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TK-C675B COMBINATION CAMERA

VICTOR COMPANY OF JAPAN, LIMITED

Printed in Japan
SC96837-001

© 1998 VICTOR COMPANY OF JAPAN, LIMITED

is a registered Trademark owned by VICTOR COMPANY OF JAPAN, LTD.

is a registered Trademark in JAPAN, the U.S.A., the U.K. and many other countries.

TK-C675B

COMBINATION CAMERA

INSTRUCTIONS

For Customer Use :

Enter below the Serial No. which
is located on the body.
Retain this information for future
reference.

Model No. TK-C675B

Serial No.

LO

CK

RELE

ASE

«
...
23
24
25
26
27
...
»

Summary of Contents for TK-C675BE

Page 1: ...SERVICE MANUAL TK C675BU TK C675BE COMBINATION CAMERA No 6681 December 1998 COPYRIGHT 1998 VICTOR COMPANY OF JAPAN LTD LOCK RELEASE ...

Page 2: ...STMENTS 2 2 2 5 HOW TO EXECUTE PROGRAM SOFTWARE PLSC1209 2 3 2 6 KEYBOARD OPERATION PLSC1209 2 3 2 7 MENUS 2 3 2 8 CAMERA ADJUSTMENT 2 4 2 9 BACK FOCUS ADJUSTMENT 2 4 2 10 EVR ADJUSTMENT 2 5 3 DIAGRAMS AND CIRCUIT BOARDS 3 1 CCD PR BOARD BLOCK DIAGRAMS 3 2 3 2 IF BOARD BLOCK DIAGRAM 3 3 3 3 CCD BOARD SCHEMATIC DIAGRAM 3 4 3 4 CCD CIRCUIT BOARD 3 4 3 5 PR CIRCUIT BOARD 3 5 3 6 PR BOARD SCHEMATIC DI...

Page 3: ...cable 3 Remove the 3 screws 2 and remove the camera D SECTION 1 DISASSEMBLY Fig 1 2 Fig 1 1 2 Remove the 3 screws 1 Slide the dome cover B slightly in the direction of and pull it up in the direction of B 1 Fig 1 4 1 2 REMOVING THE CAMERA 1 Remove the covers as described in 1 1 2 Unplug the FPC cable C from the IF board Fig 1 3 A 4 Remove the FPC cable from the section of the wire holder Fig 1 5 I...

Page 4: ...ls of the camera circuit for a cer tain period of time If a new image sensor is inserted into the socket in this con dition the image sensor may be instantly damaged by the remaining electric charge To prevent this happening wait a while 2 to 3 minutes after removing an image sensor until inserting another one in the socket 䡵 After the CCD board has been removed from the lens as sembly the back fo...

Page 5: ...F board 3 Remove the 2 screws 8 and pull the IF board in the direc tion of the arrow Now the IF board can be removed together with the bracket L J and bracket R K Fig 1 11 4 Disconnect CN11 M CN12 N and CN504 P from the MD board 5 Remove the screw 9 and remove the MD board Fig 1 13 Fig 1 12 1 4 3 Removing the MD board and MD SUB board 1 Remove the camera as described in 1 2 2 Remove the IF board a...

Page 6: ... the connectors as de scribed in 1 4 4 2 Remove the 2 screws 12 Fig 1 17 3 Remove the screw 13 and remove the power supply unit V Fig 1 18 Fig 1 14 6 Remove the 2 spacers R 7 Remove the MD INSULATOR Q and remove the MD SUB board Fig 1 15 1 4 4 Removing the CN board 1 Remove the 5 screws 10 and pull out the chassis assembly in the direction of the arrow R Q 10 U CN boad S T 11 V 12 13 ...

