Hitachi Camcorder VM-E220A User's Manual

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TK No.6601E
VM-E220A/E520A/E521A
VM-H620A/H720A
Ta MECHANISM
Manual related to the VM-E220A/E520A/
E521A/H620A/H720A
This model uses a TH MECHANISM.
Refer to the following manuals for the
TH MECHANISM.
Chapter
Name of Manual {Manual No. included
VM-E110A/E310A
VM-E410A/E510A | 6505E | Chapter?
TH MECHANISM 6406E —
VM-AC85A 6607E
VM-IR20A 6603E —_—
VM-E220A
Parts List 6601E-1
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SPECIFICATIONS AND PARTS ARE SUBJECT TO CHANGE FOR IMPROVEMENT
8mm VIDEO CAMERA/RECORDER
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CAUTION (COLOR LCD EVF)
LCD display; the liquid crystal display (LCD) pane! is mode by highly precise technology.
More than 99.99% of its picture elements (pixels) are effective, but soma (less than 0.01%) may
appear as colored bright dots. This does not indicate a fault as the LCD panel stretches the
limits of current technology.
CAUTIONCCRT EVF)
generates a high voltage.
Е carefull of the section painted in white on the electronic viewfinder circuit board as it
ad
PRODUCT SAFETY NOTICE
Many electrical and mechanical parts have special safety-related characteristics. These are often
not evident from visual inspection nor can the protection afforded by them necessarily be obtained
by using replacement components rated for a higher voltage, wattage, etc. Replacement parts which
have these special safety characteristics are identified in this Service Manual. Electrical
components having such features are identified by marking with a on the schematics and the
parts list in this Service Manual, The use of a substitute replacement component which does not
have the same safety characteristics as the HITACHI recommended replacement one, shown in the
parts list in this Service Nanual, may create shock, fire, or other hazards. Product safety is
continuously under review and new instructions are issued from time to time. For the latest
information, always consult the current HITACHI Service Manual. A subscription to, or additional
copies for, HITACHI Service Manual may be obtained at a nominal charge from HITACHI SALES
CORPORATION.
X-RAY RADIATION
The primary source of X-ray radiation in this viewfinder is the picture tube. The tube used in
this viewfinder is specially constructed to limit X-ray radiation emission. For continued X-ray
radiation protection, the replacement tude must be the same type as the original, Hitachi
approved one.
\
How to discriminate the TYPE” identifications in the manual
The parts and circuits are identified by "TYPE" in this manual to discriminate the differences between
models. The TYPE numbers are the same as the mode! numbers. The table below shows how to read the TYPE
identifications.
TYPE identification | Model name
TYPE 220 — VM-E220A
TYPE 520 — VM-ES204A
TYPE 521 -- VM-ES21A
TYPE 620 — VM-H620A
TYPE 720 — VM-H720A
Differences table of main features
Hi-8 STEREO | EIS FADE
= X X X X
—
16:9 JOPTICAL| WIND
Mode | name | Nor-8 MONO
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- a CONTENTS 1 1
(CHAPTER 1] GENERAL INFORMATION } В ВЕ © (CHAPTER 6] SCHENATIC 8 CIRCUIT BOARD DIAGRAUS D ‚| (CHAPTER 8 | APPENDIX à
SPECIFICATIONS ........ eee 1 (1) Deflection Yoke Position, ро o O Bd
COMPARISON OF FEATURES ..........eecornereros 1-2 | EVF Centering Adjustment ........... 3-19 ¿ER SCHEMATIC & CIRCUIT BOARD DIAGRAM Self-Diagnosic Functions ...........—..e=.. 5
COMPARISON OF MAIN CONTROL ICs ........creee 1-4 (2) EVF Vertical Size Adjustment ....... 3-19 ; INTERNAL WIRING DIÁGRAM .....e.remereocenos 6-1 1. OVERVIEW .......... ones
SERVICE MANUAL ABBREVIATION LIST ............ 1-5 (3) EVF Brightness Adjustment .......... 3-19 : CIRCUIT 2. DETAILS OF DISPLAY/DETEC 9
LEADLESS (CHIP) COMPONENT IDENTIFICATION .... 1-7 (4) EVF Focus Adjustment ............ee. 3-19 ; SCHEMATIC go, © AND APPLICATIONS pr Ener -.
JIGS AND TAPES FOR ADJUSTHENT ............... 1-10 8-2. LCD EVF Adjustment .,........e....... 3-20 : DIAGRAM — pracpay 3+ SETTING PROCEDURE AN 9-3
HOW TO USE THE EXTENSION CABLE .............. 1-11 (1) Output Voltage Adjustment .......... 3-20 SENSOR/GYRO (SPE) .....iiee.ieeeeos 6-3 /6-51,83 DETAILS OF DIAGNOSIS .........re=erer=<=> 8-5
MAINTENANCE/INSPECTION PROCEDURE ............ 1-12 (2) H. Drive Frequency Adjustment ...... 3-20 SENSOR DRIVE VAI ны, 5-5 /6-43.55 OPERATION .......... nesses >
(3) Brightness, Contrast Adjustment .... 3-20 | S (VCA) oe 8-7 /6-43,55 Identifying Controls ....eerecorereerrere:
(CHAPTER 2|. DISASSENBLY В А Во; - | DIGITAL PROCESS LICA) ..eremaeneo: о Setting the Date and Time ........e.ceoecor 8-8
(4) Sub-Bright Adjustaent .............. Sa AUTO FOCUS (VCA) 220000000400 00000 6-9 /6-43,55 Date Search 8-10
1. CHANGE OF “4. COMPONENTS REMOVAL” 2 roms ta and Color Phase 2-21 . SYSTEM CONTROL (VCA) .........ere.. 6-11/6-43,5 Using the Display BuLION .........eece.ee.. 8-10
(FOR TYPES21).............erccneocrerreres 2-1 IS _ ; TROUBLE SENSOR [VCA] .........eee.o 6-14/6-43,55 Simple Programable Edit -........eeceee=- 8-11
4. Mic Unit, Lei 3. VCR SECTION ADJUSTMENT ..............e.... 3-22 R (HTSOS51C) 8-14/6-52,64 3
. Mic Unit, Left Case, Camera Block, - TROUBLE SENSO! eres y General Maintenance .......escscoroorrreroa 8-1
“e 1. CIRCUIT BOARD LOCATIONS ...........er.r. 3-22 6-15/6-43,55
ain Block.......rrevesoccrrrecacocenaro 2-1 т ; SERVO [VYCA) .....e.ecooccorereaoneo Cleaning the Camcorder Heads ............ 8-13
‘ ; 2. TEST EQUIPMENT AND ALIGNMENT TAPES | 5-18/6-43.55 |
2. CHANGE OF “TH MECHANISM” ..........e.ee.. 2-2 NECESSARY TOR ADJUSTMENT 3-29 | JACK (VCA) 2neceecorerrereiencaeee , Cleaning the Lens and Picture Tube
1. DISASSEMBLY .......e..eeeoeiecereeree. 2-2 3. ADJUSTHENT CONDITION LS 200 | AV TRANSMITTER (VCA) (TYPES21)..... 6-19/ 6-43 of the Electronic Viewfinder ............ 8-13
2-1. Cassette holder ...........erecrcrro 2-2 "ge | OPTICAL (OPT) (TYPES21)............ 6-20/ 6-44 din Mas 8-13
с Periodic Maintenance .........0.......>.
2-17. Chassi | : 4. PRESET POSITIONS OF SWITCHES УСА] 6-21 /6-43,55
-12: Chassis plate, Take-up reel disk.... 2-2 _ | DC-DC CONVERTER RP , Troubleshooting .............esrsecriceros 8-13
pa | AND CONTROLS DURING ADJUSTMENT ......... 3-22 _91/6-52 64
2-18. Eject lock drive arm ........eeoe... 2-2 | DC/SWITCH (DCS) ......e..econecaros 6-21/6-52,
| es 5. ADJUSTHENT COMPONENTS LOCATIONS ........ 3-23 | _93/ 6-43
3-2. Loading Gears and Loading Ring..... . 2-3 6 CHECK AFTER REPLACING MAJOR AUDIO (VCA) (TYPE220,520,521) ..... 6-23/
2. MECHANISH ADJUSTHENT ................... 2-4 | AUDIO (VCA) (TYPES20,720) ......... 6-25/ 6-55
| COMPONENTS IN THE VCR SECTION .......... 3-24 | - 6-27/ 6-43
3-3. Supply/Take-up Guide Roller | PRE ANP (VCA) (TYPE220,520,521) ...
Height Adjustment 2-4 7. SYSTEM CONTROL/SERVO CIRCUIT | CCD DELAY (VCA)
SI НН: ADJUSTHENT .....e..eeeoercerrorenreeoe: 3 |
4. ADJUSTMENT AFTER REPLACING (TYPE220,520,521) ............ex... 6-29/ 6-43
THE CYLINDER.........e..acecvecerecicees 2-5 (1) Poner Shut off Level — LUMINANCE/CHROMA (УСА)
5. CHECKING THE TORQUE 2-6 (0 er Discharge) Adusinent .... 578, (TYPE220,520,521) +.2.222024004+ 444 6-31/ 6-43
6. MODIFICATION TO ATF-R JIG 2000000000000 2-6 ho ANCE/CHROHA RATE DUT a > | PRE ANP (VCA) (TYPEB20,720) ....... 6-33/ 6-55
4, PHOTOS OF MECHANISH ...........eeecceos 2-7 : es | ce CCD DELAY (VCA) (TYPE620,720) ..... 6-35/ 6-55
(1) Comb Filter Adjustment ............... 3-26 ;
ay | LUMINANCE/CHROMA (VCA)
[CHAPTER 3 | ELECTRIC CIRCUIT ADJUSTMENT В (2) E-E Video Signal Level Adjustment .... 3-26 (TYPEB20,720) .............eeccmees 6-37/ 6-55
(3) White Clip Adjustment .........e.o.e.. 3-26 ELECTRONIC VIEWFINDER (EMQ)
ELECTRICAL ADJUSTMENT (4) Carrier Frequency Adjustment ......... 3-27 | (TYPE620) ‚ 6-39/ 6-40
1. CONNECTION FOR ADJUSTMENT ................ 3-1 (5) Deviation Adjustment ........eec.ooora 3-27 | COLOR EVE (CRE) NS
2. CAMERA SECTION ADJUSTMENT .........acse0.. 3-2 (6) Record Luminance Level Adjustment .... 3-28 (TYPE220,520,521,720) ............ 6-41/ 6-63
1. CIRCUIT BOARD LOCATIONS .........eercao. 3-2 (7) Playback Luminance Level Adjustment .. 3-28 A Ba
2. TEST EQUIPMENT AND CHARTS NECESSARY 9. AV TRANSHITTER CIRCUIT ADJUSTMENT e WAVEFORMS
FOR ADJUSTHENT ..........eerecnorccrcen. 3-2 (FOR TYPES21) ...........ereorvecrceree 3-28 .— $ й CAMERA SECTION ......eceoreiirorcenerenen. 6-4
3. ADJUSTHENT CONDITION .........e.receco.. 3-2 4. ERROR MESSAGES ........e.eerecccoreeccenos 3-30 SYSTEM CONTROL ........ercerererconererero 6-13
4, PRESET POSITIONS OF SWITCHES AND 5. TROUBLESHOOTING OF AUTOFOCUS +............ 3-33 SERVO ....oocicericararerecionronieee rene. 6-17
CONTROLS DURING ADJUSTHENT ............ ‚ 3-2 VIDEO ........esrreccorereorenenenceree 6-30,36
5. LIST OF CHARTS FOR CAMERA ADJUSTHENT ... 3-2 (CHAPTER 4 | EXPLODED VIEWS Ù ELECTRONIC VIEWFINDER (ENQ).............. 6-39
6. CHECK AFTER REPLACING MAJOR COMPONENT COLOR EVF £CRE)........ereecorrercocoreeres 6-42
IN THE CAMERA SECTION Lu. 88 eo (1) ar
7. CAHERA SECTION ADJUSINENT PROCEDURE .... $3 CABINET SECTION (5) ........eeeeninocneoes 4-2 Ce 7| BLOCK ROCESSOR DIN FUNCT ION mane |
7-1. Connections for Adjustment .......... 3-4 я MICROPROCE
7-2 How to Start the MP 3-4 CHASSIS SECTION ........ecerererernenvenee 4-3
7-3. Initial Setting by Model 2-5 CAMERA BLOCK SECTION ........ecaermenenenos 4-4 1. BLOCK DIAGRAM
7-4. Electric Volume Adiustment ELECTRONIC VIEWFINDER (LCD EVF) SECTION ... 4-5 1. OVERALL Leica carre tan ananas 7-1
“procedure 2-6 ELECTRONIC VIEWFINDER (CRT EVF) SECTION ... 4-5 D CAMERA LL r are ee rer eR EEE RE 7-3
гос SA een | ig
7-5, Digital Adjustment Procedure ........ 3-8 CHAPTER 5 | REPLACEMENT PARTS LIST | 3. PONER ...oc.ocooaacccocararrarecsorervece
7-6. Autofocus Adjustment Procedure ...... 3-14 (CH ) 4. SYSTEM CONTRÓL -...cercereroorereeoreros a
7-7, Stabilizer Adjustment Procedure ..... 3-16 REPLACEMENT PARTS LIST И = 5, SERVO LL... nc 22020 ancesme sense senc e0e 18
7-8, Spot Noise Adjustment Procedure ..... 3-17 1. MECHANICAL PARTS LIST [VN-E520A/ES521A] ... 5-1 E 6. VIDEO SS 7-13
8. ELECTRONIC VIEWFINDER (EVF 2. ELECTRICAL PARTS LIST [VM-ES20A/ES21A] ... 5-3 7. AUDIO Loc ccceenaeneneenne nee crane ten ecee
OCESSOR PIN FUNCTION TABLES 7-15
ADJUSTMENT carcasse er 3-19 3. MECHANICAL PARTS LIST [VN-H620A/H720A] ... 5-13 2. MICROPROCES LIADO menes
8-1. CRT EVF Adjustment .................. 3-19 4. ELECTRICAL PARTS LIST [VM-H6204/87204] ... 5-15
| CHAPTER 1 GENERAL INFORMATION )
Specifications | |}
General Specifications
Power requirements 6VDC
Power consumption VM-H620A: 5.3W (when recording)
VM-H720A: 5.9W (when recording)
Dimensions 3-11/16" Wx 4-3/4" H x8-5/16" D (94mm x 120mm x
211mm) |
Weight ; VM-H620A: 1.911bs(approx. 870g) without battery pack, lens
hood, lens cap or cassette
VM-H720A: 1.89%Ibs(approx. 860g) without battery pack, lens
hood, lens cap or cassette
Operating temperature 32°F — 104°F (0°C - 40°C)
Storage temperature -4°F ~ 140°F (-20°C - 60°C )
Video Recorder Specifications
Format 8mm ;
Record/ playback Two video record / playback heads
Video signal EIA standard NTSC color
Tape speed 14.3mm/sec
Video input LOVp-p, 75 ohm
Video output 1.0Vp-p, 75 ohm
Audio input -7.8dBs (316mVrms)
Audio output -7.8dBs {316mVrms)
Fast forward /rewind time Less than 8 minutes with P6-120 cassette
Camera Specifications
Scanning 525 lines/60 fields/30 frames
Required minimum illumination 2lux
Pickup device 1/4” C.CD.
Lens diameter 46mm
——— A mr qe
COMPARISON OF FEATURES
<= : SAME AS LEFT
| TEKH | VH-E220A г |
; | VN-E520A/E521A -H6 | А
C PONER REQUIREMENTS | 5.0V DC T = | — | СНА VM-E510A | VN-HTION
PONER CONSUMPTION — UE ans | | — <= | <=
_ | 5. 4fiatts 5. 3Marts | 5. 9Marrs 5. Watts |
< | (when recording) | (when recording) (shen recording) ) co | - oat | | 5.9Watts
= DIMENSIONS (WXHXD mm) 94% 120% 211 = J = i when recording) (when recording) | (when recording)
& [WEIGHT (gr) Approx. 850 т | <= <= | =
- . . | Арргох. 860 Арргох. 870 Арргох. 860 А |
PERATION TENPERATURE/HUMIDITY 37° F ~ 106 F | = | == | — _ Approx. 835 | Approx. 858
STORAGE TEMPERATURE Че РО МОЕ | = 1 | <= <= | <=
FORMAT | y= = | : 3 i <= = | =
1-
RECORD/PLAYBACK SYSTEM 2 HEADS + Flying Erase HEAD | = = | = m emm (1-8)
TAPE SPEED SP : 14.3mm/sec | <= | = | = = <=
© | — I
a F,F/REN TIME Less than minutes | <= <= | <=
> With P6-120 cassette | <= | <> | <> <= | <>
HEAD WEEL 7 | | | |
mm | <= ; <= <— |
BASIC CHASSIS TYPE TH MECHAN | <= | <=
\ 1SM | <= <= 1
AUTO HEAD CLEANING No | = ï = | <= <= | <=
REQUIRED MINIMUM ILLUMINATION 1 lux | = : т | <= <= | =
« | CAMERA DEVICE 1/4" ux <= 1 lux | 2 lux
or C. C.D | <= | <= |
5 | LENS DIAMETER 16m | = | = | <= = | <=
S [ZOOM RATIO/APERTURE 1271 (an - 48m) 7 716 | * | — <= | <=
, mm . | <= <= ÿ <= I
ZOOM SPEED 1 SPEED | = = ’ <= <=
ELECTRONIC VIEWFINDER | | <= <=
| - LCD (Color) | <= 1 CRT (Black & White) | LCD (Color) =
( ELECTRONIC IMAGE STABILIZER ND | YES | = , = | <=
AT AUTO WHITE BALANCE VES т = | == | <= <= | <=
DIGITAL SIGNAL PROCESSOR VES <= <= | =
| <= | <= | <= |
ELECTRICAL ZOOM N | | — | <=
0 MAX: X36 (24X1.5) <= | <= |
INSTANT (INST.) ZOOM YES (X 1.5) | < | = <= | <=
| AUTOFOCUS SYSTEM VIDEO AF i = | = | <= <= | <=
|
e PROGRAM AE (SHUTTER SPEED) YES (Program AE only) | => | = | <= <= | =
= | TITLER VES | | <= <= | <=
(| & [SCONNECTOR OUTPUT NO | == | = | <= <> | <=
| ы CAMERA LIGHT SHOE YES 1 <= 5 <= NO | YES
5 | MICROPHONE MONAURAL | == | — | <= <> =
MIC/EDIT IN JACK Ко | — | STERED | <= NONAURAL STEREO
FADE vo | — — | <= = | =
DATE SEARCH YES | = | = | <= <> | <=
16X9 NODE NO | = | <= | <= <= | =
WIND CUT SWITCH ND | VES (AUTO) | = ! <= <= | <=
MANUAL/AUTO FOCUS SELECTIVE Г = <= | <=
5 | <= | <= | <= |
XZ PLAY YES | <= | <>
| <> | <= <= |
OPTICAL CONNECTION NO | я | № | <=
| YES (For VM-E5214) | № | <= <= |
| AC ADAPTER /CHARGER VI-AC85A | | | | <=
a | = | <= | <= YM-AC84A |
| =| Av OPTICAL WIRELESS RECEIVER NO | | | | <=
= | VM-IR20A (For VM-ES21A) — | NO | <= |
| 2 | BATTERY PACK He | <= | <=
REMOTE CONT - ‘ | | | =
© ONTROL VM-RME55A (OPTION) | VM-RMES5A | VM-RME70A | <= = |
ASY EDIT REMOTE CONTROL VM-RM20EDA (OPTION) | <= | = | | <=
COMPARISON OF MAIN CONTROL ICs
SERVICE MANUAL ABBREVIATION LIST
<> : SAME AS LEFT
ITEM Г IN-E220A/ES20A/ES2LA/H620A/H720A | MEL OA/ES1OA) EALONJES LOA/H710A
о ae e réa Pi PME EE “SENSOR/GYRO 17 Pa Hp |
CCD SENSOR 10N058/086 1000) SOT ción
GYRO (VERT. ) ENC-05EA-02 (101401) <=
GYRO (HORIZ. ) ENC-05EB-02 (101402) <=
GYRO RESET TCANG6F (ICL404) <=
GYR) AMP | NJU7032M (101403) <=
т т ВЕ >> — тетрис
DT HA118184F (161101) <=
A/D CONV. HD49319A (161102) <=
DIGITAL PROCESS HG51CS035TEA (11103) | HG51CS035TE (161103)
DRIVE PULSE GEN. yPD16510GR (101104) <=
D uP HD6433042TBF (IC1106) | HD6433042T01F (1C1106)
EEP- ROM MX25S67MR (161107) | S-2939G1F (11107)
| _ TO AUTO FOCUS a e
RIS DRIVE —— NJM3414AM (1C1201)
F.DET NJM3403A (1C1202)
F.DET/IRIS DRIVE UPC50236S-105 (1C1201)
GAIN SW TCAS66F (1C1203)
Z00M MOTOR DRIVE MPC17AT85VM (1C1301) | MPC17A85ZVM (1C1301)
FOCUS MOTOR DRIVE MPC17AT85VM (161302) | MPC17A85ZVM (161302)
BUE. _— HD74HCT244T (11303)
- - — SYSTEN CONTROL. -— E
SYSTEM CONTROL т CXP87240-107Q (100901) | CXP872404-1020 (IC0901)
BACK-UP DET S84206F (1C0902) <=
CHARA, GEN. YLU5949AFS (1C0904) <=
LEVEL SHIFT HD74HCT125T (1C0903) <=
SERVO CONTROL CXP87240-1070 (100901) | CXP872404A-1020 (160901)
АТЕ UPC5023GS-079-E1 (10601) <=
CAPST. MOTOR DRIVE LB1881V <=
CYL. MOTOR DRIVE LB1888V (1C0631) | LB1885MA (160631)
LOADING MOTOR DRIVE BAGA17F (10671) | BAGA77E (100671)
AUDIO PROCESS | TALIS 103F/- Ti (100401) | <=
o | — DE-DC CONVERTER + EE
PAM | TL1464]PT (100551) | <=
— —— EMP —
VIDED HEAD SW HA118189MPER (1C0T01) <=
PHASE EQ/FM PEAK UPC5023GS-101-E1 (1C0102)
nn TLUNTNANCE/CHROMA + — — |
LUMA/CHROMA PROCESS HA118192AF/372F (160201) <=
1H DELAY CXL5516N (100202) <=
CCD 1H DELAY CXL5507M (1C0203) <=
VIDEO AMP UPC5023GS-104-E1 (1C0204) | MMLO2SAT (100204)
- 7 a hd ae ah
VIDEO A, Ti В DEFLECTION | HA118179F (102001) | <=
| | LCD EVE | — PI
E VDE PROCESS IR3Y18A (IC2101) | 1R3Y1B (102101)
PULSE GEN, ETM3030T0A (102202) <=
12V REG NJM431U (102181) <=
* EE "AV TRANSKITTER | |
AV MOD. | AN2001SB (100001) |
A С
АСС Automatic Color Control C. SYNC Composite Synchronizing Signal
ACK Automatic Color Killer | CTL Control Track Pulse (Control)
ADC B-Y Analog to Digital Converted B-Y Signal CYL Cylinder
ADC R-Y Analog to Digital Converted R-Y Signal CY (CYAN) Color Signal CYAN
ADC Y Analog to Digital Converted Luminance D
ADD Adder DA Double Azimuth
ADRS Address D/A Digital to Analog Converter
A. DUB Audio Dubbing D-D Direct Drive
AF Autofocus DEEMPHA. Deemphasis
AFC Automatic Frequency Control DEF Deflection
AGC Automatic Gain Control DEMOD. Demodulator
AGC KILLER AGC Killer Voltage DEMPX Demultiplexer
ALC Automatic Level Control DET Detector
AIC Automatic [ris Control DIFF. AMP Differential Amplifier
AM Amplitude Modulation DISCRI. Discriminator
AMP Anplifier DISP. Display
APC Automatic Phase Control DL Delay Line
ASBL Assemble (Phase Matching) DN Down
AUD. Audio DO Dropout
AUX Auxiliary DOC Dropout Compensator
ASY Always 5V B+ Source DRAM Dynamic Random Access Memory
B D. REF 25/30 Delayed Reference 25/30Hz
B (BLU) Color Signal BLUE D.SW 25/30 Delayed Switching 25/30Hz
BATT. Battery DSP Digital Signal Processor
BF Burst Flag DT/0E Data Transfer/Output Enable
BG Burst Gate or Back Ground D/W Dark/White
BGP Burst Gate Pulse DWC Delayed Write Clock
BH Power Supply for Selecting VHF High Band E
BL Power Supply for Selecting VHF Low Band EA-ROM Electrically Alterable Read Only Memory
BLK Blanking E-E Electronic-to-Electronic
BM Power Supply for Selecting VHF Mid Band EMPHA, Emphasis
BPF Bandpass Filter EQ Equalizer
BS Power Supply for Selecting VHF Super Band EVF Electronic Viewfinder
BU Power Supply for Selecting UHF Band EXT. External
BU Back-up F
BUF. Buffer Amplifier F.ADV Frame Advance
B-YL Battery EN Frequency-to-Voltage Converter
FB Feed Back
С Chroma FF Flip Flop
C (CHROMA) Chrominance Signal F. FWD Fast Forward
CAPST. Capstan FG Frequency Generator
CAS Column Address Strobe FM Frequency Modulation
CARRI. Carrier FREQ. Frequency
CATY Cable TV FRAME ADV Frame Advance
C.BLANK Chroma Blanking Fsc Color Sub Carrier Frequency
C.BLK Composite Blanking FWD Forward
CCD Charge Coupled Device | G
CG Character Generator GEN | Generator
C.FG/CFG Capstan Frequency Generater GND Ground
C.FREE RUN Chapstan Free Run H
CH Channel H Horizontal
CHD Camera Horizontal Drive Pulse HBF Horizontal Burst Flag
CHAR. Character HD Horizontal Drive
CHROMA Chrominance Hi-Fi High Fidelity
C.MEMORY Counter Memory HLT Halt
CNR Chroma Noise Reducer HPF High-pass Filter
COM. Common HPL High-pass Limiter
COM. Composite 155 Horizontal Sync. Separator
COMPA Comparator |
COMPE Conpensator IF Intermediate Frequency
COMPO Composite INC Row Counter Increment
COMP-EXP Compressor-Expander INDI. Indicator
CONV, Converter INT. Internal
CONT Control ENV. Inverter
CORR. Correlation 1/0 In/Out (Input/Output)
COUNT. Counter IR Infrared Rays
cP Clamp Pulse [RIS DET Iris Detection
C. PAUSE Camera Pause IRT Instant Recording Timer
C/R Capacitor/Resistor | L
С, ВЕЗЕТ Counter Reset LCD Liquid Crystal Display
C. REVERSE Count Reverse LIN. Linear
CST Cassette LM Loading Motor
Le qe aire te 0 bid = fbr a
cp
и”
Fo
—
LT ESS A а ен жен нее
L
S
(O-degree Phase Shifted)
LNC Line Noise Canceller SC2 (90) 3.58WHz Subcarrier Signal 2
LOG Logarithm (90-degree Phase Shifted)
LP Long Play SEP. Separator
LP (H) Long Play Signal (Active High) SG Signal Generator
LPF Low-pass Filter S/H Sample and Hold
LUMA Luminance SIF Sound Intermediate Frequency
L/R Left/Right SOL Solenoid
- M SP Standard Play
MAN Manual SP/LP Standard Play/Long Play
M. BRAKE Main Brake S.REEL Supply Reel Sensor
M. CUT Monitor Cut SRCH Search
MEM, Memory SRY Servo
MEM ON Memory ON STABI. Stabilizer
MEM SW Memory Switch S. TRACK Slow Tracking
MEM VIDEO Memorized Video STBY Standby Mode
MIX Mixer S-VHS Super VHS
MMY Monostable Multivibrator Sw 15Hz 15Hz Head Switching Pulse
MOD, Modulator SW 25/30Hz 25/30Hz Head Switching Pulse
MPX Multiplex SYNC Synchronizing signal
MPX VIDEO Multiplexed Video SYS. CON System Control
M. STATE Mechanism State T
M. STOP Memory Stop T (TELE) Telephoto Angle
MTS Multi Channel Television Sound T.BRAKE Take-up Brake
N T/L Tuner/Line
"NEG Negative TP Test Point
NFB Negative Feed Back T.REEL Take-up Reel Sensor
NORM. or NOR. Normal T. RESET Timer Reset
NR Noise Reduction TRS Transfer
О Tu? Timer Microprocessor
0B Optical Black TU-uP Tuning Microprocessor
0/E 0dd/Even Field U
0SE Oscillator U/D Up/Down
OSD On-Screen Display UN]. Unified
Р \
| PB/PLAY Playback V (VERT) Vertical
P. CONT Power Control VAR Variable
PIF Picture Intermediate Frequency V.AGC AGC Voltage
PG Pulse Generator УСА Voltage Controlled Anplitier
P INP Picture in Picture YCO Voltage Controlled Oscillator
PIX MOVE Picture Move V.DRV Vertical Drive Pulse
PLL Phase Locked Loop V.DUB Video Dubbing
POS, Positive V/F Voltage to Frequency Converter
POWER CONT. Power Control VHS Video Home System
PROG. Program VF Focus Voltage
PROTECT. Protector VOL. Volume
PH Pulse Width Modulation V-REF Voltage Reference
R yp Vertical Pulse
R (RED) Color Signal RED YSS Vertical Sync. Separator
RAM Random Access Memory Vss Voltage Super Source
RAS Row Address Strobe VT Tuning Voltage
RC Reading Clock VT-U Tuning Voltage-UHF
RCC Reading Clock Clear VT-V Tuning Voltage-VHF
RCR Row Counter Reset YCXO Voltage Controlled Crystal Oscillator
REC Record W
RECT. Rectifier WC Write Clock
REF Reference СС Write Clock Clear
REF 25/30 Reference 25/30Hz from servo circuit WE Weighting
REG Regulator WHT Color Signal WHITE
REL Refresh Control WIDE Wide Angle
REW Rewind НО Wide Horizontal Drive
REY Reverse WHT BAL CONT. | White Balance Control
RF Radio Frequency Y
RM Reel Motor Y Luminance Signal
ROM Read Only Memory Y/C Lusinance/Chrominance
R-YL Color Difference Signal R-YL YE (YEL) Color Singal YELLOW
$ YL Luminance Signal (Low Component)
SAP Second Audio Program ANOTHER
SAW Sawtooth wu? Microprocessor
SC Serial Control 5y ON 5V B+ Source
SCI (0°) 3. 58XHz Subcarrier Signal 1 9y ON 9V B+ Source
EL TT ub URAL a pr o eme
UT Г
. (1) Identification with two letters (6) Identification with three letters — Ш
LEADLESS (CHIP) COMPONENT IDENTIFICATION | Use this code and the following chart for Use this code and the following chart for
| a | | 1 transistor identification. transistor identification.
1. Leadiess Transistor Example : Example : |
The part name of a leadless transistor is N Code Part name Code Part name
indicated by a code on its surface, using one _ i | ; CD 9541192D AAS 29D1757KS
letter, one letter and one numeral, two letters, CODE | PART NAME | CODE | PART NAME A A D 2502462D
two letters and one numeral, two numerals, two | Leadless (Chip) Transistor
numerals and one letter, three letters, or four MD 2SA1052MC-D 18 25D8745 B ВЕ
letters. N3 2501653 VR 25D968A = ; L ] Rank of DC current gain (hFE) -
ND 25D1306ND M Pam | LL Rank of DC current gain (hFE) Part name of transistor
Note: There are transistors with the same code but NE 25D 1306NE FLO МИ 10 Part name of transistor a
differnt part names, or with the same part PD 2SA1171D ñ2 FMW2 ; 2. Leadless Diode
name but different codes. Refer to the PS 250814 3 Fu (2) Identification with ona letter and one numeral The part name of a leadless diode is indicated by —
parts lists to finally identify a transistor. a 250262008 AR 250602 Use this code and the following chart for a code on the surface, using one letter and one °
— ua 25026200 a Ue transistor identification. numeral, two letiers, two letters and one numeral,
CODE | — PART NAVE | CODE PART NAME 20 2502714 и MAT Example : two numerals and one letter, or three numerals.
Leadless (Chip) Transistor К22 — | 2504226 x Dz | Code Part name Use this code and the following table to identify
3925 2503925 BR 2802412K R22 2503356 Y! FMY1l | LE 2501623 (5) the part name of à diode.
1CQ 258902 BR 2504617 R32 2504227 У12 25A1464 ; Le 2501623 (6)
1D 2803127 BS 2502412K R34 as va nis | Note: Refer to the parts lists to finally
1DS 25013285 6-7 25A811 R42 25C35 y y 5 identify a diode.
1DT 2501328 CIG KSC1623 RB 25C2618RB YCD 25K197 | y
IR 25BS 701 CB 2303646 RC 25C2618RC ul 2541660 ; | penx of DC current gain (hFE) CODE | PART NAME | CODE | PART NAME
2BQ 2SK374PQ CC 2SA1122C RK 25C3357 YQ 25D601YQ | y Part name of transistor Hn
2BR 2SK374QR CC 25C3647T $1 FMS1 YR 2SD601YR |; j RTT on RETIEF
2Y 2503757 CC 2503647 52 FMS2 YR 25D1819R o] Example 1.0 15/201 3.0L MA3030L
2YQ 2504691 CD 25A1122D SC 2541121 YR 2502216 | Code Part name 2 0 143020 2 6L MA3036L
3N 2SK520 CE 2SA1122E 50 2541162 YS 25D601YS | 1 25031270 5 1 MA3051L 2.9L MA3039L
AN XN5601 CK 25D999 SP 25030828 Zi [MZ] | 5.1 МАЗО51М 4.3H MAJ043H
40 XN1B301 CP 25C4097 Tl 1MT] 22 [М72 | [>] 5.8 413068 4.31 MA3043L
AR XN1C301 CQ 25C2411K Ti UNT1 20 25D874T i 5.8 VA3063H 4.3M VAZ043M
KN4601 CR 238710 12 IMT2 20 250507 A | | [tank of DC current gain (hFE) 7.5 | MAJO7SL 4.71 | MA3047L
5C XP4601 CR 2502411 up 2502404 ZR 25D874R | Part name of transistor 8.2 | MAJ082 4.7M | MA3047M
5H XP4501 CR 2581219 Digital Transistor ___ | 9.1 YA3091 5 1H МАЗО51 В
SH |XN4501 DI6 | 25016224 3 DTC143TR oC [UNT | Note: Codes SI, S2, TI, #1, F2, W3,X1,Y1,Ÿ3,Z1 and 72 20 | ve 5.1L | MASOSIL
sk XP4401 DIT 25016224 4 DICLLATK 65 KPALL3 | encode only the part names. 24 15V221 5.14 MA3051M
5K XN4401 D18 25C1622A 6 DTC144TK 8B UN5212 } 27 R02. TH B 5 6M MAZ056M
SL X35501 DB 2501766 13 DTAL4SEK 8 Usz13 (3) Identification with one numeral and two letters 30 RD3. ON B 6.2L | MA3062L
5 XN6501 DE 2502463 14 DTAL44EK 8 Ukzz13 Use this code and the following chart for 51 RDS. 1 B2 6.24 | MA3062M
50 XN6401 DE 250 1623 15 DTA 124K 85 A213 tarnsistor identification. 56 RDS. 6M В | 6.8н | MA3068H
SR XP1501 DF 25D1898 15 DTAI24EU 9L XP1213 Example : 91 R09. 1 B 6.8L VAJOSSL
SR XN1501 DG 25D1624 16 DTA144EU 9L XN1213 Code Part name 102 RDION B2 6.84 VA3068M
55 XN1504 DK 25B798 16 XDA144EK Al FMAL 1FQ 2543210 129 RDIZM B2 6.84 WA3068
SV XN1401 EC 2541022 16 DTA144EE Al UMAL 163 RDIGM 23 7. 5H WA3075H
5% XN2501 F-2 25C1009F2 23 DTC143EK A2 FMA2 182 RDIOM 22 751 MAZOTSL
5X XN4504 F-3 25C1009F3 24 DTC114EU B2 UMB2 971 RDZ. TH B Ри (№221)
Mead] A | 250100084 24 | DICLAAEK e e Г а of DC current gain (BFE) 272 |D2.TH B2 8.28 | ¥A3082H
8 | Ae КО | 256269 2 DTCIZ4ED 2 SEE Part name of transistor 301 |RD3.0M B 8.24 | MA3082M
AA 28D1757K FR 25A1774 25 DTC124K es FMCS J 369 D3.6M B2 9.14 YA309LU
ARQ | 2541738 FR 25A1037K 26 DIC144EE De IMDZ (4) Identification with one letter and two numerals 391 |D3.9M BI 9.14 | MA3091
ARQ 2541806 FR 25A1576R 26 DTC144EU Ро DTBIZ3 Use this code and the following chart for 512 RDS. IM B2 10L MA3100L
AL 2SA1791 ES 284 1037K 26 ADC144EK GI PAG transistor identificaion. 561 | RDS.GM B 10M | MA3L0OM
AM 2504656 GC 2502734 33 DTA143XK 62 FMG2 Example : 621 RDG. 24 Bl 1 WA3110L
A0 2SB709AQR GM 35D1615 43 DTC143XK G21 DTD1137K Code Part name 581 ADE. SM LM YA3120H
AQ 2SB70SAQ HQ 25A1036K 52 DTA123YK G5 FMGS RS 2503356 683 RDG. SM B3 19H MA3130H
AQ 258766 IC 2503016 60 UNS11F H03 DTC343TK 911 RDO. 1M B 18M WAZ 180M
AR 2581462 IRD 25A 1484 64 DTC114YK H2 IMH2 В] 2 7H MA3027H 26M WA3360
AR 258766 15 2587925 80 UNS21F H2 UNH2 Toner Diode
AR 2 SB709ARS IT 25B792T 4p XN1A312T H27 DTC363EK | Rank of DC current gain (RFE) TA Mid A MATOS
AR ASB1218R L-4 25C1623L4 6B UN5112 R04 KSR1104 Part name of transistor 43 192835 wc A153
AS 258766 L-5 25C1623L5 6C UN2113 R31 FP1L2Q 44 HSM2836C YC A143
AS 25870345 L-6 | 280162316 E (5) Identification with to letters and one numeral AS 152837 ME | MALAI
B3 250162183 L-6 | 750781216 30 25k62] в 2SK322T | Use this code and the following chart for 46 HSM2838C MH MA1S1K
B4 280162184 L-7 25C2812L7 1FQ 25K321FQ WT 25K322T transistor identification.
BC 2SB1188 L5 MYBC1623L5 1FR 25K321FQR X15 25K425 Example :
BD 2581121 16 MHBC1623L6 1KP 25K316 Xe 25K94 Code Part name
BE 2581260 LB 25024628 280 25K663 XAF 2SK980FG Ш DVS 250596
BF 2581123 LC 25C2462C DY 25K1579 YC 25K197YC j ]
BF 2581308 LD 25C2462D JO 25K208 YD 25K197YD - - [|
BG 2SB1124 LR 25C2412KLN К 35K166 YE 25K197YE
BH 258100} M-5 25A812 K4 25K160K4 2D 25K2177D | Rank of DC current gain (hFE)
BQ 2SB7094 M-6 25A1179 ES 2SK160K5 ZE 25K2177E Part name of transistor
BR 2SC4081R MC 2SA 1052MC KB 25K323
grid ao
(1) Identification with body co
lor and one letter
CODE | PART NAME | CODE | PART NAME
enar Diode
B SBOSOSCP MH MALOZA
B64 SFPB64 MI MA132K
B74 SFPB74 MN MAI41WA
BE 15V172 MN MA152WK
Cl HSM885 MN MALS1WA
C2 HSM276S MO MA132WA
C3 15S226 MO MA152WA
C4 HSM88KK MP MA133
F7 KV1470 MT MA151WK
H5 HYML4 MT MAIAIRK
J SB07-03C MU MA132WK
K DAZ21 WU MALSIWA
MIA MA159 DAN222
MIC MA158 N DAN202T
MIM MA72! NU MA152WK
MIN MA713DAT Р DAP202T
MIP MA714 S4 D1FS4
M24 MA122 SA SB10-05P
M2B MA123 2 DA106K
3. Leadless Resistor
The resistor value is indicated on its surface,
using three numerals, or one letter and one
numeral, ;
(1) Identification with three numerals
Read this code following the same procedure as
when reading the color code on discrete
resistors.
Example :
code value
330 33 x 10° = 33 ohms
561 5 x 10' = 560 ohms
123 12 x 10° = 12K ohms
1R2 1 + 0.2 = 1.2 ohms
(R: Decimal point)
100
| TT Multiplier (1-5)
2nd digit (0-9)
1st digit (0-9)
(2) Identification with one letter and one numeral
Use this code and the following chart for
resisitor identification.
