY_ANA DSA_COPY DSA_DATA_CD {EXT_DIG_IN,DIG_OUT_C,EXT_OPT_IN,DISPL_INT,SYS_RESET,DSA_DATA_CD,DSA_ACK_CD,DSA_STR_CD,KEY_PRESSED,IIS_DATA_CD,IIS_WS_CD,IIS_BCLK_CD,DOBM_CD,SYS_CLK_8W,DIG_IN2,KILL} IIS_DATA_CD LEVEL_A2 {SEL_HP_OUT,INT_COPY_ANA,SYS_CLK_11B,L3_MODE,IIS_BCLK_A0,IIS_WS_A0,IIS_DATA_A0,IIS_BCLK_A1,IIS_WS_A1,IIS_DATA_A1,L3_DATA,L3_CLK,NMUTE,PROF_EBU} GND_CASE BKPT DSCLK DSI TDSO TCK CLK_OUT CLK_OUT RESET_MIN WRITE_TOGGLE D3V3 D3V3 TERMB TERMB TRACE99_TxD TRACE99_RxD D5V TXD_TOOL RXD_TOOL KILL PROF_EBU EXT_DIG_IN DIG_IN2 DIG_OUT_C EXT_OPT_IN IIS_WS_A0 IIS_BCLK_A0 IIS_DATA_A0 IIS_WS_A1 DSA_DATA_CDR DSA_ACK_CDR DSA_STR_CDR {DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE} D5V SYS_RESET SEL_HP_OUT CDR60CL1 PCSSIN PCSCOS CDR60CFLG CDR60MEAS1 MERR MERRIN HALL_U HALL_V HALL_W {CDR60MEAS1,CDR60CFLG,CDR60CL1,MERR,MERRIN,HALL_V,HALL_U,HALL_W} {REFSIN,REFCOS,PCSSIN,PCSCOS} IIS_BCLK_A1 IIS_DATA_A1 HDCD LEVEL_A0 LEVEL_A1 NMUTE L3_MODE CL06532018_066.eps 010300 Electrical diagrams and PWB’s GB 66 CDR 3rd gen. 7. NC NC F986 H7 F990 B3 F991 B4 F992 B4 H700 F13 F943 G13 F944 G12 F945 G13 F946 G13 F948 H13 F949 H13 F951 H3 F959 H13 F960 D13 F961 I12 F962 I12 F963 B4 F964 B4 F965 B4 F966 B10 F967 B10 F968 B10 F969 G10 F970 G10 F971 G10 F972 I11 F973 H7 F974 H6 F975 H6 F976 G2 F910 B3 F912 B13 F913 B12 F914 B13 F915 C3 F916 C3 F917 D11 F977 G2 F978 G2 F979 G2 F982 H6 F983 H6 F984 H6 F985 H7 F925 D2 F926 E2 F927 E12 F928 E12 F929 E12 F930 A13 F931 B13 F932 C13 F933 E2 F934 C13 F935 E2 F936 D13 F937 F2 F938 F13 F939 F2 F940 F2 F941 F2 F942 G13 3911 I7 3912 F13 5701 A6 5702 A12 5703 B12 5704 C12 5705 C12 F952 H13 F953 H4 F954 H6 F955 H6 F956 H7 F957 H7 F958 I13 7704 B1 7705-B H2 7706-A H10 7706-B H10 7707 I12 7710 B2 F105 H7 F756 H2 F757 H1 F758 A8 F759 B6 F900 A13 F901 A12 F903 B6 F905 B4 F906 F13 F907 C13 F909 B3 3824-C H8 3824-D H8 3825-A H8 3825-B H7 3825-C H7 3825-D H7 3826 G11 F918 C11 F919 D2 F920 D12 F921 D12 F922 D12 F923 D2 F924 D2 3835 G12 3836 H12 3837 B3 3838 B3 3894-A H6 3894-B H6 3894-C H6 3894-D H3 3897-A D10 3897-B C10 3897-C C10 3897-D C10 3898-A H5 3898-B H5 3898-C H6 3903 H5 3906 D2 3910 H4 3811 H2 3812 I10 3813 B4 3814 H7 3815 H11 3816 I11 3818-A D10 5706 D13 5707 D12 5710 A6 5715 A9 6701 G1 6702 G2 7701 C3 3820-A E10 3820-B E10 3820-C E10 3820-D E10 3821-A F10 3821-B F10 3821-C F10 3821-D E10 3822-A H9 3822-B H9 3822-C H9 3822-D H9 3823-A H9 3823-B H9 3823-C H8 3823-D H8 3824-A H8 3824-B H8 3727 G1 3728 G10 3729 E2 3731 G2 3732 H3 3734 C11 3735 H4 3828 G12 3829 G13 3830 G12 3831 G13 3832 G13 3833 H12 3834 H12 3753 I12 3755 A7 3756 D2 3757 H12 3758 F13 3760 C2 3761 C2 3762 C2 3763 E2 3764 G2 3765 H2 3766 B2 3767 B3 3768 H3 3769 E2 3770 I12 3771 H3 3810 I3 2769 B13 2770 B13 2771 C12 2772 C12 2773 D13 2774 D13 2901 F13 3818-B D10 3818-C D10 3818-D D10 3819-A E10 3819-B E10 3819-C D10 3819-D D10 3709 C12 3710 D2 3711 E12 3712 D12 3713 D12 3714 D12 3715 E12 3716 G10 3717 B10 3718 B10 3719 B10 3720 E2 3721 E2 3722 C10 3723 C10 3724 C10 3725 G10 3726 F11 I2C BUS F G H I A B 3743 H7 3744 H1 3745 H2 3746 H2 3750 I2 3751 H13 3752 A7 1400-1 B13 1400-2 B13 1400-3 B13 1400-4 B13 1400-5 C13 1400-6 C13 1400-7 C13 1701-1 A13 1701-2 A13 1702 A13 1704 C13 1705-1 E13 1705-10 E13 1705-2 E13 1705-3 F13 1705-4 F13 1705-5 D13 1705-6 E13 POWER 7705 1 2 3 4 5 6 2902 F13 2909 C2 3701 A12 3704 I10 3705 A2 3706 B12 3708 C12 1 2 3 4 5 6 7 8 9 10 11 12 13 A B C D E 1705-7 E13 1705-8 E13 1705-9 E13 1707 G1 1708 F13 2703 B6 2704 B7 C D E F G H I 2716 A8 2717 A8 2718 G1 2719 G2 2721 A12 I2C BUS 2722 C12 2723 C13 2724 D11 2725 F12 2726 F12 2727 F12 2728 F12 2731 H12 2733 F12 2734 G12 2735 G12 2736 H13 2737 H13 2738 H13 2739 H13 2740 H13 2741 I13 2742 I13 2743 I13 7 8 9 10 11 12 13 2750 B6 2751 B7 2752 B8 2760 B6 2761 B8 2762 B8 2763 B8 2764 B9 2765 B9 2766 B9 2767 A13 2768 A13 2706 B7 2707 C13 2708 D12 2709 F12 2712 G11 2713 H3 2714 H1 3728 100R 47p 2767 3729 100R GND_CASE F984 3720 100R 3704 0R F939 47R 3732 3813 100R 2n2 2774 F969 GND_CASE 47p 2721 4K7 3751 2716 10n 5715 BLM21 4 F982 1400-1 1 1400-4 3897-A 47R 1 8 3104 123 4228.8 F105 3894-B 47R 47R 3829 2 7 47p 2709 3743 47R 3825-B 47R 2707 47R 3814 47R 47p 47R 3818-A 1 8 3714 10K 3717 2769 47p F992 F967 47R 3824-B 2 7 F976 3715 47R 3769 4K7 4K7 3910 F930 3719 10K 1701-1 1 2737 100n 100n 2736 3706 47R 3770 4K7 F986 3823-B 47R 2 7 GND_CASE 3812 470R 5 6 7 8 4 3833 47R MC34072 7705-B 2718 560p 1u 2750 1705-2 F917 33n 2766 F912 2773 2n2 33n 2762 47p 2741 F913 5707 BLM21 F978 47R 3820-C 3 6 5706 BLM21 47R 3818-C 3 6 47R 2 7 47R 3708 5702 BLM21 3897-B 4 5 10K 3837 F756 47R 3818-D 100R 3725 F949 1400-6 6 100n 3903 0R 4K7 3761 2752 3823-A 47R 1 8 GND_CASE F979 3760 4K7 47p 2724 3898-C 47R 2742 47p 560p 2719 47R 3834 3735 47R 3838 10K 150R 3755 BLM21 5703 3767 4K7 F931 100R 3710 47p 2722 3763 0R 1701-2 2 F956 47R 3898-B F938 7707 BC848B GND_CASE F940 100n 2768 0R 3912 F952 F759 3 6 3764 4K7 3897-C 47R 3709 10K 3825-A 47R 1 8 7 3825-D 47R 4 5 1400-7 47R 3824-A 1 8 F915 F903 F985 GND_CASE 100R 3721 100R 3701 RESET_ F959 MC33464N 7704 