Page 7: ... 6 Removing the lens assembly 1 Remove the CCD board as described in 1 3 2 Remove the PR board as described in 1 4 1 Now the lens assembly can be removed 1 4 7 Removing the pan tilt assembly 1 Remove the MD board as described in 1 4 3 2 Remove the CN board as described in 1 4 4 3 Remove the power supply unit as described in 1 4 5 Now the pan tilt assembly can be removed 1 5 DIP SWITCHES See Table ...

Page 8: ...roper maintenance inspection and servicing will result in great reductions of the times indicated in the table and will cause other effects as well 1 8 Replacement of IC ROM IF board IC27 IC29 1 For removing the IC ROM it is recommended to use a spe cial tool however two small screwdrivers are substitutable for it Fig 1 19 Example of special tool 2 Insert the portions N of the special tool into th...

Page 9: ...t the time of transportation by reversing the removal procedure d c b a 1 Camera cover L Sensor plate Photo Interrupter IF board f e Bend here Fig 1 23 2 Pull the camera body cover upward 3 Remove the screw 4 Remove the transportation bracket 5 Put the screw back and tighten it Camera body cover Camera body Claw Claw Don t Forget Be sure to remove the transportation bracket A bracket to reduce sho...

Page 10: ...igital voltmeter Condition Available for 100MHz or higher A calibrated instrument A color type instrument with a 75 ohm video input Input impedance of 10M ohm or higher Program disk Software for adjustment Program disk Remote control software Conversion cable Interface cable Conversion cable PLSC1209 PLSC1210 IBM PC Windows 95 For IBM PC SC32124 YTU93063 YTU94066 YTU92001B YTU92001 051 YTU92001 05...

Page 11: ...or monitor Waveform monitor WFM Vectorscope 75 Ω terminator 75 Ω terminator Interface cable YTU93063 Lens mount tool SC32125 Light box YTU93072 Oscilloscope RS232C to RS422 conversion adapter RS422 RS232C POWER SUPPLY DC 6V Remote control software Computer Windows 95 IF board CN5 AC 24V 2 4 SWITCH SETTING FOR ADJUSTMENTS 1 Set the camera functions by software PLSC1210 as shown in Table 2 1 Note th...

Page 12: ... press Crtl F4 keys 2 6 KEYBOARD OPERATION PLSC1209 Although a mouse is recommended for using this program it can also be operated from the keyboard in cases when a mouse is not available The commonly use keys are as follows Key Function Alt Menu selection Enter Confirm Esc Cancel Up or Shift Up Cursor shift Down or Shift Down Cursor shift Left or Shift Left Cursor shift Right or Shift Right Curso...

Page 13: ... voltage Gain OFD Y setup White clip AGC set Burst level Color difference balance 1 Carrier dot balance Color difference balance 2 Carrier balance Menu command Burst phase E Ver only SC phase E Ver only Offset data R Y B Y low R B gain Color difference gain Color difference matrix White level Manual white balance Auto iris level Item Mode Adjustment procedure Measuring instrument Input signals No ...

Page 14: ...are select the required menu commands from the CAM ADJ menus using the Alt key or mouse 1 Set lens iris so that the white level in the center of the gray scale chart at TP201 PR is 0 7Vp p 2 Adjust the Y gain data so that the white level in the center of the gray scale chart at VIDEO output is 0 714 Vp p 100 IRE U Ver or 0 7 Vp p E Ver 2 Gain adjustment Gray scale chart just scan Oscilloscope H ra...

Page 15: ...VIDEO out put is 0 643Vp p 90 IRE or 0 63Vp p E Ver 2 Click OK The camera s AGC mode is switched automatically to 20 dB 3 Adjust the AGC normal reference data so that the white level in the center of the gray scale chart at VIDEO output is 0 678Vp p 95 IRE U Ver or 0 665Vp p E Ver After this ad justment the AGC mode is switched auto matically to OFF 6 AGC set adjustment Gray scale chart Just scan ...

