background image

5-16 E

Regulated power supply

(6.1

±

0.1Vdc)

Digital voltmeter

Battery terminal

9. Battery Down Adjustment

Set the battery end voltage.

Mode

Camera ON

Subject

 Arbitrary

Measurement Point

LCD display of the adjustment
remote commander.

Measuring Instrument

Not required

Adjustment Page

F

Adjustment Address

58 to 5C

Connection
1)

Connect the regulated power supply and the digital voltme-
ter to the battery terminal as shown in Fig. 5-1-11.

Fig. 5-1-11

Adjusting method:
1)

Adjusting the output voltage fo the regulated power supply
so that the digital voltmeter display is 6.1 ± 0.1 Vdc.

2)

Select page: 0, address: 01, and set data: 01.

3)

Decrease the output voltage of the regulated power supply
so that the digital voltmeter display is 5.30 ± 0.01 Vdc.

4)

Select page: 3, address: 0D, read the data, and this data is
named X

0

.

5)

Convert X

0

 to decimal notation, and obtain X

0

'.

(Refer to “Table 5-1-2. Hexadecimal-decimal conversion
table”.)

6)

Calculate X

1

', X

2

', X

3

', and X

4

' using follwing equations (deci-

mal calculation).

Address: 59

X

1

' = X

0

' + 8

Address: 5A

X

2

' = X

0

' + 32

Address: 5B

X

3

' = X

0

' + 53

Address: 5C

X

4

' = X

0

' + 64

7)

Convert X

1

', X

2

', X

3

' and X

4

' to hexadecimal notation, and

obtain X

1

, X

2

, X

3

 and X

4

.

8)

Select page: F, address: 58, set data: X

0

, and press the PAUSE

button of  the adjustment remote commander.

9)

Select page: F, address: 59, set data: X

1

, and press the PAUSE

button of  the adjustment remote commander.

10) Select page: F, address: 5A, set data: X

2

, and press the PAUSE

button of  the adjustment remote commander.

11) Select page: F, address: 5B, set data: X

3

, and press the PAUSE

button of  the adjustment remote commander.

12) Select page: F, address: 5C, set data: X

4

, and press the PAUSE

button of  the adjustment remote commander.

13) Select page: 0, address: 01, and set data: 00.

Summary of Contents for CVX-V3

Page 1: ...MICROFILM SERVICE MANUAL US Model Canadian Model CVX V3 AEP Model UK Model CVX V3P COLOR VIDEO CAMERA CVX V3 V3P SPECIFICATIONS NTSC model CVX V3 PAL model CVX V3P Photo CVX V3 ...

Page 2: ...03 Video Audio I O Schematic Diagram 4 36 VA 103 LANC I O IF 69 Interface Schematic Diagrams 4 39 5 ADJUSTMENTS 5 1 Camera Section Adjustment 5 1 1 1 Preparations Before Adjustment 5 1 1 1 1 List of Service Tools 5 1 1 1 2 Preparations 5 2 1 1 3 Precaution 5 3 1 Setting the Switch 5 3 2 Order of Adjustment 5 3 3 Subjects 5 3 1 1 4 Adjustment Remote Commander 5 4 1 Using the Adjustment Remote Comma...

Page 3: ......

Page 4: ......

Page 5: ...g screws 6 Connector CN601 5 Cabinet lower assembly 8 Flexible flat cable CN802 7 Flexible flat cable CN801 CS 53 Board 2 Camera head assembly 1 Two connectors CN301 302 Note1 2 3 Three tapping screws 4 CS 53 board VA 103 Board 1 Flexible board CN803 2 Four tapping screws 3 VA 103 board Note 1 When remove a connector don t pull at wire of connector Be in danger of the snapping of a wire Note 2 Whe...

Page 6: ...rd Note 1 When remove a connector don t pull at wire of connector Be in danger of the snapping of a wire Note 2 When installing a connector don t press down at wire of connector Be in danger of the snapping of a wire 2 4 REMOVAL OF CASE B ASSEMBLY 6 Two connectors CN102 202 Note 1 2 7 Screw M2 3 Two screws 1 Two screws 2 Two o rings 4 Two o rings 5 Case B assembly 8 Earth lead Note The lens CD PC ...