Letter Value | Letter Value | Letter Value
A l J 2.2 $ 4.7
С 1.2 L 2.7 U 5.6
E 1.5 N 3.3 Я 6.8
G 1.8 Q 3.9 Y 8.2
Example :
code value
Al 1 x10" = 10 ohms
G2 1.8 x 10* = 180 ohms
L3 2.7 X 10 *= 2700 ohms
54 4.7 X 10° = 47K ohms
#5 6.8 x 10° = 680K ohms
Multiplier (0-5)
Value
4. Leadless Capacitors
The capacitor value is indicated on its surface,
using body color and one letter, or one letter and
one numeral.
5. Leadless Jumper
The leadless jumper is indicated
(1) (2) (3)
as shown below.
(4)
| оо | [оо | о ||
то темнее ван а
A
[А
Letter Da :
Body [letter | Value Body [Letter | Value “74
Color Color
Red A 1(PF) Blue À 100(PF)
С 2 С 120
E 3 E 150
G 4 G 180
J 5 J 220
L 6 L 270
N 7 N 330
Q 8 Q 390
5 9 S 470
Black | À 10(PF) U 560
С 12 W 680
E 15 Y 820
6 18 White | A 0.001 (a
J 22 E 0.0015
L 27 J 0.0022
N 33 L 0.0027
Q 39 N 0.0033
5 47 5 0.0047
U 56 Ñ 0.0068
¥ 68 Green | A 0.01 (aF)
Ÿ 82 E ‚015
J 0.022
N 0.033
S 0. 047
U 0.056
A 0.068
Y 0.082
Yellow | A 0, (eb)
Example : Color Letter Value
Red A IPF
Black A 10PF
(2) Identification with one le2ter and ore numeral
FE Numeral A
Letter
Letter/Nuneral Value Latter/Numera | Valuo
AD 1 (PF) A 100 (PF)
HO 2 C2 120
MO 3 EZ 150
do 4 G2 180
f0 5 J2 220
20 6 L2 270
nl 7 № 330
о ¢ |
У 4
Al TOCFF) 02 560 A
Cl 12 № 680
El 15 Y? 820
Gl 18 A3 0.00 tur)
Jl 22 E3 0.0015
Ll 27 J3 0.0022
N1 33 N3 0.0033
Ql 39 S3 0,0047
Si 47 #2 0.0068
Ul 56 Ad 0.01(u EF)
N 68 E4 0.015
Y] 82 Jà 0.022
№ 0.033
S4 0.047
U4 0.056
#4 0.068
A5 0.1
Example :
Letter/Numeral Value
AO 1PF
Al 10PF
pt Tn oy gm =m pm YT TT
JIGS
EE неа om ms ee al
AND TAPES FOR ADJUSTMENT
косо rn prs mit Sd
1. ALIGNMENT TAPE
COLOR BAR/400Hz
(20HSC-2) No, 7099231
2, CASSETTE TORQUE METER
SRK-8T-132 No. 7099235
SRK-8T-112 No. 7099385
3. MASTER PLANE
No. 7099237
4, REEL DISK HEIGHT JIG
No, 7099238 --
>
5. SPECIAL DRIVER
No. 7099239
>
6. ATF-R JIG (SW3:0N)
No, 7099461
7. 612 LIGHT BALANCE
FILTER 46mm ¢
No. 7099369
8. 3-PIN EXTENSIÓN
CABLE No. 7069113
&
9. 2-PiN EXTENSION
CABLE No. 7069038
7
10. 8-PiN EXTENSION
CABLE No. 7069115
11, 10-PiN EXTENSION
CABLE No. 7069039
12. 9-PIN EXTENSIÓN
CABLE No. 7069040
7
13. 20-PIN EXTENSION
CABLE No. 7069112
&
>
14. DSP AV OUTPUT JIG
No. 7099456
15. DSP-R JIG
No, 7099448
X16. ADJUSTMENT FLOPPY
DISK (3.5 inch)
No. 7069142
>
317. ADJUSTMENT FLOPPY
DISK (5 inch)
No. 7069143
>
>
#19, PERSONAL COMPUTER
9-PIN or 25-PIN
CABLE
$20. AV INPUT CABLE
©21. AV OUTPUT CABLE
(For normal 8 model)
MARKS
X : New jigs and tools
% : Goods on the Market
€ : Optional Accessory
© : Accessory
NOTE
IE» CS Ye
: Always set SW3 on the ATF-R jig to ON.
: The ATF jig (No.7099386) can also be used
in place of ATF-R jig to adjust this model.
: The DSP jig (No. 7099442) can also be used
in place of DSP-R jig to adjust this model.
: Either the monaural or stereo AV input/
output cable can be used.
1 -
10
HOW TO USE THE EXTENSION
CABLE
No.
NAME OF EXTENSION CABLE
PARTS No.
HOW TO USE (PURPOSE OF USE)
8
3-PIN EXTENSION CABLE
7069113
« For power supply.
(Blue: Negative, Yellow:Positive)
« Power supply cable after the case removed.
2-PIN EXTENSION CABLE
7069038
« Installed between the VCA circuit board and loading
motor.
10
8-PIN EXTENSION CABLE
7069115
+ Installed between the УСА and DCS circuit boards.
Do not use this extension cable for “(1) Power Shutoff
Level Adjustment” in the VCR adjustment section.
10-PIN EXTENSION CABLE
7069039
* Installed between the VCA circuit board and
cylinder.
—NOTE—
Using this extension cable causes noise to occur in
the playback picture.
This cable is used to check voltage and waveforms.
Check the picture quality in the regular connection
state.
12
3-PIN EXTENSION CABLE
7069040
+ Installed between the VCA circuit board and
capstan motor,
13
20-PIN EXTENSION CABLE
7069112
« Installed between the SPE and VCA circuit boards.
ADVICE: When connecting an extension cable, it is convenient that you
use a remote control to operate the camera/recoder.
A
20P EXT,
CABLE
(7065112)
10P EXT.
CABLE
(7069039)
)
VA
AS
x,
2
i
- +
ep TT STE ETI TET |
ржа теекоккт сте т неее еже „ноте Ty к сес
— ———
e a ad ABI a A Aa . PT E ме не
MAINTENANCE / INSPECTION PROCEDURE
1. Required Maintenance
The recording density of a VCR is much higher
than that of an audio tape recorder. VOR
components must be very precise to ensure
compatible with other VCRs. If any of these
components are worn or dirty, the symptoms will
be the same as if the part is defective.
To ensure a good picture, periodic inspection and
maintenance, including replacement of worn-out
parts and lubrications, is necessary.
2. Scheduled Maintenance
Schedules for maintenance and inspection are not
fixed because they vary greatly according to the
way in which the customer uses the VCR, and the
environment in which the VCR is used. But, in
general home use, a good picture will be
maintained if the inspection and maintenance is
done every 500 hours. Table 1 shows the relation
between time used per day and inspection period.
Table 1
4. Tools Needed for Inspection and Maintenance
(1) Head cleaning kit
(2) VCR oil and grease (Table 3)
(3) Alcohol
(4) Gauze
(5) Cleaning tape (Maxell 8M-CL MCA (dry type))
Table 3 Locations for Greasing and Ciling
Ori or Greasing
Name Location
Sonic Slidas 011 0il low-speed rotating
(#1600) sections
Froil Lubricate metal or molded
(G31-SA) section under light load |
Lubricate metal or
molded sections under
light load
Molicoat (PG-641)
Fix adjustment screws and
Lock paint nuts,
When inspection is necessary
Average hours About 6 About 9 About 18
used per day months months months
One hour
Two hours
Three hours
3.Check before starting Repairs
The faults occurring in the playback picture as
shown in Table 2 can be remedied by cleaning and
oiling. Check the need for lubrication and the
conditions of cleanliness in the unit.
Check with the customer to find out how often
the unit is used. If from that you determine that
the unit is ready for inspection and maintenance,
check the parts shown in Table 2.
Table 2
. Maintenance Procedures
5-1 Cleaning
(1) Cleaning video head
First use a cleaning tape. Be sure to use the
specified cleaning tape and read its imstruction
sheet carefully before using it. If dirt on
head is too stubborn to remove by tape, use the
cleaning kit. Moisten the cleaning stick with
cleaning fluid at the point indicated.
Touch the stick to the head tip and gently turn
the head (rotating cylinder) to the right and
left. (Do not move the stick vertically and
make sure that only the chamois leather on the
stick comes into contact with the head.
Otherwise, the head may be damaged.) Thoroughly
drv the head. Then test run a tape.
If cleaning fluid remains on the video head, the
tape may be damaged when it comes into contact
with the head surface.
2) Cleaning the tape transport system and drive
system, etc.
Wipe with gauze moistened with alcohol.
Notes: 1) The tape transport system is the
system which comes into contact with
the running tape. The drive system
consists of those parts which run the
tape.
2) Make sure that during cleaning you do
not touch the tape transport system
A Phenomenon Inspection Location wi the tip of à screwdriver and tel
- no force is applied to the system that
À = Poor S/N, no Dirt on video head could deform it.
colo! or worn video head Video head
а T Dirt on pressure roller,
ape does not run ; ; Tr
qd ; cylinder or in tape ! i
| : or tape is slack ! В
transport systen (ES
кл т ,
q ve Vertical jitter Dirt on video head (TES
A - or in tape transport | —
CABLE b RDA 7
(7069038) ue Is >
> ap EXT, Low volume or Dirt on video head or Ne | ZE)
NA CABLE sound distorted worn video head 7 =
(7069113) A
LJ
К T0 7% 1 5
Pa gp EXT. DC POWER SUPPLY j В Head tip
(7069040) CABLE (6V) Coat with Touch the section of chamois
(7069115) cleaning leather to the head tip and
fluid gently turn the head
Fig. 1-1 Extension Cabie Connection Diagram
1-12
и”, - Lena AA rs E
т nm aia UTA ЗАДА RARA mnt i orem она ооо . E. - . .
MEL ra a a . me mr
TE
SIEM
FIAT
| CHAPTER 2 DISASSEMBLY —
5-2 Lubrication 5-3 Greasing
LENA
(1) Guide lines for Tubricating with oil
Use the oiler to apply one or two drop of Sonic
Slidas oil. Make sure not to use too mach oil
(1) Greasing guidelines |
Apply grease Froil or Molicoat, with a stick or
brush. DO not use excess grease. It may come
can ue =
< AT E
1. CHANGE OF “4. COMPONENTS REMOVAL”
[For Type521)
because it may spill over or leak out coming into contact with the tape transport or drive 7 ÿ
into contact with rotating parts and causing system. Wipe any excess and clean with gauze : This describes only the differences from the
slippage or other problems. If too much oil is moistend with alcohol. : “YM-E110A/E310A/E4104/E5104" manual issued
, eL = previously. |
applied, wipe clean with alchohol. (2) Periodic greasing
(2) Periodic oil lubr icat ion a Grease the specified locations only when ; 4. Mic Unit, Left Case, Camera Block, Main Block RE DEEE
Lubricate the specified locations only when replacing components. Refer to the exploded : CHANGED
replacing components. Refer to the exploded views for the greasing locations. ;
views for the lubricating locations. ¢
+
. |
Table 4 Parts to be Maintained/Inspected and Maintenance/ Inspection Schedules 8 (B) RELEASE IR/TALLY — MIC UNIT
: ONE TERMINAL
Caution: The following table does not apply to all units. The maintenance/ inspection schedules depend on E (E) REMOVE SCREW TAB (B)
how the unit is used and the environment in which it is used. | | A A
Hours |
500 1000 1500 2000 2500 3000 о p © 7
Component ; J > Wal
Video heads (cylinder assembly) C C/R C C/R C C/R - 1 UN
. SN | (A) RELEASE
Supply guide roller C С С С С С ; Y >< A5 THREE
Supply guide pole C C C © © С / ; e NE Suena LOU
Take-up guide roller C C C C C С CIRCUIT TN,
BOARD (то
Pull-out pole C С С С С С : | ®
Tension pole С C C C C С | (D) ni REMOVE €
Tension band R R R THREE SCREW
| SCREWS
Supply reel disk C С С C/R C C BE |) === (6) REMOVE THREE
Take-up reel disk C C C C/R C С | TRANSPORT AC SCREWS
Pressure roller C С С C/R C С | | >
Impedance roller С C C C С C
Capstan belt R <
— , (1) DISCONNECT >.
= > ce R THREE 7 2d
apstan shaft CONNECTORS >
° © С C | C/R| C С y >
(capstan motor) , |
Loading motor R + à |
A - |
|
C : Cleaning Le |
R : Parts replacing . (J) DISCONNECT |
o TU FLAT
нк виа ><, CABLES |
SCA
> CIRCUIT |
BOARD _ VCA SHIELD |
У. i
|
| Fig. 4-4
1-13 2-1
2. CHANGE OF “TH MECHANTSM”
This describes only the differences from the
“TH MECHANISM" manual issued previously.
1. DISASSEMBLY
2-1. Cassette holder (Fig.2-1)
1) Move the eject lever in the direction of arrow
(A) and set the unit to the eject state,
dCaution when reinstalling
‘Reinstall the cassette holder so that section
(B) of the eject lock slider is inserted into
section (0) of the eject lock arm.
2-12. Chassis plate, Take-up reel disk (Fig.2-13)
1) Remove screw (1) holding the chassis plate.
2) Remove the chassis plate from the chssis.
3) Pull out the take-up reel disk from the take-up
ree] disk shaft.
dCaution when reinstalling
When reinstalling the chassis plate, make sure
the flange covers over the edges af the tension
band,
2-13. Eject lock drive arm (Fig, 2-13)
1) Remove the eject lock drive arm from the chassis
plate,
SE 2
ПОЙ
A LS SE
PE RENTE EEE
CHANGED
CASSETTE
HOLDER
EERE
РИ
RUS
CHANGED
CHASSIS
PLATE
TAKE-UP
REEL DISK
EJECT LOCK
DRIVE ARM
\&
Me
na AAA E NARA e em ee aa mm ER A A ET
CES ES PIE Mt AA Po o A , Da EA Ad AT A Te Ame A
3-2. Loading Gears and Loading Ring (Figs. 3-2, 3-3)
flaution
Be careful that the phase of the mechanism state
switch which was matched in item 3-1 does not
drift.
@Procedure of phase matching in assembly
1) Align the markings of the loading
ring and gears as shown in Fig. 3-2.
Caution: When reinstalling the pressure
roller cam gear, set the eject
lock drive arm to the position
shown in Fig. 3-3 and check
that pin (j) is inserted into
groove (J) in the back of the
pressure roller cam gear.
Advice: If it is difficult to see
marking (D) on the lower loading
ring, match the phase by the
following procedure.
D Set the upper and lower loading
rings to the state shown in
Fig. 3-2. (Watch the guide roller
fixing section.)
@ Move the upper and lower loading
rings so that holes (H) overlap
each other.
O) If holes (H) overlap each other,
the phase of the loading ring is
correct.
@ If holes (K) overlap each other,
the phase of the loading relay
gear (4) is correct.
RING HOLE (H)
/ /
LOADING
RELAY
GEAR (4)
PRESSURE
ROLLER.
CAM GEAR
MARK (E) MARK CG)
MARK (6)
MARK (e) | MARK (F)
MECHANISM MARK ©)
STATE SU LOADING LOADING
RELAY RELAY
GEAR (3) GEAR (I)
Fig. 3-2
PRESSURE
ROLLER
CAME GEAR
BOTTOM VIEW
GROOVE (J) /
EJECT LOCK
DRIVE ARM
fig. 3-3
mia. mer
Er APA SA PAT tai pres came . Le Le ae a ee rc DA ERA
Yar mabe ve ta mama Lee . . . a mn nr mT
2. MECHANISM ADJUSTMENT | | - 4. ADJUSTMENT AFTER REPLACING THE CYLINDER (Figs. 4-1, 4-2)
When the cylinder is replaced, the height relative to
3-3. Supply/Take-up Guide Roller Height Adjustment (Figs. 3-4, 3-5) the guide roller drifts, therefore the tape transport
фбаи? Гоп | ; _ system and servo circuit should be adjusted. Check and
‘Be sure to check this item after reinstalling the a р adjust in the following order, |
| d Ш d tak id 11 Ш | | | LSE we 7 = : :
Sapp. sul the height of the. supo y/take- up guide : Test equipment/jigs Test equipnent/ Ios State of VCR Adjustment point
rollers should not be adjusted. Adjust these heights 7 - Alignment tape Test Plug on Main board |* Connect the ATF-R jig to |Top of guide rollers
only if they are abnormal. i - Oscilloscope ToL (SHa8/40) on ATER jig rest plug. ol ore
. , E * ATF-R jig * TP2(GND) on ATF-R jig * ATF-R jig : ,Ç
Test equipment/jigs est equipment, iiss State о? УСК Ad justment point : Special driver + |-TP3(FM OUT) on ATF-R jig | SW3: ON, RTI: mechanical
+ Alignment tape - Test Plug on Main board |- Connect the ATF-R jig to |- Top of guide rollers center) |
+ Oscilloscope - TP1(SW25/30) on ATF-R jig | test plug, Е @Adjustment procedure 14)Perform the following electrical adjustments.
- ATF-R jig - TP2(GND) on ATF-R jig | ATF- R jig (SW1: OFF, E ‘Head switching point adjustment
+ Special driver « TP3(FM OUT) on ATF-R jig | SW: ON, RTI: mechanical : Caution: Before performing this adjustment, refer -Record luminance/chroma level adjustment |
center) to Fig. 6-1 and modify the ATF-R jig. Caution: After adjustment is complete, be sure to
@Adjustment procedure в ” reverse the modification to ATF-R jig.
&Take-up Guide Roller (Fig. 3-5) : /1)After inserting the alignment tape which was ВЕ
Caution: Before performing this adjustment, refer 11)Set the oscilloscope to (-) slope. i completely rewound, set the camera/recorder to
to Fig. 6-1 and modify the ATF-R jig. 12) Adjust the voltage level control of the | the test mode by the following procedure.
Connect the ATF-R jig before suppling oscilloscope so that portion (B) of the (Procedure to set to the test mode]
power. waveform is set to 4 graduar ions. i Remove the power supply from the camera/
- recorder,
ñ . . , . N Не ' .
i 1)After inserting the alignment tape which was 13) Turn RTL on the ATF-R jig counterclockwise so) OSet the CAMERA/OFF/VCR switch to VCR position.
completely rewound, set the camera/recorder to the voltage at point (C) on the ATF-R jig is ! A Check that the ATF-R jig (SW1:0FF,SW3:0N) is
the test mode by the following procedure. 1.8 £ 0.1V. Then check that point (B) of the: - connected and then press the playback button
[Procedure to set to the test mode] waveform is set to 3 graduation, J and hold it, then supply the power again to
(DRemove the power supply from the camera/ the camera/recorder.
recorder. 7 14) Adjust the height of the take-up guide roller <Note>
@Set the CAMERA/0FF/VCR switch to VCR position. so the minimum amplitude of the waveform is 1. If the mechanical block operates (enters the
Check that the ATF-R jig (SW1:0FF,SW3:0N) is set to NTSC:2.5:0.3/PAL:2.320,3 graduations. playback mode) simultaneously when the power is
connected and then press the playback butten supplied again, the camera/recorder dose not
and hold it, then supply the power again to Caution: After adjustment is completed, be sure to enter the test mode.
the camera/recorder. reverse the modification to ATF-R jig. | Restart from step (1) again.
<Note> 20° 2.The test mode is released when the power supply
1. If the mechanical block operates (enters the j is removed from the camera/recorder, ое,
playback mode) simultaneously when the power 15 ws 2)Connect an oscilloscope to TP3 on the ATF-R Jig |
supplied again, the camera/recorder dose not N and press the PLAY button. /
ter the test node. -
Restart from step (1) again. 3)Syncronise the oscilloscope with TP1(SW25/30) NTSC: 2.3+0.3
2. The test mode 1s released when the power supply on the ATF-R jig. PAL : 2.5+0.3
is removed from the camera/recorder. 4)Set the oscilloscope to (+) slope. "AT
2) Connect an oscilloscope to TP3 on the ATF-R jig
J
and press the PLAY button.
3) Synchronize the oscilloscope with TP1 (SW25/30)
on the ATF-R jig
4)Set the 0silloscope to (+) slope.
5)Press SW2 on the ATF-R jig and hold it, then TF + т
; ; perform the following steps. q
77 | 6) Adjust the voltage level control of the A
oscilloscope so that portion (A) of the + x +
u waveform is set to 4 graduations.
o) 7)Set SW1 on the ATF-R jig to ON.
«> 8) Turn RT! on the ATF-R jig counterclockwise so Fig, 4-1
| that portion (A) of the waveform is set to
3 graduations.
9)Adjust the height of the supply guide roller so
the minimum amplitude of the waveform is set to
| NTSC:2. 3:0. 3/PAL:2.5:0. 3 graduations.
| (See Fig. 4-1)
10) if this cannot be confirmed, adjust the height
of the supply guide roiler, referring to
| "3-3, Supply/Take-up Guide Roller Height
Adjustment”,
11)Set the osilloscope to (-) slope.
12) Turn RT1 on the ATF-R jig counterclockwise so
the voltage at point (C) on the ATF-R jig is
1.8+0.1V. Then check that point (B) of the
\ waveform is set to 3 graduation.
13)Check that the minimum amplitude of the
waveform is set to NTSC:2,3—0.3/PAL:2.5—0.3
| graduations. (See Fig. 4-2)
«a u If this cannot be confirmed, adjust the height
of the take-up guide roller, referring to
"3-4, Supply/Take-up Guide Roller Height
Adjustment”,
Supply Guide Roller (Fig. 3-4)
5)Press SW2 on the ATF-R jig and hold it, then
perform the following steps.
6) Adjust the height of the supply guide roller so
the waveform is flat.
7)Adjust the voltage level control af the
oscilloscope so that portion (A) of the waveform
is set to 4 graduations.
8)Set SAL on the ATF-R jig to ON.
9) Turn RT1 on the ATF-R jig counterclockwise so
the voltage at point (C) on the ATF-R jig is
1.8 + 0.1V. Then check that point (B) of the
\. waveform is set to 3 graduation. /
Pi
10)Adjust the height of the supply guide roller so
minimum amplitude of the waveform is set to
NTSC:2,3:0.3/PAL:2,520.3 graduations.
——
seen”
ree aban E _ Ne pm AAA MEA CAI a rh ©
5. CHECKING THE TORQUE
There are two types of cassette torque meter.
Choose the applicable one for the measurement to be performed.
Item VCR mode Measured reel disk | Torque value Torque cassette
Take-up torque Playback Take-up 7-13 g-cm A
Rewind torque Reverse search Supply 25-37 g-cm SRK-8T-232
Take-up brake torque Reverse search Take-up 10 g-cm ro more ots
Slack removal torque Unloading Supply 25-37 g-cm SRK-8T-232
6. MODIFICATION TO ATF-R JIG (Fig. 6-1)
Caution: The ATF-R jig nust be modified for the following adjustments.
After completing these, be sure to reverse the modification.
* 3-3. Supply/Take-up Guide Roller Height Adjustment
® 4, ADJUSTMENT AFTER REPLACING THE CYLINDER
FN |
NGED
CHA
@Procedure
1) Short terminal (A) of the resister on the
ATF-R jig and pin 1 (5V) of the connector.
Note: This modification makes SW2 on the ATF-R jig
Sul
OFF on RTL
a PCM area observation switch. E
Caution: Use a shorting clip, etc. to short the
parts; this can be removed easily after е ТР] SW3
adjustment is completed. ON | | RESISTER
À modification is also necessary in the 2, |f 18kQ
same way when the ATF jig is used. (GND) gr
TP3e st [>A
> 1 — (В)
TRACKING |? OFF— ÓN
SW30Hz 3
GND 4 AT1
FM OUT 5 22K ON
TEST 6 FT o
———o 7 o
ch 18K SW3 OFF
OA
Fig, 6-1
E aa em ep aa
4. PHOTOS OF MECHANISN
-Refer to these mhen reinstalling and perform phase
matching in assembly.
4-1, Top View of Mechanism
HC
10
ый
»
&
/ Ау
В, ta Fi ta
E
ETA
a
A
NL ete
e.
vi; Won 0
hE
Fig. 4-1
a
' pe
ee
pa! г
CLARE ar afi
CHANGEDEK
A MENE TOS Pa НАД ct
RARE ENTE TT
4-2. Bottom View of Nechanism
A Sn rm em
| CHAPTER 3
ELECTRICAL ADJUSTMENT
ELECTRIC
Abbreviation -
MAP ---- Digital adjustment program for
| the camera
DSP +... Digital signal processor
1. CONNECTION FOR ADJUSTMENT
« Most adjustment items can be done without
dismantling the camera/recoder.
- Connect the EVF to display the operation
mode on the monitor screen.
CIRCUIT ADJUSTMENT à
© To perform the following adjustments, set the
camera/recorder to the state as shown in
CHAPTER 1 Extension Cable Connection Diagram,
referring to “CHAPTER 2 DISASSEMBLY”,
« VCR Section Adjustments
+ Electronic Viewfinder Adjustments
(The EVF block should further be taken apart.)
Des — PGOSO?
e VCA BOARD
a
| DS PND. RÁ A
| Ea COLOR BAR
5 CEOS GENERATOR
PGOSO1 | |
AN LIGHT BOX ce -.
\ F cos :
7 7/4 Su © ^^
Я UNIT
VEL
ATE-R JIG
2%
oo J
Jig? VOR SECTION
у ADJUSTMENT a
DC POWER > а
SUPPLY Y AV OUTPUT
(DC6V/3A) j É AV INPUT CABLE COLOR VIDEO
a ; CABLE MONITOR N
+ e CAMERA SECTION tr ly
9 9 ADJUSTMENT /
RED BLACK DSP AV OUTPUT
JIG 150
DC POWER — WEL
SUPPLY NT BLK |
(DC 5Y/1A) PERSONAL
a COMPUTER
RED
ro
ro
66d Î
[]
DSP-R JIG
Fig. 1-1 Connection for adjustment
mem
RELATA
2. CAMERA SECTION ADJUSTMENT
1. CIRCUIT BOARD LOCATIONS
VCA BOARD <>)
N
=
OS
—
UM Cu
© US
aff
) 5 | T/U SU
UNIT
7 DCS BOARD
Fig. 2-1
2. TEST EQUIPMENT AND CHARTS NECESSARY FOR
ADJUSTMENT
1) Test Equipment
*Oscilloscope (dual trace)
[Vectorscope]
-Digital Voltmeter (DVM)
Frequency Counter
‚Color Video Monitor
2) Charts, etc.
* Adjustment Floppy Disk
‚Personal Computer
‚Personal Computer 9-pin or
25-pin (RS232C) Cable
‚DSP-R Jig
- DSP AV Output Cable
‚Gray Scale Chart
‚Color Bar Chart
‚Resolution Chart
+ Backfocus Adjustment Chart
‚Light Box (3100° К)
‚Light Balancing Filter C12
* DC Power Supply (DC6V/3A)
+ DC Power Supply (DC5V/1A)
CIN EZ GEA EA EA Pra DEA E веть e A «OO KT m AR
3. ADJUSTMENT CONDITION
1) Check that the VCR section has been adjusted
correctly before adjusting the camera section.
2) Use a light box with minimum flickering. |
Control the colour temperature of the light
box strictly.
3) Connect this unit, a power supply and a
color video monitor as shown in Fig. 1-1.
4) When using the video out (AV QUT) to perform
adjustment, be sure to terminate the AV OUT
jack with 75 ohms. |
5) Place the chart (light box) approx. 30cm away
from the camera (lens surface) when otherwise
not specified.
6) Point the camera at the chart. to full the
video period when otherwise not specified,
7) Use the 10:1 probe of the oscilloscope when
otherwise not specified,
8) When “Trigger the-oscilloscope internally” is
specified, set the time base of the
oscilloscope to 10gs/div.
4, PRESET POSITIONS OF SWITCHES AND CONTROLS
DURING ADJUSTMENT
» CAMERA/OFF/VCR switch ..... “CAMERA” position
* INST. Z00M ..e....erccucooo Not Display mode
*DATÉ ..eecocrorocoonecoare. Not Display mode
* DISPLAY ..ee.eoncrorecnacoo Not Display mode
» TITLE 0000000000000. 000000 Not Display mode
FOCUS oc00000 0000000000400 0000008 Auto mode
4 2ооооноо ко о о оооооаооовьововоове OFF mode
*16X9 ..er.rreccsorscoconroucacroo OFF mode
*FÄDE 0000000000000000000000 02100 Normal mode
5. LIST OF CHARTS FOR CAMERA ADJUSTMENT
Table 2-1
GREY SCALE COLOR BAR RESOLUTION
CHART CHART CHART
ol О [5] Г
BACKFOCUS ADJ. CHART
rr Rv pf Baro TA
6. CHECK AFTER REPLACING MAJOR COMPONENTS IN THE CAMERA SECTION | Е 7-1. Connections for Adjustment
After replacing major components, perform adjustments, referring to the table below. ; Connect the camera/recorder, DSP-R jig, personal
The following table shows the minimum adjustments required after major components are replaced. : ter r supoly. etc. as shown in Fig. 1-1 ;
The table below may not apply when several components are replaced, depending on the symptom of the defect. - computer, powe PP?» NE. ' °
р) Check that the camera/recorder is turned om. F>B:
Caution : When EEP ROM or the VCA circuit board is replaced, initialize the EEP ROM, referring to AO B>MAP IBM 1
“1-3 Initial Setting by Model”, then perform all the camera section and system control/ > -
servo circuits adjustments. : 7-2. How to start the NAP
Fig. 2-4
| TEM | NAME OF MAJOR COMPONENTS PROCEDURE — — ;
No. NAME OF ADJUSTMENT SPE VCA 7 101401 | 1) Turn the personal computer on and start the
BOARD | BOARD 16100 С110116110616110 C12001C1108, 0. ¿0 101403 | NS-DOS system. (Fig. 2-2) Manual adjustment program for service station -
— | Initial Setting by Model ® © D) Load the adi lonov disk into disk Copyright (C) Hitachi LTD
| i
ELECTRIC VOLUME ADJUSTUENT PROCEDURE coed the a press [B) [1] then ENTER . Fig. 2-5
(1) | CDS Offset Adjustment 6 ® 6 or (Fig. 2-3) +
(2) | CDS Sampling pulse 6 e ® | «drive A and press [A] [:] then . MODEL SELECT
DIGITAL ADJUSTMENT PROCEDURE 1 SA M CE (EE A ES gi eo OO RRR RRA koko
(1) Auto Iris Control o e 0 ele o 3) M Pl | 0] В М (SPACE)! [1] then oo MODEL SELECT #stsktokmsmkkionio ko
. и ee ee ce A AA Ak AR AAR RAR AAR ARK KH
__ Adjustment The MAP starts and the MODEL SELECT menor
(2) Knee Adjustment © ® ® 1 shown Fig. 2-6 appears. [2] XXXXXXXX
(3) | Matrix Adjustment ® ® 6 e Ш - NOTE [3] XXXXXXXX
(4) | White balance Adjustment © © 6 o | ‘When you use a personal computer with two e int
(5) | Chroma gain Adjustment e ele © rue Comentan oe connect [>] NEXT SELECTION
AUTO FOCUS ADJUSTMENT PROCEDURE > "press pm STE [ESC] END
(1) | Zoom Trace Adjustment © 8 © e ’ — ° Please select the type or the set.
(2) | AF Noise Level Adjustment | 8 ® © e 4) Select the number accodding to the model. Press [1] - [5] or [P] or [ESC]
STABILIZER ADJUSTMENT PROCEDURE If ESO (escape) is pressed, the display Fig. 2-6
(1) | Stabilizer Adjustment | © | © | | | | © | | | © | © | a | before the MAP starts (MS-DOS) is restored. $
SPOT NOISE ADJUSTMENT PROCEDURE |] 5) Press [Y M key. (Fig.2-7) Press numeric key
(1) | Spot Noise Adjustment | Fe le | Je | | | | | IF [N] is pressed, the computer's display +
| | returns to MODEL SELECT MENU. -
7. CAMERA SECTION ADJUSTMENT PROCEDURE | NOTE —— Selected model ls XXXXIXXX
— NOTE — E | Are you sure 7 (Y/N)
1. If you specify the wrong model, press ;
1: To complete adjustment, press the Fig. 2-2 ESG (escape) to restore the MODEL Fig. 2-7
(escape) key twice to restore the MS-DOS $ SELECT di h ify th +
screen and then turn off the camera/ LECT display, then specify the
recorder and jigs. LOAD THE CAMERA ADJ. FLOPPY DISK INTO ВЫ correct model. Press YI
2: The following describes an example of DISK DRIVE B =. 2. If you select number without a model 3
the instructions of the persona |
computer and the menu display; they are $ Fi, pee, o or e MAIN MENU
ifferent depending on the personal EE ‘
computer manufacturer and model. Press [BJ] [ENT ER] | display. Press any key to return the fe fete GIORGIO OR RER MO
Refer 19 the instruction manual of ; | display to Fig. 2-6 (MODEL SELECT). AR JAK « MANUAL ADJUSTMENT PROGRAM + tt X
personal computer. ; Da | elek et all ll OR FAA RRA RR AOR AAR AAR A
3: When the error message appears during PE: 3. 1f the ee mode! ; not found, ГА] DATA INITIALIZE
adjustment, refer to “4.Error Messages”. B> | press the Pl ey and select Te noce 'B] ELECTRIC VOLUME
If a key is pressed after an error Ро from the next screen. [C] ADJUSTMENT
message appears, the ADJUSTMENT MENU is 3. ED AUTO FOCUS
restored. + | = ‚
LE] VCR ADJUSTMENT
Press FO (© ©] M [SPACE] | A NOISE
| [ESC] END
$ Please select [A] - [GJ or [ESC]
Ca) | | Fig. 2-8
MESSAGE WHEN OPERATED BY MISTAKE
Can not find the DATA FILE
xxx PRESS ANY KEY ++
3-3 Fig. 2-9 3-4
mee ere ptt a A Sp AI TLE TR TT AR LT EL me ео Г НС POS ih ih pp mi a ws
+
i
i
$
Ё
À
$
+
}
LL EE EEE
WHT
TET hyd ;
ARR +
7-3. Initial Setting by Model MAIN MENU 7-4. Electric Volume Adjustment Procedure
. he | IN MENU
© Before Starting Adjstment KOREA OREGON у 9 Before Starting Adjstment -
* This item describes how to initialize res AANCAL ADJUSTMENT PROGRAM eek _ | a When EFP ROM or the VCA circuit board is CRI A
the EEP ROM. Be sure to perform this CA] DATA INITIALIZE IO: replaced, initialize the EEP ROM, ok MANUAL ADJUSTMENT PROGRAM +exmiacar
item after replacing EEP ROM or the a referring to “7-3. Initial Setting By JAA RRA AAR AAA AFAR AA AAR AAA ARIAA ARK HRA TR FAK
VCA circuit board. When other components [В] ELECTRIC VOLUME . Model” then perform al! the electric [A] DATA INITIALIZE
are replaced, normally, it is not [C] ADJUSTMENT volume adjustments.
necessary to initialize the EEP ROM. [D] AUTO FOCUS г [B] ELECTRIC VOLUME
Press (escape) to return the [E] VCR ADJUSTMENT PROCEDURE col ADJUSTMENT
computer's display to MAIN MENU, ГР] EIS ; he MAP
«Be sure to perform the following [6] SPOT NOISE 1) Start the NAP. [D] AUTO FOCUS
adjustments after completing the | ; ;
initial setting. [ESC] END . 2) ress Bu selec! ELETRIC VOLUME. [E] VCR ADJUSTMENT
= 7-4 | Electric Volume Adjustment Please select [A] - [G] or [ESC] (Figs. {F} EIS
= Procedure `
= 7-5 | Digital Adjustment Procedure Fig. 2-10 | 3) Select the number of the required adjustment. [G] SPOT NOISE
| 7-6 | Autofocus Adjustment Procedure J — NOTE [ESC] END
=| 7 | System Control/Servo Circuits | _
= Adjustment Press [A] 1. If (escape) is pressed, the Please select [A] - [G] or [ESC]
computer's display returns to Fig. 2-14
$ 3 (MAIN MENU). Fig. 2-14
— PROCEDURE —— << DATA WRITING >> 2. To complete adjustment, press the +
1) Start the MAP, START TO SEND DATA. — (Y/N) (escape) key twice to restore the MS-DOS
screen and then turn off the camera/ Press
2) Press |A| to select INITIALIZE. Fig. 2-11 | recorder and jig.
(Figs. 2-10, 2-11) + |
| +
3) Press |Y| to start. (Figs. 2-11, 2-12) Press ELECTRIC VOLUME ADJ. MENU
— NOTE N $
‘Press to return to MAIN MENU, о | a de da bee e e e td
(Fig. 2-11) << DATA IRITING >> | xo ELECTRIC VOLUME kioaoncionooano
+The Fig. 2-11 appears a few time PLEASE WAIT A MOMENT. RAN AAA AAA AFAR KARA AAA Kok OR de ok Heo
Press the |Y! key each time. Fig. 2-12 [1] CDS OFFSET
4) If there are no abnormalities in the << DATA — [2] CDS SAMPLING PULSE
camera/recorder, the message shown in G >>
Fig. 2-12 is displayed in the computer” s PLEASE WAIT A MOMENT. [ESC] RETURN TO MAIN MENU
display for a while, and then the message FINISHED WRITING DATA. Please select [1], [2] or [ESC]
informing you that the initial setting has PRESS ANY KEV. "> 4
been completed (shown in Fig. 2-13) is + - Fig. 2-15
displayed. Fig. 2-13
$
5) If the message shom in Fig. 2-13 appears in
the computer's display, press any key.
The computer's display returns to Fig. 2-10
(MAIN MENU).
Press any key to return to Fig. 2-10
(1) CDS Offset Adjustment
Purpose "To determine the DC offset
levels when the AGC is set to
the minimum and maximum gains.
Incompleted -When a subject is illuminated
Phenomenon brightly in low lighting, a
white band appears across the
top of the screen.
| Test Point —
Equipment/Jig
Condition
| 7 PROCEDURE Z
ELECTRIC VOLUME ADJ. MENU
Te AAPP PIDAN APA PAD AEREA PPP
РРР Ре ИАА РРР УР PARA AAPP PPP PP PPP RP PREPA
[1] CDS OFFSET
[2] CDS SAMPLING PULSE
[ESC] RETURN TO MAIN MENU
Please select [1], [2] or [ESC]
+
Press [1] key to select the CDS OFFSET.
$
<< ADJUSTMENT OF CDS OFFSET >>
PLEASE WAIT AROUND 50 SEC.
+
«< ADJUSTMENT OF CDS OFFSET >>
PLEASE WAIT AROUND 50 SEC.
FINISHED WRITING DATA.
ADJUSTMENT COMPLETED.
PRESS ANY KEY.
+
Press any key to return to ELECTRIC VOLUNE
ADJ. MENU.
+
Turn the power off for 5 seconds and then
on again.
(2) CDS Sampling Pulse Adjustment
Purpose “To suppress noise in the CCD
sensor output signal and
_Maximize the signal level.
Incompleted «Diagonal beats and horizontal
Phenomenon noise occur.
Test Point —_—
Equipment/Jig | ———
Condition «Leave the camera/recorder for
more than 2 minutes untill the
circuits are stabilized after
turing it on, then start
ment,
7 PROCEDURE Z
ELECTRIC VOLUME ADJ. MENU
de Aa ale ao de ado ado ela ade de als ale ae ade des ada do doo ebro ado ado aos aia ale mr edo edo cabo alo dio abr ab nde mile alle dr ade abe wt we nh et cake de mêle nd ad
[1] CDS OFFSET
[2] CDS SAMPLING PULSE
[ESC] RETURN TO MAIN MENU
Please select [1], [2] or [ESC]
+
Press [2] key to select the CDS SAMPLING PULSE.
4
<< ADJUSTMENT OF CDS SAMPLING PULSE >>
<< NOW ADJUSTING >>
+
<< ADJUSTMENT OF CDS SAMPLING PULSE >>
FINISHED WRITING DATA.
ADJUSTMENT COMPLETED.
PRESS ANY KEY.
+
Press any key to return to ELECTRIC VOLUME MENU.
mp SA MT
7-5. Digital Adjustment Procedure
¿Before Starting Adjustment
« When EEP ROM or the VCA circuit board
is replaced, initialize the EEP ROM,
referring to “7-3 Initial Setting By
Model™ then perform all the digital
adjustments.
NOTE: If an old light box is used , this
adjustnment may not be done. Use the
following procedure to adjust without
using a light box.
« {|luminate a white sheet of paper using an
appropriate light source of 2,000-2,500lux
(a halogen light of 3,200K is desirable).
«Point the camera/recoder at the illuminated
white sheet of paper to fill the screen as
far as possible (at wide-angle).
« Adjust the distance between the camera
/recoder and white sheet of paper so that no
error message appears.
&Caution when adjustment
2)
3)
A EN А С ЯН E mana e = ee . A
MAIN MENU
de ade ado ido abr aña ade ade elo ado od ай
[A] DATA INITIALIZE
[B] ELECTRIC VOLUME
[C] ADJUSTMENT
[D] AUTO FOCUS
[E] VCR ADJUSTMENT
(F] EIS |
[6] SPOT NOISE
[ESC] END
Please select [A] - [G] or [ESC]
Fig. 2-16
+
Press
$
ADJUSTMENT MENU
Caution: Perform auto iris adjustment (1. AUTO
IRIS CONTROL) and knee adjustment
(2. KNEE) in the following order.