Page 16: ... lens with color bar chart to the lens 2 Set lens iris so that white level of color bars is 0 65Vp p at VIDEO output 3 Adjust the 1H delay gain Yellow data so that the levels of the adjacent 1H signals at TP202 PR are identical 8 Color difference balance 1 adjustment Color bar chart Just scan Oscilloscope H rate 10 1 Vectorscope 0 65 Vp p Identical 1 Close the lens iris 2 Adjust the Carrier balanc...

Page 17: ...s should be superim posed 0 65 Vp p 1 Close the lens iris 2 Adjust the Burst phase data so that the angle of burst phase is 90 degrees on the vectorscope 12 Burst phase adjustment E Ver only Vectorscope VIDEO output 2Ah Burst phase Angle of burst phase is 90 degrees R Y B Y R Y B Y R Y B Y 1 Close the lens iris 2 Adjust the Blue carrier balance and Red car rier balance data alternately so that the...

Page 18: ...ent It is not neces sary the infinity adjustment lens for this adjust ment 66h 2R G offset 67h 2B G offset 6Ah Y low offset 1 Attach the infinity adjustment lens with color bar chart to the lens 2 Set lens iris so that white level of color bar chart is 0 65Vp p at VIDEO output 3 Press Enter key The adjustment is preformed automatically 1 Put the filters 80C 80C to the lens 2 Set lens iris so that ...

Page 19: ...put LENS IRIS 0 65Vp p VIDEO output A0h R gain indoor A1h B gain indoor A white signal component dot should appear in the center of the vectorscope 1 Put the filters 80C 80C to the lens 2 Set lens iris so that white level of color bar chart is 0 46Vp p at VIDEO output 3 Adjust the R gain outdoor and B gain out door data alternately so that the dot of the white signal component appears in the cente...

Page 20: ...10 1 VIDEO output LENS IRIS 0 65Vp p VIDEO output A2h R Y gain indoor A3h B Y gain indoor Red signal level 0 46Vp p Blue signal level 0 36Vp p 1 Attach the filters 80C 80C to the lens 2 Set lens iris so that the white level of the color bar chart at the output is 0 46Vp p 3 Adjust the R Y gain outdoor data so that the Red signal level in the color bar signal is 0 32Vp p 4 Adjust the B Y gain outdo...

Page 21: ... Set lens iris so that the white level of the gray scale chart at VIDEO output is 0 714Vp p U Ver or 0 7Vp p E Ver 3 Press Enter key The adjustment is performed automatically 19 White level adjustment Gray scale chart just scan Oscilloscope H rate 10 1 VIDEO output LENS IRIS U Ver 0 714Vp p 100 IRE E Ver 0 7Vp p 60h B Y offset 61h R Y offset 1 Attach the filters 80C 80C to the lens 2 Set lens iris...

Page 22: ...t the dot of the VIDEO output appears in the center of the vectorscope 7 Attach the filters 80C 80C to the lens 8 Set lens iris so that the white level of the gray scale chart at VIDEO output is 0 714Vp p 100 IRE U Ver or 0 7Vp p E Ver 9 Adjust the two data alternately so that the dot of the VIDEO output appears in the center of the vectorscope 20 Manual WHT BAL adjustment Gray scale chart just sc...

Page 23: ...to AUTO 2 Adjustment the Auto Iris level data so that the white level at the center of the gray scale chart at VIDEO output is 0 714Vp p 100 IRE U Ver or 0 7Vp p E Ver 21 Auto iris level adjustment Gray scale chart just scan Oscilloscope H rate LENS IRIS AUTO VIDEO output 35h Auto iris level U Ver 0 714Vp p 100 IRE E Ver 0 7Vp p 2 14 ...

Page 24: ...Printed in Japan VICTOR COMPANY OF JAPAN LIMITED ...

Page 25: ...egistered Trademark owned by VICTOR COMPANY OF JAPAN LTD is a registered Trademark in JAPAN the U S A the U K and many other countries TK C675B COMBINATION CAMERA INSTRUCTIONS For Customer Use Enter below the Serial No which is located on the body Retain this information for future reference Model No TK C675B Serial No LO CK RELEASE ...

