Panasonic AG-DV2500P Service Manual Download Page 16

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1-5

1.6

HOW TO REMOVE THE MECHANISM ASSEMBLY

To remove only the mechanism assembly from the mechanism
unit.

(1) Remove the shield case on the DV/CPU board and remove

the CN107 FPC wire from the drum assembly.

Fig. 1.6.1

(2) Remove the FFC wires that connects the mechanism board,

which is mounted on the backs of the mechanism assem-
bly, MDA/DC board, and the DV/CPU board.

(3) Remove the four screws

on the side.

(4) Remove the mechanism assembly as shown in Fig. 1.6.3.

Fig. 1.6.3 Mechanism assembly

For instructions on disassembling each part of the mecha-
nism assembly, please refer to the Section 2.

Fig. 1.6.2

CN107

To: CN119

MDA/DC board

To: CN117

MDA/DC board

To: CN114

MDA/DC board

Summary of Contents for AG-DV2500P

Page 1: ...ORDER NO BSD0303M901 D21 DV VIDEO CASSETTE RECORDER AG DV2500P AG DV2500E Please refer to the Operating Instructions in the appendix folder Go to Appendix List 1 ...

Page 2: ...2 ...

Page 3: ...on papers shields are properly installed 3 After servicing make the following leakage current checks to prevent the customer from being exposed to shock hazards LEAKAGE CURRENT COLD CHECK 1 Unplug the AC cord and connect a jumper between the two prongs on the plug 2 Measure the resistance value with an ohm meter between the jumpered AC plug and each exposed metallic cabinet part on the equipment s...

Page 4: ... voltage at each point 5 Reverses the AC plug in the AC outlet repeat each of the above measurements 6 The potential at any point should not exceed 0 15 volts RMS A leakage current tester Simpson Model 229 equivalent may be used to make the hot checks leakage current must not exceed 0 1 milliamp In case a measurement is outside of the limits specified there is a possibility of a shock hazard and t...

Page 5: ...trostatic charge on your body by touching a known earth ground Alternatively obtain and wear a commercially available discharging wrist trap device which should be removed for potential shock reasons prior to applying power to the unit under test 2 After removing an electrical assembly equipped with ES devices place the assembly on a conductive surface such as aluminum foil to prevent electrostati...

Page 6: ... floor can generate static electricity sufficient to damage an ES device X RADIATION WARNING 1 The potential source of X radiation in EVF sets is the High Voltage section and the picture tube 2 When using a picture tube test jig for service ensure that jig is capable of handling 10kV without causing x radiation Note It is important to use an accurate periodically calibrated high voltage meter 3 Me...

Page 7: ...7 ...

Page 8: ...1 Service Information 2 Mechanical Adjustments 3 Electrical Adjustments 8 ...

Page 9: ...PRODUCTS IMPORTANT SAFETY NOTICE COMPONENTS IDENTIFIED WITH THE MARK HAVE THE SPECIAL CHARACTERISTICS FOR SAFETY WHEN REPLACING ANY OF THESE COMPONENTS USE ONLY THE SAME TYPE 5 1 INDEX TO PAGES OF MAIN BOARDS AND CIRCUIT BOARD LOCTION 5 1 1 Circuit board location 5 2 SYSTEM CONTROL BLOCK DIAGRAM 5 3 VIDEO BLOCK DIAGRAM 5 4 AUDIO BLOCK DIAGRAM 5 5 OVERALL WIRING DIAGRAM 5 6 DV UNIT OVERALL WIRING D...

Page 10: ...0 OHMS all capacitors are in MICROFARADS F P F 3 The P C Board unit marked with shown below the main assembled parts 4 The parts marked with on the exploded view show the electric parts 5 IMPORTANT SAFETY NOTICE Components identified with the mark have the special characteristics for safety When replacing any of these components use only the same type 6 The marking RTL indicates the retention time...

Page 11: ...r the discontinuation assembly in production it will no longer be available 7 M in Remark column indicates needed in the periodical maintenance NOTE A list of parts is stored in data form in the CD ROM It is located within the folder APPENDIX PARTS Please use as necessary 8 PDF for Printing The PDF documents for printing consist of several files per section Open every section file through a link b...

Page 12: ...BLY MIC BOARD ASSEMBLY a f b c d f CN4001 DV CPU BOARD ASSEMBLY MDA DC BOARD ASSEMBLY e e MECHA CONN BOARD ASSEMBLY 1 4 1 1 1 2 1 3 0 3 0 1 0 2 0 4 0 1 0 2 0 3 0 4 1 1 1 2 1 3 1 4 MAIN BOARD ASSEMBLY FRONT BOARD ASSEMBLY DV CONN BOARD ASSEMBLY MIC BOARD ASSEMBLY DV CPU BOARD ASSEMBLY MDA DC BOARD ASSEMBLY MECHA BOARD ASSEMBLY MECHA CONN BOARD ASSEMBLY ...

Page 13: ...d bottom covers 2 Remove the front panel while releasing the four hooks Fig 1 3 1 Fig 1 2 3 1 3 HOW TO REPLACE THE FUSE 1 Unplug the DC power cable before replace the fuse 2 Remove the top cover 3 Find the fuse F1 on the MDA DC board CAUTION Before replacing the fuse investigate and identify the cause of the blow out to prevent further damage The fuse is an important item for safety Please be sure...

Page 14: ...n board as shown in fig 1 4 1 3 Fig 1 4 1 2 Fig 1 4 1 3 1 4 2 MDA DC board assembly 1 Remove the top cover to examine the A side 2 To examine the B side pull down the main board as shown in Fig 1 4 2 2 Fig 1 4 2 1 Fig 1 4 2 2 Main board assembly REAR COVER MAIN board assembly Keep a distance to a minimum from the unit because this FFC cable may be damaged MDA DC board assembly 1 4 3 DV CPU board a...

Page 15: ...E THE MECHANISM UNIT 1 Remove the six screws 2 Remove the front panel 3 Remove the CN111 connector on the MDA DC board 4 Remove the wire that are attached to the DV CONN board Fig 1 5 1 5 Pull up the mechanism unit 6 Remove CN4002 and CN4003 FFC cables connected to the main board Fig 1 5 2 Fig 1 5 3 FRONT board assembly DV CONN board CN111 CN4003 Mechanism unit CN4002 5 6 6 6 ...

Page 16: ...es that connects the mechanism board which is mounted on the backs of the mechanism assem bly MDA DC board and the DV CPU board 3 Remove the four screws 7 on the side 4 Remove the mechanism assembly as shown in Fig 1 6 3 Fig 1 6 3 Mechanism assembly For instructions on disassembling each part of the mecha nism assembly please refer to the Section 2 Fig 1 6 2 CN107 7 7 To CN119 MDA DC board To CN11...

Page 17: ...ed color in the direction of the arrow While turning the gear also push it in to drive loading unloading Fig 1 7 1 2 To wind the tape when the tape is loosened a little put a screw driver in the emergency gear ı which drives the reel The drive direction does not matter Fig 1 7 2 Gear Å Gear ı Fig 1 7 3 3 Repeat steps 1 and 2 alternately and little by little until the tape is wound completely into ...

Page 18: ...ange When all settings are completed move the cursor to P AGE BACK and press the SET button to return to the MENU screen If the button is pressed when the parameter is not blinking it returns to the main screen If the MENU button is pressed it returns to the normal screen Table 1 8 1 Service Menu First Tier List Fig 1 8 1 1 Front Panel Fig 1 8 2 1 Menu Screen with REC pressed simultaneously Fig 1 ...

Page 19: ...ue to trigger display of battery alarm warning Set at 10 0 12 0 in increments of 0 1 Item Parameter 1 8 3 VTR 1 menu Table 1 8 3 VTR 1 Menu Setting Item List is default setting when shipped from factory 1 8 4 VTR 2 menu Table 1 8 4 VTR 2 Menu Setting Item List REC REPEAT FOOT SW LEVEL MIC REC CH ID 422 H ID 422 L FF REW SPEED DV DF MASK PAL only OFF 2 12 ON LEVEL1 LEVEL2 NORMAL CH1 MIX CH2 MIX F0 ...

Page 20: ...9 DIP SW 10 DIP SW 11 DIP SW 12 DIP SW 13 DIP SW 14 DIP SW 15 DIP SW 3 3 DIP SW 16 DIP SW 17 DIP SW 18 DIP SW 19 DIP SW 20 DIP SW 21 DIP SW 22 DIP SW 23 0 OFF OFF OFF OFF OFF 0 OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF 1 Displays error rate monitor and CPU port information ON Disables warning detection Change prohibited ON Disables DEW warning Change prohibited Change pro...

Page 21: ...splays the reel reverse direction running hour meter CLEAR Resets the reel reverse direction running hour meter Number display Displays the number of times a tape was loaded CLEAR Resets the number of times a tape was loaded Number display Displays the number of times a mini cassette was ejected CLEAR Resets the number of times a mini cassette was ejected Number display Displays the number of time...

Page 22: ...lay the MECHANISM INFO screen as it was at the time of the error you can check the details of the malfunction Fig 1 8 7 2 MECHANISM INFO Display Screen H I S T OR Y 1 7 1 0 1 E RROR H I S T OR Y C A P MO T OR F A I L UR E H I S T OR Y 2 7 1 0 1 C A P MO T OR F A I L UR E H I S T OR Y 3 7 1 0 1 C A P MO T OR F A I L UR E H I S T OR Y 4 7 1 0 1 C A P MO T OR F A I L UR E CR E A R C A N S E L P AGE B...

Page 23: ...earch Rev NDEF 1F During initial operation SFF SREW parameter is speed display See Fig 1 8 7 2 Other parameters are 01 ON 00 OFF REC E0 Rec SFF EB Search Fwd RECP E1 Rec Pause SREW EC Search Rev DVRP E2 DV Rec Pause STOP F0 Stop ADUB E5 Audio Dub EJECT F1 Eject ADBP E6 Audio Dub Pause HWUP F2 Housing Up PLAY E7 Play HWDN F3 Housing Down STL E8 Still POFF F4 Power Off FF E9 FF DVRC F5 DV Rec REW EA...

Page 24: ...l value into a decimal value and no speed parameter of the tape ex FAh 250 The speed is 25 0X 00 FF 0 1 2A ON Leader tape detected OFF Magnetic tape detected ON Trailer tape detected OFF Magnetic tape detected OFF No cassette ON Cassette detected STD MINI OFF Mini cassette tape inserted ON STD cassette tape inserted ON Normal operation TU side tape winding OFF Lock release Tape begin detected Supp...

Page 25: ...ding If reel motor does not rotate for more than 4 seconds during reel drive mode IC302 MSD detects voltage of pin 318 IC302 pin354 Rotary encoder output is detected IC302 pin354 Rotary encoder output is detected IC302 MSD pin 84 CASSETTE SW is not detected within 5 seconds IC302 MSD pin 26 HOUSING SW is not detected within 5 seconds IC302 MSD pin 278 START sensor and pin 297 END sensor are both d...

Page 26: ...ion for purposes other than the IEEE1394 ID date that is described CANCEL Standard setting EXECUTE Enters the OPERATION check mode All LEDs turn on By operating the relevant buttons and slide switches the operation of the buttons and LEDs can be checked as shown in the following list To exit from this mode turn OPERATE to OFF SERIAL REAR terminal is used as the SERIAL REMOTE terminal TCCS REAR ter...

Page 27: ...ced the ID needs to be set again Procedure for setting IEEE1394 ID The ID is an 8 digit hexadecimal code with 1 high Byte being the model code and 3 low Bytes being individual to the unit The model code is automatically initialized so only the lower 3 Bytes of individual code need to be set manually Go from Service Menu OTHERS Menu MEM EDIT Memory Edit to select the address in the ID data section ...

Page 28: ...meter 392 and 393 to set the ID data Fig 1 8 10 ID Label Attachment Position 1 8 11 Real time clock The IC2002 RS5C314 on the MAIN circuit board is a CMOS real time clock IC that sends time calendar data to the CPU via serial transmission When power is not being supplied to the BT2001 there is a secondary battery 3V to backup the IC2002 By charging for 4 hours it provides 3 months of backup When p...

Page 29: ...XTURES TOOLS EXPLODED VIEWS REPLACEMENT PARTS LIST CONTENTS SERVICING FIXTURES TOOLS MECHANISM PARTS ASSEMBLY PRT 1 CABINET PARTS ASSEMBLY PRT 3 PACKING PARTS ASSEMBLY PRT 5 ELECTRICAL REPLACEMENT PARTS LIST PRT 7 ...

Page 30: ... 1 S1 2 66A 66B 46 80 S8 W5 W6 36 55 43 54 60 59 37 48 70 50 S4 S4 32 30 31 11 13 17 16 15 68 S4 8 7 45 W8 15 14 38 56 32 30 31 W5 W8 33 5 39 5A 5B 34 29 32 30 31 S4 S4 6 20 S4 S4 S1 10 42 18 91 W7 20 51 53 S4 25 9 24 22 to shaft of No 24 Fold AA AA AA Apply the screw lock Red marking AA AA CC CC AA CC MECHA BOARD ASSEMBL AA AA AA Apply the screw lock Apply the screw lock AA MECHA CONN BOARD ASSEM...

Page 31: ...R 1 W1 QYWDL163525 SLIT WASHER 1 23 LL40351 001A TEN SPRING FLL 1 W2 QYWDM254725 SLIT WASHER 4 24 QAR0247 001 REEL MOTOR 1 W5 QYWDM082525 SLIT WASHER 4 25 WJT0084 001A FFC 1 W6 QYWFM123025 WASHER 2 26 LL30256 001B SW LEVER 1 W7 QYWDM082025 SLIT WASHER 1 27 LL30263 001A SUP TEN ARM SA 1 W8 QYWDM123025 SLIT WASHER 2 28 LL40259 001B TEN SPRING STA 1 29 LL40362 001A COMP SPRING 2 30 LL40325 001A GUIDE...

Page 32: ... FRONT BKT MAIN BOARD Electrode surface Note Valley fold Plate A A B B 90û f CN103 CN102 CN104 CN105 CN106 CN4002 CN4003 CN1001 CN3001 CN4001 DRAWING FROM DIRECTION A DRAWING FROM DIRECTION B S2 8 S2 9 41 42 13 13B 13B 13C 13C 13C 13B 13B S1 39 13A 13D 2 a FRONT BOARD ASSEMBLY MIC BOARD ASSEMBLY S1 S1 S1 S1 S1 20 47 48 23 6 5 45 d 4 Hook Hook S1 1 a b c S1 S8 S10 28 A B S1 S1 3 23 44 d S9 S1 S1 30...

Page 33: ...12AA FFC WIRE 2 25 UQ105 3013AA FFC WIRE 1 26 SCV2949 038 GASKET 1 27 LL30314 001D BRACKET L 1 28 LL30315 001C BRACKET R 1 29 LL30316 001A SUB BRACKET L 1 30 LL30317 001A SUB BRACKET R 1 31 PRD30030 36 PAD 2 32 LL40377 001A SHIELD CASE 1 33 UQ105 1305AA FFC WIRE 1 34 UQ105 2609AA FFC WIRE 1 35 UQ105 2004AA FFC WIRE 1 36 UQ105 1804AA FFC WIRE 1 37 UQ105 2004AA FFC WIRE 1 38 JJ027 081203 WIRE 1 39 I...

Page 34: ... PARTS ASSEMBLY Components identified with the mark have the special characteristics for safety When replacing any of these components use only the same type 12 11 20 16 23 14 10 7 8 8 6 1 19 19 18 21 22 22 9 13 15 ...

Page 35: ...DV2500P 11 PL240 200 K2 POWER CODE 1 FOR AG DV2500E 12 QPB02002804 POLYETHYLENE BAG 1 13 QAL0481 001 AC ADAPTER 1 14 QPA01202005 POLYETHYLENE BAG 1 15 PUP40003 7 CUSHION 1 16 LL30345 001A REMOCON UNIT 1 18 LL30322 001A PACKING CASE 1 19 LL20094 001A CUSHION 2 20 LL20096 001A ACC CASE 1 21 QPA02503505 POLYETHYLENE BAG 1 22 PRD3134 33 PACKING LABEL 1 FOR AG DV2500P 22 PRD3134 34 PACKING LABEL 1 FOR ...

Page 36: ... 5 0 9 0 8 2 7 1 7 5 0 1 8 1 0 5 0 0 0 8 5 0 0 2 1 2 1 8 0 1 4 2 0 8 4 8 0 2 0 2 0 9 4 9 0 9 5 0 0 4 0 3 0 2 0 2 4 4 0 8 4 9 0 4 0 9 0 2 3 4 0 7 0 8 0 8 1 4 0 8 1 4 0 1 0 7 2 2 3 0 2 9 2 7 0 NTSC 2 7 PAL 2 3 NTSC 0 8 PAL 4 3 2 9 5 0 2 8 2 8 2 3 NTSC 1 7 PAL 2 5 4 2 3 0 2 8 2 5 3 2 2 9 0 2 9 2 9 0 NTSC 5 0 PAL 0 0 0 2 7 3 3 5 0 3 2 2 6 0 5 1 0 0 0 1 0 7 5 1 0 3 0 4 0 4 9 0 4 0 3 5 1 0 0 2 0 6 0 5 5...

