HITACHI VM-2400E E(AV),E(UK), VM-2480E (AV) Video Camera / Recorder, VM-RF70E RF Unit, VM-AC61E Power Adapter / Charger Service Manual

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Dokument
Annonce
 TK No. 3510E
VM-2400E E(AV),E(UK)
VM-2480E(AV)
воно Dit
MANUAL RELATED TO THE VM-2400E/2480E
No. 3233E
VM-AC61E No. 3073E
SPECIFICATIONS
| Сепега!
Power requirements 9.6V DC
Power consumption 9.4 watts [When AUTO/MAN FOCUS switch is &quot;MAN&quot;.]
Dimensions 124 (Wi x 205{H} x 368(D} mm
Weight 2,2 kg
E Video Recorder Section
Format VHS
Record/playback system 2 video record/ playback heads
Video signal PAL colour &amp; CCIR monochrome signals 625 lines
Tape speed 23.39 mm/sec.
Video output 1.0 Vp p, 79 ohm :
VHS Mic input — 68 dBs, more than 1K ohm
Audio autpu! -8 dBs, less than 1K ohm
e , Earphone output —26 dBs, 18 ohms terminal)
This video deck is a VHS type video Fast forward/rewind time Less than 8 minutes with E-180 cassette
recorder. For proper operation, only E Camera Section | |
Scanning 625 lines/50 fields/25 irames
the VHS type cassette must be Required minimum illumination 7 lux
Camera device 1/2&quot; C.CO
used. Lens diameter 46 mm
CAUTIONS ON LITHIUM BATTERY REPLACEMENT
Replace the lithium battery correctly,otherwise it may explode.
Do not replace the battery with one other than those specified by manufacturer (the same model or equivalent).
SAFETY PRECAUTIONS
The following precautions should be observed when servicing.
1. Since many parts in the unit have special safety-related characteristics, always use genuine Hitachi replace-
ment parts. Especially critical parts in the power circuit block should not be replaced with other makers’.
Critical parts are marked with A in the schematic diagram.
2. Before returning a repaired unit to the customer, the service technician must thoroughly test the unit to as-
certain that it is completely safety operate without danger of electrical shock,
SPECIFICATIONS AND PARTS ARE SUBJECT TO CHANGE FOR IMPROVEMENT
VIDEO CAMERA / RECORDER
1991 TOK
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CONTENTS
CHAPTER 1 3-26, Pressure Roller
IDENTIFICATION AND OPERATION 3-27 control al e 2-13
OF CONTROLS .......ec... &laquo;0. 1-1 + Cassette Holder
Dock Slider ree ат че. о... о 2-13
3-28. Кее еаг ock ал
CHAPTER 2 DISASSEMBLY Loading Motor ....esecscscaocoo. 2-14
1. CASE REMOVAL ..e.o... &gt;. 0.4.2.0... 2-1 3-29. Loading Gear ....ooreovcrscnearo 2-14
1-1. Left Case .......….….…coouou0s 271 3-30. Tension Pole Drive Arm ....... 2-14
1-2. Electronic Viewfinder 3-31. Driving Gear ....e.eeccasracaro 2-14
(EVF) erocono ............. 2-1 3-32. Relay Gear essen 2-15
1-3. Electronic Viewfinder (EVF) 3-33. Cassette Holder Lock ......e.. 2-15
Shoe and Accessory Shoe ...... 2-1 3-34. Cassette Holder Damper ....... 2-15
1-4. Cassette Lid ..... ........ e... 272 3-35. Cam Gear Arm .....o.osccoramoo 2-15
1-5. Right Case 000000000 0000000040 2-2 3-36. Cassette Holder Lock
1-6. Carrying Handle ............ .. 2-2 Drive Arm ...oeoeescaccoscereora 2-16
2. CIRCUIT BOARD/TAPE TRANSPORT 4. LENS BLOCK REMOVAL ...oscerarcoo. 2-16
MECHANISM REMOVAL 0.0000 00000 0.000 2-2 EEE 2-16
2-1. Main Circuit Board and 4-2. Focus Motor ........... sac eue&raquo; 2-16
Tape Transport Mechanism ..... 2-1 4-3. Zoom Motor .......eocscrrecoo. 2-17
2-2. Auto Focus Circuit Board ..... 2-3 4-4. Iris Block .....eerorscoocaoeo 2-17
2-3. Control Circuit Воага ........ 2-3 5. ELECTRONIC VIEWFINDER
2-4. Process Circuit Board ........ 2-3 (EVE) ВЕМОМАТ .,..........,...... 2-17
2-5. DC-DC Converter ....oe.ocerceo 2-4 5-1. Bottom Case ....e.esecorecorao 2-17
2-6. Sensor Circuit Board ....e ec. 2-4 5-2. Electronic Viewfinder
2-7. Back-up Circuit Board and Batt. (EVF) Circuit Board .......... 2-17
Terminal Circuit Board ....... 2-4 5-3. MIC Circuit Board ......sesoo..o 2-18
2-8. Light Terminal 5-4. СВТ 2... esooau nana ne s0 0000 2-18
Circuit Board ..._ecsescecoreoo 2-4 6. TABLE OF FLAT PACKAGE ICS,
MAIN MECHANICAL COMPONENTS /SOLDERING ILON TIPS ............ 2-18
IDENTIFICATIONS (TOP VIEW) ........ 2-5
MAIN MECHANICAL COMPONENTS JIGS AND TAPES FOR ADJUSTMENT ...... 3-1
IDENTIFICATIONS (BOTTOM VIEW) ..... 2-5
3. MAIN MECHANICAL COMPONENTS CHAPTER 3 MECHANICAL ADJUSTMENT
REMOVAL 000000000 0. 000.08 .e......... 2-6
3-1. Cassette Holder and Supply 1. TAPE LOADING SYSTEM
Sensor Circuit Board sa as au ue 2-6 COMPONENT ADJUSTMENT e .acarceardoarna 3-1
3-2, Upper Cylinder 1-1. LOADING CAM GEARS (SUPPLY/
(Video Head) ...... Cee 2-6 TAKE-UP) ADJUSTMENT ‚......... 3-1
3-3. Audio/Control (A/C) Head ..... 2-7 1-2. MECHANISM STATE SWITCH AND |
3-4. Full Erase (FE) Head ......... 2-7 DRIVING GEAR ADJUSTMENT ...... 3-1
3-5. Dew Sensor Removal .......e... 2-7 1-3. LOADING CEAR AND TENSION
3-6. Supply End Sensor an&aacute; POLE DRIVE ARM ADJUSTMENT .... 3-2
Mechanism State Switch ....... 2-7 2. TAPE TRANSPORT SYSTEM COMPONENTS
3-7. Take-up Sensor Circuit Board CHECK/ADJUSTMENT .....orooreraooo 3-2
(Take-up Reel Sensor/Take-up 2-1. REEL DISK HEIGHT ADJUSTMENT .. 3-2
End Sensor/Cassette Holder 2-2. TENSION POLE POSITION/
Switch) LL... Lacan as a na nana une 2-8 TENSION ADJUSTMENT .....e.ec.. 3-3
3-3. Lower Cylinder (Cylinder 2-3. SUPPLY/TAKE-UP GUIDE POLE
Motor Assembly) .........eeee. 2-8 HEIGHT ADJUSTMENT ....... ге... 3-3
3-9. Capstan Мобог ................ 2-9 2-4. SUPPLY/TAKE-UP GUIDE ROLLER
3-10. Impedance Roller ...... ....... 2-9 HEIGHT ADJUSTMENT ............ 3-3
3-11. Pressure Roller Assembly ..... 2-9 2-5. A/C HEAD ADJUSTMENT .......... 3-4
3-12. Tension Arm and 2-6. CU TIENT AFTER REPLACING 3-4
3-13, Supply Reel Disk 1 lil 220 3. TENSION AND TORQUE CHECKS ....... 3-5
2-15. Take-up Sub Brake .000000..... 2-10 CHAPTER 4 ELECTRICAL ADJUSTMENT
3-16. Supply Guide Pole ......en—ecro 2-10 1. CONNECTIONS FOR ADJUSTMENT ...... 4-1
3-17. Supply Guide Roller .......... 2-10 2. CAMERA SECTION ADJUSTMENT ....... 4-1
3-18. Take-up Guide Roller ,........ 2-11 2-1. CIRCUIT BOARDS LOCATIONS
3-19. A/C Неай Вазе ............ e... 2-11 AND SERVICE POSITION ......... 4-1
3-20. Take-up Guide Pole, Half 2-2. TEST EQUIPMENT AND CHARTS
Loading Arm and Half Loading NECSSARY FOR ADJUSTMENT ...... 4-1
Control Arm ...... .......&gt;..&gt;.. 2-11 2-3. ADJUSTMENT CONDITIONS ........ 4-2
3-21. Supply Guide Roller ‘Base, 2-4. PRESET POSITION OF SWITCHES AND
Take-up Guide Roller Base, CONTROLS DURING ADJUSTMENT ... 4-2
Guide Roller Rail and 2-5. LIST OF CHART FOR CAMERA
End Lamp ...….….….….….….…... secooaro 2-11 ADJUSTMENT ............ ....... 4-2
3-22. Supply Sub Brake ...... ......x 2-12 2-6. CAMERA ADJUSTMENT ......ece.oo 4-2
3-23. Cylinder Base .....e.eocsrencenoo 2-12 1) Subcarrier Frequency
3-24. Supply Loading Cam Gear and Adjustment .....eecoesreacocareo 4-2
Take~up Loading Cam Gear ..... 2-13 2) Subcarrier Lock Voltage
3-25. Take-up Guide ArM ............ 2-13 Adjustment .....e.eoecoo. ...... 4-2
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(1)
(B) , remove
2. While pulling the EVF shoe spring
cy
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remove the accessory shoe spring in
(С).
the direction of arrow
in the direction of arrow
the EVF in the direction of arrow
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screw and move the
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(1)
(C) to release the EVF cable.
(See Fig. 2-3)
4. Release two (2) tabs and open the main
(D).
5. Disconnect connector CN401 on the main
t board.
Note: When reinstalling the EVF, first
circui
attach the EVF shoe spring (1)
the EVE shoe.
-
circuit board in the direction of
Remove one
arrow
arrow
3.
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EVF SHOE
SPRING (1)
Fig. 2-4
PR
NIET AE ATR EL
ma Gar ur аи TR AM NIT MIS PELA NOA RATOS Bs ps de dd i EE A ae
A я eL Na CC PETE ООО НЬте Air
2-2
Fig.
4 #4 ole rh EA E qe
HL NET
1-2
1-4. Cassette Lid
1. Remove two (2) screws holding the
cassette lid, (See Fig. 2-5)
2. Remove the cassette lid in the
direction of the arrow.
CASSETTE
LI
7
REMOVE
THREE
SCREWS
CAMERA
SECTION
RELEASE
ONE TAB
MAIN
CIRCUIT RIGHT CASE
BOARD (8)
Fig. 2-7
1-6. Carrying Handle
ORDER FOR REMOVING PARTS ITEM No.
o Left Case 1-1
o EVE 1-2
o Cassette Lid 1-4
o Right Case 1-5
REMOVE
TWO
SCRE WS
Fig. 2-5
1-5. Right Case
ORDER .FOR REMOVING PARTS. ; ITEM. No.
o Left Case 1-1
o EVE | | 1-2
.9 Cassette Lid 1-4
1. Open the main circuit board.
(See Fig. 2-3)
2. Release one (1) tab and remove the
batt. terminal circuit board in the
direction of the arrow. (See Fig. 2-6)
3. Disconnect three (3) connectors
(CN407, CN901, CN906) on the main
circuit board,
4. Remove three (3) screws holding the
right case. (See Fig. 2-7)
5. Pull the rioht case in the direction
of arrow (A), and while releasing one
(1) tab, remove the right case in the
direction of arrow (B).
SS RELEASE
ONE TAB
BATT,
TERMINAL
CIRCUIT
BOARD
DISCONNECT
THREE
CONNECTORS
2. Remove two (2) screws holding the
carrying handle shoe. (See Fig. 2-8)
3. Remove cne (1) screw holding the
carrying handle. a
4. While pulling the carrying handle shoe
— Spring in the direction of arrow (В),
remove the carrying handle in the
direction of arrow (Aj.
‚ REMOVE
N
CARRYING
A
REMOVE (A) HANDLE SCREW
SCREWS
RIGHT CASE
\
CARRYING
MANDLE SHOE
SPRING
Pig. 2-8
2. CIRCUIT BOARD AND TAPE TRANSPORT
MECHANISM REMOVAL
ORDER FOR REMOVING PARTS | ITEM No.
&copy; Left Case 1-1
о EVF 1-2
&deg; Cassette Lid 1-4
&copy; Right Case 1-5
2-1. Main Circuit Board and Tape
Transport Mechanism
l. Release two (2) tabs and open the main
AT CR A E PA] PEDAL TATI NAS En ETA LENCERIA
PERE Ve DEERE TE prete RTE UE
E TER
io
circuit board in the direction of the 2-2. Auto Focus Circuit Board
arrow. (See Fig. 2-9) 1. Release three (3) tabs holding the
Disconnect two (2) connectors (CN905, auto focus circuit board.
CN910) holding the camera section and (See Fig. 2-12)
VTR section. (See Fig. 2-10) 2. Disconnect seven (7) connectors
Disconnect five (5) connectors (CN402, (CNOLAF, CNO2AF, CNO3AF, CNO4AF
CN403, CN602, CN904, CN912). CNOSAF, CNOGAF, CNO7AF) on the auto
Disconnect three (3) flat cables focus circuit board.
(CN201, CN601, CN903).
Release two (2) tabs holding the main RELEASE
circuit board. (See Fig. 2-9) THREE
Remove one (1) screw holding the
ground cable. (See Fig. 2-11)
RELEASE
TWO TABS A&gt;
E
Dar
&copy; —
388
oco
-
“o
a
€
in
ии ом
—
DISCONNECT
SEVEN
CONNECTORS
MAIN Ч —
CIRCUIT Fig. 2-12
A BOARD
RELEASE .
TWO TABS 2-3. Control Circuit Board
1. Disconnect two (2) connectors (CN601,
CN910). (See Fig. 2-13)
2, Release three (3) tabs holding the
control circuit board.
Fig. 2-9
RELEASE
THREE
TABS
CONTROL
CIRCUIT
A
&gt; process
od CIRCUIT
BOARD
DISCONNECT DISCONNECT
THREE FLAT TT
CABLES DISCONNECT CONNECTORS
DISCNNECT CONNECTORS
CNNECTOR ;
Fig. 2-10 Fig. 2-1
2-4. Process Circuit Board
1. Pull the process circuit board in the
direction of arrow disconnect two (2)
connectors (CNLQl, CN102) between the
sensor circuit board. (See Fig. 2-14)
2, Disconnect four (4) connectors (CN203,
CN204, CN205, CN206) on the process
circuit board.
REMOVE GROUND
ONE CABLE
SCREW
Fig. 2-11
2-3
SENSOR
CIRCUIT
BOARD
AN
PROCESS DU
CIRCUIT
BOARD y
+
*
+
„а =
+
ra
DISCONNECT
Ww
CONNECTORS
DISCONNECT FOUR
CONNECTORS ;
Fig. 2-14
2-5. DC-DC Converter
1. Disconnect connector CN205 from the
process circuit board. (See Fig. 2-15)
2. Release one (1) tab and pull out the
DC-DC converter circuit board form its
holder in the direction of arrow.
RELEASE
CONTROL ONE TAB
CIRCUIT
BOARD
TEP Ч DISCONNECT
CONNECTOR
DA
„2 .
PROCESS
CIRCUIT
De-BIC BOARD
CONNECTOR
CIRCUIT BOARD
Fig. 2-15
2-6. Sensor Circuit Board
ORDER FOR REMOVING PARTS ITEM No..
&deg; Process Circuit, Board 2-4.
1. Remove one (1) screw holding the
sensor shield cover. (See Fig. 2-16)
2. Remove three (3) screws holding the
sensor circuit board.
3. Pull out the sensor circuit board in
the direction of arrow.
SENSOR
CIRCUIT BOARD
SENSOR
SHIELD
COVER
REMOVE
THREE
SCREWS
REMOVE
ONE
SCREW Fig. 2-16
2-4
2-7. Back-up Circuit Board and Batt.
Terminal Circuit Board
Unsolder connector CN902 on the batt.
terminal circuit board.
(See Fig. 2-17)
2. Remove one (l) screw holding the fuse
cover. (See Fig. 2-18)
3. Open the covers back-up battery and
fuse remove them in the direction of
arrow.
4. Remove the back-up circuit board in
the direction of arrow.
5. Disconnect connector CN906 on the
back-up circuit board.
1
BATT, TERMINAL
CIRCUIT BOARD
BACK-UP
CIRCUIT BOARD
DISCONNECT
CONNECTOR
Fig. 2-17
RIGHT BACK-UP
CASE BATTERY
BACK-UP
CIRCUIT
BOARD
Fig. 2-18
2-8. Light Terminal Circuit Board
ORDER .FOR REMOVING. PARTS. ITEM No. .
o Acsseory Shoe 1-3
.9 Carrying Handle L 1-6
l.
2.
3.
N
Remove one (1) screw holding light
terminal circuit board.
(See Fig. 2-19)
Remove front cover in the direction of
arrow (A).
Remove slide cover in the direction of
arrow (B).
ote: When the light terminal slide cover
is removed, the spring of the light
termonal slide cover will come off.
a ET
A nn
SLIDE REMOVE
д бы
&lt; o
7 Уч
“В цен TERMINAL
NE CIRCUIT BOARD
` Ry Г &gt;
| FRONT
CARRYING COVER
HANDEL
Fig. 2-19
8
s 7 9
MAIN MECHANICAL COMPONENTS \
IDENTIFICATIONS (TOP VIEW)
1. Cylinder Brush
2. Upper Cylinder (Video Head)
3. Guide Roller Rail
4, X-Value Adjust Nut
5. Take-up Guide Roller
6. Audio/Control (A/C) Head
7. Take-up Guide Pole
8. Half Loading Arm
9, Pressure Roller Assembly
10, Take-up Guide Arm
11. Take-up End Sensor
12. End LED
13, Take-up Reel Disk
14. Cassette Holder Lock Slider ой
15. Reel Gear Block
16. Supply Reel Disk
17. Tension Band -
18. Tension Arm
19. Supply Guide Roller
20. Supply End Sensor
21. Supply Guide Post
22. Supply Guide Pole
22. Full Erase (FE) Head
24, Impedance Roller
MAIN MECHANICAL COMPONENTS
IDENTIFICATIONS (BOTTOM VIEW)
l.
DO JM SUN
10.
12.
. Cam Gear Plate
. Mechanism State Switch
. Tension Pole Drive Arm
. Loading Motor
. Supply Sensor Circuit Board
. Loading Gear
. Driving Gear
. Capstan Motor
Lower Cylinder (Cylinder Motor
Assembly)
Supply Loading Cam Gear
Take-up Sensor Circuit Board
Take-up Loading Cam Gear
AA La aa re Рай ма
NU a RAE
3. MAIN MECHANICAL COMPONENTS REMOVAL
Reinstall the components by the reverse
procedure to removal when no caution
items are given.
ORDER .FOR REMOVING PARTS ITEM No.
&deg; Tape Transport Mechanism 2-10
3-1. Cassette Holder and Supply Sensor
Circuit Board
1. Disconnect connector CNOO1.
(See Fig. 2-51)
2. Remove one (1) screw holding the
supply sensor circuit board.
3. Release one (1) tab and lift up the
cassette holder. (See Fig. 2-52)
4. Remove the supply sensor circuit board
in the direction of the arrow.
(See Fig. 2-51)
5. Remove two (2) screws holding the
cassette holder and cassette holder
spring. (See Fig. 2-53)
6. Remove one (1) screw holding the
cassette holder and chassis holder.
(See Fig. 2-54)
7. Move the front arm of the cassette
holder in the direction of arrow (A),
(See Figs. 2-53, 2-54)
8. Move the rear arm of the cassette
holder in the direction of arrow (B).
(See Figs. 2-53, 2-54)
DISCONNECT
CONNECTOR
SUPPLY SENSOR
CIRCUIT BOARD
Fig. 2-51
RELEASE
ONE TAB
Joli
CASSETTE dk A
EZ
7 ar
Fig. 2-52
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г — 1 FOR A peri or a РОРНЫЫ more 1 KAA DEES ety et eh
Ee rt E TRA UN SN ELL ULA E TA
E E a A Na
CASSETE
(A)
CA
HOLDER . A PEE HOLDER
a
REMOVE
TWO
SCREWS
Fig. 2-53
CASSETTE
HOLDER
Een. REMOVE -
O— ONE SCREW
Fig. 2-54
3-2. Upper Cylinder (Video Head)
1. Remove one (1) screw holding the
cylinder discharge brush and cylinder
shield. (See Fig. 2-55)
2, Remove two (2) screws holding the
upper cylinder and pull out the upper
cylinder from the lower cylinder.
Note: Be careful that your fingers or
tools do not touch the video head
tips during work.
Upon reinstallation, align the
video heads connected to the
connector (blue) of the upper
cylinder with the arrow mark on the
lower cylinder. (See Fig. 2-56)
Install the upper cylinder by the
reverse procedure to removal.
Tighten two (2) upper cylinder
holding screws alternately.
Adjust as follows after installing
the cylinder assembly.
+ CHAPTER 3
2-6. ADJUSTMENT AFTER REPLACING
THE CYLINDER.
STATIC
DISCHARGE .
REMOVE
ONE BRUSH
SCREW REMOVE
YX TWO
SCREWS
“ UPPER
’ CYLINDER
CYLINDER
SHIELD / E
&lt;&lt;
Fig. 2-55
BA N
CONNECTOR {WHITE )
Fig. 2-56
3-3. Audio/Control (A/C) Head
1. Disconnect connector CN402.
(See Fig. 2-57)
2. Remove two (2) screws holding the A/C
head. oo
Note: Adjust as follows after installing
the Audio/Control Head.
* CHAPTER 3
2-5. A/C HEAD ADJUSTMENT
х САНРТЕВ 4
3-8. AUDIO SECTION
1) Audio Bias Level Adjustment.
&amp; REMOVE
5 TWO
| SCREWS
DISCONNECT
CONNECTOR
A/C
HEAD
Fig. 2-57
3-4. Full Erase (FE) Head
1. Disconnect connector CN403.
(See Fig. 2-58)
2. Remove one (1) screw holding the FE
head base.
3. Release two (2) tabs holding the FE
head and remove the FE head in the
direction of the arrow. a
DISCONNECT &Icirc;
CONNECTOR
FE HEAD
REMOVE
ONE RELEASE
Fig. 2-58
3-5. Dew Sensor
1. Disconnect connector CN002 on the
take-up sensor circut board.
2. Release one (1) tab holding the dew
sensor. (See Fig. 2-59)
3. Remove the dew sensor in the direction
Of the arrow from the pressure roller
holder.
PRESSURE
ROLLER
HOLDER DEW SENSOR
RELEASE
ONE TAS
3-6. Supply End Sensor and Mechanism
State Switch
1. Disconnect connector CNOOl on the
supply end sensor. {See Fig. 2-60)
2. Disconniect connector CN001 on the
mechanism state switch.
3. Reiease two (2) tabs of the supply end
sensor.
4. Remove the supply end sensor.
5 Remove one (1) screw holding the
mechanism state switch,
6. Remove the mechanism state switch.
2-1
TWO TABS
SUPPLY
END
SENSOR
REMOVE
ONE SCREW
| DISCONNECT
DISCONNECT FA) CONNECTOR
CONNECTOR
No MECHANISM
== STATE
=, SWITCH
TT N&deg;
v
Fig. 2-60
3-7. Take-up Sensor Circuit Board
(Take-up Reel Sensor/Take-up End
Sensor/Cassette Holder Switch)
1. Remove two (2) screw holding the take-
up sensor circuit board.
(See Fig. 2-61)
2, Release three (3) tabs and open the
take-up sensor circuit board.