Page 26: ...ith vapor or oil soot for example in a kitchen In a temperature outside the operating temperature range 10 C to 50 C Near a source of radiation X rays strong radio waves or magnetism In a place subject to vibration In a place with excessive dirt Insufficient head ventilation of the camera may cause a mal function Be careful not to block the ventilation to the camera If this camera and the cables c...

Page 27: ...nnection errors or a cable dis connection we recommend the use of lug plates for the connec tions The following table shows the connection distances and connec tion cables provided that 2 conductor VVF cables vinyl insulated vinyl sheath cables are used Installation Control signal cables These cables should be connected only when it is required to control the camera using the RS 422A or RS 485 sig...

Page 28: ...r is supplied without removing the transportation bracket initialization won t be carried out properly so that the camera cannot be controlled with a remote control unit Make sure that it is removed CAUTION 5 Check the switch settings and the communication protocol Read the controller specifications carefully before proceeding to the switch settings Switch settings DISP PROTOCOL 1 2 SYNC Machine I...

Page 29: ...ameras at both ends CAM1 and CAM32 to ON and TERM switches of the other cameras to OFF Do not terminate at the controller Set the TERM switch of CAM1 to ON and also terminate at the controller with 110 ohm Set the TERM switches of the other cameras to OFF When the controller is located at the end When the controller is not located at the end 9 Connections continued control signal connection Use a ...

Page 30: ...the power cables are too long or are of the wrong size the voltage may drop due to an increase in resistance during the panning operation Change the power cables to ones of a lower resistance i e thicker or shorter cables Place the AC24V power supply near to the camera 11 Specifications External dimensions Unit mm CAMERA Signal system U type Based on NTSC standard E type Based on PAL standard Imag...

Page 31: ...ng off IC pins to remove them do the board damaged nor come off When soldering is tried twice or more for the same chip parts carefully wipe flux dusts off with cloth moistened with absolute alcohol otherwise the IC may malfunction owing to remaining dusts Transistors and F E T s are Resistor NO UNITS Ω k kΩ M MΩ Capacitor NO UNITS µF p pF 3 1 䡵 SCHEMATIC DIAGRAM NOTES Schematic safety precaution ...

Page 32: ...3 1 CCD PR BOARD BLOCK DIAGRAMS 3 2 3 2 ...

Page 33: ...3 2 IF BOARD BLOCK DIAGRAM 3 3 3 3 ...

Page 34: ...05 A 2A Q106 A 2A D101 B 1A D102 B 1A D103 A 1A D104 A 1A D105 B 1A D106 A 1A D107 A 1A D108 A 1A D109 A 1A D114 A 1A D118 A 1A D119 B 1A D120 A 2A R101 A 1A R102 A 2A R103 A 2A R104 A 1A R105 B 2A R106 B 2A R107 B 2A R110 B 1A R111 B 1A R112 A 1B R113 A 1B R114 A 1B R115 A 1A R116 A 1A R117 A 1A R118 A 1A R119 A 2A R120 A 2A R121 A 2A R122 A 2A R123 A 2A R124 A 2B R125 B 2A R126 B 2A R127 B 2B C1...

Page 35: ...C R261 A 4B R262 A 4C R264 B 4B R265 A 4B R266 B 4B R267 A 3C R268 A 3C R269 A 3C R270 B 4C R271 B 4C R272 A 4B R273 B 4B R274 B 4B R275 B 4B R276 A 4B R277 B 3C R278 A 4B R279 B 3B R282 B 3C R283 B 4C R284 B 4C R285 B 4C R286 A 4C R287 B 4C R288 B 4C R291 B 2B R292 A 2B R293 B 3C R302 A 2B R303 B 2B R304 A 2B R305 B 3B R314 A 2B R320 B 3A R321 A 4B R322 A 4B R329 B 3B R330 B 3B R331 B 4B R332 B 4...