O Auto Iris Adjustment (Perform the following
autofocus adjustment if “ADJUSTMENT OF HALL
CURVE” is not completed).
@ Zoom Trace Adjustment in AUTOFOCUS
ADJUSTMENT PROCEDURE.
9) AF Noise Level Adjustment in AUTOFGCUS
ADJUSTMENT PROCEDURE.
@ Auto Iris Adjustment (All three items,
“ADJUSTMENT OF IRIS OPEN 4 CLOSE",
“ADJUSTMENT 0F IRIS” and “ADJUSTMENT OF
HALL CURVE” should be complete).
® Knee Adjustment.
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es ADJUSTMENT rm
[1]
AUTO IRIS CONTROL
[2] KNEE
[3] MATRIX
[4] WHITE BALANCE
[5] CHROMA GAIN
[ESC] RETURN TO MAIN MENU
Please select [1] - [5] or [ESC]
——— PRROCEDURE ~———
Start the MAP.
Press [C] to select ADJUSTMENT.
(Figs. 2-16, 2-17)
Select the number of the required adjustment.
—— NOTE ——
1. If [ESQ (escape) is pressed, the
computer’ s display returns to Fig. 2-16
(MAIN MENU).
2. To complete adjustment, press the
(escape) key twice to restore the
MS-DOS screen and then turn off the
camera/recorder and jig.
Fig. 2-17
(1) Auto Iris Control Adjustment
* Perform this adjustment, following the order
described in “4 Caution When Adjustment” on
the previous page.
Purpose ‘To set the iris control data.
Incompleted ‚Ihe picture becomes too bright.
Phenomenon «The picture becomes too dark.
Test Point ———]
Equipment/Jig | ————
Condition Point the camera at the light
box without a chart to full the
screen (at wide-angle).
| 7 PROCEDURE Z — 1
ADJUSTMENT MENU
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EP PEE A ANA AA PANA AAA PALA ETE PEE
PAP XP PAPA PAE AAN AA PATA PAPER PE
[1] AUTO IRIS CONTROL
[2] KNEE
[3] MATRIX
[4] WHITE BALANCE
[5] CHROMA GAIN
(ESC] RETURN TO MAIN MENU
Please select [1] - [5] or [ESC]
+
Press [1] key to select the AUTO IRIS CONTROL.
+
<<ADJUSTMENT OF IRIS OPEN 8 CLOSE>>
PLEASE WAIT AROUND 10 SEC.
+
<<ADJUSTMENT OF IRIS OPEN & CLOSE>>
PLEASE WAIT AROUND 10 SEC.
DATA WRITEN INTO EEPROM.
ADJUSTMENT FINISHED.
PRESS ANY KEY.
+
Press any key, and the display changes as
follows.
+
<< ADJUSTMENT QF IRIS >>
PLEASE WAIT AROUND 20 SEC.
— 1 — Т
<< ADJUSTMENT OF IRIS >>
PLEASE WAIT AROUND 20 SEC.
ROUGH ADJUSTMENT : XX TIMES
FINE ADJUSTMENT : XX TIMES
ADJUSTMENT FINISHED.
PRESS ANY KEY.
+
$
Press any key, and the display changes as
follows.
+
<< ADJUSTMENT OF HALLCURVE >>
PLEASE WAIT AROUND 30 SEC.
— XI — T
<< ADJUSTMENT OF HALLCURVE >>
PLEASE WAIT AROUND 30 SEC.
*
ADJUSTMENT POINT 01 23456783 ABC
3
<< ADJUSTMENT OF HALLCURVE >>
PLEASE WAIT ARDUND 30 SEC.
xx XX OX ¥ ¥ *
E E» * * *
ADJUSTMENT POINT 0123 456 TT89 ABC
DATA WRITTEN INTO EEPROM
ADJUSTMENT FINISHED
PRESS ANY KEY
+
Press any key, and the display changes as
fol lows.
+
ADJUSTMENT FINISHED,
PRESS ANY KEY,
+
Press any key to return to ADJUSTMENT MENU.
$
Turn the power off for 5 seconds and then
on again,
—— NTE —
1. With some units the following parameter
nay not be displayed in the display
narked X 1, This is normal; continue
adjustment.
ROUGH ADJUSTMENT: xx TIMES
2. The * mark flashes above the numerals
and letters in sequence in the display
narked X 2
“wow
a
` 2
=
Co == ———— PES
O IT
(2) Knee Adjustment (Fig. 2-18)
Perform this adjustment, following the order
described in ”@ Caution When Adjustment on
the page before the previous page.
>
Purpose *To determine the knee level.
Incompleted «Color in the very bright
Phenomenon section is defective.
Test Point ‚Video Out (AV OUT)
Equipment/Jig | -Osciiloscope (Waveform Monitor)
Condition -Pnint at a grav scale chart,
Г 7 PROCEDURE / и
ADJUSTMENT MENU
<< KNEE ADJUSTMENT >> STEP 2
SET LUMINANCE LEVEL TO | |
100 (+/- 5) IRE OR 715 (+/- 35) mV.
ROUGH ADJUSTMENT
[0] UP
[D] DOWN
FINE ADJUSTMENT
[Ctrl] + [0] UP —-
[Ctrl] + [D] DOWN
[ENTER] — DECISION
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o A WEA AAPP AIN IP A ZAPPA TENE PE ATA PRA APARTE
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BR AAO OA AA A RAN AAO OR AED EDEN OT
[1] AUTO IRIS CONTROL
[2] KNEE
[3] MATRIX
[4] WHITE BALANCE
[5] CHROMA GAIN
[ESC] RETURN TO MAIN MENU
Please select [1] - [5] or [ESC]
+
Press the [U] and [D] keys to set the amp! itude
level to around 715mVp-p.
Press the key and hold it down, then
press the [U] and [Dj keys to adjust the
amplitude level to 715mVp + 35mVp-p.
+
Press [EN T ER| key to start the next step.
3
+
Press [2] key to select the KNEE.
4
<< KNEE ADJUSTMENT >> STEP I
+* THIS ADJUSTMENT ONLY NEEDED
AFTER REPLACING IC1101 OR 1C1107. *
* THE [1] IRIS CONTROL ADJUSTMENT
SHOULD HAVE JUST BEEN COMPLETED
BEFORE PERFORMING THE FOLLOWING KNEE
ADJUSTMENT PROCEDURE. +
PLEASE POINT AT THE CHART AND
PRESS THE FOLLOWING KEY.
RETURN TO MENU [ESC]
GO TO NEXT STEP [ENTER]
<< KNEE ADJUSTMENT >> STEP 3
ADJUST THE LUMINANCE LEVEL TO
MATCH THE LEVEL FROM SETP 2.
ROUGH ADJUSTMENT
LU UP
[D] DOWN
FINE ADJUSTMENT
[Ctrl] + (0) UP
[Ctrl] + [DP] DOWN
[C] REREAD THE LEVEL FROM STEP 2
[ENTER] DECISION
+
Press ENTER) key to start the next step.
$
<< KNEE ADJUSTMENT >> STEP l
wax WAIT A MOMENT +=»
+
Press the [U] and [D] keys to bring the
amplitude level near to the level in step 2.
Press the key and hold it down, then
press the {U] and |B] keys to match the
amplitude level to that in step 2.
|
Press the [C] key. The level in step 2
can be checked.
|
<< KNEE ADJUSTMENT >> STEP 3
WAVEFORM ON OSCILLOSCOPE IS NOW,
DISPLAYING AMPLITUDE AS SET IN SETP 2.
(PRESS C TO RETURN TO STEP 3 MENU)
3-10
e o mi a A ETA
| | Press [3] key to select the MATRIX.
Press ENTER! key, and the display changes
as follows. 3
<< ADJUSTMENT OF BLUE MATRIX >>
3 ой ADJUSTMENT
<< KNEE ADJUSTMENT >> STEP 3
WRITING EEPROM NOW. [D] DOWN
т FINE ADJUSTMENT
— [Ctrl] + [0] UP
<< KNEE ADJUSTMENT >) [Ctri] + [D] DOWN
COMPLETED
x [ENTER] RETURN TO MENU
PRESS ANY KEY. (ESC) QUIT
$ I
Press any key to return to ADJUSTMENT MENU. [For Normal 8]
Press the [D] key to minimize the yellow (YEL)
level. Press the key so the ratio between
yellow (YEL) and blue (BLU) levels is 3:8
Press the [Ct r likey and hold it down, then
press the |U] and keys so the ratio between
yellow (YEL) and blue (BLU) levels is 3:8
[For Hi-8)
Press the [D] key to minimize the yellow (YEL)
Waveforms
T15mmV level. Press the |U) key so the ratio between
1 35mV yellow (YEL) and blue (BLU) levels is 1:2
| Press the key and hold it down, then
press the [Ш] and |D| keys so the ratio between
| fow (YEL) and biue (BLU) levels is 1:2
(200aV/20 us. div.y ow (YEL) and blue (BLU) levels is
$
Press ENTER] key, and the display changes
as follows.
$
Fig. 2-18 << ADJUSTMENT OF BLUE MATRIX >>
DATA WRITING TO EEPROM.
+
(3) Matrix Adjustment (Fig. 2-19)
<< ADJUSTMENT OF BLUE MATRIX >>
ADJUSTMENT FINISHED.
PRESS ANY KEY.
rpose 0 compensate
I uneveness in
ncomp or tion +
Press any key to return to ADJUSTMENT MENU.
Waveforms
7 PROCEDURE Z
ADJUSTMENT MENU
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TP ETS FP PAPER РРР АР ЯР А ЯР РР о AS I EP
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E PE PARANA PA ТР ТОР РР ТР РАЯ РРР РР
[1] AUTO IRIS CONTROL
[2] KNEE
[3] MATRIX
[4] WHITE BALANCE
YEL : BLU
[5] CHROMA GAIN 3 : 8 [For Normal 8]
[ESC] RETURN TO MAIN MENU 1 : 2 [For Hi-8]
Please select [1] - [5] or [ESC] (200nV/50 & s. div. )
СЕ) Fig. 2-19
3-11
(4) White Balance Adjustment
Purpose To set white balance under the
color temperature which becomes
a reference for the auto white
balance circuit.
Incompleted «Color of the subject is
Phenomenon different from that of the
picture.
‚A white subject is not seen as
white.
Test Point ‚Video Out (AV OUT)
Equipment/Jig| — ——
Condition -Attach a C!2 filter.
‘Point at a gray scale chart
(at wide-angle).
| 7 PROCEDURE Z
ADJUSTMENT MENU
В 7 РР РР РРР
[1] — AUTO IRIS CONTROL
[2] KNEE
[3] MATRIX
[4] WHITE BALANCE
[5] CHROMA GAIN
[ESC] RETURN TO MAIN MENU
Please select [1] - [5] or [ESC]
+
Press [4] key to select the MHITE BALANCE.
+
<< WHITE BALANCE ADJUSTMENT >>
INPUT DATA OF OFFSET FOR R-B --> 00
+
[For Normal 8]
Press [6] to input the data.
[For Hi-8]
Press [0] to input the data.
+
Press key, and the display changes
as follows,
+
FEY GE Am E Bets nad nso
<< WHITE BALANCE ADJUSTMENT >>
INPUT DATA OF OFFSET FOR Mg-G --> 00
+
[For Normal 8]
Press [0] to input the data.
(For Hi-8)
Press [o] to input the data.
+
Press {EN TE R| key, and the display changes
as fol lows.
$
<< WHITE BALANCE ADJUSTMENT >>
PLEASE WAIT A MOMENT.
+
<< WHITE BALANCE ADJUSTMENT >>
ADJUSTMENT COMPLETED.
COMPLETED EEPROM WRITE.
PRESS ANY KEY.
4
Press any key to return to AUJUSTMENT MENU.
3-12
(5) Chroma Gain Adjustment (Figs. 2-20, 2-21)
Purpose To set the color saturation
under the reference color
temperature.
Incompleted Color of the picture is denser
Phenomenon than that of the subject.
«Color of the picture is lighter
than that of the subject.
Test Point "Video Out (AY OUT)
Equipment/Jig | ‘Oscilloscope (Vectorscope)
Condition ‘Attach a CI2 filter,
‘Point at a color bar chart.
| / PROCEDURE ~
ADJUSTMENT MENU
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PAT PAT PT NAT PP PANA PA PIN PT PP
[1] AUTO IRIS CONTROL
[2] KNEE
[3] MATRIX
[4] WHITE BALANCE
[5] CHROMA GAIN
[ESC] RETURN TO MAIN MENU
Please select [1] - [5] or [ESC]
+
Press key to select the CHROMA GAIN.
+
<< ADJUSTMENT OF CHROMA GAIN >>
ROUGH ADJUSTMENT
EU] CHROMA GAIN UP
[D] CHROMA GAIN DOWN
FINE ADJUSTMENT
[Ctrl] + [U] CHROMA GAIN UP
[Ctrl] + [D] CHROMA GAIN DOWN
[ENTER] SAVE & RETURN TO MENU
[ESC] QUIT
+
WHEN USING AN OSCILLOSCOPE
Press the [U] and [D] keys to set the red level
to around 450mYp-p.
Press the button and hold it down,
then press the [Uj and Dj keys so the red level
is 450mV + 20mVp-p. (Fig. 2-20)
+
4
WHEN USING A VECTORSCOPE
Press the and D} keys to set the red vector
to around 150% of the burst.
Press the button and hold it down,
then press the |U| and DJ keys so the red
vector is 150% + 5%. (Fig. 2-21)
$
Press ENTER! key, and the display changes
as follows.
+
<< ADJUSTMENT OF CHROMA CAIN >>
DATA WRITING INTO EEPROM.
+
<< ADJUSTMENT OF CHROMA GAIN >>
ADJUSTMENT FINISHED.
PRESS ANY KEY.
+
Press any key to return to ADJUSTMENT MENU.
Waveforms
<< OSCILLOSCOPE >>
(100mV/20 u s. div. )
Fig. 2-20
<< VECTORSCOPE >>
-
A NA
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mrs A
7-6. Autofocus Adjustment Procedure
®Before Starting Adjustment
< Be sure to perform this adjustment after
replacing or initializing the lens block,
parts in the VCA circuit board (EEPROM).
-——— PROCEDURE ——
1) Start the MAP.
2) Press [D] to select AUTO FOCUS.
(Figs. 2-22, 2-23.)
3) Select the number of the required adjustment.
—— NOTE
1. If ESC Esa (escape) is pressed, the
computer's display returns to Fig. 2-22
(MAIN MENU).
2. To complete adjustment, press the
(escape) key twice to restore the MS-DOS
screen and then turn off the camera/
recorder and jig.
MAIN MENU
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a DATA INITIALIZE
'8] ELECTRIC VOLUME
°C] ADJUSTMENT
D] AUTO FOCUS
[E] VOR ADJUSTMENT
EIS
I SPOT NOISE
[ESC] END
Please select [A] - [G] or LESC]
Fig. 2-22
+
Press [D]
$
AF ADJ. MENU
A PPP TREE EEN
[1] ADJUSTMENT QF 2004/0CUS 1 TRACKING
[2] ADJUSTMENT OF AF NOISE LEVEL
[ESC] RETURN TO MENU
Please select [1], [2] or [ESC]
Fig. 2-23
(1) Zoom/Focus Tracking Adjustment
Purpose ‘To set the out-of-focus
correction level during zooming.
Incompleted ‘Focus is lost during zooning.
Phenomenon 2
Equipment/Jig | «Color Video Monitor
Backfocus Chart
Test Point «Video Out (AV OUT)
Condition «Point at the backfocus chart,
1500:5 mm away from the lens
surface.
ah the chart with 200-400
ux
Caution When Adjustment
1. Measure the distance between the chart and
lens surface precisely.
2. Place the chart as parallel as possible to
the lens surface.
3. The backfocus chart should always be at the
center of the monitor screen when the zoom
is set to the wide-angle and telephoto ends.
4. The zoom trace adjustment procedure is
completed within 2 minutes after it is
selected.
5. Do not place any obstruction between the
| lens and chart during adjustment. ]
|| ~~ PROCEDURE /_ |
AF ADJ. MENU
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E PP PAP PEPA
[1] ADJUSTMENT OF > ZOOM/FOCUS 1 TRACKING
[2] ADJUSTMENT OF AF NOISE LEVEL
[ESC] RETURN TO MENU
Please select [1], [2] or [ESC]
+
Press [1] key to select ADJUSTMENT OF Z00M/FOCUS
TRACKING
i
<< ADJUSTMENT OF Z00H/FOCUS TRACKING >>
077508 1004
$
<< ADJUSTMENT OF Z00H/FOCUS TRACKING >>
0% oy
ADJUSTMENT COMPLETED.
RESS ANY KEY.
$
Press any key to return to AF ADJ. MENU.
3-14
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(2) AF Noise Level Adjustment 7-1. Stabilizer Adjustment Procedure
MAIN MENU
Purpose ‘To set the noise level. @Before Starting Adjustment AS
incompleted “Ii Takes time until a subject Ro «Be sure to perform this adjustment after venenos MANUAL ADJUSTIENT PROGRAN + conne
Phenomenon is brought into focus. ___ oF J replacing or initializing the SPE circuit — .x.—. +A | E.
Equipment/Jig “correct focus 1s not obtained. board and VCA circuit board (EEPROM). TA] DATA INITIALIZE
Test Po nt „Video Out (AV OUT) — * This item describes how to rewrite the [B] ELECTRIC VOLUME
Condition “Set the focus to AUTO, stabilizer data. The average of the [с] ADJUSTMENT
«Point at a light box without a stabilizer data will be written.
chart inserted at a distance of [D] AUTO FOCUS
up to 10cm.
Caution When Adjustment —— PROCEDURE —— [E] VCR ADJUSTMENT
1. Place the ight box as parallel as possible [F] EIS
to the lens surface. т
2. The AF noise level adjustment procedure | 1) Start the MAP. [6] SPOT NOISE
will be completed within thirty seconds NOTE —— [ESC] END
aller 111s selected, | 1. If (escape) is pressed, the Please select [A] - [G] or [ESC]
| / PROCEDURE /__ J computer's display returns to MAIN MENU. +
AF ADJ. MENU 2. To complete adjustment, press the Press
(escape) key twice to restore the
ét dat dt tt dde dot osos | ; MS-DOS screen and then turn off the +
Зенон КТО О AUSTEN momen рой canera/ recorder and Jig. DATA FRITING>>
[1] ADJUSTMENT OF Z00M/FOCUS TRACKING START TO SEND DATA (1/1)
[2] © ADJUSTMENT OF AF NOISE LEVEL 2) Press |F| to select EIS. 3
[ESC] RETURN TO MENU
Please select [1], [2] or [ESC] 3) Press |Y! key. | Press
NOTE ——
+ 4
| 1, If IN] is pressed, the computer's FINISHED WRITING DATA.
Press [2] key to select ADJUSTMENT OF AF NOISE | display returns to MAIN MENU. PRESS ANY KEY.
i i 2. If a key other than Y or N is pressed, 1
3 a ; “PLEASE SELECT (Y/N)?” is displayed.
Press any key to return to MAIN MENU,
<< ADJUSTMENT OF AF NOISE LEVEL >> a
E 4) The stabilizer data is rewritten automatically.
0 50% 100%
3 5) Press any key to return to MAIN MENU.
<< A at pue EL » | |
0% 50% 100% Ш Е
ADJUSTMENT COMPLETED. ‘
PRESS ANY KEY.
$
Press any key to return to AF ADJ. MENU.
e a A
| 3 - 15 | 3-16
7-8. SPOT NOISE ADJUSTMENT PROCEDURE
Before Starting Adjustment
* The spot noise is identified as the fine
white noise that appears when the lens
cap is attached after the power is
turned an,
* Perform this adjustment only for products
with which spot noise occurs.
(However, there is no problem even if
products free from spot noise are
adjusted.)
» After replacing the CCD image sensor or
VCA circuit board (EEPROM), check whether
or not spot noise occurs and then proceed
with adjustment.
-——— PROCEDURE ———
1) Start the MAP.
—— NOTE —
MAIN MENU
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То В ЕР 6 APARTA PAPA AP TAN APARATO E
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Y A EP PPP BT PA AT A APA A PPP PATA EAS AE
A DATA INITIALIZE
[B] ELECTRIC VOLUME
[С] ADJUSTMENT
[D] AUTO FOCUS
[E] ue ADJUSTMENT
SPOT NOISE
[ESC] END
Please select [A] - [G] or [FSC]
1. 1f ESO (escape) is pressed, the
computer's display returns to MAIN MENU.
2. To complete adjustment, press the ESC
(escape) key twice to restore the
MS-DOS screen and then turn off the
camera/recoder and jig.
2) Cap the lens
3) Connect the color video monitor to video out.
4) Press [G] key to select SPOT NOISE.
—— NOTE —
“The adjustment procedure in this item
is different depending on the amount of
- Spot noise.
Note: The amount of spot noise is
displayed in | place marked X.
EAT Ee FETs
One spot noise
ui
Much spot noise
E
Press
Spot noise is not detected
(when camera/recorder free
from spot noise are adjusted)
“oF
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a al
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A SPOT NOISE FOUND,
PRESS ANY KEY.
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PAPA AAN Y
X SPOT NOISE FOUND
PRESS ANY KEY.
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AP EP PAPA EEE EA
CANNOT FIND THE SPOT NOISE.
PRESS ANY KEY,
1
Press any key.
3
Press any key to return to MAIN MENU.
i
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CAN YOU SEE THE BLINKING CURSOR ?(Y/N)
A cursor blinks in the section where spot
noise occurs on the monitor screen,
NO
B-
Press [Y] key, Pross [N] key,
3 =
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4.
zxxzxsxzxxrxx SPOT NOISE COMPENSATE ++4*+15xiirxx1
) LOOK AT THE CURSOR POINT. THIS SPOT NOISE IS IN THE BLANKING AREA OF TV.
PRESS ANY KEY.
ZL
Press any key,
IF THE SPOT NOISE CLEARS, THEN PRESS ENTER KEY.
Check whether or not spot noise disappears after
auto adjustment is completed,
If it does not disappear: Press the space key,
If it disappears Press the enter key,
{ There are other occurrences
of spot noise,
Spot noise compensation is completed,
3
zrex22 SPOT NOISE COMPENSATE rxzxzs
COMPLETE,
PRESS ANY KEY,
+
Press any key to Return to MAIN MENU,
3-18
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8. ELECTRONIC VIEWFINDER (EVF) ADJUSTMENT
8-1. CRT EVF Adjustment
Adjustment Parts Locations ;
8-2. LCD EVF Adjustment
Adjustment Parts Locat ions
Вр
Г ре2001 - Ш a Ш | PG2104
RT2003 |
2 V.SIZE ° TP2201
.
С [coor] |
ee ri 62002 RT2103 # # fa
TINT [BRIGHT]
Fig. 2-24 Electronic Viewfinder (EMO) Circuit Board (SIDE-A) \
— SIDE A-
(1) Deflection Yoke Position, EVF Centering Adjustment
Purpose -This adjustment procedure eliminates picture tilt in the EVF display. ra RT2105 RT2106
This adjustment centers the image observed by the camera in the EVF display. SUB SUB RT2201
Equipment/Jig Test Points Condition Adjustment Points BRIGHT-R BRIGHT-B H. SYNC
“EVF Display An the resolution ‘DEFLECTION os: Position gh '
chart. eflection Yoke Position CONTRAST
+CENTRING MAGNETS 162101 102102
(EVF Centring) An
Adjustment Procedure Adjustment Points RT2181
goat lection Yoke Position) EVE
1) Loosen the deflection yoke nut.
2) Turn the deflection yoke so that DEFLECT ION YOKE REF. V
the EVF picture (chart) is $ \
horizontal, matching the edges —S1DE B-
of the CRT.
Note:/After adjustment is completed, |
tighten the deflection yoke nut.
Fig. 2-25 Color EVF (CRE) Circuit Board
CENTRING
|
|
|
|
|
|
]
|
|
]
]
|
|
|
[
|
|
|
|
|
I
I
a Centring) MAGNETS (1) quen lo ase Adjustment a ны — AE
| ; i ; ipment/Ji est Points ong ti Just
О ae locking peint fron the centring DEFLECTION Wo ReneS CRE RTZI81 CEVF REF.) UE
2) Adjust the centring magnets until the YOKE NUT
center of the picture viewed by the camera Adjustment Procedure
is positioned in the center of the ME 1) RT2181: Ser the DIM reads 12.0V + 0.17.
isplay.
. ‘а, 9-0
(2) EVF Vertical Size Adjustment (Fig. 2-24) (2) H.Drive Frequency Adjustment (Fig. 2-75) — . .
: : : : : — Equipment/Jig Test Points Condition Adjustment Points
Purpose Mes adjustment determines the vertical size of the image appearing in the Vi -TP2201 -RT2201 (H. SYNC) CRE
isplay.
Equipment/Jig Test Points Condition Adjustment Points
-EVF Display “Ain the resolution | RT2003 ENG Adjustment Procedure |
chart. (V.SIZE) 1) RT2201: Set the DVM reads 2.5V : 0.1V.
Adjustment Procedure
1) RT2003: Set the top and bottom edges of the chart match the top and bottom edges (3) Brightness, Contrast Adjustment (Fig. 2-25)
of the CRT. Equipment/Jig Test Points Condition Adjustment Points
(3) EVF Brightness Adjustment
(Fig. 2-24)
us re
1) RT2001: Set the EVF picture is clear.
Adjustment Procedure | Kave forms
splay resolution {BRIGHT | Л
1) RT2101: Set the section (A) in the waveform | +
ustment re is 2.50, Vp-p. | Ns 1
1) RT2002: Set to optimize the EVF picture. { CONTRAST > | L— 7
1) RT2104: Set the section (B) in the waveform | (1V/50 ws. div.)
d+ о
(4) EVF Focus Adjustment (Fig. 2-24) is 4.70, 1Vp-p. i
|
„x | I (B)
Spiay resolution ° |! | (A) |
| у GND
|
|
|
3-18
*0s1lloscope
(DC mode)
‚PG2104-4
‚Alm at the gray
scale chart
-RT2101 (BRIGHT) CRE
‘RT2104 (CONTRAST) CRE
(500mV/50 us. div.)
3-20
ren er ran WE a CDA
KL IL TR a A A AC AE A WL rtd rn sme cme omen 7
1 тет ее ний ke dr A ma LA a Eat dnt - -
(4) Sub-Bright Adjustment (Fig. 2-25) 3. VCR SECTION ADJUSTMENT
7 Eauipnent/Jig GT en oils Condition Adjustment Points ____ | ;
*0silloscope ‚CH-1: - Ai , | |
(DC mode). ‚CH-2; PO2104-3 (RE | chart e Gray scale (SIB BRIGHT B) w | 1. CIRCUIT BOARD LOCATIONS 3. ADJUSTMENT CONDITION |
| (SUB BRIGHT B) »RT2105 CRE E Е 1) Check that the camera section has been
PG2104-2 CRE (SUB BRIGHT R) JJ J adjusted correctly before adjusting the VCR
section,
Adjustment Procedure (STE BRIGHT 1) Waveforms 2) Connect this unit, a porer supply and 2
SUB BRIGHT 5 € ) | 3) Doe the 1071 probe of the oscilloscope when
1) Match the OV DC between CH-1 and CH-2 BRIGHT 8 other not specified.
2) RT2106: Match the CH-1 and CH-2 waveforms || A В
If the CH~1 and CH-2 waveforms do
not match, shape each waveform.
{SUB BRIGHT RD
1) Match the OV DC between CH-1 and CH-2
2) RT2105: Match the CH-1 and CH-2 waveforms.
If the CH-1 and CH-2 waveforms do
not match, shape each waveform.
| А 4) When “Record mode” is specified, load a blank
CH-1 SUB VCA BOARD ZN tape and set the Sun video camers/ recorder to
| e ng procedure.
CH-2 BRIGHT 2) : EX the record mode by the following p
| E (D Set the CAMERA/OFF/VCR switch to the
: A De ) CAMERA position.
: A \—— #4 SPE BOARD @ Press the REC START/STOP button on the
unit (or REC START/STOP button on the
||
CH-1&CH-2 Q Y
GND
remote control).
5) Before adjusting the resistors marked with
asterisks (*) in the following text, remove
the corresponding laser trimming resistors to
replace them with the specified semi-variable
(5) Chroma Gain and Color Phase Adjustment (Fig. 2-25)
resistors.
“Equipnent/Jig Test Points Condition Adjustment Points E ‚2 q 6) Before unsoldering laser trimming resistors
*Osilloscope -PG2104-2 CRE | -Aim at the color bar -RT2102 (COLOR) CRE | 1/4 su be sure to confirm each adjustment value.
chart *RT2103 (TINT) CRE } и, UNIT Remove only the resistors used in the
(Input the full color | J adjustment items that should be adjusted.
bar_signal.) DCS BOARD 7) Earth of test equipment: Pre-Amp Shield (GND).
Adjustment Procedure Waveforms
1) Adjust RT2103 to minimize the fluctuations
the waveform.
2) Adjust RT2102 so the difference in the
4, PRESET POSITIONS OF SWITCHES AND CONTROLS
: DURING ADJUSTMENT
| « CAMERA/OFF/VCR switch ....... “YCR” position
« TITLE
1) Test Equipment
. Oscilloscope (dual trace)
- Digital Voltmeter (DVM)
* Frequency Counter
i *Millivoltmeter
=> о - Color Video Monitor
‚Color Bar Generator
2) Alignment Tape, etc.
- Adjustment Floppy Disk
- Personal Computer
‚Personal Computer 9-pin
or 25-pin (RS232C) Cable
DSP-R Jig
DSP AV Output Cable
+ Alignment Tape (20HSC-3)
- Blank Tape
+ ATF-R Jig
- DC Power Supply (DC 0-7V/3A)
DC Power Supply (DC 5V/1A)
|
|
|
( |
level between yellow and cyan is M [0 TITLE .ecacccacrorerenenanee Not Display mode
2.2V + 0, Vp-p. | wr vEL 79 3H
| of J
2. V+ |
| 0.1Vp-p | .
| f N | Fig. 3-1
| CYAN GRN | 2. TEST EQUIPMENT AND ALIGNMENT TAPES NECESSARY
(500mV/50 iL s.div.) | FOR ADJUSTMENT
|
|
3-21 3 - 22
AL a PL AAP RL Ap = mem hm es . Dei pan Ане fu dL Ll
5. ADJUSTMENT COMPONENTS LOCATIONS 6. CHECK AFTER REPLACING MAJOR COMPONENTS IN THE VCR SECTION
After replacing major components, perform checks, referring to the table below.
The following table shows the minimum adjustments required after major components are placed.
The table below may not apply when several components are replaced, depending on the symptom of the
*RT0209 *RT0103
PB EEE |} | а REC LUMA
LEVEL
A И, y Fallin == ТРО101
VIDED Ena *AT0203
*RT0003
= P&0601
LL ad
NOTE
- Variable resistors marked “*” are laser trimming resistor,
* Test point (TP) are not actually provided on the circuit board.
Fig. 3-2 Main (VCA) Circuit Board (SIDE A]
Table.3-1 SEM!-VARIABLE RESISTORS TABLE
SEMI-VARTABLE CIRCUIT Adjustment. CC] ADJUSTMENT
RESISTOR (Q BOARD NAME OF ADJUSTMENT + Be sure to perform this adjustment [D] + AUTO FOCUS
4 after replacing or initializing the LE] VCR ADJUSTMENT
EEP ROM and VCA circuit board (EEPROM). [Е] EIS
or Hi-8 . When an error message appears during LG) SPOT NOISE
adjustment, refer to “4. Error Messages”. [ESC] END
TEM NAME OF
No. ADJUSTMENT
OUT A xATOZ02 [Fo ADJ] TRCUITS ADJUSTMENT
*RT0214 | Ва Power f Level ustment
AUDIO ARTO210 — q Fo ADJ ead Switchi nt Adjustment
COMB DEVIATION
MRTODOS un PREAMP Iter Adjustment
+RTO001 ТРО: HE SHIELD < | AdTustuene
НН E A
0 te ustment
*RT0002 == se er ustment
[AUD R Fo} LU VID Dev]
AV JACK Aire Deviation Adjustment
nance leve ustment
1 nance Level t
AV TRANSMITTER CIRCUIT ADJUSTMENT
er Adjustment
7. SYSTEM CONTROL/SERVO CIRCUIT ADJUSTMENT
6 Before Starting Adjustment
. System control adjustment also needs a
personal computer. Connect the
camera/recorder, jigs, power supply,
etc. in the same way as in Digital
If ESQ (escape) is pressed, the
O s display returns to Fig. 3-3
| *RT0217 P60551 #RTO215 3 | ) defect.
HB FH Ea [DEVIATION | Note: After replacing the parts, check each adjustment. If you find the items necessary to be adjusted,
ev 7 remove the corresponding laser trimming resistors and replace them with variable resistors for
160201 100003 | adjustment.
NAME OF MAJ COMPONENTS
CYLINDER | 1C901 10201 10202 | IC000]
MAIN MENU
La adas Lo cds ais ads eds las llo adas ada eo ado cir ali ele lio ms mol
a DATA y INITIALIOE
B] ELECTRIC VOLUME
de ab alo ado mbr mbr dk
Please select [A] - [G] or [ESC]
“> * To complete adjustment, press the Не. 5 3
(escape) key twice to restore the
MS-DOS screen and then turn off the Press [E]
camera/recorder and jig. ;
PROCEDURE — ——
1) Start the MAP.
2) Press [E] to select VCR ADJUSTMENT.
(Figs. 3-3, 3-4)
3) Select the number of the required adjustment.
VCR ADJ. MENU
A FFP RETREAT E отобоя
des «dr de dde
NEIRA APARTA AAPP EPR EE E E RR
[1] ADJUSTHENT OF ODC
[2] ADJUSTMENT OF SWITCHING POINT
[ESC] RETURN TO MAIN MENU
ADJUST THE RANGE INSTALLATION METHOD Please select [1],[2] or [ESC]
a No. _ 1) Remove the laser trimming resistor and Fig. 3-4
A A | ® i attach the specified semi-variable и
/ \ | resistor. 3
| J] >
ROTATE A “Samar” A |
RANGE rel
3-23
3 - 24
(1) Power Shut Off Level (0DC: Over Discharge) Adjustment | ; 8. LUMINANCE/CHROMA CIRCUIT ADJUSTMENT
Purpose - To set the minimum voltage required to opreate the © canera/rocorder, 3 eal , | : _
Incompleted * The usable time of the battery becomes short. | a (1) Comb Filter Adjustment (Fig. 3-2)
Phenomenon * The camera/recorder doesn’ t operate normally. Ш a "e Purpose - To set the characteristic of the comb filter.
iments | cesto pont Condition Aéjutrent Ponts J | peteted | ning occu ai he es
Di TE END) ve ad the peak tape у Equ ipment/J16 con ES Points ре Condition Adjustment Points
-DC Power Supply -PG0551-8 (GND) УСА | (7.0+0.5V) to PG0551-1 ! Oscilloscope »TP0203 УС ‚Input the color bar *RT0212 VCA
(0~7V) PG0551-1 УСА : -Color Bar Generater Video IN (AV IN) signal. (COMB GAIN)
«Blank Tape E "STOP mode a age) VCA
Adjustment Procedure . -Blank Tape (Nor-8) HA
VCR ADJ, MENU D ` Adjustment Procedure Waveforms
RR AAR AAR AAA FRA SARA A AR AR A $ 3 1) Load the blank tape for normal 8,
rere НЙ eme | Set Me voltage of POISSI- 10 Б.Б. Ой | RO, Re hee the residgalı 1 — Se
kok A AR AAR ok ok ook doa kak Ak coo CHROMA
[1] ADJUSTMENT OF 0DC Press any key, and the display changes as | (Settings of oscilloscope À LEVEL.
[2] ADJUSTMENT OF SRITCHING POINT follows. | ‘Trigger with video signal.
[ESC] RETURN TO MAIN MENU à | (50mV/50 us. div.)
Pla |
Please select or [ESC] << SETUP OF 00С ADJUSTMENT COMPLETED >> |
Press [1] key to select the ADJUSTMENT OF ODC. De ADJUSTIENT COMPLETED > | | (2) EE Video Sigani Level Adjustment (Fig. 3-2)
| Purpose * To set the video output leve! in the E-E mode.
+ PRESS ANY KEY. Incompleted + The picture becomes dark or whitish in the E-E mode.
<< SET UP OF ODC ADJUSTMENT STARTED >> 3 Phenomenon |
PRESET POSITION 2°, CAMERA, QFF/YCR SWITCH Equipment/Jig const Points Condition Adjustment Points
SET POWER SOURCE AT 5.65 (+/- 0,05) V. Press any key to return to VCR ADJ. MENU. Oscilloscope Video Out (AV OUT) Input the color bar *RT0205 VCA
START ADJUSTING. «Color Bar Generator Video In (AV IN) signal. (E-E LEVEL)
PRESS ANY KEY. «Blank Tape (Nor-8) = or
+ Adjustment Procedure aveforms
D X Load the blak tape for normal 8. x
: Set the video output level to
(2) Head Switching Point Adjustment 1V—0.02Vp-p.
Note: Be sure to perform this adjustment after replacing the cylinder assembly and VCA circuit board. я ут
Purpose - To set the switching point of the video heads during plavback. 1V—0.02Yp-p
Incompleted - Vertical jitter occurs.
Phenomenon - Switching noise appears across the bottom of the monitor screen.
Equipment/Jig con er Points Condition Adjustment Points |
‘Alignment Tape TE aybick the alignment (200nV/20 s. div.)
Adjustment Procedure
VCR ADJ. MENU © (3) White Clip Adjustment (Fig. 3-2)
PEER GOES Purpose + To set the white clip level.
KARA AA KARR Ke OR ADIESTIENT + FRIAS SET UP OF SW POINT ADJUSTMENT STARTED. incompleted + No color apperrs in the highly bright subject.
| TT SET UP OF SW POINT ADJUSTMENT COMPLETED. Phenomenon E
u ADJUSTMENT OF ODC SW POINT ADJUSTMENT STARTED. Equipment/Jig Connection Points Condition Adjustment Points
[2] ADJUSTYENT OF SWITCHING POINT T :Oscilloscane ДЕ qua yy | “loathe color bar | E CLIP) a
Color Bar Generator -Video signal.
о Ea il asc SH POINT ADJUSTMENT DATA CHECKING. NG Stop node
ease select , or LE ‘Blank Tape (Nor-8
FINISHED WRITING DATA.
3 . Adjustment Procedure Waveforms
ADJUSTMENT FINISHED,
Е , 1) Load the blank tape for normal 8,
rre oy ne select the ADJUSTHENT 9 PRESS ANY KEY, 2) RT0207: ser the white clip level to ——
ny 5mVp-p.
4 +
. . 300mV
<< ADJUSTMENT OF SWITCHING POINT >> Turn the Power off. <Settings of oscilloscope) + 5mVp-p
,Ç J } ‘Trigger with video signal.
PRESET POSITIONS OF " CAMERA/OFF/VCR” SWITCH. -
” YCR” POSITION, Press any key to return to VCR ADJ. MENU. |
PRESS ANY KEY,
J (100nV/100 u s. div.)
(4) Carrier Frequency Adjustment (Fig. 3-2)
1) Lead the blank tape for normal 8.
2) RT0203: Set the period of the widest
pulse is 235ns à Ins.
([Hi-8 Model Only]
3) Load the blank tape for Hi-8.
4) RT0202: Set the period of the widest
pulse is 175ns : 3ns.
Setting of oscilloscope)
“Trigger the osilloscope
Purpose + To set the modulation frequency at the sync tip of the. FM modulator to the
specified value.
Incompieted + Black and white are inverted in the picture.
Phenomenon
Equipnent/Jig Comes Points Condition Adjustment Points
*Osc!1loscope -TP0101 VGA | ‘Input the white (100%) | *RT0203 VCA
-Color Bar Generator Video In (AY IN) signal. | (Fo ADJ)
*Stop mode. *RT0202 VCA
Blank Tapes (Nor-8,Hi-8) (HB Fo ADJ)
Adjustment Procedure Waveforms
Nor-8: 235ns
Hi-8 : 175ns (500mV/50ns. div.)
(5) Deviation Adjustment (Fig. 3-2)
Purpose + To set the modulation frequency at the white peak of the FM modulator to the
specified value.
incompleted + The picture becomes dark or whitish during recording and playback.
Phenomenon ‚
Equipment/Jig const Points че Condition Adjustment Points
| -Oscilloscope -TPOTOL | Input the white (100%) | *RT0215 VCA
"Color Bar Generator «Video In (AY IN) signal. (DEVIATION)
-Stop mode. *RT0214 VCA
-Blank Tapes (Nor8, Hi-8) (HB DEVIATION)
Adjustment Procedure
1) Load the blank tape for normal 8.
2) RT0215: Set the period of the narrowest
pulse 1s l84ns + 2ns.
[Hi-8 Mode! Only]
3) Load the blank tape for Hi-8.
4) RT0214: Set the period of the narrowest
pulse is 130ns + 2ns.