3 GND 2 IN 4 5 1 3716 560p 2902 3 10K 270K 3744 GND_CASE 1400-3 11 12 7 9 8 13 10 14 3765 0R 4K7 3906 74LV74D 7706-B F991 1705-4 3 2 7 5 6 1 4 14 4 5 F926 74LV74D 7706-A 47R 3 6 47R 3824-D 4K7 3766 F933 3825-C F973 1705-7 F901 100n 2704 F941 3 GND 2 IN 4 5 1 RESET_ 3815 100R 2 3 4 5 6 7 MC33464N 7710 F964 1704 1 F757 3836 47R VDD5 70 VDD6 82 VDD7 98 VDD8 112 VDD9 85 XTRIM 2714 33n 64 53 TIN1|GPIO4 132 TIN2|GPIO29 96 TMS|BKPT 52 TOUT1|GPIO3 134 TOUT2|GPIO30 TRST|DSCLK 99 TS_ 102 123 TXD1|GPO24 128 TXD2|GPO27 VDD1 9 126 VDD10 140 VDD11 21 VDD2 33 VDD3 44 VDD4 57 SCLK3|GPIO18 108 71 SCLK4|GPIO10 135 SDA 110 SDATA3|GPIO20 77 SDATAI1 73 SDATAI4|GPIO12 78 SDATAO1 67 SDATAO2 SFSY|GPIO14 81 83 SUBR|GPIO15 TCK 94 TDI|DSI 97 95 TDSO TEST1 61 62 TEST2 TEST3 107 PP5|PST1 113 PP6|PST2 114 PP7|PST3 115 22 RAS0 23 RAS1 80 RCK|GPIO13 RSTI 84 RTS1|GPIO26 127 RTS2|RST0 131 124 RXD1|GPI24 RXD2|GPI27 129 R|W 101 136 SCL 74 SCLK1 65 SCLK2 GPIO8|SIZ0 HIZ 100 76 LRCK1 66 LRCK2 109 LRCK3|GPIO19 LRCK4|GPIO11 72 NC 92 OSCGND 86 OSCVDD 89 90 PLLGND 93 PLLVDD 116 PP0|DDATA0 PP1|DDATA1 117 118 PP2|DDATA2 PP3|DDATA3 120 PP4|PST0 GND11 GND2 15 27 GND3 38 GND4 50 GND5 63 GND6 75 GND7 91 GND8 104 GND9 105 GPIO16|TT0 106 GPIO17|TT1 GPIO22|CLKOUT 121 122 GPIO23 GPIO5|CS2 54 GPIO6|CS3 55 58 GPIO7|SIZ1 59 D3 D4 39 41 D5 43 D6 46 D7 30 D8 32 D9 20 DRAMW 79 EBUIN1 49 EBUIN2 51 EBUIN3 111 EBUIN4|GPIO21 47 EBUOUT1 48 EBUOUT2|GPIO2 3 GND1 GND10 119 133 88 56 CRSEL 24 CS0_ CS1|GPIO9 60 125 CTS1|GPIO25 130 CTS2|GPIO28 45 D0 42 D1 35 D10 36 D11 34 D12 31 D13 D14 29 28 D15 D2 40 37 A26|CS6|WE1|GPIO1 A27|CS7|WE0|GPIO0 18 141 A3 142 A4 143 A5 144 A6 1 A7 2 A8 4 A9 103 ATM 25 CAS0 26 CAS1 CL11 69 CL16 68 87 CRIN CROUT 7701 137 A0|GPIO31 138 A1 5 A10 6 A11 7 A12 8 A13 10 A14 11 A15 12 A16 13 A17 14 A18 16 A19 139 A2 A20 17 19 F907 DASP 10K 1400-2 2 2733 47p 3712 47R 3894-A 150R 3752 470R 3816 F955 1705-9 F974 1 8 47R 3820-B 2 7 47R 3820-A 1400-5 5 F983 2771 47p F758 3734 100R F971 1705-3 F965 47u 2703 3756 100R 3824-C 3 6 15K 3746 47R 1705-8 1705-1 F961 F906 1705-5 47p 2743 47p 2772 3718 10K 24 6701 BB132 16 17 18 19 2 20 21 22 3 4 5 6 7 8 9 23 1708 1 10 11 12 13 14 15 F914 3911 4K7 3835 47R F968 3753 4K7 F900 47R 3830 47p 2735 F942 4 5 3821-C 47R 3 6 F943 2 7 47R 3820-D 2706 100n 3819-B 47R 47p 47R 3757 2770 100n 2708 F958 100n 2728 F946 3727 1M F963 4K7 3768 2712 33n 2723 100n 3898-A 47R F977 8 F928 F929 2731 47p 3819-A 47R 1 5704 BLM21 47p 2739 47R 3822-D 4 5 47u 5710 3821-B 47R 2 7 47R 3832 2901 560p 6 F951 47R 3822-C 3 F909 F910 F919 F916 F920 10K 3724 47R 3818-B 2 7 2727 100n 2726 100n 2734 47p 3828 47R GND_CASE 3894-D 47R 1705-10 47R 3894-C 1 8 10K 3711 F957 47R 3822-A 3758 33n 2764 2761 100n 100R 100n 2760 5705 BLM21 F927 2738 47p 47R 3713 F905 F966 F960 6702 BB132 100n F936 2751 3762 4K7 47R 3 6 10K 3811 F934 GND_CASE 3823-C 1705-6 2765 33n 4 5 5701 BLM21 F923 3819-D 47R 100R 3826 F918 F944 H700 1 2 270K 3745 3705 22K F924 F953 GND_CASE 12K 3750 F935 2 3 4 5 6 3823-D 47R 4 5 1702 EH-B 1 2740 47p 100R 3771 47R 1 8 3821-D 47R 4 5 3821-A F922 F954 CX-11F 1707 33M8688 1u 2717 2763 100n F990 3897-D 47R 4 5 F937 F945 47R 3822-B 2 7 3731 390R F972 3819-C 47R 3 6 F948 F921 3722 10K 10K 3723 3726 10K F970 F975 4K7 3810 3831 47R 2713 10n 100n 2725 2909 F962 F932 1u {IIC_CLK,IIC_DATA} RESET_MIN SYS_CLK_IIW D(16) V7706 F925 D3V3 D(16:31) {RCK,SFSY,SUB} {SEL_HP_OUT,INT_COPY_ANA,SYS_CLK_IIW,L3_MODE,IIS_BCLK_A0,IIS_WS_A0,IIS_DATA_A0,IIS_BCLK_A1,IIS_WS_A1,IIS_DATA_A1,L3_DATA,L3_CLK,NMUTE,PROF_EBU} DSA_STR_CDR F_READY {POWER_UP,KILL_OUT} DRAW_RW CAS1 CAS0 RAS0 F_RW {RAS0,CAS0,CAS1,DRAW_RW,F_READY,CSFLASH,F_RW,RESET_MIN} {BKPT,DSCLK,DSI,HDCD,LEVEL_A0,LEVEL_A1,LEVEL_A2,RXD_TOOL,TXD_TOOL,TCK,TRACE99_RxD,TRACE99_TxD,TDSO} {IIC_CLK,IIC_DATA} SYS_RESET {DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE} D5V A(1:20) MUTE ATT {DOBM_CDR,BCLK,WCLK,DATA1,DATA0} {EXT_DIG_IN,DIG_OUT_C,EXT_OPT_IN,DISPL_INT,SYS_RESET,DSA_DATA_CD,DSA_ACK_CD,DSA_STR_CD,KEY_PRESSED,IIS_DATA_CD,IIS_WS_CD,IIS_BCLK_CD,DOBM_CD,SYS_CLK_8W,DIG_IN2,KILL} EXT_DIG_IN DISPL_INT D5V CLK_OUT CLK_OUT D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 D3V3 DSA_ACK_CDR D3V3 KEY_PRESSED DISPL_INT DOBM_CD D3V3a DSA_ACK_CD IIS_DATA_CD IIS_WS_CD IIS_BCLK_CD KILL BCLK WCLK DATA1 IIS_BCLK_A0 IIS_WS_A0 IIS_DATA_A0 SYS_CLK_8W DOBM_CD A(17) A(18) A(20) A(19) D(28) D(29) D(31) D(30) D(24) D(25) D(27) D(26) D(20) D(21) D(23) D(22) D(17) D(19) D(18) RESET_MIN SYS_CLK_BE SYS_RESET VDC1 DSA_DATA_CD DSA_STR_CD D3V3 D5V +12VX +12VCD SFSY VDC2 EXT_OPT_IN EXT_DIG_IN D3V3 D3V3 A(1) A(2) A(4) A(3) A(5) A(6) A(8) A(7) A(9) A(10) A(12) A(11) A(13) A(14) A(16) A(15) SEL_HP_OUT INT_COPY_ANA DSA_DATA_CDR D3V3 SYS_CLK_8W IIC_CLK IIC_DATA D5V DIG_OUT_C VFTD D5V D5V SYS_RESET D3V3 DEEMP TXD_TOOL D3V3a D3V3 SYS_CLK_16W SYS_CLK_16W V7706 V7706 +12VX D3V3 L3_CLK L3_DATA D5V +12VCD RIGHT LEFT L3_MODE IIS_BCLK_A1 IIS_WS_A1 SUB RCK STANDBY STANDBY TRACE99_RxD RXD_TOOL IIC_CLK IIS_BCLK_CD IIC_DATA IIS_DATA_CD DATA0 IIS_DATA_A1 TCK DSI TDSO IIS1_MS BKPT DEEMP DSCLK TRACE99_TxD DSA_STR_CD MUTE ATT CLK_SYS CSFLASH NMUTE DSA_ACK_CD DOBM_CDR EXT_DIG_IN EXT_OPT_IN DIG_IN2 DIG_OUT_C PROF_EBU BE_RESET IIS_WS_CD F_READY KILL_OUT KEY_PRESSED HDCD LEVEL_A0 LEVEL_A1 LEVEL_A2 DSA_DATA_CD CDR MAIN BOARD - CIRCUIT DIAGRAM 9 : DASP MASTER PROCESSOR TESTPOINTS R4 R3 R1 R6 R8 R9 A23 A9 A10 A11 A12 A13 A24 CONN. 1705 TO DISPLAY BOARD CONN. 1708 TO CD MAINBOARD CDR775/776 CONN. 1400 TO I/O BOARD NOT FOR CDR950/951 CL06532018_067.eps 010300 Electrical diagrams and PWB’s GB 67 CDR 3rd gen. 7. 