3. Disconnect two (2) connectors (СМ№001)
from the supply sensor circuit board
and supply end sensor circuit board.
(See Fig. 2-62)
4. Disconnect connector CN0Ol from the
mechanism state switch and release the
wires from the wire retainers.
(See Fig. 2-63)
5. Disconnect connector CN002 on the
take-up sensor circuit board.
REMOVE _— &copy;
TWO 8
SCREWS RELEASE
THREE TABS
TAKE-UP SENSOR
CIRCUIT BOARD
Fig. 2-61
DISCONNECT
TWO
CONNECTORS oz
SUPPLY END
SENSCR CIRCUIT
BOARD
SUPPLY SENSOR
CIRCUIT BOARD
Fig. 2-62
MECHANISM
DISCONNECT STATE SWITCH
CONNECTOR |
DI SCONNECT
CONNECTOR
Fig. 2-63
3-8. Lower Cylinder (Cylinder Motor
Assembly)
—_
ORDER FOR REMOVING PARTS 4 ITEM No.
o Upper. Cylinder 3-2
1.
Remove three (3) screws holding the
lower ‘cylinder. (See Fig. 2-64)
REMOVE
THREE
SCREWS
Fig. 2-64
3-9. Capstan Motor
1. Move the take-up guide arm in the
dr mme Ve ard Aut FTE Bap и АА НЫ? РР ео е
MEN N EHRT corn HUE,
direction of the arrow (pressure
roller side). (See Fig. 2-65)
Remove three (3) screws holding the
capstan motor. a.
Disconnect connector CNIM on the
capstan motor. (See Fig. 2-66)
Remove the capstan belt from the
capstan motor. .
Release three (3) tabs holding the
capstan motor cover and capstan motor.
Release three (3) tabs and remove the
capstan motor cover.
mA EV IT A ri rev Ay
ER rer [CO EE AA
О . FAA a “oe
REMOVE
THREE TAKE-UP
CREW -
CRE GUIDE
RELESE
&Agrave;, THREE
TABS
COVER
RELEASE
THREE TABS
DISCONNECT
CONNECTOR
3-10. Impedance Roller
1. Remove one (1) washer and pull out the
impedance roller. (See Fig. 2-67)
Note: Be careful that your fingers do not
touch the roller during work.
ONE | IMPEDANCE
ROLLER
Fig. 2-67
3-11. Pressure Roller Assembly
ORDER FOR REMOVING PARTS ITEM No.
5 Cassette Holder and 3-1
Supply Sensor Circuit
Board
&gt; Dew Sensor 3-5
1. Remove two (2) screws holding the
pressure roller holder.
(See Fig. 2-68)
2. Pull out the pressure roller assembly
from the chassis.
ТТ ——— RE MOVE
A TWO
| AN q sens
PRESSURE
ROLLER
HOLDER
PRESSURE
ROLLER
ASSEMBLY
Fig. 2-68
3-12. Tension Arm and Tension Band
ORDER FOR REMOVING PARTS | ITEM No.
e Cassette Holder and 3-1
Supply Sensor Circuit
Board
1. Remove ore (1) tab of the supply end
sensor. ‘(See Fig. 2-69)
2. Release the tension spring.
3. Remove one (1) screw holding the
tension band.
4. Move the supply sub brake in the
direction of the arrow.
5. Remove the tension arm and tension
band from the chasis.
6. Release one (1) tab and remove the
tension band from the tension arm.
RELEASE
ONE Tag
TENSION
ARM REMOVE
NE
SCREW
&Agrave;
TENSION
| BAND
SPRING SA
SUPPLY END pm SUPPLY KE
SENSOR
TENSION |
ONE TAS
=. e MU Ne Por осо ir bdo de Mi IET IE A e a eE A dr dd pe ed mam e yn o Lie eu mur nio ee ae
NED OTE CAT - KT
Fig. 2-69 2-9
EE te &pound;m ep PRE de Te
О НО RE
SUPPLY
3-13. Supply Reel Disk о 3-15. Take-up Sub Brake 3-20. Take-up Guide Pole, Half Loading
— | Arm and Half Loading Control Arm
ORDER FOR REMOVING PARTS &gt; ITEM No. ORDER FOR REMOVING PARTS ITEM No...
&deg; Cassette Holder and 3-1 o Cassette Holder and 3-1 ORDER FOR REMOVING PARTS ITEM No.
Supply Sensor Circuit Supply Sensor Circuit o A/C Head Base 3-19
Board Board
” Tension Arm and 3-12
Tension Band 1. Remove the spring between the chassis 1. Turn the upper section of the take-up
and take-up sub brake. (See Fig. 2-72) guide pole using the hexagonal box
1. Remove one (1) washer holding the 2. Relase one (1) tab and pull out the wrench (5.0mm) to remove the take-up
supply reel disk. (See Fig. 2-70) take-up sub brake from the chassis. guide Pole. (See Fig. 2-77)
2. Move the supply sub brake in the 2. Remove one (1) washer holding the half
direction of the arrow. ONE CE loading control arm.
3. Pull out the supply reel disk from the RELEASE SZ SPRING REMOVE 3. Pull out the half loading arm and half
chassis. ONE TAB— | TAKE-UP ONE HEX. loading control arm from the chassis.
Note: Take case not to lose the washer in Es BRAKE | SCREW Fig. 2-74 Note: Adjust as follows after installing
the lower section. a the take-up quide pole.
Adjust as follows after installing &icirc;&Uuml; В 3-18. Take-up Guide Roller + CHAPTER 3
the supply reel disk. = 1. Remove one (1) hex screw holding the 2-3, SUPPLY AND TAKE-UP GUIDE
* CHAPTER 3 - take-up guide roller. (See Fig. 2-75) POLE HEIGHT ADJUSTMENT
2-1. REEL DISK HEIGHT ADJUSTMENT ‘ | 2. Turn the upper section of the take-up
‘&gt; a guide roller using a flat-head driver TAKE-UP _
= to remove the take-up guide roller POLE ONE
from the take-up guide roller base. ; WASHER
, г Note: Adjust as follows after installing
` TA | &copy; the take-up guide roller. HALF LOADING
7 ; * CHAPTER 3 L&eacute;on CONTROL ARM
| | ARM
2-4. SUPPLY/TAKE-UP GUIDE ROLLER
HEIGHT ADJUSTMENT
Fig. 2-72
SUPP LY
SUB BRAKE 3-16. Supply Guide Pole - TAKE-UP
1. Turn the upper section of the supply : ROLLER &gt;
guide pole using the hexagonal box |
wrench (5.0mm) to remove the supply - REMOVE ONE Se? 1
guide pole. (See Fig, 2-73) ME SCREW
Note: Adjust as follows after installing
the supply guide pole. a
Fig. 2-70 * CHAPTER 3 ROLLER Fig. 2-77
. . ; ; 2-3. SUPPLY AND TAKE-UP GUIDE | | BASE 1g.
„т -21. Supply Guide Roller Base, Take-up
ORDER FOR REMOVING PARTS — | ITEM No. Sores Guide Roller Base, Guide Roller
9 Cassette Holder and = |. 3-1 POLE Rail and End Lamp Removal
; x |
Boa Sensor caronit AIT ORDER FOR REMOVING PARTS . [ITEM No.
, &gt; Cassette Holder and 3-1
1. Remove one (1) washer holding the Fig. 2-75 supp y Sensor Circuit
take-up reel disk. (See Fig. 2-71) 3-19. A/C Head Base
2. Pull out the take-up reel disk from ^^ / &deg; А/С Неай 3-3
the chassis. ORDER FOR REMOVING PARTS ITEM. No. o FE Head 1 i
Note: Take case not to lose the washer in A ' &gt; A/C Head 3-3. ; тпресапсе Ro- я т 3-12
the lower section. 4 : pension rm an ension
Eno oko on tees dione enstaliing 1. Remove one (1) nut holding the A/C &gt; Supply Guide Roller 3-17
x CHAPTER 3 head base. (See Fig. 2-76) o Take-up Guide Roller 3-18
2-1. REEL DISK HEIGHT ADJUSTMENT | 2. Pull out the A/C head base together o A/C Head Base 3-19
with the spring. o Take-up Guide pole, 3-20
RENOVE Half Loading Arm
| REMOVE and. Half Loading Control. Arm
Fig. 2-73 1. Remove one (1) screw holding the
A/C HEAD cylinder brush and cylinder shield.
BASE (See Fig. 2-78)
Y 2. Remove three (3) screws holding the
SPRING bh cylinder assembly. (See Fig. 2-79)
3. Remove three (3) screws holding the
guide roller rail. (See Fig. 2-78)
4. Release eight (8) tabs and remove the
guide roller rail together with the
Supply guide roller base, take-up
guide roller base and end lamp.
&gt;. Remove the end lamp in the direction
of the arrow from the guide roller
rail.
3-17. Supply Guide Roller
1. Remove one (1) hex screw holding the
supply guide roller. (See Fig. 2-74)
2. Turn the upper section of the supply
guide roller using a flat-head driver
to remove the supply guide roller from
the supply guide roller base.
Note: Adjust as follows after installing
the supply guide roller.
* CHAPTER 3
2-4. SUPPLY/TAKE-UP GUIDE ROLLER
HEIGHT ADJUSTMENT
REMOVE -
ON — DISCHARGE - | 1. Release the spring between the supply y 3-24. Supply Loading Cam Gear and Take-up
: BRUSH sub brake and chassis. (See Fig. 2-90) ; Loading Cam Gear eur
‚ ‚ . u r y
CYLINDER THREE ‘ chassis. he supply sub brake from the ; ORDER FOR REMOVING. PARTS .. |.ITEM No. GUIDE
SHIELD SCREWS :
Е o Cassette Holder and 3-1 a
ten i Supply Sensor Circuit ИХ SPRING
5 ; Board
: &deg; A/C Head 3-3
ue o TE Head 3-4
* Impedance Roller 3-10
o Tension Arm and Tension 3-12
Band
o Supply Guide Roller 3-17
o Take-up Guide Roller 3-18
RELEASE o A/C Head Base 3-19
EIGHT o Take-up Guide pole, 3-20
Half Loading Arm
and Half Loading Control Arm
o Supply Guide Roller Base, 3-21
: Take-up Guide Rroller Base,
1 suide Roller Rail and End 3-26. Pressure Roller Control Arm
; amp.
: e Cylinder Base 3-23 ORDER.FOR REMOVING. PARTS ..|ITEM .No.
Fig. 2-80 ; o Cassette Holder and 3-1
| 1, Remove the supply loading cam gear and Supply Sensor Circuit
Fig. 2-78 о take-up loading cam gear. Board
- 3-23. Cylinder Base (See Fig. 2-82) 1 o Dew Sensor 3-5
&quot; Note: Adjust as follows after installing o Pressure Roller Assembl 3-11
ORDER FOR REMOVING PARTS . [ITEM No. | ha supply and take-up loading cam ee Guide Dole. y E.
&deg; Cassette Holder and 3-1 gears. Half Loading Arm
ASSEMBLY Supply Sensor Circuit { + CHAPTER + and Half Loading Control Arm.
— ASSEMBLY Board | 1-1. LOADING CAM GEARS (SUPPLY/
nec head 1 TAKE-UP) ADJUSTMENT 1. Release the spring between the
9 Impedance Roller | 2-10 : В pressure roller control arm and
5 Tension Arm and Tension 3-12 TAKE - UP chassis. (See Fig. 2-84)
Band | oe 2. Pull out the pressure roller control
* Supply Guide Roller 3-17 E arm from the chassis.
&deg; Take-up Guide Roller 3-18 |
&deg; A/C Head Base 3-19 CAM GEAR —— PRESSURE „ду веб
* Take-up Guide pole, 3-20 CONTROL |
Half Loading Arm
and Half Loading Control Arm
o Supply Guide Roller Base, 3-21
Take-up Guide Rroller Base,
Guide Roller Rail and End
Lamp.
THREE
1. Remove three (3) screws holding the |
SCREWS
cylinder base. (See Fig. 2-81)
REMOVE
| THREE
ORDER FOR .REMOVING PARTS — [&Iacute;TEM No.
o Cassette Holder and 3-1 ;
Supply Sensor Circuit cx ros 3-25. Take-up Guide Arm
Board RE р ORDER .FOR. REMOVING PARTS | ITEM No.
&deg; A/C Head | 3-3 - Fig. 2-84
o FE Head 3-4 Cassette Holder and | 3-1
&gt; Impedance Roller . 3-10 Supply Sensor Circuit
е т lon Ar ensi | -
Band m and Tension в &deg; Dew Sensor 3-5 3-27. Cassette Holder Lock Slider
o Supply Guide Roller 3-17 o Pressure Roller Assembly 3-11 I
&deg; Take-up Guide Roller 3-18 В ORDER FOR REMOVING PARTS ITEM No.
* A/C Head Base 3-19 1. Release the spring between the take-up o Cassette Holder and 3-1
&deg; Take-up Guide pole, | 3-20 guide arm and chassis. (See Fig. 2-83) Supply Sensor Circuit
Ena Loading Arm 2. tou out the take- up guide arm from Board
and Half Loading Control Arm В e chassis.
&deg; Supply Guide Roller Base, &deg; 3-21 1. Remove one (1) washer and release one
Take-up Guide Rroller Base, | (1) tab holding the cassette holder
Guide Roller Rail and End lock slider. (See Fig. 2-85)
Lamp.
REMOVE
WASHER) RELEASE 3-29. Loading Gear 3 N ; REMOVE
ONE TAB XT Ш RC ONE 7—1 ZU CASSETTE
CASSETTE ORDER FOR REMOVING PARTS ITEM No. 3 | - SCREW № HOLDER
HOLOER Lock o Take~up Sensor Circuit | 3-7 | LOCK
SLIDER Board To
o Reel Gear Block 3-28 :
1. Pull out the loading gear from the
chassis. (See Fig. 2- -88)
Fig. 2-85
LOADING |
GEA |
3-28. Reel Gear Block and Loading Motor
ORDER FOR REMOVING PARTS ITEM No. AN ; A Fig. 2-92
&copy; Take-up Sensor Circuit 3-7 IN : , Fig. 2-90
Board | | | UT
у - r Damper
1. Remove the capstan belt from the reel В y AI ZZ | 3-32. Relay Gear 3-34. Cassette Holde Р
gear block. (See Fi 2-86) i : MOVING PARTS ITEM No.
2. Remove one (1) screw holding the cam _ В ORDER FOR REMOVING PARTS | ITEM No. ORDER FOR REMO Be —
gear plate. | e Mechanism State Switch 3-6 9 Take-up Sensor |
3. Remove three (3) screws holding the A [ o Take-up Sensor Circuit 3-7 , board Block 3-28
reel gear block. Board Reel sear 19&cent; Lock 3-33
4. Release three (3) tabs holding the. | Fig. 2-88 : o Reel Gear Block 3-28 o Cassette Holder
loading motor. (See Fig. 2-87) o Loading Gear | 3-29
| | * Tension Pole Drive Arm 3-30 1. Remove the cassette holder damper in
_— REMOVE 3-30. Tension Pole Drive Arm o Driving Gear 3-31 the direction of the arrow.
ONE SCREW — (See Fig. 2-93)
LED | ORDER FOR REMOVING PARTS ITEM No. 1. pull E th 1 gear from the
REMOVE &lt; — &copy; . Pull ou e relay r t
THREE &lt;a a cam e Cam Gear Plate 3-28 ; chassis. (See Fig. 2-91)
1. Pull out the tension pole drive arm
from the chassis. (See Fig. 2-89) | &lt; __RELAY
TENTION :
POLE DRIVE
@ ARM
NS
NS
CASSETTE
HOLDER
DAMPER
N
&lt; &gt; 2-93
&lt;a „7 Fig
ZT
3-35. Cam Gear Arm
Fig. 2-89 | —
Fig. 2-86 | | В | ORDER FOR REMOVING PARTS ITEM No.
Do, В o Take-up Sensor Circuit 3-7
3-31. Driving Gear - Do В 3-33. Cassette Holder Lock Board P
| 3-9
ORDER FOR REMOVING PARTS ITEM No. ORDER FOR REMOVING PARTS ITEM No. : capstan Motor ok 3-28
‘&copy; Take-up Sensor Circuit 3-7 * Take-up Sensor Circuit 3-7 o Loading Gear 3-29
Board | | Board Ш o Tension Pole Drive Arm 3-30
&deg; Reel Gear Block — 3-28 o Reel Gear Block 3-28 o Driving Gear 3-31
&deg; Loading Gear . - ВЕ 3-29 | |
&deg; Tension Pole Drive Arm 3-30 1. Remove one (1) screw holding the 1. Move the cam gear arm in the direction
cassette holder lock. (See Fig. 2-92) of the arrow. (See Fig. 2-94)
1. Pull out the driving gear from the 2. Release one (1) tab and remove the 2. Pull out the cam gear arm from the
THRE chassis. (See Fig. 2-90) cassette holder lock. chassis.
| Note: Adjust as follows after installing
the driving gear.
LOADING —— * CHAPTER 3
1-2. MECHANISM STATE SWITCH AND
DRIVING GEAR ADJUSTMENT.
Fig. 2-87
a em (try FP ног RA Ii eV Li
Ne | [E E р
EIRENE AEs
1. Remove one (1) screw holding the 4-3. Zoom Motor
control circuit board holder.
(See Fig. 2-101) | ORDER FOR REMOVING PARTS. | ITEM No.
2. Release two (2) tabs and remove the ; | o Lens Block 4-1
control circuit board holder. ;
(See Fig. 2-102) Pe 1. Remove one (1) screw holding the zoom
3. Remove one (1) screw and the auto й motor. (See Fig. 2-104)
focus circuit board holder in the : 2. Remove the zoom motor in the direction
direction of arrow. о, of the arrow
~~ CAM GEAR Reo
ARM
EVF CABLE
Fig. 2-94 HOLDER
Fig. 2-151
3-36. Cassette Holder Lock Drive Arm
5-2. Electronic Viewfinder (EVF) Circuit
ORDER FOR REMOVING PARTS ; IIEM No. Board
- Boa? Sensor Circuit 3-7 ORDER FOR REMOVING PARTS ITEM NO.
&deg; Reel Gear Block 3-28 e Bottom Case 5-1
&copy; Loading Gear a 3-29
&deg; Tension Pole Drive Arm 3-30 1. Remove one (1) screw holding the EVE
&deg; Driving Gear 3-31 | shield. (See Fig. 2-152)
&deg; Cam Gear. Arm 3-35 Fig. 2-101 REMOVE &copy; 2. Remove the EVF circuit board, MIC
; ONE 3 circuit board, indi. circuit board and
1. Release the spring between the AUTO FOCUS = SCREW CRT in the direction of the arrow from
cassette holder lock drive arm and CIRCUIT BOARD ; Fig. 2-104 the top case.
; 3. Disconnect two (2) connector (CNID,
chassis. (See Fig. 2-95)
2. Pull out the cassette holder lock CN401) and unsolder one (1) connector
(CN803) on the EVF circuit board.
drive arm from the chassis. 4-4. Iris Block (See Fig. 2-153)
SPRING ORDER FOR REMOVING. PARTS ITEM No. 4. Disconnect CRT socket.
\ * Lens..Block 4-1 REMOVE
ONE
SCREW
&lt; ‚я 1. Remove the iris block in the direction INDI. CIRCUIT
CASSETTE T of the arrow. (See Fig. 2-105) BOARD
HOLDER LOCK
DRIVE ARM
;
A REMOVE
ONE
SCREW RELEASE
/ TWO TABS
Fig. 2-102 RIS
= 4-2. Focus Motor
e ORDER FOR REMOVING. PARTS . ITEM No.
e. Lens Block 4-1 &gt; EVF
Fi 2-95 CIRCUIT
9. 1. Remove one (l) screw holding the focus PA
, motor. (See Fig, 2-103) Fig. 2-152
- Remove the focus motor in the Fig. 2-105
4. LENS BLOCK REMOVAL direction of the arrow. EVE
- ORDER FOR REMOVING. PARTS ITEM No. CIRCUIT
o Left Case 1-1 - 5. ELECTRONIC VIEWFINDER (EVF) REMOVAL car
o EVF 1-2 | —
o Cassette Lid 1-4 ORDER FOR REMOVING PARTS ITEM No.. SOCKET
&deg; Right Case 1-5 o EVE | 1-2 DISCONNECT
CONNECTORS
В 5-1. Bottom Case
4-1. Lens Block 1. Remove one (l) screw holding the EVF
— — cable holder, (See Fig. 2-151)
ORDER FOR REMOVING PARTS l ITEM No. 2. Remove the EVF cable holder in the nato
&copy; Auto Focus Circuit Board 2-2 direction of arrow (A).
&copy; Control Circuit Board 2-3 3. Remove one (1) screw holding the
&copy; Process Circuit Board 2-4 bottom case.
9 DC-DC Converter 2-5 4. Remove the bottom case in the END CIRCUIT
* Sensor. Circuit Board 2-6 Fig. 2-103 direction of arrow (B).
19. Fig. 2-153
2-16 | 2-17
me trae spar et aa ar TY
DA Stott gt A O aaa nn mn notre mear e im a En EEE HELL En m
LE UNO EA DATES OE 0
5-3. MIC Circuit Board
ORDER FOR REMOVING PARTS ITEM No.
&copy; Bottom Case 5-1
6. TABLE OF FLAT PACKAGE ICS,/
SOLDERING IRON TIPS .
+. Remove one (1) screw holding the EVF
shield and pull out the MIC circuit
board in the direction of the arrow
from the top case. (See Fig. 2-154)
2. Disconnect connector CN401 on the MIC
circuit board. (See Fig. 2-155)
REMOVE
N
MIC CIRCUIT
BOARD
Fig. 2-154
MIC
CIRCUIT
BOARD
DISCONNECT
CONNECTOR
Fig. 2-155
5-4. CRT
ORDER FOR REMOVING PARTS ITEM No
o Bottom Case 5~1
o EVF Circuit Board 5-2
L. Release two (2) tabs and remove the
eye cup. (See Fig. 2-156)
2. Open the mirror cover.
3. Remove one (1) screw holding the EYF
lens bottom cover.
4. Open the EVF lens bottom cover in the
direction of the arrow and remove the
CRT from the EVF lens top cover.
Len REMOVE
MIL ON
COVER &copy; SCREW
= EVF LENS
BOTTOM
COVER
&gt; RELEASE
TWO TABS
EvF LENS
TOP COVER
DISCONNECT
CRT SOCKET ‚
Fig. 2-156
JIGS AND TAPES FOR ADJUSTMENT
1. Back Tension Meter 2. PALC Alignment Tape 3. Master Plane 4. Torque Gauge
Parts No. 7099004 (KH-2) Parts No. 709905? Parts No, 7099779 Parts No, 7099039
“)
LU
5. Torque Gauge Adapter 6. Dummy Reel 7. Reel Disk Height lig 8, 0,9em/1.2700/1.50m
Parts Mo.7099204 — Parts No, 7099043 Parts No, 7099035 Hexagonal &yen;rench
1,27юн; No, 7099329
о &copy; 3
9. Fan Type Tension Gauge 10. Back Focus Adjustment Driver 11. AY Input Cable 12. RF Converter Unit
Parts No, 7099205 (VM-RF70E)
13, Ext. Pover Cable 14, 10-Pin, 14-Pin Extension Cable | 15. Light Balancing Filter
Parts No. 7099326 10-Pin: No, 7099387
; 14-Pin: No, 7099383
CHAPTER 3 MECHANICAL ADJUSTMENT
1. TAPE LOADING SYSTEM COMPONENTS
ADJUSTMENT
1-1. LOADING CAM GEARS (SUPPLY/TAKE-UP)
ADJUSTMENT (Fig. 3-1)
Always perform this adjustment when
reinstalling the loading cam gears.
Be sure to check this adjustment when
reinstalling the loading
1.
Align mark (A) on the
cam gear and mark (B)
loading cam gear when
them. Check that the
up guide roller bases
unloading state.