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

Page 37: ...ARD SCHEMATIC DIAGRAM 3 7 SCV2732 1LL241 0 0 0 390k 0 027 820k 0 PAN MSTEP1 PAN MSTEP0 DIR MSTEP1 DIR MSTEP0 0 10k 0 are not actually mounted on the board The components shown in OPEN OPEN OPEN OPEN PLSC1247 OPEN OPEN OPEN R26 OPEN R12 OPEN FROM TO PR CN202 FROM TO MD CN10 FROM TO SLIP RING 91153 ...

Page 38: ...4B R128 A 4B R129 A 4B R130 A 4B R131 A 4B R132 A 4B R133 A 4B R134 A 4B R135 A 4B R136 A 4B R137 A 4B R138 A 4B R139 A 4B R140 A 4B R141 B 3A R142 A 2E R143 A 3A R144 B 1E R145 B 3C R151 B 5C R152 A 2A R153 B 3A R154 B 4A R155 B 4A R156 B 4A R157 B 4A R158 B 5A R159 B 5A R160 B 5B R161 B 5B R162 B 5B R163 B 5B R164 B 5B R165 B 5B R166 B 5B R167 A 5C R168 B 1C R169 B 2E R170 B 2E R171 B 3C R172 B ...

Page 39: ... 2 9 5 2 1 5 8 7 3 4 11 9 6 0 8 0 4 1 15 1 11 9 15 1 12 9 12 9 13 0 are not actually mounted on the board The components shown in FROM TO IF CN10 FROM TO PAN MOTOR FROM TO TILT MOTOR FROM TO MD CN504 MD SUB FROM TO MD SUB CN504 92585 94269 S1 1 RESERVED RESERVED S2 MACHINE ID DOUBLE FIGURES S3 MACHINE ID S1 2 S1 3 S1 4 S1 5 S1 6 DISP PROTOCOL 1 PROTOCOL 2 SYNC SINGLE FIGURES ...

Page 40: ...R14 B 4C R15 B 4B R16 B 4B R17 B 4B R18 B 4B R19 B 4B R20 B 4B R21 B 4B R22 B 3B R23 B 4B R24 B 4B R25 B 4B R26 B 4B R27 A 4B R28 A 4A R29 B 4B R30 B 1D R32 B 1C R33 B 1C R38 B 2C R39 B 1C R44 B 2C R45 B 2C R48 B 1C R50 B 1C R51 B 1C R56 B 1C R57 B 1C R62 B 2C R63 B 1C R67 B 3D R68 B 3D R69 B 3D R70 B 3D R71 B 3D R72 B 3D R73 B 3C R74 B 3C R75 B 3C R76 B 3C R77 B 3C R78 B 3C R80 B 1D R81 B 2D R82 ...

Page 41: ... 2B R8 B 3B R9 B 3A R10 B 2C R15 B 1C R16 B 1C R17 B 1C R18 B 2B R19 B 2B R20 B 2B R21 B 2B R22 B 3A R23 B 3A R500 B 3C R501 B 2B C2 B 1C C3 A 3B C4 B 2B C5 A 3B C6 B 3B C7 A 3A C9 B 2B C500 B 2C C501 A 2C L1 B 1B L2 B 3B L500 A 2C S1 A 1C CN1 A 1B CN2 A 3A CN3 A 1A CN4 A 3B CN503 A 2C TB1 A 2C LC500 A 3B VA1 A 2A VA2 A 2A VA3 A 2A VA4 A 2A VA5 A 1A VA6 A 1B VA7 A 2B 11 9 5 0 5 0 15 2 5 0 5 0 1 2 ...

Page 42: ...3 16 OVERALL WIRINGS 3 12 3 12 FFC CABLE 92586 ...