Page 37: ... 2 0 5 0 2 0 9 0 2 5 0 0 1 0 0 4 9 0 4 0 4 0 2 3 7 0 1 0 4 7 9 3 1 4 9 3 7 0 2 0 0 6 0 0 5 0 3 0 2 0 2 5 1 0 1 0 1 0 2 4 9 0 1 0 1 0 4 0 2 5 0 0 4 4 1 4 8 1 5 0 2 1 5 0 8 1 9 1 3 3 0 2 9 3 0 1 1 1 1 0 2 7 2 9 0 0 4 3 1 4 2 0 4 9 1 6 1 7 2 1 0 6 4 9 5 1 0 4 0 2 0 3 0 1 8 1 3 3 0 1 5 0 1 5 NTSC NTSC TP207 TP207 TP205 TP205 PAL PAL PAL NTSC TP208 TP208 NTSC PAL TP210 TP210 NTSC PAL TP211 TP211 NTSC P...

Page 38: ... 9 8 4 0 0 7 9 7 4 7 4 7 9 0 0 0 8 4 0 0 0 1 3 1 3 3 0 3 0 0 0 1 3 3 0 1 5 1 5 1 6 1 3 3 0 0 3 0 3 0 0 0 3 0 1 6 3 0 3 0 1 5 3 0 1 3 0 0 3 0 3 0 0 3 0 1 6 3 0 3 0 0 0 3 0 1 5 3 0 1 3 1 5 1 6 1 6 3 0 3 0 3 0 0 1 6 0 3 0 1 5 1 5 1 5 0 8 4 0 0 0 7 9 0 0 8 4 0 7 9 7 9 7 9 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 7 9 7 9 0 0 0 0 7 9 7 9 0 0 0 0 0 0 0 0 0 0 1 9 0 6 1 9 0 5 0 0 0 7 9 Page 5 25 0 ...

Page 39: ...MAIN SCHEMATIC DIAGRAM 4 6 5 10 ...

Page 40: ... 3 1 9 1 7 10 0 11 1 11 2 1 7 1 0 1 3 1 3 1 8 1 6 7 9 0 2 5 0 1 1 0 1 0 2 0 1 8 10 1 7 5 0 7 2 5 0 10 1 8 7 8 7 3 0 9 4 6 7 11 1 6 7 7 9 0 11 1 0 10 0 0 12 0 0 5 1 0 IMPORTANT SAFETY NOTICE COMPONENTS IDENTIFIED WITH THE MARK HAVE THE SPECIAL CHARACTERISTICS FOR SAFETY WHEN REPLACING ANY OF THESE COMPONENTS USE ONLY THE SAME TYPE ...

Page 41: ...MAIN SCHEMATIC DIAGRAM 6 6 5 12 Page 5 16 Page 5 16 5 18 ...

Page 42: ...5 12 MDA DC SCHEMATIC DIAGRAM 1 4 5 21 TO CN112 Page 5 27 MECHA CONN ...

Page 43: ...5 22 MDA DC SCHEMATIC DIAGRAM 2 4 CN105 Page 5 18 CN116 Page 5 27 ...

Page 44: ...ATIC DIAGRAM 3 4 5 23 FROM MAIN CN3001 Page 5 11 IMPORTANT SAFETY NOTICE COMPONENTS IDENTIFIED WITH THE MARK HAVE THE SPECIAL CHARACTERISTICS FOR SAFETY WHEN REPLACING ANY OF THESE COMPONENTS USE ONLY THE SAME TYPE ...

Page 45: ...5 24 MDA DC SCHEMATIC DIAGRAM 4 4 CN108 Page 5 18 ...

Page 46: ... rotate a potentiometer blindly while the source of trouble is not identified 5 Before adjusting electrical circuitry be sure to wait for more than 10 minutes after turning the power on 2 1 2 Measuring instruments required for adjustments Condition Calibrated instrument with measuring bandwidth of 100 MHz or more Instrument Oscilloscope 2 1 3 Equipment required for adjustments Table 2 1 1 Table 2 ...

Page 47: ...tion is specified every time in the descriptions in 2 6 Replacement of major parts Fig 2 2 1 2 2 2 Mode transition To change the mechanism mode manually rotate the emergency gear of the mode motor assembly shown in Fig 2 2 1 as below while holding it down The mechanism mode can be changed by applying 3 V DC to the mode motor electrodes The MINI and STD reel positions can be changed over by manu al...

Page 48: ...below Table 2 3 1 PLAY REC STBY ON SEARCH FF REW STBY OFF EJECT UNLOAD POLE BASE PINCH ROLLER TENSION ARM TEN SPRING S TEN SPRING T REEL BRAKE S REEL BRAKE T SENSOR output ON OFF ON OFF ON OFF ON OFF ON2 OFF1 OFF2 ON1 STOP FF FWD REV REW STOP BRAKE ...

Page 49: ... the actual operating envi ronment and conditions Remember that if the maintenance and inspection are not enforced properly the operating hours of 2 4 1 Layout of Major Parts the product will not only reduce considerably but other unfavorable influences may produce Rubber parts may deform or degrade after long period of stor age even if they are not used in this period The service life of the drum...

Page 50: ...UP REEL DISK ASSEMBLY TU REEL DISK ASSEMBLY CONN GEAR ASSEMBLY SUP TENSION BAND ASSEMBLY TU TENSION BAND ASSEMBLY IDLER ARM ASSEMBLY HEAD CLEANAER CASSETTE HOUSING ASSEMBLY MECHANISM ASSEMBLY 66 67 30 31 32 4 80 64 64 24 51 51 49 52 47 12 44 45 46 13 17 9 56 11 54 55 35 36 37 38 39 40 5A 90 1 Part Name Ref Section Symbol No Operating Hours DRUM Hour Meter 500 1000 1500 2000 2500 3000 3500 4000 450...

Page 51: ...ignal deterioration of video quality and lack of audio output In order to clean the leader section rub a toothpick gently along its edge 2 4 4 Oiling and Greasing Table 2 4 2 shows the oil and greases used with the set 1 Oiling should be performed periodically Oil the shafts by referring to the maintenance table 2 After replacing a part grease the required points For the parts to be greased see th...

Page 52: ... arm assembly 2 Drum assembly SUP R disk assembly TU R disk assembly CONN gear assembly SUP tension band assembly TU tension band assembly Idle arm assembly 1 Head cleaner 2 6 8 SUP TEN BAND adjustment 2 6 9 TU TEN BAND adjustment 2 8 Toeque adjustment 2 9 Interchangeability adjustment 3 2 1 PB switching point adjustment 3 2 3 ME SP VCO OFFSET adjustment End Start Replaced parts Mechanism assembly...

Page 53: ...rocedure 2 Screws S1 should be tightened using a securing torque of 0 2 N m 2 kgf cm Disassembly Head cleaner assembly 1 Remove the screw S2 and remove the head cleaner assembly Drum assembly 1 Remove the Drum FPC from the DV CPU circuit board CN107 2 Remove the screw S3 and remove the drum as sembly Assembly 1 Reverse the disassembly procedure 2 Drum section screws S3 should be tightened in order...

Page 54: ...se the disassembly procedure Disassembly 1 While pushing the hook on the pinch plate lift the pinch roller arm assembly upward to remove Assembly 1 Reverse the disassembly procedure Fig 2 6 4 Fig 2 6 3 Remove while pushing this part Pinch plate Pinch roller arm assembly Please pay attention not to damage these roller part S2 Gear 1 Gear 2 Worm wheel 2 Mode motor assembly Note Worm wheel 2 and gear...

Page 55: ...upward to remove Assembly 1 Reverse the disassembly procedure Disassembly 1 Slide the reel change plate in the direction of arrow 1 to place the reel in the mini cassette position 2 Remove the slit washer W1 and remove the M I C connector 3 Remove the spring P1 Assembly 1 Reverse the disassembly procedure 6 10 M I C connector Fig 2 6 5 Fig 2 6 6 1 S4 S1 Cassette guide assembly M I C guide W1 P1 M ...

Page 56: ...ergency gear with screw drive then fit the gear of the Idler arm and the Reel Motor gear Caution When install the Idler arm assembly into the main deck if the gear of the Idler arm and Reel Motor gear does not fit these geare may damaged 7 Idler arm assembly Disassembly 1 Remove the two screws S2 and remove the idler cover 2 Remove the idler arm 3 Remove the emergency gear 4 Remove the spring P2 A...

Page 57: ...lockwise A OK Lower limit OK Center OK Upper limit Clockwise Disassembly Supply tension band assembly 1 Remove the slit washer W2 2 Slide the tension band plate in the direction of ar row 1 and remove the plate from the tension arm stud section Supply tension arm assembly 1 Remove the slit washer W3 and remove the sup ply tension arm assembly 2 Unhook the spring P3 from the tension control arm See...

Page 58: ...clockwise See section 2 2 2 Mode transition to perform loading untill the loading end position 3 Canfirm that the left edge of the tension arm is placed within the range of notch A on the sub deck 4 If the left edge is not within the above range ad just by turning the adjust pin Clockwise rotation to upper limit Counterclockwise rotation to lower limit Fig 2 6 9 4 TU tension arm Tension band assem...

Page 59: ...r assembly 1 Lift the two CONN gears upward to remove SUP and TU reel disk assemblies 1 Remove the two slit washers W2 and lift the SUP and TU reel disk assemblies separately to remove each assembly 2 Lift the two washers W6 to remove Assembly 1 Reverse the disassembly procedure 11 M C B pin Fig 2 6 10 Fig 2 6 11 W6 W6 W2 W2 TU reel disk assembly SUP reel disk assembly CONN gear Cosmo Hydro HV100 ...

Page 60: ...ssembly procedure Disassembly 1 Remove the FFC from the mechanism circuit board CN124 2 Remove the three screws S2 and remove the reel motor Assembly 1 Reverse the disassembly procedure 2 Tighten the three screws S2 in the order of 1 3 13 Reel motor Fig 2 6 12 Fig 2 6 13 P5 Switch lever S2 S2 S2 FFC cable Reel motor 2 1 3 Note Be sure to have the FFC cable installed on the reel motor side before a...

Page 61: ... Slide the F lock lever in the direction of the arrow to remove Assembly 1 Reverse the disassembly procedure 15 Dew sensor E G roller arm assembly Fig 2 6 14 Fig 2 6 15 F lock lever Long Hole Cross section Multemp SH P See M 3 in section 5 S2 S5 E G roller arm assembly DEW sensor Note The E G roller arm assembly has undergone perpendicularity management after being as sembled so when replacement i...

Page 62: ...embly procedure 3 Attach the loading gear and arm gear so that the phase relationship between them is as shown in the figure Fig 2 6 16 1 S2 S6 S2 S2 S6 2 2 1 1 3 Pinch plate Capstan Motor Boss Sub deck Attach so that the phase holes face each other Arm gear Loading gear Unloading End Position Notes Tighten the screws S2 of the sub deck in the order of 1 3 The sub deck assembly has undergone per p...

Page 63: ...ssembly procedure 2 Attach so that the gear holes on the assemblies face each other Disassembly Do this procedure in the loading end position Supply pole base assembly 1 Remove the two slit washers W4 and remove the supply pole base assembly Take up pole base assembly 1 Remove the two slit washers W4 and remove the take up pole base assembly Assembly 1 Reverse the disassembly procedure 18 Supply l...

Page 64: ...mbly Pinch cam gear 1 Lift the pinch cam gear upward to remove Main cam 1 Remove the screw S2 and remove the main cam Assembly 1 Reverse the disassembly procedure 2 Attach the main cam and pinch cam gear so that their phase relationship is as shown in the figure 20 Pinch cam gear Main cam Fig 2 6 19 Fig 2 6 20 1 P6 P6 Take up side spring P6 hook position Supply side spring P6 hook position Supply ...

Page 65: ...escribed in No 20 and remove the arm gear Control arm 1 Place the main deck upside down 2 Bend the control plate slightly disengage the con trol arm s stud from the groove on the plate and remove the control arm Refer to Fig 2 6 21 2 Assembly 1 Reverse the disassembly procedure 2 Align the hole on the control arm withy that on the main deck 3 Align the hole on the arm gear with that on the main de...

Page 66: ...ve Take up reel plate 1 Lift the left side of the take up reel plate and turn it slightly to remove Assembly 1 Reverse the disassembly procedure 24 q Supply reel plate w Tale up reel plate Fig 2 6 23 Fig 2 6 24 1 1 2 Leaf plate Multemp SH P See M 3 in section 5 SUP real plate TU real plate SUP reel plate TU reel plate Note Be careful not to deform the leaf plate during removing or attaching Notes ...

Page 67: ... the M I C connector and idler arm assem bly as described in section 2 6 7 2 Remove solder from the M I C connector 6 posi tions 3 Remove the FPC1 assembly by performing the same operation as peeling adhesive tape off for the idler cover section Assembly 1 Reverse the disassembly procedure 26 FPC2 assembly FPC3 assembly Fig 2 6 25 Fig 2 6 26 1 FPC1 Idler cover M I C connector Soldering on the reve...

Page 68: ...ECHA board assembly 1 Remove the seven screws S2 and a screw S3 then remove the MECHA board assembly Assembly 1 Reverse the disassembly procedure 2 Tighten the eight screws of the mechanism board assembly in the order shown in the illustration S2 S2 S2 S2 S3 Cassette LED and LED holder MECHA board Fig 2 6 27 1 5 4 1 7 8 6 3 2 LD1 LED holderlock section Fig 2 6 27 2 Mechanism unit bottom side Note ...

Page 69: ... on the upper part of the guide roller as you would remove a screw 2 Pull the guide roller upward and remove it 3 Pull the collar upward and remove it Installing 1 Proceed in the reverse order as when removing 2 When fixing the flange in place first tighten by hand until it stops then tighten further using a securing torque of 0 04 N m 0 4 kgf cm 3 After fixing in place apply screw sealant to the ...

Page 70: ... within the specified range If it is out of specification check the Supply tension band position adjustment in 2 6 8 4 Supply side reading of cassette torque meter 6 5 x 10 4 N m 2 Take up wind torque adjustment Cassette torque meter VFK1843 PLAY Adjustment menu No 119 1 Select adjustment menu 119 FWD TORQUE For the adjustment menu see 3 1 5 Ad justment menu 2 Insert the torque cassette meter VFK1...

Page 71: ...e the torque Move in direction C 4 Perform steps 1 and 2 above again and co nfirm that the TU back torque value is within the specified range If it is out of specification check the Take up tension band position adjustment in 2 6 9 4 Take up side reading of cassette torque meter 6 5 x 10 4 N m 4 SUP wind torque CHECK Cassette torque meter VFK1844 REVx 1 1 Insert the torque cassette meter VFK1844 a...

Page 72: ... SEARCH REV to PLAY OK Check the RF envelope during REV x1 mode and confirm that the specified waveform is output Electrical adjustments Parts for tension Tension adjustment control are defect Tension error Check the RF envelope during FF and REW and confirm that the specified waveforms are output in both modes Transport system part defect Enter modes PLAY SEARCH REV SEARCH FWD PLAY in this sequen...

Page 73: ...triction from other parts Fig 2 9 4 Tape Restriction on Take up Side Fig 2 9 3 Tape Restriction on Supply Side 14 TU tension roller No restriction TU slant pole No restriction TU guide roller Upper restriction Capstan shaft No restriction Tape center Reference plane Top of main deck Exit guide roller No restriction 1 6 7 8 10 11 2 3 4 SUP tension roller No restriction SUP guide roller Upper restri...

Page 74: ...g tape before proceeding to the compatibility adjustment 2 RF envelope adjustment Oscilloscope alignment tape VFK1842 Color bar portion Play TP9 ENV OUT REWRITE board TP5 HID REWRITE board Supply guide roller Take up guide roller Make the wave forms flat The drop level should be less than 3 dB at both SUP and TU sides Flatness and variation should be less than 2 dB 1 Play alignment tape color bar ...

Page 75: ...der of Play Search REV Search FWD Play and confirm that wrinkles due to strong restriction by the guide rollers and guide pole are not produced on tape 2 Perform the same check at the section near the end of tape 3 Confirm that no tape damage occurs when a tape is being loaded unloaded or ejected 4 Perform the same procedures 1 3 with a standard cassette TP9 ENV OUT REWRITE board TP5 HID The tape ...

Page 76: ...5 15 MECHA MECHA CONN SCHEMATIC DIAGRAMS 5 27 MECHA CONN CN104 Page 5 18 CN116 Page 5 22 CN106 Page 5 18 MECHA MECHA CONN CN112 Page 5 21 ...

Page 77: ...5 5 OVERALL WIRING DIAGRAM 5 5 CN111 MDA DC CN101 DV CPU ...