1 7708-D H7 7999 G12 F754 B5 F755 B10 F902 H7 F904 I7 F947 E10 F950 H12 F980 F9 G F981 F9 I 2700 C6 2701 C5 2702 C5 2705 G7 2710 C10 2711 C11 2715 C5 2720 H10 3011 H11 3754 H7 3759 I7 3780 I10 3817 E11 3841 H11 3843 F5 3844 F6 3845 F6 3898-D G13 3999 G13 5712 B10 5713 C4 5716 G7 7702 C4 7703 C9 7705-A G11 7708-A G8 7708-B G7 7708-C H10 OPTION H 2 3 4 5 6 7 8 9 10 11 12 13 1 2 3 4 5 6 7 8 9 10 11 12 13 A B C D E F 74HC00D 7708-A 1 2 7 14 3 H I A B C D E F G 3999 0R 1K 3759 F904 RAS_ 30 UCAS_ 1 VCC1 6 VCC2 21 VCC3 22 VSS1 37 VSS2 42 VSS3 13 WE_ I|O13 40 I|O14 41 I|O15 4 I|O2 5 I|O3 7 I|O4 8 I|O5 9 I|O6 10 I|O7 33 I|O8 34 I|O9 31 LCAS_ 11 NC1 12 NC2 32 NC3 29 OE_ 14 A1 16 A10 15 A11 19 A2 20 A3 23 A4 24 A5 25 A6 26 A7 27 A8 28 A9 2 I|O0 3 I|O1 I|O10 35 36 I|O11 38 I|O12 39 100K 3780 GM71C18163CJ-6 7702 17 A0 18 1K 3754 28 RESET_ 12 RY|BY_ 15 VCC 37 VSS1 27 VSS2 46 WE_ 11 36 DQ12 39 DQ13 41 DQ14 43 DQ15|A-1 45 DQ2 33 DQ3 35 DQ4 38 DQ5 40 DQ6 42 DQ7 44 DQ8 30 DQ9 32 NC2 10 NC3 13 NC4 14 OE_ 17 A18 16 A19 9 A2 23 A3 22 A4 21 A5 20 A6 19 A7 18 A8 8 A9 7 BYTE_ 47 CE_ 26 DQ0 29 DQ1 31 DQ10 34 DQ11 Am29LV160BB 7703 A0 25 A1 24 A10 6 A11 5 A12 4 A13 3 A14 2 A15 1 A16 48 A17 2701 100u 3843 10K 10K 3844 1n 2720 0R 3841 3845 10K F755 100n 2711 F950 12 13 7 14 11 F947 7708-D 74HC00D 3 2 1 8 4 7999 BC848B MC34072 7705-A F754 74HC00D 4 5 7 14 6 F902 7708-B 2705 100n BLM21 5712 F981 100n 2715 82R 3011 47R 3898-D BLM21 5716 5713 BLM21 3104 123 4228.8 2710 100u 2702 100n 2700 100n 74HC00D 7708-C 9 10 7 14 8 F980 +12VX V7708 D(16:31) SYS_CLK_IIW SYS_CLK_11B CAS0 CAS1 D3V3 RAS0 1K 3817 D3V3 F_READY D3V3 A(19) A(20) RESET_MIN A(11) A(12) A(13) A(14) A(15) A(16) A(17) A(18) V7708 V7708 WRITE_TOGGLE D3V3 V7708 V7708 D3V3 {RAS0,CAS0,CAS1,DRAW_RW,F_READY,CSFLASH,F_RW,RESET_MIN} A(5) A(6) A(7) A(8) A(9) A(10) CSFLASH A(1:20) D(16) D(17) D(18) D(19) D(20) D(21) D(22) D(23) D(24) D(25) D(26) D(27) D(28) D(29) D(30) D(31) F_RW D3V3 A(10) A(20) D(16) D(17) D(26) D(27) D(28) D(29) D(30) D(31) D(18) D(19) D(20) D(21) D(22) D(23) D(24) D(25) DRAW_RW A(1) A(2) A(11) A(12) A(13) A(14) A(15) A(16) A(17) A(18) A(3) A(4) R7 CDR MAIN BOARD - CIRCUIT DIAGRAM 10 : DASP FLASH & DRAM TESTPOINTS CL06532018_068.eps 010300 Electrical diagrams and PWB’s GB 68 CDR 3rd gen. 7. CDR MAIN BOARD .8 - TOP VIEW CL06532018_069.eps 010300 Electrical diagrams and PWB’s GB 69 CDR 3rd gen. 7. CDR MAIN BOARD .8 - BOTTOM VIEW CL06532018_070.eps 010300 Electrical diagrams and PWB’s GB 70 CDR 3rd gen. 7. CDR-Mainboard PWB testpoints CDR MAIN BOARD - BOTTOM VIEW : POWER PART TESTPOINTS 10 11 8 7 12 3 6 2 1 9 4 5 13 14 16 15 CL06532018_072.eps 010300 Electrical diagrams and PWB’s GB 71 CDR 3rd gen. 7. CDR MAIN BOARD - BOTTOM VIEW : RESET & CLOCK TESTPOINTS R3 R1 R2 R4 R5 R6 R7 R8 R9 CL06532018_073.eps 010300 Electrical diagrams and PWB’s GB 72 CDR 3rd gen. 7. CDR MAIN BOARD - BOTTOM VIEW : SERVO TESTPOINTS S1 S2 S3 S4 S5 S6 S7 S8 S9 S12 S11 S13 S14 S15 S16 S18 S17 S19 S20 S23 S21 S22 S10 CL06532018_074.eps 010300 Electrical diagrams and PWB’s GB 73 CDR 3rd gen. 7. CDR MAIN BOARD - BOTTOM VIEW : AUDIO TESTPOINTS A14 A13 A9 A16 A10 A12 A15 A11 A17 A18 A4 A19 A3 A7 A8 A23 A6 A5 A20 A1 A2 A22 A21 HF2 HF1 A26 A25 A24 R10 A27 CL06532018_075.eps 010300 Electrical diagrams and PWB’s GB 74 CDR 3rd gen. 7. CDR MAINBOARD: SURVEY OF TESTPOINTS CL06532018_086.eps 010300 Alignments & Adjustments GB 75 CDR 3rd gen. 8. 8. Alignments & Adjustments Each CDR-module composed from CDRloader and CDRmainboard has to be matched via SW filled parameters.This adjustment processed in the factory is under investigation to have it implemented into the COMPAIR tool. As long as this adjustment is not possible to be executed in secondline service workshop, the swop of modules and a central repair has to be continued. Adjustment only has to be done at replacement of CDM and concerned servo circuits. Other repairs (audio signals, replacement of adapted Flash roms etc) can be done without infringing the adjusted components. As soon as COMPAIR CDR is installed this chapter will be adapted via a service information. Flash Rom IC 7208 (MACE-ROM) is mounted on a socket and can be replaced after lifting up the loader part above it. Flash Rom IC 7703 (DASP-ROM) has to be soldered. Take care for both ICs Firmware loaded components are mounted. In case a module is offered with SW versions 1.4 and 91.48, the complete CDR-module should be replaced. For SW versions 1.23 and 91.63, IC7703 and IC7208 have to be replaced by the latest SW verions. Circuit description GB 76 CDR 3rd gen. 9. 