Page 43: ...3 2 3 2 3 17 BLOCK DIAGRAMS of IC s 䡵 AN2018S W MATSUSHITA Correlated Double Sampling 䡵 AN2147FHP MATSUSHITA Signal Processer 䡵 AN2458SH E1 MATSUSHITA Color Encoder 3 13 3 13 ...

Page 44: ...round Sense Operational Amplifiers 䡵 CXA1211M X SONY Electric Volume 䡵 CY62256LL70SN X CYPRESS 32k x 8 Static RAM 䡵 EHDGA1533 MATSUSHITA SC Generator for NTSC 䡵 EHDGA1534 MATSUSHITA SC Generator for PAL 䡵 MAX489CPD MAXIM Low Power Slew Rate Limited RS 485 RS 422 Transceivers 3 14 3 14 ...

Page 45: ...3 4 3 4 3 15 3 15 䡵 M28C64 120K1 MITSUBISHI Parallel 64K 8K X 8 EEPROM with Software Data Protection 䡵 MB88345PF FUJITSU D A Converter 䡵 MB90T678BPF MITSUBISHI CPU ...

Page 46: ...373M X MOTOROLA Octal Transparent Latch with 3 State Output 䡵 MC74HC04AF X MOTOROLA Hex Inverters 䡵 MC74HC14AF X MOTOROLA Hex Schmitt Trigger Inverters 䡵 MC74HC367F X MOTOROLA Hex Bus Drivers With 3 State NON In verted Output 䡵 MN12821 QR X MATSUSHITA Voltage Detecter 䡵 MN3864SA W MATSUSHITA CCD Delay Line ...

Page 47: ...6 3 17 3 17 䡵 MN3111H MATSUSHITA Vertical Driver 䡵 MN5216 2 MATSUSHITA Timing Generator 䡵 NJM2267V W JRC Dual 6dB Video Amplifier including 75Ω Driver 䡵 NJM2509V W JRC Super Imposer including Y C MIX Circuit ...

Page 48: ...3 7 3 7 3 18 3 18 ...

Page 49: ...3 8 3 8 3 19 3 19 ...

Page 50: ...3 9 3 9 3 20 3 20 ...

Page 51: ...arator 䡵 NM93C46EM8 X NATIONAL SEMICON DUCTOR 1024 Bit Serial EEPROM 䡵 P22V10D 15 002 CYPRESS SEMICON DUCTOR Programmable Logic Array 䡵 S 2927AIF10G W SEIKO CMOS 2K bit Serial EE PROM 䡵 S 8054HN CB X SEIKO INSTRUMENTS C MOS Voltage Detector 䡵 SMA5104 SANKEN Power MOS FET Array ...

Page 52: ...ing Motor 䡵 TA75S01F W TOSHIBA Single Op Amp 䡵 TA75W558FU X TOSHIBA Dual Low Noise Op Amp 䡵 TC4W53F X TOSHIBA 2 Channel Multiplexer 䡵 TC74HC32AF X TOSHIBA Quad 2 Input OR Gates 䡵 TC74HC4053AFT X TOSHIBA Triple 2 Channel Analog Multiplexer Demultiplexer 䡵 TC7S04F X TOSHIBA Invertor ...

Page 53: ...plexer 䡵 TC7W00FU X TOSHIBA 2 Input Dual NAND Gate 䡵 TC7W04F X TOSHIBA Triple Inverter Gate 䡵 TC7W08F X TOSHIBA 2 Input Dual AND Gate 䡵 TK11650U X TOKO 3 Terminal Positive Voltage Regulator 䡵 UPC842G2 W NEC Dual Op Amp 䡵 UPD6461GS 936 NEC On Screen Charactor Display ...

Page 54: ...3 13 3 13 3 24 3 24 䡵 PLSC1183 NEC 8 Bit Single Chip Microcomputer with 32k Byte One Time P ROM 䡵 Z84C4310FEC ZILOG Serial I O Controller ...