TA
gear.
supply loading
on the take-up
reinstalling
supply and take-
are in the
KE-UP
LOADING
CAM GEAR
SUPPLY
LOADING
CAM GEAR MARK
MARK [B}
CHASSIS
SUPPLY
GUIDE
ROLLER
BASE
1-2. MECHANISM STATE SWITCH AND DRIVING
GEAR ADJUSTMENT (Figs. 3-2, 3-3)
Be sure to perform this adjustment when
reinstalling the mechanism state switch
and driving gear.
1. Align section (A) of the mechanism
state switch and section (B) of the
rotor. (See Fig. 3-2)
2. Align hole (D) in the relay gear and
hole in the chassis.
3. Move the cassette holder lock drive
arm so that the pin comes into connect
with section (H) of the cam gear arm.
Reinstall the driving gear following
the procedure below in this condition.
(See Fig. 3-3)
4. Install the driving gear into the
chassis so mark (E) on the relay gear
and hole (F) in the driving gear are
aligned. Check that hole (G) of the
driving gear and the hole in the
chassis overlap each other at this
time. (See Fig. 3-2)
5. Install the mechanism state switch in
the condition set in step 1 into the
chassis. Check that mark (C) on the
mechanism state switch, mark (E) on
the relay gear and hole (F) in the
driving gear are lined up in straight
line.
MECHANISM
STATE
SWITCH
MECHANISM
STATE
SUPPLY
LOADING SWITCH
CAM GEAR
TAKE-UP
LOADING
CAM GEAR
16)
MARK (Е)
DRIVING
GEAR
Fig. 3-2
MECHANISM
TA
SPELT Suites
CAM GEAR
CHASSIS
TAKE -UP
LOADING
CAM GEAR
H
+ RELAY
GEAR
CAM GEAR
ARM CASSETTE
HOLDER LOCK
- DRIVE ARM
1-3. LOADING CEAR AND TENSION POLE DRIVE
ARM ADJUSTMENT (Fig. 3-4)
Be sure to perform this adjustment when
reinstalling the loading gear and tension
pole drive arm. Perform this adjustment
after checking that the loading cam gears
are installed correctly and are in the
unloading state.
1. Reinstall the loading gear so its mark
(A) and mark (B) on the supply loading
cam gear are aligned.
2. Reinstall the tension pole drive arm
so mark (D) on the relay gear and hole
(C) in the tension pole drive arm are
aligned.
MECHANISM
STATE
SUPPLY SWITCH
ING
CHASSIS
TAKE -UP.
LOADING
CAM GEAR
RELAY
GEAR
МАЯК (0)
DRIVING
GEAR
TENSION
POLE DRIVE
ARM
LOADING
GEAR
Fig. 3-4
2. TAPE TRANSPORT SYSTEM COMPONENTS
CHECK/ADJUSTMENT
The tape transport system is the path
from the supply reel to the take-up reel
via the video heads. The tape transport
components, especially the components
which come into direct contact with the
tape, should be kept clean without
damage, dust and oil, etc. adhering to
the contact surfaces. The tape transport
system is adjusted before shipment from
the factory, so when any transport
components are replaced, the transport
system is stabilized by correctly
adjusting the new components.
2-1. REEL DISK HEIGHT ADJUSTMENT
(Fig. 3-5)
1. Remove the cassette lid, right case
and mount the master plane to the
cassette holder.
2. Place a reel disk height jig on the
master plane and fit it to the reel
disk.
3. Check that the top of the reel disk is
positioned between sections A and B of
the reel disk height jig.
4. When the top of the reel disk is not
positioned between section A and B,
adjust the number of the spacers (2
types: 0.25 mm and 0.5 mm thick) at
the bottom of the reel disk.
HEIGHT REFERENCE PLATE
REEL DISK
HEIGHT JIG
A
EEL DISK
Ite
CASSETTE
H
OLDER в WASHER, CHASSIS
Fig, 3-5
{
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Li
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TEN DEE NN CAI WT NE NT US
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2-2. TENSION POLE POSITION/TENSION
ADJUSTMENT (Fig. 3-6)
Position Adjustment (Fig. 3-6)
1. Set the tension spring to position &quot;C&quot;
on the spring holder.
2. Cover up the supply end sensor
photocell located midway on the left
side of the tape mechanism.
3. Place instrument in the &quot;PLAY&quot; mode.
4, After loading is completed, loosen
screw (B) holding the tension band
holder and adjust the position of the
tension band holder so the tension
pole is in section (A) (concave) of
the guide roller rail.
5. After adjustment is completed, tighten
screw (B).
Tension Adjustment (Fig. 3-6)
1. Load the instrument with the back
tension meter.
2. Place the instrument in the &quot;PLAY&quot;
mode.
. Read the scale on the supply.
. This reading should be between 19 and
26.
5. Move the tension arm spring to the
position &quot;A&quot; or &quot;B&quot; on the spring
holder when the tension adjustment
tape reads 27 or higher, and to the
position &quot;D&quot; or &quot;E&quot; on the spring
holder when it is 18 or lower, and
adjust the back tension for a nominal
reading of 19-26 on the scale.
6. Recheck the tension arm position when
the back tension is changed greatly (5
or more).
Note: The instrument must be in a
horizontal position for this
adjustment.
E Las
FE HEAD
suPPLY {ON
GUIDE GUIDE ROLLER
POLE | RAIL AO
TENSION
(A POLE
TENSION
ARM
SUPPLY
GUIDE POST
TENSION
SPRING
TENSION _
SPRING Ne
HOLDER
SCREWIB) TENSION
BAND
HOLDER
TENSION FLY
BAND R&Eacute;EL DISK
Fig. 3-6
2-3. SUPPLY/TAKE-UP GUIDE POLE HEIGHT
ADJUSTMENT (Fig. 3-7)
Take-up Guide Pole Height Adjustment
1. Remove the cassette lid, right case
and mount the master plane to the
cassette holder.
2. Place a reel disk height jig on the
master plane and fit it to the guide
pole.
3.
Adjust the nut on the top of the guide
pole so that the upper flange is
aligned with the top edge of the
height jig.
Supply Guide Pole Height Adjustment
1.
Run the tape and adjust the height of
the take-up guide pole so that the
bottom of the tape is aligned with the
top of the lower flange.
ore TAKE -UP
REFERENC
Ш E GUIDE POLE
REEL DISK /
HEIGHT JIG
FLANGE
CASSETTE
HOLDER ,
Fig. 3-7
2-4. SUPPLY/TAKE-UP GUIDE ROLLER HEIGHT
1.
11.
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TN UAT Y LE PE В y HE a e
ADJUSTMENT (Figs. 3-8, 3-9)
Remove the cassette lid, right case
and mount the master plane to the
cassette holder.
Place a reel disk height jig on the
master plane and fit it to the supply
guide roller.
Loosen the screw holding the supply
guide roller and adjust its height so
the bottom of the roller's upper
flange and the top of the reel height
jigs are aligned. Adjust the take-up
guide roller in the same way.
. After adjustment is completed, tighten
the screw holding the guide roller.
. Run the tape and check that the tape
does not curl and ride over, and then
perform the electrical adjustment.
. Connect the oscilloscope to TP203 on
the main board.
. Trigger the oscilloscope at SW 25Hz.
(Use TP206 on the main circuit board.)
. Playback the colour bar signal on
alignment tape (MH-2) and press the
two (2) TRACKING control buttons (up
and down) simultaneously.
. Check that the FM waveform is flat.
If the FM envelope is not flat, fine
adjust the height of the supply and
take-up guide rollers to flatten the
FM envelope.
Tighten the fixing screw.
SUPPLY Toner UP
] REEL DISK
ROLLER FLANGE ROLLER HEIGHT JOG
FLANGE
CASSETTE
GUIDE ROLLER MASTER
FIXING SCREW GUIDE ROLLER PLANE
FIXING SCREW
Fig. 3-8
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3-3
1)
pp, TE
Turn guide roller height ajustment screw
a (little of a time to fratten waveform.
Fig. 3-9
2-5. A/C HEAD ADJUSTMENT
(Figs. 3-10, 3-11, 3-12)
Perform the height, tilt and azimuth
adjustments repeatedly to determine the
A/C head installation position, then
adjust the X value.
Detailed adjustment below is the
procedure when the A/C head is replaced;
be sure to do precise adjustment after
rough adjustment.
Rough Adjustment (Fig. 3-10)
1. Remove the cassette lid, right case
and mount the master plane to the
cassette holder.
2. Adjust NUT (A), AZIMUTH SCREW (B),
TILT HEX. SCREW (С) and SCREW (D) so
the height difference between the
height reference plate and A/C head
plate is approx. 1.78 mm and A/C head
base and A/C head plate are parallel.
Precise Adjustment (Figs. 3-10, 3-11)
3. Connect the oscilloscope to audio
output (AV OUT). 5
&copy; TILT HEX - AZIMUTH
SCREW (C) SCREWIB)
A/C HEAD
BASE
NUTIA)
HEIGHT
ADJUST
X - VALUE
ADJUST
. NUT-
A/C HEAD
TILT HEX.
A/C HEAD
PLATE
HEIGHT
REFERENCE
PLATE
a
X — VALUE | CHASSIS
A/C HEAD
BASE
Fig. 3-10
Playback a 1 kHz audio signal (colour
bar signal) on alignment tape (MH-2).
. Adjust AZIMUTH SCREW (B) and TILT HEX
SCREW (C) for maximum output.
X-Value Adjustment (Figs. 3-10, 3-12)
6. Connect the oscilloscope to TP203 on
10.
the main board.
. Trigger the oscilloscope at SW 25Hz.
(Use TP206 on the main board)
. Press the two (2) TRACKING control
buttons (up and down) simultaneously.
. Playback the colour bar signal on
alignment tape (MH-2). |
Adjust the X-value adjustment nut so
the signal at TP203 (FM envelope) is
maximum. Press the two (2) TRACKING
control buttons (up and down) and
check that the FM envelope becomes .as
shown in Fig. 3-12.
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Fig. 3-11
FM
OUTPUT
LEVEL
a
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Y CS um — A
WE ОТ mem
FM OUTPUT FM OUTPUT
STARTS TO FM OUTPUT STARTS TO
FULL MAXIMUM FULL
Fig. 3-12
2-6. ADJUSTMENT AFTER REPLACING THE
CYLINDER (Fig. 3-13)
When the cylinder is replaced, the
relative height with respect to the guide
rollers or the X-value, etc. drifts (this
drift is small when the cylinder is
replaced correctly). Therefore, it is
necessary to readjust the tape transport
system and servo system. Perform checks
and adjustments by the following steps.
1.
N
.
Load a blank tape and play ‘it. Check
that no curling. or creasing occurs
around the guide rollers. If curling
or creasing occurs, fine adjust the
height of the guide rollers.
Confirm that the FM envelope is flat.
and level fluctuations are minimum.
If it cannot be confirmed, adjust the
6.
height of the guide rollers. See the
next item for perform these checks
adjustment.
Check or adjust the head switching
point. See CHAPTER 4 for how to
adjust this item.
. Confirm that the X-value adjustment is
correct (do not adjust the X-value
even if it is not correct). If it can
be confirmed, proceed to step 7, and
if it cannot be confirmed, proceed to
step 5.
. Check or adjust the tracking preset.
See CHAPTER 4 for how to adjust this
item.
Adjust the X-value.
4 GRADUATIONS
7. Adjust the record chroma level. See
CHAPTER 4 for how to adjust this iten.
Check Flatness and Level Fluctuations of
the FM Output (Fig. 3-13)
1. Connect the oscilloscope to TP203 on
the main circuit board.
2. Trigger the oscilloscope at SW 25HZ.
(Use TP206 on the main Circuit board.)
3. Press the two (2) TRACKING control
buttons (up and down) simultaneously.
4. Fine adjust the voltage level range of
the oscilloscope and set the FM output
to 4 graduations.
5. Press either TRACKING control button
(up and down) to set the FM output to
the maximum 3 graduations.
6. Check that the minimum amplitude is
more than 2.0 graduations.
3. TENSION AND TORQUE CHECKS (Fig. 3-14)
lt is necessary to check the tension,
torque and compression strength in the
tape take-up section and moving section
to smoothen the tape transport and to
satisfy the basic performance of the VTR.
When the tape transport is not smooth or
the tape speed is abnormal, detect the
faulty section by this checking, and then
check again after replacing the faulty
parts with normal ones to complete the
work.
N TORQUE GAUGE
TORQUE GAUGE
ADAPTOR
Ÿ
3 GRADUA - 15 GRADUA- | REEL DISK
TIONS TIONS
Fig. 3-13 Fig. 3-14
Item VTR Operation | Measured | Measurement | Remarks
Reel Value
Supply 140 g.cm
; or more Fig, 3-14
Man brake STOP
orque _ Take-up | 100 g.cm
or more
Slack removal UNLOADING
Supply 90-200 g.cm | Fig. 3-14
torque
Fast forward | F.FWD Take-up | 400 g.cm Fig. 3-14
torque &copy; or more
Rewind torque | REW Supply 400 g.cm Fig. 3-14
or more
Take-up torque PLAY Take-up | 80-110 g.cm | Fig. 3-14
F.FWD Supply
pack-tension 4 - 10 g.em| Fig. 3-14
Or que REW Take-up
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CHAPTER 4 ELECTRICAL ADJUSTMENT
1. CONNECTIONS FOR ADJUSTMENT
Remove the right case and left case as
described previously.
LIGHT BOX
SUPPLY 9.6V UNIT VM=RF7IA &copy;
ACIZOV
2. CAMERA SECTION ADJUSTMENT
2-1. CIRCUIT BOARD LOCATIONS AND
SERVICING POSITION
Autofocus Circuit Board
Sensor Circuit Board
DC-DC Converter
Control Circuit Board
Process Circuit Board
10-Pin Extension Cable
(Part No. 7099382).
Connect the sensor circuit board and
process circuit board.
В. 14-Pin Extension Cable.
(Part No. 7099383).
Connect the sensor circuit board and
process circuit board.
TOU A OO ВО H—
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VAS
/
7
&amp;
mo
Fig. 4-2
1
!
as AV INPUT
CABLE VM-CH60
DC POWER RFCONVERTER E
COLOUR BAR
VIDEO
MONITOR
Fig. 4-1
2-2. TEST EQUIPMENT AND CHARTS NECESSARY
FOR ADJUSTMENT
&deg; Test Equipment
Oscilloscope (dual trace)
(Vectorscope)
Digital Voltmeter (DVM)
Frequency Counter
Colour Video Monitor
o Charts, etc.
Gray Scale Chart
Colour Bar Chart
Resolution Chart
Backfocus Adjustment Chart
Light Box (3100&deg;K) .
DC Power Supply (9.6 V)
DC Power Supply (3.3 V) .
Backfocus Adjustment Driver
Light Balancing Filter (C12)
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2-3. ADJUSTMENT CONDITIONS
1) Check that the VTR section has been
adjusted correctly before adjusting
the camera section.
Connect this unit, a power supply and
a colour video monitor as shown in
Fig. 4-1.
3) Place the chart (light box) 2 m away
from the camera (lens surface) when
otherwise not specified.
4) Point the camera at the chart to fill
the video period when otherwise not
specified.
5) Use the 10:1 probe of the oscilloscope
when otherwise not specified. |
6) When &quot;Trigger the oscilloscope at
H. rate.&quot; is specified, set the time
base of the oscilloscope to 10 us/div,
7) When using VIDEO OUT (in the AV output
jack) to perform adjustment, be sure
to terminate the AV output jack with
75 ohm.
2
—
2-4. PRESET POSITIONS OF SWITCHES AND
CONTROLS DURING ADJUSTMENT
ОРЕВКАТЕ .... =... ..... ... &quot;ON&quot;
CAM./VIDEO switch ...... &quot;CAM.&quot; position
SHUTTER switch ...... ... &quot;MAN&quot; position
Shutter Speed ...... ‚ж &quot;60 (1/60)”
NEGA/POSI switch ....... &quot;POSI&quot; position
IRIS control ........... &quot;AUTO (Centre)&quot;
position
FOCUS switch ....... .... &quot;MAN&quot; position
TITLE 000000000004 ...... &quot;OFF&quot;
2-5. LIST OF CHARTS FOR CAMERA
ADJUSTMENT
Table 4-1
Gray Scale Chart! Color Bar Chart |Resolutlon Chart
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2-6. CAMERA ADJUSTMENT
1) Subcarrier Frequency Adjustment
(Figs. 4-51, 4-52)
This adjustment set for frequency
adjustment of subcarrier.
Test Point: TP201-4 Process
Adjust: CT1O1 (Fo ADJ) Sensor
Observe: Frequency Counter
1. Connect the frequency counter to
TP201-4,
2. Adjust CT101 for 9.656250MHz + 20Hz.
Note: Be careful when applying an
adjustment driver to CT10l1 because
the stray capacitance of the driver
may vary the frequency.
2) Subcarrier Lock Voltage Adjustment
(Fig. 4-52)
This adjustments sets the subcarrier lock
voltage to the specified value.
Test Point: TP201-1 Process
Adjust:
CT201 (SUBCARRIER LOCK VOLT.) Process
( ) (IC203)
Observe: DVM
1. Connect the DVM to ТР201-1.
2. Adjust CT201 (on the IC203)
for 2.5V + 0.3V.
Note: Be careful when appling an
adjustment driver to CT201 because
the stray capacitance of the driver
may vary the voltage.
Use non-metalic adjustment tool.
3) Backfocus Adjustment (Fig. 4-4)
The propose of this adjustment is to
ensure proper focus tracking throughout
the zoom range.
Adjust: BACKFOCUS ADJUSTMENT POINT
(BACKFOCUS LENS)
Observe: Colour Video Monitor
1. Position the camera section two (2)
meters from the backfocus adjustment
chart and illuminate the object with
approximately 100 lux.
2. Set the zoom to wide-angle end and set
the index on the focus ring to two (2)
meters.
3. Loosen the relay lens retaining screw.
4. Insert the backfocus adjustment driver
into the backfocus adjustment hole and
turn it to the left and right to
optimize the focus.
5. Set the zoom to telephoto end and
check that the chart is in focus. If
it is not focused, set the zoom to
wide-angle and readjust step 4.
6. Adjust so that the chart is
approximately in focus at both the
wide-angle and telephoto ends with the
focus ring set to two (2) meters.
Note: After adjustment is completed,
tighten the relay lens retaining
screw and fix it with locking
paint.
BACKFOCUS HEXAGONAL
ADJUSTMENT SCREW
POINTS
4) Sensor Sub Voltage Adjustment
(Figs. 4-5, 4-51)
This adjustment prevents vertical
blooming.
Test Point:
VIDEO OUT (AV output jack)
Adjust:
RT101 (SENSOR SUB VOLTAGE)
Observe: Colour Video Monitor
l. Point the camera at a 40 W to 60 W
incandescent lamp one (1) meter away.
(See Fig. 4-5)
2. Turn RT101 fully counterclockwise ang
then turn it gradually clockwise to
adjust so that the band of blooming
appearing in the vertical direction of
the monitor screen just disappears.
Note: Stop RT101 Where blooming:
disappears and careful not to turn
|
&agrave;
li
Sensor
INCANDESCENT
J Lamp
BLOOMING
MONITOR
Fig. 4-5
5) Luma Setup Adjustment
(Figs. 4-6, 4-52)
This adjustment sets the brightness of
the picture.
Test Point:
VIDEO OUT (AV output jack)
Adjust: os
RM201-4 (LUMA SETUP) Process
Observe: Oscilloscope
1. Cap the lens.
2. Set the IRIS control to CLOSE
position.
3. Connect the oscilloscope to video out.
4. Trigger the oscilloscope at H. rate.
(Use TP201-3 (HD) on the process
circuit board.) | о
&gt;. Adjust RM201-4 for 35mV + + 15mVv
(5IRE + 2IRE) from the blanking level
to the centre of the waveform.
6. Set the IRIS control. to AUTO position.
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6) AIC Level Adjustment
(Figs. 4-7, 4-52)
This adjustment sets the balance point of
the auto iris control.
Test Point:
VIDEO OUT (AY output jack)
RM201-5 (AIC)
Oscilloscope
Adjust
Observe:
Process
1. Aim the camera at the gray scale
chart.
2. Connect the oscilloscope to video out.
3. Trigger the oscilloscope at H. rate,
— (Use TP201-3 (HD) on the process
circuit board.)
4, Adjust RM201-5 for 700mVp- p + 15mv —.
(98IRE + 2IRE) from the blanking level
to the centre of the white level on
the gray scale.
70OmV
&pound;15mv
Fig. 4-7
7) White Balance Hold Voltage Setting
(Fig. 4-52)
TP201-5
Test Point: Process
TP201-11 (GND) Process
Observe: DVM
1. Cap the lens.
2. Connect the DVM and DC power supply to
TP201-5.
3. Apply DC3.3V + 0.05V to TP201-5.
4. Connect TP201-5 to ground (TP201-11)
and remove ground (TP201-11) |
cornection from ТР201-5.
Note: White Balance Hold Voltage Setting
is required prior to performing
R-Y, B-Y Setup Adjustment and White
Balance Adjustment.
8) R-Y, B-Y Setup Adjustment
(Figs. 4-8, 4-52)
This adjustment sets the proper black
balance of the picture. -
Test Point:
VIDEO OUT (AV output jack)
Adjust:
RM201-2: (B-Y SETUP) Process
RM201-3 (R-Y SETUP) Process
Observe: = Oscilloscope
Vectorscope .
Adjustment using the oscilloscope
(Fig. 4-8) ;
1. Cap the lens.
2. Connect the oscilloscope to video out.
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; 3. Trigger the oscilloscope at H. rate.
(Use TP201-3 (HD) on the process
circuit board.) o
4. Adjust RM201-2 and RM201-3 for minimum
carrier in the waveform.
Adjustment using the vectorscone
See Page 4-6.
MINIMIZE CARRIER
Fig. 4-8
9) White Balance Adjustment
(Figs. 4-9, 4-52)
This procedure sets the correct red and
blue signal levels for proper white
balance circuit operation.
Test Point:
VIDEO OUT (AV output jack)
Adjust: RT201 (RED GAIN) Prccess
RT202 (BLU GAIN) Process
Observe: Oscilloscope
Vectorscope
Adjustment using the oscilloscope
(Fig 4-9)
Attach the light balancing filter C12
over the lens.
2. Aim the camera at the gray scale
chart.
3. Connect the oscilloscope to video out.
4. Trigger the oscilloscope at H. rate.
(Use TP201-3 (HD) on the process
circuit board.)
. Adjust RT201 and RT202 to minimize the
carriers at each step of the waveform.
un
Adjustment using the vectorscope
See Page 4-6.
MINIMIZE CARRIER
MINIMIZE CARRIER
Fig. 4-9
10) Chroma Level Adjustment
(Figs. 4-10, 4-52)
This adjustment sets the chroma level.
Test Point:
VIDEO QUT (AV output jack)
Adjust:
RT203 (CHROMA LEVEL) Process
Observe: Oscilloscope
Vectorscope
Adjustment using the oscilloscope
(Fig. 4-10)
1. Remove the DC power supply (3.3V) from
TP201-5.
. Attach the light balancing filter
C10 (C8 + C2) over the lens.
. Aim the camera at the colour chart.
. Connect the oscilloscope to video out.
. Trigger the oscilloscope at H. rate.
(Use TP201-3 (HD) on the process
circuit board.)
. Adjust RT203 so that the red level of
the waveform is 600mV + S50mV
(B4IRE + 7IRE).
Check that the tint of the chart and
the tint of the picture are
approximately matched at this time.
Adjustment using the vectorscope
See Page 4-6
2-7.
Fig. 4-10
ELECTRONIC VIEWFINDER (EVF)
ADJUSTMENT
1) Deflection Yoke Position Adjustment
(Fig. 4-11)
This adjustment procedure eliminates
picture tilt on the EVF display.
Adjust: Deflection yoke
Observe: EVF Display
1. Align the camera with the resolution
chart making sure that both the camera
and the chart are on the same plane.