Page 7: ...S 53 Board VA 103 Board IF 69 Board CD 184 Board VA 103 VIDEO AUDIO I O DC DC CONVERTER LANC I O CS 53 CAMERA Y C PROCESS MIC AMP MODE CONTROL IF 69 INTERFACE LENS CD PC BOARD ASSEMBLY CD 184 CCD IMAGER TIMING GENERATOR IRIS DRIVE MIC IN ...

Page 8: ...SO SCK HALL OUT INT MIC L R IRIS CONT EXT MIC L R IRIS CONT 8FSC 8FSC CLPDM CAM SI SO SCK S Y S C VIDEO AUDIO R AUDIO L S Y S C VIDEO C OUT Y OUT J701 4 9V 3 2V 7 0V 15V EVER 3 2V SW_UNREG AUDIO L R MUTE DD ON 3 2V Y OUT C OUT AUDIO L AUDIO R ID2 LANC SIG ID1 UNREG LANC I O LANC SIG KEY AE SW WIND RED SW AE LOCK BATT BATT SIG BATT IF 69 BOARD SEE PAGE 4 41E AE SW AE DIAL CONTROL SWITCH BLOCK EASY ...

Page 9: ... 11 ı 2 10 10 VDD S H AGC A D CONVERTER IC305 CAMERA Y C PROCESS IC307 EEPROM IC501 CAMERA MODE CONTROL IC502 D A CONVERTER IC306 3 2V AGC CONT1 AGC CONT2 PBLK ADCLK REFSLOW CLPOB MCK 13 12 3 8 9 2 18 5 4 16 27 57 56 74 77 78 76 73 53 65 51 67 68 55 70 71 69 63 55 62 7 97 4 33 34 35 40 41 98 16 17 15 IRIS CONT AGC CONT1 VREF Y VREF C LD CLK DI VDD AGC CONT2 CLPI CCDCKH MCK CCDCKL PBLK XVI XSGI AHD...

Page 10: ...ODE 8 L R MIC PLUG IN POWER 05 AUDIO WIND NORMAL 10 11 SEE PAGE 4 41E MUTE CONTROL Q709 2 1 MUTE SW WIND RED BPF BUFFER VA 103 BOARD SEE PAGE 4 33 4 41E IF 69 BOARD SEE PAGE 4 41E CONTROL SWITCH BLOCK 11 9 2 CN802 CAM Y CAM C LANC SIG LANC SIG 6 9 2 CN901 3 20 8 CN902 Y OUT C OUT LANC SIG Q802 CN803 CN805 CN801 LPF BUFFER CLAMP MUTE MUTE IC701 22 10 11 12 DATA DATA LANC SIG 16 9 18 31 14 6 13 Q707...

Page 11: ...Q803 Q801 CN803 EVER3 2V 3 2V 7 0V 15V 4 9V LED PWR BATT SENS MUTE RESET DD ON BATT SIG CN303 28 25 26 24 27 23 19 13 12 11 10 9 EVER3 2V 3 2V 7 0V 15V 4 9V LED PWR BATT SENS MUTE RESET DD ON BATT SIG LED PWR BATT SENS MUTE RESET DD ON BATT SI BATT SO L901 ID2 ID1 UNREG IF 69 BOARD SEE PAGE 4 41E POWER LED AE LED AE DIAL CONTROL SWITCH BLOCK CS 53 BOARD SEE PAGE 4 15 4 24 89 71 60 38 37 48 49 Q502...

Page 12: ...CVX V3 V3P 4 1 4 2 4 3 SECTION 4 PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS 4 1 FRAME SCHEMATIC DIAGRAM FRAME ...

Page 13: ...tor C panel designation A B Line B B Line J IN OUT direction of B LINE C adjustment for repair Circled numbers refer to waveforms Indicated by the color red Note Les composants identifiés par une marque sont critiques pour la sécurité Ne les remplacer que par une pièce portant le numéro spécifie Note The components identified by mark or dotted line with mark are critical for safety Replace only wi...