{Setting of oscilloscope
Trigger the osilloscope
Waveforms
E" (500mV/50ns. div.)
or-
Hi-8 : 130ns
3-21
A
(6) Record Luminance Level Adjustment (Fig. 3-2)
Purpose To set the luminance signal to the specified value.
Incompleted - The luminance S/Ns diteriorate.
Phenomenon . - (ross-beats appear on the monitor screen.
- Black and white are inverted in picture.
Equipment/Jig Con O Paints во Condition Adjustment Points
Oscilloscope -CH-1: Video Out (AY OUT)! Input the color bar *RTO103 VCA
° CH-2: TFO101(REC Y) VCA | signal. (REC LUMA LEVEL)
"Color Bar Generator Video In (AV IN)
ATE=R Jig (ОМЗ: ОМ) -PG0601 VCA
‚Blank Tape (Nor-8,Hi-8)
Adjustment Procedure Waveforms
[Normal 8 Model Only]
1) Load the blank tape for Normal 8.
[Hi-8 Model Only]
1) Load the blank tape for НЕО 3 , CH-1: N
2) oe fe ATF-R jig to PG0601 and turn the (Video Signal)
3) Set the camera/recorder to the test mode by the
following procedure. man A
[Procedure to set to the test mode] CH-2: ||| TH a
(Remove the power supply from the camera/ (Luma Signal) Me
recorder. / CR | CAMERA OTTO NN Te у
OSet the CAMERA/OFF switch to
position. | SYNC TIP
@cCheck that the ATF-R jig (SW1:0FF, SW3:0N) is (50mV/20 is. div.)
connected and then press the playback button
and hold it , then supply the power again to Nor-8: 390mV + 5mVp-p
the camera/recorder. A. + _
: : Hi-8 : 520nV—S5mVp-p
4) Set the unit to the loading state.
[Normal 8 Mode! Only) a
5) RT0103: Set the sync tip section in record
luminance signal is 390mV = 5mVp-p.
[Hi-8 Mode! Only] a
5) RT0103: Set the sync tip section in record
luminance signal is 520mV * 5mVp-p.
{Setting of oscilloscope
‘Trigger with video signal.
(7) Playback Luminance Level Adjustment (Fig. 3-2)
Note: Perform this adjustment after completing the record luminance level adjustment.
Purpose - To set the luminance playback level to the specified value.
incompleted “ The picture becomes dark or whitish during playback.
Phenomenon
Equipment/Jig Con STE es Condition Adjustment Points
«Oscilloscope Video Out (AV OUT) -Record color bar signal | *RT0209 VCA
“Blank Tapes (Nor-8,H1-8) and play it back with (PB LEVEL) ICA
RENE E cae | ,
Color Bar Generator EPR LEVEL)
Adjustment Procedure Waveforms
1) Playback the Nor-3 tape.
2) RT0209: Set the playback luminance level to EE —TU—
1V+0, 02Vp-p. |
[Hi-8 Model Only] ни - = й
1) Playback the Hi-8 tape.
2) RT0217: Set the playback luminance level to
+0. 02Vp-
1V+0. 02Vp-p. 0. 02Vp-p
9. AV TRANSMITTER CIRCUIT ADJUSTMENT [ For Type521 ]
(1) FM Carrier ADJUSTMENT |
- To set the frequencies of the audio and video FM signals in the specified values.
Test Points
Equipment/Jig Connection Points
Condition
Purpose
* То set the deviation of the video FM signal to the specified value.
incompleted - The picture is distorted.
Phenomenon * No sound is output or the level is low.
- The sound balance between the left and right channels deteriorates.
Adjustment Points
-TP0002 (AUD L fo) УСА
-TP0002 (AUD R fo) VCA
«Frequency Counter
Input the white (100%)
signal.
-VCR MODE (STOP)
-RT0001 (AUD L fo) VCA
-RT0002 (AUD R fo) VCA
<AUD L fo>
1) RT0001: The frequency counter reads
2.28MHz + 10kHz at TPO002.
<AUD R fo»
1) RT0002: The frequency counter reads
2.81MHz + 10kHz ат ТРО002.
<VID fo>
1) RT0003: The frequency caunter reads
11.5MHz £50kHz at TPOOOL.
<VID Dev>
1) RT0004: Set the video output level to
1V+0.05Vp-p.
NIX FUP
1) RT0005: The DYM reads 980mV+10mV at PC0001-2.
<Setting of oscilloscope>
‘Trigger the oscilloscope internally.
-TP0001 (VID fo) VCA *RT0003 (VID fo) VCA
DYM *PG0001-2 (MIX FM) —VCA -RT0004 (VID Dev) VCA
‘Oscilloscope VIDEO OUT (VID Dev) -RT0005 (MIX FM) УСА
«Color Bar Generator VIDEO IN (AV IN)
Adjustment Procedure Waveforms
1V £0. 05Vp-p
(200nV/20 e s. div. )
mk TEAR TT TA TA Aan
—— A ITA
Ne
4. ERROR MESSAGES
1. Camera Electric Volume and Digital Adjustments
Error Message Countermeasure
ERROR OCCURRED. IRIS TROUBLE e Check whether or not power is supplied.
PRESS ANY KEY e Check the values of the iris drive circuit.
e Defective soldering, damage to pattern, etc. in the
above circuit
a Check the iris block and replace it if necessary.
ERROR OCCURRED ON daX ADJUSTMENT
PRESS ANY KEY
a Check the values in the hall amp circuit.
« Defective soldering, damage to pattern, etc. in the
above circuit,
D RANGE OVER.
PRESS ANY KEY
ERROR ON dax ADJUSTMENT
e Check the values in the hall amp circuit.
o Defective soldering, damage to pattern, etc. in the
above circuit.
ERROR OCCURRED ON dal
and dal ADJUSTMENT
PRESS ANY KEY
« Check the values in the hall amp circuit and its
peripheral circuits.
« Defective soldering, damage to pattern, etc. in the
above circuits.
FILE NOT FOUND 1111
PRESS ANY KEY
e The adjustment program (file) cannot be found.
e Check the adjustment floppy disk and replace it if
necessary.
FILE OPEN ERROR !!!!
PRESS ANY KEY
e The adjustment program (file) does not start.
+ Check the adjustment floppy disk and replace it if
necessary.
ERROR OCCURRED ON C DUTY ADJUSTMENT
PRESS ANY KEY
e Check the values of the iris drive circuit.
«Defective soldering, damage to pattern, etc. in the
above circuit.
ERROR OCCURRED ON FDET ADJUSTMENT
PRESS ANY KEY
« Supply power again and re-adjust.
« Check the values in the hall amp circuit.
e Defective soldering, damage to pattern, etc. in the
above circuit.
ERROR OCCURRED.
PRESS ANY KEY
ZOOM DOES NOT WORK
e Supply power again and re-adjust.
TOO BRIGHT
PRESS ANY KEY
« The subject is too bright.
a Move the camera further away from the light Dox.
TOO DARK
PRESS ANY KEY
« The subject is too dark.
« Check the light box.
« Move the camera closer to the light box.
D RANGE OVER ERROR ON HALL AMP
IRIS CANNOT OPEN ANY MORE
PRESS ANY KEY
« Supply power again and re-adjust.
e The subject is too dark.
e Check the light box.
e Move the camera closer to the light box,
« Check the values in the hall amp circuit.
«Defective soldering, damage to pattern, etc, in the
above circuit.
3-30
me oom came mm fe ow PEN AE
E a ER ke da
Error Message
STAURATION ERROR. TOO BRICHT
PRESS ANY KEY
Countermeasure
* The subject is too bright.
« Move the camera further away from the light box,
CAN'T ADJUST WHITE BALANCE
PLEASE RETRY
PRESS ANY KEY
+ The subject is too bright or too dark.
« Check the light box.
« Move the camera closer to or away from the light box.
» Supply power again and re-adjust.
2. Autofocus Adjustment
Error Message
Countermeasure
TIME OUT ERROR ON FOCUS
+ Check the conditions of subject.
+ If this error message appears even when the adjustment
1s performed 2 or 3 times, the autofocus circuit system
is defective,
« Refer to (1) of TROUBLESHOOTING OF AUTOFOCUS.
TIME OUT ERROR ON 200М
* If this error message appears even when the adjustment
is performed 2 or 3 times, the autofocus circuit system
is defective,
+ Refer to (2) of TROUBLESHOOTING OF AUTOFOCUS.
TIME OUT ERROR ON AF STEP
« Check the conditions of subject,
« If this error message appears even when the adjustment
is performed 2 or 3 times, the autofocus circuit system
1s defective.
+ Refer to (1) of TROUBLESHOOTING OF AUTOFOCUS.
AF LIMIT OVER
* Check the conditions of subject.
* [f this error message appears even when the adjustment
is performed 2 or 3 times, the autofocus circuit system
is defective.
e Refer to (2) of TROUBLESHOOTING OF AUTOFOCUS.
AF ERROR * [f this error message appears even when the adjustment
is performed 2 or 3 times, the autofocus circuit system
is defective.
* Refer to (1) of TROUBLESHOOTING OF AUTOFOCUS.
TOO DARK « Insufficient lighting. Check the subject.
3. Spot Noise Adjustment
Error Message
Countermeasure
ERROR! !
SPOT NOISE COMPENSATION IS
STOPPED BY INITIAL DATA.
PLEASE CHECK THE EEPROM.
PRESS ANY XEY,
« Spot noise compensation is inhibited by the data in the
EEPROM
«Turn the power on again.
* Data in the EEPROM is defective. (Initialize it.)
* Check the EEPROM, and if necessary, replace it.
ERROR! |
THRESHOLD DATA ERROR.
PLEASE CHECK THE EEPROM.
PRESS ANY KEY,
* Turn the power on again.
* Data in the EEPROM is defective. (Initialize it.)
* Check the EEPROM, and if necessary, replace it.
Error Message
Countermeasure
ERROR! |
THE SPOT NOISE IS TOO MANY.
CAN'T COMPENSATE ANY MORE.
PRESS ANY KEY.
« The amount of spot noise that can be compensated
reaches the limit.
« Turn the power on again.
e Check the CCD image sensor, and if necessary, replace it.
4, VCR Adjustment
Error Message
Countermeasure
ERROR : SWP_TEST>DAT FILE NOT FOUND !
« The adjustment program cannot be found.
+ Check the adjustment floppy disk and replace it if
necessary.
ERROR : INVALID MODEL
PRESS ANY KEY
e A wrong model has been selected.
* The adjustment program cannot be found.
* Check the adjustment floppy disk and replace it if
necessary.
THIS MODEL NEED NOT BE ADJUSTED
PRESS ANY KEY
» 4 wrong model has been selected.
« A product that needs analog adjustment is connected.
ADJUSTMENT INCOMPLETED
PRESS ANY KEY
« The value set by adjustment defective.
« Re-ad just.
* Check cylinder.
e Check the alignment tape.
Check whether or not the usual operation is done
correctly
RETRY ADJUSTING. PRESS ANY KEY
« Supply power again and re-adjust.
CAMERA IS NOT READY
« Check whether or not power is supplied.
ERROR OCCURRED CAN'T PLAY BACK
PRESS ANY KEY
* No playback video.
+ Check the playback signal.
ERROR OCCURRED NO V.SYNC FOUND
PRESS ANY KEY
+ Vertical sync loss,
« Check the vertical sync signal.
INVALID MODEL
PRESS ANY KEY
* A wrong model has been selected.
« The adjustment program cannot be found.
e Check the adjustment floppy disk and replace 1t if
necessary.
ERROR OCCURRED CAN'T RECORD
PRESS ANY KEY
* No video recording,
* Check the recording signal.
3 - 32
A UNE ТН ER
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EXPLODED VIEWS
| CHAPTER 4
1. CABINET SECTION (1)
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5, ELECTRONIC VIEWFINDER(LCD EVF) SECTION | CHAPTER 5 REPLACEMENT PARTS LIST
— Note: This replacement parts list applies to the following model.
1. MECHANICAL PARTS LIST Applicable model: VM-ES20A/E521A(C)
SYNBOL-NO | Р-№ DESCRIPTION | SYMBOL-NO P-NO DESCRIPTION
: )
^^ = | 216 6406131
Е MECHANISM SECT 1 OH 217 4588464 RING, LOADING
218 4589354 BAS, GUIDE ROLLER(1)
101 0013913 LID, CASSETTE (TYPE521) 219 KX10171 GUIDE ROLLER
101 013914 LID, CASSETTE (TYPE520) 220 4589366 BASE, GUIDE ROLLER (0)
102 0X10823 RING, LENS 221 4588908 ROLLER, GUIDE (TYPE520)
103 4799701 CAP, FOOD 221 KX11161 GUIDE ROLLER (TYPE521)
105 0X10833 RING, LENS 222 4587796 PLATE
106 NX11242 RING 223 KX10534 BASE, CYLINDER
_ 107 0013442 CASE, SIDE (L) 224 6406156 ROLLER, IMPEDANCE
109 PC11052 BUTTON,LID 227 4589012 ARM, TENSION
110 0X10177 HOOD, LENS 228 6554231 SPRING
| 111 0011734 COVER, TOP 229 4588553 BAND, TENSION
112 0011723 COVER, LENS 230 6408832 COVER, IDLER
113 0D11861 | COVER SWITCH 231 NATOSOT PLATE
D | 114 РС11061 KNOB, EJECT 232 4588294 ARM, PRESSURE ROLLER
115 GHI0181 MICROPHONE 233 7787571 WASHER
116 NTI0281 FRAME, MECHANISM 234 4588702 ARM
| 117 NJ10411 HOLDER 235 6554201 SPRING
} 118 0X10813 CASE, BATTERY 236 KX10731 LEVER
119 0011701 WINDOW, IR (TYPE521) 237 4588532 SPRING
, 119 0013123 WINDOW, IR 238 4588429 PLATE
120 FHIOI92 SWITCH ASSY 239 4588353 BRAKE
— ! 121 4899872 SPRING 240 6554221 SPRING
| 122 5604851 SWITCH, T/W 241 6554214 SPRING
| 123 0011827 CASE, SIDE(R) 242 GP10191 MOTOR, CAPSTAN
124 4826123 STOPPER 244 5794021 BRUSH
| 125 4345032 SHEET, EVF 245 4588995 COVER
E Ee CAN
© 6, ELECTRONIC VI 10 п ВЗЯТ
EWFINDER(CRT EVF) SECTION za 128 HJ10401 HOLDER. BATTERY () 248 4827262 BRACKET
ros | 129 NJIOS21 HOLDER, JACK 501 HX10251 CYLINDER ASSY (CY-53CK)
130 PCI1081 BOTTON, POYER 601 NT10302 FRAME, LENS
131 4752651 KNOB, LOCK 602 UE11256 CCD IMAGE SENSOR ASSY
132 QD11971 CAP, BATTERY 603 KQ10433 LENS ASSY
133 0Xi1041 SHOE 607 NX11251 RUBBER
| 134 PVIOITI STRAP, HAND 608 DT10141 + CRYSTAL
135 NX11531 HINGE 700 UX10461 EVF ASSY
136 MNI0O831 SHEET 701 CS10321 MODULE HTS9554
137 MU10651 CUSHION 702 DBIOI61 LCD
PoR] 138 0D11651 COVER, TERMINAL 703 MN1122 — SPACER
ee 139 0011661 COVER, JACK 710 0DIOS84 HOLDER, LCD
140 0011641 COVER, OC 711 0010574 COVER LIGHT
B 141 KLI0491 TERMINAL(L) 712 0010612 PIECE
142 KL10501 TERMINAL (В) 713 4717041 LENS, EVF (TYPES20)
143 NJI0541 HOLDER, TERMINAL 713 AT17043 CASE, ADJUST (TYPES21)
144 OXI1051 COVER, TERM! NAL 714 4798771 CAP, EYE (TYPES20)
145 NX11261 HOLDER, BATTERY (TYPE520) 714 QX11981 CAP, EYE (TYPES21)
146 NJ1043} HOLDER, EJECT 715 0011787 CASE, EVF
150 0L13002 SHEET, BATTERY 716 QD12172 CASE, EVF
— 201 6404062 REEL DISK, TAKE-UP 723 JD19211 FLEXIBLE CONNECTOR
202 6406114 GEAR 724 5846771 CONNECTOR
203 7181733 WASHER 725 5844972 CONNECTOR
204 6404073 REEL DISK, SUPPLY 726 MU10711 SHEET
205 5401644 GEAR, IDLER 901 7775946 SCREW (2X6)
206 5406211 GEAR 902 7775963 SCREW(2X3)
A 207 5406034 GEAR, PULLEY 903 7775945 SCREW(2X5)
208 6358471 ВЕСТ 905 7773891 SCREW
] 209 KXI0622 LOADING MOTOR BLOCK 906 8650103 SCREW(2X3)
a 210 6376312 GEAR, DRIVE 907 MJ10221 — SCREW
211 5406082 GEAR 908 8700958 SCRENCI. 7X3.0)
212 6406242 GEAR 309 8639106 SCREWC2X6)
213 6405834 GEAR (R) 912 8700970 SCRENCI. 7X4.0)
1 214 7187731 WASHER 913 MJ1O211 SCREN (M2X4. 5)
2 | 3 4 215 6405824 GEAR (L) 951 8712024 PAN HEAD SCREW-1; AMMDX3MM
4-5
Lea ne sua raie PE TAN PRA PH Pr Ft 1
rm ti om mn. ge 6 ie VE PE D RPL НЫ МА ЕН TM MER NS OR A RES le Bb gm mn om mm cot
Note: This replacement parts list applies to the fol lowing model.
2. ELECTRICAL PARTS LIST | Appl icable model: VM-ES204/E521A(C)
sena - 0 DESCRIPTION ©] SMA PAO DESCRIPTION $ SYMBOL-NO Р-№ DESCRIPTION SYMBOL-NO P-1O DESCRIPTION
Nr ГА _ ACCESSORIES SECTION dt À | C0150 089114 CERAMIC CHIP 12PF#-5% ED
| E de Tu Me en 8:
| | | | | C0001 o80si57 ELECTROLYTIC 22UF 6.3 (521) | 0153 0893193 CERAMIC CHIP 0.OTUF+-10% 25V
397 ВОВЕ ЧЕКЕ 8 4 EMO CRD 60002 089325 CERAMIC CHIP 0. 10+80-20% 16V (521) | (C0154 0893193 CERAMIC CHIP 0. 01UR+-10% 25V
GES 8710004 - SCRENCILAXD) RE HE COR PESTO c0003 0893239 CERAMIC CHIP 0. 01UF+80-20% 50V (521) | COIS5 0893193 CERAMIC CHIP O.OIUF+-10% 25V
960 8619063 SCREW(1. 7X3) 807 7811791 — SHOULDER STRAP | C0004 0806153 ELECTROLYTIC 10UF 16V ($21) | CO1S6 0893239 CERAMIC CHIP 0.01UF:80-20% 50V
DOE Re be , EE eres NS
| _ | C0006
0 188 SAB АВ TS12812 INFARARED UNIT CMIRZON CIYPRSZD | 60007 0893168 CERIMIC CHIP 220PFi-54 50V (21) | C0164 0893014 CERAMIC CHIP 0.O1UF+-10% 25V,
063 8700264 1.7X2 SCREN |
064 8741103 SCREW(2() (0008 0893004 CERAMIC CHIP O.0470F+-10% 16V (521) | C0165 0803193 CERAMIC CHIP 0.O1UF+-10%, 25V
| C0005 0806133 ELECTROLYTIC TOUF 6. 3V (521) | C0188 0202328 CERAMIC CHIP 1. QUF+80-20% 16V
| | 0010 0893062 CERAMIC CHIP TUF+80-20 16V (521) | C0159 0202328 CERAMIC CHIP 1.0UF+80-20% 16V
0012 0893062 CERAMIC CHIP 1UF+80-20% 16V (521) | COITO 0893208 CERAMIC CHIP 1000PF+-10% 50V
(0013 0893166 CERAMIC CHIP 220PF+-5% 50V (521) CO171 0893193 CERAMIC CHIP 0, OTUF+-10% 25V
C0014 0893004 CERAMIC CHIP 0, 047UF+-10% 16V (521) 00172 0806153 ELECTROLYTIC 10UF 16V
60015 0806133 ELECTROLYTIC 10UF 6. 3V (521) 00173 0893193 — CERAMIC CHIP 0.01UF+-10% 25V
66016 0893062 CERAMIC CHIP 1UF+80-20% 16V (521) COI74 0806124 ELECTROLYTIC 10UF 4V
(0017 0893225 CERAMIC CHIP 0, 1UF+80-20% 16V (521) C0175 0893106 CERAMIC CHIP 4,0PF+-0.25% 50V
y 60018 0893062 CERAMIC CHIP 1UF+80-20% 16V (521) C0176 0893117 CERAMIC CHIP 22PF+-5% 50V
C0019 0202305 CERAMIC CHIP SIOPF+-5% 50V (521) C0177 0893152 CERAMIC CHIP 18PF+-5% 50V
ACCESSORIES (0020 0806133 ELECTROLYTIC 10UF 6. ЗУ (521) C0178 0893208 CERAMIC CHIP 1000PF+-10% 50V
20022 08837 CEIC Cale SETI (21) | 0180 0893187 — CERAMIC CHIP 0.022UF+-10% 25V
£0023 SCPF+4- AMI ‘ +-
AAC ADAPTOR CHARGER DC CORD AV OUTPUT CORD AV OUTPUT CORD 20024 0893208 CERAWIC CHIP IODOPE+-10% 50V (521) | COI8I 0893208 CERAMIC CHIP TO0OPE+-10% 50V
(For Normal 8 MODEL) (For Hi-8 MODEL)
C0025 0893208 — CERAMIC CHIP 1000PF+-10% 50V (521) C0182 0893008 CERAMIC CHIP 0. 1UF +-10% 16V
00026 0893208 CERAMIC CHIP 1000PF+-10% 50V (521) C0183 0806153 ELECTROLYTIC 10UF 16V
00028 0893239 CERAMIC CHIP 0. 01UF+80-20% 50v (521) C0184 0893055 CERAMIC CHIP 0. 1UF+80-20% 16V
(0029 0806157 ELECTROLYTIC 22UF 6. 3V (521) C0185 0806023 ELECTROLYTIC 3. 3UF 4V
Ш 60051 0893055 CERAMIC CHIP 0. 1UF+80-20% 16V (521) C0187 0893208 CERAMIC CHIP 1000PF+~10% 50V
. Co
vs C0101 0202328 CERAMIC CHIP 1. OUF+B0-20% 16V C0188 0893208 CERAMIC CHIP 1000PF+-10% 50V
C0102 0805174 ELECTROLYTIC 100UF 6.3V C0189 0893161 CERAMIC CHIP 82PF+-5% 50V
(0103 0893197 CERAMIC CHIP 0. 022UF+-10% 25V C0190 0803208 CERAMIC CHIP 1000PF+-10% 50V
C0104 0893188 СЕВАМЕС CHIP 0.0470F+-10% 16V C0191 0893124 CHIP CERAMIC B8PF+-5% 50V
(0105 0893193 CERAMIC CHIP 0. O1UF+-10% 25V C0204 0893193 — CERAMIC CHIP 0.01UF+-10% 25V
[VM-AC85A] C0106 0893193 CERAMIC CHIP 0. 01UF+-10% 25V C0205 0893197 CERAMIC CHIP 0, 022UF+-10% 25V
C0108 0893188 CERAMIC CHIP 0.047F+-10% 16V C0206 0893197 — CERAMIC CHIP 0.022UF+-10% 25V
REMOTE CONTROLLER REMOTE CONTROLLER SHOULDER STRAP STRING 60109 0893197 СЕВАМИС CHIP O. 0220F+-10% 25V C0207 0893109 CERAMIC CHIP 7.0PF 50V
CONO 0893197 CERAMIC CHIP 0.022UF+-10% 25V C0208 0893127 CERAMIC CHIP 120PF+-5% 50V
c0111 0893008 CERAMIC CHIP 0. TUF +-10% 16V C0213 0803102 CERAMIC CHIP 1.0PF+-0.25% 50V
. : C0112 0893225 CERAMIC CHIP 0. TUF+B0-20% 16V C0214 0893208 CERAMIC CHIP 1000PF+-10% 50V
e C0113 0808001 ELECTROLYTIC 0.1UF 35% C0215 0893208 CERAMIC CHIP 1000РЕ+-10% 50V
60114 0893193 CERAMIC CHIP 0, OTUF+-10% 25V C0216 0806174 ELECTROLYTIC 100UF 6. 3V
60115 0893193 CERAMIC CHIP 0. O1UF+-10% 25V C0217 0893014 CERAMIC CHIP 0.O1UF+-10% 25V
60116 0893208 CERAMIC CHIP 1000PF+-10% 50V C0218 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V
60117 0893208 CERAMIC CHIP 1000PF+-10% 50V C0218 0806024 ELECTROLYTIC 3.3UF 6.3V
60118 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V 00224 0893127 CERAMIC CHIP 120PF+-5% 50V
00119 0893119 CERAMIC CHIP 33PF+-5% 50V 00226 0893013 CERAMIC CHIP 0.22UF+-10% 16V
(0120 0893122 CERAMIC CHIP 47PF+-5% 50V 00227 0893197 — CERAMIC CHIP O.022UF+-10% 25V
[VM-RMESSA] [VM-RM70A] 00121 0893121 — CERAMIC CHIP 39PF+-5% 50V 00228 0893059 CERAMIC CHIP 0. 47UF+80-20% 16V
| C0130 0893208 CERAMIC CHIP 1000PF+-10% 50V 00229 0893004 CERAMIC CHIP 0. 047UF+-10% 16V
AV OPTICAL WIRELESS | A A C0131 0B0BI68 ELECTROLYTIC 47UF 6. 3V C0230 0893122 — CERAMIC CHIP 47PF+-5% 50V
RECEIVER (For Type 521) C0132 0893014 — CERAMIC CHIP 0.01UF+-10% 25V C0231 0806168 ELECTROLYTIC 47UF 6, 3V
(0134 — 0893123 CERAMIC CHIP 56PF+-5% 50V (0232 0893193 CERAMIC CHIP 0.01UF+-10% 25V
C0136 0893118 CERAMIC CHIP 27PF+-5% 50V 00235 0893124 CHIP CERAMIC 68PF+-5% 50V
- | C0137 0893239 CERAMIC CHIP O.01UF+80-20% 50V 00237 0893208 CERAMIC CHIP 1000PF+-10% 50V
WARNING : Keep this battery | C0140 0893193 — CERAMIC CHIP O.OTUF+-10% 25V 00238 0893197 CERAMIC CHIP 0. 022UF+-10% 25V
away from children, 60141 0893133 CERAMIC CHIP 330PF+-5% 50V 00240 0893114 CERAMIC CHIP 12PF+-5% 50V
lf swallowed, consult a C0142 0893123 CERAMIC CHIP 56PF+-5% 50V C0242 0893008 CERAMIC CHIP D,1UF +-10% 16V
Co) physician immediately for ‘a | (0143 0893238 CERAMIC CHIP 0.01UF+80-20% 50V C0243 0893208 CERAMIC CHIP 1000PF+-10% 50V
emergency treatment. i ОЙ
e - CO144 0893214 CERAMIC CHIP 2700PF+-10% 50V C0244 0806027 ELECTROLYTIC 4,7UF 4V
C0145 0893193 CERAMIC CHIP 0, O1UF+-10% 25V C0245 0893208 CERAMIC CHIP 1000PF+-10% 50V
C0146 0893115 CERAMIC CHIP 15PF+-5% 50V C0246 0806124 ELECTROLYTIC 10UF 4V
C0148 0893193 CERAMIC CHIP 0. O1UF+-10% 25V C0247 0806027 ELECTROLYTIC 4. TUF AV
C0140 0893117 CERAMIC CHIP 22PF+-5% 50V C0248 0893115 CERAMIC CHIP 15PF+-5% 50V
SYMBOL-NO P-NO DESCRIPTION SYMBOL-NO P-NO DESCRIPTION
(0249 0893119 CERAMIC CHIP 33PF+-5% 50V (0443 0833239 CERAMIC CHIP 0, 01UF+80-20% 50V
(0250 0202328 CERAMIC CHIP 1. QUF+80-20% 16V (C445 0893062 CERAMIC CHIP 1UF+80-20% 16V
(0251 080602 7 ELECTROLYTIC 4. TUF 4V C0457L 0893184 CERAMIC CHIP (0. 022UF+-10% 16V
(0252 0806149 — ELECTROLYTIC 4, 7UF 25V C0458 0893014 CERAMIC CHIP 0. 01UF+-10% 25V
£0253 0893183 CERAMIC CHIP 0. 01UF+-10% 25V (0459 0893014 CERAMIC CHIP 0. 01UF+-10% 25V
00254 0806153 ELECTROLYTIC 10UF 16V (0460 0893014 CERAMIC CHIP 0. O1UF+-10% 25V
(0255 0202328 CERAMIC CHIP 1, OUF+80-20% 16V 0461 0833008 ~~ CERAMIC CHIP 0. 1UF +-10% 16V
£0256 0893162 CERAMIC CHIP 100PF+-5% 50V 0501 0893225 CERAMIC CHIP 0. TUF+80-20% 16V
(0257 0806174 ELECTROLYTIC 100UF 6. 3V £0502 0843225 CERAMIC CHIP 0. TUF+80-20% 16V
(0258 0893014 CERAMIC CHIP 0, 01UF+-10% 25V (0503 0893225 CERAMIC CHIP 0, 1UF+80-20% 16V
(0259 0893225 CERAMIC CHIP 0. TUF+B0-20% 16V C0551 0893155 CERAMIC CRIP 33PF+-5% 50V
C0260 0893197 CERAMIC CHIP 0. 022UF+-10k 25V C0552 0893217 CERAMIC CHIP 4700PF+-10% 50V
C0261 . 0893117 CERAMIC CHIP 22PF+-5% 50V (0553 0893014 CERAMIC CHIP 0. 01UF+-10% 25V
(0263 0893011 CERAMIC CHIP 0, 15UF+-10% 16V (0555 0209942 CERAMIC CHIP 100PF+-5% 50V
(0264 0893169 CERAMIC CHIP 390PF+-5% 50V C0556 0853008 CERAMIC CHIP 0. 1UF +-10% 16V
(0265 0893153 CERAMIC CHIP 22PF+-5% 50V (0557 0806153 ELECTROLYTIC TOUF 16V
(0270 0893008 CERAMIC CHIP 0. WF +-10% 16V (0558 0893008 CERAMIC CHIP 0. 1UF +-10% 16V
0271 0806153 ELECTROLYTIC 10UF 16V £0559 0893008 CERAMIC CHIP 0, 1UF +-10% 16V
C0273 0806124 ELECTROLYTIC TOUF 4V (TYPES21) C0560 0893202 CERAMIC CHIP 330PF+-10% 50V
C0275 0806174 ELECTROLYTIC 100UF 6.3V C056] 0833165 CERAMIC CHIP 180PF+-5% 50V
(0352 0806178 ELECTROLYTIC 220UF AV £0562 0893203 CERAM!C CHIP 390PF+-10% 50V
C0353 0806124 ELECTROLYTIC TQUF 4V C0563 0893158 CERAMIC CHIP 56PF+-5% 50V
C0354 0893225 CERAMIC CHIP 0. TUF+80-20% 16V C0570 0206671 ELECTROLYTIC 10UF 10V
C0357 0893014 CERAMIC CHIP 0. 01UF+-10% 25V C0571 0206671 ELECTROLYTIC 10UF 10V
C0358 0806168 ELECTROLYTIC 47UF 6, 3V C0573 0202328 CERAMIC CHIP 1. QUF+80-20% 16Y
C0359 0806027 ELECTROLYTIC 4. TUF 4V (0577 0206671 ELECTROLYTIC 10UF 10V
C0360 0893239 CERAMIC CHIP 0. 01UF+80-20% 50V (0579 0206571 ELECTROLYTIC 10UF 10V
C0363 0853208 CERAMIC CHIP 1000PF+-10% SOV C058] 0202328 CERAMIC CHIP 1, QUF+80-20% 16V
C0364 0806124 + ELECTROLYTIC 10UF 4V (0582 0202328 CERAMIC CHIP 1, OUF+80-20% 16V
C0365 0893014 CERAMIC CHIP 0. D1UF+~10% 25V C0585 A00335R CHIP CERAMIC 1.0UF+80-20% 25V
(0368 0893131 CERAMIC CHIP 220PF+-5% 50V C0586 0202328 CERAMIC CHIP 1. OUF+80-20% 16V
C0391 0893239 CERAMIC CHIP 0, 010F+80-20% 50V C0588 AAOO335R CHIP CERAMIC |. OUF+80-20% 25V
£0392 0833073 CERAMIC DISC O. 01UF+80-20% 50V C0589 0202328 CERAMIC CHIP 1. 0UF+80-20% 16V
C0401L 0202327 CERAMIC CHIP 0, 22UF+-10% 16V £0590 0806157 ELECTROLYTIC 22UF 6, 3V
C0402. 0893013 CERAMIC CHIP 0. 22UF+-10% 16V C0591 0893062 CERAMIC CHIP 1UF+80-20% 16V
C0403 0833208 CERAMIC CHIP 1000PF+-10% 50V C060! 0893205 CERAMIC CHIP 560PF+-10% 50V
(0404. 0893213 CERAMIC CHIP 2200PF+~10% 50V (0602 0805149 ELECTROLYTIC 4, TUF 25V
C0405L 0893211 CERAMIC CHIP 1500PF+-10% 50V C0603 0893115 CERAMIC CHIP 15PF+-5% SQV
C0408L 0806163 ELECTROLYTIC 33UF 10V C0604 0833215 CERAMIC CHIP 3300PF+-10% 50V
C0407 0806018 ELECTROLYTIC 2. 2UF 6.3V (0605 0893208 CERAMIC CHIP 1000PF+-10% 50\
C0408L 0806027 ELECTROLYTIC 4. TUF 4v C0605 0893204 CERAMIC CHIP 470PF+-10% 50V
COdOSL + 0893208 + CERAMIC CHIP TOOOPF+-10% 50V C0607 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V
C0410L 0893208 CERAMIC CHIP 1000PF+-10% 50V (0608 0833204 CERAMIC CHIP 4TQPF+-10% 50V
COATIL 0202327 CERAMIC CHIP 0. 22UF+-10% 16V C0609 0893184 CERAMIC CHIP 0. 022UF+-10% 16V
COATIR 0202327 CERAMIC CHIP 0. 22UF+-10% 16Y C0610 0806153 ELECTROLYTIC 10UF 16V
C0412L 1 0806117 + ELECTROLYTIC 3. 3UF 16V 0612 0893193 CERAMIC CHIP 0. 01UF+-10% 25V
0413 0806018 ELECTROLYTIC 2. 2UF 6.3V C0613 0893193 CERAMIC CHIP 0. 01UF+-10% 25V
COdISL 0893184 CERAMIC CHIP 0. 022UF+-10% 16V C0614 0893225 CERAMIC CHIP 0, 1UF+80-20% 16V
° С0416 0806027 ELECTROLYTIC 4. TUF 4v C0615 0893205 CERAMIC CHIP 560PF+-10% 50V
C0417L 0893184 CERAMIC CHIP 0. 022uF+-10% 16V C0616 0893115 CERAMIC CHIP 15PF+-5% 50V
C0418L 0893184 CERAMIC CHIP 0, 022UF+-10% 16V C0617 0893215 CERAMIC CHIP 3300PF+-10% 50V
C0419L 0893216 CERAMIC CHIP 3900PF+-10% 50V C0618 0893204 CERAMIC CHIP 470PF+-10% 50V
(0420 080613! CHIP CAPACITOR 2. 2UF+-20% 20V C0618 0893188 CERAMIC CHIP 0. 0470F+-10% 16V
(0421 0393186 CERAMIC CHIP 0. 033UF+-10% 16V 0636 0893188 CERAMIC CHIP 0. 047UF+-10% 16V
C0422 0806153 ELECTROLYTIC 10UF 16V C0638 0833226 CERAMIC CHIP 0. 15UF+80-20% 16V
00423 0806153 ELECTROLYTIC 10UF 16V £0639 0806153 ELECTROLYTIC 10UF 16V
C0424L 0202327 CERAMIC CHIP 0. 22UF+-10% 16V 0644 0893188 CERAMIC CHIP 0. 047UF+-10% 16V
(0425 0893239 CERAMIC CHIP 0. 01UF+80-20% S0V (0645 0893008 CERAMIC CHIP 0. 1UF +-10% 16
(0426 0893013 CERAMIC CHIP O, 22UF+-10% 16V C0646 0893184 CERAMIC CHIP 0. 0220F+-10% 16Y
(0428 0806168 ELECTROLYTIC 47UF 6. 3 C0647 0893184 CERAMIC CHIP 0.022UF+-10% 16Y
C0430L + 0202327 + CERAMIC CHIP 0,220F+-10% 15V C0648 0833211 CERAMIC CHIP 1500PF+-10% 50V
C0431L 0893208 CERAMIC CHIP 1000PF+-10% SOY C0643 0833211 CERAMIC CHIP 1500PF+-10X 50V
(0432 0806131 CHIP CAPACITOR 2. 2UF+-20% 20V C0650 0893211 CERAMIC CHIP 1500PF+-10% 50V
(0439 0202327 CERAMIC CHIP 0. 22UF+-10% 16V C0656 0806153 ELECTROLYTIC 10UF 16V
C0441 0202327 CERAMIC CHIP O.220F+-10% 16V C0671 0893225 CERAMIC CHIP 0, TUF+80-20% 16V
1