. Loosen the screw holding the
deflection yoke.
. Turn the deflection yoke so that the
EVF picture (chart) is horizontal,
matching the edges of the CRT.
ELECTRONIC
VIEW FINDER
CIRCUIT BOARD
9 &gt; DEFLECTION
YOKE NUT
CENTRING
MAGNETS
DEFLECTION
YOKE |
Fig. 4-11
4-4
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Note: After adjustment is completed,
tighten the deflection yoke
retaining screw.
2) EVF Centring Adjustment (Fig. 4-11)
This adjustment centres the image
observed by the camera in the EVF
display.
Adjust: Centring Magnets
Observe: EVE Display
1. Aim the camera at the resolution chart
and align the centre of the chart with
the centre of the camera lens.
2. Remove the locking paint from the
centreing magnets.
3. Adjust the centring magnets until the
centre of the picture viewed by the
camera is positioned in the centre of
the EVF Display.
Note: After adjustment is completed, fix
the centring magnets with lock
paint. |
3) EVF Vertical Size Adjustment
(Fig. 4-53)
This adjustment determines the vertical
size of the image appearing in the EVF
display. |
Adjust:
RT802 (V. SIZE) — EVE
Observe:
EVF Display
1. Aim the camera at the resolution
chart, and line up the reference arrow
head with the edge of the raster in
the EVF.
2. Adjust RT802 so that the top and
bottom edges of the chart match the
top and edges of the CRT.
4) EVF Brightness Adjustment (Fig. 4-53)
This adjustment sets the brightness of
the picture in the EVF display.
Adjust: RT805 (BRIGHT) EVF
Observe: EVF Display
1. Aim the camera at the gray scale
chart.
2, Adjust RT805 to optimize the EVE
picture. |
5) EVF Focus Adjustment (Fig. 4-53)
This control adjusts for optimum focus of
the electronic viewfinder picture.
Adjust: RT803 (FOCUS) EVF
Observe: EVF Display
1. Aim the camera at the resolution
chart.
2. Adjust RT803 so that the EVF picture
is clear.
2-8. AUTOFOCUS ADJUSTMENT
1) Sensor Position Adjustment
(Fig. 4-12).
Adjust: Sensor Adjustment Screw
Observe: Colour Video Monitor
1. Position the camera section two (2)
meters from the backfocus adjustment
chart and illuminate the object with
approximately 100 lux.
2. Remove the autofocus adjustment cap.
3. Set the index on the focus ring to two
(2) meters. Check that the chart is
in focus. If it is not in focus,
readjust the backfocus.
4. Set the zoom to telephoto end.
5. Set the FOCUS switch to AUTO position.
6. Operate the autofocus from the
telephoto end to the wide-angle end
and check that the chart is in focus
with the index at two (2) meters.
7. If the chart is not in focus, turn the
Sensor Adjustment Screw so the index
on the focus ring is two (2) meters,
REMOVE THE AUTOFOCUS
ADJUSTMENT LID
MINUS
DRIVER
MORE
wore AL AR
mm
AUTOFOCUS
“x ADJUSTMENT
MINUS
DRIVER
SIDE CASE R
SENSOR
ADJUSTMENT
SCREW
Fig. 4-12
KC
и
N
2-9. ADJUSTMENT USING THE VECTORSCOPE
Note 1: Use the video output jack as the test point for all adjustments.
Note 2: Terminate the vectorscope with 75 ohm or connect the vectorscope to the video
output jack terminated with 75 ohm.
&Iacute;TEM ADJUSTMENT
No. | NAME SUBJECT POINT
ADJUSTMENT Fig.
PROCEDURE No.
9) | R-Y, B-Y Setup Lens Cap RM201-2
Adjustment RM201-3
. Cap the lens.
- Apply DC 3.3V (+ 0.05V) to
TP201-5. (See ITEM 7))
3. Adjust RM201-2 and RM201-3 4-13
so that the bright spot is
positioned at the centre.
BD f=
10) White Balance Gray Scale RT201
Adjustment -RT202
1. Apply DC 3.3V (+ 0.05V) to
TP201-5. (See ITEM 7))
2. Attch the light balancing
filter Cl2 over the lens.
3. Adjust RT201 and RT202 4-13
so that the bright spot is
positioned.at the centre.
12) Chroma Level
Adjustment
Color Bar RT203
1. Attch the light balancing
| filter C10 (C2 + C8) over
the lens.
2. Adjust RT203 so that the 4-14
red vector is equal to more
than 230% + 5% when
compared. to the burst level.
2-9. ADJUSTMENT COMPONENTS LOCATIONS
СТО!
Fo ADJ &pound; SR
Po 1ICIOS:
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&iexcl;ICIO2 |
Lamad
ВТ! 7
a
VOLTAGE ||
ICI06
“1
(SIDE VIEW)
Fig. 4-51 Sensor Circuit Board
(Solder Side)
RED
ez 1]
CT201 Ш
SUBCARRIER
LOCK VOLTAGE z
Te El TP201
RM20!
[| —
; B-Y SET UP
3,R-y SET UP
4, LUMA SET Up
5, AIC
||
SIDE VIEW
Fig. 4~52 Process Circuit Board
(Components Side)
Г RT805
BRIGHT
T8O|
PG80!
.
Ter y pe Ei
POSO?
Fig. 4-53 Electronic Viewfinder Circuit
Board (Components Side)
3. VTR SECTION ADJUSTMENT
3-1. CIRCUIT BOARD LOCATIONS AND
SERVICING POSITIONS
Remove the right case and left case as
described previously. -
l. Main Circuit Board
2. Suplly Sensor Circuit Board
3. Take-up Sensor Cirucit Board
3-2. TEST EQUIPMENT AND ALIGNMENT TAPES
NECESSARY FOR ADJUSTMENT
o Test Equipment
Oscilloscope (dual trace)
Digital Voltmeter (DVM)
Millivoltmeter. :
Frequency Counter
Colour Video Monitor
o Alignment Tape and Charts, etc.
PAL Alignment Tape: (MH-2)
Blank Tape
DC Power Supply (9.6V)
3-3. ADJUSTMENT CONDITIONS
1) Connect this unit, a power supply and
a colour video monitor as shown in: |
Fig. 4-1. . .
2) Before adjusting the VTR section,
check that the camera section has been
adjusted correctly. |
3) Use the 10:1 probe of the oscilloscope
when otherwise not specified.
4) When &quot;REC&quot; mode is specified, set the
“CAM./VIDEO switch to CAM. position and
press the REC start stop button on the
autofocus circuit board or STILL
button on the function switchs.
ar bm = =
NA.
ym a ешь cont sia errar TLR hm Ag TL HLT rra LE mo пу 1207 GA god ge 5g LLL ey
Fig. 4-101
5) When &quot;TRACKING PRESET&quot; position is
specified, press the two (2) TRACKING
control buttons (up and down)
simultaneously.
3-4. PRESET POSITIONS OF SWITCHES AND
CONTROLS DURING ADJUSTMENT
OPERATE .....eooconecco. &quot;ON&quot;
CAM./VIDED switch ........ &quot;VCR&quot; position
TRACKING ..eoaorenmacoreo &quot;Preset&quot;
position
3-5. SERVO SECTION
1) Head Switching Point Adjustment
(Figs. 4-102, 4-151) —
The pulse generator shifter determines
the video head switching point during
playback. Misadjustment of pulse
generator shifter may cause head
switching noise in the picture and/or
vertical instability.
Test Point:
VIDEO OUT (AV output jack)
TP206 (SW 25Hz) Main
Adjust: RT601 (PG SHIFTER) Main
Observe: Oscilloscope
CRTR re {pa ry art te E ERA | ENT De A eprom ferry. ae aR a Le SANA ret e
ENE CD IC CE rad Caruana dE NE drs Thon dr ea
1. Set the VIDEO/CAM switch to the VIDEO
position.
2. Load the instrument with a PAL
alignment tape (MH-2) and play it back
the colour bar signal.
3. Connect the oscilloscope to video out.
(0.5V/50usec.cm).
4. Trigger the oscilloscope at SW 25Hz.
5. Set the oscilloscope. to (-) slope and
adjust RT601 so that the trailing
edge of the SW 25Hz signal is placed
6.5H + 0.58 (horizontal) lines before
the start of CH-1 vertical sync.
6. Set the oscilloscope to (+) slope and’
confirm the leading edge of the |
SW 25Hz signal is 6.5H + 0.5H
(horizontal) lines before the start of
CH-2 vertical sync.
HEAD SWITCHING
PULSE (SW25) (CH2) | (CHI) Г (сн?)
— 5 5H ~~ =-6.5H |
VIDEO OUT { ({CH2} | (CHI) iCH2! )
V.SYNC V.SYNC
EXPAND - |
V. SYNC
| EXPAND
CH-1
|-- 6.5H —
Fig. 4-102
3-6. LUMINANCE/CHROMA SECTION
1) Record Chroma Level Adjustment
(Figs. 4-103, 4-151)
Optimum record colour level is regulated
by this adjustment. If the record chroma
level is too high, diamond beats can be
seen in the screen. If the levels is‘too
low, the colour is degraded.
Test Point: TP202 Main
TP206 (SW 25HZ) Main
Adjust:
RT202 (REC CHROMA LEVEL) Main
Observe: Oscilloscope
1. Apply a PAL colour bar siganl to AV IN
jack.
2. Adjust the input colour bar signal
level for lVp-p measured at the video
input jack,
3. Connect the oscilloscope to TP202.
(Use the shield cover on the main
circuit board of the preamp section as
ground.) (50mV/2msec.cnm)
4. Trigger the oscilloscope at SW 25Hz.
5. Load the instrument with a blank tape.
6. Place the instrument in the &quot;REC&quot;
mode.
7. Adjust RT202 so that the recor&aacute; chroma
level is 120mV + 5mv.
120 mVp-p
Fig. 4-103
Z) LE Delay Line Output Level
| Adjustment (Figs. 4-104, 4-151)
This adjustment makes the input and
output levels of the 1H de lay Line the
same. If this adjustment is incomplete,
switching noise is conspicuous when
dropout is compensated.
Test Point: IC202-5 Main,
TP206 (SW 25H2) Main
Adjust:
RT201 Main
(1H DELAY LINE OUTPUT LEVEL)
Observe: Oscilloscope
1. Load the instrument with an PAL
alignment tape (MH-2) and play it back
the colour bar signal.
2. Connect the oscilloscope to 1C202-5.
(0.2V/5msec.cm).
3. Trigger the oscilloscope at sw 25Hz.
(Use TP206 on the main circuit board.)
4. Adjust RT201 to minimize noise at the
waveform.
ld
Fig. 4-104
3-7. AUDIO SECTION
1) Audio Bias Level Adjustment
(Fig. 4~151)
This adjustment optinizes the audio.
record bias.
When the audio record bias is too low,
high frequencies are increased resulting
in distortion. When the level is too
high, high frequencies are attenuated.
Test Point: Tp401 Main
TP402 (GND) Main
Adjust:
RT401 (AUDIO BIAS LEVEL) Main
Observe: Millivoltmeter
Note: Perform this adjustment without
applying an audio signal.
Connect the millivoltmeter to TP401.
(Use TP402 as ground.)
. Load the instrument with a blank tape.
. Place the instrument in the &quot;REC&quot;
mode,
4. Adjust RT401 for 2.4mV + 0.1mv.
LI BS
20 pm pl ALE TT
re
2-10. ADJUSTMENT COMPONENTS LOCATIONS
U
# ТР6О!
Teo 6 RT60!
8 # PG SHIFTER
os
TP40I TP402
&gt; RT402
AUDIO BIAS
LEVEL
RT201
1H DELAY
LINE CUTPUT
LEYEL
H TP203
RT202
uN #
TP20 REC CHROMA
Ex
TP20|
Fig.
4-151 Main Circuit Board
(Soider Side)
0 AML EP br Ln LTA A ff WT) бий,
Ы &quot;Or La В HER м
CHAPTER 5 SCHEMATIC DIAGRAMS AND CIRCUIT BOARD DIAGRAMS
WHEN USING THIS SERVICE REFERENCE MATERIAL
1. Markings In Schematic and Clrcult Board Diagrams
{1
A
the schematic and circuit board diagrams are
discrete components.
Parts with marks (Z) in the circuit board diagrams
are leadless jumpers. ;
(2
a
2. How to Read Abbreviations
Values, dielectric resistances (power capacitances),
tolerances, grades of resistors (excluding variable
resistors, etc.) and capacitors are indicated in the
echematic diagrams using abbreviations. Collate these
abbreviations and the following tables for reading
abbreviations to replace parts correctly.
2-1. Reslstors
Parts with marks &quot;&reg;* attached to circuit numbers in
Value No indication .........0.0.0&laquo; Ohm
озоном нее поточнее kohn
No ind&iacute;cation .....e...ros +5
~N\WW—(--q Tolerance
..........—.....=FF........ +101
r
R210 : ' M arses tvs eles Eros anus ne +20%
No indication .....eo..ecoo 1/04
O 00 ,.] Power (All capacitances other than
capacitance] 1/8W are indicated in schematic
diagrams with W omitted)
|... J No
indication ,. Carbon film fixed
RC pucrancass Carbon solid
ii Type RW neresvorere POWEr-type wire-
wound solid
RS o.esc00000= Metal oxide film
solid
RN envecosaes Metal film solid
Example _ AA
R210
150K 0000000404040 150 kohm, carbon solid
RC.1/2.X 1/24, +10%
2~2. Capacitors
Value No Indication... uF
P EEE IE FH PF
Dielectric | No Indicat&iacute;on .....eo.eooo SOW
resistance (A1l resistances other than SOWV
and those of electrolytic capa-
citors are indicated with WV
omitted.)
No indication ........ 10%
J tu dt 0 0 TU Un 4 2 5 +54
M vus + то чесно +20%
с = YS Err чан +0,25PF
Tolerances | 2 ..screoveracevarceco $80%/-208
(Mo indication with electrolytic
capacitors (excluding tantalum
and high stability electrolytic
capacitors)
&Agrave;
T
R210
tana
1
Q
&lt;
2
pS
No indication .. Ceramic, general
electrolytic (see circuit
symbol to distinct from
ceramic)
a нь Type MYL escaeocorere.s Mylar
(Polyester film)
STY ........l Styrol
TA wevresssrssss Tantalum
KU 0000000010004 High stability
electrolytic
MP oss..0040040 04 Metalized paper
pooecamaca eee AD]
Example dr
C210
0.01/25 “1... Mylar, 0.01uF, 25WV
MYL.J +51
J. How to Read Capacltance of Resistance-
Type Capacitors and Colls
3-1 Capacitors
Color Related voltage
Basic color Pink 25V
Light-green 50V
(a) (a) &copy; &copy; @
Capaci= | Multi- | Tole-
tance plier | rance | Characteristics
Color | (а) (b) (с) (8)
Black 0 100 | +208 |For temperature
compensation
Brown 1 101,
‘Red 2 102
Orange 3 103
Yellow 4 los
Green 5 105
Blue 6 106
Purple 7
Gray 8 +30 | High permittivity
type
white 9 For temperature
Gold +51 compensation
Silver +101
3-2 Coils
ae
es
pu
SE
NE
“x
=
4. Cautions on Use of HOS ICs
(L) MOS ICs are inserted. in black foam for shipment.
This foam is a conductor which short~circuits
between the leads to prevent damage. Do not remove
ICs from this foam during storage. Avoid removing
ICs from this foam, placing them on plastic which
is likely to be charged with static electricity or
inserting them into styrol foam.
(2) High voltages may be applied during soldering
caused by leakages from the soldering iron, so be
sure to ground the tip of the soldering iron or use
a low voltage soldering iron.
(3) The human body and clothes made of synthetic fibres
or nylon gloves may be charged with several
thousands volts of static electricity because of
friction, so workers should be grounded.
(4) Be sure tc ground measuring instruments such as
oscilloscopes, VTVMS, etc. used for repairs.
5. Measure the voltages at cach section with the
negative side of power supply as a reference.
The voltages in the camera section are measured with the
VIR in the record'mode, and those in the VIR section are
measured in the record and playback modes.
Y Voltages in ( ) are in the record mode.
* One voltage value !s common for recording and
playback.
LEADLESS COMPONENT IDENTIFICATION
1. Leadless Transistors
The leadless transistor number is indicated
by a code on lts surface, using one letter,
one letter and one numeral, two letters, two
letters and one numeral, two numerals, two
numerals and one letter, or three letters.
Letter| Transistor Letter] Transistor
Number - : Number
A 253703 H 25A1038K
A(R) | 2SB1218R (AR) I 258792
A (S) | 2557665 (AS) J 2502735 -
A {J) | 25B1000J (AT) K 2SA1036
B 2SC1621 K{P) | 2SC2413P{KP)
B (J) | 25BL00LT (BJ) L 2502462
B(R) | 25C4081R (BR) M 25А1.052
B(R) | 2502412AR (BR) N 2501653
B (S) | 25C2412KS (BS) ~ N(E) | 2SD1306E (NE)
Го 2SA1122 | P |25D814
C(L) | 25D899L (CL) P(E) | 2SAL171E(PE).
C(R) | 25B710R (CR) - Q 2802620
C(R) | 25C4097R (CR) Q{0) |2SC27140 (00)
C(R) | 25C2411R(CR) R 25C2618
C(Q) | 28C2411KQ(CQ) $ |2sall2l
D 2502463 S (0) | 25C3082K0 (SQ)
D(L) | 25B798L (DL) U 2502404
E 25A1022 W 25D602
F 25C2619 Y 128D601 —
F{S) | 2SAL037KS (FS) У (В) | 2SDIBLIR(YR)
E (R) | 2SA1576R(FR) Z |25D874
AA (S)! 25D1757KS (AAS) - DB (R) | 25D1766R (DBR) -
BC (R) | 25B1198R (BCR) IR(D) 2SAL484D (IRD)
BF {R)| 2SB1308R(BFR)
1D(T)| 28D1328T(1DT) 1C(R) 2588028 18)
B(3) |25C1621(3)(B3) L(6) MMBC1623 (6) (L6)
C(7) | 2SA811 (7) (C7) L(6) | 2SC1623(6) (L6)
Ь(7) | 2862812 (7) (57) F(2) | 25C1009 (2) (F2)
M(6) | 2SAB12 (6) (M6) M(6) | 25A1179{6) (M6)
N(4) | 25C1653 (4) (№4)
D(16)| 25CL622A (16) (D16)] R(25)]25C3356(25) (R25)
R(35)| 2503583 (35) (R35) R(45)] 25C3585(45) (R45)
Y (25) | NTM3906 (25) (Y25)
1(D) | 28C3127D(1D)
51 FMS] 52 FMS2
71 IMT] Wl FMWI1 &deg;
W2 FMW2 W3 FMW3
Xl IMX1 Yl FMY1
УЗ FMY3 21 IMZ1
22 IMZ2 |
4R XN1C301 SH XN4501
5K XN4401 -
Digital Transistor
04 DTC114TK 06 DTC144TK
13 DTAL43EK 15 DTA124K
15(s) |DTAL24EU | 16 DTAI44EK :
16(s)|DTAL44EU 23 DTCL43EX :
24 DTCL14EK 24(8)| DTC114EU
25 DTC124K 25(8)| DTCI124EU
26 DTC144K 26 (8)| DTC144EV
33 DTA143XK 43 DTC143XK
52 | DTAZ23ŸK 64 DTCLL4YK
68 UNS112 8B [uvs212
F52 T8123 621 DTD1132K
HOJ |DTCI43TK H27 | DTC363EK
31 [FP1L2Q
Al FMA) A2 FMA2
B2 IMB2 c2 FMC2
D2 IMD2 Gl FMG1
G2 FMG2 GS FMG5
H2 IMH2
Letter| Transistor Letter] Transistor
Number Number
PET — | |
G 25K302 —. | J | 2sKi08
K 2SK160 w 25K322 =
X 2SK157 —. X (4) 25894 (4) (X4)
X(17) | 25K425 (17) (X17)
Y 25K197 2 2sK217
ХА 26980 -
3 258520 | - 3(0) | 28K621 (0) (30)
WM Pasalosa tar |26k321
1K |25k316 28 |28K374
* &quot;(s)&quot; in the above table shows a component
with smaller size,
* Codes on the digital transistors show only
the transistor numbers.
(1) Identification for two letters.
Use this code and the following chart for
component identification.
Exanple:-
Code Number -
CD 25A1122D
LD 25C2462D
Do
1 Rank of De Current
Gain (hrr)
Transistor Number .
Fig.5-1 Leadless Transistor Code
(2) Identification for two types of one letter
and one numeral.
Use this code and the following chart for
component identification.
Letter Transistor Number
L 25C1623
Example:
Code Number
LS 28C1623(5)
L6 25C1623(6)
PL Rank of DC Current
(hpg)
Gain
— Transistor Number
Fig.5-2 Leadless Transistor Code
Example: |
Code Number
1D 25€3127D
LL Rank of DC current
Gain (hre)
Transistor Number
Note: Codes 51, S2, T1, W1, W2, W3, x],
Yl, Y3, Z1 and 22 show only the transistor
numbers.
Fig.5-3 Leadless Transistor Code
(3) Identification for one numeral and two
letters.
Use this code and the following chart for
component identification.
Example:
Code Number
1FQ 2SK3210
ООС
Rank of DC Current
Gain (hre)
Transistor Number
Fig.5-4 Leadless Transistor Code
Identification for one letter and two
numerals.
Use this coce and the following chart for
component identification.
(4
.—
Example:
Code Number
R25 2503356
OO
[i Rank of DC Current
Gain (hrr)
Transistor Number
Fig, 5-5 Leadless Transistor Code
Identification for two letters and one
numeral.
Use this code and the following chart for
component identification,
(5
ar
Example:
Code Number
DV5 25D596
000
Г Rank % os Current
Gain
on) Number
Fig, 5-6 Leadless Transistor Code
(6) Identification for three letters.
Use this code and the following chart for
component identification,
Example:
Code Number
AAS 2SDE757KS
ЭОС
L Rank of De Current
Gain (hr)
Transistor Number
Fig. 5-7 Leadless Transistor Code
2. Leadless Diodes
— Leadless diode numbers are indicated by a
code on the surface, using one letter and one
numeral, two letters, two letters and one
numeral, two numerals, tvo numerals and one
letter, or three numerals,
Use this code and the following chart for
component identification.
Code Diode Number Code Diode Number
BE 15v172
MC MA153 MC(s) MAL 43
MH MAl151K МН (5) MAl41K
MN MALS1WA MN (5) MAl41WA
Mo MA152WA
MT MAISIWK МТ (5) MAI4IWK
&quot;MU MA152WK
MLD MA160 M1P MA714
MZA MA122 SIA 1SR143
N DAN202K - 2 DA1O6K
A3 152835 AS 152837
Cl HSMB8S C2 HSM276S
1A MA110
3.0L MA3030L 4.3L MA3043L
4.7M MA3047M 5.1M MA3051M
5.1L MAJOSIL 5.6M MA3056M
6.2L MA3062L 6.8M MA3068
6. 8H MA3068M 7.51 MA3075H
7.5L MA3075L 8.2M МАЗОВ2М
9.1M MA3091 9,1M MA3091M
10L MA3100L 56M MA3056M
75L MA3075L 82M MA3082M
91M MA3091M
20 HZM6-B 27 RDZ2, 7M-B
30 RD3, 0M-B 51 RD5.1M-B2
56 RD5,6M-3 91 RD9.1M-B
102 RD10M-B2 122 RD12M-B2
163 RD16M-B3 182 RD18M-B2
271 RD2,7M-B 272 RD2.7M-2
301 RD3. 0M-B 362 RD, 6M-B2
391 RD3.9M-B1 512 RD5.1M-B2
561 RD5,6M-B 621 RD6., 2M-B1
681 RD6,8M-B 683 RD6.8M-B3
911 RD9,1M-B
* &quot;(5)&quot; in the above table shows a component
with smaller size.