Page 78: ...rd assembly 1 3 1 4 4 FRONT board assembly 1 4 1 5 HOW TO REMOVE THE MECHANISM UNIT 1 4 1 6 HOW TO REMOVE THE MECHANISM ASSEMBLY 1 5 1 7 HOW TO TAKE OUT THE CASSETTE TAPE IN CASE OF EMERGENCY 1 6 1 8 SERVICE MENU 1 7 1 8 1 How to display the Service Menu 1 7 1 8 2 How to operate the Menu 1 7 1 8 3 VTR 1 menu 1 8 1 8 4 VTR 2 menu 1 8 1 8 5 DIP switch menu 1 9 1 8 6 HOUR METER menu 1 10 1 8 7 ERROR ...

Page 79: ...BLY MIC BOARD ASSEMBLY a f b c d f CN4001 DV CPU BOARD ASSEMBLY MDA DC BOARD ASSEMBLY e e MECHA CONN BOARD ASSEMBLY 1 4 1 1 1 2 1 3 0 3 0 1 0 2 0 4 0 1 0 2 0 3 0 4 1 1 1 2 1 3 1 4 MAIN BOARD ASSEMBLY FRONT BOARD ASSEMBLY DV CONN BOARD ASSEMBLY MIC BOARD ASSEMBLY DV CPU BOARD ASSEMBLY MDA DC BOARD ASSEMBLY MECHA BOARD ASSEMBLY MECHA CONN BOARD ASSEMBLY ...

Page 80: ...d bottom covers 2 Remove the front panel while releasing the four hooks Fig 1 3 1 Fig 1 2 3 1 3 HOW TO REPLACE THE FUSE 1 Unplug the DC power cable before replace the fuse 2 Remove the top cover 3 Find the fuse F1 on the MDA DC board CAUTION Before replacing the fuse investigate and identify the cause of the blow out to prevent further damage The fuse is an important item for safety Please be sure...

Page 81: ...n board as shown in fig 1 4 1 3 Fig 1 4 1 2 Fig 1 4 1 3 1 4 2 MDA DC board assembly 1 Remove the top cover to examine the A side 2 To examine the B side pull down the main board as shown in Fig 1 4 2 2 Fig 1 4 2 1 Fig 1 4 2 2 Main board assembly REAR COVER MAIN board assembly Keep a distance to a minimum from the unit because this FFC cable may be damaged MDA DC board assembly 1 4 3 DV CPU board a...

Page 82: ...E THE MECHANISM UNIT 1 Remove the six screws 2 Remove the front panel 3 Remove the CN111 connector on the MDA DC board 4 Remove the wire that are attached to the DV CONN board Fig 1 5 1 5 Pull up the mechanism unit 6 Remove CN4002 and CN4003 FFC cables connected to the main board Fig 1 5 2 Fig 1 5 3 FRONT board assembly DV CONN board CN111 CN4003 Mechanism unit CN4002 5 6 6 6 ...

Page 83: ...es that connects the mechanism board which is mounted on the backs of the mechanism assem bly MDA DC board and the DV CPU board 3 Remove the four screws 7 on the side 4 Remove the mechanism assembly as shown in Fig 1 6 3 Fig 1 6 3 Mechanism assembly For instructions on disassembling each part of the mecha nism assembly please refer to the Section 2 Fig 1 6 2 CN107 7 7 To CN119 MDA DC board To CN11...

Page 84: ...ed color in the direction of the arrow While turning the gear also push it in to drive loading unloading Fig 1 7 1 2 To wind the tape when the tape is loosened a little put a screw driver in the emergency gear ı which drives the reel The drive direction does not matter Fig 1 7 2 Gear Å Gear ı Fig 1 7 3 3 Repeat steps 1 and 2 alternately and little by little until the tape is wound completely into ...

Page 85: ...ange When all settings are completed move the cursor to P AGE BACK and press the SET button to return to the MENU screen If the button is pressed when the parameter is not blinking it returns to the main screen If the MENU button is pressed it returns to the normal screen Table 1 8 1 Service Menu First Tier List Fig 1 8 1 1 Front Panel Fig 1 8 2 1 Menu Screen with REC pressed simultaneously Fig 1 ...

Page 86: ...ue to trigger display of battery alarm warning Set at 10 0 12 0 in increments of 0 1 Item Parameter 1 8 3 VTR 1 menu Table 1 8 3 VTR 1 Menu Setting Item List is default setting when shipped from factory 1 8 4 VTR 2 menu Table 1 8 4 VTR 2 Menu Setting Item List REC REPEAT FOOT SW LEVEL MIC REC CH ID 422 H ID 422 L FF REW SPEED DV DF MASK PAL only OFF 2 12 ON LEVEL1 LEVEL2 NORMAL CH1 MIX CH2 MIX F0 ...

Page 87: ...9 DIP SW 10 DIP SW 11 DIP SW 12 DIP SW 13 DIP SW 14 DIP SW 15 DIP SW 3 3 DIP SW 16 DIP SW 17 DIP SW 18 DIP SW 19 DIP SW 20 DIP SW 21 DIP SW 22 DIP SW 23 0 OFF OFF OFF OFF OFF 0 OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF 1 Displays error rate monitor and CPU port information ON Disables warning detection Change prohibited ON Disables DEW warning Change prohibited Change pro...

Page 88: ...splays the reel reverse direction running hour meter CLEAR Resets the reel reverse direction running hour meter Number display Displays the number of times a tape was loaded CLEAR Resets the number of times a tape was loaded Number display Displays the number of times a mini cassette was ejected CLEAR Resets the number of times a mini cassette was ejected Number display Displays the number of time...

Page 89: ...lay the MECHANISM INFO screen as it was at the time of the error you can check the details of the malfunction Fig 1 8 7 2 MECHANISM INFO Display Screen H I S T OR Y 1 7 1 0 1 E RROR H I S T OR Y C A P MO T OR F A I L UR E H I S T OR Y 2 7 1 0 1 C A P MO T OR F A I L UR E H I S T OR Y 3 7 1 0 1 C A P MO T OR F A I L UR E H I S T OR Y 4 7 1 0 1 C A P MO T OR F A I L UR E CR E A R C A N S E L P AGE B...

Page 90: ...earch Rev NDEF 1F During initial operation SFF SREW parameter is speed display See Fig 1 8 7 2 Other parameters are 01 ON 00 OFF REC E0 Rec SFF EB Search Fwd RECP E1 Rec Pause SREW EC Search Rev DVRP E2 DV Rec Pause STOP F0 Stop ADUB E5 Audio Dub EJECT F1 Eject ADBP E6 Audio Dub Pause HWUP F2 Housing Up PLAY E7 Play HWDN F3 Housing Down STL E8 Still POFF F4 Power Off FF E9 FF DVRC F5 DV Rec REW EA...

Page 91: ...l value into a decimal value and no speed parameter of the tape ex FAh 250 The speed is 25 0X 00 FF 0 1 2A ON Leader tape detected OFF Magnetic tape detected ON Trailer tape detected OFF Magnetic tape detected OFF No cassette ON Cassette detected STD MINI OFF Mini cassette tape inserted ON STD cassette tape inserted ON Normal operation TU side tape winding OFF Lock release Tape begin detected Supp...

Page 92: ...ding If reel motor does not rotate for more than 4 seconds during reel drive mode IC302 MSD detects voltage of pin 318 IC302 pin354 Rotary encoder output is detected IC302 pin354 Rotary encoder output is detected IC302 MSD pin 84 CASSETTE SW is not detected within 5 seconds IC302 MSD pin 26 HOUSING SW is not detected within 5 seconds IC302 MSD pin 278 START sensor and pin 297 END sensor are both d...

Page 93: ...ion for purposes other than the IEEE1394 ID date that is described CANCEL Standard setting EXECUTE Enters the OPERATION check mode All LEDs turn on By operating the relevant buttons and slide switches the operation of the buttons and LEDs can be checked as shown in the following list To exit from this mode turn OPERATE to OFF SERIAL REAR terminal is used as the SERIAL REMOTE terminal TCCS REAR ter...

Page 94: ...ced the ID needs to be set again Procedure for setting IEEE1394 ID The ID is an 8 digit hexadecimal code with 1 high Byte being the model code and 3 low Bytes being individual to the unit The model code is automatically initialized so only the lower 3 Bytes of individual code need to be set manually Go from Service Menu OTHERS Menu MEM EDIT Memory Edit to select the address in the ID data section ...

Page 95: ...meter 392 and 393 to set the ID data Fig 1 8 10 ID Label Attachment Position 1 8 11 Real time clock The IC2002 RS5C314 on the MAIN circuit board is a CMOS real time clock IC that sends time calendar data to the CPU via serial transmission When power is not being supplied to the BT2001 there is a secondary battery 3V to backup the IC2002 By charging for 4 hours it provides 3 months of backup When p...

Page 96: ... 2 2 3 MECHANISM TIMING CHART 2 3 2 4 MAINTENANCE AND INSPECTION OF MAJOR PARTS 2 4 2 4 1 Layout of Major Parts 2 4 2 4 2 Maintenance inspection table 2 5 2 4 3 Cleaning 2 6 2 4 4 Oiling and Greasing 2 6 2 5 PERIODICAL MAINTENANCE 2 7 2 6 REPLACEMENT OF MAJOR PARTS 2 8 2 7 GUIDE ROLLER REPLACEMENT METHOD 2 24 2 8 TORQUE ADJUSTMENT 2 25 2 9 INTERCHANGEABILITY ADJUSTMENT 2 27 2 9 1 Interchangeabilit...

Page 97: ... rotate a potentiometer blindly while the source of trouble is not identified 5 Before adjusting electrical circuitry be sure to wait for more than 10 minutes after turning the power on 2 1 2 Measuring instruments required for adjustments Condition Calibrated instrument with measuring bandwidth of 100 MHz or more Instrument Oscilloscope 2 1 3 Equipment required for adjustments Table 2 1 1 Table 2 ...

Page 98: ...tion is specified every time in the descriptions in 2 6 Replacement of major parts Fig 2 2 1 2 2 2 Mode transition To change the mechanism mode manually rotate the emergency gear of the mode motor assembly shown in Fig 2 2 1 as below while holding it down The mechanism mode can be changed by applying 3 V DC to the mode motor electrodes The MINI and STD reel positions can be changed over by manu al...

Page 99: ...below Table 2 3 1 PLAY REC STBY ON SEARCH FF REW STBY OFF EJECT UNLOAD POLE BASE PINCH ROLLER TENSION ARM TEN SPRING S TEN SPRING T REEL BRAKE S REEL BRAKE T SENSOR output ON OFF ON OFF ON OFF ON OFF ON2 OFF1 OFF2 ON1 STOP FF FWD REV REW STOP BRAKE ...

Page 100: ... the actual operating envi ronment and conditions Remember that if the maintenance and inspection are not enforced properly the operating hours of 2 4 1 Layout of Major Parts the product will not only reduce considerably but other unfavorable influences may produce Rubber parts may deform or degrade after long period of stor age even if they are not used in this period The service life of the drum...

Page 101: ...UP REEL DISK ASSEMBLY TU REEL DISK ASSEMBLY CONN GEAR ASSEMBLY SUP TENSION BAND ASSEMBLY TU TENSION BAND ASSEMBLY IDLER ARM ASSEMBLY HEAD CLEANAER CASSETTE HOUSING ASSEMBLY MECHANISM ASSEMBLY 66 67 30 31 32 4 80 64 64 24 51 51 49 52 47 12 44 45 46 13 17 9 56 11 54 55 35 36 37 38 39 40 5A 90 1 Part Name Ref Section Symbol No Operating Hours DRUM Hour Meter 500 1000 1500 2000 2500 3000 3500 4000 450...

Page 102: ...ignal deterioration of video quality and lack of audio output In order to clean the leader section rub a toothpick gently along its edge 2 4 4 Oiling and Greasing Table 2 4 2 shows the oil and greases used with the set 1 Oiling should be performed periodically Oil the shafts by referring to the maintenance table 2 After replacing a part grease the required points For the parts to be greased see th...

Page 103: ... arm assembly 2 Drum assembly SUP R disk assembly TU R disk assembly CONN gear assembly SUP tension band assembly TU tension band assembly Idle arm assembly 1 Head cleaner 2 6 8 SUP TEN BAND adjustment 2 6 9 TU TEN BAND adjustment 2 8 Toeque adjustment 2 9 Interchangeability adjustment 3 2 1 PB switching point adjustment 3 2 3 ME SP VCO OFFSET adjustment End Start Replaced parts Mechanism assembly...

Page 104: ...rocedure 2 Screws S1 should be tightened using a securing torque of 0 2 N m 2 kgf cm Disassembly Head cleaner assembly 1 Remove the screw S2 and remove the head cleaner assembly Drum assembly 1 Remove the Drum FPC from the DV CPU circuit board CN107 2 Remove the screw S3 and remove the drum as sembly Assembly 1 Reverse the disassembly procedure 2 Drum section screws S3 should be tightened in order...

Page 105: ...se the disassembly procedure Disassembly 1 While pushing the hook on the pinch plate lift the pinch roller arm assembly upward to remove Assembly 1 Reverse the disassembly procedure Fig 2 6 4 Fig 2 6 3 Remove while pushing this part Pinch plate Pinch roller arm assembly Please pay attention not to damage these roller part S2 Gear 1 Gear 2 Worm wheel 2 Mode motor assembly Note Worm wheel 2 and gear...

Page 106: ...upward to remove Assembly 1 Reverse the disassembly procedure Disassembly 1 Slide the reel change plate in the direction of arrow 1 to place the reel in the mini cassette position 2 Remove the slit washer W1 and remove the M I C connector 3 Remove the spring P1 Assembly 1 Reverse the disassembly procedure 6 10 M I C connector Fig 2 6 5 Fig 2 6 6 1 S4 S1 Cassette guide assembly M I C guide W1 P1 M ...

Page 107: ...ergency gear with screw drive then fit the gear of the Idler arm and the Reel Motor gear Caution When install the Idler arm assembly into the main deck if the gear of the Idler arm and Reel Motor gear does not fit these geare may damaged 7 Idler arm assembly Disassembly 1 Remove the two screws S2 and remove the idler cover 2 Remove the idler arm 3 Remove the emergency gear 4 Remove the spring P2 A...

Page 108: ...lockwise A OK Lower limit OK Center OK Upper limit Clockwise Disassembly Supply tension band assembly 1 Remove the slit washer W2 2 Slide the tension band plate in the direction of ar row 1 and remove the plate from the tension arm stud section Supply tension arm assembly 1 Remove the slit washer W3 and remove the sup ply tension arm assembly 2 Unhook the spring P3 from the tension control arm See...

Page 109: ...clockwise See section 2 2 2 Mode transition to perform loading untill the loading end position 3 Canfirm that the left edge of the tension arm is placed within the range of notch A on the sub deck 4 If the left edge is not within the above range ad just by turning the adjust pin Clockwise rotation to upper limit Counterclockwise rotation to lower limit Fig 2 6 9 4 TU tension arm Tension band assem...

Page 110: ...r assembly 1 Lift the two CONN gears upward to remove SUP and TU reel disk assemblies 1 Remove the two slit washers W2 and lift the SUP and TU reel disk assemblies separately to remove each assembly 2 Lift the two washers W6 to remove Assembly 1 Reverse the disassembly procedure 11 M C B pin Fig 2 6 10 Fig 2 6 11 W6 W6 W2 W2 TU reel disk assembly SUP reel disk assembly CONN gear Cosmo Hydro HV100 ...

Page 111: ...ssembly procedure Disassembly 1 Remove the FFC from the mechanism circuit board CN124 2 Remove the three screws S2 and remove the reel motor Assembly 1 Reverse the disassembly procedure 2 Tighten the three screws S2 in the order of 1 3 13 Reel motor Fig 2 6 12 Fig 2 6 13 P5 Switch lever S2 S2 S2 FFC cable Reel motor 2 1 3 Note Be sure to have the FFC cable installed on the reel motor side before a...

Page 112: ... Slide the F lock lever in the direction of the arrow to remove Assembly 1 Reverse the disassembly procedure 15 Dew sensor E G roller arm assembly Fig 2 6 14 Fig 2 6 15 F lock lever Long Hole Cross section Multemp SH P See M 3 in section 5 S2 S5 E G roller arm assembly DEW sensor Note The E G roller arm assembly has undergone perpendicularity management after being as sembled so when replacement i...

Page 113: ...embly procedure 3 Attach the loading gear and arm gear so that the phase relationship between them is as shown in the figure Fig 2 6 16 1 S2 S6 S2 S2 S6 2 2 1 1 3 Pinch plate Capstan Motor Boss Sub deck Attach so that the phase holes face each other Arm gear Loading gear Unloading End Position Notes Tighten the screws S2 of the sub deck in the order of 1 3 The sub deck assembly has undergone per p...

Page 114: ...ssembly procedure 2 Attach so that the gear holes on the assemblies face each other Disassembly Do this procedure in the loading end position Supply pole base assembly 1 Remove the two slit washers W4 and remove the supply pole base assembly Take up pole base assembly 1 Remove the two slit washers W4 and remove the take up pole base assembly Assembly 1 Reverse the disassembly procedure 18 Supply l...

Page 115: ...mbly Pinch cam gear 1 Lift the pinch cam gear upward to remove Main cam 1 Remove the screw S2 and remove the main cam Assembly 1 Reverse the disassembly procedure 2 Attach the main cam and pinch cam gear so that their phase relationship is as shown in the figure 20 Pinch cam gear Main cam Fig 2 6 19 Fig 2 6 20 1 P6 P6 Take up side spring P6 hook position Supply side spring P6 hook position Supply ...