Page 14: ...CVX V3 V3P 4 7 4 8 4 9 4 10 CD 184 TIMING GENERATOR IRIS DRIVE MIC IN SCHEMATIC DIAGRAMS TIMING GENERATOR IRIS DRIVE MIC IN CD 184 2 3 CD 184 3 3 ...

Page 15: ...TRANSISTOR Q301 C 5 Q502 C 8 RESISTOR R310 B 5 R313 B 6 R324 B 7 R325 B 7 R326 B 7 R327 C 7 R328 B 7 R329 B 7 R330 C 7 R331 B 7 R332 C 7 R334 C 8 R335 B 8 R350 B 7 R401 C 3 R402 C 3 R405 C 4 R406 C 4 R407 C 4 R408 C 4 R409 C 3 R410 B 3 R411 C 3 R412 C 3 R413 C 4 R414 B 4 R415 B 3 R416 C 3 R417 B 4 R418 B 4 R419 B 3 R420 B 3 R421 B 3 R422 B 4 R508 B 8 R509 B 8 R510 B 8 R517 C 8 VIBRATOR X302 B 6 X5...

Page 16: ... 0 9 Vp p IC307 V 3 Vp p IC307 2 1 28 636 MHz V 60 Hz NTSC V 50 Hz PAL 0 8 Vp p IC304 5 14 318 MHz NTSC 14 187 MHz PAL 14 318 MHz NTSC 14 187 MHz PAL 28 636 MHz NTSC 28 375 MHz PAL 1 8 Vp p IC304 0 8 Vp p IC304 4 17 734475 MHz PAL 2 3 Vp p IC307 0 9 Vp p IC305 4 3 6 H 1 0 Vp p IC305 5 3 2 Vp p IC305 2 0 0 14 usec NTSC model CVX V3 PAL model CVX V3P ...

Page 17: ...OL CS 53 2 3 CS 53 BOARD 2 3 V 3 Vp p IC502 13 12 IC502 20 MHz 0 2 Vp p IC502 32 768 kHz V 60 Hz NTSC V 50 Hz PAL 0 7 Vp p 11 CS 53 MODE CONTROL SCHEMATIC DIAGRAM See page 4 11 for CS 53 BOARD printed wiring board NTSC model CVX V3 PAL model CVX V3P ...

Page 18: ...CVX V3 V3P 4 23 4 24 CS 53 MIC AMP SCHEMATIC DIAGRAM See page 4 11 for CS 53 BOARD printed wiring board MIC AMP CS 53 3 3 CVX V3 V3P ...

Page 19: ...ers 2 to 3 have not been included in the diagram Chip transistor E B C VA 103 BOARD SIDE B CAPACITOR C602 A 2 C603 B 2 C604 A 2 C605 B 2 C606 B 2 C607 B 2 C608 B 1 C609 B 1 C610 B 1 C611 B 1 C612 C 2 C613 C 2 C614 C 2 C618 C 3 C619 B 1 C620 C 3 C621 C 3 C622 C 3 C623 C 3 C624 C 2 C626 C 1 C629 B 1 C703 C 4 C704 C 5 C705 C 5 C706 B 4 C707 C 4 C708 C 4 C709 C 4 C710 C 4 C711 C 4 C712 B 4 C715 B 4 C7...

Page 20: ...CVX V3 V3P 4 33 4 34 4 35 VA 103 BOARD 1 3 1 2 0 µsec 13 Vp p Q601 C DC DC CONVERTER VA 103 1 3 VA 103 DC DC CONVERTER SCHEMATIC DIAGRAM ...

Page 21: ... 3 H 0 46 Vp p IC701 H 0 5 Vp p IC701 2 3 4 5 6 H IC701 6 H 1 0 Vp p IC701 H 1 8 Vp p IC701 9 7 H 1 1 Vp p IC701 2 1 Vp p VIDEO AUDIO I O VA 103 2 3 VA 103 VIDEO AUDIO I O SCHEMATIC DIAGRAM See page 4 28 for VA 103 BOARD printed wiring board ...