3. Leadless Resistors
The resistor value is indicated on the o
surface of the component, using a three-digit
numbers, or one letter and one numeral.
(1) Identification for three digit numbers.
Read this code following the same procedure
as when reading the color code on discrete
resistors.
Example:
Code Value
330 33 x 100 = 33 ohms
561 56 x 103 = 560 ohms
123 12 x 107 = 12K ohms
1R2 1 + 0.2 = 1.2 ohms
.(R: Decimal point)
| TT Multiplier (1 - 5)
2nd Significant Digit
(0 — 3)
lst Significant Digit
Fig. 5-8 Leadless Resistor Code
(2) Identification for one letter and one
numeral
Use this code and the following chart for
component identification,
Letter | Value | Letter | Value | Letter | Value | Example: |
7 7 5 2 a Color Code Value
- 5 - 7 В - -
E 1.5 N 3.3 Ww 6.8
G 1.8 Q 3.9 Y 8.2
(2) Identification for one letter and one
Example: numeral,
Code Value
Al 1x 107 = 10 ohms
G2 1.8 x 103 = 180 ohms : AD
L3 2.7 x 107 = 2700 ohms /
s4 4.7 x 105 = 47K ohms 7
М5 6.8 x 10” = 680K ohms Letter Number
LD] Letter Letter
‘ _ | /Number Value — /Number Value
. - Multiplier (0 - 9) AO 1 (PF) A2 100 (РЕ)
Numerical Value HO 2 с? 120
_ | MO 3 E2 “| 150
Fig. 5-9 Leadless Resistor Code do 4 G2 180
iE . &pound;0 5 J2 220
. mo 6 L2 270
4. Leadless Capacitors по 7 №2. 330 -
The capacitance value is indicated on the o 8 a 170
surface of the component, using body color y 9 02 560
and one letter, or one letter and one Al 10 (PF) #2 &deg; 680
numeral. Cl 12 Y? 820
o El 15 |
(1) Identification for body color and one Gl 18 A3 0.001 (uF)
letter, Jl 22 ; EJ - 0.0015
: - Ll 27 J3 0.0022
Nl 33 N3 0.0033
Ш Ql 39 si 0.0047
A -— Color Sl 47 Wi 0.0068
/ 1 ul 56
/ | | | Wl 68 A4 0.01 (MF)
Letter Yl . 82 Ed 0.015
- — J4. 0.022
| N4 0.033
54 0,047
coa Letter | Value co Letter | Value Ud 0.056
Wa 0.068
Red A 1(PF) Blue A 100 (РЕ)
С 2 &deg;С 120 — AS 0.1
E 3 E 150
G 4 CG 180
J 5 J 220 Example:
L “6 L 270 Letter val
N 7 N 330 J alue
о 3 o 190 /Number |
5 9 5 470 AD 1PF
: U 560 Al 10PF
Black! A 10 (PF) W 680 ‘ ;
с 2 Y 820
E 15 5. Leadless Jumper
G 18 White | A 0.001 (uF) The leadless jumper is indicated as shown
L 27 ВА 0,0022
N 33. L 0.0027
9 39 N 0.0033
5 47 5 0. 0047 (1) (2) (3) (4)
U 56 W 0.0068 :
и | в [000] [оо] — le]
Y 82 Green A 0,01 (ur) Lo]
E 0.015
0 0.022 ry
ON 0.033 Model names VM-2300E/2380E specified
5 0.047 . . . :
U 0.056 in the schematic and circuit board
y 1008 diagrams are wrong. The correct model
Yellow A | 0.1005) names are VM-2400E/2480E,
Jd irra вл ве ел уе р Лой LE ara
[LOTE
A
CIRCUIT BOARD CONNECTION DIAGRAM
LEITERPLATTEN—-ANSCHLUSSDIAGRAMM
CAMERA | | VTR
KAMERA VIDEOREKORDER _ _
— — — — MAIN P.C.B
To
EVF
РСВО2
al wb — —
re PROCESS PCE E — .
6] AGC KICLERIG (SYSTEM ) MIC
7 CONTROL PG4B8tM
8:6ND __. PGACH
MTRS DET | ADJUSTMENT a
| TERMINAL SPEAKER
PG910 |
CAMERA CONT
CONTROL Ric STRAT CYLINDER D, pe,
PGAOI &iexcl;E-20C INDI L 4&raquo; REC/
[cho MOTOR &gt; AUDIO
_ SEAR
_— — 4p CTL
PE9O4 HEAD
LOADING
_—— MOTOR _ | ULL _
P6902 — | ERASE
a ia
— 2| GND — PG9I2 CN912 CAPSTAN
J] BATT. DET (3 2|END LED
| HERD END LED MOTOR ERASE
BATT. PC B a. DRIVE HEAD
TERMINAL -— — ——
Р.С. В cNoON PGOO3 |
oS TY S.REEL__|1
— — [2] 8HSENSORJ| 2] . yp CHL
Cte CAMERA CONT. CN906 eo В SUPPLY | ee HEAD
STRAT AUTO FOCUS or STA | SE + vIOE
Man FE Sr wi | earn sens — pc wor
PGAIO GND | ala Ev” | —— OUT SIDE)
| PG006
| LIGHT — |
CONTROL TERMINAL TEL
B Р.С. В Tes A]
—_ com JMECHA. DUTPUT
I P6905 STATE SW |
| СМА ума [1 — —
cri CHROMA : SUPPLY
- ; 0 |
ae gl Breast НЕМО ЗЕМБОВ
ELECTRONIC VIEWFINDER (EVF) AUTO FOCUS Ka PCB
ELEKTRONISCHER SUCHER (EVE) AUTOMATISCHE SCHARFEINSTELLUNG Fhocess vem В —
—_ PG206 ENTE - о AV IN
a — LOW LIGHT JUL DEW (OUT SIDE
| e SENSOR or (099
EVF ire Gane &copy; &copy;,
DEFLECTION | Focus [ire BLU au
— — j|pG80? COIL SENSOR
FAROE | | — RCE
21 GND 2 _
[3] LUMATEVF) [2 &pound;580! ee — —
AB 14
5] REC INDI 5 To
CRT LED FC.B
SOCKET о ——
| CC
MACRO SW
ELECTRONIC
VIEWFINDER FOCUS
(EVF) P.C. | MOTOR
| CRT
— —— SOCKET —
Е
PGABIN
6| ALCIO RECI) } MOTOR
Tee | , 00 —
М 7 CRT
(3-
MIC PCB 6 IRIS MOTOR
AUTO
FOCUS
P.C.B
5-5
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DC-DC CONVERTER SCHEMATIC (Reference) CHAPTER 6 EXPLODED VIEWS
GS/GS-KONVERTER-SCHALTPLAN (Referenz) KAPITEL 6 EXPLOSIONSZEICHNUNGEN
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CHASSIS (UPPER) SECTION Е ВЕ - : В LUBRICATION
CHASSIS-ABSCHNITT (OBERTEIL)
Lubrication points are shown in the exploded view diagrams
a ; a o by marks (&copy; , &reg;).
5 Lubricants shown in the diagram are as follows.
, &oacute; (9) Sonic slider oil (#1600)
| 8 Е (E) Froil (631-SAy)
E EZ _ = SCHMIERUNG
= &copy; &ocirc; Die Schmierpunkte sind in den Explosionszeichnungen durch
die Markierungen (&copy; , &reg;) angegeben.
Die folgenden Schmiermittel sind in den Diagrammen angegeben.
(9) : Sonic slider oil (Nr. 1600)
(E): Froil (631-SAY)
&copy;
&reg;
CHASSIS (LOWER) SECTION 3
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ELECTRONIC VIEWFINDER (EVF) SECTION CHAPTER 7 REPLACEMENT PARTS LEST
ABSCHNITT DES ELEKTRONISCHEN SUCHERS (EVF)
— ELECTRONIC | a |
VIEWFINDER SINBOL-NO P-NO DISCRIPTION SYMBOL-NO P-NO DISCRIPTION
CIRCUIT BOARD 224 17448785 GEAR, LOADING
Ma MECHANISM SECTION 225 6916141 BASE CYLINDER
104 4722341 LID 226 6416091 ROLLER, IMPEDANCE
105 615351 FRAME, BOTTOM 227 17786623 POLYSLIDER FASHER
106 4710596 LID 228 7778859 POLYSLIDER WASHER
E 107 4710575 CAP, AF 229 6916342 BASE, GUIDE ROLLER (IN)
109 6442881 CAP, HOOD | 230 6424741 ROLLER
110 6336432 HANDLE 23] 6916363 BASE. GUIDE ROLLER (OUT)
111 4712195 CASE(R) 232 6805665 PLATE, GUIDE
112 6249883 CLEAR, AF 233 6806223 BASE, HEAD
113 6070401 KNOB. BATT 235 6555823 SPRING
114 6810451 LEVER. LOCK 236 6820902 BAND, TENTION
— 115 4741091 BUTTON 237 7472871 ARM, TENTION
116 4741081 BUTTON 238 7448855 SLIDER
117 6336422 STRAP 239 7778859 POLYSLIDER FASHER
118 6487081 CAP, FUSE 240 7469942 LINK, PRESSER ROLLER
119 6487071 CAP 241 7469901 ARM, PRESSER ROLLER
120 6810712 HOLDER ASSY. BATTERY 242 6523244 SPRING
121 6439787 SHOE. EVF 243 6551952 SPRING
D 122 6017472 TERMINAL 244 7448933 ARM. HEAD
124 4712016 CASE (L) 245 6523252 SPRING
125 6442973 PAD 246 7785673 NUT
126 6442771 PAD 247 6911697 ARM
129 6810731 STRAP 248 6551961 SPRING
132 6810681 HINGE, CBA 249 6806255 PLATE
| 133 4741209 BUTTON 250 0173062 DEF SENSOR
139 6336471 HOLDER 251 6820571 GUIDE
144 6336414 HOLDER. HANDLE 252 5793751 BRUSH
LENS SECTION 145 6528591 SPRING 253 7472924 CASSETTE HOLDER AS
OBJECT IVABSCENITT 156 5886751 SOCKET 254 6894479 REEL, SUPPLY
171 6960491 STOPPER 255 4508237 GUIDE, TAPE
172 6960492 RUBBER, STOPPER 256 5443491 HEAD, AUDIO CONTROL
С 173 6960493 LENS, REAR 257 6550942 SPRING
174 6960494 MOTOR, ZOOM 258 7789931 WASHER
175 6950495 SCREF (NL, 7X4) 259 7780951 WASHER
176 6960496 WASHER ——— 261 5445872 HEAD, FULL ERASE
177 6960497 IRIS BLOCK 262 4508235 GUIDE
178 1616851 PIB ASSY AUTO FOCUS 263 5579074 MOTOR, DC
179 6960499 SCREW(NI. 7X6) 266 6916122 ARM
_ 180 6960501 SCREW(M2X5. 5) 267 6552507 SPRING
181 6960511 AUTO FOCUS BLOCK 274 6552493 SPRING
182 6960512 FRMAE a 275 7469951 ARM, OPERATION
183 6442761 HOOD, LENS : 501 5436274 CYLINDER, UPPER (CY~FPD-U)
184 6960513 MOTOR, AUTO FOCUS 502 5436372 CYLINDER, LOFER
185 6960514 SCREW 601 6810821 PICE, BOTTOM
a 201 7132982 CHASSIS 602 615331 FRAME, LENS
202 7469134 ARM, LOCK 603 5274122 DC-DC CONVERTOR
203 6555792 SPRING 604 4750222 KNOB
204 7469921 ARM, CAM 605 4750211 KNOB. IRIS
205 6440163 GEAR 606 5783141 FILTER, QUARTZ CRYSTAL
206 6916111 GEAR 607 6810151 LID SENSOR
207 7449128 GUIDE 608 6810161 GUIDE, SENSOR
_ 208 6805682 ARM, OPERATION 609 4892682 PLATE
209 6440172 GEAR 610 4790511 RUBBER
210 5571791 MOTOR. CAPSTAN 611 7498903 SHIELD PLATE
211 5610821 SWITCH 612 7490831 SHIELD
212 6820584 BLOCK. LOADING 613 6360193 LENS, 2004
213 6806077 HOLDER 614 5318212 CCD INAGE DEVICE (MN374SEC)
914 6336622 BELT 615 7499761 SHEET, SHIELD
A 215 6806128 SLIDER 702 4712082 CASE. UPPER
216 6887719 TABLE. REEL 703 4712171 CASE. BOTTOM
219 682055] BRAKE 704 4712101 UPPER NECK
221 6806322 BRAKE. SUB 705 4712181 BOTTOM NECK
222 6555814 SPRING 708 6014322 CAP, EYE
223 7448756 GEAR. LOADING 707 6958292 LENS. EVF
1 | 2 | 3 | 4
Bt Fa pad [RE UA ET DI DL PACTA NA NT MA FRECHEN CA TS LE jp e TA id mi mA med su pi nt e reee en rs FTES
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SYMBCL-NO P-NO DISCRIPT ION SYMBOL-NO P-NO DISCRIPTION
708 4892171 MIRROR C 225 0209936 CERAMIC CHIP 33PF+-5% 50V
709 6814931 COVER, CRT C 226 0209936 CERAMIC CHIP 33PF+-5% 50V
110 6814921 HOLDER, CRT C 227 0209936 CERAMIC CHIP 33PF+-5% SOV
711 6597371 RUBBER, CRT C 228 0209838 CERAMIC CHIP 0. 01UF+-20% 50V
712 6810581 HOLDER, CONNECTOR C 229 0209838 CERAMIC CHIP 0. 01UF+-20% 50V
713 5319012 PICUTURE TUBE (MO1KGGO77FB) C 230 10209838 CERAMIC CHIP 0. OIUF+-20% 50Y
714 5242026 DEFLECTION YOKE C 231 0209936 CERAMIC CHIP 33PF+-5% 50V
715 5860601 CONNECTOR C 232 0209896 CERAMIC CHIP 4TPF+-5% 50V
716 5420832 MICROPHONE C 233 0209838 CERAMIC CHIP 0. 01UF+-20% SQV
717 6079411 KNOB, RIND SWICH C 234 0209853 CERAMIC DISC 68PF+-5% 50V
902 8699308 SCREW (2. 6X8) BLACK C 238 0209855 CERAMIC CHIP 0. 022UF+-20% 25V
905 7784782 SCREW (3X4) C 245 0209852 CERAMIC CHIP 180PF+-5% 50V
906 7784373 SCREW C 247 0209895 CERAMIC CHIP 39PF+-5% 50
907 8691308 SCREW BTZ, 6MMDXSMH C 243 0209838 CERAMIC CHIP 0. 01UF+-20% 50V
908 7775901 SCREW C 250 0209934 CERAMIC CHIP 22PF+-5% 50V
909 8741106 SCREW (2X6) C 251 0209941 CERAMIC DISC 82PF+-5%
910 8741406 SCREW (3X6) C 252 0209931 CERAMIC CHIP 22PF+-5% 50V
912 8691106 SCREY (2X6) C 254 0209867 CERAMIC CHIP 0. 022UF+-10% 25V
913 8612114 SCREW (2X14) C 258 0209867 CERAMIC CHIP O, 022UF+-10% 25Y
914 8741104 SCRE&yen; (2X4) C 260 0208974 CERAMIC CHIP 1000PF+-5% 50V
915 8652105 SCREW (PSW2X5) C 261 0209838 CERAMIC CHIP 0, 01UF+-20% 50V
916 8741103 SCREW (2X3B) C 262 020993) CERAMIC CHIP 10PF+-0.5% 50Y
931 8699106 SCREW(2X6) C 263 0209838 CERAMIC CHIP 0. 01UF+-20% 50V
951 8741106 SCREW (2X6) C 264 0209838 CERAMIC CHIP 0.01UF+-20% 50V
952 8741408 SCRER (B318) C 265 0209855 CERAMIC CHIP O, 022UF+-20% 25V
953 7782616 SCREW C 266 0209934 CERAMIC CHIP 22PF+-5% 50V
954 6911101 SCREW C 267 0209897 CERAMIC CHIP S6PF+-5% 50V
955 8741110 BIND SCREF-2MMDX 10MM C 270 0209855 CERAMIC CHIP 0. 022UF+-20% 25V
956 7782619 SCREW 2X5 C 274 0709838 CERAMIC CHIP 0. 01UF+-20% 50V
957 8741109 SCREW C 275 0209867 CERAMIC CHIP 0. 022UF+-10% 25V
958 7784371 SCREW C 276 0209853 CERAMIC DISC 68PF+~5% 50V
959 8691106 SCREW (2X6) C 277 0209905 CERAMIC CHIP 680PF+-5% 50V
960 7784131 SCRER (3X8) C 282 0209969 CERAMIC CHIP 0. LUF+80-20% 25V
961 8741104 SCREW (2X4) C 290 0209838 CERAMIC CHIP 0.01UF+-20% 50V
C 291 0209936 CERAMIC CHIP 33PF+-5% 50V
ACCESSORIES SECTION C 292 0209934 CERAMIC CHIP 22PF+-5% 50V
4080101 OPERATING CUIDE C 293 0209974 CERAMIC CHIP 1000PF+-5% 50V
7743433 STRAP, HAND C 234 0209856 CERAMIC DISC 220PF+-5% 50V
4130771 ADAPTOR, AC C 295 0209867 CERAMIC CHIP 0.0220F+-10% 25V
5858521 CORD, AY PER! C 296 10209867 CERAMIC CHIP 0. 022UF+-10% 25Y
5852384 CORD, DC C 298 0209838 CERAMIC CHIP 0. OLUF+-20% 50Y
5860591 CONNECTION CORD C 299 0209867 CERAMIC CHIP 0. 022UF+-10% 25Y
4132851 PLUG C 300 0209848 CERAMIC DISC 150PF+-5% 50V
4134121 LIGHT, DC | C 301 0209844 CERAMIC CHIP 0. 0033UF+-10% SOY
C 302 0209867 CERAMIC CHIP 0. 022UF+-10% 25Y
VIR SECTION C 303 0209867 CERAMIC CHIP 0. 022UF+-10% 25V
C 202 0209867 CERAMIC CHIP 0.022UF+-10% 25V C 304 0209868 CERAMIC CHIP 0.033UF+-10% 25V
C 203 0209943 CERAMIC DISC 120PF+~5% C 306 0209856 CERAMIC DISC 220PF+-5% 50V
C 204 0209969 CERAMIC CHIP 0. 1UF+80-20% 25V C 307 0209852 CERAMIC CHIP 180PF+-5% 50V
C 205 0209994 CERAMIC CHIP 0.33UF+80-20% 25V C 303 0209867 CERAMIC CHIP 0. 022UF+-10% 25Y
C 206 0209994 CERAMIC CHIP 0. 33UF+80-20% 25V C 311 0209969 CERAMIC CHIP 0. 1UF+80-20% 25V
C 207 0209994 CERAMIC CHIP 0.33UF+80-20% 25V C 313 0209936 CERAMIC CHIP 33PF+-5% 50V
C 209 0209969 CERAMIC CHIP 0. 1UF+80-20% 25Y C 314 0209332 CERAMIC CHIP 15PF+-5% 50V
C 210 0209969 CERAMIC CHIP 0. 1UF+80-20% 25Y C 316 0209898 CERAMIC CHIP 100PF+-5% SOV
C 211 0209867 CERAMIC CHIP 0.022UF+-10% 25V C 317 0209838 CERAMIC CHIP 0. OlUF+-20% 50V
C 212 0209838 CERAMIC CHIP 0.01UF+-20% 50Y C 318 0209838 CERAMIC CHIP 0. GIUF+-20% 50V
C 213 0209930 CERAMIC CHIP 1QPF+-0. 5% 50Y C 319 0209838 CERAMIC CHIP 0. 0IUF+-20% 50V
C 214 0209941 CERAMIC DISC 82PF+-5% C 320 0209930 CERAMIC CHIP JOPF+-0, 5% 50Y
C 216 0209838 CERAMIC CHIP 0. 01UF+-20% 50V C 321 0209931 CERAMIC CHIP 12PF+-5% 50V
C 217 10209838 CERAMIC CHIP 0.01UF+-20% 50Y C 322 0209867 CERAMIC CHIP 0, 022UF+-10% 25
C 218 0209941 CERAMIC DISC 82PF+-5% C 324 10209838 CERAMIC CHIP 0. OlUF+-20% 50Y
C 219 10209969 CERAMIC CHIP 0, 1UF+80-20% 25Y C 325 0209867 CERAMIC CHIP 0. 022UF+-10% 25V
C 221 0209994 CERAMIC CHIP 0.33UF+80-20% 25Y C 326 0209867 CERAMIC CHIP 0. 022UF+-10% 25V
C 222 0209969 CERAMIC CHIP 0. 1UF+80-20% 25V C 330 0209838 CERAMIC CHIP 0. 01UF+-20% SQV
C 224 0209838 CERAMIC CHIP 0.01UF+-20% 50V C 331 0209974 CERAMIC CHIP 1000PF+-5% 50V
SRR a AO HAN AA SE en
Ы &quot;oa DO ei
SYMBOL-NO P-NO
DISCRIPTION
SYMBOL-NO P-NO
DISCRIPTION
C 336
C 337
C 423
C 424
C 431
C 432
C 433
C 434
C 435
C 437
C 439
C 440
C 441
С 442
С 143
C 444
C 446
C 449
C 450
C 451
C 453
C 454
C 455
C 456
C 595
C 621
C 631
C 632
C 633
C 634
C 635
C 636
C 637
C 638
C 641
C 642
C 645
C 911
C 912
C 813
C 914
С 916
C 917
C 913
С 919
С 921
С 922
С 923
С 924
C 926
C 927
C 928
C 930
C 931
C 932
C 933
C 934
C 935
C 936
C 950
R 201
R 202
R 203
R 204
R 205
0209897
0209853
0204279
0204271
0209863
0209862
0209863
0209850
0209850
0209850
0209838
0209844
0209862
0209838
0209868
0209994
0209974
0209856
0209838
0209868
0209969
0209969
0209969
0209969
0201007
0209862
0209867
0209869
0291073
0209867
0209974
0209974
0209856
0209974
0209867
0209838
0209943
0209934
0209838
0209838
0209838
0209934
0209934
0208969
0205838
0209838
0209369
0209838
0209963
0209868
0209868
0209868
0209897
0209838
0209838
0209838
0209930