Page 116: ...escribed in No 20 and remove the arm gear Control arm 1 Place the main deck upside down 2 Bend the control plate slightly disengage the con trol arm s stud from the groove on the plate and remove the control arm Refer to Fig 2 6 21 2 Assembly 1 Reverse the disassembly procedure 2 Align the hole on the control arm withy that on the main deck 3 Align the hole on the arm gear with that on the main de...

Page 117: ...ve Take up reel plate 1 Lift the left side of the take up reel plate and turn it slightly to remove Assembly 1 Reverse the disassembly procedure 24 q Supply reel plate w Tale up reel plate Fig 2 6 23 Fig 2 6 24 1 1 2 Leaf plate Multemp SH P See M 3 in section 5 SUP real plate TU real plate SUP reel plate TU reel plate Note Be careful not to deform the leaf plate during removing or attaching Notes ...

Page 118: ... the M I C connector and idler arm assem bly as described in section 2 6 7 2 Remove solder from the M I C connector 6 posi tions 3 Remove the FPC1 assembly by performing the same operation as peeling adhesive tape off for the idler cover section Assembly 1 Reverse the disassembly procedure 26 FPC2 assembly FPC3 assembly Fig 2 6 25 Fig 2 6 26 1 FPC1 Idler cover M I C connector Soldering on the reve...

Page 119: ...ECHA board assembly 1 Remove the seven screws S2 and a screw S3 then remove the MECHA board assembly Assembly 1 Reverse the disassembly procedure 2 Tighten the eight screws of the mechanism board assembly in the order shown in the illustration S2 S2 S2 S2 S3 Cassette LED and LED holder MECHA board Fig 2 6 27 1 5 4 1 7 8 6 3 2 LD1 LED holderlock section Fig 2 6 27 2 Mechanism unit bottom side Note ...

Page 120: ... on the upper part of the guide roller as you would remove a screw 2 Pull the guide roller upward and remove it 3 Pull the collar upward and remove it Installing 1 Proceed in the reverse order as when removing 2 When fixing the flange in place first tighten by hand until it stops then tighten further using a securing torque of 0 04 N m 0 4 kgf cm 3 After fixing in place apply screw sealant to the ...

Page 121: ... within the specified range If it is out of specification check the Supply tension band position adjustment in 2 6 8 4 Supply side reading of cassette torque meter 6 5 x 10 4 N m 2 Take up wind torque adjustment Cassette torque meter VFK1843 PLAY Adjustment menu No 119 1 Select adjustment menu 119 FWD TORQUE For the adjustment menu see 3 1 5 Ad justment menu 2 Insert the torque cassette meter VFK1...

Page 122: ...e the torque Move in direction C 4 Perform steps 1 and 2 above again and co nfirm that the TU back torque value is within the specified range If it is out of specification check the Take up tension band position adjustment in 2 6 9 4 Take up side reading of cassette torque meter 6 5 x 10 4 N m 4 SUP wind torque CHECK Cassette torque meter VFK1844 REVx 1 1 Insert the torque cassette meter VFK1844 a...

Page 123: ... SEARCH REV to PLAY OK Check the RF envelope during REV x1 mode and confirm that the specified waveform is output Electrical adjustments Parts for tension Tension adjustment control are defect Tension error Check the RF envelope during FF and REW and confirm that the specified waveforms are output in both modes Transport system part defect Enter modes PLAY SEARCH REV SEARCH FWD PLAY in this sequen...

Page 124: ...triction from other parts Fig 2 9 4 Tape Restriction on Take up Side Fig 2 9 3 Tape Restriction on Supply Side 14 TU tension roller No restriction TU slant pole No restriction TU guide roller Upper restriction Capstan shaft No restriction Tape center Reference plane Top of main deck Exit guide roller No restriction 1 6 7 8 10 11 2 3 4 SUP tension roller No restriction SUP guide roller Upper restri...

Page 125: ...g tape before proceeding to the compatibility adjustment 2 RF envelope adjustment Oscilloscope alignment tape VFK1842 Color bar portion Play TP9 ENV OUT REWRITE board TP5 HID REWRITE board Supply guide roller Take up guide roller Make the wave forms flat The drop level should be less than 3 dB at both SUP and TU sides Flatness and variation should be less than 2 dB 1 Play alignment tape color bar ...

Page 126: ...der of Play Search REV Search FWD Play and confirm that wrinkles due to strong restriction by the guide rollers and guide pole are not produced on tape 2 Perform the same check at the section near the end of tape 3 Confirm that no tape damage occurs when a tape is being loaded unloaded or ejected 4 Perform the same procedures 1 3 with a standard cassette TP9 ENV OUT REWRITE board TP5 HID The tape ...

Page 127: ... instruments and Tools required for adjustments 3 1 3 1 2 Alignment tape specifications 3 1 3 1 3 Signals required for adjustments 3 1 3 1 4 Notes for adjustments 3 2 3 1 5 Adjustment menu 3 2 3 2 DVC UNIT ADJUSTMENTS 3 4 3 3 VIDEO SYSTEM ADJUSTMENTS 3 8 3 4 REWRITE BOARD SCHEMATIC DIAGRAM 3 23 ...

Page 128: ... 3 ELECTRICAL ADJUSTMENTS 3 1 2 Alignment tape specifications VFK1842 Table 3 1 2 1 2 Moving image Color bars Moving image audio 1 kHz Block noise check 10 10 Interchangeability adjustment Video audio play circuit check adjustment Audio signal Video signal Time min Applications No 3 1 3 Signals required for adjustments NTSC and PAL color bar signals are required on 3 3 VIDEO SYSTEM ADJUTMENT NTSC ...

Page 129: ...t is present NTSC only 3 1 5 Adjustment menu 1 Operation method Use the ADJUST MENU for adjustments The operating method is as follows 1 Make sure of no cassette in the VTR While holding the REW and FF buttons press the OPERATE button to turn the unit on When the unit is turned on press and hold the EJECT but ton for about 2 seconds until the ADJUST MENU is displayed Press the SET PAUSE button so ...

Page 130: ... LE REC Y LEV S OFF 92 0 255 219 LE REC ST LV S OFF 8 0 127 220 LE REC C LEV S OFF 0 16 15 221 YC EE Y LEV S OFF 96 0 255 222 YC EE C LEV S OFF 174 0 255 223 LE EE Y LEV S OFF 95 0 255 No Adjustment item OSD characters Initial value CTL DATA Adjustment range 224 LE EE C LEV S OFF 152 0 255 230 PB Y LEV S ON 119 0 255 231 PB SETUP LEV S ON 201 192 207 232 PB SYNC LEV S ON 118 0 255 233 PB C LEV S O...

Page 131: ...TP1 GND Rewrite board Auto adjustment a and b 126 µ sec 10 µ sec Measuring Measuring point No Item instruments Mode Adjustment parts Adjustment procedure Input signals Adjustment level 3 2 DVC UNIT ADJUSTMENTS Preparation Connect the Rewrite board VFK1846 to CN4004 on the Main board Connect it in the ori entation shown in Fig 3 2 so that the test point surface component mounting surface faces to w...

Page 132: ...EC CURRENT 2 Check the set data so that the value is 115 Recording current is approx 360 mVp p If not adjust the value to 115 3 Press the SET button to store the adjustment data Fig 3 2 1 2 A D J U S T ME NU 1 0 0 P B SW P O I N T V R D A T A C T L D A T A 1 2 0 S E T D A T A 1 2 0 D A T A 0 0 0 0 0 0 0 0 Press the PLAY button a few times to display data After displaying the data press the SET but...

Page 133: ... block noise just disappears The current value is the adjustment value A 5 Playback the recorded tape and press the PLAY button to increase the EVR data and fr eeze the image 6 Decrease the EVR data gradually until the block noise just disappears The current value is the adjustment value B 7 Calculate the intermediate value between the A and B values Since the adjustment values are hex numbers use...

Page 134: ...e frequency 4 Press the SET button to store the adjustment data TP4 FS PLL GND TP1 GND Rewrite board PLAY and STOP buttons 11 2896 MHz 0 1 MHz 6 FS PLL 32 kHz adjust ment No input EE ADJUST MENU 112 FS PLL 32 kHz 1 Select ADJUST MENU No 112 FS PLL 32 kHz 3 Adjust to the same value as the FS PLL 48 2 Press the SET button to measure frequency kHz adjustment value Setting range 0 to 255 4 Press the S...

Page 135: ...ustment results When an item is selected in the ADJUST MENU and INPUT SELECT SW sets to LINE or Y C the INPUT SELECT is switched automatically according to the selected item If DV input is selected disable automatic selection 1 NTSC circuit adjustments Set the NTSC PAL switch of rear panel to NTSC 2 NTSC PB SYNC level adjustment SETUP OFF WFM NTSC or oscilloscope 100 WHITE built in signal EE ADJUS...

Page 136: ... is as specified 4 Press the SET button to store the adjustment data Y OUT Y C jack 75 terminated PLAY and STOP buttons 100 IRE 714 mVp p 6 NTSC Y C IN REC SETUP level adjust ment SETUP OFF WFM NTSC or oscilloscope Y C IN NTSC 100 color bar SETUP 0 EE ADJUST MENU 216 YC REC ST LV S OFF 1 Set the INPUT SELECT SW to LINE or Y C 2 Select ADJUST MENU No 216 YC REC ST LV S OFF 3 Adjust so that the setu...

Page 137: ...C jack 75 terminated PLAY and STOP buttons 100 IRE 714 mVp p 9 NTSC LINE IN REC SETUP level adjust ment SETUP OFF WFM NTSC or oscilloscope LINE IN NTSC 100 color bar SETUP 0 EE ADJUST MENU 219 LE REC ST LV S OFF 1 Set the INPUT SELECT SW to LINE or Y C 2 Select ADJUST MENU No 219 LE REC ST LV S OFF 3 Adjust so that the setup level is as specified 4 Press the SET button to store the adjustment data...

Page 138: ...21 YC EE Y LEV S OFF 3 Adjust so that the level from the pedes tal to 100 WHITE is as specified 4 Press the SET button to store the adjustment data Y OUT Y C jack 75 terminated PLAY and STOP buttons 100 IRE 714 mVp p 12 NTSC Y C IN EE C level adjustment SETUP OFF WFM NTSC or oscilloscope Y C IN NTSC 100 color bar SETUP 0 EE ADJUST MENU 222 YC EE C LEV S OFF 1 Set the INPUT SELECT SW to LINE or Y C...

Page 139: ...NU 224 LE EE C LEV S OFF 1 Set the INPUT SELECT SW to LINE or Y C 2 Select ADJUST MENU No 224 LE EE C LEV S OFF 3 Adjust so that the burst levels are as speci fied 4 Press the SET button to store the adjustment data C OUT Y C jack 75 terminated PLAY and STOP buttons 40 IRE 286 mVp p 15 NTSC PB Y level adjust ment SETUP ON WFM NTSC or oscilloscope 100 WHITE built in signal EE ADJUST MENU 230 PB Y L...

Page 140: ...NC LEV S ON 1 Set the INPUT SELECT SW to LINE or Y C 2 Select ADJUST MENU No 232 PB SYNC LEV S ON 3 Adjust so that the sync level is as specified 4 Press the SET button to store the adjustment data Y OUT Y C jack 75 terminated PLAY and STOP buttons 40 IRE 286 mVp p 18 NTSC PB C level adjust ment SETUP ON WFM NTSC or oscilloscope RED raster built in signal EE ADJUST MENU 233 PB C LEV S ON 1 Set the...

Page 141: ...JUST MENU No 235 YC REC Y LEV S ON 3 Adjust so that the level from the pedestal to 100 WHITE is as specified 4 Press the SET button to store the adjustment data Y OUT Y C jack 75 terminated PLAY and STOP buttons 100 IRE 714 mVp p 21 NTSC Y C IN REC SETUP level adjust ment SETUP ON WFM NTSC or oscilloscope Y C IN NTSC 100 color bar Setup 7 5 EE ADJUST MENU 236 YC REC ST LV S ON 1 Set the INPUT SELE...

Page 142: ...fference from the pedes tal to 100 WHITE is as specified 4 Press the SET button to store the adjustment data Y OUT Y C jack 75 terminated PLAY and STOP buttons 100 IRE 714 mVp p 24 NTSC LINE IN REC SETUP level adjust ment SETUP ON WFM NTSC or oscilloscope LINE IN NTSC 100 color bar Setup 7 5 1 Set the INPUT SELECT SW to LINE or Y C 2 Select ADJUST MENU No 239 LE REC ST LV S ON 3 Adjust so that the...

Page 143: ...41 YC EE Y LEV S ON 3 Adjust so that the level from the pedes tal to 100 WHITE is as specified 4 Press the SET button to store the adjustment data 1 Set the INPUT SELECT SW to LINE or Y C 2 Select ADJUST MENU No 242 YC EE C LEV S ON 3 Adjust so that the burst levels are as speci fied 4 Press the SET button to store the adjustment data 26 NTSC Y C IN EE Y level adjustment SETUP ON WFM NTSC or oscil...

Page 144: ...PLAY and STOP buttons 100 IRE 714 mVp p 1 Set the INPUT SELECT SW to LINE or Y C 2 Select ADJUST MENU No 244 LE EE C LEV S ON 3 Adjust so that the burst levels are as speci fied 4 Press the SET button to store the adjustment data Measuring Measuring point No Item instruments Mode Adjustment parts Adjustment procedure Input signals Adjustment level 29 NTSC LINE IN EE C level adjustment SETUP ON WFM...

Page 145: ... MENU 262 PB SYNC LEV PAL 1 Set the INPUT SELECT SW to LINE or Y C 2 Select ADJUST MENU No 262 PB SYNC LEV PAL 3 Adjust so that the sync level is as specified 4 Press the SET button to store the adjustment data Y OUT Y C jack 75 terminated PLAY and STOP buttons 300 mVp p 32 PAL PB C level adjust ment WFM PAL or oscilloscope RED raster built in signal EE ADJUST MENU 263 PB C LEV PAL 1 Set the INPUT...

Page 146: ...he SET button to store the adjustment data Y OUT Y C jack 75 terminated PLAY and STOP buttons 700 mVp p Measuring Measuring point No Item instruments Mode Adjustment parts Adjustment procedure Input signals Adjustment level 35 PAL Y C IN REC SETUP level adjust ment WFM PAL or oscilloscope Y C IN PAL 100 color bar EE ADJUST MENU 266 YC REC ST LV PAL 1 Set the INPUT SELECT SW to LINE or Y C 2 Select...

Page 147: ... 2 Select ADJUST MENU No 268 LE REC Y LEV PAL 3 Adjust so that the level from the pedestal to 100 WHITE is as specified 4 Press the SET button to store the adjustment data Y OUT Y C jack 75 terminated PLAY and STOP buttons 700 mVp p 38 PAL LINE IN REC SETUP level adjust ment WFM PAL or oscilloscope LINE IN PAL 100 color bar EE ADJUST MENU 269 LE REC ST LV PAL 1 Set the INPUT SELECT SW to LINE or Y...

Page 148: ...2 Select ADJUST MENU No 271 YC EE Y LEV PAL 3 Adjust so that the level from the pedestal to 100 WHITE is as specified 4 Press the SET button to store the adjustment data Y OUT Y C jack 75 terminated PLAY and STOP buttons 700 mVp p Measuring Measuring point No Item instruments Mode Adjustment parts Adjustment procedure Input signals Adjustment level 41 PAL Y C IN EE C level adjustment WFM PAL or os...

Page 149: ... MENU No 274 LE EE C LEV PAL 3 Adjust so that the burst levels are as speci fied 4 Press the SET button to store the adjustment data C OUT Y C jack 75 terminated PLAY and STOP buttons 300 mVp p 44 On screen display position adjustment Monitor TV Color bar built in signal EE ADJUST MENU 200 OSD ADJ 1 Set the INPUT SELECT SW to LINE or Y C 2 Select ADJUST MENU No 200 OSD ADJ 3 Adjust so that the bou...

Page 150: ...FF OFF OFF OFF OFF Parameter ON Enable to rewrite VTR MSD ON Enable to rewrite SYS CPU ON Enable to rewrite VTR MSD CPU Note Not used Not used Not used Not used Not used S2 S1 S3 Note When rewriting the VTR MSD firmware both of switch S1 1 and 4 should be set to ON AG DV2500 ...

Page 151: ...3 Cassette housing operation outline 4 2 4 2 4 Switches 4 4 4 2 5 Reel motor 4 4 4 2 6 Tension 4 4 4 2 7 Mode sensor 4 5 4 3 SYSTEM CONTROL 4 5 4 3 1 Outline 4 5 4 3 2 Communication specifications 4 5 4 3 3 Communication timing 4 5 4 3 4 SYSCON IC2001 CPU port functions 4 6 4 3 5 MSD CPU IC302 port functions 4 8 4 3 6 RS 422A command list 4 14 ...