Page 55: ... 1 4 1 EXPLODED VIEW M1 SAFETY PRECAUTIONS Parts identified by the symbol are critical for safety Replace only with specified parts number For maximum reliability and performance all other replacement parts should be identical to those specified ...

Page 56: ...2 TERMINAL LABEL 29 SC46153 001 PROTECTOR 30 SC46105 001 COIL SPRING 31 SCV2856 001 WIRE ROPE 32 SC32095 00B C BRACKET ASSEMBLY 33 SC46094 001 LEAF SPRING 34 SC32094 001 ROTARY PLATE 35 SC46165 001 MD INSULATOR 36 SC46169 001 SPACER A 37 SC46283 001 LOCK BRACKET 38 SC32126 001 FAN HOLDER 39 QAR0074 001 DC FAN MOTOR 40 SC45432 002 CUSHION 41 SC46160 001 SENSOR PLATE 42 SC45834 006 HEAT SINK 43 SC45...

Page 57: ...6 1 SECTION 6 PACKING Carton Ceiling mount assembly Carton Carton Carton Carton Camera Caution sheet SC96820 001 Carton Box Instructions SC96837 CLAMP FILTER SCV2728 001 CLAMP FILTER QQR0216 001 ...

Page 58: ...ACITOR Non Poler electrolytic Capacitor P P CAPACITOR PolyPropylene Capacitor PPS CAPACITOR PolyPhenylene Sulfied film Capacitor P S CAPACITOR PolyStyrene Capacitor TAN CAPACITOR Tantal Capacitor TRIM CAPACITOR Trimer Capacitor VAL CAPACITOR Valiable Capacitor RESISTORS In the Description column All resistance values are in ohms Ω k expresses kilo ohm 1 000 ohms kΩ M expresses mega ohm 106 ohms MΩ...

Page 59: ...03X M G RESISTOR 10k 1 16W R121 NRSA63J 153X M G RESISTOR 15k 1 16W R122 NRSA63J 432X M G RESISTOR 4 3k 1 16W R123 NRSA63J 103X M G RESISTOR 10k 1 16W R124 NRSA63J 562X M G RESISTOR 5 6k 1 16W R126 NRSA63J 0R0X M G RESISTOR 0 1 16W R127 NRSA63J 561X M G RESISTOR 560 1 16W C1 NCB31HK 103X CER CAPACITOR 0 01 50V C2 NCB31HK 103X CER CAPACITOR 0 01 50V C3 NBE41AM 226X TAN CAPACITOR 22 10V C4 NBE51AM 4...

Page 60: ...OR 1k 1 16W R29 NRSA63J 102X M G RESISTOR 1k 1 16W R30 NRSA63J 102X M G RESISTOR 1k 1 16W R32 NRSA63J 562X M G RESISTOR 5 6k 1 16W R34 NRSA63J 0R0X M G RESISTOR 0 1 16W R35 NRSA63J 223X M G RESISTOR 22k 1 16W R39 NRSA63J 103X M G RESISTOR 10k 1 16W R40 NRSA63J 103X M G RESISTOR 10k 1 16W R41 NRSA63J 103X M G RESISTOR 10k 1 16W R42 NRSA63J 103X M G RESISTOR 10k 1 16W R43 NRSA63J 103X M G RESISTOR 1...

Page 61: ...SISTOR 5 6k 1 16W R279 NRSA63J 562X M G RESISTOR 5 6k 1 16W R282 NRSA63J 823X M G RESISTOR 82k 1 16W R283 NRSA63J 124X M G RESISTOR 120k 1 16W R284 NRSA63J 203X M G RESISTOR 20k 1 16W R285 NRSA63J 0R0X M G RESISTOR 0 1 16W U NRSA63J 203X M G RESISTOR 20k 1 16W E R286 NRSA63J 103X M G RESISTOR 10k 1 16W R287 NRSA63J 393X M G RESISTOR 39k 1 16W R288 NRSA63J 393X M G RESISTOR 39k 1 16W R291 NRSA63J 0...