Page 22: ...CVX V3 V3P 4 39 4 40 4 41 E VA 103 LANC I O IF 69 INTERFACE SCHEMATIC DIAGRAMS See page 4 28 for VA 103 BOARD and IF 69 BOARD printed wiring boards LANC I O INTERFACE VA 103 3 3 IF 69 ...

Page 23: ...In this case replace with the new microprocessor 8 759 148 35 Ref No J 1 J 2 J 3 J 4 J 5 J 6 J 7 Name Filter for color temperature correction C14 ND filter 1 0 ND filter 0 3 Pattern box PTB 450 Color chart for pattern box Adjustment remote commander RM 95 upgraded Note Clear chart for pattern box CPC 5 jig Parts Code J 6080 058 A J 6080 808 A J 6080 818 A J 6082 200 A J 6020 250 A J 6082 053 B J 6...

Page 24: ...ont side of the lens L About 40 cm Pattern box Fig 5 1 2 Adjustment remote commander RM 95 J 6082 053 B CPC 5 jig J 6082 351 A Remote terminal Regulated power supply 8 4 V 0 1 Vdc VA 103 board CN802 CN801 Video Audio output terminal Audio L Audio R Video Color monitor Vectorscope 75 Ω terminated CN805 CN803 CN601 Camera head CN302 CN301 CS 53 board CN303 Fig 5 1 3 Note 2 In changing data wait for ...

Page 25: ...n Fig 5 1 4 Standard pic ture frame 2 Clear chart Standard picture frame Remove the color bar chart from the pattern box and insert a clear chart in its place Do not perform zoom operations during this time H A B A B B A Enlargement V 0 0 1msec Electronic beam scanning frame CRT picture frame B A Difference in level Yellow Cyan Green White Magenta Red Blue Yellow Cyan Green White Magenta Red Blue ...

Page 26: ...to F Table 5 1 1 Changing the address The address increases when the FF button is pressed and decreases when the REW 0 button is pressed There are altogether 256 addresses from 00 to FF Changing the data Data setting The data increases when the PLAY button is pressed and decreases when the STOP p button is pressed There are alto gether 256 data from 00 to FF Writing the adjustment data The PAUSE b...

Page 27: ...83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 174 159 175 160 161 162 163 164 165 166 167 168 169 170 171 172 173 177 176 178 179 180 181 182 183 184 185 186 1...

Page 28: ...difying Method 1 Before changing the data select page 0 address 01 and set data 01 2 New data for changing are not shown in the tables because they are different in destination When changing the data copy the data built in the same model Note If copy the data built in the different model the this unit may not operate 3 When changing the data press the PAUSE button of the ad justment remote command...

Page 29: ...mark value NTSC PAL 3F 20 20 28MHz Origin Oscillation Adj 40 80 80 HALL Adj 41 80 80 42 Fixed data2 43 Fixed data1 44 1B 1B Color Reproduction Adj 45 Fixed data1 46 42 42 Color Reproduction Adj 47 Fixed data1 48 Initialized data 49 4A 89 89 Auto White Balance Adj 4B 59 59 4C 38 38 IRIS IN OUT Adj 4D 41 41 4E Fixed data2 4F 50 51 Fixed data1 52 Initialized data 53 54 55 56 57 58 94 94 Battery Down ...

Page 30: ...B4 B5 B6 B7 B8 B9 BA BB BC BD BE BF C0 C1 C2 C3 C4 C5 C6 C7 C8 C9 CA CB CC CD CE CF D0 D1 D2 D3 D4 D5 D6 D7 D8 D9 DA DB DC DD DE DF E0 E1 E2 E3 Address Initial Remark value NTSC PAL E4 Fixed data1 E5 Initialized data E6 E7 E8 E9 EA EB EC ED EE EF F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 FA FB FC FD FE FF Fixed data2 ...

Page 31: ...ument Frequency counter Adjustment Page F Adjustment Address 3F Specified Value f 14318181 68 Hz NTSC f 14187500 69 Hz PAL Adjusting method 1 Select page 0 address 01 and set data 01 2 Select page F address 3F change the data and set the clock frequency f to the specified value 3 Press the PAUSE button of the adjustment remote com mander 4 Select page 0 address 01 and set data 00 PARTS LOCATION DI...