0209969
0209969
0209869
0103843
0103819
0103819
0103843
0103843
CERAMIC CHIP 56PF+-5% 50V
CERAMIC DISC 68PF+-5% 50V
POLYPROPYLENE 0. 022UF+-5% 10V
POLYESTER FILM 8200PF+-5% 100V
CERAMIC DISC 6800PF+-10% 50V
CERAMIC CHIP 4700PF+-10% 50V
CERAMIC DISC 6800PF+-10% 50V
CERAMIC DISC 0. 015UF+-20% SQV
CERAMIC DISC 0. 015UF+-20% 50Y
CERAMIC DISC 0. 015UF+-20% 50Y
CERAMIC CHIP 0. 01UF+-204 50Y
CERAMIC CHIP 0. 0033UF+-10% 50Y
CERAMIC CHIP 4700PF+-10% 50V
CERAMIC CHIP 0. OIUF+-20% 50V
CERAMIC CHIP 0, O33UF+-10% 25V
CERAMIC CHIP 0. 33UF+80-20% 25Y
CERAMIC CHIP 1000PF+-5% 50V
CERAMIC DISC 220PF+-5% 50V
CERAMIC CHIP 0, 01F+-20% 50Y
CERAMIC CHIP 0. 033UF+-10% 25Y
CERAMIC CHIP 0. 1UF+80-20% 25Y
CERAMIC CHIP 0. 1UF+80-20% 25V
CERAMIC CHIP 0. 1UF+80-20% 25V
CERAMIC CHIP 0. 1UF+80-20% 25Y
CERAMIC CHIP 0. O1UF+-20% 50V
CERAMIC CHIP 4700PF+-10% 50Y
CERAMIC CHIP 0. 022UF+-10% 25V
CERAMIC DISC 0. 047UF+80-20% 25V
CERAMIC CHIP 0. 068UF+80-20% 25V
CERAMIC CHIP 0. 022UF+-10% 25V
CERAMIC CHIP 1000PF+-5% 50V
CERAMIC CHIP 1000PE+-5% 50V
CERAMIC DISC 220PF+-5% 50V
CERAMIC CHIP 1000PF+-5% 50V
CERAMIC CHIP 0. 022UF+-10% 25V
CERAMIC CHIP 0. 01UF+-20% 50V
CERAMIC DISC 120PF+-5%
CERAMIC CHIP 22PF+-5% 50V
CERAMIC CHIP 0. O1UF+-20% 50V
CERAMIC CHIP 0, O1UF+-20% 50V
CERAMIC CHIP 0. 01UF+-20% 50V
CERAMIC CHIP 22PF+-5% 50Y
CERAMIC CHIP 22PF+-5% SOY
CERAMIC CHIP 0, 1UF+80-20% 25V
CERAMIC CHIP 0. 01UF+-20% 50V
CERAMIC CHIP 0. 01UF+-20% 5QV
CERAMIC DISC 0. 047UF+80-20% 25V
CERAMIC CHIP 0. 01UF+-20% 50V
CERAMIC CHIP 0. 22UF+80-20% 16V
CERAMIC CHIP 0, 033UF+-10% 25Y
CERAMIC CHIP 0, 033UF+-10% 25V
CERAMIC CHIP 0. 033UF+-10% 25V
CERAMIC CHIP 56PF+-5% 50V
CERAMIC CHIP 0. 01UF+-20% 50\
CERAMIC CHIP 0. 01UF+-20% SQV
CERAMIC CHIP 0. 01UF+-20% SQV
CERAMIC CHIP 10PF+-0. 5% SOV
CERAMIC CHIP 0. 1UF+80-20% 25V
CERAMIC CHIP 0. 1UF+80-20% 25V
CERAMIC DISC 0. 047UF+80-20% 25V
CHIP RESISTOR 1KOHM+-5% O. 1&yen;
CHIP RESISTOR 10 OHM+-5% 0,1
CHIP RESISTOR 10 OHM+-5% O. 1
CHIP RESISTOR 1KOHM+-5% 0. 17
CHIP RESISTOR 1KOHM+-5% D. 1F
R 206
R 207
R 208
R 209
R 210
R 211
R 212
R 213
R 214
R 215
R 216
R 217
R 219
R 220
R 221
R 222
R 229
R 230
R 231
R 232
R 233
R 234
R 235
R 236
R 237
R 238
R 239
R 240
R 241
R 242
R 243
R 246
R 247
R 248
R 249
R 250
R 251
R 252
R 253
R 254
R 255
R 256
R 257
R 258
R 261
R 262
R 263
R 264
R 265
R 266
R 270
R 27]
R 272
R 273
R 274
R 275
R 276
R 277
R 279
R 280
R 281
R 282
R 283
R 284
R 285
0103847
0103843
0103837
0103842
0103841
0103863
0103865
0103862
0103855
0103863
0103841
0103876
0103813
0103837
0103813
0103824
0103835
0103845
0103848
0103839
0103839
0103839
0103851
0103843
0103863
0103843
0103843
0103859
0103843
0103840
0103843
0103813
0103870
0103813
0103875
0103855
0103843
0103844
0103855
0103847
0103843
0104262
0103837
0103840
0104271
0104124
0103846
0103846
0103859
0103870
0103848
0103846
0103866
0103893
0103876
0103841
0103841
0103855
0103839
0103841
0103843
0103842
0103851
0103846
0103859
CHIP RESISTOR 2. 2K0HM+-5% 0. 1H
CHIP RESISTOR 1KOHM+-5% D. 17
CHIP RESISTOR 330 OHM+-5% 0, 17
CHIP RESISTOR 820 OHM+-5% 0. 17
CHIP RESISTOR 680 OHM+-5% 0. IF
CHIP RESISTOR 47K0HM+-5% 0.1
CHIP RESISTOR 68KORM+-5% O.1Y
CHIP RESISTOR 39K0HM+-5% 0. 1&yen;
CHIP RESISTOR 10KOHM+-5% O.1W
CHIP RESISTOR 4TKOHM+-5% 0, 17
CHIP RESISTOR 680 OHM+-5% 0.1
CHIP RESISTOR 560KOHM+-5% 0. 1W
CHIP RESISTOR 3.3 OHM+-10% 0. 1&yen;
CHIP RESISTOR 330 OHM+-5% 0, 1&yen;
CHIP RESISTOR 3.3 OHM+-10% 0. 1&yen;
CHIP RESISTOR 27 OHM+-5% 0. 1W
CHIP RESISTOR 220 OHM+-5% 0.1W
CHIP RESISTOR 1. SKOHM+-5% 0. 1W
CHIP RESISTOR 2. TKOHM+-5% 0. 1&yen;
CHIP RESISTOR 4700RM+-5% 0. 1
CHIP RESISTOR 4700НМ+-5% 0, 1
CHIP RESISTOR 4700HM+-5% 0. 1W
CHIP RESISTOR 4. TKOHM+-5% 0. 1&yen;
CHIP RESISTOR 1KOHM+-5% 0. 1
CHIP RESISTOR 47KOHM+-5% 0. 1W
CHIP RESISTOR IKORM+-5% 0, IF
CHIP RESISTOR 1KOHM+-5% 0. 1Y
CHIP RESTSTOR 22K0HM+-5% 0.17
CHIP RESISTOR IKOHM+-5% 0. 1&yen;
CHIP RESISTOR 560 OHM+-5% 0.1W
CHIP RESISTOR 1KOHM+-5% 0, I&yen;
CHIP RESISTOR 3.3 OHM+-10% 0. 1&yen;
CHIP RESISTOR 180KOHM+-5% 0.1&yen;
CHIP RESISTOR 3,3 OHM+-10% 0. 17
CHIP RESISTOR 470K0HM+-5% 0.1
CHIP RESISTOR 10KORM+-5% D. 17
CHIP RESISTOR IKOHM+-5% 0. 1&yen;
CHIP RESISTOR 1. 2KOHM+-5% 0. 1&yen;
CHIP RESISTOR 10KOHM+-5% 0. 1#
CHIP RESISIOR 2. 2KOHM+-5% 0.1%
CHIP RESISTOR 1KOHM+-5% 0,1
CHIP RESISTOR 6. 8KOHM+-1% O.1F
CHIP RESISTOR 330 OHM+-5% 0.1W
CHIP RESISTOR 560 OHM+-5% O.1W
CHIP RESISTOR 15KOHM+-1% 1/10F
CHIP RESISTOR 12K0HM+-1% 1/10
CHIP RESISTOR 1. 8KOHM+-5% 0. 1&yen;
CHIP RESISTOR 1. 8KOHM+-5% 0.18
CHIP RESISTOR 22KOHM+-5% 0. 17
CHIP RESISTOR 180KOHM+-5% 0.1W
CHIP RESISTOR 2. TKOHM+-5% 0. 1&yen;
CHIP RESISTOR 1. 8KOHM+-5% 0, IW
CHIP RESISTOR 82KOHM+~5% 0. 1&yen;
CHIP RESISTOR 75 OHM+-5% 1/87
CHIP RESISTOR 560KOHM+-5% 0.18
CHIP RESISTOR 680 OHM+-5% 0.18
CHIP RESISTOR 680 OHM+-5% 0. 1&yen;
CHIP RESISTOR 10KOHM+-5% 0, 1W
CHIP RESISTOR 4700HM+-5% 0. 1&yen;
CHIP RESISTOR 680 OHM+-5% 0.16
CHIP RESISTOR IKOHM+-5% 0.1W
CHIP RESISTOR 820 OHM+-5% 0. IW
CHIP RESISTOR 4. TKOHM+-5% 0. 1&yen;
CHIP RESISTOR 1. 8KOHM+-5% 0. 1
CHIP RESISTOR 22KOHM+-5% 0.17
SYMBOL-NO — P-NO DISCRIPTION SYMBOL-NO P-NO DISCRIPTION
R 286 0103841 CHIP RESISTOR 680 OHM+-5% 0. 17 R 449 0104262 CHIP RESISTOR 6. 8K0HM+-1% 0.1F
R 287 0103842 CHIP RESISTOR 820 OHM+-5% 0, IF R 450 0104262 CHIP RESISTOR 6. 8KOHM+-1% 0. 1&yen;
R 288 0103843 CHIP RESISTOR 1KOHM+-5% O. IW К 451 0103867 CHIP RESISTOR 100K0HM+-5% 0. 1&yen;
R 289 0103843 CHIP RESISTOR IKOHM+-5% 0. IW R 452 0103867 CHIP RESISTOR 100KOHM+-5% 0. 1F
R 290 0103855 CHIP RESISTOR 10KOHM+-5% 0. 1&yen; R 453 0104271 CHIP RESISTOR 15KCHM+-1% 1/10F
R 291 0103855 CHIP RESISTOR 10KOHM+-5% 0. 1% К 454 0103869 (CHIP RESISTOR 150KOHM+-5% O, 18
R 292 0103852 CHIP RESISTOR 5, 6KOHM+-5% 0. 18 R 455 0103855 CHIP RESISTOR 10KOHM+-5% 0.1
R 294 0103836 CHIP RESISTOR 270 OHM+-5% 0.18 R 456 0103864 CHIP RESISTOR S6KOHH+-5% 0. 1W
R 295 0103831 CHIP RESISTOR 100 OHM+-5% 0. IF R 458 0103863 CHIP RESISTOR 47KOHM+-5% 0. 1Ÿ
R 296 0103844 CHIP RESISTOR 1.2KOHM+-5% 0.17 R 459 0103843 CHIP RESISTOR 1KOHM+-5% 0.18
R 297 0103835 CHIP RESISTOR 220 OHM+-5% 0.17 В 460 0103837 CHIP RESISTOR 330 OHM+-5% 0,17
R 208 0103844 CHIP RESISTOR 1. 2KOHM+-5% 0. I&yen; R 461 0103840 CHIP RESISTOR 560 OHM+-5% 0. 1&yen;
R 299 0103863 CHIP RESISTOR 47K0HM+-5% 0.1 R 465 0103861 CHIP RESISTOR 33KOHH+-5% 0.17
R 300 0103859 CHIP RESISTOR 22K0HM+-5% 0, 1W В 466 0103843 CHIP RESISTOR 1KOHM+-S% 0. IW
R 301 0103847 CHIP RESISTOR 2. 2K0HM+-5% 0, 17 R 468 0103847 CHIP RESISTOR 2. ZKOHM+-5% 0.1
R 303 0103863 CHIP RESISTOR 47KOHM+-5% 0.1&yen; R 469 0103831 CHIP RESISTOR 100 OfM+-5% 0. 1&yen;
R 304 0104262 CHIP RESISTOR 6. 8KOHM+-1% 0, 17 R 477 0103851 CHIP RESISTOR 4. 7KOHM+-5% 0. 1&yen;
R 305 0103859 CHIP RESISTOR 22KOHM+-5% 0.1% R 481 0103843 CHIP RESISTOR 1KOHM+-5% O.1F
R 309 0103859 CHIP RESISTOR 22K0HM+-5% 0.1 R 573 0103846 CHIP RESISTOR 1.8KOHM+-5% O. 17
R 311 0103831 CHIP RESISTOR 100 ОНМ+-5% 0. IF R 574 0103846 CHIP RESISTOR 1. 8KOHM+-5% 0.17
R 312 0103846 CHIP RESISTOR 1.8KOHM+-5% 0. 1&yen; R 581 0103858 CHIP RESISTOR 18K0HM+-5% 0.17
R 401 0103819 CHIP RESISTOR 10 OHM+-5% 0.18 В 582 0103847 CHIP RESISTOR 2. 2KOHM+-5% 0. 1&yen;
R 402 0103865 CHIP RESISTOR 68KOHM+~5% 0, IW R 583 0103847 CHIP RESISTOR 2. 2KOHMM+-5% 0. 1&yen;
R 403 0103847 CHIP RESISTOR 2. 2KOHM+-5% 0. 1&yen; R 584 0103859 CHIP RESISTOR 22K0HM+-5% 0.18
R 404 0103858 CHIP RESISTOR 18KOHM+-5% 0.1&yen; R 585 0103840 CHIP RESISTOR 560 OHM+-5% 0.17
R 405 0103861 CHIP RESISTOR 33K0HM+-5% 0,17 R 586 0103840 CHIP RESISTOR 560 OHM+-5% 0.1
R 406 0103846 CHIP RESISTOR 1, 8KOHM+-5% 0. 17 R 590 0103862 CHIP RESISTOR 39KOHM+-5% 0, IW
R 407 0103850 CHIP RESISTOR 3. 9KOHM+-5% 0. 1&yen; R 591 0104262 CHIP RESISTOR 6. 8X0HM+-1% 0, IF
R 408 0103849 CHIP RESISTOR 3, 3KOHM+-5% 0. 1F R 601 0103819 CHIP RESISTOR 10 CHM+-5% 0. 1&yen;
R 409 0103873 CHIP RESISTOR 330K0HM+-5% 0,1 R 602 0103819 CHIP RESISTOR 10 OHM+-5% 0.1
R 410 0103833 CHIP RESISTOR 150 OHM+-5% 0.1 R 603 0103819 CHIP RESISTOR 10 ORM+-5% 0, 1#
R 411 0104271 CHIP RESISTOR 15KOHM+-1% 1/10% R 604 0103827 CHIP RESISTOR 47 OHM+-5% 0.1
R 412 0104124 CHIP RESISTOR 12KOHM+-1% 1/10 R 605 0103827 CHIP RESISTOR 47 OHM+-5% 0.17
R 413 0103844 CHIP RESISTOR 1.2KOHM+-5% 0. IN R 606 0103843 CHIP RESISTOR 1K0HM+-5% 0.17
R 414 0103854 CHIP RESISTOR 8. 2KOHM+-5% 0. 18 R 607 0104262 CHIP RESISTOR 6. 8KOHM+-1% &copy;. 1W
R 415 0103843 CHIP RESISTOR 1KOHM+-5% O. 18 R 608 0103842 CHIP RESISTOR 820 OHM+-5% 0. IN
R 416 0103865 CHIP RESISTOR 68KOHM+-5% 0.1 R 609 0103863 CHIP RESISTOR 47KOHM+-5% 0. 1&yen;
R 417 0103861 CHIP RESISTOR 33KOHM+-5% 0, 1W R 610 0103878 CHIP RESISTOR 820K0HM+-5% 0.17
R 418 0103867 CHIP RESISTOR 100K0HM+-5% 0. IF R 611 0103862 CHIP RESISTOR 39KCHM+-0% 0, 1W
R 420 0103847 CHIP RESISTOR 2, 2KOHM+-5% 0. 1&yen; R 612 0103847 CHIP RESISTOR Z. ZKOHM+-5% 0. 1&yen;
R 422 0103843 CHIP RESISTOR 1KOHM+-5% 0. 1&yen; R 613 0103872 CHIP RESISTOR 270K0HM+-5% 0,17
К 423 0103867 CHIP RESISTOR 100KOHM+-5% 0, 1&yen; R 614 0103879 CHIP RESISTOR 1МОНМ+-5% 0.17
R 424 0103859 CHIP RESISTOR 22KOHM+-5% 0.1 R 615 0103861 CHIP RESISTOR 33KOHM+-5% 0. 1&yen;
R 425 0103851 CHIP RESISTOR 4, TKOHM+-5% 0. 1&yen; R 616 0103860 CHIP RESISTOR 27KOHM+-5% 0. IW
R 426 0103851 CHIP RESISTOR 4, TROHM+-5% 0. 17 R 617 0103876 CHIP RESISTOR S60KOHM+-5% 0. 17
R 427 0103819 CHIP RESISTOR 10 OHM+-5% 0.18 R 618 0103879 CHIP RESISTOR 1M0HM+-5% O. 17
R 429 0103845 CHIP RESISTOR 1.5KOHM+-5% 0. 1F R 619 0103879 CHIP RESISTOR IMOHM+-5% O.1Y
R 430 0103855 CHIP RESISTOR 10KOHM+-5% 0, 1 R 620 0103867 CHIP RESISTOR 100KOHM+-5% 0. 1W
R 431 0103866 CHIP RESISTOR 8ZKOHM+-5% 0. 1&yen; R 621 0103854 CHIP RESISTOR 8. 2K0HM+-5% 0. 17
R 432 0103835 CHIP RESISTOR 220 CHM+-5% 0, 1F R 622 0103867 CHIP RESISTOR 100K0HM+-5% 0. 1
R 433 0104271 CHIP RESISTOR 15KOHM+-1% 1/10&yen; R 623 0103864 CHIP RESISTOR 56KOHM+-5% 0.18
R 434 0103865 CHIP RESISTOR 68K0HM+-5% 0.17 R 624 0103869 CHIP RESISTOR 150KOHH+-5% 0. IW
R 435 0103867 CHIP RESISTOR 100KOHM+-5% 0, 1W K 625 0103879 CHIP RESISTOR IMOHM+-5% O.1&yen;
R 436 0103827 CHIP RESISTOR 47 OHM+-5% 0.1W R 626 0103868 CHIP RESISTOR 120KOHK+-5% 0. 1&yen;
R 438 0103855 CHIP RESISTOR 10K0HM+-5% 0.1 R 627 0103838 CHIP RESISTOR 390 OHM+-5% 0.1&yen;
R 439 0104271 CHIP RESISTOR ISKOHM+-1% 1/107 В 628 0103838 CHIP RESISTOR 390 OHM+-5% 0. IW
R 440 0103847 CHIP RESISTOR 2, 2KOHM+-5% 0, 1H R 629 0103843 CHIP RESISTOR 1KOHM+-S% O.1&yen;
R 441 0103851 CHIP RESISTOR 4. TKOHM+-5% 0. 1&yen; R 630 0103855 CHIP RESISTOR 10KOHM+-5% 0.17
R 442 0103855 CHIP RESISTOR 10KOHM+-5% 0.1W R 631 0103877 CHIP RESISTOR 680KOHM+-5% 0. 1&yen;
R 443 0103851 CHIP RESISTOR 4. TKOHM+-5% 0, 1&yen; R 632 0103843 CHIP RESISTOR 1KOHM+-5% 0, IW
R 444 0103849 CHIP RESISTOR 3. 3KOHM+-5% 0. 1&yen; R 633 0103855 CHIP RESISTOR 10KOHM+-5% 0. 1&yen;
R 445 0103855 CHIP RESISTOR 10KOHM+-5% 0. ]F R 634 0103843 CHIP RESISTOR 1KOHM+-5% 0. 1&yen;
R 446 0103850 CHIP RESISTOR 3. 9KOHM+-5% 0. 1&yen; R 635 0103343 CHIP RESISTOR 1KOHM+-5% 0. IW
R 447 0103863 CHIP RESISTOR 47KOHM+-5% 0, 1W R 636 0103855 CHIP RESISTOR 10KOHM+-5% 0.17
R 448 0104124 CHIP RESISTOR 12KOHM+-1% 1/107 R 637 0103866 CHIP RESISTOR 82KOHMt-5% 0. 1W
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7-4
SYMBOL-NO P-NO DISCRIPTION SYMBOL-NO P-NO DISCRIPTION SYMBOL-NO —P-NO DISCRIPTION SYMBOL-NO — P-NO DISCRIPTION
R 638 0103867 CHIP RESISTOR 100КОНМ+-5% 0.18 R 963 0103842 CHIP RESISTOR 820 OHM+-5% 0. 1F | IC 207 5366612 IC TA78L008AP Q 904 5328973 TRANSISTOR 25C2412K-B3T
R 639 0103843 CHIP RESISTOR 1KOHM+-5% 0. 1H R 964 0103855 CHIP RESISTOR 10KOHM+-5% 0. IW IC 208 1350411 IC NJM2235M Q 906 5328961 TRANSISTOR 2SA1037KERS
R 646 0103843 CHIP RESISTOR 1KOHM+-3 0. IF R 965 0103858 CHIP RESISTOR 18KOHM+-5% 0. 18 IC 401 5363323 IC XRA5114L Q 907 5328961 TRANSISTOR 2SA1037KERS
R 649 0103863 CHIP RESISTOR 47K0HM+-5% O. 1 R 966 0103841 CHIP RESISTOR 680 OHM:-5% 0,17 | IC 402 5364201 IC UPCISI3HA Q 908 5328796 TRANSISTOR XDC144EK
R 901 0104262 CHIP RESISTOR 6. 8K0HM+-14 0.1 R 967 0103862 CHIP RESISTOR 39KOHM+-5% 0. IF | IC 581 1372821 IC HT7188R Q 909 1323081 TRANSISTOR 25A1036K
R 902 0104111 METAL FILM 1OKOHM+-10% 1/107 R 968 0103849 CHIP RESISTOR 3. 3KOHM+-5% 0. 1W IC 582 1371982 IC HT7187A Q 912 5328796 TRANSISTOR XDC144EK
R 903 0103848 CHIP RESISTOR 2. TKOHM+-5% 0. 1H R 969 0103847 CHIP RESISTOR-2. 2KOHM+-5% 0,1% IC 601 1351611 IC HD49741 Q 913 5328973 TRANSISTOR 25C2412K-BST
R 904 0103879 CHIP RESISTOR 1MOHM+-5% 0. 1 R 970 0103863” CHIP RESISTOR 47K0HM+-5% 0, 1 IC 602 1360072 IC XRA6459P1 Q 914 5328973 TRANSISTOR 2502412K-BST
R 905 0103873 CHIP RESISTOR 330K0HM+-5% 0.1 R 971 0103849 CHIP RESISTOR 3, 3KOHM:-5% 0.1 IC 901 1355343 IC HD404439A17 | Q 915 5328973 TRANSISTOR 25C2412K-BST
R 906 0103873 CHIP RESISTOR IMOHM+-5% 0. 1&yen; R 972 0103833 CHIP RESISTOR 150 OHM+-5% 0.1 IC 902 1351601 IC MM1028BF Q 919 5321666 TRANSISTOR 25C2021SE180MHZ 0.3% SILICO
R 907 0103827 CHIP RESISTOR 47 OHM:-5% 0. 1F R 973 0103849 CHIP RESISTOR 3. 3KOHM+-5% 0.18 IC 903 1342131 IC UPD6145C ZD 201 5337011 DIODE MA307SL
R 908 0103835 CHIP RESISTOR 220 OHM+-5% 0.1&yen; R 974 0103837 CHIP RESISTOR 330 OHM+-5% 0.1&yen; IC 904 1342423 IC MC147805 ZD 403 5337011 DIODE MA3075L
R 909 0103879 CHIP RESISTOR IMOHM+-5% 0. 14 R 975 0103849 CHIP RESISTOR 3, 3KOHM+-5% 0. 1% | IC 905 5307001 IC S-8052ALR-LF-S ZD 581 5337011 DIODE MA307SL
R 910 0103879 CHIP RESISTOR IMOHM+-5% 0. 1W R 976 0103837 CHIP RESISTOR 330 ОНМ+-5% 0.1 IC 906 5300811 IC TAT291S ZD 901 5337012 DIODE MA30564
R 911 0103847 CHIP RESISTOR 2. 2КОНМ+-5% 0, 1 R 979 0103839 CHIP RESISTOR 4700HM+-5% 0. 17 IC 907 1380301 PWB ASSY TROUBLE DET (BX7596F) ZD 905 5337011 DIODE MA3075L
R 912 0103847 CHIP RESISTOR 2. 2K0HM+-5% 0, 17 R 980 0103839 CHIP RESISTOR 4700HM+-5% 0. 1Y IC 908 5305822 IC SN7S32F T 401 5261422 TRANSFORMER, BIAS
R 913 0103843 CHIP RESISTOR 1KOHM+-5% 0. IF К 981 0103839 CHIP-RESISTOR 4700HM+-5% 0.1% Q 001 5324661 TRANSISTOR PT-483E1 T 402 5261482 COIL, BIAS