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a E
SYMBOL-NO P-NO DESCRIPTION SYMBOL-NO P-NO DESCRIPTION
ERAMIC CHIP 0. 1UF+80-20% 16V . C1128 0893079 CERAMIC DISC 0. 01UF+80-20% 50V
C0891 0893208 CERMIC CHIP 680PF+-10% 50V C1129 0893079 CERAMIC DISC 0. O1UF+80-20% 50V
C0592 0893202 CERAMIC CHIP 330PF+-10% 50V C1130 0893113 CERAMIC CHIP 10PF+-0. 5% 50V
0693 0833195 CERAMIC CHIP 220PF+-10% 50V £1131 0893113 CERAMIC CHIP 10PF+-0. 5% 50V
(0594 0893191 CERAMIC CHIP 6800PF+-10% 25V (1133 0893193 CERAMIC CHIP 0.01UF+-10% 25V
CERAMIC CHIP 4700PF+-10% 50V (1134 0893193 CERAMIC CHIP 0.01UF+-10% 25V
(696 0893215 CERAMIC CHIP 3300PF+-10% 50V C1135 0893193 CERAMIC CHIP 0.010F+-10% 25V
C0901 0806174 ELECTROLYTIC 100UF 6. 3V CT136 0893225 CERAMIC CHIP 0. TUF+480-20% 16Y
(0902 0893239 CERAMIC CHIP 0, 01UF+80-20% 50Y C1137 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V
(0905 0806168 ELECTROLYTIC 47UF 6,3V C1138 0893117 CERAMIC CHIP 22PF+-5% 50V
0262328 CERAMIC CHIP 1. OUF+80-20% 16V C1139 0893067 CERAMIC CRIP 0. TUF+80-20% 25V
С От 0806175 ELECTROLYTIC 100UF 10V C114) 0806169 ELECTROLYTIC 47UF 16V
C0908 0893188 CERAMIC CHIP 0. 047UF+-10% 16V C1142 0893193 CERAMIC CHIP 0.01UF+-10% 25V
C0909 0806174 ELECTROLYTIC 100UF 6. 3V C1143 0806158 ELECTROLYTIC 47UF 6.3V
0910 0893113 CERAMIC CHIP 10PF+-0, 5% 50V C1144 0202319 CERAMIC CHIP 22PF+-2% 50V
0893113 CERAMIC CHIP 10PF+-0. 5% 50V C1145 0893125 CERAMIC CHIP B2PF+-5% 50V
01s 0893239 CERAMIC CHIP 0. 01UF+80-20% 50V C1146 0893125 CERAMIC CHIP 82PF+-5% 50V ,
(0916 0893118 CERAMIC CHIP 27PF+-5% SOV C1147 0893193 CERAMIC CHIP 0.01UF+-10% 25Y
(0917 0893119 CERAMIC CHIP 33PF+-5% 50V (1148 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V
C0918 0202328 CERAMIC CHIP 1. QUF+80-20% 16V C1149 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V
0893119 CERAMIC CHIP 33PF+-5% 50V C1150 0893067 CERAMIC CHIP 0.1UF+80-20% 25V
(0970 0893126 CERAMIC CHIP 100PF+-5% 50V C115] 0893067 CERAMIC CHIP 0. 1UF+80-20% 25V
(0321 0833131 CERAMIC CHIP 220PF+-5% 50V (TYPESZ1) C1152 0893067 CERAMIC CHIP 0. 1UF+80-20% 25V
(0923 0893239 CERAMIC CHIP 0.01UF+80-20% 50V (1153 0893067 CERAMIC CHIP 0. 1UF+80-20% 25V
C0924 0893239 CERAMIC CHIP 0.01UF+80-20% 50V C1154 0893067 CERAMIC CHIP 0. 1UF+80-~20% 25V
С 0893239 CERAMIC CHIP 0. 01UF+80-20% 50V (1156 0893193 CERAMIC CHIP 0. 01UF+~10% 25V
20927 0893239 CERAMIC CHIP 0. 01UF+80-20% 50V C1158 0893193 CERAMIC CHIP 0. OTUF+—10% 25V
C0928 0893239 CERAMIC CHIP 0. 01UF+80-204 50V (1159 0893193 CERAMIC CHIP 0. 01UF+-10% 25V
£0930 0806174 ELECTROLYTIC 100UF 6. 37 (1160 0893193 CERAMIC CHIP 0. ОТШР+-10% 25V
(0931 0893239 CERAMIC CHIP 0.01UF:80-20% 50V C1161 0893193 CERAMIC CHIP 0. 01UF+-10% 25V
0806169 ELECTROLYTIC 47UF 16V C1162 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V
(0033 0893239 CERAMIC CHIP 0. 0TUF+80-20% 50V C1163 0893193 CERAMIC CHIP 0.01UF+-10% 25V
(0934 0893239 CERAMIC CHIP D. 01UF+80-20% 50V C1164 0893193 CERAMIC CHIP 0. 01UF+-10% 25V
(0935 0806169 ELECTROLYTIC 47UF 16V C1165 0893133 CERAMIC CHIP 0. OTUF+-10% 25V
(0936 0893239 CERAMIC CHIP 0.01UF+80-20% 50V C1166 0893193 CERAMIC CHIP 0. 01UF+-10% 25V
0893239 CERAMIC CHIP 0.01UF+80-20% 50V C1167 0893193 CERAMIC CHIP 0. 01UF+-10% 25
соо 0202328 CERAMIC CHIP 1, OUF+80-20% 16V C1168 0893193 CERAMIC CHIP 0. 01UF+-10% 25V
(1002 0806169 ELECTROLYTIC 47UF 16V C1169 0893239 CERAMIC CHIP 0. 01UF+80-20% 50V
C1003 0893044 CERAMIC CHIP 0. 01UF+-10% 50V C1170 0893239 CERAMIC CHIP 0. GIUF+80~20% SQV
C1004 0893234 CERAMIC CHIP 1500PF+80-20% 50V C1173 0893193 CERAMIC CHIP 0. 010F+-10% 25V
| 0806163 ELECTROLYTIC 33UF 10V C1174 0893193 CERAMIC CHIP 0.O1UF+-10% 25V
CODE 0893193 CERAMIC CHIP 0. 01UF+-10% 25V C1201 0893193 CERAMIC CHIP 0.01UF+-10% 25V
(1007 0893113 CERAMIC CHIP 10PF+-0. 5% 50V C1202 0893193 CERAMIC CHIP 0.01UF+-10% 25V
C1101 0893117 CERAMIC CHIP 22PF+-5% 50V C1203 0893193 CERAMIC CHIP 0.010F+-104 25V
(1102 0893008 CERAMIC CHIP 0. 1UF +-10% 16V C1204 0893132 CERAMIC CHIP 270PF+-5% 5QV
0893014 CERMIC CHIP 0. 01UF+-10% 25V C1205 0893193 CERAMIC CHIP 0.01UF+-10% 25V
Со 0806018 ELECTROLYTIC 2. 2UF 6. 3V C1206 0893007 CERAMIC CHIP 0. 082UF+-10% 16V
(1106 0893062 CERAMIC CHIP TUF+80-20% 16V C1207 0893013 CERAMIC CHIP 0. 22UF+-10% 16V
(1107 0806168 ELECTROLYTIC 47UF 6.3V C1208 0893113 CERAMIC CHIP 10PF+-0, 5% 50V
(1108 0893193 CERAMIC CHIP 0,01UF+-104 25V C1209 0893133 CERAMIC CHIP 3309F+-5% 50V
В 0806169 ELECTROLYTIC 47UF 16V C1210 0893133 CERAMIC CHIP 330PF+-5% 50V
iio 0893188 CERAMIC CHIP 0. 047UF+-10% 16V С1211 0893133 CERAMIC CHIP 330PF+-5% SQV
C1111 0833067 CERAMIC CHIP 0. 1UF+80-20% 25V C1212 0893055 CERAMIC CHIP 0. 1UF+80-20% 16V
(1113 0893067 CERAMIC CHIP 0, 1UF+80-20% 25V C1301 0893193 CERAMIC CHIP 0. 01UF+-10% 25V
(1116 0893225 CESAMIC CHIP 0. 1UF+80-20% 16V C1302 0893215 CERAMIC CHIP 3300PF+-10% 50V
1117 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V C1303 0893217 CERAMIC CHIP 4700PF+-10% 50V
ing 0893225 CERAMIC CHIP 0. 1UF+B0-20% 16V C1304 0893217 CERAMIC CHIP 4700PF+-104 5OV
(1119 0893225 CERÁMIC CHIP 0. 1UF+80-20% 16V C1305 0893193 CERAMIC CHIP 0.01UF+-10% 25V
(1120 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V C1306 0893193 CERAMIC CRIP 0.01UF+~10% 25V
(1121 0893225 CERAMIC CHIP 0. TUF+80-20% 16V C1307 0893215 CERAMIC CHIP 3300PF+-104 50V
112 0893275 CERAMIC CHIP 0. 1UF+80-20% 16V C1308 0893217 CERAMIC CHIP 4700PF+-10% 50V
Fiz 0893193 CERAMIC CHIP 0. 01UF+-10% 25V C1309 0893217 CERAMIC CHIP 4700PF+-10% 5QV
(1125 0893193 CERAMIC CHIP 0. 07UF+-10% 25V C1310 0893193 CERAMIC CHIP 0.Q1UF+-10% 25V
(1126 0893193 CERAMIC CHIP O. 0TUF+-10% 25V Cin 0806169 ELECTROLYTIC 47UF 16
(1127 0893193 CERAMIC CHIP ©. O1UF+-10X 25V C1312 0893225 CERAMIC CHIP 0. TUF+80-20% 16V
SYMBOL-NO P-NO DESCRIPTION. SYMBOL-NO P-NO DESCRIPTION
C1313 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V ROTOS 0790055 CHIP RESISTOR 22K0HM:-5% 1/16
C1317 0893193 CERAMIC CHIP 0. OTUF+-10% 25V RO107 0790054 CHIP RESISTOR 18KOHM+-5% 1/16W
C1318 0893183 CERAMIC CHIP D. OTUF+-10% 25V RO108 0790044 CHIP RESISTOR 3. 3KOHM+-5% 1/16
C1319 0893193 CERAMIC CHIP 0. 01UF+-10% 25V ROTOS 0790036 CHIP RESISTOR 820 OHM+-5% 1/16W
C1320 0893193 CERAMIC CHIP 0. O1UF+-10% 25V RO110 0790076 CHIP RESISTOR 820KOHM+-5% 1/16W
C1401 0806157 ELECTROLYTIC 22UF 6. 3V КО! 0790042 CHIP RESISTOR 2, 2K0HM+-5% 1/16H
C1402 0806157 ELECTROLYTIC 22UF 8. 3v ROT 12 0790024 CHIP RESISTOR 100 OHM+-5% 1/16¥
C1403 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V ROI 13 0790039 CHIP RESISTOR 1.5KOHN+-5% 1/16¥
Ci 404 0893225 CERAMIC CHIP 0. 1UF+480-20% 16V RO114 0790039 CHIP RESISTOR 1, 5KOHM+-5% 1/16W
C1405 0806167 ELECTROLYTIC 47UF 4V RO115 0790029 CHIP RESISTOR 270 OHM+-5% 1/164
C1406 0806167 ELECTROLYTIC A7UF 4V RO116 0790034 CHIP RESISTOR 560 OHM+-5% 1/16¥
C1407 0893209 CERAMIC CHIP 1200PF 50Y RO117 0790051 CHIP RESISTOR TOKOHM+-5% 1/16H
C1408 0893209 CERAMIC CH!P 1200PF 50V RO119 0790051 CHIP RESISTOR 10KOHM+-5% 1/16¥
C1408 0893209 CERAMIC CHIP 1200PF 50V R0120 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W
C1410 0893209 CERAMIC CHIP 1200PF 50V RO1Z1 0790008 CHIP RESISTOR 6.8 OHM+-5% 1/16¥
C141] 0206647 ELECTROLYTIC 10UF 10V R0122 0790033 CHIP RESISTOR 470 OHH+-5% 1/16W
C1412 0206647 ELECTROLYTIC 10UF 10V RO123 0790034 CHIP RESISTOR 560 OHi+-5% 1/16
C1413 0893183 CERAMIC CHIP 0. OTUF+-10% 25V RO124 0790057 CHIP RESISTOR 33KOHM+-5% 1/16
C1414 0893193 CERAMIC CHIP 0. 01UF+-10% 25Y R0125 0790062 CHIP RESISTOR 68KOHM+-5% 1/1 6W
C1415 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V R0127 0790059 CHIP RESISTOR 47K0HM+-5% 1/16W
C1416 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V R0128 0790044 CHIP RESISTOR 3. 3KOHM+-5% 1/16W
C1417 0806157 ELECTROLYTIC 22UF 6. 3V RO129 0799059 CHIP RESISTOR A7K0HM+-5% 1/16H
C1418 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V КО! 30 0790044 CHIP RESISTOR 3. 3KOHM+-5% 1/16¥
R0001 0790059 CHIP RESISTOR 47KOHM+-5% 1/16¥ (521) R0132 0790043 CHIP RESISTOR 2, 7KOHM+-5% 1/164
RO005 0790064 CHIP RESISTOR 100KOHM+-5X 1/16W (521) RO133 0105681 CHIP RESISTOR 2. 7KOHM+-1% 1/16W
RODOS 0790055 CHIP RESISTOR 22KOHM+-5% 1/16W (521) ROT34 0790051 CHIP RESISTOR 10KOHM+-5% 1/16
R0007 0790024 CHIP RESISTOR 100 OHM+-5% 1/16 (521) ROT 38 0790044 CHIP RESISTOR 3. 3KOHM+-5% 1/16W
RO008 0790039 CHIP RESISTOR 1.5KCHM+-5% 1/16¥ (521) RO141 0790036 CHIP RESISTOR 820 OHM:+-5% 1/16
R0008 0790059 CHIP RESISTOR 47K0HM+-5% 1/16W (521) ROT 42 0790044 CHIP RESISTOR 3. 3KOHM+-5% 1/16W
RO010 0103930 CHIP RESISTOR 390 OHM+-5% 1/8W[MEC. ] R0143 0790033 CHIP RESISTOR 470 OHM+-5% 1/16#
ROO10 0790038 CHiP RESISTOR 1.5KOHM+-5% 1/16W (521) RO144 0790034 CHIP RESISTOR 560 OHM+-5% 1/16W
R0011 0103838 RESISTOR CHIP 390 OHM+-5% 0. 1WCMEC. ] ROT 46 0790033 CHIP RESISTOR 470 OHM+-5% 1/16W
ROOT 0790059 CHIP RESISTOR 47KOHM+-5% 1/16W (521) РОТА 0790035 CHIP RESISTOR 680 OHM+-5% 1/16W
ROO? 0790039 CHIP RESISTOR 1.5KOHM+-5% 1/16¥ (521) RO148 0790055 CHIP RESISTOR 22KOHM+-5% 1/16
№0013 0790055 CHIP PESISTOR 22K0HM+-5% 1/16% (521) R0149 0790055 CHIP RESISTOR 22K0HM+-5% 1/164
R0014 0790024 CHIP RESISTOR 100 OHM+-5% 1/16W (621) RO150 0790041 CHIP RESISTOR 1. 8KOHM+-5% 1/16W
RO015 0790039 CHIP RESISTOR 1. 5KOHM+-5% 1/16W (521) R0152 0790032 CHIP RESISTOR 390 QHM+-5% 1/16W
R016 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W (521) RO154 0790049 CHIP RESISTOR 8, 2K0HM+-5% 1/16H
R0017 0790033 CHIP RESISTOR 470 OHM+-5k 1/16W (521) R0156 0790029 CHIP RESISTOR 270 OHM+-5% 1/164
R0018 0790053 CHIP RESISTOR 15K0HM+-5% 1/16% (521) RO157 0790051 CRIP RESISTOR TOKOHM+-5% 1/164
ROO19 0790046 CHIP RESISTOR 4, 7KOHM+-5% 1/16 (521) R0158 0790038 CHIP RESISTOR 1, 2K0HM+-5% 1/16W
R0020 0790037 CHIP RESISTOR TKOHM+-5% 1/16W (521) RO159 0790034 CHIP RESISTOR 560 OHM+-5% 1/16W
R002 0790031 CHIP RESISTOR 330 OHM+-5% 1/16W (521) RO160 0790031 CHIP RESISTOR 330 OHM+-5% 1/16W%
RO022 0790037 CHIP RESISTOR 1KOKM+-5% 1/16W (521) R016! 0790034 CHIP RESISTOR 560 OHM+-5% 1/164
RO023 0790037 CHIP RESISTOR TKOHM+-5K 1/16W (521) RO164 0790038 CHIP RESISTOR 1, 2KOHM+-5% 1/16W
RDO?5 0790042 CHIP RESISTOR 2. 2KOHM+-5% 1/16¥ (821) RO165 0790051 CHIP RESISTOR 10KOHM+-5% 1/16¥
ROOZ6 0790044 CHIP RESISTOR 3. 3KOHM+-5X 1/16W(521) RO167 0790028 CHIP RESISTOR 220 OHM+-5% 1/164
К0027 0790024 CHIP RESISTOR 100 OHM+-5% 1/16 (521) RO168 0790065 CHIP RESISTOR 120K0HM+-5% 1/16
К0028 0799027 CHIP RESISTOR 180 ОНМ+-5% 1/16 (521) РО! 70 0790055 CHIP RESISTOR 22KOHM+-5% 1/16¥
RO029 0790035 CHIP RESISTOR 680 OHM+-5X 1/16W (521) RO171 0730061 CHIP RESISTOR SEKOHM+-5% 1/16W
R0030 0790027 CHIP RESISTOR 180 OHM+-5% 1/16 (521) RO1 72 0790035 CHIP RESISTOR 680 OHM+-5% 1/164
R003! 0790036 CHIP RESISTOR 820 OHM+-5% 1/16W (521) RO173 0730037 CHIP RESISTOR 1KOMM+-5% 1/16W
R003 0790032 CHIP RESISTOR 390 CHM+-5% 1/16W (521) RO174 0790037 CHIP RESISTOR 1KOHM+-5% 1/16¥
R0033 0790033 CHIP RESISTOR 470 OHM+-5% 1/16 (521) RO175 0790042 CHIP RESISTOR 2, 2KOHM+-5% 1/16W
RO034 0790029. CHIP RESISTOR 270 OHM+-5% 1/16W (621) RO176 130035 CHIP RESISTOR 680 OHM+-5% 1/16¥
R0035 0790028 CHIP RESISTOR 220 CHM+-5% 1/16¥ (521) ROT 80 0790025 CHIP RESISTOR 120 OHM+-5% 1/16
К0036 0790034 CHIP RESISTOR 560 OHM+-5% 1/16 (521) R01 81 0790063 CHIP RESISTOR 82KOHM+-5% 1/16W
R0037 0790051 CHIP RESISTOR 10KOHM+-5% 1/16¥ (521) RO182 0790033 CHIP RESISTOR 470 OHM+-5% 1/16¥
RO040 0790024 CHIP RESISTOR 100 OHM+-5% 1/16W (521) RO183 0790038 CHIP RESISTOR 1, 2KOHM+-5% 1/16¥
R0043 0780038 CHIP RESISTOR 1.2KOHM+-5% 1/16W (621) ВО! 84 0790037 CHIP RESISTOR 1KOHM4-5% 1/16W
RO101 0790024 CHIP RESISTOR 100 QHM+-5% 1/16W RO185 0790055 CHIP RESISTOR 22K0HM+-S% 1/16
RO102 0790007 CHIP RESISTOR 5.6 OHM+-5% 1/16W ВО! 86 0790058 CHIP RESISTOR 39KOHM+-5% 1/16
RO103 0790007 CHIP RESISTOR 5. 6 ОНМ+-5% 1/16№ РО! 87 0790033 CHIP RESISTOR 470 OHM+-5% 1/16¥
RO104 0790024 CHIP RESISTOR 100 OHM+#-5% 1/16W R01 88 0790037 CHIP RESISTOR 1K0HM+-5% 1/16H
ROTOS 0790028 CHIP RESISTOR 220 OHM:-5% 1/16 ВО! 90 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W
DESCRIPTION
SYMBOL-NO P-NO DESCRIPTION SYMBOL-NO Р-№
R0191 0790055 CHIP RESISTOR 22KOHM+-5% 1/16W. RO417L 0790075 CHIP RESISTOR 680K0HM+-5% 1/164
R0192 0790056 CHIP RESISTOR 27KOHM+-5% 1/16W R0418L 0790041 CHIP RESISTOR 1, BKOHM+-5% 1/16H
R0193 0790033 CHIP RESISTOR 470 OHM+-5% 1/16H R0419L 0790031 CHIP RESISTOR 330 OrM+-5% 1/16
R0194 0790033 CHIP RESISTOR 470 OHM+-5% 1/164 R0428 0790055 CHIP RESISTOR 22K0HM+-5% 1/16
R0196 0790043 CHIP RESISTOR 2. TKOHM+-5% 1/164 R0429L 0790037 CHIP RESISTOR 1KOHM+-5% 1/164
RO198 0790059 CHIP RESISTOR 47K0HM+-5% 1/16 R0435 0790075 CHIP RESISTOR 680K0HM+-5% 1/164
R0199 0790044 CHIP RESISTOR 3. 3K0HM+-5% 1/16K R0436L 0790066 CHIP RESISTOR T50K0HM+-5% 1/164
R0203 (1790048 CHIP RESISTOR 6. BKOHM+-S% 1/16W R0445 0790037 CHIP RESISTOR TKOHM+-5% 1/16W
R0205 0790052 CHIP RESISTOR 12KOHM+-5% 1/16 R0447 0790058 CHIP RESISTOR 15KOHM+-5% 1/16W
R0208 0790038 CHIP RESISTOR 1. 2KOHM+-S% 1/16W R0460 0790056 CHIP RESISTOR 27KOHM+-5% 1/16W
R0213 0790042 CHIP RESISTOR 2. 2KOHM+-5% 1/16W RO461L 0790057 CHIP RESISTOR 33K0HM+-5% 1/16W
R0215 0790054 CHIP RESISTOR 18KOHM+~55% 1/16W R0462L (0790051 CHIP RESISTOR 10KOHM+-5% 1/16
R0216 0790041 CHIP RESISTOR 1. 8KOHM+-5% 1/16W R0463L — 0790057 CHIP RESISTOR 33K0HM+-5% 1/16
R0217 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W R0464 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W
R0218 0790039 CHIP RESISTOR 1.5KOHM+-5% 1/16W R0465 0790066 CHIP RESISTOR 150K0HM+-5% 1/16W
R0219 0790037 CHIP RESISTOR 1KOHM+-5% 1/16¥ R0466 0780066 CHIP RESISTOR 150K0HM+-5% 1/16
R0222 0790069 CHIP RESISTOR 0. 27MOHM+~5% 1/164 R0467 0790066 CHIP RESISTOR 150K0HM+-5% 1/16H
R0223 0790037 CHIP RESISTOR 1K0HM+-5% 1/164 R0468 0790049 CHIP RESISTOR 8. 2KOHM+-5% 1/16W
R0224 0790037 CHIP RESISTOR 1KOHM+-5% 1/16 R0469 0790073 CHIP RESISTOR 470K0HM+-5% 1/16H
R0225 0790077 CHIP RESISTOR 1MOHM+-5% 1/16W RO470 0790028 CHIP RESISTOR 220 OHM+-5% 1/16W
RO227 0790061 CHIP RESISTOR 56KOHM+-5% 1/16W R050 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W
R0228 0790062 CHIP RESISTOR EBKOHM+-5% 1/16 R0502 0103835 CHIP RESISTOR 220 OHM+-5% 0. TW
R0229 0790077 CHIP RESISTOR 1MOHM+-5% 1/16W R0503 0103835 CHIP RESISTOR 220 OHM+-5% 0. 1H
R0234 0790077 CHIP RESISTOR 1M0HM+-5% 1/164 R0506 0790051 CHIP RESISTOR 10KORM+-5% 1/i6W
R0236 0790024 CHIP RESISTOR 100 OHM+-5% 1/164 R0507 0790051 CHIP RESISTOR 10KOHM+-5% 1/16¥
К0238 0790029 CHIP RESISTOR 270 OHM+-S% 1/164 R0508 079005! CHIP RESISTOR 10KOHM+-5% 1/16¥
R0240 0105702 CHIP RESISTOR 16KOHM+-5% 1/1 6W R0509 0790051 CHIP RESISTOR 10KOHM+-5% 1/16#
R0241 0790057 CHIP RESISTOR 33KOHM+-5% 1/16W ROSS! 0790047 CHIP RESISTOR 5. 6KOHM+-5% 1/16%
R0244 0790042 CHIP RESISTOR 2. 2KOHM+-5% 1/164 R0552 0790074 CHIP RESISTOR 560KOHM+-5% 1/16W
R0246 0790042 CHIP RESISTOR 2. 2KOHM+-5% 1/164 R0553 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W
R0250 0790041 CHIP RESISTOR 1. 8K0HM+-5% 1/164 R0558 0105691 CHIP RESISTOR 24KCHM+-1% 1/16W
R0253 0730046 CHIP RESISTOR 4. TKOHM+-5% 1/16H ROS60 0790049 CHIP RESISTOR 8, 2KOHM+-5% 1/16W
R0254 0790051 CHIP RESISTOR 10KOHM+-5% 1/16 R0563 0790041 CHIP RESISTOR 1, 8KOHM+-5% 1/16W
R026! 0790051 CHIP RESISTOR 10KOHM+-5% 1/16K R0564 0790051 CHIP RESISTOR TOKOHM+-5% 1/16
R0267 0790043 CHIP RESISTOR 2. 7K0HM+-5% 1/14 R0565 0730048 CHIP RESISTOR 6. 8KOHM+-5% 1/16H
R0268 0790036 CHIP RESISTOR 820 OHM+-5% 1/16¥ К05 70 0790052 CHIP RESISTOR 12KOHM+-5% 1/16¥
R0273 0790952 CHIP RESISTOR 12K0HM+-5% 1/16W RO571 0790049 CHIP RESISTOR 8. 2KOHM+-5% 1/16H
R0295 0790043 CHIP RESISTOR 2. TKOHM+-5% 1/164 R0575 0104297 CHIP RESISTOR 10KOKM+-0, 5% 16V
R0296 0750048 CHIP RESISTOR 6. 8K0HM+-5% 1/164 ROS77 0104292 CHIP RESISTOR 1. OKOHM+-0, 5% 1/16W
R0298 0790045 CHIP RESISTOR 3.9KOHM+-5% 1/16W R0578 0104301 CHIP RESISTOR 4 7KOHM+-0, 5% 1/16W
R0355 0790037 CHIP RESISTOR 1KOHM+-5% 1/16¥ R0583 0790046 CHIP RESISTOR 4. TKOHM+-5% 1/16
R0356 0790037 CHIP RESISTOR 1KGHM+-5% 1/164 R0584 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W
R0357 0105688 CHIP RESISTOR 2. 2KOHM+-1% 1/16W R0586 AQ10271R — CHIP RESISTOR 100 OHM+-0. 5% 1/16W
R0358 0790036 CHIP RESISTOR 820 OHM+-5% 1/16W R0588 AQ10272R — CHIP RESISTOR 390 OHM+-0, 5% 1/16
R0359 0790047 CHIP RESISTOR 5. 6KOHM+-5% 1/16¥ (520) ROSS! AQ10274R CHIP RESISTOR 46. 4KOHM+-0. 5% 1/16W
R0362 0790037 CHIP RESISTOR 1KOHM+-5% 1/16¥ ROS93 AQ10273R — CHIP RESISTOR 680 OHM+-0.5% 17164
R0364 0790075 CHIP RESISTOR 680K0HM+-5% 1/16W R0594 0104301 CHIP RESISTOR 4. 7KOHM+-0. 5% 1/16
R0366 0790059 CHIP RESISTOR 47KOHM+-5% 1/16W R060 0790046 CHIP RESISTOR 4. TKOHM+-5% 1/164
R0367 0790024 CHIP RESISTOR 100 OHM+-5% 1/16¥ R0602 0790047 CHIP RESISTOR 5, 6KOHM+-5% 1/16W
R0371 0790068 CHIP RESISTOR 220KOHM+-5% 1/16# R0603 0790047 CHIP RESISTOR 5. 6KOHM+-5% 1/16W
R0373 0790077 CHIP RESISTOR 1MOHM+-5% 1/16H R0506 0104503 CHIP RESISTOR 27KOHM+-1% 1/16W
R0374 0790028 CHIP RESISTOR 220 OHM+-5% 1/16¥ R0699 0105706 CHIP RESISTOR 24KOHM+-5% 1/16HW
80390 0104093 CHIP RESSISTOR 75 OHM+-5% 1/164 R0610 0105691 CHIP RESISTOR 24KOHM+-1% 1/16W
0391 0104093 CHIP RESSISTOR 75 OHM+-5% 1/164 R061 1 0790055 CHIP RESISTOR 22KOHM+-5% 1/16W
R0392 0790025 CHIP RESISTOR 120 OliM+-5% 1/164 R0612 0790048 CHIP RESISTOR 6. BKOHM+-5% 1/16#
R0397 0104093 CHIP RESSISTOR 75 OHM+-S% 1/164 R0613 0790055 CHIP RESISTOR 22K0HM+-5% 1/16
RO401L 0790037 CHIP RESISTOR 1K0HM+-5% 1/164 R0614 0790055 CHIP RESISTOR 22KOHM+-5K 1/16W
R0402L 0790058 CHIP RESISTOR 39KOHM+-5% 1/16W R0616 0790037 CHIP RESISTOR 1KOHM+-5% 1/164
R0403L 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W R0619 0750039 CHIP RESISTOR 1. 5KOHM+-5% 1/16W
RO404L 0790053 CHIP RESISTOR 15KOHM+-5% 1/16W R0620 0790042 CHIP RESISTOR 2. 2KOHM+-5% 1/16W
R405 0790064 CHIP RESISTOR 100KOHM+-5% 1/16¥ R062! 0790043 CHIP RESISTOR 2. 7KOHM+-5% 1/164
R0408 0790064 CHIP RESISTOR 100KOHM+-5% 1/16 R0622 0730043 CRIP RES!STOR 2. 7KOHM+-5% 1/164
R0410 010412! CHIP RESISTOR 27K0HM+-1% 1/10 R0624 0790064 CHIP RESISTOR 100KOHM+-5% 1/16H
R0414 0790053 CHIP RESISTOR 15KOHM+-5% 1/16W 8063! 0790051 CHIP RESISTOR 10K0HM+-5% 1/164
R0415 0790037 CHIP RESISTOR 1KOHM#-5% 1/16W R0632 0790064 CHIP RESISTOR 100KOHM+-5% 1/16W
| неее EE
PA AL REN (a Se mr ems 5
SYMBOL-NO P-NO - DESCRIPTION SYMBOL-NO P-NO DESCRIPTION
R0636 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W R0940 0730059 CHIP RESISTOR 47K0rM+-5% 1/16¥
R0641 0790053 CHIP RESISTOR 15K0HM+-5% 1/168 R0942 0790051 CHIP RESISTOR 1OKOHM+-5% 1/16W
R0642 0105815 CHIP RESISTOR 0.47 OHM+-10% 1/4¥ R0943 0790051 CHIP RESISTOR TOKOHM+-5% 1/16H
R0661 0790064 CHIP RESISTOR 100K0HM+-5% 1/16W R0944 0790055 - CHIP RESISTOR 22K0HM+-5% 1/16H
R0662 0790064 CHIP RESISTOR 100K0HM+-5% 1/16W R0945 0790051 CRIP RESISTOR 10KOHM+-5% 1/16W
R0663 0790051 CHIP RESISTOR TOKOHM+-5% 1/16W R0946 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W
R0671 0790075 CHIP RESISTOR 680KOHM+-5% 1/16 R0949 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W
R0672 0790055 CHIP RESISTOR 22KOHM+-5% 1/16¥ R0951 0790051 CHIP RESISTOR TOKOHM+-5% 1/164
R068! 0790077 CHIP RESISTOR 1MOHM+-5% 1/16W R0952 0790064 CHIP RESISTOR 100KOHM+-5% 1/16W
R0682 0730077 CHIP RESISTOR 1MOHM+-5% 1/16 №957 0790059 CHIP RESISTOR 47KOHM+-5% 1/16
R0688 0104567 CHIP RESISTER 150K0HM+-0, 1% 1/1 6H R0959 0790042 CHIP RESISTOR 2, 2KOHM+-5% 1/16W
R0689 0105675 CHIP RESISTOR 100KOHM+-1% 1/16W R0S62 0790042 CHIP RESISTOR 2, 2KOHM+-5% 1/16W
R069! 0750062 CHIP RESISTOR 68KOHM+-5% 1/16 ROYE3 0790059 CHIP RESISTOR 47KOHM+-5% 1/164
R0692 0790062 CHIP RESISTOR 68KOHM+-5% 1/16W RO964 0104562 CHIP RESISTOR 39KOHM+-1% 1/16W
№0693 0790062 CHIP RESISTOR 68KOHM+-5% 1/16H RO965 0104503 CHIP RESISTOR 27KOHM+-1% 1/16¥
R0694 0730048 CHIP RESISTOR 6. 8KOHM+-5% 1/16W R0966 0104563 CHIP RESISTOR 47KOHM+-1% 1/16W
R0695 0730048 CHIP RESISTOR 6. 8K0HM+-5% 1/16 R0967 0780064 CHIP RESISTOR 100KOHM+-5% 1/16
R0636 0790048 CHIP RESISTOR 6. 8KOHM+-5% 1/16¥ R0968 0104562 CHIP RESISTOR 39K0HM+-1% 1/16H
R0697 0790055 CHIP RESISTOR 22KOHM+-5% 1/16 ROSEY 0104503 CHIP RESISTOR 27KOHM+-1% 1/16W
R0698 0790037 CHIP RESISTOR 1K0NM+-5% 1/164 ROS70 0730064 CHIP RESISTOR TOOKONM+-5% 1/164
R0699 0790037 CHIP RESISTOR TKOHM+-5% 1/16W RO971 0790046 CHIP RESISTOR 4, 7TKOHM+-5% 1/16W
RO714 0790051 CHIP RESISTOR 1OKOHM+-5% 1/16W (521) R0972 0790024 CHIP RESISTOR 100 OHM+-5% 1/16W
RO715 0790046 CHIP RESISTOR 4. 7K0HM+-5% 1/16W RO973 0790042 CHIP RESISTOR 2. 2KOHM+-5% 1/16W
RO718 0790051 CHIP RESISTOR 10K0HM+-5% 1/168 R0974 0790039 CHIP RESISTOR 1. 5KOHM+-5% 1/164
RO720 0790051 CHIP RESISTOR 10KOHM+-5% 1/16¥ RO975 0790039 CHIP RESISTOR 1. 5KOHM+~5% 1/16W
RO728 0790059 CHIP RESISTOR 47K0HM+-5% 1/16 RO976 0730051 CHIP RESISTOR 10KOHM+-5% 1/16W (521)
R0729 0790059 CHIP RESISTOR 47KOHM+-5% 1/16W RO977 0790047 CHIP RESISTOR 5. 6KOHM+-5% 1/16W
RO730 0790051 CHIP RESISTOR TOKOHM+-5% 1/16 RO978 0790037 CHIP RESISTOR 1KOHM+-5% 1/16¥
R0731 0790059 CHIP RESISTOR 47KOHM+-5% 1/16 RO979 0790037 CHIP RESISTOR TKOHM+-5% 1/16W
RO737 0790064 CHIP RESISTOR 100KCHM+-5% 1/16¥ RO980 0790036 CHIP RESISTOR 820 OHM+-5% 1/16W
0901 0790064 CHIP RESISTOR 100K0HM+-5% 1/164 RO981 0790032 CHIP RESISTOR 330 OHM+-5% 1/16W
ROSO2 0790077 CHIP RESISTOR IMOHM+-5% 1/164 R0982 0790049 CHIP RESISTOR 8. 2K0HM+-5% 1/164
R0303 0790073 CHIP RESISTOR 470KOHM+-5% 1/16W R0983 — 0790032 CHIP RESISTOR 390 OHM+-5% 1/164
RO9DA 0790051 CHIP RESISTOR TOKOHM+-5% 1/16¥ R0984 + 0790042 CHIP RESISTOR 2. 2KOHM+-5% 1/16W
R0305 0730064 CHIP RESISTOR 100KOHM+-5% 1/16 ROSES 0790044 CHIP RESISTOR 3. 3KOHM+-5% 1/16
RO906 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W R0986 0790054 CHIP RESISTOR 18K0HM+-5% 1/16
R0907 9790039 CHIP RESISTOR 1. 5KOHM+-5% 1/164 R0987 0790051 CHIP RESISTOR 1OKOHM+-5% 1/16W
R0908 0790064 CHIP RESISTOR 100KOKM+-3% 1/16W R0988 0790063 CHIP RESISTOR B2KOHM+-5% 1/164
R090 0790054 CHIP RESISTOR 100KOHM+-5% 1/16W R0989 0790059 CHIP RESISTOR 4TKOHM+-5% 1/16¥
R0S10 0790077 CHIP RESISTOR 1MOHM+-5% 1/16¥ RO990 0790037 CHIP RESISTOR TKOHM+-5% 1/16
R0911 0790064 CHIP RESISTOR 100K0HM+-5% 1/164 R0991 0790059 CHIP RESISTOR 47KOHM+-5% 1/164
К0912 0790051 CHIP RESISTOR TOKOHM+-5% 1/16W R0994 0790049 CHIP RESISTOR 8. 2KOHM+-5% 1/16W
R0913 0730064 CHIP RESISTOR 100KOHM+-5% 1/16W #1001 0790048 CHIP RESISTOR 6. 8KOHM+-5% 1/16W
R0914 0790051 CHIP RESISTOR 10KOHM+-S% 1/16W R1002 0790024 CHIP RESISTOR 100 OHM+-5% 1/16W
R0915 0790051 CHIP RESISTOR TOKOHM+-5% 1/16W R1003 0790077 CHIP RESISTOR IMOHM+-5% 1/16W
R0916 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W R1004 0790064 CHIP RESISTOR 100KOHM+-5% 1/16W
В0917 0790051 CHIP RESISTOR 1OKOHM+-5% 1/16W R1009 0103823 CHIP RESISTOR 22 OHM+-5% O. 14
RO918 0790051 CHIP RESISTOR TOKONM+-5% 1/16 R102 0790068 CHIP RESISTOR 220K0HM+-5% 1/164
ROS19 0790051 CHIP RESISTOR 10KOHM+-5% 1/16M R1103 0790051 CHIP RESISTOR TOKOHM+-5% 1/164
R0S20 0790075 CHIP RESISTOR G@OKOHM+-5% 1/16W R1104 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W
0921 0790077 CHIP RESISTOR 1MOHM+-5% 1/16W RITOS 0790055 CHIP RESISTOR 22KOHM+-5% 1/16¥
R0322 0790077 CHIP RESISTOR 1MOHM+-5% 1/16W R1106 0790053 CHIP RESISTOR 15KOHM+-5% 1/16¥
R0923 0790077 CHIP RESISTOR 1MOHM+-5% 1/16W R107 0790028 CHIP RESISTOR 220 OHM+-5% 1/16H
R0924 0730077 CHIP RESISTOR 1MOHM+~5% 1/16W R1108 0790028 CHIP RESISTOR 220 OHM+-5% 1/16W
R0S25 0790077 CHIP RESISTOR 1MOHM+-5% 1/16W RITOS 0790025 CHIP RESISTOR 120 OHM+-5% 1/16
R0926 0790077 CHIP RESISTOR 1MOHM+~SX 1/16W R1110 0790025 CHIP RESISTOR 120 OHM+-5% 1/16
R0929 0790042 CHIP RESISTOR 2. 2KOHM+-5% 1/16 R113 0730024 CHIP RESISTOR 100 OHM+-5% 1/16W
R0S30 0730064 CHIP RESISTOR 100K0HM+-5% 1/16 #1114 0104571 CHIP RESISTOR 3. 9KOHM+-1% 1/164
R0931 079005] CHIP RESISTOR 1OKOHM+-5% 1/16W R1116 0790038 CHIP RESISTOR 1.2KOHM+-5X% 1/16W
R0932 0790051 CHIP RESISTOR 10KOHM+-5% 1/16H R1117 0790042 CHiP RESISTOR 2. 2KOHM+-5% 1/164
R0933 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W R1118 0790043 CHIP RESISTOR 2. TKOHM+-5% 1/16W
R0935 0730046 CHIP RESISTOR 4, TKOHM+-5% 1/16W R1119 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W
R0937 0104542 CHIP RESISTOR TOKOHN+-1% 1/16W R1120 0104545 CHIP RESISTOR 1.24K0HM+-1% 1/16W
R0938 0104542 CHIP RESISTOR TOKOHM+-1% 1/16W R112] 0104558 CHIP RESISTOR 5. 6X0HM+-1% 1/16
R0939 0790046 CHIP RESISTOR 4, 7KOHM+-5% 1/16W R1122 0104563 CHIP RESISTOR 47K0HM+-1% 1/164
E INIA Обд
DA er a a a er
eA re Fao ANA ES te TE
SYMBOL-NO — P-NO DESCRIPTION SYMBOL-NO P-NO DESCRIPTION
A ISTOR 1KOHM+-1% 1/16W R1330 0104579 CHIP RESISTOR 12KOHM+-1% 1/16K
ALZA 0790027 CHIP RES STOR 1KOHM+-5% 1/16W R1331 0790068 CHIP RESISTOR 220K0HM+-5% 1/160
R1125 0104558 CHIP RESISTOR 5. 6KOHM+-1% 1/16H R1332 0790068 CHIP RESISTOR 220K0HM+-5% 1/164
R1126 0104573 CHIP RESISTOR 1,2K0HM+-1% 1/164 R1335 0730071 CHIP RESISTOR 390KOHM+- 5% 1/16W
R1130 0790077 CHIP RESISTOR 1MOHM+-5% 1/16¥ R1336 0790071 CHIP RESISTOR 330KOHM+-5% 1/16W
9 HIP RESISTOR 560 OHM+-5% 1/16K R140] 0103821 CHIP RESISTOR 15 OHM+-5% 0. 14
RI 010454 CHIP RESISTOR 1,8KOHM+-1% 1/164 R1402 0103821 CHIP RESISTOR 15 OHM+-5% O, 18
R1133 0104558 CHIP RESISTOR 5, BKOHM+-1% 1/16 R1403 0790058 CHIP RESISTOR 33KOHM+-5% 1/16W -
R1134 0104502 CHIP RESISTOR 820 OHM+-1% 1/16 R1404 0790058 CHIP RESISTOR 39KOHM+-5% 1/16H