Page 152: ...is newly compatible with DV standard size cassettes Fig 4 2 1 shows a size comparison with conventional Mini cassette All dimensions differ including cassette thickness in addition to height and width Fig 4 2 1 Comparison Between Mini Cassette and Standard Cassette Item AG DV2500 Compatible cassette Mini Standard Cassette compatible Loading system Front loading Head cleaner Yes solenoid Reel drive...

Page 153: ...tte position at the same time the cassette housing performs the intake move ment The reel change bracket Fig 4 2 3 located on the right side of the cassette housing is linked to the reel change plate Fig 4 2 4 so when the cassette housing intake movement occurs the reel change plate also moves thereby changing to the mini cassette position Fig 4 2 2 Cassette Holder Bar Fig 4 2 3 Reel Change Bracke...

Page 154: ...using the MECHA board S3 cassette switch to be pressed and intake completion is detected See Fig 4 2 7 Eject When ejecting the cassette both switches HW and HW2 are momentarily ON and eject completion is detected And from here it returns to the initial status of switch HW ON HW2 OFF Sub Flap HW HW2 Fig 4 2 6 Cassette Housing Switch Table 4 2 1 Mode HW HW2 S3 EJECT Initial ON OFF OFF INTAKE Detect ...

Page 155: ...ndard cassette detection switch Fig 4 2 7 S2 Mecha board SUP reel lock release switch Fig 4 2 7 S3 Mecha board Cassette intake completion detection switch Fig 4 2 7 Condition of SUP reel lock release switch operation After cassette intake tape is pulled out of the take up side for loading but when a virgin tape is inserted it switches over to pull out from the supply side since it is not possible ...

Page 156: ...cordance with CLK However if it is not yet ready for communication it sets the BUSY terminal to H and notifies the SYSCON CPU 4 When the BUSY terminal is H SYS CPU skips the current communication and waits until the next block 400 µs later to see if it is L and then starts communication 5 After 25 Bytes are communicated CS is set to L and communication ends 4 3 3 Communication timing In synchroniz...

Page 157: ... AUD_DACTL_CK O Audio DA clock 21 PC7 AUD_DACTL_DT O Audio DA data 22 PB0 TIOCA3 66311_CLK O IC208 clock 23 PB1 TIOCB3 66311_CSK O IC208 data 24 PB2 TIOCC3 WIRELESS_REM I Wireless remote input 25 PB3 TIOCD3 SERIAL_REM I Serial remote input 26 PB4 TIOCA4 NTSC L O VIDEO 27 PB5 TIOCB4 BWO L O VIDEO 28 PB6 TIOCA5 CPS L O VIDEO 29 PB7 TIOCB5 66311_RST O IC2008 RESET 30 PA0 ODD_EVEN I 31 PA1 TxD2 SYSCPU...

Page 158: ... BUZZ TP2023 Not used 75 PF0 IRQ2 WAKE_UP I Start interrupt key input from standby mode 76 P30 TxD0 OSD_DATA O OSD UART0 77 P31 RxD0 OSD_CS O 78 P32 SCK0 SDA1 IRQ4 OSD_CLK O 79 P33 TxD1 SCL1 422_Tx O RS 422 UART1 80 P34 RxD1 SDA0 422_Rx I 81 P35 SCK1 SCL0 IRQ5 8029VD I IC208 CSYNC 82 P36 OSD_RST O OSD 83 P77 TxD3 MS_OUT O MS BUS UART3 84 P76 RxD3 MS_IN I 85 P75 TMO3 SCK3 MS_CLK O 86 P74 TMO2 MRES ...

Page 159: ...ing control 27 P20 D16 SBIB CLN_SOL O Cleaner solenoid drive 28 P22 D18 SBTB MSD_RDY O For MS_BUS communication 29 P32 D26 SBO2 LED_1SW O Front panel LED 1 30 VDDH AL_3VSYS I Power for digital 31 VSS D_GND GND for digital 32 P53 IRQ3 GND 10k O Not used 33 P25 D21 SBT0 MIC_3 O CLK for cassette MIC communication 34 P33 D27 SBT2 EEPR_CS O For EEPROM communication 35 P63 IRQ11 GND 10k O Not used 36 ND...

Page 160: ... I TU_REEL_SENSOR 76 PS4 SBO5 OPEN O Not used 77 PT0 SBI9 OPEN O Not used 78 PR4 A23 KI4 SDCLKO GND 10k O Not used 79 PS5 SBT5 OPEN O Not used 80 PT1 SBO9 OPEN O Not used 81 VSS D_GND GND for digital 82 P02 D2 SP_LOCK_SW I SP lock detection switch 83 P10 D8 REEL_BRK O Reel motor brake 84 P12 D10 CASETTE_SW I CASSETTE SW 85 P21 D17 SBOB A_MUTE O Audio mute 86 P27 D23 SBO1 EEPR_SDO O EEPROM communic...

Page 161: ... OPEN O Not used 150 PA4 SBO7 OPEN O Not used 151 PB2 IRQ14 OPEN O Not used 152 VSS D_GND GND for digital 153 PL5 PWM6 OPEN O Not used 154 PL4 TM7IO V_MUTE I V MUTE DVSYS 155 PL3 TM6IO OPEN O Not used 156 PL2 TM5IO SCR_UD O Not used 157 165 ND OPEN Not used 166 PC3 SY0OT3 OPEN Not used 167 PB0 IRQ12 OPEN O Not used 168 PB1 IRQ13 INV I ODD EVEN distinguish 169 PB4 BR OPEN O Not used 170 VSS D_GND G...

Page 162: ...241 ND OPEN Not used 242 VDD VOUT_25 I Power for digital 243 PE7 TM23IOB GND 10k O Not used 244 PD1 TM11IO OPEN O Not used 245 PE3 TM21IOB FFREW_H O Not used 246 PD5 TM15IO OPEN O Not used 247 PVDD AL_3VSYS I Power for analog 248 PP7 ADM15 A15 ADM15 I O Interface with IC103 249 PK1 TM31IO OPEN O Not used 250 RST VTR_RESET I For rewrite 251 261 ND OPEN Not used 262 PE4 TM22IOA GND 10k O Not used 26...

Page 163: ... Not used 301 PE6 TM23IOA GND 10k O Not used 302 PF2 TM25IOA OPEN O Not used 303 PF3 TM25IOB GND 10k O Not used 304 PP0 ADM8 A8 ADM8 I O Interface with IC103 305 PP6 ADM14 A14 ADM14 I O Interface with IC103 306 PP2 ADM10 A10 ADM10 I O Interface with IC103 307 PN3 RE DRE O Interface with IC103 308 PN1 WE1 SDQM1 OPEN O Not used 309 PM2 CS2 DV_CS O Interface with IC103 310 PM5 RWSEL RWSEL O Interface...

Page 164: ...rol 340 343 ND OPEN Not used 344 PO6 ADM6 A6 ADM6 I O Interface with IC103 345 PO3 ADM3 A3 ADM3 I O Interface with IC103 346 VDDB AL_3VSYS I Power for digital 347 PO0 ADM0 A0 ADM0 I O Interface with IC103 348 PN2 SYSCLK OPEN O Not used 349 PM3 CS3 OPEN O Not used 350 VSS D_GND GND for digital 351 AVSS A_GND I GND for analog 352 PI5 AN21 GND 10k Not used 353 PH5 AN13 GND 10k Not used 354 PG7 AN7 MO...

Page 165: ...1 0 01 ACK 4 X 3E Rec Inhibit Preset 1 0 01 ACK 6 1 0A 01 TC Gen Data Sense 7 4 08 Gen Time Data 6 1 0A 10 TC Gen Data Sense 7 4 09 Gen UB Data UB Fix to 0 6 1 0A 11 TC Gen Data Sense 7 8 08 Gen TC UB Data UB Fix to 0 6 1 0C 01 Current Time Sense 7 4 04 TC main Data 6 1 0C 02 Current Time Sense 7 4 06 TC main Data 6 1 0C 03 Current Time Sense 7 4 04 TC main Data 6 1 0C 10 Current Time Sense 7 4 05...

Page 166: ...GRAM 5 3 5 4 AUDIO BLOCK DIAGRAM 5 4 5 5 OVERALL WIRING DIAGRAM 5 5 5 6 DV UNIT OVERALL WIRING DIAGRAM 5 6 5 7 MAIN SCHEMATIC DIAGRAM 5 7 5 8 MAIN CIRCUIT BOARD 5 13 5 9 DV CPU SCHEMATIC DIAGRAM 5 15 5 10 DV CPU CIRCUIT BOARD 5 19 5 11 MDA DC CIRCUIT BOARD 5 20 5 12 MDA DC SCHEMATIC DIAGRAM 5 21 5 13 FDM FRONT DV CONN MIC SCHEMATIC DIAGRAMS 5 25 5 14 FDM FRONT DV CONN MIC CIRCUIT BOARDS 5 26 5 15 ...

Page 167: ...5 14 FRONT 5 25 5 26 DV CONN 5 25 5 26 MIC 5 4 5 25 5 26 DV CPU 5 2 5 4 5 15 to 5 18 5 19 MDA DC 5 21 to 5 24 5 20 MECHA 5 27 5 28 5 29 MECHA CONN 5 27 5 29 0 1 0 2 0 3 0 4 1 1 1 2 1 3 1 4 FRONT BOARD ASSEMBLY MIC BOARD ASSEMBLY DV CPU BOARD ASSEMBLY MDA DC BOARD ASSEMBLY a f f b c d d e e MECHA BOARD ASSEMBLY MECHA CONN BOARD ASSEMBLY 1 MAIN BOARD ASSEMBLY DV CONN BOARD ASSEMBLY 4 1 1 1 2 1 3 0 3...

Page 168: ...G IF OSD IC204 OPE KEY RS T RST IEEE1394 RS422 IC2013 TCCS JIG for adjustment EVR IC405 YDC Rewrite the firmware MECHA CONTROLL BLOCK OR IC2051 SIO SIO MS BUS SIO SIO EEP IC301 PS SIO VIDEO Adjustment data Analog voltage RM G30 EDIT PLAYER NLE Capture PS AUDIO Seri Para IC2009 2010 PS OPE LED LED driver IC2008 PS INT TIM Serial Remorte DRUM MDA IC11 PS PS SYSTEM CONTROLL BLOCK 1 1 DV CPU 0 1 MAIN ...

Page 169: ...5 3 VIDEO BLOCK DIAGRAM 5 3 ...

Page 170: ...5 4 AUDIO BLOCK DIAGRAM 5 4 ...

Page 171: ...5 5 OVERALL WIRING DIAGRAM 5 5 CN111 MDA DC CN101 DV CPU ...

Page 172: ...5 6 DV UNIT OVERALL WIRING DIAGRAM 5 6 ...

Page 173: ... 5 0 9 0 8 2 7 1 7 5 0 1 8 1 0 5 0 0 0 8 5 0 0 2 1 2 1 8 0 1 4 2 0 8 4 8 0 2 0 2 0 9 4 9 0 9 5 0 0 4 0 3 0 2 0 2 4 4 0 8 4 9 0 4 0 9 0 2 3 4 0 7 0 8 0 8 1 4 0 8 1 4 0 1 0 7 2 2 3 0 2 9 2 7 0 NTSC 2 7 PAL 2 3 NTSC 0 8 PAL 4 3 2 9 5 0 2 8 2 8 2 3 NTSC 1 7 PAL 2 5 4 2 3 0 2 8 2 5 3 2 2 9 0 2 9 2 9 0 NTSC 5 0 PAL 0 0 0 2 7 3 3 5 0 3 2 2 6 0 5 1 0 0 0 1 0 7 5 1 0 3 0 4 0 4 9 0 4 0 3 5 1 0 0 2 0 6 0 5 5...

Page 174: ... 2 0 5 0 2 0 9 0 2 5 0 0 1 0 0 4 9 0 4 0 4 0 2 3 7 0 1 0 4 7 9 3 1 4 9 3 7 0 2 0 0 6 0 0 5 0 3 0 2 0 2 5 1 0 1 0 1 0 2 4 9 0 1 0 1 0 4 0 2 5 0 0 4 4 1 4 8 1 5 0 2 1 5 0 8 1 9 1 3 3 0 2 9 3 0 1 1 1 1 0 2 7 2 9 0 0 4 3 1 4 2 0 4 9 1 6 1 7 2 1 0 6 4 9 5 1 0 4 0 2 0 3 0 1 8 1 3 3 0 1 5 0 1 5 NTSC NTSC TP207 TP207 TP205 TP205 PAL PAL PAL NTSC TP208 TP208 NTSC PAL TP210 TP210 NTSC PAL TP211 TP211 NTSC P...

Page 175: ... 9 8 4 0 0 7 9 7 4 7 4 7 9 0 0 0 8 4 0 0 0 1 3 1 3 3 0 3 0 0 0 1 3 3 0 1 5 1 5 1 6 1 3 3 0 0 3 0 3 0 0 0 3 0 1 6 3 0 3 0 1 5 3 0 1 3 0 0 3 0 3 0 0 3 0 1 6 3 0 3 0 0 0 3 0 1 5 3 0 1 3 1 5 1 6 1 6 3 0 3 0 3 0 0 1 6 0 3 0 1 5 1 5 1 5 0 8 4 0 0 0 7 9 0 0 8 4 0 7 9 7 9 7 9 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 7 9 7 9 0 0 0 0 7 9 7 9 0 0 0 0 0 0 0 0 0 0 1 9 0 6 1 9 0 5 0 0 0 7 9 Page 5 25 0 ...

Page 176: ...MAIN SCHEMATIC DIAGRAM 4 6 5 10 ...

Page 177: ... 3 1 9 1 7 10 0 11 1 11 2 1 7 1 0 1 3 1 3 1 8 1 6 7 9 0 2 5 0 1 1 0 1 0 2 0 1 8 10 1 7 5 0 7 2 5 0 10 1 8 7 8 7 3 0 9 4 6 7 11 1 6 7 7 9 0 11 1 0 10 0 0 12 0 0 5 1 0 IMPORTANT SAFETY NOTICE COMPONENTS IDENTIFIED WITH THE MARK HAVE THE SPECIAL CHARACTERISTICS FOR SAFETY WHEN REPLACING ANY OF THESE COMPONENTS USE ONLY THE SAME TYPE ...

Page 178: ...MAIN SCHEMATIC DIAGRAM 6 6 5 12 Page 5 16 Page 5 16 5 18 ...

Page 179: ... R406 R407 R408 R409 R412 R413 R414 R419 R420 R421 R422 R423 R424 R501 R502 R503 R504 R505 R506 R507 R601 R602 R603 R604 R605 R606 R607 R608 R609 R610 R611 R612 R613 R614 R615 R616 R617 R618 R619 R620 R621 R622 R623 R624 R625 R626 R627 R628 R629 R1003 R1004 R1005 R1006 R1007 R1009 R1010 R1011 R1012 R1013 R1014 R1016 R1017 R1018 R1019 R1020 R1021 R1022 R1023 R1024 R1025 R1026 R1027 R1028 R1029 R103...

Page 180: ... C621 C1001 C1002 C1003 C1004 C1005 C1006 C1007 C1008 C1009 C1010 C1011 C1012 C1013 C1014 C1015 C1016 C1017 C1018 C1019 C1020 C1021 C1022 C1023 C1024 C1025 C1026 C1027 C1028 C1029 C1030 C1031 C1032 C1033 C1034 C1035 C1036 C1037 C1038 C1039 C1040 C1041 C1042 C1051 C1052 C1053 C1054 C1055 C1056 C1057 C1058 C1059 C1060 C1061 C2001 C2002 C2003 C2004 C2005 C2006 C2021 C2031 C2032 C2033 C2060 C2064 C206...

Page 181: ...5 9 DV CPU SCHEMATIC DIAGRAM 1 4 5 15 MIX AGC BIAS REC GAIN ...

Page 182: ...TIC DIAGRAM 2 4 SHUFF COMP ECC ECC DE COMP DV EQ VITERBI REC FORMAT PB DE FORMAT DE SHUFF FROM TO MAIN CN4003 Page 5 12 FROM TO MAIN CN4002 Page 5 12 FROM TO MAIN CN4003 Page 5 12 FROM TO DV CONN CN201 Page 5 25 C142 39p ...

Page 183: ...DV CPU SCHEMATIC DIAGRAM 3 4 5 17 ...

Page 184: ...5 18 DV CPU SCHEMATIC DIAGRAM 4 4 CN108 Page 5 24 CN104 Page 5 27 CN106 Page 5 27 FROM MDA DC CN105 Page 5 27 FROM TO MAIN CN4002 Page 5 12 ...

Page 185: ...1B B 1B A 1B B 1G A 1G B 1G A 1G B 1G A 1G B 1G A 1G B 1G B 1G B 1G A 1F B 1G B 1G B 1G B 1G B 1G B 1G B 1G B 1G B 1B B 1B A 1A A 1A A 1A B 1A B 1A B 1C A 1A A 1A A 1A A 1C A 1C A 1C A 1C A 1A B 1G B 1G B 1G R473 R474 R475 R476 R477 R478 R479 R480 R481 R482 R483 R484 R485 R486 R487 R488 R489 R490 R491 R492 R493 R494 R495 RA101 RA102 RA103 RA104 RA105 RA106 RA107 RA401 RA402 RA403 C1 C2 C3 C4 C5 C6...