R 914 0103859 CHIP RESISTOR 22K0HM+-5% 0. 17 В 985 0103819 CHIP RESISTOR 10 OHM+-5% 0. IF Q 002 5333952 PHOTO TRANSISTOR ON2170LH L 201 5159207 CHOKE COIL 100UH
R 915 0104271 CHIP RESISTOR 15KOHM+-1% 1/10 R 986 0103854 CHIP RESISTOR $. 2K0HM+-5% 0. 18 | Q 003 5324661 TRANSISTOR PT-483F1 L 202 5159207 CHOKE COIL 100UH
R 916 0103851 CHIP RESISTOR 4. ТКОНМ+-5% 0, 1W R 951 0103867 CHIP RESISTOR 100K0HM+-5% 0.18 Q 004 5333391 TRANSISTOR NJLS161K L 203 5159207 CHOKE COIL 100UH
R 917 (0103847 CHIP RESISTOR 2. 2KOHM+-5% O. 1 R 992 0103879 CHIP RESISTOR IMOHM+-5% 0.1% Q 201 5328973 TRANSISTOR 2SC2412K-BST L 204 5159198 CHOKE COIL ZZUH
R 918 0103860 CHIP RESISTOR 27K0HM+-5% O. 1 R 993 0103879 CHIP RESISTOR IMOHM+-5% 0, 18 Q 202 5328973 TRANSISTOR 2SC2412K-BST L 205 5152597 CHOKE COIL 18UH
R 91S 0103862 CHIP RESISTOR 39KOHM+-5% 0. 1 R 994 0103847 CHIP RESISTOR 2. 2K0HM+-5% 0. 1R | Q 203 5328973 TRANSISTOR 2SC2412K-BST L 206 5159212 CHOKE COIL 220UH
R 920 0103855 CHIP RESISTOR 10KOHM+-5% 0. IF R 995 0103847 CHIP RESISTOR 2. 2KOHM+-5% 0. IW Q 206 5328796 TRANSISTOR KDCI44EK L 207 5159196 CHOKE COIL 15UH
R 921 0104271 CHIP RESISTOR 15KOHM+-1% 1/10 R 996 0103847 CHIP RESISTOR 2, 20kM+-5% 0, IW Q 207 1323081 TRANSISTOR 2SA1036K L 208 5159207 CHOKE COIL 100UH
R 922 0104271 CHIP RESISTOR 15КОНМ+-1% 1/10 RT 201 5007432 SEMI VARIABLE 1KOHM - Q 208 5328973 TRANSISTOR 25C2412K-BST L 209 5159211 CHOKE COIL 180UH
R 923 0103863 CHIP RESISTOR 47K0HM+-5% 0.18 RT 202 5007434 SEMI VARIABLE 4. 7KOHM Q 209 5326206 TRANSISTOR FMC2 L 210 5159207 CHOKE COIL 100UH
R 924 0103863 CHIP RESISTOR 47KOHM+-5 0. IN RT 402 5007438 SEMI VARIABLE 100KOHM Q 210 5323961 TRANSISTOR 2SA1037KERS L 211 5159205 CHOKE COIL 68UH
R 925 0103863 CHIP RESISTOR 47K0HM+-5% 0. 1 RT 601 5035052 SEMI VARIABLE 220KOHM Q 211 5328973 TRANSISTOR 2SC2412K-BST L 212 5159205 CHOKE COIL 68UH
R 926 0103863 CHIP RESISTOR 47KOHM+-5% 0. 1&yen; D 001 5380931 LED GL-450 Q 212 5328973 TRANSISTOR 25C2412K-BST L 213 5159207 CHOKE COIL 10008
R 927 0103851 CHIP RESISTOR 4. TKOHM+-5% 0.18 D 202 5337411 DICDE HSM2838C | Q 213 5328961 TRANSISTOR 2SA1037KERS L 214 5159201 CHOKE COIL 33UH
R 928 0102863 CHIP RESISTOR 47K0HM+-5% 0. 14 D 203 - 5337411 DIODE HSH2838C 0214 5328261 TRANSISTOR 2SA1052C(MC) MICRO PACKAGE L 215 5159184 CHOKE COIL 10UH
R 929 0103879 CHIP RESISTOR 1MOHM+-5% 0.1V D 204 5337411 DIODE HSM2838C - Q 215 5328261 TRANSISTOR 25A1052C(MC) MICRO PACKAGE L216 5159196 CHOKE COIL 15H
R 930 0103870 CHIP RESISTOR 180КОНМ+-5% O.1F D 205 5337411 DIODE HSM2838C Q 216 5328796 TRANSISTOR XDC144EK L 217 5152599 CHOKE COIL 27UH
R 931 0103879 CHIP RESISTOR 1MOHM+-5% 0, 17 D 206 5337411 DIODE HSM2838C | Q 217 5328796 TRANSISTOR XDCI44EK L 218 5159211 CHOKE COIL 18008
R 932 0104111 METAL FILM 10KOHM+-10% 1/10&yen; D 210 5337411 DIODE HSM2838C | Q 218 5328796 TRANSISTOR XDCI44EK L 219 5159207 CHOKE COIL 100UH
R 933 0103851 CHIP RESISTOR 4. TKOHM+-5% O. 17 D 235 5328381 DIODE MA153(NC) Q 219 5328961 TRANSISTOR 2SAJO37KERS L 220 5159207 CHOKE COIL 100UH
R 934 0103851 CHIP RESISTOR 4. 7KOHM+-5% O. 1 D 401 5337411 DIODE H3M2838C | Q 220 5328973 TRANSISTOR 2SC2412K-BST L 202 5159202 CHOKE COIL 39UH
R 935 0103879 CHIP RESISTOR 1MOHM+-5% 0.1F&yen; D 402 5328381 DIODE MA153(NC) | 0221 5326201 TRANSISTOR FMG2 L 223 5159201 CHOKE COIL 33UH
R 936 0103851 CHIP RESISTOR 4. 7KOHM+-5% 0. IF D 405 5337411 DIODE HSM2838C Q 223 5328796 TRANSISTOR XDC144EK L 401 5152815 CHOKE COIL 22MH+-5%
R 937 0103863 CHIP RESISTOR 47KOHM+-5% 0. IF D 407 5337411 DIODE HSM2838C Q 224 5328973 TRANSISTOR 2SC2412K-BST L 402 5159111 CHOKE COIL 56000Н
R 939 0103859 CHIP RESISTOR 22K0HM+-5% 0. 1 D 581 5331671 DIODE DS135D-FA3 Q 225 5328973 TRANSISTOR 25C2412K-BST L 403 5159207 CHOKE COIL 100UH
R 940 0103847 CHIP RESISTOR 2. 2K0HM+-5% 0.17 D 582 5328302 DIODE MAISIFA(MN) : Q 226 5328796 TRANSISTOR XDCI44EK L 404 5158216 COIL, CHOKE 470UH
R 941 0103847 CHIP RESISTOR 2. 2X0HM+-5% 0. 1 D 585 5328381 DIODE MA153(MC) 0227 5328961 TRANSISTOR 2SA1037KERS L 581 5121381 COIL 47UH
R 942 0103879 CHIP RESISTOR IMOHM+-5% 0.1% | D 591 5328302 DIODE HAIS1WA(MN) 0230 5328973 TRANSISTOR 2SC2412K-BST L 584 5121382 COIL 100UH
R 943 0103863 CHIP RESISTOR 47KOHM+-5% 0. 1F D 592 5328302 DIODE MAISIFA(MN) 0 403 5328796 TRANSISTOR XDCI44EK L 585 5121381 COIL 47UH
R 944 0103863 CHIP RESISTOR 47KOHM+-5% 0. IF D 594 5328302 DIODE MA151WA(MN) Q 404 5328351 TRANSISTOR 2SD602R(WR) L 586 5121382 COIL 100UH
R 945 0103863 CHIP RESISTOR 47KOHM-+-54 0. 1 D 601 5337411 DIODE HSM2838C | 0 400 5328973 TRANSISTOR 2SC2412K-BST L 587 5121381 COIL 47UH
R 946 0103863 CHIP RESISTOR 47K0HM+-5% 0.18 D 902 5328302 DIODE MA1518ACHN) Q 411 5328796 TRANSISTOR XDCI44EK L 588 5171381 COIL 47H
R 947 0103863 CHIP RESISTOR 47KOHM+-5% D, 1H D 903 &copy; 5337411 DIODE HSM2838C = Q 412 5328351 TRANSISTOR 2SD602R (FR) L 589 5121381 COIL 47UH
R 948 0103863 CHIP RESISTOR 47KOHM+-5% 0. 1&yen; D 904 5337411 DIODE HSM2838C Q 414 5328961 TRANSISTOR 2SALOSTKERS L 901 5159201 CHOKE COIL 33UH
R 949 0103863 CHIP RESISTOR. 47KOHM+-5% 0.17 D 905 5328302 DIODE MA151VA (MN) Q 415 5328973 TRANSISTOR 2SC2412K-BST L 902 5159202 CHOKE COIL 39UH
R 950 0103855 CHIP RESISTOR 10KOHM+-5% 0,15 D 906 5337411 DIODE HSM2838C 0 416 5328973 TRANSISTOR 2SC2412K-BST L 999 5121381 COIL 470H
R 951 0103849 CHIP RESISTOR 3. 3KOHM+-5% 0. 1 D 908 5328381 DIODE MA153 (MC) Q 421 5328973 TRANSISTOR 2SC2412K-BST X 201 5784551 OSCILLATOR
R 952 0103847 CHIP RESISTOR 2, 2K0HM+-5% 0. 17 D 910 5328302 DIODE MAISIFA(MN) | | 0 422 5325201 TRANSISTOR FMG2 CP 201 5163553 LC FILTER
R 953 0104111 METAL FILM 10KOHM+-10% 1/10W D 911 5328302 DIODE MA151WA (MN) | 0 581 5326206 TRANSISTOR FMC2 CP 202 5163911 DELAY LINE
R 954 0104111 METAL FILM 10KOHM+-10% 1/10W D 912 5328302 DIODE MAISIWA(MN) 0582 5328961 TRANSISTOR 2SA1037KERS CP 203 5163932 FILTER
R 955 0103854 CHIP RESISTOR 8, 2КОНИ+-5% 0. 1&yen; D 919 5332542 DIODE A81-04F | 0583 5327331 TRANSISTOR 2581240 (В) CP 204 5124133 TRAP COIL
R 956 0103838 CHIP RESISTOR 390 QHM+-5% 0; 19 D 999 5330133 ‘DIODE 152076 SI 100MHZ 250MR 5NS Q 584 5327331 TRANSISTOR 2SBI240 (R) — CP 205 5162475 BAND PASS FILTER
R 957 0103847 CHIP RESISTOR 2. 2KOHM+-5% 0, 17 IC 201 1341551 IC P2010 a Ш 0587 1321121 TRANSISTOR 2SD1758(R) CP 206 5163353 LC FILTOR
R 958 0103838 CHIP RESISTOR 390 OHM+-5% 0.1% IC 202 1370642 IC HT4957A | 0 597 5328973 TRANSISTOR 2SC2412K-BST СХ 901 5778072 CRYSTAL
R 959 0103849 CHIP RESISTOR 3.3KOHM+-5% 0. IF IC 203 1342491 IC HA118023NT | Q 601 5326206 TRANSISTOR FMC2 | CX 902 5778231 CRYSTAL
R 960 0103850 CHIP RESISTOR. 3. 9KOHM+-5% 0. 1&yen; IC 204 1350801 IC MM1002 0 602 5326201 TRANSISTOR FMG2 DL 201 5786231 DELAY LINE
R 961 0103840 CHIP RESISTOR 560 OHM+-5% 0. I&yen; IC 205 1361541 IC MSM7401RS | 0 901 5328561 TRANSISTOR 2SALO3TKERS F 901 5721952 FUSE 2A
R 962 0103852 CHIP RESISTOR 5. 6KOHM+-5% 0,18 = IC 206 1351071 IC NJM2228M o Q 902 5328796 TRANSISTOR XDCI44EK F 902 5721952 FUSE 2A
7-6
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DECI E UE PASTE Ta wot ene al EL ОО
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der п PETER
SYMBOL-NO P-NO
DISCRIPTION
H 901
H 902
H 903
H 904
JK 403
JK 901
LED 301
QF 901
S 001
S 002
S 401
S 801
S 902
S 903
S 904
S 905
S 906
S 907
S 908
S 910
5 911
5 912
S 913
5659961
3659961
5659961
5659961
5671882
5693501
5381001
5721942
5601822
5635331
5621551
5635115
5634884
5621731
5634884
5634884
5634884
5634884
5634884
5634884
5634884
5634884
5634884
SOCKET
SOCKET
SOCKET
SOCKET
MINI JACK
JACK, DC
LED SLR-34URCS
IC PROTECTER PN20
SWITCH
SWITCH
SWITCH
SWITCH
SWITCH
SWITCH
SWITCH
SWITCH
SWITCH
SWITCH
SWITCH —
SWITCH
SWITCH
SWITCH
SWITCH
SYMBOL-NO P-NO
DISCRIPTION
CAMERA SECTION
C 101
C 102
C 103
C 104
C 105
C 107
C 108
C 109
C 110
C 111
C 112
C 113
C 114
C 115
C 116
C 117
C 118
C 119
C 120
C 121
C 122
C 123
C 124
C 125
C 126
C 127
C 128
C 130
C 133
C 134
C 135
C 136
C 137
C 138
C 139
C 140
C 14]
C 142
C 143
C 144
0201026
0202043
0202043
0201022
0201069
0201022
0201022
0201004
0201001
0202054
0256161
0256690
0202049
0201055
0201025
0201025
0201028
0201028
0201028
0201028
0201024
0201024
0201069
0201072
0201063
0201072
0201072
0201069
0201006
0201006
0256685
0201006
0201069
0201069
0201069
0201069
0256689
0202127
0202054
0256689
CERAMIC CHIP 39PF+-5% 50Y
CERAMIC DISC 15PF+-5% 50V
CERAMIC DISC 15PF+-5% 50V
CERAMIC CHIP 15PF+-5% SOY
CERAMIC CHIP 0. 1UF+80-20% 25V
CERAMIC CHIP 15PF+-5% 50V
CERAMIC CHIP ISPF+-5% 50V
CERAMIC CHIP 0. 0015UF+-20% 50V
CERAMIC CHIP 0. 0015UF+-20% 50V
CERAMIC CHIP 100PF+-5% 50V
ELECTROLYTIC 22UF 6. 3V
ELECTROLYTIC 10UF 16V
CERAMIC DISC 47PF+-5% 50V
CERAMIC CHIP 0. 001UF+80-20% 50V
CERAMIC CHIP 33PF+-5% 50V
CERAMIC CHIP 33PF+-5% 50V
CERAMIC CHIP 56PF+-5% 50V
CERAMIC CHIP 56PF+-5% 50V
CERAMIC CRIP 56PF+-5% 50V
CERAMIC CHIP S6PF+-5% 50V
CERAMIC CHIP 27PE+-5% 50V
CERAMIC CHIP 2TPF+-5% 50V
CERAMIC CHIP 0. 1UF+80-20% 25V
CERAMIC CHIP 0. 047UF+80-20% 25Y
CERAMIC CHIP 0. 0068UF+-20% 50V
CERAMIC CHIP 0. 047UF+80-20% 25y
CERAMIC CHIP 0. 047UF+80-20% 25Y
CERAMIC CHIP 0. 1UF+80-20% 25V
CERAMIC CHIP 0, 01UF+80-20% 50V
CERAMIC CHIP 0, O1UF+80-20% 50V
ELECTROLYTIC 1UF 50V
CER&Aacute;MIC CHIP 0.01UF+80-20% 50Y
CERAMIC CHIP 0. 1UF+80-20% 25V
CERAMIC CHIP 0. 1UF+80-20% 25V
CERAMIC CHIP 0. 1UF+80-20% 25V
CERAMIC CHIP 0. 1UF+80-20% 25V
ELECTROLYTIC LOUF 6. 3V
CERAMIC CHIP 0. C1UF+80-20% 50V
CERAMIC CHIP 100PF+-5% 50V
ELECTROLYTIC 10UF 6. 3V
C 145
C 146
C 147
C 148
C 143
C 151
C 153
C 154
C 155
C 157
C 158
C 159
C 160
C 161
C 163
C 165
C 170
C 171
C 172
C 174
C 175
C 176
C 181
C 182
C 201
C 203
C 204
C 205
C 206
C 207
C 208
С 203
C 211
C 212
C 213
C 215
C 216
C 217
C 227
C 228
0201069
0256689
0201069
0202098
0201026
0201069
0201069
0201069
0202098
0256161
0256161
0201069
0201069
0256161
0256843
0201069
0256161
0256689
0201069
0202054
0256685
0202054
0202098
0201069
0256161
0256160
0256156
0256708
0256160
0256156
0256161
0256754
0201006
0201006
0256784
0256151
0256784
0202098
0201069
0201069
0201069
0256687
0256151
0256168
0202048
5058561
0104033
0103831
0103839
0103837
0103843
0103843
0104056
0103862
0103858
0103856
0103867
0103855
0103844
0103843
0103839
0103839
0103831
103831
0103839
CERAMIC CHIP 0. 1UF+80-20% 25V
ELECTROLYTIC 10UF 6.3V
CERAMIC CHIP 0. 1UF+80-20% 25V
CERAMIC CHIP 0. 1UF+80-20% 16V
CERAMIC CHIP 39PF+-5% 50V
CERAMIC CHIP 0. 1UF+80-20% 25V
CERAMIC CHIP 0. 1UF+80-20% 25V
CERAMIC CHIP 0. 1UF+80-20% 25V
CERAMIC CHIP 0. 1UF+80-20% 16V
ELECTROLYTIC 22UF 6.3V
ELECTROLYTIC 22UF 6.3Y
CERAMIC CHIP 0. 1UF+80-20% 25Y
CERAMIC CHIP 0. 1UF+80-20% 25V
ELECTROLYTIC 22UF 6.3Y
ELECTROLYTIC 47UF 10Y
CERAMIC CHIP 0. 1UF+80-20% 25V
ELECTROLYTIC 22UF 6.3Y
ELECTROLYTIC 10UF 6. 3V
CERAMIC CHIP 0. 1UF+80-20% 25V
CERAMIC CHIP 100PF+-5% 50V
ELECTROLYTIC 1UF SOV
CERAMIC CHIP 100PF+5% 50V
CERAMIC CHIP 0, 1UF+80-20% 16V
CERAMIC CHIP 0. 1UF+80-20% 25V
ELECTROLYTIC 22UF 6. 3V
ELECTROLYTIC 47UF 6. 3V
ELECTROLYTIC 22UF 16Y
ELECTROLYTIC 47UF 10V
ELECTROLYTIC 47UF 6. 3V
ELECTROLYTIC 22UF 16V
ELECTROLYTIC 22UF 6. 3Y
ELECTROLYTIC 220UF 10V
CERAMIC CHIP 0. 01UF+80-20% 50Y
CERAMIC CHIP 0, 01UF+80-20% 50Y
ELECTROLYTIC 330UF 16Y
ELECTROLYTIC 1UF 50V
ELECTROLYTIC 330UF 16V
CERAMIC CHIP O. 1UF+80-20% 16V
CERAMIC CHIP O. 1UF+80-20% 25V
CERAMIC CHIP 0. 1UF+80-20% 25V
CERAMIC CHIP 0. 1UF+80-20% 25V
ELECTROLYTIC 3.3UF 25V
ELECTROLYTIC 1UF 50V
ELECTROLYTIC 33UF 6. 3v
CERAMIC DISC 39PF+-5% 50V
TRIMMER -SOPF
CHIP RESISTOR 470 OHM+-5% 1/16
CHIP RESISTOR 100 OHM+-5% 0, IF
CHIP RESISTOR 4700HM+-5% 0.1%
CHIP RESISTOR 330 OHM+-5% 0. 1&yen;
CHIP RESISTOR 1KOHM+-5% 0. 1W
CHIP RESISTOR 1KOHM+-5% 0.17
CHIP RESISTOR 27K0HM+-5% 1/167
CHIP RESISTOR 39KOHM+-5% 0. 1W
CHIP RESISTOR 18KOHM+-5% 0. 1W
CHIP RESISTOR 12K0HM+-5% 0,1
CHIP RESISTOR 100KOHM+-5% 0, 1F
CHIP RESISTOR 10KOHM+-5% 0.1
CHIP RESISTOR 1. 2KOHM+-5% 0, 1F
CHIP RESISTOR 1KOHM+-5% 0, 1
CHIP RESISTOR 4700HM4+-5% 0. IK
CHIP RESISTOR 4700HM+-5% 0. 1W
CHIP RESISTOR 100 OHM+-5% 0.17
CHIP RESISTOR 100 OHM+-5% 0. IF
CHIP RESISTCR 4700HM+-5% 0, IW
SYMBOL-NO P-NO
DISCRIPTION
SYMBOL-NO P-NO
DISCRIPTION
rs Dre Se м туалетная ce mm rte pe ела
TE A ER И De
Ч. ен Ал ваты A mad pa rpm 1 A pre qe a re te | i | A
я A ОО . a q
125
126
127
128
129
130
131
134
135
136
137
138
139
140
141
RRR F&Uuml; E E о
RRR
142
143
144
145
147
148
149
то РО 00RD
151
152
т) О ФО РО О
153
154
155
156
157
158
159
160
161
162
Oe
AR
163
170
171
172
174
175
181
182
184
186
187
188
195
197
201
203
204
= го РО О = т г ГО ВЮ ГО
0 DU 0 =x
206
207
208
-d 20 0 3 =a I 20 70 70 0
65 ts
— &lt;&gt;
&lt; on
JD 33 20 5D тс
o
—
—1
0103839
0103860
0103867
0103855
0103815
0103831
0103873
0103851
0103855
0103853
0103845
0103843
0103847
0103837
0103844
0104041
0104037
0104036
0104024
0104042
0103857
0103849
0103859
0103856
0104028
0104041
0104042
0103843
0103849
0104043
0104043
0103849
0104044
0104047
0104042
0103844
0104047
0103845
0104034
0104059
0103865
0104029
0103857
0104038
0103856
0104048
0104044
0104017
0103843
0103851
0104048
0104048
0104048
0104048
0104051
0104046
0104055
0103859
0104041
0104045
0103852
0103828
0103850
0103852
0103828
CHIP RESISTOR 4700HM+-5% 0, 18
CHIP RESISTOR 27KOHM+-5% 0. 1&yen;
CHIP RESISTOR 100KOHM+-5% 0. 1F
CHIP RESISTOR 10KOHM+-5% 0. 1&yen;
CHIP RESISTOR 4. 70HM+-10% 0. 1F
CHIP RESISIOR 100 OHM+-5% 0. IF
CHIP RESISTOR 1MOHM+-5% 0. 1W
CHIP RESISTOR 4, 7KORM+-5% 0, 1&yen;
CHIP RESISTOR 10KOHM+-5% 0. 1H
CHIP RESISTOR 6. 8KOHM+-5% 0. 1F
CHIP RESISTOR 1. SKOHM+-5% 0. 1F
CHIP RESISTOR 1KOHM+-5% O.1W
CHIP RESISTOR 2. 2KOHM+-5% 0. IF
CHIP RESISTOR 330 OHM+-5% 0. IF
CHIP RESISTOR 1. 2KOHM+-5% 0. IF
CHIP RESISTOR 1. 8K0HM+-5% 1/16
CHIP RESISTOR 1KOHM+-5% 1/16W
CHIP RESISTOR 820 OfM+-5% 1/16W
CHIP RESISTOR 100 OHM+-5% 1/16&yen;
CHIP RESISTOR 2. 2KOHM+-5% 1/16&yen;
CHIP RESISTOR 15KOHM+-5% 0, IW
CHIP RESISTOR 3. 3KOHM+-5% 0. 1&yen;
CHIP RESISTOR 22KOHM+-5% 0. 1W
CHIP RESISTOR 12K0HM+-5% O, IW
CHIP RESISTOR 220 OHM+-5% 1/16
CHIP RESISTOR 1. 8KOHM+-5% 1/16&yen;
CHIP RESISTOR 2. ZKOHM+-5% 1/167
CHIP RESISTOR 1KOHM+-5% 0.1&yen;
CHIP RESISTOR 3. 3KOHM+-5% 0. 1F
CHIP RESISTOR 2. 7K0HM+-5% 1/16