Page 32: ...ecimal decimal Conversion Table 13 Calculate X1 using the following equations decimal nota tion calculation A W2 K1 W1 K2 Equation 1 B W1 K1 Equation 2 X1 1680 48 A 16 B A Equation 3 14 Convert X1 to hexadecimal notation and obtain X1 Round off to one decimal place 15 Select page F address 40 set data X1 and press the PAUSE button of the adjustment remote commander 16 Select page F address 41 chan...

Page 33: ...1 Adjust the camera direction and zoom and set to the speci fied position 2 Mark the position of the picture frame on the monitor dis play and adjust the picture frame to this position in follow ing adjustments using Color bar chart standard picture frame Check on the oscilloscope 1 Horizontal period Fig 5 1 6 2 Vertical period Fig 5 1 7 Color on the TV monitor Fig 5 1 8 A B C D A B C D t 0 0 1mse...

Page 34: ...n of the adjustment remote commander 4 Adjust the GAIN and PHASE of the vectorscope and adjust the burst luminance point to the burst position of the color reproduction frame 5 Change the data of page F address 44 46 AA and AB and settle each color luminance point in each color reproduction frame Note Be sure to press the PAUSE button of the adjustment re mote commander before changing the address...

Page 35: ...er to Table 5 1 2 Hexadecimal decimal Conversion Table 8 Calculate D3 using the following equations decimal nota tion calculation D2 D0 D3 D1 21 Equation 1 D2 D0 D3 D1 22 Equation 2 9 Convert D3 to hexadecimal notation and obtain D3 10 Select page F address 4C set data D3 and press the PAUSE button of the adjustment remote commander 11 Select page 2 address 01 set data 09 and press the PAUSE butto...

Page 36: ...1 Select page 2 address 01 set data 00 and press the PAUSE button of the adjustment remote commander 2 Select page 2 address 41 set data 00 and press the PAUSE button of the adjustment remote commander 3 Select page 2 address 40 set data 00 and press the PAUSE button of the adjustment remote commander 4 Select page 0 address 03 and set data 00 5 Select page 0 address 01 and set data 00 6 Auto Whit...

Page 37: ... button of the adjustment remote commander 8 Select page 2 address 01 set data 23 and press the PAUSE button of the adjustment remote commander 9 Place the C14 filter on the lens 10 Check that the center of the white luminance point settles in the circle shown Fig 5 1 10 B 11 Remove the C14 filter and place the ND filter 1 3 1 0 0 3 on the lens 12 Check that the white luminance point stopped movin...

Page 38: ...ge 3 address 0D read the data and this data is named X0 5 Convert X0 to decimal notation and obtain X0 Refer to Table 5 1 2 Hexadecimal decimal conversion table 6 Calculate X1 X2 X3 and X4 using follwing equations deci mal calculation Address 59 X1 X0 8 Address 5A X2 X0 32 Address 5B X3 X0 53 Address 5C X4 X0 64 7 Convert X1 X2 X3 and X4 to hexadecimal notation and obtain X1 X2 X3 and X4 8 Select ...

Page 39: ...13 12 11 11 11 10 9 8 7 17 11 5 4 11 11 1 2 3 6 18 22 19 not supplied not supplied 20 21 not supplied CVX V3 CVX V3 Camera head section See page 6 2 1 A 7073 498 A CS 53 BOARD COMPLETE CVX V3 1 A 7073 690 A CS 53 BOARD COMPLETE CVX V3P 2 1 694 076 21 TERMINAL BOARD BATTERY 3 1 783 522 11 CABLE FLEXIBLE FLAT FFC 246 4 1 783 523 11 CABLE FLEXIBLE FLAT FFC 247 5 A 7073 499 A IF 69 BOARD COMPLETE CVX ...

Page 40: ...1 116 21 CASE M ASSY CVX V3P 57 3 989 182 01 O RING T 58 3 050 576 01 TAPPING 59 3 051 123 11 O RING D 60 3 051 118 11 TABLE ASSY TRIPOD 61 3 051 320 11 WAVE 2 BIND SCREW 62 3 051 117 11 CASE B ASSY 63 3 051 122 11 O RING B 64 1 783 521 12 CORD CONNECTION 65 3 956 399 01 O RING K MIC301 3 051 120 11 MICROPHONE ASSY 51 52 55 53 64 53 54 Note 53 53 56 59 58 55 53 60 65 61 61 65 65 62 63 MIC301 57 No...