9. Circuit description 9.1 Description A separate circuit description concerning the 3rd generation CDR recorders is available with order number 3104 125 40100 Circuit description GB 77 CDR 3rd gen. 9. 9.2 List of Abbreviations CL06532018_026.eps 290200 Circuit description GB 78 CDR 3rd gen. 9. CL06532018_027.eps 290200 Circuit description GB 79 CDR 3rd gen. 9. CL06532018_028.eps 290200 Circuit description GB 80 CDR 3rd gen. 9. CL06532018_029.eps 290200 Circuit description GB 81 CDR 3rd gen. 9. CL06532018_030.eps 290200 Circuit description GB 82 CDR 3rd gen. 9. CL06532018_031.eps 290200 Circuit description GB 83 CDR 3rd gen. 9. CL06532018_032.eps 290200 Circuit description GB 84 CDR 3rd gen. 9. CL06532018_033.eps 290200 Spareparts List GB 85 CDR 3rd gen. 10. 10. Spareparts List ELECTRICAL PARTSLIST MAINBOARD CDR'99 ITEM CODENUMBER DESCRIPTION CDR775 CDR570 MAR770 MAR775 1000 482226710666 30 P. FEM. + + + + 1541 482225251173 19398E1(1,000A) + + + + 1542 482225251173 19398E1(1,000A) + + + + 1543 482225251173 19398E1(1,000A) + + + + 1707 482224210757 33.868 000MHZ SM 20P CX-11F + + + + 1708 482226760409 CONN 22P FEMALE + - - + 1820 482226710666 30 P. FEM. - - + - 2001 482212612105 CER2 0805 X7R 50V 33NF PM5 + + + + 2002 482212614585 100NF 10% X7R 0805 50V + + + + 2003 482212614585 100NF 10% X7R 0805 50V + + + + 2009 482212233753 150PF 5%NP0 50V + + + + 2010 482212233753 150PF 5%NP0 50V + + + + 2011 482212614585 100NF 10% X7R 0805 50V + + + + 2012 482212614585 100NF 10% X7R 0805 50V + + + + 2013 482212614585 100NF 10% X7R 0805 50V + + + + 2014 482212614585 100NF 10% X7R 0805 50V + + + + 2015 482212614585 100NF 10% X7R 0805 50V + + + + 2016 482212614585 100NF 10% X7R 0805 50V + + + + 2018 482212613694 68PF 1% NP0 63V + + + + 2019 482212614585 100NF 10% X7R 0805 50V + + + + 2020 482212613188 15NF 5% X7R 63V + + + + 2021 482212233177 10NF 20% X7R 50V + + + + 2022 482212233177 10NF 20% X7R 50V + + + + 2023 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2024 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2025 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2026 222286115272 CER1 0805 NP0 50V + + + + 2027 222286115272 CER1 0805 NP0 50V + + + + 2028 532212232531 100PF 5%NP0 50V + + + + 2029 532212232531 100PF 5%NP0 50V + + + + 2030 532212231647 1NF10%X7R 63V + + + + 2031 482212614585 100NF 10% X7R 0805 50V + + + + 2032 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2033 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2037 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2038 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2039 482212233177 10NF 20% X7R 50V + + + + 2040 482212233172 390PF 5% NP0 50V + + + + 2041 532212234099 470PF10%X7R 63V + + + + 2042 532212233538 150PF 2%NP0 63V + + + + 2043 532212231647 1NF10%X7R 63V + + + + 2044 482212613486 15PF 2% NP0 63V + + + + 2045 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2046 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2047 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2048 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2049 532212611579 3,3NF10%X7R 63V + + + + 2050 482212614238 CER2 0603 X7R 50V 2N2 COL R + + + + 2052 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2053 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2054 482212614238 CER2 0603 X7R 50V 2N2 COL R + + + + 2056 532212611579 3,3NF10%X7R 63V + + + + 2057 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2058 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2059 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2060 532212611579 3,3NF10%X7R 63V + + + + 2061 482212411947 10UF 20% 16V + + + + CL06532018_087.eps 010300 Spareparts List GB 86 CDR 3rd gen. 10. ITEM CODENUMBER DESCRIPTION CDR775 CDR570 MAR770 MAR775 2063 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2078 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2080 482212614238 CER2 0603 X7R 50V 2N2 COL R + + + + 2081 532211680853 560PF 5%NP0 63V + + + + 2082 482212614238 CER2 0603 X7R 50V 2N2 COL R + + + + 2083 482212613956 68PF 5% NP0 63V CASE 0603 + + + + 2084 482212232627 2.7NF10%X7R 50V + + + + 2126 482212614585 100NF 10% X7R 0805 50V + + + + 2207 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2208 482212614585 100NF 10% X7R 0805 50V + + + + 2209 482212614585 100NF 10% X7R 0805 50V + + + + 2214 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2216 482212233777 47PF 5%NP0 63V + + + + 2217 482212614494 22NF 10% X7R 25V 0603 + + + + 2218 482212614585 100NF 10% X7R 0805 50V + + + + 2220 319801734730 CER2 0603 X7R 16V 47N COL + + + + 2221 482212614585 100NF 10% X7R 0805 50V + + + + 2222 482212614226 82PF 5% NP0 50V 0603 + + + + 2224 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2225 482212614585 100NF 10% X7R 0805 50V + + + + 2226 482212614585 100NF 10% X7R 0805 50V + + + + 2227 319801631020 CER1 0603 NP0 25V 1N + + + + 2228 482212614585 100NF 10% X7R 0805 50V + + + + 2229 319801631020 CER1 0603 NP0 25V 1N + + + + 2230 482212614494 22NF 10% X7R 25V 0603 + + + + 2231 482212614494 22NF 