Page 186: ... R413 R414 R415 R416 R417 R418 R419 R420 R421 C101 C102 C103 C104 C105 C106 C107 C108 C109 C120 C121 C122 C123 C124 C125 C126 C127 C128 C129 C130 C131 C132 C133 C134 C135 C136 C137 C138 C139 C140 C141 A 3G B 2G B 2G B 2G B 2G B 2G B 2F A 3F A 3F B 3G B 3G B 3G B 3G B 2G A 2F A 2E B 2G A 2F B 2F B 2F B 2F B 2G B 3G B 3G B 2C B 2C B 2C B 1C B 1C B 2C B 2C B 2C B 2C A 2C A 2C A 2B A 2B A 2B A 2C A 2C...

Page 187: ...5 12 MDA DC SCHEMATIC DIAGRAM 1 4 5 21 TO CN112 Page 5 27 MECHA CONN ...

Page 188: ...5 22 MDA DC SCHEMATIC DIAGRAM 2 4 CN105 Page 5 18 CN116 Page 5 27 ...

Page 189: ...ATIC DIAGRAM 3 4 5 23 FROM MAIN CN3001 Page 5 11 IMPORTANT SAFETY NOTICE COMPONENTS IDENTIFIED WITH THE MARK HAVE THE SPECIAL CHARACTERISTICS FOR SAFETY WHEN REPLACING ANY OF THESE COMPONENTS USE ONLY THE SAME TYPE ...

Page 190: ...5 24 MDA DC SCHEMATIC DIAGRAM 4 4 CN108 Page 5 18 ...

Page 191: ...5 13 FDM FRONT DV CONN MIC SCHEMATIC DIAGRAMS 5 25 Page 5 12 Page 5 16 Page 5 9 ...

Page 192: ...C A 2D A 2D R14 R15 R16 R17 R18 R19 R20 R21 C1 C2 C3 LD1 LD2 LD3 LD4 LD5 LD6 LD7 LD8 LD9 LD10 LD11 LD12 A 3D A 2F A 3E A 3E A 3E A 3E A 1A A 2B A 2C A 2D A 2D A 2D A 3D A 3D A 3D LD13 LD14 LD15 LD16 LD17 LD18 CN1 S1 S2 S3 S4 S5 S6 S7 S8 S9 S10 S11 A 3D A 2F A 3C A 1A A 2B A 3B A 2F A 3F DV CONN CIRCUIT BOARD MIC CIRCUIT BOARD FRONT CIRCUIT BOARD A 3E A 2D A 2E A 2E A 2D A 2D A 2E A 2D A 2D A 3D A ...

Page 193: ...5 15 MECHA MECHA CONN SCHEMATIC DIAGRAMS 5 27 MECHA CONN CN104 Page 5 18 CN116 Page 5 22 CN106 Page 5 18 MECHA MECHA CONN CN112 Page 5 21 ...

Page 194: ...5 28 5 16 MECHA MECHA CONN CIRCUIT BOARDS SIDE A MECHA CIRCUIT BOARD ...

Page 195: ...5 29 SIDE B SIDE A MECHA CONN CIRCUIT BOARD ...

Page 196: ...5 30 5 17 IC BLOCK DIAGRAMS ...

Page 197: ...5 31 ...

Page 198: ...5 32 ...

Page 199: ...5 33 ...

Page 200: ...5 34 ...

Page 201: ...5 35 ...

Page 202: ...5 36 ...

Page 203: ...5 37 ...

Page 204: ...5 38 ...

Page 205: ...5 39 ...

Page 206: ...XTURES TOOLS EXPLODED VIEWS REPLACEMENT PARTS LIST CONTENTS SERVICING FIXTURES TOOLS MECHANISM PARTS ASSEMBLY PRT 1 CABINET PARTS ASSEMBLY PRT 3 PACKING PARTS ASSEMBLY PRT 5 ELECTRICAL REPLACEMENT PARTS LIST PRT 7 ...

Page 207: ... 1 S1 2 66A 66B 46 80 S8 W5 W6 36 55 43 54 60 59 37 48 70 50 S4 S4 32 30 31 11 13 17 16 15 68 S4 8 7 45 W8 15 14 38 56 32 30 31 W5 W8 33 5 39 5A 5B 34 29 32 30 31 S4 S4 6 20 S4 S4 S1 10 42 18 91 W7 20 51 53 S4 25 9 24 22 to shaft of No 24 Fold AA AA AA Apply the screw lock Red marking AA AA CC CC AA CC MECHA BOARD ASSEMBL AA AA AA Apply the screw lock Apply the screw lock AA MECHA CONN BOARD ASSEM...

Page 208: ...R 1 W1 QYWDL163525 SLIT WASHER 1 23 LL40351 001A TEN SPRING FLL 1 W2 QYWDM254725 SLIT WASHER 4 24 QAR0247 001 REEL MOTOR 1 W5 QYWDM082525 SLIT WASHER 4 25 WJT0084 001A FFC 1 W6 QYWFM123025 WASHER 2 26 LL30256 001B SW LEVER 1 W7 QYWDM082025 SLIT WASHER 1 27 LL30263 001A SUP TEN ARM SA 1 W8 QYWDM123025 SLIT WASHER 2 28 LL40259 001B TEN SPRING STA 1 29 LL40362 001A COMP SPRING 2 30 LL40325 001A GUIDE...

Page 209: ... FRONT BKT MAIN BOARD Electrode surface Note Valley fold Plate A A B B 90û f CN103 CN102 CN104 CN105 CN106 CN4002 CN4003 CN1001 CN3001 CN4001 DRAWING FROM DIRECTION A DRAWING FROM DIRECTION B S2 8 S2 9 41 42 13 13B 13B 13C 13C 13C 13B 13B S1 39 13A 13D 2 a FRONT BOARD ASSEMBLY MIC BOARD ASSEMBLY S1 S1 S1 S1 S1 20 47 48 23 6 5 45 d 4 Hook Hook S1 1 a b c S1 S8 S10 28 A B S1 S1 3 23 44 d S9 S1 S1 30...

Page 210: ...12AA FFC WIRE 2 25 UQ105 3013AA FFC WIRE 1 26 SCV2949 038 GASKET 1 27 LL30314 001D BRACKET L 1 28 LL30315 001C BRACKET R 1 29 LL30316 001A SUB BRACKET L 1 30 LL30317 001A SUB BRACKET R 1 31 PRD30030 36 PAD 2 32 LL40377 001A SHIELD CASE 1 33 UQ105 1305AA FFC WIRE 1 34 UQ105 2609AA FFC WIRE 1 35 UQ105 2004AA FFC WIRE 1 36 UQ105 1804AA FFC WIRE 1 37 UQ105 2004AA FFC WIRE 1 38 JJ027 081203 WIRE 1 39 I...

Page 211: ... PARTS ASSEMBLY Components identified with the mark have the special characteristics for safety When replacing any of these components use only the same type 12 11 20 16 23 14 10 7 8 8 6 1 19 19 18 21 22 22 9 13 15 ...

Page 212: ...DV2500P 11 PL240 200 K2 POWER CODE 1 FOR AG DV2500E 12 QPB02002804 POLYETHYLENE BAG 1 13 QAL0481 001 AC ADAPTER 1 14 QPA01202005 POLYETHYLENE BAG 1 15 PUP40003 7 CUSHION 1 16 LL30345 001A REMOCON UNIT 1 18 LL30322 001A PACKING CASE 1 19 LL20094 001A CUSHION 2 20 LL20096 001A ACC CASE 1 21 QPA02503505 POLYETHYLENE BAG 1 22 PRD3134 33 PACKING LABEL 1 FOR AG DV2500P 22 PRD3134 34 PACKING LABEL 1 FOR ...

Page 213: ... 50V 22P 1 C18 NCB11AK 106X C CAPACITOR 10V 10U 1 C170 71 NCB31CK 104X C CAPACITOR 16V 0 1U 2 C19 NCB31CK 104X C CAPACITOR 16V 0 1U 1 C203 04 NCB31HK 103X C CAPACITOR 50V 0 01U 2 C20 21 NCB31HK 103X C CAPACITOR 50V 0 01U 2 C205 NEH90JM 476X E CAPACITOR 6 3V 47U 1 C22 NCB11AK 106X C CAPACITOR 10V 10U 1 C206 NCB11AK 475X C CAPACITOR 10V 4 7U 1 C23 24 NCB31HK 103X C CAPACITOR 50V 0 01U 2 C207 08 NCB3...

Page 214: ...NCB31CK 104X C CAPACITOR 16V 0 1U 1 C323 25 NCB31HK 103X C CAPACITOR 50V 0 01U 3 C2135 NEH91CM 106X E CAPACITOR 16V 10U 1 C326 NEH90JM 107X E CAPACITOR 6 3V 100U 1 C2136 37 NCB31CK 104X C CAPACITOR 16V 0 1U 2 C327 NCB31HK 103X C CAPACITOR 50V 0 01U 1 C2138 NEH91CM 106X E CAPACITOR 16V 10U 1 C328 31 NCB31CK 104X C CAPACITOR 16V 0 1U 4 C2139 NCB31CK 104X C CAPACITOR 16V 0 1U 1 C333 36 NCB31CK 104X C...

Page 215: ... 1 K4001 03 NQR0200 005X COIL 3 K4005 NQR0200 005X COIL 1 F3001 MFZ011 3R15X FUSE 1 L1 L8 NQL114K 220X COIL 22UH 8 FL1 QQR0454 001 FL FILTER 1 L9 NQL024J 100X COIL 10UH 1 L10 NQL024J 5R6X COIL 5 6UH 1 IC1 TC4W53FU IC 1 L11 NQL024J 100X COIL 10UH 1 IC2 MM1565AF IC 1 L12 NQL024J 150X COIL 15UH 1 IC3 NJM79L05UA IC 1 L13 NQL024J 100X COIL 10UH 1 IC4 CXD2064Q IC 1 L14 NQL024J 5R6X COIL 5 6UH 1 IC5 M512...

Page 216: ...STOR 1 R65 NRSA63D 331X M RESISTOR CH 1 16W 330 1 Q2002 DTA144EKA TRANSISTOR 1 R66 NRSA63D 102X M RESISTOR CH 1 16W 1K 1 Q2003 DTC144EKA TRANSISTOR 1 R67 NRSA63D 101X M RESISTOR CH 1 16W 100 1 Q2004 DTC144EUA TRANSISTOR 1 R68 NRSA63D 182X M RESISTOR CH 1 16W 1 8K 1 Q2006 DTC144EKA TRANSISTOR 1 R69 70 NRSA63J 102X M RESISTOR CH 1 16W 1K 2 Q3001 DTC114EUA TRANSISTOR 1 R71 NRSA63D 101X M RESISTOR CH ...

Page 217: ...73X M RESISTOR CH 1 16W 47K 1 R257 NRSA63J 101X M RESISTOR CH 1 16W 100 1 R373 NRSA63J 473X M RESISTOR CH 1 16W 47K 1 R258 NRSA63D 122X M RESISTOR CH 1 16W 1 2K 1 R374 75 NRSA63D 473X M RESISTOR CH 1 16W 47K 2 R259 NRSA63J 684X M RESISTOR CH 1 16W 680K 1 R376 77 NRSA63J 473X M RESISTOR CH 1 16W 47K 2 R260 NRSA63D 102X M RESISTOR CH 1 16W 1K 1 R378 NRSA63J 220X M RESISTOR CH 1 16W 22 1 R263 NRSA63J...

Page 218: ...RSA63D 473X M RESISTOR CH 1 16W 47K 1 R2501 02 NRSA63J 101X M RESISTOR CH 1 16W 100 2 R1038 NRSA63J 822X M RESISTOR CH 1 16W 8 2K 1 R3001 NRSA63D 153X M RESISTOR CH 1 16W 15K 1 R1039 NRSA63D 822X M RESISTOR CH 1 16W 8 2K 1 R3002 NRSA63D 472X M RESISTOR CH 1 16W 4 7K 1 R1040 NRSA63D 103X M RESISTOR CH 1 16W 10K 1 R3003 NRSA63D 473X M RESISTOR CH 1 16W 47K 1 R1041 NRSA63J 682X M RESISTOR CH 1 16W 6 ...

Page 219: ...2 C19 NBE41CM 106X T CAPACITOR 16V 10U 1 CN1 QGF0508F1 45 CONNECTOR 1 C20 24 NCB31CK 104X C CAPACITOR 16V 0 1U 5 C25 NDC31HJ 221X C CAPACITOR 50V 220P 1 IC1 SBX3071 52 IC 1 C26 27 NCB31CK 104X C CAPACITOR 16V 0 1U 2 C28 NDC31HJ 102X C CAPACITOR 50V 1000P 1 LD1 GL3CL8 LED 1 C29 30 NCB31CK 104X C CAPACITOR 16V 0 1U 2 LD2 SLR 342VR3F LED 1 C31 NCB11CK 475X C CAPACITOR 16V 4 7U 1 LD3 D6 SLR 342MG3F LE...

Page 220: ...E21AM 106X T CAPACITOR 10V 10U 2 R111 NRSA63J 102X M RESISTOR CH 1 16W 1K 1 C436 37 NCB31CK 104X C CAPACITOR 16V 0 1U 2 R112 NRSA63J 151X M RESISTOR CH 1 16W 150 1 C438 39 NCB31CK 223X C CAPACITOR 16V 0 022U 2 R113 NRSA63J 302X M RESISTOR CH 1 16W 3K 1 C442 45 NCB31CK 223X C CAPACITOR 16V 0 022U 4 R114 NRSA63J 151X M RESISTOR CH 1 16W 150 1 C446 NCB31HK 103X C CAPACITOR 50V 0 01U 1 R115 NRSA63J 30...

Page 221: ...NCB11CK 105X C CAPACITOR 16V 1U 1 R474 80 NRSA63J 104X M RESISTOR CH 1 16W 100K 7 C309 NBE21DM 475X T CAPACITOR 20V 4 7U 1 R481 82 NRSA63J 473X M RESISTOR CH 1 16W 47K 2 C311 NCB11CK 105X C CAPACITOR 16V 1U 1 R483 85 NRSA63J 332X M RESISTOR CH 1 16W 3 3K 3 C312 NBE21DM 475X T CAPACITOR 20V 4 7U 1 R486 90 NRSA63J 101X M RESISTOR CH 1 16W 100 5 C313 NDC31HJ 102X C CAPACITOR 50V 1000P 1 R491 NRSA63J ...

Page 222: ... 1 16W 1K 1 Q36 2SJ484WY FET 1 R308 NRSA63J 683X M RESISTOR CH 1 16W 68K 1 Q37 DTA114EUA TRANSISTOR 1 R309 NRSA63J 562X M RESISTOR CH 1 16W 5 6K 1 Q41 42 2SJ484WY FET 2 R310 NRSA63J 153X M RESISTOR CH 1 16W 15K 1 Q43 2SC4097 QR TRANSISTOR 1 R311 NRSA63J 393X M RESISTOR CH 1 16W 39K 1 Q44 2SA1577 TRANSISTOR 1 R312 NRSA63J 222X M RESISTOR CH 1 16W 2 2K 1 Q45 2SC4097 QR TRANSISTOR 1 R313 NRSA63J 102X...

Page 223: ...1 R415 NRSA63J 222X M RESISTOR CH 1 16W 2 2K 1 R416 NRSA63J 102X M RESISTOR CH 1 16W 1K 1 R417 NRSA63D 562X M RESISTOR CH 1 16W 5 6K 1 R418 NRSA63D 272X M RESISTOR CH 1 16W 2 7K 1 R419 NRSA63J 330X M RESISTOR CH 1 16W 33 1 R420 21 NRSA63J 100X M RESISTOR CH 1 16W 10 2 LK2123A0A1 MECHA P C BOARD 1 RTL CN104 GF0508F1 13X CONNECTOR 13P 1 CN106 GF0508F1 20X CONNECTOR 20P 1 CN116 GF0508F1 20X CONNECTOR...

Page 224: ...5 4 AUDIO BLOCK DIAGRAM 5 4 ...

Page 225: ...G IF OSD IC204 OPE KEY RS T RST IEEE1394 RS422 IC2013 TCCS JIG for adjustment EVR IC405 YDC Rewrite the firmware MECHA CONTROLL BLOCK OR IC2051 SIO SIO MS BUS SIO SIO EEP IC301 PS SIO VIDEO Adjustment data Analog voltage RM G30 EDIT PLAYER NLE Capture PS AUDIO Seri Para IC2009 2010 PS OPE LED LED driver IC2008 PS INT TIM Serial Remorte DRUM MDA IC11 PS PS SYSTEM CONTROLL BLOCK 1 1 DV CPU 0 1 MAIN ...

Page 226: ...5 3 VIDEO BLOCK DIAGRAM 5 3 ...