R1135 0104553 CHIP RESISTOR 15KOHM+-1% 1/16W R1405 0790057 CHIP RESISTOR 33KOHM+-5% 1/16H
IP RESISTOR 4, 7KOHM+-5% 1/16W R1406 0790057 CHiP RESISTOR 33KOHM+-5% 1/16W
id 0790055 CHIP RESISTOR 22K0HM+-5% 1/16H R1407 0790077 CHIP RESISTOR IMOHM+-5% 1/16
R114] 0790037 CHIP RESISTOR 33KOHM+-5% 1/16W R1408 0790077 CHI? RESISTOR IMOHM+-5K 1/16¥
R1142 0790034 CHIP RESISTOR 560 OHM+-5% 1/16H R1403 0790051 CHIP RESISTOR 10KOHM+-5% 1/16K
R1143 0790059 CHIP RESISTOR 47K0HM:-5% 1/16W R1410 0730051 CHIP RESISTOR 10KOHM+-5% 1/16W
ISTOR 1KOHM+-5% 1/164 R1411 0730067 CHIP RESISTOR 180KOHM+-5% 1/16W
R1147 0790037 CHIP RESISTOR 1KOHN+-5% 1/16% R1412 0790067 CHIP RESISTOR 180K0HM+-5% 1/16M
R1148 0730055 CHIP RESISTOR Z2KCHM+-5% 1/164 R1413 0790024 CHIP RESISTOR 100 OHM+-S% 1/16W
R1149 0790055 CHIP RESISTOR 22K0HM+-5% 1/164 R1414 0790024 CHIP RESISTOR 100 OHM+-5% 1/16
R1150 0790037 CHIP RESISTOR 1KOHM+-5% 1/16¥ R1416 0790051 CHIP RESISTOR 10KOHM+-5% 1/16¥
q IP RESISTOR 1KOHM+-5% 1/16W RT0001 5040202 SEM! VARIABLE 2. 2K0HM (TYPE521)
A1 182 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W RTO002 5040202 SEMI VARIABLE 2, 2KOHM (TYPES21)
R1153 0790047 CHIP RESISTOR 5, 6KOHM+-5% 1/16W #70003 5040204 = SEMI VARIABLE 10KOHM (TYPESZ1)
R1158 0790037 CHIP RESISTOR 1KOHM+-5% 1/16H RT0004 5040204 + SEMI VARIABLE 10KOHM (TYPES21)
R1159 0790037 CHIP RESISTOR 1KOHM+-5% 1/16¥ RT0005 5040202 SEMI VARIABLE 2. 2KOHM (TYPES21)
3841 CHIP RESISTOR 680 OHM+-5% O. 14 RT0103 5040201 VARIABLE RESISTOR 470 OHM
Ш 0780038 CHIP RESISTOR 1, 2KOHM+-5% 1/16W RT0203 5040205 SEMi VARIABLE 22KOHM y
R1171 0790038 CHIP RESISTOR 1.2K0HM+-5% 1/16W RT0204 0104731 CHIP RESISTOR 5. GKOHM+-10% 1/16
Ri172 0790059 CHIP RESISTOR 47K0HM+-5% 1/16Y RT0205 5040204 SEMI VARIABLE 10KOHM
R1201 0790039 CHIP RESISTOR 1,5K0HM+-5% 1/164 RT0206 0104155 CH1P RESISTER 1. 5KOHM+-10% 1/8
7 CHIP RESISTOR 270KOHM+-5% 1/16W RT0207 5040205 SEMI VARIABLE 22KOKM
R109 0790053 CHIP RESISTOR 15КОНМ+-5% 1/16W RT0209 5040205 SEMI VARIABLE 22KOHM
В1204 0790064 CHIP RESISTOR 100K0HM+-5% 1/16M RT0210 5040201 VARIABLE RESISTOR 470 OHM
R1205 0790064 CHIP RESISTOR 100KOHM+-5% 1/16 RT0211 0104159 CHIP RESISTER 1. 5KOHM+-10% 1/80
R1206 0790077 CHIP RESISTOR INOHM+-5% 1/16W RT0212 5040202 SEMI VARIABLE 7. 2K0HM
CHIP RESISTOR 10K0HM+-5% 1/164 RT0215 5040204 SEMI VARIABLE 10KOHM
R1208 0780071 CHiP RESISTOR 330KOHM+-5% 1/16W RT0216 0104731 CHIP RESISTOR 5. 6K0HM+-10% 1/164
R1208 0730068 CHIP RESISTOR 220KCHM+-5% 1/16W 20001 5337422 DIODE DA221 (TYPES21)
R1210 0790053 CHIP RESISTOR 15KOHM+-5% 1/16 20001 CHI0451 DICDE PLT-462T3(MECHA. ]
R1211 0790071 CHIP RESISTOR 330X0HM+-5% 1/16M 00051 CHI0521 DIODE ONF318U-1 (ТУРЕБ21)
121 0790068 CHIP RESISTOR 220KOHM+-5% 1/16W 00052 CH1052] DIODE ONF318U-1 (TYPES21)
1313 0790053 CHIP RESISTOR 15KORM+-5% 1/16W 00101 5337422 DIODE DA221
R1214 0790052 CHIP RESISTOR 12K0HM+-5% 1/164 DO3SZ 5337351 DIODE MAI 32WK
R1215 0790052 CHIP RESISTOR 12KOHM+-5% 1/16W 00394 5337422 DIODE DA221
R1216 0790052 CHIP RESISTOR 12K0HM+-5% 1/16M D0401 5337422 DIODE DAZ21
17 0790052 CHIP RESISTOR 12K0HM+-5% 1/16 00551 5337372 DIODE SBO7-03C
Hg 0790084 CHIP RESISTOR 100KOHM+-5% 1/16W 00554 5337352 DIODE MA132WA
R1220 0790031 CHIP RESISTOR 330 ОНМ+-5% 1/16 D0556 5326021 DIODE MAI 60-MI D
R122] 0790031 CHIP RESISTOR 330 OliM+-5% 1/16W 00601 CCI0291R DIODE 185353
R1222 0790046 CHIP RESISTOR 4. TKOHM+-5% 1/16¥ D090! CC10291R — DIODE 195353
R1224 790049 CHIP RESISTOR 8.2KOHM+-5% 1/16W 00902 CCIOZ91R DIODE 155353
ME 0190032 CHIP RESISTOR 390 OHM+-5% 1/16W D0905 CCIO291R - DIODE 159353
R1302 0790032 CHIP RESISTOR 390 0HM+-5% 1/164 D1001 CC10291R DIODE 155353
R1303 0790032 CHIP RESISTOR 390 OHM+-5% 1/16W D1101 5337372 DIODE SBO7-03C
R1304 0790032 CHIP RESISTOR 390 OHM+-5% 1/16W D1102 CCIO291R — DIODE 155353
R1306 0103814 CHIP RESISTOR 3.9 OHM+-10% 0.14 D1103 5328305 D1ODE MAISIWA
1308 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W 01104 5382911 DIDOE LTI DB2A
R1309 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W D1303 5337422 DIODE DA221
R1310 0103814 CHIP RESISTOR 3.9 0HM+-10% 0. TW 01403 5328305 DIODE МАТ 51 МА
R1313 0103814 CHIP RESISTOR 3.9 0HM+-10% 0.18 1C0001 CKI3391R — IC ANZ001SB (TYPES21)
1 CHIP RESISTOR 10KOHM+-5% 1/16 1€0101 1366631 IC HA1181 89MP
318 0790081 CHIP RESISTOR 10KOHM+-5% 1/16W 1€0102 CKi3461R IC UPCS02365-101-E1
R1317 0103814 CHIP RESISTOR 3.9 OHM+-10% 0.14 160201 1366901 (C HA118372F
R1322 0790061 CHIP RESISTOR 56KOHM+-5X 1/16W 1C0202 CK12041R “IC CXLSSTEN
R1323 0790061 CHIP RESISTOR 56K0MM+-5% 1/16W 1C0203 1352331 IC CXL5507M
SYMBOL-NO P-NO DESCRIPTION SYMBOL-NO P-N0 DESCRIPTION
100204 CK13471R IC UPC5023GS-104-E! 00407 1323171 TRANSISTOR UN9213
1C0401 | (CK12231 IC HA118193F Q0408L 1323361 TRANSISTOR XP1501
IC0551 1366251 IC TL14641PT 00408 1323321 TRANSISTOR 25D2216
ICO6OT CKI215IR IC UPC50236S-079-E1 00410 1323321 TRANSISTOR 25D2216
iC0631 CK14251R IC LBI888V 00501 5326513 TRANSISTOR 2581188 (В)
ICO671 1366651 IC BAG4ITF 00507 1323321 TRANSISTOR 2502216
1C0301 CK12177U IC CXP87240A-1070 00551 CALO271R — TRANSISTOR 2581424
100902 1352582 IC S-84206F 00553 1308011 TRANSISTOR MPL1
10903 1366981 IC HD74HCT125T 00554 5326502 TRANSISTOR 25D1766 (R)
100904 1366617 IC XLUSS49AFS 00556 CA10271R — TRANSISTOR 2981424
1C0907 CJIO201 TRANSISTOR GP1U261X 00557 1323321 TRANSISTOR 2502216
ICTI0! 1366681 IC HAT18184F 00602 1323321 TRANSISTOR 2502216
101102 1365392 IC HD4931 9AF 00691 1323321 TRANSISTOR 2502216
IC1103 CK121320 IC HG51CS035TEA Q0692 CAIOZ271R — TRANSISTOR 25B1424
(C1104 CKI2061R IC UPD16510GR 00901 1323251 TRANSISTOR XP4601
IC1106 CKISB07U IC HD6433042T13F 00903 1323031 TRANSISTOR 25A1036K
[C1107 EKIA17IR IC MX25567MR 00904 1323231 TRANSISTOR 2581462
101201 CKI3791R IC UPC5023GS-105-E1 00905 1323321 TRANSISTOR 25D2216
‚ 161301 1366804 IC MPCITAT8SVMEL 00908 1323271 TRANSISTOR DTC144EE
[C1302 1366804 IC MPCITATESVMEL 01001 5328221 TRANSISTOR 25C2620-0C
1C1401 FUI017! GYRO SENSOR ENC-O5EA-02 01101 CAI0583R — TRANSISTOR 25B709A
1C1402 FU10172 GYRO SENSOR ENC-05€8-02 01103 5328192 TRANSISTOR 25C2462LD
101403 CK11721R 1C NJU7032M 01104 ~~ CA\ÏO583R — TRANSISTOR 2SB70GA
C1404 1359931 IC TC4N66F 01105 CA10583R — TRANSISTOR 2SB709A
00001 1322341 TRANSISTOR PT4810F 01106 CA10583R — TRANSISTOR 2S87OGA
00001 1323301 TRANSISTOR 2581218 (TYPES21) 01107 5328192 TRANSISTOR 25C2462LD
00002 5327521 PHOTO TRANSISTOR SPI-315-C 01109 1323271 TRANSISTOR DTC144EE
00003 1323252 TRANSISTOR XP4501 (TYPES21) 01110 5328192 TRANSISTOR 25C2462LD
00003 5327521 PHOTO TRANSISTOR SPI-315-C 01201 5328192 TRANSISTOR 2SC2462LD
00004 1322341 TRANSISTOR PT4810F 01202 1323141 TRANSISTOR 25C2411K
00004 1323252 TRANSISTOR XP4501 (TYPE521) 01401 1323271 TRANSISTOR DTC144EE
00005 1323252 TRANSISTOR XP4501 (TYPES21) AT0551 5148333 TRANSFORMAR, POYER
00051 CATOBSIR — TRANSISTOR 25D1366A [0007 0773003 COIL 47UH (TYPES21)
00101 1323301 TRANSISTOR 2581219 10002 0773002 COIL 22UH (TYPE521)
00102 1323231 TRANSISTOR 2881462 L0003 0773119 CHOKE COIL 120H+-5% (TYPE521)
00103 1323231 TRANSISTJR 2581462 LOTO! 0773003 COIL 47UH
00104 1323181 TRANSISTOR XP4213 L0102 0773094 CHOKE COIL 100UH+-10%
00105 1323301 TRANSISTOR 25SB1219 10103 0773124 CHOKE COIL 27UH+-5%
00107 1323231 TRANSISTOR 2581462 L0104 + 0773003 COIL 4704
00108 1323271 TRANSISTOR DTC144EE 10105 0773117 CHOKE COIL 8. 20H+-5%
00109 1323231 TRANSISTOR 25B1462 L0107 0773134 CHOKE COIL 150UH+~5%
00110 5326471 TRANSISTOR 2581218 (R) L0108 + 0773135 CHOKE COIL 180UH+-5%
00112 1323321 TRANSISTOR 2502216 L0109 5129255 COIL 470UH
00117 1323173 TRANSISTOR UN9212 10110 0773124 CHOKE COIL 27UH+-5%
00120 5326454 TRANSISTOR DTA124EU LON 5129256 COIL 330UH
00123 1323321 TRANSISTOR 2502216 LOT 70 077309! CHOKE COIL 33UH
00170 1323301 TRANSISTOR 2581219 L0171 077309! CHOKE COIL 33UH
00171 1323253 TRANSISTOR XP4401 10172 0773129 CHOKE COIL 68UH+-5%
00173 1323253 TRANSISTOR XP4401 L0203 0773118 CHOKE COIL 10UH+-5%
00175 1323321 TRANSISTOR 2902216 L0204 + 0773133 CAOKE COIL 120UH+--5%
00176 1323231 TRANSISTOR 2581462 L0206 0773088 CHOKE COIL 15UH
00210 1323321 TRANSISTOR 2502216 L0350 0773003 COIL 47UH
00216 1323173 TRANSISTOR UN9212 L0401 0773003 COIL 470H
00217 1323271 TRANSISTOR DTC144EE 10552 BA10127R — COIL 10UH
00218 1323271 TRANSISTOR DTC144EE L0553 BA10128R — COIL 220
00225 1323231 TRANSISTOR 2581462 10554 BA10135R COIL 10UH
00226 1323271 TRANSISTOR DTC144EE L0556 B410127R = COIL 10UH
00350 1323321 TRANSISTOR 25D2216 L0558 BA10123R COIL A47UH
00352 1323231 TRANSISTOR 2581462 L0560 0773001 CHOCE COIL 10UH+-10%
00353 1323361 TRANSISTOR XP1501 L0561 0773004 COIL 100UH
00356 132332! TRANSISTOR 2502216 L0562 0773004 COIL 100UH
00390 1323271 TRANSISTOR DTC144EE L0601 0773087 CHOKE COIL 100H+-10%
ODA01L 1323171 TRANSISTOR UN9213 L0901 0773004 COIL 100UH
00403L — 1323321 TRANSISTOR 2502216 1.0302 0773121 CHOKE COIL 15UH+-5%
00404 1323371 TRANSISTOR 2502216 L0903 0773088 CHOKE COIL 15UH (TYPE521)
5-10
| MU o a LE
SYMBOL-NO Р-№ DESCRIPTION SYMBOL-NO P-NO DESCRIPTION
COIL 47UR C2113 0893188 CERAMIC CHIP 0.0470F+-10% 16V.
11102 ol COIL 47UH C2114 0893225 CERAMIC CHIP 0, TUF+80-20% 16V
L1103 0773001 CHOCE COIL TOUH+-10% C2119 0893193 CERAMIC CHIP 0. 01UF+-10% 25V
L1106 0773094 CHOKE COIL 100UH+-10% C2120 0893059 CERAMIC CHIP 0. 47UF+80-20% 16Y
L1109 0773001 CHOCE COIL 10UH+-10% C2121. 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V
773001 CHOCE COIL 10UH+-10% C2122 0893231 CERAMIC CHIP 0. 068UF+80-20% 25V
1301 0773001 CHOCE COIL TOUH+-10% C2123 0893231 CERAMIC CHIP 0. 068UF+80-20% 25V
L1302 0773001 CHOCE COIL TOUH+-10% (2124 0893231 CERAMIC CHIP 0. 068UF+80-20% 25V
X0201 1930211 CRYSTAL C2136 0893062 CERAMIC CHIP 1UF+80-20% 16V
X0901 1930171 CRYSTAL 02137 0893193 CERAMIC CHIP 0. 01UF+-10% 25V
1R CRYSTAL C2138 0893193 CERAMIC CHIP 0. 01UF+-10% 25V
At 1920004 CRYSTAL C214] 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V
BL0501 — BVIOZ201R CHOKE COIL C2181 0893232 CERAMIC CHIP 0. 1UF+80-20% 25V
CN0001 5845867 CONNECTOR C2182 0806158 ELECTROLYTIC 22UF 16V
CNOSO2 5847081 CONNECTOR C2183 0806174 ELECTROLYTIC 100UF 6. 3V
45861 CONNECTOR (2184 0806149 ELECTROLYTIC 4. TUF 25V
Cig! 1380971 CONNECTOR C2185 0893008 CERAMIC CHIP 0.1UF +-10% 16V
CP0202 BE10231R LC FILTER C2187 0806153 ELECTROLYTIC 10UF 16V
(P0203 BE10341R FILTER, BAND PASS C2203 0393225 CERAMIC CHIP 0. 1UF+80-20% 16V
CP0204 BE10343R FILTER, BAND PASS C2204 0893232 CERAMIC CHIP 0. 1UF+80-20% 25V
P1101 5172675 FILTER, LOW PASS C2205 0893175 CERAMIC CHIP 1000PF+-5% 50V
AFOS01 5723232 FUSE 2A C2207 0893175 CERAMIC CHIP 1000PF+-5% 50V
AF0502 5723231 FUSE 1. BA C2211 0206673 ELECTROLYTIC 33UF 6. 3V |
Ж0200 — 5695291 SOCKT C2212 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V
JK0201 ES10242 JACK, AV (2213 0893175 CERAMIC CHIP 1000PF+-5% SOV
1 3601 DC JACK 02214 0893127 CERAMIC CHIP 120PF+-5% 50V
О! 360602) MINI PLUG C2215 0893217 CERAMIC CHIP 4700PF+~10% 50V
PGO00T 5668672 PLUG | (TYPES21) C2216 0806019 ELECTROLYTIC 2, 2UF 10V
PG0051 5668672 PLUG (TYPES21) (2217 0202025 CERAMIC DISC 4700PF+-5% 50V
PGO101 EATOSOIR = PLUG C2218 0806149 ELECTROLYTIC 4. 7UF 25V
401 671 MINI PLUG 2219 0893154 CERAMIC CHIP 27PF+-5% 50V
POS 1830322 PLUG £2220 0833154 CERAMIC CHIP 27PF+-5% 50V
PG0502 5668671 MINI PLUG (2221 0893154 CERAMIC CHIP 27PF+-5% 50V
PG0503 5668675 PLUG (2222 0893154 CERAMIC CHIP 27PF+-5% 50V
PGC551 5669037 MINI PLUG (2223 0893154 CERAMIC CHIP 27PF+-5% 50V
PGO601 5692362 MINI PLUG C2224 0893154 CERAMIC CHIP 27PF+-5% SOV
PGOBO2 + EATOGAIR = PLUG C2225 0893154 CERAMIC CHIP 27PF+-5% 50V
PG0603 — 5668753 MINI PLUG 2226 0833154 CERAMIC CHIP 27PF+-5% 50V
PGO604 — 5668671 MINI PLUG C2227 0893232 CERAMIC CHIP 0. 1UF+80-20% 25V
PGOS01 5668572 MINI PLUG R2101 0790057 CHIP RESISTOR 33KOHM+-5% 1/16W
PGO902 — 5668752 MINT PLUG R2102 0790059 CHIP RESISTOR 47K0HM+-5% 1/164
26903 5669193 MINI PLUG (TYPES21) R2103 0790037 CHIP RESISTOR 1KOHM+-5% 1/16¥
P60903 — 5669194 PLUG (TYPE520) R2104 0705203 CHIP RESISTOR 18K0HM+-0. 5% 1/164
PG1001 1830344 PLUG R2105 0790077 CHIP RESISTOR 1MOHM+-5% 1/16W
PG1101 1830343 PLUG R2106 0750065 CHIP RESISTOR 120KOHM+-5% 1/164
P61102 1830351 PLUG R2107 + 0790065 CHIP RESISTOR 120KOHM+-5% 1/16W
261301 EA10407R CONNECTOR R108 + 0790055 CHIP RESISTOR 22K0HM+-5% 1/164
A0F1301 FMIO112R — FUSE 0.2A R2109 0790058 CHIP RESISTOR 39K0HM+-5% 1/164
50003 5636171 SWITCH R2110 0790054 CHIP RESISTOR 18KOHM+-5% 1/16W
50004 5636171 SHITCH R211 0730054 CHIP RESISTOR 18KCHM+-5% 1/16
5 636171 SWITCH R2112 0790057 CHIP RESISTOR 33K0HM+-5% 1/16N
30008 86353] SWITCH R2113 0790058 CHIP RESISTOR 39K0HM+-5% 1/16W
50007 5613523 SKI TCH R2115 0790077 CHIP RESISTOR 1MOHM+-5% 1/16
50501 FD10201 SWITCH R2118 0790047 CHIP RESISTOR 5. 6KOHM+-5% 1/16W
50502 FEI015] SWITCH R2119 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W
WO901 — 1742012 SWITCH R2120 0790024 CHIP RESISTOR 100 OHM+-5% 1/16%
— To de NA
THONCTYPES20, 521 R2122 0790024 IM+-
a TT R2125 0790046 CHIP RESISTOR 4. 7KOHM+-5% 1/16
(2102 0893062 CERAMIC CHIP 1UF+80-20% 16V R2126 0790046 CHIP RESISTOR 4. 7KOHM+-5% 1/16W
(2104 0893062 CERAMIC CHIP 1UF+80-20% 16V R2128 0790058 CHIP RESISTOR 33KOHM+-5% 1/16H
(2105 0893191 CERAMIC CHIP 6800PF+-10% 25Y R2129 0790059 CHIP RESISTOR 47K0HM+-5% 1/16W
C2106 0893062 CERAMIC CHIP 1UF+80-20% 16V #139 0790029 CHIP RESISTOR 270 OHM+-S% 1/16W
(2108 0806153 ELECTROLYTIC TOUF 16V R2140 0730043 CHIP RESISTOR 8, 2KOHM+-5% 1/16¥
(2110 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V R2142 0790033 CHIP RESISTOR 470 OHM+-5% 1/16W
SYMBOL-NO Р-№ DESCRIPTION SYMBOL-NO P-NO DESCRIPTION
R2143 0790033 CHIP RESISTOR 470 OHM+-5% 1/16W
R2148 0790055 CHIP RESISTOR 22KOHM+-5% 1/16
R2151 0790071 - CHIP RESISTOR 330K0HM+-5% 1/16H
R2153 0790055 CHIP RESISTOR 22K0HM+-5% 1/16
R2154 0790055 CHIP RESISTOR 22KOHM+-5% 1/16W
R218] 0105593 CHIP RESISTOR 680 OHM+-5% 1/2
R2182 0790058 CHIP RESISTOR 39KOHM+-5% 1/16
R2184 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W
R2202 . 0105697 CHIP RESISTOR 390KOKM+-1% 1/16H
R2203 0105197 CHIP RESISTOR 22K0HM+-0, 5% 1/16W
R2204 0105202 CHIP RESISTOR 39KOHM+-0, 5% 1/16W
R2207 0104514 CHIP RESISTOR 1. 36KOHM+-1% 1/16¥
R2208 0790033 CHIP RESISTOR 470 OHM+-5% 1/16W
R2209 0790046 CHIP RESISTOR 4, TKOHM+-5% 1/16
R2210 0790038 CHIP RESISTOR 1. 2K0HM+-5% 1/16H
R2211 0790064 CHIP RESISTOR 100KOHM+-5% 1/16¥
R2212 0790051 CHIP RESISTOR 10KOHM+-5% 1/16¥
R2213 0790051 CHIP RESISTOR TOKOHM+-5% 1/16¥
R2215 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W
R2216 0790037 CHIP RESISTOR 1K0HM+-5% 1/164
R2217 0730037 CHIP RESISTOR 1KOHM+-5% 1/16¥
RT2101 ~~ AW10168 TIMMER RESISTOR
RT2102 AW10168° TIMMER RESISTOR
RT2103 AWTO168 TIMMER RESISTOR
RT2104 5040107 SEMI VARIABLE TOKOHM
RT2105 5040106 SEMI VARIABLE 4. TKOHM
RT2106 5040106 SEM! VARIABLE 4. 7KOHM
RT2181 5040106 SEMI VARIABLE 4. TKOHM
RT2201 5040108 SEMI VARIABLE
02101 5337354 DIODE MA133
02102 5337354 DIODE MA133
02103 5337354 DIODE MAI33
02201 5337031 DIODE 1SV201
02202 5337353 DIODE MA132K
102101 CK10522U IC IR3Y18A
102181 CK119618 IC NJMA3IU
102202 1366341 IC ETM3030T0A
L2181 0773094 CHOKE COIL TOQUA+-10%
L2182 0773084 (HOKE COIL 100UH+-10%
L2203 BATOISIR = COIL 220UH
L2204 0773121 CHOKE COIL 15UH+-5%
X2101 BLIOTITR + CRYSTAL
CP2101 5172474 TRAP, COIL
P62102 1830022 PLUG
P62104 1830022 PLUG
PG2201 EAT0348R CONNECTOR
P62203 17830191 PLUG
5-12
3. MECHANICAL PARTS LIST
Applicable model: VM-H620A/H720A |
Note: This replacement parts list applies to the following model.
SYMBOL-NO P-NO DESCRIPTION SYMBOL-NO P-HO DESCRIPTION
215 REA RING, LOADING
217 |
MECHANISM SECTION 27 e Sul tuo
ASSETTE (TYPE620) 219 К! |
i ENE ELO: CASSETTE (TYPET20) 220 4589366 BASE, GUIDE ROLLER (O)
| 1DE ROLLER
102 0X10823 RING, LENS 221 Кб! GU
103 4799701 CAP, FOOD 222 4587796 PLATE ER
105 0X10833 RING, LENS 223 KX10534 E се
106 NX11242 RING 224 6406156 ROLLER, IMPEDA
107 013444 CASE, SIDE (L) 227 4589012 ARM, TENSION
LID 228 6554231 SPRING
116 Е By ets 229 4588553 BAND, TENSION
111 0011734 COVER, TOP 230 6408832 COVER, ГОЦЕВ
112 0011721 COVER, LENS 231 MAIOBOT PE nen
113 0DI1881 COVER, SWITCH 232 4588204 ARM,
_ ca
114 PC11061 KNOB, EJECT 233 7787571 WASHE
115 CH10171 MICROPHONE 234 4508702 A
116 NT10281 FRAME, MECHANISM 235 6554201 SPR
117 NJ10411 HOLDER 235 KX10731 LEVER
118 0X10813 CASE, BATTERY 237 4588532
11 0011702 WINDOW, IR 238 4588429 PLATE
120 FHIO192 SWITCH ASSY 239 4588353 BRUCE
121 4899872 SPRING 240 6554221
122 5604851 SWITCH, T/W 241 6554214 SPRING TAN
123 0011827 CASE, SIDE(R) 242 GPI0191 MOTOR,
124 4826123 STOPPER 244 5794021 BRUSH
125 4345032 SHEET, EVF 245 4508995 COVER peer
126 0DIT634 CASE. BATTERY (TYPES20) 246 KXI0761 CASS
126 0D11683 CASE BATTERY (TYPET20) 247 7789314 WASHER
127 NJ10471 HOLDER, BATTERY CA) 248 4827262 BRACKET
401 HOLDER, BATTERY (L) 501 KX10253 CYLINDER ASSY (CY-53C3-F)
128 oa HOLDER, JACK 601 NT10302 FE LEIS ри
130 PC1108! BOTTON, POKER 602 VE11253 CCD
131 4752651 KNOB, LOCK 603 (010433 LENS ASSY
132 0011971 CAP, BATTERY 607 NX11251 RUBBER
608 OTI0151 CRYSTAL
13 OT STRAP, HAND 700 UX10482 | EVF ASSY CTYPE620)
135 NXI1531 HINGE 700 UX10461 EVF ASSY CTYPE720)
136 MNT0B31 SHEET A701 5319062 CRT (TYPE620)
137 MU10651 CUSHION 702 4715252 CASE,CRT (TYPE620)
; RHINAL 701 CS10321 MODULE HTS9554 (TYPE720)
139 oo COVER ek 703 4715241 CASE, CAT(B) (TYPE620)
140 0D11641 COVER OC 702 D810161 LCD (TYPET20)
141 (L10491 TERMINAL(L) 703 MNI1221 SPACER (TYPET20)
142 (10501 TERMINAL(R) 704 4592241 COVER СТУРЕБ20)
A, TERMINAL 705 0011823 CASE,EVF (TYPE620)
у lies MOL TERMINAL 706 EF10248 CONNECTOR (TYPE620)
145 NX11261 HOLDER, BATTERY 707 0D13541 LENS,EVF (TYPES20)
146 NJI0431 HOLDER, EJECT 708 QX11991 CAP, EYE (TYPES20)
150 0L13002 SHEET, BATTERY 709 0DI1851 CASE, EVF(B) CIYPEG20)
K, TAKE-UP 710 0DIOS84 HOLDER, LCD (ТУРЕТ20)
0 COST E ois 711 0010574 COVER LIGHT (TYPET20)
203 1787723 WASHER 712 010612 PIECE (TYPET20)
204 5404073 REEL DISK, SUPPLY 713 4717041 LENS,EVF CTYPET20)
205 6401644 GEAR. IDLER 714 4798771 CAP, EYE (TYPET20)
715 0011787 CASE, EVF (TYPE720)
06 MOET GEAR PULLEY M 0012172 CASE EVF (FED
208 6358471 BELT 723 JD10211 FLEXIBLE CONNECTOR (TYPE720)
209 VX10622 LOADING MOTOR BLOCK 724 5846771 CONNECTOR (TYPE720)
210 6276312 GEAR, DRIVE 725 5844972 CONNECTOR (TYPET20)
AR 726 MUO711 SHEET (TYPET20)
я, CO CENA 751 4102531 SCREN
213 6405834 GEAR (R) 752 0D13291 CASE, LOWER
214 7787731 WASHER 753 4115381 CORD, PONER
215 5405824 GEAR (L) 754 0013941 CASE, UPPER
5-13
a mi meter a FURR RP SAYRE FART I ATR Rh A AN phe dees meme E
мож TRIN, phe ter PE e + MT mara a LATE E - Narea em rr DC CA ACETONA TA
Note: This replacement parts list applies to the following model.
4, ELECTRICAL PARTS LIST Aplicable model : VM-H6204/H7204
sue MO СКАЙ ВОС № DESCRIPTION SYMBOL-NO | P-HO DESCRIPTION Ш CL SYMBOL PD DESCRIPTION
Bik SREY (ify oe SCREW (1. 7X3) Е ЩЕ | © C0182 0893008 CERAMIC CHIP O.1UF +-10% 16V
902 77IBO63 SCREW(C2X3) de AT SO VCR 8 CAMERA SECTION (0183 080153 - ELECTROLYTIC 1CUF 16V
и) каб | НО) 963 8700264 1.742 SCREW | CO101 0202328 CERAMIC CHIP 1.OUF+60-208 16V ike GE Lara
7 | , OUF+E0-
SAG AA 0102 0806174 — ELECTROLYTIC 100UF 6.37 C0187 0893208 CERAMIC CHIP 1000PF+-10% 50V
906 8650103 SCREWCEX
Wo nen sy ACCESSORIES c0103 0893197 CERAMIC CHIP O.022UF+-10% 25V C0188 0893208 CERMIC CHIP 1000PF:-10% 50V
908 8700988 SCREMCI.7X3.0) C0104 0893188 CERAMIC CHIP 0.047UF#+-10K 16V C0189 0893161 CERMIC CHIP B2PF+-5% 50V
a E Ew NET NU ео — | 86 EN duce | E EN Ciro
a 619 : | (0706 08931 01 UF+- +-5%
619008 SOREL TRS СУРЕВ20) | 803 EVIONT CORD PLUG COTOS 0833188 À CERAMIC CHIP O.047UF+-10% 16V C0201 0893193 CERAMIC CHIP 0.01UF+-10% 25
912 8700970 REW C1. 7X4. '
а МОИ ООВ) ror со109 0893197 CERAMIC CHIP 0.(022UF+-10% 25V 00200 0893113 CERANSC CHIP 10PF+-0.5% 50V
951 8712024 PAN HEAD SCREN-1. AMOX3IM 607 112 Де алые ОО НТО) | C0110 0893197 CERAMIC CHIP 0.022UF+-10% 25V C0203 0893112 CERAMIC CHIP 1OPF+-0.5% 50V
952 8700272 — SCREWCI.TX5) 808 479821 STRING CAP | COTIT 0893008 CERAMIC CHIP 0. 1UF +-10% 16V C0204 0893193 CERAMIC CHIP 0. 01UF+-10% 25V
953 7775921 SCRENCIAXD ' | 0112 0893225 CERAMIC CHIP 0. JUF+80-20M 16V C0205 0893197 CERAMIC CHIP 0. 022UF+10% 25V
; 0113 0805001 | ÉLECTROLYTIC O.TUF 35V C0206 0893197 CERMIC CHIP O.022UF+-108 25V
954 8714004 SCRENCI.4X2.5 |
GE wos EN CO114 0893183 CERAMIC CHIP 0.01UF+-10% 25V C007 0893115 CERAMIC CHIP 15PF+-5% SOV
957 8700976 SCREWCI.THE.0) | C0115 0893193 CERAMIC CHIP 0.01UF+-10% 25V C0208 0893127 CERANIC CHIP 120PF+-5% 50V
958 7770791 SCREW C0116 0893208 CERAMIC CHIP 100DPF+-10% 50V C0209 0893122 CERAMIC CHIP 4TPF+-5% 50V
959 8712904 SCREW(L.4X2.0) | C0117 0893208 — CERAMIC CHIP TODOPF:-10% 50V C0210 0893109 CERAMIC CHIP 7.0PF 50V
EEE (0118 0833225 CERAMIC CHIP 0. 1UF+80-20% 16V 0213 0893102 CERMIC CHIP 1.0PF+-0. 25% 50V
cO119 0893119 CERAMIC CHIP 33PF+-5% 50М CO214 0893208 CERAMIC CHIP 1000PE+-10% 50V
ACCESSORIES (0120 0893122 CERAMIC CHIP ATPF+-5% 50V C0215 0893208 CERAMIC CHIP 1000PF+-10% 50V
El die | EEN REE
C0130 0893208 ;- OTUF+-
AAC ADAPTOR/ CHARGER DC CORD AV OUTPUT CORD AV OUTPUT CORD 00131 0806168 ELECTROLYTIC 4TUF 6.3V C0218 0893225 CERAMIC CHIP 0.1UF+80-20% 16V
(For Normal 8 MODEL) (For Hi-8 MODEL)
cola 0893014 CERAMIC CHIP 0.01UF:-10% 25V C0219 0808024 ELECTROLYTIC 3.3UF 6.3V
(0133 0893119 — CERAMIC CHIP 33PE+-5% 50V COZ24 0893127 CERAMIC CHIP 120PF+-5% 50V
C0134 0893104 CERAMIC CHIP 2, OPF 504 C0225 0893013 CERAMIC CHIP 0. 220Е+-10% 16
C013 0893115 —— CERAMIC CHIP TSPF+-5% 50V C0227 0893197 CERAMIC CHIP 0.022UF+-10% 25V
C0137 0893239 CERAMIC CHIP 0.01UFB0-20% 50V C0228 0893059 CERAMIC CHIP 0. 47UF+80-20% 16V
|
В | с0140 0893193 CERAMIC CHIP 0,01UF+-10% 25V C0225 0893004 CERMIIC CHIP 0.047UF+-10% 16V
0141 0893133 CERAMIC CHIP 330PF+-5% 50V C0230 0893122 CERAMIC CHIP АТРР+-5% 50V
C012 0893123 CERAMIC CHIP SBPF+-5% 50V C0231 0806168 ELECTROLYTIC 47UF $.3v
(0143 08923239 CERAMIC CRIP 0.01UF+B0-20% 50V C0232 0893193 CERAMIC CHIP 0.01UF+-10% 25V
C0144 0893214 CERAMIC CHIP 2700PF+-10% SOV C0235 0893124 CHIP CERAMIC GBPF+-5% 50V
[VM-AC8SA] с0145 0893193 CERAMIC CHIP O.01UF:-10 25Y с0237 0833208 CERIMIC CHIP 1000PF+-10% 50V
т оО — [Ват ca E E E UN
LER (0147 0893114 + г +-
SHOULDER STRAP STRING C0148 0803193 CERAMIC CHIP 0, OTUF#-10X 25V 60242 0893008 CERAMIC CHIP O.1UF +-10% 16V
C0149 0893117 CERAMIC CHIP 22PF+-5% 50V C0243 0833208 CERAMIC CHIP 1000PF+-10% 50V
os со150 0893114 CERAAIC CHIP 12P5+-5% 50V C0244 0806027 ELECTROLYTIC 4.7UF 4V
; ; (0151 0893193 CERAMIC CHIP 0.0TUFH-10% 25V C0245 0893208 — CERMIC CHIP 1000PF+-10% SOV
C0152 08931933 CERAMIC CHIP O.01UF+-10% 25V C0246 0806124 ELECTROLYTIC TOUF 4V
CO153 0893193 CERAMIC CHIP 0. OTUF+-10% 25V C0247 0806027 ELECTROLYTIC 4.TUF 4
CO154 0893193 CERAMIC CHIP 0, C1UF+-10% 25V (0248 0893118 CERAMIC CHIP 27PF+-5% SOV
CO1S5 0893193 CERAMIC CHIP 0.01UF+-10% 25V C029 0893127 CERMIIC CHIP 120PF+-5% 5OV
(0155 0893239 CERAMIC CHIP O.01UF:80-20% 50V C0250 0202328 CERAMIC CHIP 1.0UF+B0-20% 16V
C0150 0893109 CERAMIC CHIP 7.0PF 50V C0251 0806027 ELECTROLYTIC 4. TUF 4V
C0163 0806168 ELECTROLYTIC 47UF 6.3V 60252 0806149 ELECTROLYTIC 4. TUF 25
[VM-RMESSA] [VM-RM70A] (0164 0893014 CERAMIC CHIP O.01UF:-10% 25V (0253 0893193 CERAMIC CHIP 0.01UF+-10% 25V
C0155 0893193 CERAMIC CHIP 0. 01UF+-10% 25V C054 0806153 ELECTROLYTIC 10UF 16
AV OPTICAL WIRELESS |A A с0168 0202328 CERAMIC CHIP 1, OUF:80-20% 16V C0255- 0202328 CERAMIC CHIP 1.0UF+80-20% 16V
RECEIVER (For Type 521) CONGO 0202328 CERAMIC CHIP 1.0UF+80-20% i6V C0255 0893162 CERAMIC CHIP 100PF+-E% 50V
(0170 0893208 CERAMIC CHIP 1000РЕ+-10% SOV C057 0806174 ELECTROLYTIC 100UF 6.3V
CONTI 0833193 CERAMIC CHIP 0. 01UF+-10% 25V C0258 0893014 CERMIIC CHIP 0.01UF+-10% 25V
| C0172 0806153 ELECTROLYTIC 10UF 16V C059 0893225 CERMIC CHIP 0.1UF+80-20% 16V
WARNING: Keep this battery C0173 0833193 CERAMIC CHIP 0, 01UF+-10% 25V C050 0893197 CERAMIC CHIP 0.0220F+-10% 25V
away from children. C0176 0806124 ELECTROLYTIC TOUF 4V C0261 0893117 CERMMIC CHIP 22PF+-5% SOV
f swallowed, consult a (CITE 0803105 CERÁMIC CHIP 4.0PF+-0.25% 50V C0262 0893108 CERMMIC CHIP 6.0PF+-0. 5% 50V
Co physician immediately for x C0178 0893117 CERAMIC CHIP 22PF+-5% SOV C0263 0893011 CERAIC CHIP O.15UF+-10% 16V
emergency treatment. . ВЕ ой
CO1T7 0893152 CERAMIC CHIP 18PF+-5% 50V со264 0893167 CERAMIC CHIP 270PF+-5% 50V
(0178 0833208 CERAMIC CHIP 1000PF+-10% 50V C0265 0893165 CERAMIC CHIP 180PF+-5% 50V
[VM-IR20 | C0179 0893208 CERAMIC CHIP 1000PF+-10% 50V C0265 0893164 CERAMIC CHIP ISOPF+-5% 50V
-1R20A] CO1AD 0883197 À CERAMIC CHIP O. 0220F+-10% 25V CO267 0893153 CERMIC CHIP 22PF+-5% 50V
C0181 0893208 CERAMIC CHIP TODOPF+-10% 5OV COZ70 0893008 CERAMIC CHIP O.1UF +10 16V
5 - 14 5 - 15
{
+
F
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t
A
tt pp Bb SASS RS E ETES 1 EE BE ne 5 TE
SYMBOL-NO | P-NO DESCRIPTION SYMBOL-NO F-NO DESCRIPTION
C0271 0806153 ELECTROLYTIC 10UF 16V . C0431R 0893208 CERAMIC CHIP 1000PF+-10% 50V
(0272 0893118 CERAMIC CHIP 27PF+-5% 50V (0432 0806131 . = CHIP CAPACITOR 2, 2UF+-20% 20V
C0275. 0806174 ELECTROLYTIC 100UF 6. 3V C0439 0202327 CERAMIC CHIP 0. 22UF+-10% 16V
C0350 0806124 ELECTROLYTIC 10UF 4V C0441L 0202327 CERAMIC CHIP 0.22UF+-10% 16V