10% X7R 25V 0603 + + + + 2232 482212614494 22NF 10% X7R 25V 0603 + + + + 2233 319801631020 CER1 0603 NP0 25V 1N + + + + 2234 319801631020 CER1 0603 NP0 25V 1N + + + + 2235 319801631020 CER1 0603 NP0 25V 1N + + + + 2240 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2241 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2242 482212441796 22UF20% 16V + + + + 2243 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2255 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2256 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2272 482212614585 100NF 10% X7R 0805 50V + + + + 2273 482212614585 100NF 10% X7R 0805 50V + + + + 2274 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2275 482212614585 100NF 10% X7R 0805 50V + + + + 2276 482212614585 100NF 10% X7R 0805 50V + + + + 2277 482212614585 100NF 10% X7R 0805 50V + + + + 2278 482212614585 100NF 10% X7R 0805 50V + + + + 2283 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2284 482212614585 100NF 10% X7R 0805 50V + + + + 2285 482212614585 100NF 10% X7R 0805 50V + + + + 2286 482212233127 2,2NF10%X7R 63V + + + + 2287 482212233127 2,2NF10%X7R 63V + + + + 2288 532212232654 22NF10%X7R 63V + + + + 2289 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2291 482212614585 100NF 10% X7R 0805 50V + + + + 2300 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2302 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2303 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2304 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2305 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2306 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2308 222286115222 CER1 0805 NP0 50V 2N2 PM5 + + + + 2309 222286115222 CER1 0805 NP0 50V 2N2 PM5 + + + + 2310 222286115222 CER1 0805 NP0 50V 2N2 PM5 + + + + 2314 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + CL06532018_088.eps 010300 Spareparts List GB 87 CDR 3rd gen. 10. ITEM CODENUMBER DESCRIPTION CDR775 CDR570 MAR770 MAR775 2315 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2316 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2317 532212611579 3,3NF10%X7R 63V + + + + 2318 482212614585 100NF 10% X7R 0805 50V + + + + 2319 482212614585 100NF 10% X7R 0805 50V + + + + 2320 482212614585 100NF 10% X7R 0805 50V + + + + 2321 482212614585 100NF 10% X7R 0805 50V + + + + 2322 532212611579 3,3NF10%X7R 63V + + + + 2333 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2335 319801734730 CER2 0603 X7R 16V 47N COL + + + + 2336 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2337 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2355 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2359 482212613692 47PF 1% NP0 63V + + + + 2360 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2362 482212613751 47NF10% X7R 63V + + + + 2364 482212614585 100NF 10% X7R 0805 50V + + + + 2368 223886115182 CER1 0805 NP0 50V 1N8 PM5 R + + + + 2369 532212232268 470PF 10% 50V + + + + 2370 482212441796 22UF20% 16V + + + + 2371 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2372 532212232447 1PF 5% NP0 63V CASE 0805 + + + + 2373 482212441796 22UF20% 16V + + + + 2374 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2375 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2378 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2379 482212613692 47PF 1% NP0 63V + + + + 2401 482212614585 100NF 10% X7R 0805 50V + + - + 2402 482205120008 0R00 JUMP. (0805) + + + + 2404 482212412245 ELCAP 10V 220U PM20 + + - + 2405 482212614585 100NF 10% X7R 0805 50V + + - + 2406 532212411919 47UF 20% 6,3V + + - + 2407 482212614585 100NF 10% X7R 0805 50V + + - + 2408 532212411919 47UF 20% 6,3V + + - + 2409 482212614585 100NF 10% X7R 0805 50V + + - + 2411 319803074780 ELCAP SM 35V 4U7 PM20 COL R + + - + 2413 482212613838 100NF Y5V 0805 50V P80M20 + + - + 2414 482212480483 47UF20% 6,3V + + - + 2415 482212614585 100NF 10% X7R 0805 50V + + - + 2417 319803074780 ELCAP SM 35V 4U7 PM20 COL R + + - + 2419 482212613838 100NF Y5V 0805 50V P80M20 + + - + 2421 482212614585 100NF 10% X7R 0805 50V + + - + 2422 482212614585 100NF 10% X7R 0805 50V + + - + 2424 482212480483 47UF20% 6,3V + + - + 2425 482212233216 270PF 5%NP0 50V + + - + 2430 482212480483 47UF20% 6,3V + + - + 2431 482212233216 270PF 5%NP0 50V + - - + 2433 482212614585 100NF 10% X7R 0805 50V + - - + 2434 482212614585 100NF 10% X7R 0805 50V + + - + 2435 482212614585 100NF 10% X7R 0805 50V + + - + 2437 202002490264 ELCAP MA 4V S 470U PM20 A + + - + 2438 202002490264 ELCAP MA 4V S 470U PM20 A + + - + 2440 482212480483 47UF20% 6,3V + + - + 2441 482212480483 47UF20% 6,3V + + - + 2442 532212231647 1NF10%X7R 63V + + - + 2443 532212231647 1NF10%X7R 63V + + - + 2450 482212233216 270PF 5%NP0 50V + + - + 2451 482212233216 270PF 5%NP0 50V + + - + 2460 482212611663 12PF + + - + 2463 482212233926 12PF 50V + + - + 2464 482212611663 12PF + + - + CL06532018_089.eps 010300 Spareparts List GB 88 CDR 3rd gen. 10. ITEM CODENUMBER DESCRIPTION CDR775 CDR570 MAR770 MAR775 2465 482212611663 12PF + + - + 2500 482212614238 CER2 0603 X7R 50V 2N2 COL R + + + + 2501 482212614238 CER2 0603 X7R 50V 2N2 COL R + + + + 2502 482212614238 CER2 0603 X7R 50V 2N2 COL R + + + + 2504 482212412245 + + + + 2505 482212412255 10UF 20% 50V + + + + 2506 482212612105 CER2 0805 X7R 50V 33NF PM5 + + + + 2507 482212412255 10UF 20% 50V + + + + 2508 482212614585 100NF 10% X7R 0805 50V + + + + 2509 482212614585 100NF 10% X7R 0805 50V + + + + 2535 482212614585 100NF 10% X7R 0805 50V + + + + 2536 482212614585 100NF 10% X7R 0805 50V + + + + 2537 532212411919 47UF 20% 6,3V + + + + 2541 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2543 482212614585 100NF 10% X7R 0805 50V + + + + 2544 482212480483 47UF20% 6,3V + + + + 2546 482212480483 47UF20% 6,3V + + + + 2547 482212481286 47UF20% 16V + + + + 2548 482212441643 100UF 20% 16V DIM:6,3X11MM + + + + 2550 482212614585 100NF 10% X7R 0805 50V + + + + 2551 482212441796 22UF20% 16V + + + + 2552 532212231647 1NF10%X7R 63V + + + + 2553 482212614585 100NF 10% X7R 0805 50V + + + + 2555 482212233177 10NF 20% X7R 50V + + + + 2556 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2557 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2558 482212441584 100UF 20% 10V + + + + 2561 482212614585 100NF 10% X7R 0805 50V + + + + 2562 482212614585 100NF 10% X7R 0805 50V + + + + 2563 482212614585 100NF 10% X7R 0805 50V + + + + 2565 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2568 482212441643 100UF 20% 16V DIM:6,3X11MM + + + + 2571 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2572 482212614585 100NF 10% X7R 0805 50V + + + + 2574 482212614585 100NF 10% X7R 0805 50V + + + + 2575 482212412245 ELCAP 220U 16V 20% + + + + 2576 482212613838 100NF Y5V 0805 50V P80M20 + + + + 2577 482212614305 100NF 10% X7R 16V 0603 CER2 + + + + 2700 482212614585 100NF 10% X7R 0805 50V + + + + 2701 532212411919 47UF 20% 6,3V + + + + 2702 482212614585 100NF 10% X7R 0805 50V + + + + 2703 532212411919 47UF 20% 6,3V + + + + 2704 482212614585 100NF 10% X7R 0805 50V + + + + 2705 482212614585 100NF 10% X7R 0805 50V + + + + 2706 482212614585 100NF 10% X7R 0805 50V + + + + 2707 482212613692 47PF 1% NP0 63V + + + + 2708 482212613692 47PF 1% NP0 63V + + + + 2709 482212613692 47PF 1% NP0 63V + + + + 2710 532212411919 47UF 20% 6,3V + + + + 2711 482212614585 100NF 10% X7R 0805 50V + + + + 2712 482212612105 CER2 0805 X7R 50V 33NF PM5 + + + + 2713 532212611583 10NF 10% X7R 50V 0603 CER2 + + + + 2714 482212614549 33N 16V X7R O6O3 + + + + 2715 482212614585 100NF 10% X7R 0805 50V + + + + 2716 532212611583 10NF 10% X7R 50V 0603 CER2 + + + + 2717 319801741050 CER2 0603 Y5V 10V 1U COL R + + + + 2718 532211680853 560PF 5%NP0 63V + + + + 2719 532211680853 560PF 5%NP0 63V + + + + 2720 532212231647 1NF10%X7R 63V + + + + 2721 482212613692 47PF 1% NP0 63V + + + + 2722 482212613692 47PF 1% NP0 63V + + + + CL06532018_090.eps 010300 Spareparts List GB 89 CDR 3rd gen. 10. ITEM CODENUMBER DESCRIPTION CDR775 CDR570 MAR770 MAR775 2723 482212614585 100NF 10% X7R 0805 50V + + + + 2725 482212614585 100NF 10% X7R 0805 50V + + + + 2726 482212614585 100NF 10% X7R 0805 50V + + + + 2727 482212614585 100NF 10% X7R 0805 50V + + + + 2728 482212614585 100NF 10% X7R 0805 50V + + + + 2731 482212613692 47PF 1% NP0 63V + - - + 2733 482212233777 47PF 5%NP0 63V + - - + 2734 482212233777 47PF 5%NP0 63V + - - + 2735 482212233777 47PF 5%NP0 63V + - - + 2736 482212614305 100NF 10% X7R 16V 0603 CER2 + - - + 2737 482212614305 100NF 10% X7R 16V 0603 CER2 + - - + 2738 482212233777 47PF 5%NP0 63V + - - + 2739 482212233777 47PF 5%NP0 63V + - - + 2740 482212233777 47PF 5%NP0 63V + - - + 2741 482212233777 47PF 5%NP0 63V + - - + 2742 482212233777 47PF 5%NP0 63V + - - + 2743 482212233777 47PF 5%NP0 63V + - - + 2750 319801741050 CER2 0603 Y5V 10V 1U COL R + + + + 2751 482212614585 100NF 10% X7R 0805 50V + + + + 2752 482212614585 100NF 10% X7R 0805 50V + + + + 2760 482212614585 100NF 10% X7R 0805 50V + + + + 2761 482212614585 100NF 10% X7R 0805 50V + + + + 2762 482212612105 CER2 0805 X7R 50V 33NF PM5 + + + + 2763 482212614585 100NF 10% X7R 0805 50V + + + + 2764 482212612105 CER2 0805 X7R 50V 33NF PM5 + + + + 2765 482212612105 CER2 0805 X7R 50V 33NF PM5 + + + + 2766 482212612105 CER2 0805 X7R 50V 33NF PM5 + + + + 2901 319802190030 RST JUMPER 0603 0.05 OHM + + + + 2902 482205120008 0R00 JUMP. 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ITEM CODENUMBER DESCRIPTION CDR775 CDR570 MAR770 MAR795 3027 482211711456 30K 1% 0,1W + + + + 3028 482211713172 62K 1% RC12H 0805 0,1W + + + + 3029 482211711374 120K 1% RC12H 0805 + + + + 3030 482211713569 240K 1% 0805 RC12H + + + + 3031 482205120474 470K00 5% 0,1W + + + + 3035 482211713571 910K 1% 0805 RC12H + + + + 3036 482211713571 910K 1% 0805 RC12H + + + + 3037 482211710833 10K 1% 0,1W + + + + 3039 482205130183 18K00 5% 0,062W + + + + 3040 482205130101 100R00 5% 0,062W + + + + 3041 482205130103 10K00 5% 0,062W + + + + 3043 482205130105 1M00 5% 0,062W + + + + 3044 482205120105 1M00 5% 0,1W + + + + 3048 482205130103 10K00 5% 0,062W + + + + 3049 482205110102 1K00 2% 0,25W + + + + 3050 482205130101 100R00 5% 0,062W + + + + 3051 482211712902 