Page 227: ...1B B 1B A 1B B 1G A 1G B 1G A 1G B 1G A 1G B 1G A 1G B 1G B 1G B 1G A 1F B 1G B 1G B 1G B 1G B 1G B 1G B 1G B 1G B 1B B 1B A 1A A 1A A 1A B 1A B 1A B 1C A 1A A 1A A 1A A 1C A 1C A 1C A 1C A 1A B 1G B 1G B 1G R473 R474 R475 R476 R477 R478 R479 R480 R481 R482 R483 R484 R485 R486 R487 R488 R489 R490 R491 R492 R493 R494 R495 RA101 RA102 RA103 RA104 RA105 RA106 RA107 RA401 RA402 RA403 C1 C2 C3 C4 C5 C6...

Page 228: ...C A 2D A 2D R14 R15 R16 R17 R18 R19 R20 R21 C1 C2 C3 LD1 LD2 LD3 LD4 LD5 LD6 LD7 LD8 LD9 LD10 LD11 LD12 A 3D A 2F A 3E A 3E A 3E A 3E A 1A A 2B A 2C A 2D A 2D A 2D A 3D A 3D A 3D LD13 LD14 LD15 LD16 LD17 LD18 CN1 S1 S2 S3 S4 S5 S6 S7 S8 S9 S10 S11 A 3D A 2F A 3C A 1A A 2B A 3B A 2F A 3F DV CONN CIRCUIT BOARD MIC CIRCUIT BOARD FRONT CIRCUIT BOARD A 3E A 2D A 2E A 2E A 2D A 2D A 2E A 2D A 2D A 3D A ...

Page 229: ... R406 R407 R408 R409 R412 R413 R414 R419 R420 R421 R422 R423 R424 R501 R502 R503 R504 R505 R506 R507 R601 R602 R603 R604 R605 R606 R607 R608 R609 R610 R611 R612 R613 R614 R615 R616 R617 R618 R619 R620 R621 R622 R623 R624 R625 R626 R627 R628 R629 R1003 R1004 R1005 R1006 R1007 R1009 R1010 R1011 R1012 R1013 R1014 R1016 R1017 R1018 R1019 R1020 R1021 R1022 R1023 R1024 R1025 R1026 R1027 R1028 R1029 R103...

Page 230: ... C621 C1001 C1002 C1003 C1004 C1005 C1006 C1007 C1008 C1009 C1010 C1011 C1012 C1013 C1014 C1015 C1016 C1017 C1018 C1019 C1020 C1021 C1022 C1023 C1024 C1025 C1026 C1027 C1028 C1029 C1030 C1031 C1032 C1033 C1034 C1035 C1036 C1037 C1038 C1039 C1040 C1041 C1042 C1051 C1052 C1053 C1054 C1055 C1056 C1057 C1058 C1059 C1060 C1061 C2001 C2002 C2003 C2004 C2005 C2006 C2021 C2031 C2032 C2033 C2060 C2064 C206...

Page 231: ... R413 R414 R415 R416 R417 R418 R419 R420 R421 C101 C102 C103 C104 C105 C106 C107 C108 C109 C120 C121 C122 C123 C124 C125 C126 C127 C128 C129 C130 C131 C132 C133 C134 C135 C136 C137 C138 C139 C140 C141 A 3G B 2G B 2G B 2G B 2G B 2G B 2F A 3F A 3F B 3G B 3G B 3G B 3G B 2G A 2F A 2E B 2G A 2F B 2F B 2F B 2F B 2G B 3G B 3G B 2C B 2C B 2C B 1C B 1C B 2C B 2C B 2C B 2C A 2C A 2C A 2B A 2B A 2B A 2C A 2C...

Page 232: ...5 28 5 16 MECHA MECHA CONN CIRCUIT BOARDS SIDE A MECHA CIRCUIT BOARD ...

Page 233: ...5 29 SIDE B SIDE A MECHA CONN CIRCUIT BOARD ...

Page 234: ...s a violation of law ORDER NO BSD0303M901 D21 AG DV2500P E DV VIDEO CASSETTE RECORDER Sec 1 Service Information Sec 2 Mechanical Adjustments Sec 3 Electrical Adjustments Sec 4 Technical Description Sec 5 Block Diagrams Schematic Diagrams Circuit Board Diagrams Sec 6 Exploded Views Replacement Parts List ...

Page 235: ...warnings or cautions to advise non technical individuals of potential dangers in attempting to service a product Products powered by electricity should be serviced or repaired only by experienced professional technicians Any attempt to service or repair the product or products dealt with in this service information by anyone else could result in serious injury or death ...

Page 236: ... 3 AG DV2500E ...

Page 237: ... devices are integrated circuits and some field effect transistors and semiconductor chip components The following techniques should be used to help reduce the incidence of component damage caused by static electricity 1 Immediately before handling any semiconductor component or semiconductor equipped assembly drain off any electrostatic charge on your body by touching a known earth ground Alterna...

Page 238: ... 5 AG DV2500P ...

Page 239: ... 6 AG DV2500E ...

Page 240: ... 7 ...

Page 241: ...FCD0303BYNK130 ...

Page 242: ...is newly compatible with DV standard size cassettes Fig 4 2 1 shows a size comparison with conventional Mini cassette All dimensions differ including cassette thickness in addition to height and width Fig 4 2 1 Comparison Between Mini Cassette and Standard Cassette Item AG DV2500 Compatible cassette Mini Standard Cassette compatible Loading system Front loading Head cleaner Yes solenoid Reel drive...

Page 243: ...tte position at the same time the cassette housing performs the intake move ment The reel change bracket Fig 4 2 3 located on the right side of the cassette housing is linked to the reel change plate Fig 4 2 4 so when the cassette housing intake movement occurs the reel change plate also moves thereby changing to the mini cassette position Fig 4 2 2 Cassette Holder Bar Fig 4 2 3 Reel Change Bracke...

Page 244: ...using the MECHA board S3 cassette switch to be pressed and intake completion is detected See Fig 4 2 7 Eject When ejecting the cassette both switches HW and HW2 are momentarily ON and eject completion is detected And from here it returns to the initial status of switch HW ON HW2 OFF Sub Flap HW HW2 Fig 4 2 6 Cassette Housing Switch Table 4 2 1 Mode HW HW2 S3 EJECT Initial ON OFF OFF INTAKE Detect ...

Page 245: ...ndard cassette detection switch Fig 4 2 7 S2 Mecha board SUP reel lock release switch Fig 4 2 7 S3 Mecha board Cassette intake completion detection switch Fig 4 2 7 Condition of SUP reel lock release switch operation After cassette intake tape is pulled out of the take up side for loading but when a virgin tape is inserted it switches over to pull out from the supply side since it is not possible ...

Page 246: ...cordance with CLK However if it is not yet ready for communication it sets the BUSY terminal to H and notifies the SYSCON CPU 4 When the BUSY terminal is H SYS CPU skips the current communication and waits until the next block 400 µs later to see if it is L and then starts communication 5 After 25 Bytes are communicated CS is set to L and communication ends 4 3 3 Communication timing In synchroniz...

Page 247: ... AUD_DACTL_CK O Audio DA clock 21 PC7 AUD_DACTL_DT O Audio DA data 22 PB0 TIOCA3 66311_CLK O IC208 clock 23 PB1 TIOCB3 66311_CSK O IC208 data 24 PB2 TIOCC3 WIRELESS_REM I Wireless remote input 25 PB3 TIOCD3 SERIAL_REM I Serial remote input 26 PB4 TIOCA4 NTSC L O VIDEO 27 PB5 TIOCB4 BWO L O VIDEO 28 PB6 TIOCA5 CPS L O VIDEO 29 PB7 TIOCB5 66311_RST O IC2008 RESET 30 PA0 ODD_EVEN I 31 PA1 TxD2 SYSCPU...

Page 248: ... BUZZ TP2023 Not used 75 PF0 IRQ2 WAKE_UP I Start interrupt key input from standby mode 76 P30 TxD0 OSD_DATA O OSD UART0 77 P31 RxD0 OSD_CS O 78 P32 SCK0 SDA1 IRQ4 OSD_CLK O 79 P33 TxD1 SCL1 422_Tx O RS 422 UART1 80 P34 RxD1 SDA0 422_Rx I 81 P35 SCK1 SCL0 IRQ5 8029VD I IC208 CSYNC 82 P36 OSD_RST O OSD 83 P77 TxD3 MS_OUT O MS BUS UART3 84 P76 RxD3 MS_IN I 85 P75 TMO3 SCK3 MS_CLK O 86 P74 TMO2 MRES ...

Page 249: ...ing control 27 P20 D16 SBIB CLN_SOL O Cleaner solenoid drive 28 P22 D18 SBTB MSD_RDY O For MS_BUS communication 29 P32 D26 SBO2 LED_1SW O Front panel LED 1 30 VDDH AL_3VSYS I Power for digital 31 VSS D_GND GND for digital 32 P53 IRQ3 GND 10k O Not used 33 P25 D21 SBT0 MIC_3 O CLK for cassette MIC communication 34 P33 D27 SBT2 EEPR_CS O For EEPROM communication 35 P63 IRQ11 GND 10k O Not used 36 ND...

Page 250: ... I TU_REEL_SENSOR 76 PS4 SBO5 OPEN O Not used 77 PT0 SBI9 OPEN O Not used 78 PR4 A23 KI4 SDCLKO GND 10k O Not used 79 PS5 SBT5 OPEN O Not used 80 PT1 SBO9 OPEN O Not used 81 VSS D_GND GND for digital 82 P02 D2 SP_LOCK_SW I SP lock detection switch 83 P10 D8 REEL_BRK O Reel motor brake 84 P12 D10 CASETTE_SW I CASSETTE SW 85 P21 D17 SBOB A_MUTE O Audio mute 86 P27 D23 SBO1 EEPR_SDO O EEPROM communic...

Page 251: ... OPEN O Not used 150 PA4 SBO7 OPEN O Not used 151 PB2 IRQ14 OPEN O Not used 152 VSS D_GND GND for digital 153 PL5 PWM6 OPEN O Not used 154 PL4 TM7IO V_MUTE I V MUTE DVSYS 155 PL3 TM6IO OPEN O Not used 156 PL2 TM5IO SCR_UD O Not used 157 165 ND OPEN Not used 166 PC3 SY0OT3 OPEN Not used 167 PB0 IRQ12 OPEN O Not used 168 PB1 IRQ13 INV I ODD EVEN distinguish 169 PB4 BR OPEN O Not used 170 VSS D_GND G...

Page 252: ...241 ND OPEN Not used 242 VDD VOUT_25 I Power for digital 243 PE7 TM23IOB GND 10k O Not used 244 PD1 TM11IO OPEN O Not used 245 PE3 TM21IOB FFREW_H O Not used 246 PD5 TM15IO OPEN O Not used 247 PVDD AL_3VSYS I Power for analog 248 PP7 ADM15 A15 ADM15 I O Interface with IC103 249 PK1 TM31IO OPEN O Not used 250 RST VTR_RESET I For rewrite 251 261 ND OPEN Not used 262 PE4 TM22IOA GND 10k O Not used 26...

Page 253: ... Not used 301 PE6 TM23IOA GND 10k O Not used 302 PF2 TM25IOA OPEN O Not used 303 PF3 TM25IOB GND 10k O Not used 304 PP0 ADM8 A8 ADM8 I O Interface with IC103 305 PP6 ADM14 A14 ADM14 I O Interface with IC103 306 PP2 ADM10 A10 ADM10 I O Interface with IC103 307 PN3 RE DRE O Interface with IC103 308 PN1 WE1 SDQM1 OPEN O Not used 309 PM2 CS2 DV_CS O Interface with IC103 310 PM5 RWSEL RWSEL O Interface...

Page 254: ...rol 340 343 ND OPEN Not used 344 PO6 ADM6 A6 ADM6 I O Interface with IC103 345 PO3 ADM3 A3 ADM3 I O Interface with IC103 346 VDDB AL_3VSYS I Power for digital 347 PO0 ADM0 A0 ADM0 I O Interface with IC103 348 PN2 SYSCLK OPEN O Not used 349 PM3 CS3 OPEN O Not used 350 VSS D_GND GND for digital 351 AVSS A_GND I GND for analog 352 PI5 AN21 GND 10k Not used 353 PH5 AN13 GND 10k Not used 354 PG7 AN7 MO...

Page 255: ...1 0 01 ACK 4 X 3E Rec Inhibit Preset 1 0 01 ACK 6 1 0A 01 TC Gen Data Sense 7 4 08 Gen Time Data 6 1 0A 10 TC Gen Data Sense 7 4 09 Gen UB Data UB Fix to 0 6 1 0A 11 TC Gen Data Sense 7 8 08 Gen TC UB Data UB Fix to 0 6 1 0C 01 Current Time Sense 7 4 04 TC main Data 6 1 0C 02 Current Time Sense 7 4 06 TC main Data 6 1 0C 03 Current Time Sense 7 4 04 TC main Data 6 1 0C 10 Current Time Sense 7 4 05...

Page 256: ...5 9 DV CPU SCHEMATIC DIAGRAM 1 4 5 15 MIX AGC BIAS REC GAIN ...

Page 257: ...TIC DIAGRAM 2 4 SHUFF COMP ECC ECC DE COMP DV EQ VITERBI REC FORMAT PB DE FORMAT DE SHUFF FROM TO MAIN CN4003 Page 5 12 FROM TO MAIN CN4002 Page 5 12 FROM TO MAIN CN4003 Page 5 12 FROM TO DV CONN CN201 Page 5 25 C142 39p ...

Page 258: ...DV CPU SCHEMATIC DIAGRAM 3 4 5 17 ...

Page 259: ...5 18 DV CPU SCHEMATIC DIAGRAM 4 4 CN108 Page 5 24 CN104 Page 5 27 CN106 Page 5 27 FROM MDA DC CN105 Page 5 27 FROM TO MAIN CN4002 Page 5 12 ...

Page 260: ...5 6 DV UNIT OVERALL WIRING DIAGRAM 5 6 ...

Page 261: ... 50V 22P 1 C18 NCB11AK 106X C CAPACITOR 10V 10U 1 C170 71 NCB31CK 104X C CAPACITOR 16V 0 1U 2 C19 NCB31CK 104X C CAPACITOR 16V 0 1U 1 C203 04 NCB31HK 103X C CAPACITOR 50V 0 01U 2 C20 21 NCB31HK 103X C CAPACITOR 50V 0 01U 2 C205 NEH90JM 476X E CAPACITOR 6 3V 47U 1 C22 NCB11AK 106X C CAPACITOR 10V 10U 1 C206 NCB11AK 475X C CAPACITOR 10V 4 7U 1 C23 24 NCB31HK 103X C CAPACITOR 50V 0 01U 2 C207 08 NCB3...

Page 262: ...NCB31CK 104X C CAPACITOR 16V 0 1U 1 C323 25 NCB31HK 103X C CAPACITOR 50V 0 01U 3 C2135 NEH91CM 106X E CAPACITOR 16V 10U 1 C326 NEH90JM 107X E CAPACITOR 6 3V 100U 1 C2136 37 NCB31CK 104X C CAPACITOR 16V 0 1U 2 C327 NCB31HK 103X C CAPACITOR 50V 0 01U 1 C2138 NEH91CM 106X E CAPACITOR 16V 10U 1 C328 31 NCB31CK 104X C CAPACITOR 16V 0 1U 4 C2139 NCB31CK 104X C CAPACITOR 16V 0 1U 1 C333 36 NCB31CK 104X C...

Page 263: ... 1 K4001 03 NQR0200 005X COIL 3 K4005 NQR0200 005X COIL 1 F3001 MFZ011 3R15X FUSE 1 L1 L8 NQL114K 220X COIL 22UH 8 FL1 QQR0454 001 FL FILTER 1 L9 NQL024J 100X COIL 10UH 1 L10 NQL024J 5R6X COIL 5 6UH 1 IC1 TC4W53FU IC 1 L11 NQL024J 100X COIL 10UH 1 IC2 MM1565AF IC 1 L12 NQL024J 150X COIL 15UH 1 IC3 NJM79L05UA IC 1 L13 NQL024J 100X COIL 10UH 1 IC4 CXD2064Q IC 1 L14 NQL024J 5R6X COIL 5 6UH 1 IC5 M512...

Page 264: ...STOR 1 R65 NRSA63D 331X M RESISTOR CH 1 16W 330 1 Q2002 DTA144EKA TRANSISTOR 1 R66 NRSA63D 102X M RESISTOR CH 1 16W 1K 1 Q2003 DTC144EKA TRANSISTOR 1 R67 NRSA63D 101X M RESISTOR CH 1 16W 100 1 Q2004 DTC144EUA TRANSISTOR 1 R68 NRSA63D 182X M RESISTOR CH 1 16W 1 8K 1 Q2006 DTC144EKA TRANSISTOR 1 R69 70 NRSA63J 102X M RESISTOR CH 1 16W 1K 2 Q3001 DTC114EUA TRANSISTOR 1 R71 NRSA63D 101X M RESISTOR CH ...