Page 62: ...R 0 01 50V C233 NBE21AM 335X TAN CAPACITOR 3 3 10V C234 NCF31EZ 104X CER CAPACITOR 0 1 25V C235 NBE21CM 105X TAN CAPACITOR 1 16V C236 NBE21CM 105X TAN CAPACITOR 1 16V C237 NCF31EZ 104X CER CAPACITOR 0 1 25V C238 NCB31HK 103X CER CAPACITOR 0 01 50V C239 NDC31HJ 180X CER CAPACITOR 18p 50V C240 NCF31HZ 473X CER CAPACITOR 0 047 50V C241 NCF31EZ 104X CER CAPACITOR 0 1 25V C242 NCB31HK 103X CER CAPACITO...

Page 63: ... X TRANSISTOR MOTOROLA Q12 MSD1819A R X TRANSISTOR MOTOROLA Q13 MSD1819A R X TRANSISTOR MOTOROLA Q14 MSD1819A R X TRANSISTOR MOTOROLA Q15 DTC124EKA X TRANSISTOR ROHM D3 MA143A X DIODE MATSUSHITA D4 MA143A X DIODE MATSUSHITA D5 MA143A X DIODE MATSUSHITA LD1 SML 210MT MN X L E D LD2 SML 210MT MN X L E D PC1 GP1S24 I C PH INTER R1 NRSA63J 562X M G RESISTOR 5 6k 1 16W R2 NRSA63J 824X M G RESISTOR 820k...

Page 64: ...3J 182X M G RESISTOR 1 8k 1 16W R164 NRSA63J 472X M G RESISTOR 4 7k 1 16W R165 NRSA63J 182X M G RESISTOR 1 8k 1 16W R166 NRSA63J 103X M G RESISTOR 10k 1 16W R167 NRSA63J 103X M G RESISTOR 10k 1 16W R169 NRSA63J 220X M G RESISTOR 22 1 16W R170 NRSA63J 220X M G RESISTOR 22 1 16W R171 NRSA63J 220X M G RESISTOR 22 1 16W R172 NRSA63J 0R0X M G RESISTOR 0 1 16W R173 NRSA63J 0R0X M G RESISTOR 0 1 16W R174...

Page 65: ...2SJ244JY W FET HITACHI Q39 2SJ244JY W FET HITACHI Q40 2SJ244JY W FET HITACHI Q42 DTC124EKA X TRANSISTOR ROHM Q43 DTC124EKA X TRANSISTOR ROHM D5 MA153 X DIODE MATSUSHITA D8 MA153 X DIODE MATSUSHITA PC1 GP1A53E I C PH INTER R19 NRS12BJ 330X M G RESISTOR 33 1 2W R20 NRS12BJ 330X M G RESISTOR 33 1 2W R21 NRS12BJ 330X M G RESISTOR 33 1 2W R22 NRS12BJ 330X M G RESISTOR 33 1 2W R23 NRS12BJ 330X M G RESIS...

Page 66: ...T1 DIODE FUJI ELECTRIC R1 NRSA02J 472X M G RESISTOR 4 7k 1 10W R2 NRSA02J 103X M G RESISTOR 10k 1 10W R3 NRSA02J 222X M G RESISTOR 2 2k 1 10W R4 NRSA02J 682X M G RESISTOR 6 8k 1 10W R5 NRSA02J 472X M G RESISTOR 4 7k 1 10W R6 NRSA02J 222X M G RESISTOR 2 2k 1 10W R10 NRSA02J 100X M G RESISTOR 10 1 10W R15 NRS181J 331X M G RESISTOR 330 1 8W R16 NRS181J 331X M G RESISTOR 330 1 8W R17 NRS181J 331X M G ...

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