CHIP RESISTOR 2. TKOHM+-5% 1/36
CHIP RESISTOR 3. 3KOHM+-5% 0. 1F
CHIP RESISTOR 3. 3KOHM+-5% 1/16
CHIP RESISIOR 5. 6KOHM+-5% 1/16&yen;
CHIP RESISTOR 2. 2KOHM+-5% 1/16&yen;
CHIP RESISTOR 1. 2K0HM+-5% 0. 17
CHIP RESISTOR 5. 6KOHM+-5% 1/16&yen;
CHIP RESISTOR 1. SKOHM+-5% 0. IF
CHIP RESISTOR 560 ОНМ+-5% 1/16W
CHIP RESISTOR S6KOHM+-5% 1/16
CHIP RESISTOR 68KOHM+~5% 0. 1&yen;W
CHIP RESISTOR 270 OHM+-5% 1/16W
CHIP RESISTOR 15K0HM+-5% 0,18
CHIP RESISTOR 1. ZKOHM+-5% 1/16W
CHIP RESISTOR 12KOHM+-5% 0, IW
CHIP RESISTOR 6. 8KOHM+-5% 1/16W
CHIP RESISTOR 3. 3KOHM+-5% 1/167
CHIP RESISTOR 33 OHM+-5% 1/16W
CHIP RESISTOR IKCHM+-5% 0.1&yen;
CHIP RESISTOR 4. 7KOHM+-5% 0. 1%
CHIP RESISTOR 6. 8KOHM+-5% 1/16W
CHIP RESISTOR 6. 8KOHM+-5% 1/16W
CHIP RESISICR 6. 8KOHM+-5% 1/16W
CHIP RESISTOR 6. 8KOHM+-5% 1/16W
CHIP RESISTOR 10K0HM+-5% 1/167
CHIP RESISTOR 4. TKOHM+-5% 1/16W
CHIP RESISTOR 22KOHM+-5% 1/16F
CHIP RESISTOR 22KOHM+-5% 0, 1W
CHIP RESISTOR 1. 8KOHM+-5% 1/167
CHIP RESISTOR 3. 9KOHM+-5% 1/16W
CHIP RESISTOR 5. 6KOHM+-5% 0. 1&yen;
CHIP RESISTOR 56 OHM+-5% 0.17
CHIP RESISTOR 3. 9KOHM+-5% 0. 1&yen;
CHIP RESISTOR 5. 6KOHM+-5% 0. 1&yen;
CHIP RESISTOR 56 OHM+-5% 0.1W
R 222
R 224
R 226
R 227
R 228
R 229
R 230
R 231
R 232
R 233
R 234
R 235
R 236
R 237
R 238
R 239
R 244
R 245
R 246
R 248
R 249
R 250
R 251
R 252
R 253
R 254
R 255
R 256
R 260
R 262
R 263
R 264
R 265
R 266
R 267
R 268
R 265
R 271
R 401
R 402
R 403
R 404
R 405
R 406
R 407
R 408
R 409
R 410
R 411
R 412
R 413
R 414
R 415
R 416
R 417
R 418
R 419
R 420
R 42]
R 422
R 425
RT 101
RT 201
RT 202
RT 203
0104045
0104047
0104021
0103852
0104058
0104083
0103851
0103857
0103879
0103843
0104046
0104038
0103869
0104053
0104039
0103853
0103843
0104045
0104039
0103853
0104044
0103848
0103853
0104058
0104028
0103867
0103877
0103844
0104054
0104072
0104067
0104073
0104021
0103860
0103859
0103855
0103858
0103864
0103843
0103842
0103843
0103843
0103831
0103843
0103835
0103845
0103833
0103846
0103847
0103838
0103849
0103850
0103840
0103852
0103842
0103855
0103858
0103841
0103862
0103849
0103843
5007466
5007459
5007461
5007459
CHIP RESISTOR 3. 9KOHM+-5% 1/16W
CHIP RESISTOR 5. 6KOIM+-5% 1/16
CHIP RESISTOR 56 OHM+-9% 1/16F
CHIP RESISTOR 5. 6KOHM+-5% 0. 1&yen;
CHIP RESISTOR 47K0HM+-5% 1/16H
CHIP RESISTOR 33KOHM+-5% 1/16H
CHIP RESISTOR 4. TKOHM+-5% 0. 1&yen;
CHIP RESISTOR 1SKOHM+-5% 0. IF
CHIP RESISTOR IMOHM+-5% 0. 1#
CHIP RESISTOR 1KOHM+-5% 0. 1&yen;
CHIP RESISTOR 4, 7КОНМ+-5% 1/16
CHIP RESISTOR 1. 2KOHM+-5% 1/16
CHIP RESISTOR 150KOHM+-5% 0. 1&yen;
CHIP RESISTOR 15KOHM+-5% 1/16&yen;
CHIP RESISTOR 1. SKOHM+-5% 1/16W
CHIP RESISTOR 6. 8KOHM+-5% C. I&yen;
CHIP RESISTOR IKOHM+-5% 0, 1W
CHIP RESISTOR 3, 9KOHM+-5% 1/16
CHIP RESISTOR 1. SKOHM+-5% 1/16W
CHIP RESISTOR 6. BKOHM+-5% 0. 1&yen;
CHIP RESISTOR 3. 3KOHM+-5% 1/16
CHIP RESISTOR 2. TKOHM+-5% 0, 1&yen;
CHIP RESISTOR 6, 8KOHM+-5% 0. 1&yen;
CHIP RESISTOR 47KOHM+-5% 1/16&yen;
CHIP RESISTOR 220 OHM+-5% 1/16W
CHIP RESISTOR 100K0HM+-5% 0. 1&yen;
CHIP RESISTOR 680KOHM+~5% 0. 1&yen;
CHIP RESISTOR 1. 2KOHM+-5% 0. 1&yen;
CHIP RESISTOR 18KOHM+-5% 1/1G&yen;
CHIP RESISTOR 470KOHM+-5% 1/16
CHIP RESISTOR 220KOHM+-5% 1/16&yen;
CHIP RESISTOR S60KOHM+-5% 1/16
CHIP RESISTOR 56 OHM+-5% 1/16F
CHIP RESISTOR 27KOHM+-5% 0. 1&yen;
CHIP RESISTOR 22K0HN+-5% 0. 17
CHIP RESISTOR 10KOHM+-5% 0. IF
CHIP RESISTOR 18KOHM+-5% 0. 17
CHIP RESISTOR 56KOHM+-5% 0, IW
CHIP RESISTOR 1KOHM+-5% 0.1%
CHIP RESISTOR 820 OHM+-5% 0. 1&yen;
CHIP RESISTOR 1KOHM+-5% O.1&yen;
CHIP RESISTOR 1KOHM+-5% 0. IF
CHIP RESISTOR 100 OHM+-9% 0.17
CHIP RESISTOR 1KOHM+-5% 0, 19
CHIP RESISTOR 220 OHM+-5% 0.1
CHIP RESISTOR 1. SKOHM+-5% 0, 18
CHIP RESISTOR 150 OHM+-5% 0.1%
CHIP RESISTOR 1.8KCHM+-5% 0, 17
CHIP RESISTOR 2. 2K0HM+-5% 0. 17
CHIP RESISTOR 390 ОНМ+-5% 0.17
CHIP RESISTOR 3. 3KOHM+-5% 0.18
CHIP RESISTOR 3. 9КОНМ+-5% 0, 1
CHIP RESISTOR 560 OHM+-5% 0, 1&yen;
CHIP RESISTOR 5. 6XOHM+-5% 0. 1%
CHIP RESISTOR 820 OHM+-5% 0.1%
CHIP RESISTOR 10KOHM+-5% 0. 1F
CHIP RESISTOR 18KOHM+-5% 0. 17
CHIP RESISTOR 680 OHM+-5% 0.17
CHIP RESISTOR 39KOHM+-5% 0. 17
CHIP RESISTOR 3. 3KOHM+-5% 0. IW
CHIP RESISTOR 1KOHM+-5% 0,1
SEMI VARIABLE 220KOHM
RESISTOR SEMI VARIABLE 2,2K ОНИ
RESISTOR SEMI VARIABLE 4.7K OHM
RESISTOR SEMI VARIABLE 2.2K OHM
‚в суть о, &laquo;лы, ‚сё швы я Бату -
Tas Dr ee
DK
GE D&eacute; AE ATT APA Dh
Pe ER A TE
SYMBOL-NO P-NO DISCRIPTION SYMBOL-NO P-NO DISCRIPTION
RV 401 5002014 VARIABLE LOKOHM SH 409 5635115 SWITCH
D 101 5328321 DIODE MAISIK (ME) SF 410 5634933 SWITCH
D 102 5328301 DIODE MAISIWK (MT) SH 411 5634833 SWITCH
D 103 5326021 DIODE MA160-MID SW 412 5634884 SWITCH
D 104 5328321 DIODE MAISIK (MH) SW 413 5634884 SWITCH
D 105 5328321 DIODE MAISIK (MH) SH 414 5634884 SWITCH
D 106 5328321 DIODE MAISIK (MH) SF 415 5621731 SWIICH
D 201 5328321 DIODE MAISIK (MH) S&yen; 416 5621731 SWITCH
D 401 5381941 DIODE GLIPRIN
1 102 1551801 IC ifs 128 ELECTRONIC VIEWFINDER SECTION
IC 103 1350711 IC MN3107CS C 803 0256155 ELECTROLYTIC 10UF 16Y
IC 104 5305131 IC TCASUG9F C 808 0256752 ELECTROLYTIC 3. 3UF 63&yen;
IC 105 1351581 IC HA118120 C 809 0201997 CERAMIC DISC 0. IUF+80-20% 50V
IC 106 1350611 IC MN38195 C 810 0256155 ELECTROLYTIC L0UF 16&yen;
IC 201 1372112 RESISTOR BLOCK RI911A C 811 0201037 CERAMIC CHIP 330PF+-5% 50V
IC 202 1372257 IC HT5765F C 812 0201997 CERAMIC DISC 0. 1UF+80-20% 50V
IC 203 1379036 PB ASSY HTS5806E C 814 0201069 CERAMIC CHIP 0. 1UF+80-20% 25V
IC 204 5304141 IC HAIL8003NP C 817 0201007 CERAMIC CHIP 0. 01UF+-20% 50V
IC 205 1350261 IC NIMZ225M C 818 0256685 ELECTROLYTIC 1UF 50V
IC 206 5305131 IC TCISUGIF C 819 0256191 ELECTROLYTIC IUF 5QV
IC 207 1354202 IC TCISOZF R 801 0103856 CHIP RESISTOR 12KOHM+-5% 0. IF
0102 5326461 TRANSISTOR XN4501 R 802 0103874 CHIP RESISTOR 390KOHM+-5% 0. IF
Q 103 5328341 TRANSISTOR 2SD601Y (RS) R 803 0103875 CHIP RESISTOR 470KOHM+-5% 0, IW
Q 104 5326991 TRANSISTOR 2SA1738 (Q/R) R 804 0103881 CHIP RESISTOR 2. 2MOHM+-10% 0, 1H
Q 105 1328001 TRANSISTOR 253757 (Q/R) R 805 0103881 CHIP RESISTOR 2. ZMOHM*-10% 0, 19
Q 106 5326991 TRANSISTOR 25A1738 (Q/R) R 806 0103820 CHIP RESISTOR 120HM+-5% 0. 1H
Q 107 1828001 TRANSISTOR 253757 (9/0) в 07 0103879 CHIP RESISTOR INOHM+-5% 0. IF
Q 108 5326991 TRANSISTOR 2SA1738 (G/R) R 808 0103879 CHIP RESISTOR 1MOHM+-5% 0.17
Q 109 1323001 TRANSISTOR 2503757 (0/1) R 309 0103865 CHIP RESISTOR GANOMM+-5% 0. IF
Q 110 5328251 TRANSISTOR 2541122-0D R 810 0103859 CHIP RESISTOR 22КОНН+-5% 0. 17
Q 111 5328251 TRANSISTOR 25A1122-CD R 811 0103843 CHIP RESISTOR 1KOHM+-5% 0. 1&yen;
Q 112 5328192 TRANSISTOR 2502462D в 812 0103857 CHIP RESISTOR 15KOHM+-5% 9. IF
Q 113 5328192 TRANSISTOR 25C2462LD R 813 0103846 CHIP RESISTOR 1. 8KOHM+-5% 0. IF
Q 114 5326461 TRANSISTOR XN4501 R 814 0103843 CHIP RESISTOR 1K0HM:-5% 0. 1F
Q 115 5928251 TRANSISTOR 2541122-CD R 815 0103863 CHIP RESISTOR 47KOHM+-5% 0. IF
Q 116 5328192 TRANSISTOR 25C2462D R 816 0103814 CHIP RESISTOR 3.9 OHM+-10% 0,18
Q 117 5328192 TRANSISTOR 25C2462LD R 817 0103849 CHIP RESISTOR 3. 3KOHM+-5% 0. IF
Q 201 5326701 TRANSISTOR IMT1 R 818 0103863 CHIP RESISTOR 47KOHM+-5% 0. 1&yuml;
Q 202 5326701 TRANSISTOR IMTI R 819 0103848 CHIP RESISTOR 2. TKOHM+-5% 0. 1
Q 203 5326703 TRANSISTOR IMZI R 820 0103867 CHIP RESISTOR 100КОНМ+-5% O. 1
Q 204 5328335 TRANSISTOR 2SB709A-RS-T R 821 0103843 CHIP RESISTOR 1KOHM+-5% 0, IF
Q 205 5326335 TRANSISTOR 2587094-85-T R 822 0103831 CHIP RESISTOR 100 OHM+-5% 0, 1&yuml;
Q 206 5328335 TRANSISTOR 2587094-85-T R 826 0103876 CHIP RESISTOR SBOKOMA-5% 0. 1
Q 207 15328797 TRANSISTOR XDAL44EK RT 802 5007711 SEMI VARIABLE 470 OHM
L 101 5152596 CHOKE COIL 15UH RT 803 5007793 SEMI VARTABLE 2. 240HM
L 102 5152607 CHOKE COIL 1000H+-10% RT 805 5007468 SEMI VARIABLE LWOHM
L 103 5152603 CHOKE COIL 47UH D 401 5328321 DIODE WALSIK (MH)
L 104 5152596 CHOKE (OIL 15UH D 802 15337321 DIODE MA199
L 201 5152942 CHOKE COIL 220UH+-10% D 803 5380691 LED SLR34URS
L 202 5152612 CHOKE COIL 220UH IC 801 1351631 IC HATIS12IEP
L 203 5152594 CHOKE COIL 100UH 0801 1323131 TRANSISTOR 2509684 (R/S)
Х 101 5784731 DELAY LINE Q 802 5328241 TRANSISTOR 25C2463E (DE)
CP 101 5165052 LC FILTER “А 1801 5240485 TRANSFORMER, FLYBACK
CP 102 5172491 COIL. TRAP L 801 5152607 CHOKE COIL 100UH+-10%
CP 108 5172043 FILTER LOF PASS L 802 5244011 COIL
CP 201 5172491 COIL, TAP CN 808 5828512 MINI CONNECTOR
RM 201 5006414 SEMI VARTABLE BLOCK CN 804 5886261 MINI CONNECTOR
SF 401 5634884 FITCH А 5 801 5886234 SOCKET, CRT
SP 402 5634884 SWITCH Ea
SF 403 5634884 SWITCH
SH 404 5634884 SWITCH
SH 405 5634884 SFITCH
SW 406 5634884 SWITCH -
SF 407 5634884 SWITCH
SF 408 5634884 SWITCH
BE СВ ня им PALAS ELE LO MANE NA AIR TALA SA &Eacute;TAT AS ICI PL PRADA AAN EN TE
ven larva и re RSG
PERS TE Re О espere pt TO AE OU
&copy; HITACHI
HITACHI SALES CORPORATION, TOKYO JAPAN
Head Office
: THE HITACHI ATAGO BLDG. Ne. 15-12, 2-Chome
Nishi- Shinbashi Minato- Ku, Tokyo 105, Japan
Tel :03-3502-2111
HITACHI HOME ELECTRONICS (AMERICA) INC
Headquarters, Western Regional Office
401 West Artesia Boulevard, Compton,
California 90220 U.S.A.
Tel : 213-537-8383 Fax:213-631-4475
Eastern Regional Office
1290 Wall Street Wast, Lyndhurst, New
Jersey 07071 U.S.A.
Tel:201-935-8980 Fax:201-935-4869
Mid ~ Western Regional Office
1400 Morse Ave. Elk Grove Village, Illinois.
60007 U.S.A.
Tel:708-593-1550 Fax:708-593-2436
Southern Regional Office
510 Plaza Drive, College Park, Georgia
30349, U.S.A
Tel:404-763-0360 Fax:404-763-0416
AMERICA
HITACHI SALES CORPORATION OF HAWAI INC.
3219 Koapaka Street, Honolulu, Hawaii,
96819 U.S.A.
Tel:808-836-3621 Fax:808-833-3449
HITACHI (HSC) CANADA INC.
Montreal Office &amp; Manufacturing Division.
3300 Trans-Canads Highway, pointe Claire,
Quebec, HOR 1B1, Canada
Tel:514-697-9150 Fax:514-697-2209
HITACHI SALES CORPORATION DE PANAMA, S.A
Apartado postal 7657, Panama 5, Panama City,
Rep. of panama
Tel:63-65-00, 63-64-91 Fax:54-8827
HITACHI SALES CENTROAMERICANA, S.A.
Apartado Postal 10272-1000
San Rafael de Escazu, San Jose, Costa Rica
Tel:28-20-11 Fax:28-54-77
HITACHI SALES CORPORATION DE EL SALVADOR. SA.
Apartado Postal N&deg; 818 San Salvadore,
El Salvador 11a, Calle Oriente, N&deg; 130
Tai:21-29-22, 22-60-14 Fax:22-8372
COMPA&Ntilde;IA ELECTRONICA COLOMBIANA. SA
Apatado Postal 14933
Calle Sa, N&deg; 19-A-31, Bogota D.E,
Те! :47-91-16, 47-17-83 Fax:201-8710
MAYORCA — HITACHI, CA.
Apartado Postal 61189 Caracas-Venczucla 3ra.
Transversal, entre Tra. Av. y Av.
Andros Bello Centro Comercial Cayorma.
Piso 3 Los Palos Grandes
Tel:284-90-67, 284-03-11 Fax:283-32-24
ELJURI HITACHI SA.
Р.О. Вох 738 Ave, Huayna Capac 8-57
Cuenca - Ecuador
Tel :831-158, 831-385 Fax:830-797
HITACHI SALES EUROPA GmbH
Rungedamm 2, 2050 Hamburg 80, Germany
Tel:040-734110 Fax:040-7340134
HITACHI SALES (UK) Ltd.
Hitachi House, Station Road, Hayes,
Middlesex UB3 4DR, England
Tel: 081-848-8787 Fax:081-551-4565
HITACHI FRANCE (RADIO-T.V. ELECTRO- MENAGER)
SA.
95-101 Rue Charles -Michels,
93200 Saint- Denis, France
Tel:1-48-21-6015 Fax:1-42-43- 6597
HITACHI SALES SCANDINAVIA AB
Domnarvsgatan 29 Lunda, Box 62,
S- 163 91 Spanga, Sweden
Tel:08-7955600 Fax:08-7616250
EUROPE
HITACHI SALES NORWAY A/S
Postboks 68, Bruket 31, N- 1620
Gressvik, Norge
Tei:09-328255 — Fax:09-329340
SUOMEN HITACHI OY
Takojankatu 5, SF- 15800 Lahti 80, Finland
Tel:918-527800 Fax:918-515273
HITACHI SALES A/S
Kuldyssen 13, DK- 2630, Taastrup, Denmark
Tel:42-999200 Fax:42-999392
HITACHI SALES AG,
Bahnhofstrasse, 19, 5600 Lenzburg,
Switzerland
Tel:064-50 22 11 Fax:064-51 60 56
HITACH! SALES WARENHANDELS GmbH
Kreuzgasse 27, A 1180 Wien, Austria
Tel:0222-421678, 0222-42167%
Fax:0222-4393675
HITACHI SALES ITALIANA. Spa.
Via Ludovico di Breme 9, 20156 Milano, italy
Tel:02-30231 — Fax:2-33400071
HITACHI SALES BELGIUM SA./ NV.
Chaussee de Namur 56, B ~ 1400 Nivalles,
Belgium
Te!:067-21-71-81, 067-21- 79-81
Fax:67-21-8078
HITACHI SALES IBERICA. SA.
Gran Via Carlos Tercero, 101, 1-1,
Barcelona- 08028 Spain
Tel :3-330-8652 Fax:3-339-7839
HITACHI SALES (HELLAS) SA.
91 Falirou Street 11741 Athens, Greece
Tel:9229300 — Fax:1-9235566
HITACHI SALES NETHERLAND BV.
Industrieweg 17-19, 3762 EG Soest,
Postbus 465, 3760 AL Scest, Holland
Tel :02155-16544 Fax:02155-17324
HITACHI SALES (MALAYSIA) SDN. BHD.
Wisma Hitachi, No.2, Loronge 13/ 6A, 46200
Petaling Jaya, Selangor, Malaysia
Tel:03-7573455 Fax:03-7556090
HITACHI (SINGAPORE) PTE LTD,
PSA Warehousing Services Alexandra Distripark
Block 1, $ 01-03, Pasir Paniang Road
Singapore 0511
Tel:2787177 Fax:2734450
HITACHI SALES (THAILAND) LTD
2240-46, Now Petchburi Road, Bankapi,
Hueykuang Bangkok, Thailand
Tel :2-314-2741 Fax:2-319-2460
ASIA, AFRICA, OCEANIA
HITACHI ELECTRIC SERVICE CO. (HONG KONG) LTD.
3rd Floor Leun Tai Industrial Bldg., 72-76
Kwai Cheong Road Kwai Chung N.T.,
Hong Kong
Tel:420-4101, 424-0126 Fax:480-4493
Hitachi Sales Corporation of Taiwan
Room A, 11F1. No.180, Sec. 4 Chung Hsiao
E. Road, Taipei Taiwan, R. O. C.
Tel:02-721-6685 Fax:02-752-3211
HITACHI PRODUCTIONS MAROC ELECTRONIQUES
DOMESTIQUES SA
Rue du Havre, Casablanca, Morocco
Te!:212-2-30-73-58, 212-2-30-73-57
Fax:212-2-31-67-42
HITACHI CANARIAS S.A.
Calle San-Francisco No. 19, 38002 Santa Cruz
de Tenerite Canary Islands
Te) :9-22-246498 Fax:9-22-242310
HITACHI SALES AUSTRALIA PTY LTD.
153 Keys Road, Moorabbin, Victoria 3189
Australia
Te! :555-8722 Fax:3-532-1815
VM-2400E, E(AV),E(UK)
VM-2480E(AV)
Copyright
TK No.3510E
O Hitachi, Ltd. 1991. All rights reserved.
TOKAI
Printed in Japan (K)
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Hej! Jeg er en AI-chatbot, der er specielt trænet til at hjælpe dig med HITACHI VM-2400E E(AV). Jeg har grundigt gennemgået dokumentet og kan hjælpe dig med at finde den nøjagtige information, du har brug for, eller forklare indholdet på en klar og simpel måde. Uanset om du leder efter vejledning om specifikke funktioner, fejlfindingstrin eller generel brug, er du velkommen til at stille dine spørgsmål. Jo flere detaljer du giver om dine bekymringer eller behov, jo mere præcist og effektivt kan jeg hjælpe dig!
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