Page 265: ...73X M RESISTOR CH 1 16W 47K 1 R257 NRSA63J 101X M RESISTOR CH 1 16W 100 1 R373 NRSA63J 473X M RESISTOR CH 1 16W 47K 1 R258 NRSA63D 122X M RESISTOR CH 1 16W 1 2K 1 R374 75 NRSA63D 473X M RESISTOR CH 1 16W 47K 2 R259 NRSA63J 684X M RESISTOR CH 1 16W 680K 1 R376 77 NRSA63J 473X M RESISTOR CH 1 16W 47K 2 R260 NRSA63D 102X M RESISTOR CH 1 16W 1K 1 R378 NRSA63J 220X M RESISTOR CH 1 16W 22 1 R263 NRSA63J...

Page 266: ...RSA63D 473X M RESISTOR CH 1 16W 47K 1 R2501 02 NRSA63J 101X M RESISTOR CH 1 16W 100 2 R1038 NRSA63J 822X M RESISTOR CH 1 16W 8 2K 1 R3001 NRSA63D 153X M RESISTOR CH 1 16W 15K 1 R1039 NRSA63D 822X M RESISTOR CH 1 16W 8 2K 1 R3002 NRSA63D 472X M RESISTOR CH 1 16W 4 7K 1 R1040 NRSA63D 103X M RESISTOR CH 1 16W 10K 1 R3003 NRSA63D 473X M RESISTOR CH 1 16W 47K 1 R1041 NRSA63J 682X M RESISTOR CH 1 16W 6 ...

Page 267: ...2 C19 NBE41CM 106X T CAPACITOR 16V 10U 1 CN1 QGF0508F1 45 CONNECTOR 1 C20 24 NCB31CK 104X C CAPACITOR 16V 0 1U 5 C25 NDC31HJ 221X C CAPACITOR 50V 220P 1 IC1 SBX3071 52 IC 1 C26 27 NCB31CK 104X C CAPACITOR 16V 0 1U 2 C28 NDC31HJ 102X C CAPACITOR 50V 1000P 1 LD1 GL3CL8 LED 1 C29 30 NCB31CK 104X C CAPACITOR 16V 0 1U 2 LD2 SLR 342VR3F LED 1 C31 NCB11CK 475X C CAPACITOR 16V 4 7U 1 LD3 D6 SLR 342MG3F LE...

Page 268: ...E21AM 106X T CAPACITOR 10V 10U 2 R111 NRSA63J 102X M RESISTOR CH 1 16W 1K 1 C436 37 NCB31CK 104X C CAPACITOR 16V 0 1U 2 R112 NRSA63J 151X M RESISTOR CH 1 16W 150 1 C438 39 NCB31CK 223X C CAPACITOR 16V 0 022U 2 R113 NRSA63J 302X M RESISTOR CH 1 16W 3K 1 C442 45 NCB31CK 223X C CAPACITOR 16V 0 022U 4 R114 NRSA63J 151X M RESISTOR CH 1 16W 150 1 C446 NCB31HK 103X C CAPACITOR 50V 0 01U 1 R115 NRSA63J 30...

Page 269: ...NCB11CK 105X C CAPACITOR 16V 1U 1 R474 80 NRSA63J 104X M RESISTOR CH 1 16W 100K 7 C309 NBE21DM 475X T CAPACITOR 20V 4 7U 1 R481 82 NRSA63J 473X M RESISTOR CH 1 16W 47K 2 C311 NCB11CK 105X C CAPACITOR 16V 1U 1 R483 85 NRSA63J 332X M RESISTOR CH 1 16W 3 3K 3 C312 NBE21DM 475X T CAPACITOR 20V 4 7U 1 R486 90 NRSA63J 101X M RESISTOR CH 1 16W 100 5 C313 NDC31HJ 102X C CAPACITOR 50V 1000P 1 R491 NRSA63J ...

Page 270: ... 1 16W 1K 1 Q36 2SJ484WY FET 1 R308 NRSA63J 683X M RESISTOR CH 1 16W 68K 1 Q37 DTA114EUA TRANSISTOR 1 R309 NRSA63J 562X M RESISTOR CH 1 16W 5 6K 1 Q41 42 2SJ484WY FET 2 R310 NRSA63J 153X M RESISTOR CH 1 16W 15K 1 Q43 2SC4097 QR TRANSISTOR 1 R311 NRSA63J 393X M RESISTOR CH 1 16W 39K 1 Q44 2SA1577 TRANSISTOR 1 R312 NRSA63J 222X M RESISTOR CH 1 16W 2 2K 1 Q45 2SC4097 QR TRANSISTOR 1 R313 NRSA63J 102X...

Page 271: ...1 R415 NRSA63J 222X M RESISTOR CH 1 16W 2 2K 1 R416 NRSA63J 102X M RESISTOR CH 1 16W 1K 1 R417 NRSA63D 562X M RESISTOR CH 1 16W 5 6K 1 R418 NRSA63D 272X M RESISTOR CH 1 16W 2 7K 1 R419 NRSA63J 330X M RESISTOR CH 1 16W 33 1 R420 21 NRSA63J 100X M RESISTOR CH 1 16W 10 2 LK2123A0A1 MECHA P C BOARD 1 RTL CN104 GF0508F1 13X CONNECTOR 13P 1 CN106 GF0508F1 20X CONNECTOR 20P 1 CN116 GF0508F1 20X CONNECTOR...

Page 272: ... 3 ELECTRICAL ADJUSTMENTS 3 1 2 Alignment tape specifications VFK1842 Table 3 1 2 1 2 Moving image Color bars Moving image audio 1 kHz Block noise check 10 10 Interchangeability adjustment Video audio play circuit check adjustment Audio signal Video signal Time min Applications No 3 1 3 Signals required for adjustments NTSC and PAL color bar signals are required on 3 3 VIDEO SYSTEM ADJUTMENT NTSC ...

Page 273: ...t is present NTSC only 3 1 5 Adjustment menu 1 Operation method Use the ADJUST MENU for adjustments The operating method is as follows 1 Make sure of no cassette in the VTR While holding the REW and FF buttons press the OPERATE button to turn the unit on When the unit is turned on press and hold the EJECT but ton for about 2 seconds until the ADJUST MENU is displayed Press the SET PAUSE button so ...

Page 274: ... LE REC Y LEV S OFF 92 0 255 219 LE REC ST LV S OFF 8 0 127 220 LE REC C LEV S OFF 0 16 15 221 YC EE Y LEV S OFF 96 0 255 222 YC EE C LEV S OFF 174 0 255 223 LE EE Y LEV S OFF 95 0 255 No Adjustment item OSD characters Initial value CTL DATA Adjustment range 224 LE EE C LEV S OFF 152 0 255 230 PB Y LEV S ON 119 0 255 231 PB SETUP LEV S ON 201 192 207 232 PB SYNC LEV S ON 118 0 255 233 PB C LEV S O...

Page 275: ...TP1 GND Rewrite board Auto adjustment a and b 126 µ sec 10 µ sec Measuring Measuring point No Item instruments Mode Adjustment parts Adjustment procedure Input signals Adjustment level 3 2 DVC UNIT ADJUSTMENTS Preparation Connect the Rewrite board VFK1846 to CN4004 on the Main board Connect it in the ori entation shown in Fig 3 2 so that the test point surface component mounting surface faces to w...

Page 276: ...EC CURRENT 2 Check the set data so that the value is 115 Recording current is approx 360 mVp p If not adjust the value to 115 3 Press the SET button to store the adjustment data Fig 3 2 1 2 A D J U S T ME NU 1 0 0 P B SW P O I N T V R D A T A C T L D A T A 1 2 0 S E T D A T A 1 2 0 D A T A 0 0 0 0 0 0 0 0 Press the PLAY button a few times to display data After displaying the data press the SET but...

Page 277: ... block noise just disappears The current value is the adjustment value A 5 Playback the recorded tape and press the PLAY button to increase the EVR data and fr eeze the image 6 Decrease the EVR data gradually until the block noise just disappears The current value is the adjustment value B 7 Calculate the intermediate value between the A and B values Since the adjustment values are hex numbers use...

Page 278: ...e frequency 4 Press the SET button to store the adjustment data TP4 FS PLL GND TP1 GND Rewrite board PLAY and STOP buttons 11 2896 MHz 0 1 MHz 6 FS PLL 32 kHz adjust ment No input EE ADJUST MENU 112 FS PLL 32 kHz 1 Select ADJUST MENU No 112 FS PLL 32 kHz 3 Adjust to the same value as the FS PLL 48 2 Press the SET button to measure frequency kHz adjustment value Setting range 0 to 255 4 Press the S...

Page 279: ...ustment results When an item is selected in the ADJUST MENU and INPUT SELECT SW sets to LINE or Y C the INPUT SELECT is switched automatically according to the selected item If DV input is selected disable automatic selection 1 NTSC circuit adjustments Set the NTSC PAL switch of rear panel to NTSC 2 NTSC PB SYNC level adjustment SETUP OFF WFM NTSC or oscilloscope 100 WHITE built in signal EE ADJUS...

Page 280: ... is as specified 4 Press the SET button to store the adjustment data Y OUT Y C jack 75 terminated PLAY and STOP buttons 100 IRE 714 mVp p 6 NTSC Y C IN REC SETUP level adjust ment SETUP OFF WFM NTSC or oscilloscope Y C IN NTSC 100 color bar SETUP 0 EE ADJUST MENU 216 YC REC ST LV S OFF 1 Set the INPUT SELECT SW to LINE or Y C 2 Select ADJUST MENU No 216 YC REC ST LV S OFF 3 Adjust so that the setu...

Page 281: ...C jack 75 terminated PLAY and STOP buttons 100 IRE 714 mVp p 9 NTSC LINE IN REC SETUP level adjust ment SETUP OFF WFM NTSC or oscilloscope LINE IN NTSC 100 color bar SETUP 0 EE ADJUST MENU 219 LE REC ST LV S OFF 1 Set the INPUT SELECT SW to LINE or Y C 2 Select ADJUST MENU No 219 LE REC ST LV S OFF 3 Adjust so that the setup level is as specified 4 Press the SET button to store the adjustment data...

Page 282: ...21 YC EE Y LEV S OFF 3 Adjust so that the level from the pedes tal to 100 WHITE is as specified 4 Press the SET button to store the adjustment data Y OUT Y C jack 75 terminated PLAY and STOP buttons 100 IRE 714 mVp p 12 NTSC Y C IN EE C level adjustment SETUP OFF WFM NTSC or oscilloscope Y C IN NTSC 100 color bar SETUP 0 EE ADJUST MENU 222 YC EE C LEV S OFF 1 Set the INPUT SELECT SW to LINE or Y C...

Page 283: ...NU 224 LE EE C LEV S OFF 1 Set the INPUT SELECT SW to LINE or Y C 2 Select ADJUST MENU No 224 LE EE C LEV S OFF 3 Adjust so that the burst levels are as speci fied 4 Press the SET button to store the adjustment data C OUT Y C jack 75 terminated PLAY and STOP buttons 40 IRE 286 mVp p 15 NTSC PB Y level adjust ment SETUP ON WFM NTSC or oscilloscope 100 WHITE built in signal EE ADJUST MENU 230 PB Y L...

Page 284: ...NC LEV S ON 1 Set the INPUT SELECT SW to LINE or Y C 2 Select ADJUST MENU No 232 PB SYNC LEV S ON 3 Adjust so that the sync level is as specified 4 Press the SET button to store the adjustment data Y OUT Y C jack 75 terminated PLAY and STOP buttons 40 IRE 286 mVp p 18 NTSC PB C level adjust ment SETUP ON WFM NTSC or oscilloscope RED raster built in signal EE ADJUST MENU 233 PB C LEV S ON 1 Set the...

Page 285: ...JUST MENU No 235 YC REC Y LEV S ON 3 Adjust so that the level from the pedestal to 100 WHITE is as specified 4 Press the SET button to store the adjustment data Y OUT Y C jack 75 terminated PLAY and STOP buttons 100 IRE 714 mVp p 21 NTSC Y C IN REC SETUP level adjust ment SETUP ON WFM NTSC or oscilloscope Y C IN NTSC 100 color bar Setup 7 5 EE ADJUST MENU 236 YC REC ST LV S ON 1 Set the INPUT SELE...

Page 286: ...fference from the pedes tal to 100 WHITE is as specified 4 Press the SET button to store the adjustment data Y OUT Y C jack 75 terminated PLAY and STOP buttons 100 IRE 714 mVp p 24 NTSC LINE IN REC SETUP level adjust ment SETUP ON WFM NTSC or oscilloscope LINE IN NTSC 100 color bar Setup 7 5 1 Set the INPUT SELECT SW to LINE or Y C 2 Select ADJUST MENU No 239 LE REC ST LV S ON 3 Adjust so that the...

Page 287: ...41 YC EE Y LEV S ON 3 Adjust so that the level from the pedes tal to 100 WHITE is as specified 4 Press the SET button to store the adjustment data 1 Set the INPUT SELECT SW to LINE or Y C 2 Select ADJUST MENU No 242 YC EE C LEV S ON 3 Adjust so that the burst levels are as speci fied 4 Press the SET button to store the adjustment data 26 NTSC Y C IN EE Y level adjustment SETUP ON WFM NTSC or oscil...

Page 288: ...PLAY and STOP buttons 100 IRE 714 mVp p 1 Set the INPUT SELECT SW to LINE or Y C 2 Select ADJUST MENU No 244 LE EE C LEV S ON 3 Adjust so that the burst levels are as speci fied 4 Press the SET button to store the adjustment data Measuring Measuring point No Item instruments Mode Adjustment parts Adjustment procedure Input signals Adjustment level 29 NTSC LINE IN EE C level adjustment SETUP ON WFM...

Page 289: ... MENU 262 PB SYNC LEV PAL 1 Set the INPUT SELECT SW to LINE or Y C 2 Select ADJUST MENU No 262 PB SYNC LEV PAL 3 Adjust so that the sync level is as specified 4 Press the SET button to store the adjustment data Y OUT Y C jack 75 terminated PLAY and STOP buttons 300 mVp p 32 PAL PB C level adjust ment WFM PAL or oscilloscope RED raster built in signal EE ADJUST MENU 263 PB C LEV PAL 1 Set the INPUT...

Page 290: ...he SET button to store the adjustment data Y OUT Y C jack 75 terminated PLAY and STOP buttons 700 mVp p Measuring Measuring point No Item instruments Mode Adjustment parts Adjustment procedure Input signals Adjustment level 35 PAL Y C IN REC SETUP level adjust ment WFM PAL or oscilloscope Y C IN PAL 100 color bar EE ADJUST MENU 266 YC REC ST LV PAL 1 Set the INPUT SELECT SW to LINE or Y C 2 Select...

Page 291: ... 2 Select ADJUST MENU No 268 LE REC Y LEV PAL 3 Adjust so that the level from the pedestal to 100 WHITE is as specified 4 Press the SET button to store the adjustment data Y OUT Y C jack 75 terminated PLAY and STOP buttons 700 mVp p 38 PAL LINE IN REC SETUP level adjust ment WFM PAL or oscilloscope LINE IN PAL 100 color bar EE ADJUST MENU 269 LE REC ST LV PAL 1 Set the INPUT SELECT SW to LINE or Y...

Page 292: ...2 Select ADJUST MENU No 271 YC EE Y LEV PAL 3 Adjust so that the level from the pedestal to 100 WHITE is as specified 4 Press the SET button to store the adjustment data Y OUT Y C jack 75 terminated PLAY and STOP buttons 700 mVp p Measuring Measuring point No Item instruments Mode Adjustment parts Adjustment procedure Input signals Adjustment level 41 PAL Y C IN EE C level adjustment WFM PAL or os...

Page 293: ... MENU No 274 LE EE C LEV PAL 3 Adjust so that the burst levels are as speci fied 4 Press the SET button to store the adjustment data C OUT Y C jack 75 terminated PLAY and STOP buttons 300 mVp p 44 On screen display position adjustment Monitor TV Color bar built in signal EE ADJUST MENU 200 OSD ADJ 1 Set the INPUT SELECT SW to LINE or Y C 2 Select ADJUST MENU No 200 OSD ADJ 3 Adjust so that the bou...

Page 294: ...FF OFF OFF OFF OFF Parameter ON Enable to rewrite VTR MSD ON Enable to rewrite SYS CPU ON Enable to rewrite VTR MSD CPU Note Not used Not used Not used Not used Not used S2 S1 S3 Note When rewriting the VTR MSD firmware both of switch S1 1 and 4 should be set to ON AG DV2500 ...

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Page 306: ...5 14 FRONT 5 25 5 26 DV CONN 5 25 5 26 MIC 5 4 5 25 5 26 DV CPU 5 2 5 4 5 15 to 5 18 5 19 MDA DC 5 21 to 5 24 5 20 MECHA 5 27 5 28 5 29 MECHA CONN 5 27 5 29 0 1 0 2 0 3 0 4 1 1 1 2 1 3 1 4 FRONT BOARD ASSEMBLY MIC BOARD ASSEMBLY DV CPU BOARD ASSEMBLY MDA DC BOARD ASSEMBLY a f f b c d d e e MECHA BOARD ASSEMBLY MECHA CONN BOARD ASSEMBLY 1 MAIN BOARD ASSEMBLY DV CONN BOARD ASSEMBLY 4 1 1 1 2 1 3 0 3...

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Summary of Contents for AG-DV2500P

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Panasonic AG-DV2500P, Service Manual

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