Page 41: ...RAMIC CHIP 0 1uF 10 16V C319 1 162 970 11 CERAMIC CHIP 0 01uF 10 25V C320 1 162 970 11 CERAMIC CHIP 0 01uF 10 25V C321 1 107 826 11 CERAMIC CHIP 0 1uF 10 16V C322 1 162 970 11 CERAMIC CHIP 0 01uF 10 25V C323 1 135 091 00 TANTALUM CHIP 1uF 20 16V C324 1 107 826 11 CERAMIC CHIP 0 1uF 10 16V C325 1 107 826 11 CERAMIC CHIP 0 1uF 10 16V C326 1 107 826 11 CERAMIC CHIP 0 1uF 10 16V C327 1 107 826 11 CERA...

Page 42: ...WH74FU TE12R IC312 8 759 447 77 IC TC7WH74FU TE12R IC313 8 759 058 54 IC TC7S00FU TE85R IC401 8 759 380 80 IC LA7473V TLM IC501 8 759 445 93 IC AK6440AM E2 IC502 8 759 496 78 IC S579173PZ TEB JACK J401 1 691 737 11 JACK SMALL TYPE MIC PLUG IN POWER COIL L301 1 414 398 11 INDUCTOR 10uH L302 1 414 754 11 INDUCTOR 10uH L303 1 414 754 11 INDUCTOR 10uH L401 1 414 754 11 INDUCTOR 10uH L501 1 414 754 11 ...

Page 43: ...VDR401 1 801 862 11 VARISTOR CHIP VDR402 1 801 862 11 VARISTOR CHIP VIBRATOR X301 1 760 320 11 VIBRATOR CRYSTAL 28 636MHz CVX V3 X301 1 760 321 11 VIBRATOR CRYSTAL 28 375MHz CVX V3P X302 1 579 613 11 VIBRATOR CRYSTAL 17 734475MHz CVX V3P X501 1 767 450 11 VIBRATOR CERAMIC 20MHz X502 1 760 458 21 VIBRATOR CRYSTAL 32 768kHz A 7073 499 A IF 69 BOARD COMPLETE CVX V3 A 7073 691 A IF 69 BOARD COMPLETE C...

Page 44: ...CHIP 0 1uF 10 16V C802 1 107 686 11 TANTAL CHIP 4 7uF 20 16V C803 1 107 826 11 CERAMIC CHIP 0 1uF 10 16V C805 1 109 982 11 CERAMIC CHIP 1uF 10 10V CONNECTOR CN601 1 573 768 21 PIN CONNECTOR 1 5MM SMD 5P CN801 1 779 339 21 CONNECTOR FFC FPC 30P CN802 1 779 332 11 CONNECTOR FFC FPC 16P CN803 1 779 331 11 CONNECTOR FFC FPC 14P CN805 1 774 711 41 CONNECTOR BOARD TO BOARD 20P DIODE D601 8 719 057 68 DI...

Page 45: ... 11 METAL CHIP 39 5 1 16W R717 1 216 804 11 METAL CHIP 39 5 1 16W R718 1 216 828 11 METAL CHIP 3 9K 5 1 16W R719 1 216 828 11 METAL CHIP 3 9K 5 1 16W R720 1 216 821 11 METAL CHIP 1K 5 1 16W R721 1 216 821 11 METAL CHIP 1K 5 1 16W R722 1 218 860 11 RES CHIP 3 6K 0 50 1 16W R723 1 216 822 11 METAL CHIP 1 2K 5 1 16W R724 1 216 825 11 METAL CHIP 2 2K 5 1 16W R725 1 216 825 11 METAL CHIP 2 2K 5 1 16W R...

Page 46: ... 96 Sony Corporation Personal A V Products Company 9 974 108 11 CVX V3 V3P 98H0512 1 Printed in Japan 1998 8 Published by Quality Engineering Dept Osaki East ...

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