C0351 . 0806178 ELECTROLYTIC 220UF. 4V C0441R 0202327 CERAMIC CHIP O. 22UF+-104 16V
C0352 0806178 ELECTROLYTIC 220UF 4V C0443 0893233 CERAMIC CHIP 0. 01UF+80-20% 50V
(0353 0806124 ELECTROLYTIC 10UF 4V C0445 0893062 CERAMIC CHIP 1UF+80-20% 16V
(0354 0893225 CERAMIC CHIP O. TUF+80-20% 16V C0457L 0893184 CERAMIC CHIP O. 022UF+-10% 16V
(0355 0893225 CERAMIC CHIP 0. TUF+80-20% 16V (0458 0893014 CERAMIC CHIP 0. OTUF+-—10% 25V
C0356 0893193 CERAMIC CHIP 0.01UF+-10% 25 (620) (0459 0893014 CERAMIC CHIP 0, 01UF+-10% 25V
C0357 0893014 CERAMIC CHIP 0. 0TUF+-10% 25V C0460 0893014 CERAMIC CHIP 0. 01UF+-10% 25V
C0358 0806168 ELECTROLYTIC 47UF 6.3V C0461 0893008 CERAMIC CHIP 0. 1UF +-10% 16V
C0358 0806027 ELECTROLYTIC 4. 7UF 4V C0462R 0202327 CERAMIC CHIP 0.22Ur+-10% 16V
C0360 10893239 CERAMIC CHIP O. 01UF+80-20% 50V C0501 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V
C0362 0893208 CERAMIC CHIP 1000PF+-10% 50V C0502 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V
C0364 0806124 ELECTROLYTIC 10UF 4V 0503 0893225 CERAMIC CHIP 0. TUF+80-20% 16V
(0365 0893014 CERAMIC CHIP 0. 01UF+-10% 25V C0551 0893155 CERAMIC CHIP 33PF+-5% 50V
C0368 + 0893131 CERAMIC CHIP 220PF+-5% SQV (0552 0893217 CERAMIC CHIP 4700PF+-10% 50V
C0391 0893239 CERAMIC CHIP 0. 01UF+80-20% 50V (0553 0893014 CERAMIC CHIP 0, 01 UF+-10% 25V
C0392 0893079 CERAMIC DISC 0Q.01UF+80-20% SOV C0555 0209942 CERAMIC CHIP 100PF+-5% 50V
C0401L 0202327 CERAMIC CHIP 0. 220F+-104 16V C0556 0893008 CERAMIC CHIP 0. TUF +-10% 16V
C0401R 0202327 CERAMIC CHIP O. 22UF+-10% 16 C0557 0806153 ELECTROLYTIC 10UF 16V
(0402L 0893013 CERAMIC CHIP 0. 22UF+-10% 16V C0558 0893008 CERAMIC CHIP 0. 1UF +-10% 16V
C0402R 0893013 CERAMIC CHIP 0. 22UF+-10% 16V (0558 0893008 CERAMIC CHIP 0. TUF +-10% 16V
C0403L 0893208 CERAMIC CHIP 1000PF+-10% 50V C0560 0893202 CERAMIC CHIP 330PF+-10% 50V
C0403R 0893208 CERAMIC CHIP 1000PF+-10% 50V C0561 0893165 CERAMIC CHIP 180PF+-5% 50V
CO404L 0893213 CERAMIC CHIP 2200PF+-10% 50V C0562 0893203 CERAMIC CHIP 390PF+-10% 50V
C0404R — 0893213 CERAMIC CHIP 2200PF+-10% 50V C0563 0893158 CERAMIC CHIP 56PF+-5% SOV
C0405L 0893211 CERAMIC CHIP 1500PE+-10% 50V C0567 0893227 CERAMIC CHIP 0. 22UF+80-20% 16V
C0405R 0893271 CERAMIC CHIP 1500PF+-104 50V C0570 0206671 ELECTROLYTIC 10UF 10V
C0406L 0806163 ELECTROLYTIC 33UF 10V C0571 0206671 ELECTROLYTIC 10UF 10V
C0406R 0806163 ELECTROLYTIC 33UF 10V (0573 0202328 CERAMIC CHIP 1. OUF+80-20% 16
C0407L 0806018 ELECTROLYTIC 2. 2UF 6. 3V C0577 0206671 ELECTROLYTIC 10UF 10V
C0407R 0806018 ELECTROLYTIC 2. 2UF 6. 3V C0579 0206671 ELECTROLYTIC 10UF 10V
Co408L 0806027 ELECTROLYTIC 4. 7UF 4V (0581 0202328 CERAMIC CHIP 1. QUF+80~20% 16V
C0408R 0806027 ELECTROLYTIC 4. TUF 4V (0582 0202328 CERAMIC CHIP 1. QUF+80-20% 16V
C0408L 0893208 CERAMIC CHIP 1000PF+-10% 50V C0585 AA00335R CHIP CERAMIC 1. OUF+80-20% 25V
C040SR 0893208 CERAMIC CHIP 1000PF+-10% 50V C0586 0202328 CERAMIC CHIP 1. QUF+80-20% 16V
C0410L 0893208 CERAMIC CHIP T000PF+-10% 50V C0588 AROO335R — CHIP CERAMIC |. 0UF+80-20% 25V
C0450R 0893208 CERAMIC CHIP 1000PF+-10% 50V C0589 0202328 CERAMIC CHIP 1. 0UF+80-20% 16V
C04vit 0202327 CERAMIC CHIP 0. 220F+-10% 16Y C0590 0806157 ELECTROLYTIC 22UF 6. 3V
CO411R 0202327 CERAMIC CHIP 0.22UF+-10% 16V C0591 0893062 CERAMIC CHIP 1UF+80-20% 16V
C0412L 0806117 ELECTROLYTIC 3. 3UF 16V C0801 0893205 CERAMIC CHIP 560PF+-10% 50V
C0412R 0806147 ELECTROLYTIC 3. 3UF 35V C0602 0806149 ELECTROLYTIC 4. 7UF 25V
C0413 0806018 ELECTROLYTIC 2. 2UF 6.3V C0603 0893115 CERAMIC CHIP 15PF+-5% 50V
C0415L 0893184 CERAMIC CHIP O. 02207+-10% 16 0604 0893215 CERAMIC CHIP 3300PF+-10% 50V
C0415R — 0893184 CERAMIC CHIP 9. 022UF+-10% 16V C0605 0893208 CERAMIC CHIP 1000PF+-10% 50V
C0416 + 0806027 ELECTROLYTIC 4. TUF 4V C0606 0893204 CERAMIC CHIP 470PF+-10% SOY
C0417L 0893184 CERAMIC CHIP 0.022UF+-10% 16V C0607 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V
C0417R 0893184 CERAMIC CHIP 0. 0220F+-10% 16V C0608 0893204 CERAMIC CHIP 470PF+-10% 50V
C0418L 0893184 CERAMIC CHIP 0. 022UF+-10% 16V C0608 0893184 CERAMIC CHIP 0. 022UF+-10% 16V
C0418R 0893184 CERAMIC CHIP 0.022UF+-10% 16V C0610 0806153 ELECTROLYTIC 10UF 16V
C0418L 0893216 CERAMIC CHIP 3900PF+-10% 50V C0612 0893193 CERAMIC CHIP 0. 01UF+-10% 25V
C0419R 0893184 CERAMIC CHIP 0. 022Ur+-10% 16V C0613 0893193 CERAMIC CHIP 0. 01UF+-10® 25V
C0420 0806131 CHIP CAPACITOR 2. 2UF+-20% 20V C0614 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V
C0421 0893186 CERAMIC CHIP 0.033UF+-10% 16V C0615 0893205 CERAMIC CHIP 560PF+-10% 50V
(0422 0806153 ELECTROLYTIC 10UF 16Y C0616 0893115 CERAMIC CHIP 15PF+-5% 50V
00423 0806153 ELECTROLYTIC 10UF 16V C0617 0893215 CERAMIC CHIP 3300PF+-10% 50V
C0424L + 0202327 CERAMIC CHIP 0. 22UF+-10% 16V C0618 0893204 CERAMIC CHIP 470PF+-10% 50V
(0425 0893239 CERAMIC CHIP 0. O1UF+80-20% SOV C0619 0893188 CERAMIC CHIP 0. 047UF+-10% 16V
C0426 0833013 CERAMIC CHIP 0. 22UF+-10% 16V C0636 0893188 CERAMIC CHIP 0. 047UF+-10% 16V
(0428 0806168 ELECTROLYTIC 47UF 6. 3V 0638 0893226 CERAMIC CHIP 0. 15UF+80-20% 16V
C0430L 0202327 CERAMIC CHIP Q.22UF+-10% 16V C0639 0806153 ELECTROLYTIC TOUF 16V
C0430R 0893091 CERAMIC CHIP 0. 022UF+-10% 16V C0644 0893188 CERAMIC CHIP 0. 047UF+-10% 16V
C0431L 0893208 CERAMIC CHIP 1000PF+~10% 50V C0645 0893008 CERAMIC CHIP 0. 1UF +-10% 16V
A
ER yr or VEY т =
SYMBOL-NO P-NO DESCRIPTION SYMBOL-NO P-NO DESCRIPTION
C0646 0893184 CERAMIC CHIP 0. 022UF+-10% 16V (1121 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V
C0647 0893184 CERAMIC CHIP 0.022UF+-10% 16V (1122 0893225 CERAMIC CHIP 0, 1UF+80-20% 16V
C0648 0893211 CERAMIC CHIP 1500PF+-10% 50V C1124 0893193 CERAMIC CHIP 0.01UF+-10% 25V
C0649 0893211 CERAMIC CHIP 1500PF+-10% 50V C1125 0893193 CERAMIC CHIP 0.0TUF+-10% 25V
C0650 0893211 CERAMIC CHIP 1500PF+-10% 50V C1126 0893193 CERAMIC CHIP 0.01UF+-10% 25V
C0656 0806153 ELECTROLYTIC 10UF 16V (1127 0893193 CERAMIC CHIP 0. Q1UF+-10% 25V
CO671 0893225 CERAMIC CHIP 0, 1UF+80-20% 16V 1128 0893079 CERAMIC DISC O. 01UF+80-20% 50V
C0672 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V C1129 0893079 CERAMIC DISC O, 0TUF+80-20% 50V
C0691 0893206 CERAMIC CHIP 680PF+-10% 50V (1130 0893113 CERAMIC CHIP 10PF+-0, 5% SOV
C0692 0893202 CERAMIC CHIP 330PF+-10% 50V (1131 0893113 CERAMIC CHIP 10PF+-0.5% 50V
0693 0893199 CERAMIC CHIP 220PF+-10% 50V i132 0833117 CERAMIC CHIP 22PF+-5% SOV
С0694 0893191 CERAMIC CHIP 6B00PF+-10% 25V | C1133 0893193 CERAMIC CHIP 0. 01UF+-10% 25V
C0695 0893217 CERAMIC CHIP 4700PF+-10% 50V C1134 0893183 CERAMIC CHIP 0.01UF+-104 25V
C0636 0893215 CERAMIC CHIP 3300PF+-10% 50V C1135 0893193 CERAMIC CHIP 0. 01UF+-10% 25V
C0901 0806174 ELECTROLYTIC 100UF 6. 3V 1136 0893225 CERAMIC CHIP O. 1UF+80-20% 16V
C0902 0893239 CERÁMIC CHIP 0.010F+80-20% 50V C1137 0893225 CERAMIC CHIP 0. TUF+80-20% 16V
C0905 0806168 ELECTROLYTIC 47UF 6. ЗУ (1138 0893117 CERAMIC CHIP 22PF+-5% 50V
C0306 0202328 © CERAMIC CHIP 1. OUF+80-20% 16V (1139 0893067 CERAMIC CHIP 0, 1UF+80-20% 25V
C0907 0806175 ELECTROLYTIC 100UF 10V (114 0806169 ELECTROLYTIC 47UF 16V
C0308 0893188 CERAMIC CHIP 0. 047UF+-10% 16V (1142 0893193 CERAMIC CHIP 0, O1UF+-104 25V
C0909 0806174 ELECTROLYTIC 100UF 6. ЗУ C1143 0806168 ELECTROLYTIC 47UF 6. 3V
C0310 0833113 CERAMIC CHIP 10РР+-0, 5% 50Y (1144 0202319 CERAMIC CHIP 22PF+-2% 50\
C0911 0893113 CERAMIC CHIP 10PF+-0, 5% 50V C1145 0893125 CERAMIC CHIP 82PF+-5% 5OV
C0915 0893239 CERAMIC CHIP 0, 01UF+80-20% 50V 1146 0893125 CERAMIC CHIP 82PF+-5% SOV
C0916 0893118 CERAMIC CHIP 27PF+-5% 50V C1147 0893193 CERAMIC CHIP O.01UF+-104 25V
C0917 0893119 CERAMIC CHIP 33PF+-5% 50V (1148 0893225 CERAMIC CHIP O. 1UF+80-20% 16V
C0918 0202328 CERAMIC CHIP 1. 0UF+80-20% 16V C1149 0893225 CERAMIC CHIP 0, 1UF+80-20% 16V
C0919 0893119 CERAMIC CHIP 33PF+-5% 50V C1150 0893067 CERAMIC CHIP 0. 1UF+80-20% 25V
C0920 0893126 CERAMIC CHIP 100PF+-5% 50V 1151 0833067 CERAMIC CHIP 0. 1UF+80-20% 25V
C0921 0893131 CERAMIC CHIP 220PF+-5% 50V (TYPEG20) C1152 0893067 CERAMIC CHIP O, 1UF+80-20% 254
C0923 0893239 CERAMIC CHIP 0. 01UF+80-20% 50V (1153 0893067 CERAMIC CHIP 0.1UF+80-20% 25V
С0924 0833239 CERAMIC CHIP 0.01UF+80~20% 50V (1154 0893067 CERAMIC CHIP 0, 1UF+80-20% 25V
C0925 0893239 CERAMIC CH!P 0, 01UF+80-20% 50V C1156 0893193 CERAMIC CHIP O.01UF+-10% 25V
C0927 0893239 CERAMIC CHIP 0, 01UF+80-20% 50V C1158 0893193 CERAMIC CHIP 0. 01UF+-10% 25V
C0928 0893239 CERAMIC CHIP 0, 01UF+80-20% 50V (1159 0893193 CERAMIC CHIP 0. О1уР+-10% 25\
C0930 0806174 ELECTROLYTIC 100UF 6, 2V C1160 0833193 CERAMIC CHIP O.0TUF+-10% 25V
C0931 0893239 CERAMIC CHIP 0. 01UF+80~20% 50V C1161 0893193 CERAMIC CHIP 0. 01UF+-10% 25V
C0932 0806163 ELECTROLYTIC 47UF 16V (1162 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V
C0933 0893239 CERAMIC CHIP 0. 01UF+80-20% 50V (1163 0893193 CERAMIC CHIP 0.01UF+-10% 25V
C0534 0833239 CERAMIC CHIP 0.01UF+80-20% 50V C1164 0893193 CERAMIC CHIP 0.01UF+-10% 25V
C0335 0806169 ELECTROLYTIC 47UF 16V (1165 0893193 CERAMIC CHIP 0.01UF+-10% 25V
C0936 0893239 CERAMIC CHIP 0. 01UF+80-20% 50\ C1166 0893193 CERAMIC CHIP 0. 0TUF+-10% 25V
C0939 0893239 CERAMIC CHIP 0.01UF+80-20% SOV C1167 0893193 CERAMIC CHIP 0.01UF+-10% 25V
C0340 0202328 CERAMIC CHIP 1, QUF+80-20% 16V C1168 0833193 CERAMIC CHIP 0.01UF+-10% 25V
C1002 0806169 ELECTROLYTIC 47UF 16V (1169 0893239 CERAMIC CHIP O0. O1UF+80-20% SUV
C1003 0893044 CERAMIC CHIP 0. 01UF+-10% 50V C1170 0893233 CERAMIC CHIP 0. OTUF+80-20% 50V
C1004 0893234 CERAMIC CHIP 1500PF+80-20% 50V (1173 0893193 CERAMIC CHIP 0. 01UF+-10% 25V
C1005 0806163 ELECTROLYTIC 33UF 10V (1174 0833193 CERAMIC CHIP 0. 01UF+-10% 25V
C1006 0893193 CERAMIC CHIP 0. 01UF+-10K 25V C1201 0893193 CERAMIC CHIP 0. 01UF+-10% 25V
C1101 0893117 CERAMIC CHIP 22PF+-5% 50V (1202 0893192 CERAMIC CHIP 0. 01UF+-10% 25V
C1102 0893008 CERAMIC CHIP C. TUF +~10% 16V (1203 0893193 CERAMIC CHiP 0. O1UF+-10% 25V
C1103 0893014 CERAMIC CHIP 0.01UF+-10% 25V (1204 0893132 CERAMIC CHIP 270PF+-5% 50V
C1104 0806018 ELECTROLYTIC 2, 2UF 6, 3V (1205 0893193 CERAMIC CHIP 0. 01UF+~10% 25V
C1106 0893062 CERAMIC CHIP 1UF+80-20% 16V C1206 0893007 CERAMIC CHIP 0. 082UF+-10% 16V
C1107 0806168 ELECTROLYTIC 47UF 6. ЗУ (1207 0893013 CERAMIC CHIP 0. 22UF+-10% 16V
C1108 0893193 CERAMIC CHIP 0.01UF+~-10% 25V (1208 0893113 CERAMIC CHIP 10PF+-0. 5% 50V
C1109 0806169 ELECTROLYTIC 47UF 16V (1209 0893133 CERAMIC CHIP 330PF+-5% SOV
C1110 0893188 CERAMIC CHIP 0, 047UF+-10% 16V C1210 0893133 CERAMIC CHIP 330PF+-5% 50V
CHI 0893067 CERAMIC CHIP 0. 1UF+80-204 25V C1211 0833133 CERANIC CHIP 330PF+-5% 50V
C1113 0893067 CERAMIC CHIP O. 1UF+B0~20% 25V C1212 0833055 CERAMIC CHIP 0. TUF+80-20% tEV
C1116 0893225 CERAMIC CHIP O. 1UF+80-20% 16V C1301 0893193 CERAMIC CHIP 0.01UF+-10% 25V
C1117 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V (1302 0893215 CERAMIC CHIP 3300РЕ+-10% 50\
C1118 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V C1303 0893217 CERAMIC CHIP 4700PF+-10% 50\
C1119 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V £1304 0893217 CERAMIC CHIP 4700PF+-10% SOY
C1120 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V (1305 0893193 CERAMIC CHIP 0. 01UF+-10% 25V
ae EIA AA TE
SYMBOL-NO P-NO DESCRIPTION | | SYMBOL-NO P-HO DESCRIPTION | SYMBOL-NO P-HO DESCRIPTION | | SMBOL-NO — P-NO DESCRIPTION
C1306 0893193 CERAMIC CHIP 0.01UF+-10% 25V RO142 + 0790044 — CHIP RESISTOR 3. 3KOHM1-5% 1/16 A R0228 0790062 CHIP RESISTOR B8KOHM+-5% 1/164 RD413R 0790037 — CHIP RESISTOR TKOHM+-5% 1/16
C1307 0893215 СЕВАМИС CHIP 3300PF+-10% 50V ROT43 0790034 — CHIP RESISTOR 560 OHM+-5% 1/16% o R0229 0790077 CHIP RESISTOR 1MOHM+-5% 1/16W R0414 0790053‘ CHIP RESISTOR 15KOHM+-5% 1/164
C1308 0893217 CERAMIC CHIP 4700PF+-10% SQV ADIdA 0780034 CHIP RESISTOR 560 OHM+-5% 1/16% * R0236 0790024 CHIP RESISTOR 100 OHM+-5% 1/16W R0415 0790037 CHIP RESISTOR 1KOHM+-5% 1/T6W
C1309 0893217 CERAMIC CHIP 4700PF+-10% 50V RO145 . 0790045 CHIP RESISTOR 3. 9KOHM+-5% 1/16W RO239 0790028 CHIP RESISTOR 220 OHM+-5% 1/16H ROAI7L 0790075 CHIP RESISTOR 680K0HM+-5% 1/16H
C1310 0893193 — CERAMIC CHIP 0.01UF+-10% 25V R0146 0790033 CHIP RESISTOR 470 OHM+-5% 1/164 RO240 0790057 CHIP RESISTOR 33KOHM+-5% 1/16W RO417R 0790075 CHIP RESISTOR 680KOHM+-5% 1/16
C1311 0806169 ELECTROLYTIC 47UF 16V R0147 0790035 CHIP RESISTOR 680 OHM+-5% 1/16W ROZ41 0790057 + CHIP RESISTOR 33KOHM+-5% 1/16W RO418L 0790041 CHIP RESISTOR 1. 8KOHM+-5% 1/16W
C1312 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V #0148 0790055 CHIP RESISTOR 22KOHM+-5% 1/16W | R0243 0790052 CHIP RESISTOR 12KOHM+-5% 1/16W RO418R 0790041 CHIP RESISTOR 1. BKOHM+-5% 1/16W
C1313 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V 80149 0790055 — CHIP RESISTOR 22K0HM+-5% 1/164 ROZ44 — 0790042 — CHIP RESISTOR 2. 20HM+-5% 1/16W RO4ISL 0790031 CHIP RESISTOR 330 OHM+-5% 1/16W
C1317 0893193 CERAMIC CHIP 0. D1UF+-10% 25V RDISO 0790041 CHIP RESISTOR 1. 8KOHM+-5% 1/16W | ROZ45 — 0790051 СНИР RESISTOR 10KOHM+-5% 1/16W RO419R 0790031 CHIP RESISTOR 330 OHM+-5% 1/164
C1318 0893193 CERAMIC CHIP 0.01UF+-10% 25V ROIST 0790059 CHIP RESISTOR ATKOHM+-5% 1/16H | RO246 0790042 CHIP RESISTOR 2. 20HM+-5% 1/16H R0428 0790055 CHIP RESISTOR 22KOHM+-5% 1/16W
C1319 0893193 CERAMIC CHIP 0.01UF+-10% 25V №152 0790032 CHIP RESISTOR 390 ОнМ+-5% 1/16H J RO247 0790036 СН!Р RESISTOR 820 OHM:-5% 1/16W RG429L 0790037 — CHIP RESISTOR TKOHM+-5% 1/164
C1320 © 0893193 — CERAMIC CHIP 0.01UF+-10% 25V R0154 0790049 CHIP RESISTOR 8. 2KOHM+-5% 1/16H | ROZ48 0790046 СНТР RESISTOR 4. TKOHM:-5% 1/16W ADA20R 0780037 CHIP RESISTOR TKOHM+-5% 1/16M
C1401 - 0806157 — ELECTROLYTIC 22UF 6.3V R0156 0790029 CHIP RESISTOR 270 OHM+-5% 1/16H ! RO253 0790046 CHIP RESISTOR 4.7K0HM:-5% 1/16H R0435 0790075 CHIP RESISTOR 6BOKOHM:-5% 1/16W
C1402 0806157 ELECTROLYTIC 22UF 6. 3V R0157 0790048 CHIP RESISTOR 6. 8KOHM+-5% 1/16H y RO254 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W RO436L 0790066 СН!Р RESISTOR 150KOHM:-5% 1/16W
С1403 — 0893225 CERAMIC CHIP 0.1UF+80-20% 16V №158 0790035 CHIP RESISTOR 680 OHM+-5% 1/16W ROZ55 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W RO436R — 0700066 CHIP RESISTOR 150KOHM+-5% 1/16W
C1404 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V RDIS9 0790034 CHIP RESISTOR 560 OHM+-5% 1/16W RO257 0790039 СНЕР RESISTOR 1. 5KOHM+-5% 1/16W RO445 0790037 CHIP RESISTOR TKOHM+-5% 1/16W
C1405 0806167 ELECTROLYTIC 47UF 4V №0160 0790029 CHIP RESISTOR 270 OHM+-5% 1/16W R0258 0790036 CHIP RESISTOR 820 OHM+-5% 1/16 RO447 0790053 CHIP RESISTOR 15KOHM+-5% 1/16W
C1406 0806167 ELECTROLYTIC 474F 4V ROIG 0790034 CHIP RESISTOR 560 OHM+-5% 1/16W ROZ259 0790037 CHIP RESISTOR TKOHM:-5% 1/16W RO46O 0790056 CHIP RESISTOR 27KOHM+-5% 1/16H
C1407 0893209 CERAMIC CHIP 1200PF 50V RO163 0790029 CHIP RESISTOR 270 OHM+-5% 1/16W 0260 0790036 CHIP RESISTOR 820 OHM+-5% 1/16W RO461L 0790057 CHIP RESISTOR 33KOHM+-5% 1/16¥
C1408 0893209 CERAMIC CHIP 1200PF SOV RO164 0790044 CHIP RESISTOR 3. 3K0HM+-5% 1/16N } | RO261 0790051 СНТР RESISTOR TOKOHM+-5% 1/16W RO462L 0790051 CHIP RESISTOR 10KOHM+-5% 1/16H
C1409 0893209 CERAMIC CHIP 1200PF 50V R0165 0790051 CHIP RESISTOR 1OKOHM+-5% 1/164 RO265 0790042 CHIP RESISTOR 2.2K0HM:-5% 1/16M RO463L 0790057 CHIP RESISTOR 33KOHM+-5% 1/16
С1410 0893209 CERAMIC CHIP 1200PF 50V R0167 0790028 CHIP RESISTOR 220 OHM+-5% 1/16K 0267 0790041 CHIP RESISTOR 1. 8KOHM+-5% 1/16W RO464 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W
Ci411 0206647 ELECTROLYTIC 10UF 10V RO168 0790065 CHIP RESISTOR 120KOHM+-5% 1/16W R0268 0790037 CHIP RESISTOR IKOHM+-5% 1/16W R0465 0790065 CHIP RESISTOR 150KOHM+-5% 1/16W
С1412 0206647 ELECTROLYTIC 10UF 10V 0170 0790055 CHIP RESISTOR 22X0HM+-5% 1/164 ROZ70 0790053 СН!Р RESISTOR 15KOHM+-5% 1/16W RD466 0790066 CHIP RESISTOR 150KOHM#-5% 1/16W
Ci413 0893193 CERAMIC CHIP 0.01UF+-10% 25V RO171 0790061 CHIP RESISTOR 56KOHM+-5% 1/16W RO271 0790051 CHIP RESISTOR TOKOHM:-5% 1/16W R0467 0790066 CHIP RESISTOR 150KOHM+-5% 1/16W
Ci414 0893193 CERAMIC CHEP 0, D1UF+-10% 25V ROI72 0790035 CHIP RESISTOR 680 OHM+-5% 1/16W RO272 0790037 CHIP RESISTOR TKOHM+-5% 1/164 RO468 0790049 CHIP RESISTOR 8, 2KOHM+-5% 1/16W
C1415 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V №173 0790037 — CHIP RESISTOR 1K0HM+-5% 1/16W RO274 0790055 CHIP RESISTOR 22K0HM+-5% 1/16W R046 0790072 CHIP RESISTOR 470K0HM+-5% 1/16
C1416 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V №0174 0790037 CHIP RESISTOR TKOHM+-5% 1/16¥ #0292 — 0790042 CHIP RESISTOR 2. 2KOHM4-5K 1/16W RD470 0790028 CHIP RESISTOR 220 OHM+-5% 1/16W
C1417 0806157 ELECTROLYTIC 22UF 6. ЗУ ROI75 0790042 CHIP RESISTOR 2. 2K0HM+-5% 1/16N RO293 0790056 CHIP RESISTOR 27K0HM+-5% 1/16W RO501 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W
C1418 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V R0176 0790035 CHIP RESISTOR 680 OHM+-5% 1/16N ROZ294 0790043 CHIP RESISTOR 2. TKOHM+-5% 1/16H ROS02 0103835 CHIP RESISTOR 220 OHM+-5% 0, 1W
RO010 0103330 CHIP RESISTOR 390 OHM+-5% 1/84 №0180 0790025 CHIP RESISTOR 120 OHM+-5% 1/16H 7 В ROZ95 0790054 CHIP RESISTOR 18KOHM+-5% 1/16W ROSO3 0103835 CHIP RESISTOR 220 ОНМ+-5% 0, 1¥
RO011 0103838 RESISTOR CHIP 390 OHM+-5% 0. 1W RO181 0790063 CHIP RESISTOR 82KOHM+-5% 1/16¥ RO296 0790043 CHIP RESISTOR 2. 7KOHM+-5% 1/16W ROS06 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W
R0101 0790024 CHIP RESISTOR 100 OHM+-5% 1/16W №182 0790033 CHIP RESISTOR 470 OHM+-5% 1/16% RO298 0790044 CHIP RESISTOR 3.3KOHM+-5% 1/16W ROSO7 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W
R0102 — 0790007 СНИР RESISTOR 5.6 OHM+-5% 1/16 A0183 0790038 CHIP RESISTOR 1. 2KOHM+-5% 1/16K RO299 0790048 CHIP RESISTOR 6. 8KOHM+-5% 1/16W ROSOS — 0790051 CHIP RESISTOR 10KOHM+-5% 1/164
RO103 0790007 CHIP RESISTOR 5.6 OHM#-5% 1/16 A0184 0790037 — CHIP RESISTOR 1K0HM+-5% 1/16 RO350 0104093 CHIP RESSISTOR 75 OHM+-5% 1/16W ROSOS 0730051 CHIP RESISTOR 10KOHM+-5% 1/16H
RO104 0790024 CHIP RESISTOR 100 OHM+-5% 1/16W R018 0790055 CHIP RESISTOR 22KOHM+-5% 1/16H RO351 0104093 CHIP RESSISTOR 75 OHM+-5% 1/16W ROSSI 0790047 CHIP RESISTOR 5. GKOHM:-5% 1/16W
ROTOS 0790028 CHIP RESISTOR 220 CHM+-5% 1/164 ROI88 — 0790058 — CHIP RESISTOR 39K0HM+-5% 1/164 RO355 0790037 CHIP RESISTOR 1KOHM+-5% 1/164 ROS52 + 0790074 CHIP RESISTOR 560KOHM:-5% 1/164
ROTOS 0790055 CHIP RESISTOR 22K0HM+-5% 1/16H R0187 0790033 CHIP RESISTOR 470 OHM+-5% 1/164 | RO356 0790037 CHIP RESISTOR !KOHM+-5% 1/16W ROS53 0790051 CHIP RESISTOR 1OKOHM4-5% 1/16W
RO107 — 0790054 CHIP RESISTOR 1BKOHM+-5% 1/16W №188 (0790037 — CHIP RESISTOR 1K0HM+-5% 1/16H RO357 0105688 CHIP RESISTOR 2. 2KOHM+-1% 1/16W ROS58 0105691 CHIP RESISTOR 24KOHM+-1% 1/16K
ROTOS 0790044 СН!Р RESISTOR 3, 3KOHM+-5% 1/16W RO190 0790037 CHIP RESISTOR 1KOHM+-5X 1/16W | RO358 0790036 CHIP RESISTOR 820 OHM+-5% 1/16M ROS60 0790049 CHIP RESISTOR 8.2K0HM:-5% 1/164
ADIOS 0790036 CHIP RESISTOR 820 OHM+-5% 1/16W №191 0790055 CHIP RESISTOR 22K0HM+-5% 1/16Y ЗЕ RO358 0790037 СНГР RESISTOR 1KOHM+-5% 1/16¥ (620) ROS63 0790041 — CHIP RESISTOR 1. BKOHM:-5% 1/164
RO110 0790076 CHIP RESISTOR B20K0HM+-5% 1/164 №0192 + 0790056 CHIP RESISTOR 27KOHM:-5% 1/16W } RO359 0790047 CHIP RESISTOR 5. 6K0HM+-5% 1/16M (621) RO564 0790051 CHIP RESISTOR 10KOHM+-5% 1/16K
R0111 0790042 СНЕР RESISTOR 2, 2K0HM+-5% 1/164 RO193 0790033 CHIP RESISTOR 470 OHM+-5% 1/16W RO362 — 0790037 СН!Р RESISTOR 1KOHM+-5% 1/164 ROSB5 — 0790048 CHIP RESISTOR 6. BKOHM:-5% 1/16
RO112 0790024 — CHIP RESISTOR 100 OHM+-5% 1/164 R194 0790033 CHIP RESISTOR 470 OHM+-5% 1/16W RO364 0790075 CHIP RESISTOR 680KOHM+-5% 1/16W RO570 0790052 CHIP RESISTOR 12KOHM+-5% 1/16W
RO113 0790039 CHIP RESISTOR 1, 5KOHM+-5% 1/16W RO196 0790043 CHIP RESISTOR 2. 7KOHM+-5% 1/16M RO366 0790059 CHIP RESISTOR 47KOHM+-5% 1/16W RO571 0790049 CHIP RESISTOR 8. 2KOHM+-5% 1/16W
ROT14 07900309 CHIP RESISTOR 1, SKOHM+-5% 1/164 RO198 0790059 — CHIP RESISTOR 47K0HM+-5% 1/164 RO367 0790024 CHIP RESISTOR 100 OHM+-5% 1/16M ROS75 0104297 CHIP RESISTOR 10KOHM+-0.5% 16V
RO115 0790029 CHIP RESISTOR 270 OHM+-5% 1/164 RO199 0790044 CHIP RESISTOR 3. 3K0HM+-5% 1/164 RO371 0790068 CHIP RESISTOR 220KOH#+-5% 1/16W ROS77 — 0104292 CHIP RESISTOR 1. OKOHM:-0.5% 1/16H
RO116 0790034 CHIP RESISTOR 560 OHM+-5% 1/16W RO201 + 0790046 CHIP RESISTOR 4. TKQHM+-5% 1/16W ROZ73 0790077 СН!Р RESISTOR 1MOHM:-5% 1/16H ROS78 0104301 CHIP RESISTOR 4, 7K0HM:-0. 5% 1/168
ROT17 0790051 CHIP RESISTOR 10K0HM+-5% 1/16M R0202 + 0790046 CHIP RESISTOR 4. TKOHM+-5% 1/164 RO374 0790028 СН!Р RESISTOR 220 OHM+-5% 1/16W ROSB3 0790045 CHIP RESISTOR 4, 7KOHM:-5% 1/164
RO119 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W ROZ203 0790048 CHIP RESISTOR 6.8K0HM:-5% 1/16M R0390 0104093 CHIP RESSISTOR 75 OHM+-5% 1/164 ROSPA4 0790051 CHIP RESISTOR 10KOHM+-5% 1/16
RO120 0790051 CHIP RESISTOR 10KOHM+-5% 1/16H R0205 0790047 CHIP RESISTOR 5. 6KOHM+-5% 1/164 R0391 0104093 CHIP RESSISTOR 75 OHM+-5% 1/164 ROS86 ~~ AQI0271R — CHIP RESISTOR 100 OHM+-0.5% 1/16W
RO121 0790008 CHIP RESISTOR 6.8 CHM+-5% 1/16W RO207 + 0790055 CHIP RESISTOR 22K0HM+-5% 1/164 R0392 0790025 CHIP RESISTOR 120 OHM+-5% 1/16M ROSB8 AQ10272R - CHIP RESISTOR 390 OHM+-0. 5% 1/16W
R0122 — 0790033 CHIP RESISTOR 470 OHM+-5% 1/16 RO208 0790039 CHIP RESISTOR 1. SKOMM+-5% 1/16 R0297 0104093 CHIP RESSISTOR 75 OHM+-5% 1/16 R0591 AQI0274R — CHIP RESISTOR 45. 4K0HM+-0. 5% 1/16M
RO123 0790034 CHIP RESISTOR 560 OHM+-5% 1/16W RO209 — 0790037 CHIP RESISTOR IKOHM+-5% 1/16 RO40IL 0790037 CHIP RESISTOR 1KOHM+-5% 1/16M RO593 AQ10273R — CHIP RESISTOR 680 OHM+-0. 5% 1/164
RO124 0790057 — CHIP RESISTOR 33K0HM+-5% 1/16 RO213 0790042 CHIP RESISTOR 2. 2KORM+-5% 1./16K R0401R 0790037 CHIP RESISTOR 1KOHM+-5% 1/16 RO534 0104301 CHIP RESISTOR 4. 7K0HM+-0. 5% 1/16W
R0125 0790062 CHIP RESISTOR 68K0HM+-5% 1/16 ROZ15 0790054 — CHIP RESISTOR 18K0HM+-5% 1/16 RO402L 0790058 — CHIP RESISTOR 39K0HM+-5% 1/164 ROBO! 0790046 CHIP RESISTOR 4, 7K0kM+-5% 1/16Y
0127 0790059 CHIP RESISTOR 47K0HM+-5% 1/164 RO216 0790041 CHIP RESISTOR 1. BKOHM+-5% 1/16 RO402R 0790058 CHIP RESISTOR 39K0HM+-5% 1/16M ROSO2 + 0790047 CHIP RESISTOR 5. 6KOHM¢-5% 1/16W
RO128 — 0790044 CHIP RESISTOR 3. 3KOHM+-5% 1/16W RO217 0790051 CHIP RESISTOR TOKOHM+-5% 1/164 RO403L 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W RO603 0790047 CHIP RESISTOR 5. 6KOHM+-5% 1/16W
R0129 (0790059 CHIP RESISTOR 47KCHM+-5% 1/16K R218 0790039 CHIP RESISTOR 1. SKOHM+-5% 1/164 RO403R 0790051 CHIP RESISTOR TOKCHM+-5% 1/164 ROSOS 0104503 CHIP RESISTOR 27K0HM+-1% 1/164
RO130 0790044 CHIP RESISTOR 3. 3K0HM+-5% 1/16 RO219 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W N RO404L 0790053 CHIP RESISTOR 15KOHM+-5% 1/16W ROBOS 0105706 CHIP RESISTOR 24KOHM+-5% 1/16W
RO132 0790044 CHIP RESISTOR 3, 3KOHM+-5% 1/16W R0222 0790072 CHIP RESISTOR 390KOHM+-5% 1/16W pe J RO404R 0790053 СНИР RESISTOR 15KOHM+-5% 1/16W ROSIO 0105691 CHIP RESISTOR 24KOHM+-1% 1/16H
RO132 0105681 CHIP RESISTOR 2. 7K0HM+-1% 1/164 R0223 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W RO405 0790064 CHIP RESISTOR 100KOHM+-5% 1/16W R0611 0790055 CHIP RESISTOR 22KOHM+-5X% 1/16W
№0138 0790046 CHIP RESISTOR 4. 7K0HM+-5% 1/164 RO224 0790037 CHIP RESISTOR TK0HM+-5% 1/16 RO408 0790064 CHIP RESISTOR 100KOHM+-5X 1/16W #0612 0790048 CHIP RESISTOR 6. 8KOHM+-5% 1/16W
RO140 0790044 CHIP RESISTOR 3. 3KOHM+-5% 1/16W R0225 0790077 СНИР RESISTOR IMOHM+-5% 1/16W RO410 0104121 CHIP RESISTOR 27KOHM+-1% 1/104 ROSI3 — 0790055 CHIP RESISTOR 22KOHM+-5% 1/16W
ROT4T 0790029 CHIP RESISTOR 270 OHM+-5% 1/164 RO227 + 0790061 CHIP RESISTOR S6KOHM+-5% 1/16 RO413L 0790037 CHIP RESISTOR 1KOHM+-5% 1/16 ROST4 0790055 CHIP RESISTOR 22KOHM+-5% 1/16W
5-18 | 5 - 19
e TEE A ARA NT AA LION A E AL A met ив тыл ee pM AA a нк
SYMBOL-NO P-NO "DESCRIPTION Co SYMBOL-NO Р-№ DESCRIPTION A SYMBOL-NO P-HO DESCRIPTION В SYMBOL-NO P-NO DESCRIPTION
ROSIG 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W RO931 0790051 CHIP RESISTOR 1OKOHM+-5% 1/16W No 12 R1117 — 0790042 CHIP RESISTOR 2, 2KOHM+-5% 1/16W - RI313 0103814 CHIP RESISTOR 3,9 OHM+-10% 0.18 -
RO619 — 0790039 - CHIP RESISTOR 1. 5K0HM+-5% 1/16H RO932. 0790051 СНГР RESISTOR TOKOHM:-5% 1/16 E R1118 0790043 CHIP RESISTOR 2. 7K0HM+-5% 1/16W RI3I5 0790051 CHIP RESISTOR TOKOHM+-5% 1/164 .
RO620 + 0790042 — CHIP RESISTOR 2.2K0HM+-5% 1/164 RO933. 0790051 CHIP RESISTOR 10KQHM+-5% 1/16% ; RITI9 0790037 CHIP RESISTOR IKOHM+-5K 1/16W R1316 0790051 CHIP RESISTOR 1OKOHM+-5% 1/164
ROG21 — 0790043 * CHIP RESISTOR 2. 7K0HM+-5% 1/164 . ROS35 07900486 CHIP RESISTOR 4, 7K0HM+-5% 1/164 : R1120 0104545 CHIP RESISTOR 1. 24K0HM+-1% 1/164 R1317 0103814 CHIP RESISTOR 3.9 0HM:-10% O. 1H
RO622 — 0790043 CHIP RESISTOR 2. 7K0HM+-5% 1/164 R0937 0104542 CHIP RESISTOR 10KOHM+-1% 1/16 É R1121 0104558 CHIP RESISTOR 5. 6KOHMH-1% 1/16W R1322 0790061 CHIP RESISTOR 56K0HM+-5% 1/16W
RO624 (0790064 - CHIP RESISTOR 100K0HM+-5% 1/16 ROS38 0104542 CHIP RESISTOR 10KOHM+-1% 1/16W | R1122 — 0104563 CHIP RESISTOR A7K0HM:-1% 1/164 R1323 0790061 — CHIP RESISTOR SEKOHM:-5% 1/164
ROS31 0790051 . CHIP RESISTOR TOKOHM+-5% 1/16 R09389 0790046 © CHIP RESISTOR 4. 7KOHM+-5% 1/16W R1123 0104554 CHIP RESISTOR IKOMM+-1% 17168 - R133 0104579 CHIP RESISTOR 12KOKM:-1% 1/16¥
ROS32 0790064 CHIP RESISTOR 100KOHM+-5% 1/16W RO940 0790059 CHIP RESISTOR 47K0HM+-5% 1/16 - R1124 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W R133] 0790068 CHIP RESISTOR 220K0HM+-5% 1/164.