8K2 1% 0.063W 0603 + + + + 3052 482211712902 8K2 1% 0.063W 0603 + + + + 3053 482205130102 1K00 5% 0,062W + + + + 3054 482211711188 20K 1% 0,1W + + + + 3055 482205130102 1K00 5% 0,062W + + + + 3056 482205130102 1K00 5% 0,062W + + + + 3057 482205120472 4K70 5% 0,1W + + + + 3058 482205120154 150K00 5% 0,1W + + + + 3059 482205130682 6K80 5% 0,062W + + + + 3060 482205130103 10K00 5% 0,062W + + + + 3061 482205130102 1K00 5% 0,062W + + + + 3063 482211713572 22R 5% 1206 + + + + 3064 482205130221 220R00 5% 0,062W + + + + 3065 482205120393 39K00 5% 0,1W + + + + 3066 482211712367 33K 1% 0.10W + + + + 3067 482205130102 1K00 5% 0,062W + + + + 3068 482205120472 4K70 5% 0,1W + + + + 3069 482205120392 3K90 5% 0,1W + + + + 3070 482205110102 1K00 2% 0,25W + + + + 3071 482205130222 2K20 5% 0,062W + + + + 3072 482205120472 4K70 5% 0,1W + + + + 3073 482205120472 4K70 5% 0,1W + + + + 3074 482211711151 1R 5% + + + + 3075 482205120154 150K00 5% 0,1W + + + + 3076 482205120154 150K00 5% 0,1W + + + + 3077 482205120154 150K00 5% 0,1W + + + + 3078 482205130102 1K00 5% 0,062W + + + + 3079 482211711751 16K RC12H 1% 0805 + + + + 3081 482205110102 1K00 2% 0,25W + + + + 3082 482205130102 1K00 5% 0,062W + + + + 3085 482211713568 6R8 5% 1206 + + + + 3086 482211711503 220R 1% 0.1W + + + + 3087 482205130222 2K20 5% 0,062W + + + + 3088 482205130152 1K50 5% 0,062W + + + + 3090 482205130479 47R00 5% 0,062W + + + + 3091 482211712903 1K8 1% 0.063W 0603 + + + + 3092 482205130103 10K00 5% 0,062W + + + + 3094 482205130221 220R00 5% 0,062W + + + + 3095 482211713568 6R8 5% 1206 + + + + 3097 482205130479 47R00 5% 0,062W + + + + 3098 482205130103 10K00 5% 0,062W + + + + 3100 482205120472 4K70 5% 0,1W + + + + 3101 482211713572 22R 5% 1206 + + + + 3102 482211711148 56K 1% 0,1W + + + + 3103 482211710833 10K 1% 0,1W + + + + CL06532018_092.eps 010300 Spareparts List GB 91 CDR 3rd gen. 10. ITEM CODENUMBER DESCRIPTION CDR775 CDR570 MAR770 MAR775 3104 482211710833 10K 1% 0,1W + + + + 3105 482205120182 1K80 5% 0,1W + + + + 3106 482205130008 0R00 JUMPER + + + + 3107 482205130008 0R00 JUMPER + + + + 3110 482205130103 10K00 5% 0,062W + + + + 3111 482211712902 8K2 1% 0.063W 0603 + + + + 3112 482205130479 47R00 5% 0,062W + + + + 3113 482211711503 220R 1% 0.1W + + + + 3114 482211713577 330R 1% RC12H 0805 1,25W + + + + 3115 482211712521 68R 1% 0,1W + + + + 3116 482211711817 1K2 1% 1/16W + + + + 3117 482205130103 10K00 5% 0,062W + + + + 3118 482205130561 560R00 5% 0,062W + + + + 3119 482205130221 220R00 5% 0,062W + + + + 3120 532211711726 10R 5% + + + + 3123 482205130472 4K70 5% 0,062W + + + + 3126 482205130682 6K80 5% 0,062W + + + + 3127 482211712903 1K8 1% 0.063W 0603 + + + + 3128 482205130479 47R00 5% 0,062W + + + + 3129 482205130102 1K00 5% 0,062W + + + + 3130 482205130103 10K00 5% 0,062W + + + + 3131 482205130103 10K00 5% 0,062W + + + + 3200 482205120479 47R00 5% 0,1W + + + + 3201 482205120479 47R00 5% 0,1W + + + + 3202 482205120479 47R00 5% 0,1W + + + + 3203 482205120479 47R00 5% 0,1W + + + + 3204 482205120479 47R00 5% 0,1W + + + + 3205 482205120479 47R00 5% 0,1W + + + + 3206 482205120479 47R00 5% 0,1W + + + + 3207 482205120479 47R00 5% 0,1W + + + + 3208 482211710833 10K 1% 0,1W + + + + 3209 482215771206 BLM21A601SPT + + + + 3210 482211713573 NETW 4 X 47R 5% MNR14 + + + + 3211 482211713573 NETW 4 X 47R 5% MNR14 + + + + 3212 482211711503 220R 1% 0.1W + + + + 3213 482205130008 0R00 JUMPER + + + + 3215 482205130153 15K00 5% 0,062W + + + + 3216 482205130153 15K00 5% 0,062W + + + + 3217 482211712925 47K 1% 0.063W 0603 + + + + 3218 482205130103 10K00 5% 0,062W + + + + 3219 482205130223 22K00 5% 0,062W + + + + 3220 482205130103 10K00 5% 0,062W + + + + 3221 482205130223 22K00 5% 0,062W + + + + 3222 482211713573 NETW 4 X 47R 5% MNR14 + + + + 3223 482211713573 NETW 4 X 47R 5% MNR14 + + + + 3224 482211711374 120K 1% RC12H 0805 + + + + 3225 482211712367 33K 1% 0.10W + + + + 3226 482211710833 10K 1% 0,1W + + + + 3227 482211712367 33K 1% 0.10W + + + + 3228 482211710833 10K 1% 0,1W + + + + 3229 482211711374 120K 1% RC12H 0805 + + + + 3230 482211713632 100K 1% 0603 0.62W + + + + 3231 482211713632 100K 1% 0603 0.62W + + + + 3232 482211710833 10K 1% 0,1W + + + + 3233 482205120101 100R00 5% 0,1W + + + + 3234 482205110102 1K00 2% 0,25W + + + + 3235 482211713573 NETW 4 X 47R 5% MNR14 + + + + 3237 482205130562 5K6 5% 0,063W 0603 RC21 RST SM + + + + 3238 482205130221 220R00 5% 0,062W + + + + 3239 482205130102 1K00 5% 0,062W + + + + 3240 482205130103 10K00 5% 0,062W + + + + CL06532018_093.eps 010300 Spareparts List GB 92 CDR 3rd gen. 10. ITEM CODENUMBER DESCRIPTION CDR775 CDR570 MAR770 MAR775 3241 482205130008 0R00 JUMPER + + + + 3242 235003510103 RST NETW SM ARV24 4X10K PM5 R + + + + 3243 235003510103 RST NETW SM ARV24 4X10K PM5 R + + + + 3244 482205130008 0R00 JUMPER + + + + 3245 482205130221 220R00 5% 0,062W + + + + 3246 482205130221 220R00 5% 0,062W + + + + 3248 482211713523 220R 5% RESN 0.63W + + + + 3249 482211711503 220R 1% 0.1W + + + + 3252 482211711145 4K70 1% 0,1W + + + + 3253 482211711145 4K70 1% 0,1W + + + + 3254 482205130008 