ROG36 0790037 CHIP RESISTOR TKOHM+-5% 1/16 R0942 — 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W : R1125 0104558 CHIP RESISTOR 5. 6KOHM+-1% 1/164. R133 0790068 — CHIP RESISTOR 220K0HM+-5% 1/16W
RO641 0790053 CHIP RESISTOR ISKOHM+-5% 1/16 RO943 0790051 CHIP RESISTOR 10KOHM+-5% 1/16¥ a RI126 0104573 CHIP RESISTOR 1. 2K0HM+-1% 1/16 R1335 0790071 CHIP RESISTOR 330K0HM+-5% 1/16W
ROSA2 0105815 CHIP RESISTOR 0.47 OHM+-10% 1/44 RO944 0790055 CHIP RESISTOR 22K0HM+-5% 1/164- | R1130 0780077 CHIP RESISTOR 1MOHM+-5% 1/16K R1335 0790071 CHIP RESISTOR 330K0HM+-5% 1/16W
ROSS1: 0790084 CHIP RESISTOR 100KOHM+-5% 1/16W R0945 0790051 СН!Р RESISTOR TOKOHM+-5% 1/16 | RI131 0790034 CHIP RESISTOR 560. OHi+-5% 1/16W R1401 0103821 CHIP RESISTOR 15 OHM+-5% 0.1W
ROSB2 0790064 CHIP RESISTOR TO0KOHM+-5% 1/16W ROG46 0790037 CHIP RESISTOR 1KOHM+-5% 1/164 г RI132 0104534 СН!Р RESISTOR 1. BKOHM+-1% 1/16W RI402 0103821 CHIP RESISTOR 15 OHM+-5% 0.14
ROS53 - 0790051 СНТР RESISTOR TOKOHM+-5% 1/16W RO949 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W : RI133 0104558 CHIP RESISTOR 5. 6KOHM:-1% 1/16W R1403 0790058 CHIP RESISTOR 39K0HM+-5% 1/16W
ROS71 0790075 CHIP RESISTOR 680KOHM+-5% 1/16Y RO9S3 0790059 CHIP RESISTOR 47KOHM+-5% 1/16W : RIT34 0104502 CHIP RESISTOR 820 OHM+-1% 1/16W RI404 0790058 CHIP RESISTOR 39K0HM+-5% 1/16¥
ROS72 + 0790055 CHIP RESISTOR 22KOHM+-5% 1/16W ROOST 0790059 CHIP RESISTOR 47K0HM+-5% 1/16H f RI135 0104553 CHIP RESISTOR 15K0HM:-1% 1/164 R1405 0790057 — CHIP RESISTOR 33K0HM+-5% 1/164
RO681 0790077 CHIP RESISTOR TMOHM+-5% 1/16 R095 . 0790042 - CHIP RESISTOR 2. 2KOHM+-5% 1/16W | RI139 0790046 CHIP RESISTOR 4. TKOHM+-5% 1/16H | R1406 0790057 CHIP RESISTOR 33KOHM+-5% 1/16W
R0682 0790077 CHIP RESISTOR 1MOHM+-5% 1/16W R0962 0790042 CHIP RESISTOR 2. 2KOHM+-5% 1/16W R1140 0790055 CHIP RESISTOR 22KOHM+-5% 1/16W - R1407 0790077 CHIP RESISTOR 1MONM+-5% 1/16W
R0688 0104567 CHIP RESISTER 150KOHM+-0.1% 1/16W RO963 0790059 СНГР RESISTOR АТКОНМ+-5% 1/16 ро. RI141 0790057 CHIP RESISTOR 33KOHM+-5% 1/164 В1408 0790077 — CHIP RESISTOR IMOH4+-5% 1/16
ROBB 0105675 CHIP RESISTOR 100K0HM+-1% 1/16W RO964 0104562 CHIP RESISTOR 39K0HM+-1% 1/16M EP) RI142 0790034 CHIP RESISTOR 560: 0HM+-5% 1/16 RI409 0790051 CHIP RESISTOR 10KOHM+-5% 1/16¥
RO691 0790062 СН1Р RESISTOR ESKOHM+-5% 1/164 RO965 0704503 CHIP RESISTOR 27KOHM+-1% 1/16W : В1143 0790059 CHIP RESISTOR 47KOHM+-5% 1/16W RI410 0790051 CHIP RESISTOR 10KOHM#-5% 1/16 .
RO692 — 0790062 CHIP RESISTOR 6SKOHM+-5% 1/16 ROJES 0104563 CHIP RESISTOR A7KOHM+-1% 1/164 : RIT4E 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W R1411 0790067 CHIP RESISTOR 180KOHMi-5% 1/16W
RO693 0790062 CHIP RESISTOR 68KOHM+-EX 1/16W ROS67 0790064 CHIP RESISTOR 100K0HM+-5% 1/16W RI147 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W R1412 0790067 CHIP RESISTOR 180K0HM+-5% 1/164
ROG94 0790048 CHIP RESISTOR 6. 8KOHM+-5K 1/16 RO968 0104562 CHIP RESISTOR 33KOHM+-1% 1/16W RI148 0790055 CHIP RESISTOR 22K0HM+-5% 1/16W RIA13 0790024 . CHIP RESISTOR 100 OHM+-5% 1/16W
ROG9S 0790048 CHIP RESISTOR 6. 8KOHM+-5K 1/16W RO968 0104503 CHIP RESISTOR 27KOHM+-1% 1/16M R1149 0790055 CHIP RESISTOR 22KOHM+-5% 1/16W RI414 0790024 CHIP RESISTOR 100 OHM+-5% 1/16W
ROG96 0790048 CHIP RESISTOR 6. BKOHM+-5% 1/16M RO970 0790064 CHIP RESISTOR 100KOHM+-5% 1/16W | A1150 0790037 CHIP RESISTOR IKOHM+-5% 1/16H R1416 0790051 CHIP RESISTOR 10KOHM+-5X 1/16%
ROS97 0790055 CHIP RESISTOR 22KOHM+-5X 1/16W В0971 0790046 CHIP RESISTOR 4. 7KOHM+-5% 1/16W | R115 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W RT0103 5040201 VARIABLE RESISTOR 470 OHM
RO698 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W RO972 0790024 CHIP RESISTOR 100 OHM+-5% 1/16 | В1152 + 0790051 CHIP RESISTOR 10KOHM+-5% 1/16¥ RTO202 + 5040205 + SEMI VARIABLE ZZK0HM
RO699 0760037 — CHIP RESISTOR IKOHM+-5% 1/16W RO973 — 0790042 CHIP RESISTOR 2. 2K0HM+-5% 1/164 R1153 790047 CHIP RESISTOR 5,6KOHM+-5% 1/16W RT0203 5040205 + VARIABLE RESISTOR 22K0HM
R0715 0790046 CHIP RESISTOR 4.7X0HM+-5% 1/16%4 RO974 0790039 CHIP RESISTOR 1, SKOHM+-5% 1/16 R1158 0790037 CHIP RESISTOR TKOHM+-5% 1/16W RT0204 0104731 CHIP RESISTOR 5. 6KOHM+-10% 1/164
RO718 0790051 СНТР RESISTOR 10K0HM+-5% 1/164 RO975 0790039 CHIP RESISTOR 1. 5KCHM+-5% 1/164 В R1159 0790037 CHIP RESISTOR 1KOHM+-5% 1/16H RTO205 5040204 + VARIABLE RESISTOR TOKOHM
RO720 0790051 CHIP RESISTOR TOKOHM+-5% 1/16H RO976 0790051 CHIP RESISTOR 10K0HM+-5X 1/16W (620) : RI162 0103841 — CHIP RESISTOR 680 OHM+-5% 0. 1H RTO206 0104159 CHIP RESISTER 1. SKOHM+-I0% 1/8W
RC728 0790059 CHIP RESISTOR 47K0HM+-5% 1/164 ROST7 0790047 CHIP RESISTOR 5. GKOHM+-5% 1/16 | RI164 0790038 CHIP RESISTOR 1.240HM+-5% 1/164 ATOZ07 5040205 — VARIABLE RESISTOR 22KOHM
RO729 0790059 CHIP RESISTOR 47K0HM+-5% 1/164 ROS78B 0790037 — CHIP RESISTOR IKOHM+-5% 1/164 R1171 0790038 CHIP RESISTOR 1.2KORM+-5% 1/16K RT0209 5040205 — VARIABLE RESISTOR 4. 7KOHM
R0730 0790051 CHIP RESISTOR 10K0HM+-5% 1/16W RO979 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W R1172 0790059 CHIP RESISTOR 47KOHM+-5% 1/1 6W RTG210 5040201 VARIABLE RESISTOR 470 OHM
R0731 0790059 CHIP RESISTOR 47K0HM+-5X 1/16W R0980 0790036 CHIP RESISTOR 820 OHM+-5% 1/16W | R1201 0790039 CHIP RESISTOR 1. SKOHM+-5% 1/16H RTO211 0104159 CHIP RESISTER 1. SKCHM+-10% 1/8W
R0737 0790064 CHIP RESISTOR 100KOHM+-5% 1/16 RO981 0790032 CHIP RESISTOR 390 OHM+-5% 1/16W | R1202 0790069 CHIP RESISTOR 0. 27MOHM+-5% 1/16¥ RT0212 5040202 SEMI VARIABLE 2. 2KOHM
ROJO 0790064 CHIP RESISTOR TOOKOHM+-5% 1/164 R0S82 — 0790049 СНР RESISTOR 8.2K0HM+-5% 1/164 | R1203 0790053 CHIP RESISTOR 15KOMM+-5% 1/16W RTO214 5040204 + SEMI VARIABLE TOKOHM
ROSO2 0790077 CHIP RESISTOR IMOHM+-5% 1/164 20983 0790032 CHIP RESISTOR 390 OMM+-5% 1/16¥ RI204 0790064 CHIP RESISTOR 100KOHM+-5% 1/16H ATOZ215 5040204 VARIABLE RESISTOR 10KOHH
R0903 0790073 CHIP RESISTOR 470K0HM+-5% 1/164 R084 0790042 — CHIP RESISTOR 2. 2K0HM+-5% 1/16¥ | R1205 0790064 СН!Р RESISTOR 10DKOHM+-5% 1/16H ATOZ16 0104731 CHIP RESISTOR 5. 6KOHM+-10% 1/16¥
R09G4 0790051 CHIP RESISTOR 10KOHM+-5% 1/16 R0985 0790044 CHIP RESISTOR 3. 3KOHM+-5% 1/16W > R1206 0790077 CHIP RESISTOR IMOHM+-5% 1/16W RTO217 5040205 + SEMI VARIABLE 22KOHM
RO905 0790084 CHIP RESISTOR 100KOMM+-5% 1/16W RO985 0790054 CHIP RESISTOR 18KOHM+-5% 1/16W A} R1207 0790051 СНГР RESISTOR TOKOHM+-5% 1/16 DO001 СН10451 + DIODE PLT-462T3
RO9OS 0790037 CHIP RESISTOR TKOHM+-5% 1/164 R0987 0790051. CHIP RESISTOR 10KOHM+-5% 1/16W > — R1208 0790071 — CHIP RESISTOR 330K0HM+-5% 1/16H 00101 5337422 © DIODE DAZ21
RO907 0790039 CHIP RESISTOR 1.SKOHM:+-5% 1/164 RO988 0790063 CHIP RESISTOR 82K0kM+-5% 1/164 RIZOS 0790068 CHIP RESISTOR 220KOHM#-5% 1/16 D0102 5337351 DIODE MAI324K
ROSOB 0790064 CHIP RESISTOR TOOKOHM+-5% 1/16H R0980 0790059 CHIP RESISTOR ATKOHM+-5% 1/16W RI210 0790053 CHIP RESISTOR 15KOHM+-5% 1/16W D0352 + 5337351 DIODE МАТЗ2НК
ROSOS 0790064 CHIP RESISTOR 100KOHM+-5% 1/16W R090 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W RIZ11 07900717 CHIP RESISTOR 330KOHM+-5% 1/16W DO394 5337422 1 DIGDE DAZZ1
ROSIO 0790077 CHIP RESISTOR 1MOHM+-5% 1/164 R099! 0790059 CHIP RESISTOR 4TKOHM+-5% 1/16W RI212 0790068 CHIP RESISTOR 220KOHM+-5% 1/16W DO401 5337422 DIODE DA221
RO911 0790064 CHIP RESISTOR 100KOHM+-5K 1/16% R0994 0790049 — CHIP RESISTOR 8.20HM+-5% 1/16 RI213 + 0790053 СНГР RESISTOR 15KOHM+-5% 1/16 DOS51 + 5337372 DIODE SB07-03C
R0912 0790051 CHIP RESISTOR 10K0HM+-5% 1/164 R100 | 0790048 CHIP RESISTOR 6. ЭКОНМ+-5% 1/16W RI214 + 0790052 + CHIP RESISTOR 12K0HM+-5% 1/16K DO554 + 5337252 DIODE MAT3ZHA
R0913 0790084 — CHIP RESISTOR 100K0HM+-5% 1/164 RI002 — 0790024 CHIP RESISTOR 100 OHM+-5% 1/16M RI215 0790052 CHIP RESISTOR 12KCHM+-5% 1/164 DOSS6 5326021 DIODE MAIGO-MID
RO914 — 0790057 CHIP RESISTOR TOKOHM?-5% 1/16W R1003 — 0790077 CHIP RESISTOR 1MOHM+-5% 1/164 R1216 0790052 1 CHIP RESISTOR 12K0HMI-5% 1/164 DOGO CC1029IR = DIODE 159353
ROSIS 0790051 CHIP RESISTOR TOKOHM+-5% 1/164 R1004 0790064 CHIP RESISTOR 100KOHM+-5% 1/16¥ RI217 + 0790052 CHIP RESISTOR 12KOHM+-5% 1/16W DOSOT CC10291R DIODE 155353
RO916 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W R1009 0103823 CHIP RESISTOR 220HM+-5% 0.14 R1218 0720064 CHIP RESISTOR 100KOHH+-5% 1/16W DO902 CCI0291R DICDE 155353
RO917 0790051 CHIP RESISTOR TOKOHM+-5% 1/164 R1102 0790068 CHIP RESISTOR 220K0HM+-5% 1/16H R1220 + 0790031 CHIP RESISTOR 330 OHi+-5% 1/16W DO905 СС102918 DIODE 155353
ROSIS — 0790051 CHIP RESISTOR TOKOHM+-5% 1/164 R1103 0790051 CHIP RESISTOR TOKOHM+-5% 1/164 RI221 0730031 CHIP RESISTOR 330 OHM+-5% 1/15W D100T CCIOZSIR DIODE 155353
RO919 0790051 CHIP RESISTOR TOKOHM+-5% 1/16N RI104 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W RI222 0790046 СНГР RESISTOR 4. 7K0HM+-5% 17164 Di101 5337372 DIODE SB07-03C
R0S20 0790075 CHIP RESISTOR 680KOHM+-5% 1/16W RITOS 0790055 CHIP RESISTOR 22KOHM+-5% 1/16W Ri224 + 0790049 CHIP RESISTOR 8, 2KOHM+-5% 1/16W D1102 CC10291R DIODE 155353
RO921 0790077 CHIP RESISTOR 1MOHM+-5% 1/16W ANOS 0790053 CHIP RESISTOR 15KOHM+-5% 1/16W R1301 0790032 CHIP RESISTOR 390 OfkK+-5% 1/16W D1103 5328305 DIODE MATSIWA
R0S22 0790077 CHIP RESISTOR 1MOHM+-5% 1/16W Ri107. 0790028 CHIP RESISTOR 220 OHM+-5% 1/16W | RI302 0780032 CHIP RESISTOR 390 OHM+-5% 1/16W 01104 5382911 DIDOE LT1D8ZA
RO923 0790077 CHIP RESISTOR 1MOHM+-5% 1/16W R108 0790028 CHIP RESISTOR 220 OHM:-5% 1/164 о к RI303 0780032 CHIP RESISTOR 390 OHM+-5% 1/164 D1303 5337422 DIODE DAZ?
RO924 0790077 CHIP RESISTOR 1MOKM+-5% 1/16W RIT08 0790028 CHIP RESISTOR 220 CHM+~5% 1/16W + | + RI304 0790032 CHIP RESISTOR 390 OHM+-5% 1/16 D1403 + 5328305 + DIODE MAISIWA
R0925 0790077 — CHIP RESISTOR IMOHM+-5% 1/164 RITIO 0790028 CHIP RESISTOR 220 OHM:-5% 1/16 RI306 0103814 CHIP RESISTOR 3,9 OHM+-10% 0. 1W 1С0101 1366631 IC HATISIS9MP
RO926 0790077 CHIP RESISTOR 1MOHM+-5% 1/16W RI113 0790015 CHIP RESISTOR 22 OHM+-5% 1/164 R1308 0790057 CHIP RESISTOR 10K0HM+-5% 1/16% 1C0102 CKI13461R — IC UPCH0236S-101-E1
R092 0790042 CHIP RESISTOR 2. 20HM:-5% 1/164 RI114 0104571 CHIP RESISTOR 3. SKOHM+-1% 1/164 RI309 0790051 CHIP RESISTOR 1OKOHM:-5% 1/164 10020 1366924 1C HA118192AF
RO930 0790054 CHIP RESISTOR TOOKOHM+-5% 1/164 - RI116 0790038 CHIP RESISTOR 1. 2KOHM+-5% 1/16. RI310 0103814 CHIP RESISTOR 3.9 OHM+-10% 0.1 . iC0202 CKI12041R — IC CXLSSI6N
5-20 9-2
ees PRE TRILL EAE RN SE TES
"ДАМЕ СГ Pta fi о ео ее ножны ко me oC
=
dE
SYNBOL-HO P-ND — DESCRIPTION SYMBOL-NO Р-№ DESCRIPTION E SYMBOL-NO P-ND DESCRIPTION SYMBOL-NO P-NO DESCRIPTION
0203 1352331 IC CXL5507M 00228 1323271 TRANSISTOR DTC144EE I À 5 773003 COIL 47UH $0006 5635331 SWITCH
C0204 — CKI3471R * IC UPC50236S-104-E1 00229 + 1323241 TRANSISTOR XP1213 8 [0401 0773003 COIL 47UH s0007 5613523 SWITCH
IC0401 CKI2241 IC HA118193F | 00231 1323271 TRANSISTOR DTC144EE | L0552 BA10127R COIL TOU S0501 FD10201 SWITCH
ICO551 13566251 IC TLI464IPT 00232 5326103 TRANSISTOR FMSI | L0552 BATOIZ8R COIL 22M S0502 FE10151 . SWITCH
ICO601 . CKI2151R IC UPC50236S-079-E1 00350 1323321 TRANSISTOR 25D2216 ; L0554 — BAIOISSA COIL 1OUH 50901 1742012 SWITCH
IC0631 CKI4251R IC LB1888V- | 00352 1323231 TRANSISTOR 2581462 : BAIOIZ7R COIL 10UH
IC0671 1356651 IC BAGAÎTF 00353 1323361 TRANSISTOR XP1501 ; Cos ВАТОТ298 COIL 470H 8/4 EVF [EMO] SECTION (TYPE620)
IC0901 CKI2177U IC CXP87240A-1070 00356 1323321 TRANSISTOR 2SD2216 ; 10580 0773001 CHOCE COIL 10UH+-10K
10902 1352582 IC S-84206F — 00390 1323271 TRANSISTOR DTC144EE 3 L0561 0773004 COIL 100UH C2001 0806169 ELECTROLYTIC 47UF 16V
IC0903 1366081 IC HD74HCT125T Q0401L 1323171 TRANSISTOR UN9213 |! LOS62 0773004 COIL 1000Н C2002 0806169 ELECTROLYTIC 47UF 16V
100904 1366512 IC XLUS949AFS Q0401R 1323171 TRANSISTOR UNS213 IL 10UH+-10K C2003 + 0805146 ELECTROLYTIC 2.2UF 50V
ICOSO7 CJI0201 TRANSISTOR GPIU261X 00402 1923171 TRANSISTOR UN9213 | КО Ti (2004 0268437 — POLYPROPYLENE 4700PF+-5%50V
IC1001 UE11253 — CCD IMAGE SENSOR ASSY O0403L 1323321 TRANSISTOR 2502216 ; L0902 0773121 CHOKE COIL 15UH+-5% C2005 0256871 + ELECTROLYTIC 47UF 25V
61101 1366681 IC RANSIBAF 00403R 1323321 TRANSISTOR 25D2216 (0303 0773088 CHOKE COIL 15UH (TYPE620) | C2005 0249655 | CERAMIC CHIP 1000PE+-10% 1000V
61102 1365392 IC HD49319AF 00404 1323321. TRANSISTOR 2502216 | L1701 0773003 CONIL 47 02007 0249656 CERAMIC CHIP 1000PF+-10% S0DV
101103 CKI2132U IC HG51CSO35TEA 00407 + 1323171 TRANSISTOR UN9213 í L1102 0773003 COL 470 c2008 0806146 ELECTROLYTIC 2.2UF 50V
C1104 CKI2061R IC UPD16510GR 00408. 1323361 TRANSISTOR XP1501 | (1103 0773001 CHOCE COIL 10U4+-10% (2009 0893086 CERAMIC CHIP 0.1UF+80-20% 50V
IC1106 CKI3801U IC HD6433042T13F 00409 1323321 TRANSISTOR 2SD2216 j [11065 0773094 CHOKE COIL 100UH+-10% (2011 0209852 CERAMIC CHIP 180PF+-5% 50V
C1307 CKIATTIR IC MXZSSO7MA 00410 1323321 TRANSISTOR 2SD2216 | L1109 0773001 CHOCE COIL 10UH+-10K (2012 0893086 CERAMIC CHIP 0. 1UF+80-20% 50V
1201 CKI3791R IC UPC5023GS-105-E1 00501 5326513 TRANSISTOR 2581188 (R) Po L1110 0773001 CHOCE COIL 30UH+-10K C2013 0893086 CERAMIC CHIP 0.1UF+80~20% 50V
C1301 1356804 IC MPCITAT8SVWEL 00502 1323321 TRANSISTOR 25D2216 ; L1301 0773001 CHOCE COIL TOUH+-10% C2034 0268521 MYLAR 0. 1UF+-10% 50V
1C1302 1366804 1С MPCITATESMEL 0055) CAÏO2TIR TRANSISTOR 26B1424 | L1302 0773001 СНОСЕ COIL TOUH+-10% C2015 0202151 CERAMIC CHIP 2200PF+-5% 50V
IC1401 FUI0171 — GYRO SENSOR ENC-O5EA-02 00553 1308011 TRANSISTOR MPL! ; X0201 1930211 CRYSTAL C2016 0893044 CERAMIC CHIP 0.O1UF+-10% 50V
C1402 FUIOI72 GYRO SENSOR ENC-0SEB-02 00554 5326502 TRANSISTOR 25D1766 (A) X0901 1930171 CRYSTAL C2017 0806145 ELECTROLYTIC 1ШЕ 50М
IC1403 CKITT21R IC NZU7032M 00556 CATO271R — TRANSISTOR 2581424 ` X0902 BLI03ITR CRYSTAL 62018 0893062 CERAMIC CHIP TUF+30-20% 16V
IC1404 1359931 IC TCAW66F 00557 1323321 TRANSISTOR 2502216 ! X1101 1930094 CRYSTAL R2001 0103852 CHIP RESISTOR 5. 6KOHM+-5% 0. 14
00001 1322341 — TRANSISTOR PTA810F 00502 + 1323321 TRANSISTOR 2502216 | BLOSO! — BVIOZ0TR CHOKE COIL R2002 + 0103869 CHIP RESISTOR 150KOHM+-5% 0. IW
00002 5327521 PHOTO TRANSISTOR SPI-3 00691 1323321 TRANSISTOR 2502216 | CNOOO! — 5845867 CONNECTOR R2003 0103876 CHIP RESISTOR SEOKOHM+-5% 0. 1
0003 5327521 PHOTO TRANSISTOR SPI-3 00692 CAIO27IR — TRANSISTOR 2581424 ; CNOSO2 5847081 CONNECTOR R2004 0103879 CHIP RESISTOR IMOHM+-5% 0.1W
00004 1322341 TRANSISTOR PT4810F 00901 1323251 TRANSISTOR XP4601 Eon С№0503 5845861 CONNECTOR R2005 0103879 CHIP RESISTOR IMOHM+-5% 0.14
00101 1323301 TRANSISTOR 2581219 00903 1323081 TRANSISTOR 2SA1036K Sh es CNOON 1880371 CONNECTOR R2006 0103819 CHIP RESISTOR 10 ОНМ+-5% 0, ТИ
00102 1 1323231 TRANSISTOR 2581462 00904 1323231 + TRANSISTOR 2581452 | CP0202 BEI0231R LC FILTER R2007 + 0103879 CHIP RESISTOR IMOHM+-5% 0. 1W
00103 1323231 TRANSISTOR 2581462 00905 1323321 + TRANSISTOR 2502216 : CP0203 — BEIO341R FILTER, BAND PASS R2008 0103879 CHIP RESISTOR IMOHM+-5% 0.14
00104 1323181 TRANSISTOR XP4213 00908 1323271 TRANSISTOR DTC144EE CP0204 — BEIO343R FILTER, BAND PASS R2009 0103847 CHIP RESISTOR 2. 2K0HM+-5% 0. 14
00105 1323301 TRANSISTOR 2581219 01001 5328221 TRANSISTOR 25C2620-0C | CP0205 5172734 DELAY LINE R2011 0103845 CHIP RESISTOR 1. SKOHM+-5% 0. 18
00107 1323231 TRANSISTOR 2581462 01101 CAI0583R — TRANSISTOR 25B709A ; СРО206 5172735 FILTER, LOW PASS R2012 0103857 CHIP RESISTOR 15KOHM+-5% 0, 1H
00108 1323271 TRANSISTOR DTC144EE 01103 5328192 TRANSISTOR 2502462LD : CPI101 5172676 FILTER, LOW PASS R2013 0103845 CHIP RESISTOR 1. 5KOMM+-S% 0, IW
00109 1323231 TRANSISTOR 2581462 01104 CA10583R — TRANSISTOR 2SB708A : АР0501 5723232. FUSE 2A #2014 0103846 CHIP RESISTOR 1. ВКОНМ+-5% 0, 1H
00110 5326471 TRANSISTOR 2581218 (R) 01105 CAI0583R — TRANSISTOR 25B709A \ AF0502 5723231 FUSE 1.6A R2015 0103862 CHIP RESISTOR 39KOHM+-5% 0.1¥
00111 1323283 TRANSISTOR UMHIN 01106 CAIOSB3R — TRANSISTOR 258709A JK0200 5695291 SOCKT R2016 0103814 CHIP RESISTOR 3. 9 OHM+-10% 0.14
00112 1323321 TRANSISTOR 2502216 01107 5328192 TRANSISTOR 25C2462LD K0201 ESI0242 JACK, AV R2017 0103846 СНГР RESISTOR |. BKOHM:-5% 0. 1H
00116 1323173 TRANSISTOR UN9212 01109 1323271 TRANSISTOR DTC144EE | 080 5693601 DC JACK R2018 0103863 CHIP RESISTOR 47KOKM+-5% 0. 1H
00117 1323173 TRANSISTOR UN9212 01110 5328192 TRANSISTOR 25C2462LD ; P60901 5666921 MINI PLUG R2019 0103848 CHIP RESISTOR 2. 7KOMM+-5% 0. IW
00120 5326454 TRANSISTOR DTA124EU 01201 5328192 TRANSISTOR 25C2462LD PG0101 EAT0S01R G R020 0103867 CHIP RESISTOR 1QOKOHM+-5% 0. 1¥
00123 1323321 TRANSISTOR 2502216 01202 1323141 TRANSISTOR 25C2411K P60401R 5668673 MINI PLUG 2021 0103855 CHIP RESISTOR TOKOHM+-5% 0.14
00140 1323241 — TRANSISTOR XP1213 01401 1323271 TRANSISTOR DTC144EE PGO501 1830322 6 R2022 0103831 CHIP RESISTOR 100 OHM+-5% 0. 1%
00170 1323301 TRANSISTOR 2581219 АТ0551 5148333 TRANSFORMAR, POWER P60502 5668671 MINI PLUG R2023 0103882 JUMPER CHIP RESISTOR
00171 1323253 TRANSISTOR XP401 LOTO! — 0773003 COIL 470H P60503 5668675 PLUG №2024 0103879 CHIP RESISTOR INOHM+-5% 0.14
00173 1323253 TRANSISTOR XP4401 L0102 0773094 СНОКЕ COIL 100UH+-10% P60551 5669037 MINI PLUG R2025 0103874 CHIP RESISTOR 3S0KOHM+-5% 0. IW
00175 1323321 TRANSISTOR 2502216 L0103 0773124 CHOKE COIL 27UH+-5% PG0801 5692362 ММ! РНС R2026 0103843 CHIP RESISTOR 1KOHMs-5% 0. 1W
00176 1323231 TRANSISTOR 2581462 L0104 0773003 COIL 47UH P60602 EAIOBAIR PLUG R2027 ©103843 — CHIP RESISTOR 1KOHM+-5% 0,14
00201 1323241 TRANSISTOR XPI213 L0105 0773117 СНОКЕ COIL 8, 2UH+-5% PG0603 5668753 MINI PLUG R2028 0103972 CHIP JUMPER
00202 1323271 TRANSISTOR DIC144EE L0107 0773134 СНОКЕ COIL 150UH+-5% P60604 — 5668671 MINI PLUG RT2001 5035204 SEMI VARIABLE 2. 2MOHM
00203 1323241 TRANSISTOR XP1213 L0108 0773135 CHOXE COIL 180UH+-5% PGO9O! — 5668572 MINT PLUG RT2002 5030251 SEMI VARIABLE 1MOHM |
00206 1323253 TRANSISTOR XP4401 LO109 5129255 COIL 470UH | P60902 5668752 MINI PLUG RT2003 5040103 SEM! VARIABLE 470 OHM
00208 1323241 TRANSISTOR XP1213 LOTO 0773123 CHOKE COIL 22UH+-5% | P60903 5669193 MINI PLUG (TYPE620) 02001 | 5337133 DIODE MAT4IK
00209 1323241 TRANSISTOR XP1213 LO111 5129256 COIL 33UH | PG0903 5669194 PLUG (TYPET20) 02002 5337321 DIODE MAISS
00210 1323321 TRANSISTOR 2502216 LOI70 0773081 CHOKE COIL 33UH | PG1001 1830344 PLUG [C2001 1365881 IC HA118179F
00216 1323173 TRANSISTOR UN9212 L0171 0773091 CHOKE COIL 33UH | P61101 1830343 РШб 02001 + 5323831 TRANSISTOR 250974
00217 1323271 TRANSISTOR DICT44EE L0172 0773129 CHOKE COIL 68UH+-5% | PG1102 1830351 PLUG 02002 5326682 TRANSISTOR XN1B301
00219 1323241 TRANSISTOR XP1213 10201 0773124 CHOKE COIL 270H+-5% + PG1301 EAID407R CONNECTOR 72001 5240566 + TRANSFORMER
W221 1323241 TRANSISTOR XPI213 L0203 0773118 CHOKE COIL 10UH+-5% AQFI301 — FMIONZ2R — FUSE 0.2A L2001 0773003 COIL 470
00224 1323181 TRANSISTOR XP4213 L0204 0773133 CHOKE COIL 120UH+-5% S0003 5636171 SWITCH 12002 5244017 COIL
00225 1323231 TRANSISTOR 2581462 L0206 0773088 CHOKE COIL 15UH S0004 5636171 SWITCH 052001 5887005 SOCKET
00226 1323271 TRANSISTOR DIC144EE 10207 0773129 CHOKE COIL 68UH+-5% S0005 5636171 SWITCH PG2001 5669631 CONNECTOR
5 - 22
5 - 23
Ada EAS cae mde gt PORRA INT - mia e CERA AT
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(CHAPTER 6 | SCHEMATIC AND CIRCUIT BOARD DIAGRAMS )
SYMBOL-NO P-NO DESCRIPTION SYMBOL-NO P-NO DESCRIPTION _
“a
P62002 5668469 PLUG a. R2120 0790024 CHIP RESISTOR 100 OHM+-5% 1/16W > /
R2121 0790024 CHIP RESISTOR 100 OHM+-5% 1/16W
COLOR EVE CRE] SECTION (TYPE720) R2122 0790024 CHIP RESISTOR 100 OHM+-5% 1/16W
| R2125 0790046 CHIP RESISTOR 4. TKOHM+~5% 1/16W
C2102 0883062 CERAMIC CHIP 1UF+80-20% 16V R2126 0790046 CHIP RESISTOR 4. 7KOHM+-5% 1/16W Cautions when using schematic diagrams | | Cautions ahen using circuit board diagrams
‚2104 0893062 CERAMIC CHIP IUF+80-20% 16V R2128 0790058 CHIP RESISTOR 39KOHH+-5% 1/16 DY e
C2105 0893191 CERAMIC CHIP 6800PF+-10% 25V R2129 0790059 CHIP RESISTOR 47KOHM+-5% 1/164 Caution for safety о 1. Identifications of sides A/B in circuit
C2108 0893062 CERAMIC CHIP IUF+80-20% 16V -——- R2139 0790023 CHIP RESISTOR 270 QHM+—5% 1/16W The parts marked (A are critical for safety. board diagrams
C2108 0806153 ELECTROLYTIC 10UF 16V . R2140 0790049 CHIP RESISTOR 8. 2KOHM+-5% 1/16W CB Be sure to use the specified parts to ensure (1) Board having a pattern on one side and
C2110 0893225 CERAMIC CHIP 0, 1UF+80-20% 16V R2142 0790033 CHIP RESISTOR 470 OKM+-5% 1/16% ; safety when replacing then. parts on both sides. |
. a Side A: Shows discrete parts, viewed from
C2113 0893188 CERAMIC CHIP 0. 04TUF+-10% 16V R2143 0790033 CHIP RESISTOR 470 OHM+-5% 1/16W 1. Values in schematic diagrams the pattern side.
C2114 0893225 CERAMIC CHIP 0, TUF+80-20% 16V R2148 0790055 CHIP RESISTOR 22K0HM+-5% 1/164 The values, dielectric strength (power capa- Side B: Shows leadless parts, viewed from
En de SMa, | ER mW dre mas ciel tole Of. rll gh lee
{21 . 4TUF+80- + d ; ' ,
C2121 0893225 CERAMIC CHIP O. 1UF+80-20% 16V R2154 0790055 CHIP RESISTOR 22KOHH+-5% 1/16K {excluding variable resistors) and ati . (2) Board haying patterns on both sides and
С2122 0893231 CERAMIC CHIP 0. OS8UF+80-20% 25Y R2181 0105593 CHIP RESISTOR 680 OhM+-S% 1/2 diagrams using abbreviations. Side A: Shows parts and patterns which
02123. 0833231 CERAMIC CHIP 0. 0GBUF+80-20% 25V R2182 0790058 CHIP RESISTOR 39KOHM+-5% 1/16W | (Resistors) can be seen when the case is
C2124 0833231 CERÁMIC CHIP 0. 068UF+80-20% 25V R2184 0790051 CHIP RESISTOR TOKOHM+-5% 1/16 a opened.
C2135 0893062 CERAMIC CHIP 1UF+80-20% 16V R2202 0105697 CHIP RESISTOR 390K0HM+-1% 1/16W о [tem [ndication Side B: Shows parts and the pattern on
C2137 0893193 CERAMIC CHIP 0. O1UF+-10% 25V R2203 0105197 CHIP RESISTOR 22KOHH+-0. 5% 1/16W SIRE Value NO indication ‘recente г the hack of side A
K erocorrocecarerrecraeDe
са e EA | E ME E nun 18. | je jr dein Meson orn
41 MIC CHIP 0. 1UF+80- 2 +- A A eresesreo: +50 | Thi i f h part on
C2181 0893232 CERAMIC CHIP 0. 1UF+80-20% 25V 82208 0790033 CHIP RESISTOR 470 OHM+-5% 1/16W Tolerance | No indication =D Is table shows locations of each part
C218 0806158 ELECTROLYTIC Z2UF 16V R203 0790046 — CHIP RESISTOR 4. TKOHM+-5K 1/16W (411 tolerances other than 2-98 ar ans, ro orales on the
^ -
C2183 0806174 ELECTROLYTIC 100UF 6, 3V R2210 0790038 CHIP RESISTOR 1. 2K0HM+-5% 1/164 Tagan) © external lines of diagrans,
C2184 0806149 ELECTROLYTIC 4. 7UF 25V R2211 0790064 CHIP RESISTOR 100KOHM+-5% 1/16% Power No indication ©" 18H (1) In case of one-layer board
C2185 0893008 CERAMIC CHIP 0. TUF +-10% 16V R2212 079005! CHIP RESISTOR 10K0HM+-5% 1/16W capacitance |(1/16W for leadless resistors
C2187 0806153 ELECTROLYTIC 10UF 16V R2213 0790051 CHIP RESISTOR 10KOHM+-5% 1/16 without indication) re
02203 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V R2215 0790037 CHIP RESISTOR 1KOHN+-5% 1/16W All capacitances other than
C2204 0893232 CERAMIC CRIP 0. 1UF+80-20% 25V R2216 0790037 CHIP RESISTOR 1KOHM+-5% 1/16K я Е the above are indicated in the Sort of parts
02205 0893175 CERAMIC CHIP 1000PF+-5% 50V R2217 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W «x schematic diagraas.
C2207 0893175 CERAMIC CHIP 1000PF+-5% 50V RT2101 AWIO168 TIKMER RESISTOR
C2211 0206673 ELECTROLYTIC 33UF 6. 3V RT2102 AWIO158 TIMMER RESISTOR (Capacitors) ua
C2212 0893225 CERAMIC CHIP 0. 1UF+80-20% 16V RT2103 AWIDIS3 TIMMER RESISTOR Zone “A” on board diagram
02213 0893175 CERAMIC CHIP 1000PF+-5% 50V RT2104 5040107 SEMI VARIABLE TOKOHM [ten indication Circuit No. ал
Value No indication +*re=...eeo LF Zone “2” on board diagran
C2214 0893127 CERAMIC CHIP 120PF+-5% SOV RT2105 5040106 SEMI VARIABLE 4. ТКОНЫ Dorrocororicvasrereonec oF
E EN mera | №6 98 в Жака Ee ero
L | , , 4 . . . . .
(2217 0202025 — CERIMIC DISC 4700PF+-5% 50V RT2201 5040108 SEMI VARIABLE strengh (All dielectric strengths other (2) In case of side 4/B indication board
С2218 0806143 ELECTROLYTIC 4 7UF 25V 02101 5337354 DIODE MAI33 than où! are indicated In ihe rt
schematic diagrams.)
02219 0893154 CERAMIC CHIP 27PF+-5% 50V 02102 5337354 DIODE MA133 8 Sort of parts
02220 0893154 CERMIC CHIP 27PF+-5% 50V 02103 5337354 DIODE MA133 Y (Coils)
(2221 0893154 CERAMIC CHIP 27PF+-5% 50V 02201 5337031 DIODE 1SV20! OS
C2222 0893154 CERAMIC CHIP 27PF+-5% 50V 02202 5337353 DIODE MAI32K Ten indication
C2223 0893154 CERAMIC CHIP 27PF+-5% 50V IC2101 CKI0522U IC IR3YIBA Tale Tree eevee ii A Zone “A” on board diagran
C2024 0893154 CERAMIC CHIP 27PF+-5% 50Y IC2I8I CKIIS6IA IC NJMASIU ne oi Circuit No, on
(2235 0883154 GCERAMIE CHIP РЕН SON [2181 0773004 À CHE COIL TOOUH-108 fone "2 on board diagran
+ UH+- . ings in schematic diagrams
C2221 0893232 CERAMIC CHIP 0. 1UF+80-20% 25V [2182 0773094 CHOKE COIL 100UH+-10% | Tr ina eN Cera numbers in A: Shows side A
R2101 0790057 CHIP RESISTOR 33K0HM+-5% 1/16 [2203 — BAIDI3IR — COIL 2206 | the schematic diagrams are discrete paris. В: Shows side B
R2102 0790059 CHIP RESISTOR 47K0HM+-5% 1/164 2204 0773121 CHOKE COIL 15UH+-5% ; (2) Parts marked “€” with circuit numbers in
R2103 0790037 CHIP RESISTOR 1K0HM+-5% 1/164 X2101 BLIONIA — CAYSTAL the schematic diagrams are leadless parts.
R2104 0105203 CHIP RESISTOR 18K0HM+-0.5% 1/16 CP2101 5172474 TRAP, COIL
R2105 0790077 * CHIP RESISTOR IMOHM+-5% 1/16¥ PG2102 1830022 PLUG
R2105 0790065 CHIP RESISTOR 120K0HM+-5% 1/164 PG2104 1830022 PLUG |
R2107 0790065 CHIP RESISTOR ¡20K0HM+-5% 1/164 PG2201 EAIO348R CONNECTOR :
R2108 0790055 CHIP RESISTOR 22K0HM+-5% 1/164 P62203 1830191 PLUG
R2109 0790058 CHIP RESISTOR 39KOHM+-5% 1/16K |
2110 0780054‘ CHIP RESISTOR 18K0HM+-5% 1/16
R2111 0790054 CHIP RESISTOR 18K0HM+-5% 1/16 E |
e, P
R2112 0790057 CHIP RESISTOR 33K0HM+-5% 1/164 | =
#2113 0790058 CHIP RESISTOR 39KOHMs-5% 1/164 |
R2115 0790077 CHIP RESISTOR 1MOHM+-5% 1/16 y
R2118 0790047 CHIP RESISTOR 5. 6KOHM-5% 1/16
R2119 0790037 CHIP RESISTOR 1KOHM+-5% 1/16
5 - 24
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