0R00 JUMPER + + + + 3255 482211710833 10K 1% 0,1W + + + + 3256 482205130008 0R00 JUMPER + + + + 3260 482205130008 0R00 JUMPER + + + + 3261 482205130222 2K20 5% 0,062W + + + + 3265 482205130008 0R00 JUMPER + + + + 3271 482211713573 NETW 4 X 47R 5% MNR14 + + + + 3273 482211713573 NETW 4 X 47R 5% MNR14 + + + + 3274 482211710837 100K 1% 0.1W + + + + 3276 482205130479 47R00 5% 0,062W + + + + 3280 482205130479 47R00 5% 0,062W + + + + 3281 482211713579 220K 1% 0.1W RC12H 0805 + + + + 3284 482211711151 1R 5% + + + + 3286 482205130223 22K00 5% 0,062W + + + + 3287 482205130103 10K00 5% 0,062W + + + + 3288 482205130563 56K00 5% 0,062W + + + + 3289 482205130563 56K00 5% 0,062W + + + + 3290 482205130683 68K00 5% 0,062W + + + + 3291 482205130563 56K00 5% 0,062W + + + + 3295 482205130332 3K30 5% 0,062W + + + + 3297 482205130332 3K30 5% 0,062W + + + + 3299 482205130332 3K30 5% 0,062W + + + + 3300 482205110102 1K00 2% 0,25W + + + + 3301 482205110102 1K00 2% 0,25W + + + + 3303 482211713572 22R 5% 1206 + + + + 3305 482211710833 10K 1% 0,1W + + + + 3308 482205120008 0R00 JUMP. 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ITEM CODENUMBER DESCRIPTION CDR775 CDR570 MAR770 MAR775 3350 232273468209 RST SM 0805 RC12H 82R PM1 + + + + 3351 482211711151 1R 5% + + + + 3352 482205130008 0R00 JUMPER + + + + 3360 482211710354 22K 1% 0,1W + + + + 3361 482211712139 22R 5% 0,062W + + + + 3362 482211712708 39K 1% 0,1W 0805 RC12G + + + + 3363 482211712968 820R 5% 0,62W + + + + 3365 482205130101 100R00 5% 0,062W + + + + 3368 482205130479 47R00 5% 0,062W + + + + 3370 482205130561 560R00 5% 0,062W + + + + 3371 482205130152 1K50 5% 0,062W + + + + 3372 482205120122 1K20 5% 0,1W + + + + 3373 482211712903 1K8 1% 0.063W 0603 + + + + 3374 482211713572 22R 5% 1206 + + + + 3375 482205130222 2K20 5% 0,062W + + + + 3376 482205130221 220R00 5% 0,062W + + + + 3377 482205130479 47R00 5% 0,062W + + + + 3378 482205130273 27K00 5% 0,062W + + + + 3379 482205130183 18K00 5% 0,062W + + + + 3381 482205120008 0R00 JUMP. 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ITEM CODENUMBER DESCRIPTION CDR775 CDR570 MAR770 MAR775 3532 482205120562 5K6 5% 0,1W 0805 + + + + 3533 482211710837 100K 1% 0.1W + + + + 3536 482211710837 100K 1% 0.1W + + + + 3537 482211710833 10K 1% 0,1W + + + + 3538 482211710833 10K 1% 0,1W + + + + 3539 482211710837 100K 1% 0.1W + + + + 3540 482211710833 10K 1% 0,1W + + + + 3541 482211711747 12R 1206 5% FUSE + + + + 3542 482211711747 12R 1206 5% FUSE + + + + 3544 482211710834 47K 1% 0,1W + + + + 3545 482211713568 6R8 5% 1206 + + + + 3546 482205120101 100R00 5% 0,1W + + + + 3547 482211683933 15K 1% 0,1W + + + + 3548 482211710834 47K 1% 0,1W + + + + 3549 482205120101 100R00 5% 0,1W + + + + 3550 482205120101 100R00 5% 0,1W + + + + 3551 482205120332 3K30 5% 0,1W + + + + 3552 482211710834 47K 1% 0,1W + + + + 3553 482205120101 100R00 5% 0,1W + + + + 3554 482211710833 10K 1% 0,1W + + + + 3555 482205120122 1K20 5% 0,1W + + + + 3556 482211710833 10K 1% 0,1W + + + + 3557 482211710837 100K 1% 0.1W + + + + 3559 482205120562 5K6 5% 0,1W 0805 + + + + 3560 482211710837 100K 1% 0.1W + + + + 3562 482205120562 5K6 5% 0,1W 0805 + + + + 3563 482205130563 56K00 5% 0,062W + + - + 3566 482211710837 100K 1% 0.1W + + + + 3567 482205120223 22K00 5% 0,1W + + + + 3570 482205120101 100R00 5% 0,1W + + + + 3701 482205120101 100R00 5% 0,1W + + + + 3702 482205130472 4K70 5% 0,062W + + + + 3703 482205130472 4K70 5% 0,062W + + + + 3704 482205120008 0R00 JUMP. 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ITEM CODENUMBER DESCRIPTION CDR775 CDR570 MAR770 MAR775 3743 482205130479 47R00 5% 0,062W + + + + 3744 482205120274 270K00 5% 0,1W + + + + 3745 482205120274 270K00 5% 0,1W + + + + 3746 482205130153 15K00 5% 0,062W + + + + 3747 482205130103 10K00 5% 0,062W + + + + 3748 482205130103 10K00 5% 0,062W + + + + 3749 482205130103 10K00 5% 0,062W + + + + 3750 482205130123 12K00 5% 0,062W + + + + 3751 482205120472 4K70 5% 0,1W + - - + 3752 482211710353 150R 1% 0,1W + + + + 3753 482205120472 4K70 5% 0,1W + - - + 3754 482205110102 1K00 2% 0,25W + + + + 3755 482211710353 150R 1% 0,1W + + + + 3756 482205130101 100R00 5% 0,062W + + + + 3757 482205120479 47R00 5% 0,1W + - - + 3758 482205120101 100R00 5% 0,1W + + + + 3759 482205110102 1K00 2% 0,25W + + + + 3760 482205120472 4K70 5% 0,1W + + + + 3761 482205130472 4K70 5% 0,062W + + + + 3762 482205130472 4K70 5% 0,062W + + + + 3763 482205130102 1K00 5% 0,062W + + + + 3764 482205120472 4K70 5% 0,1W + + + + 3766 482205130472 4K70 5% 0,062W + + + + 3767 482205130472 4K70 5% 0,062W + + + + 3768 482205120472 4K70 5% 0,1W + + + + 3769 482205130472 4K70 5% 0,062W + + + + 3770 482205120472 4K70 5% 0,1W + + + + 3771 482205130101 100R00 5% 0,062W + + + + 3780 482211710837 100K 1% 0.1W + + + + 3806 482205130103 10K00 5% 0,062W + + + + 3807 482205120008 0R00 JUMP. 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ITEM CODENUMBER DESCRIPTION CDR775 CDR570 MAR770 MAR775 3845 482211710833 10K 1% 0,1W + + + + 3886 482205120008 0R00 JUMP. 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