Panasonic 5 VHS

ORDER NO. VRD9408M134
Service Manual
General Description
Adjustment Procedures
Block/Schematic Diagrams
Exploded Views /Parts List
Panasonic & VHS
Video Cassette Recorder
VHS
PAL
625
НА НО
NV-HS1000%:
K-MECHANISM
SPECIFICATIONS
ITEM SPECIFICATION ITEM SPECIFICATION
SOURCE: 220—240V AC 50/60 Hz HEAD: 1 stationary head (Normal Audio)
POWER CONSUMPTION: 41 watts 2 rotary heads (Hi-Fi 2CH)
; ; INPUT: E AV (AV1, AV2
RECORDING 2 rotary heads, helical scanning system CORO tors a pin)
SYSTEM PAL More than —6dBV (500mV),
i _ More than 10k8
NV-HS1000B | | ОНР: AL D AUDIO IN (AV3)
Connector (Phono type)
TV TUNER VHF: CHE2~CHS3 More than —10dBV (316 mV},
SYSTEM VHF III: CHM1~CHE12 AUDIO More than 47kQ
NV-HS1000EC | VHF H: CHU1~CHS41 (PAL B) MICROPHONE JACK —70dBV
UHF: CH2L—CH69 (PAL G) OUTPUT: EURO AV (AVI, АУ?)
75Q terminated ‚
Connectors (21 pin)
NV-HS1000B UHF: 366 (PAL I) —6dBY (500mV), Less than 1k0
RF OUT 73+3dBx., 75Q terminated AUDIO OUT Connector (Phono type)
SYSTEM . —8dBV (400 mV), Less than 1k9
NV-HS1000EC | VHF: 3624 (PAL G) HEADPHONE JACK —30dBV, 80
70-:dBu, 750 terminated
, TRACK: 1 track (Normal-mono only)
HEADS: 4 rotary heads A 2 channels (Hi-Fi Sound-Stereo)
1 pair for SP recording,
playback and trick play (L-R heads) TAPE FORMAT | S-VHS, VHS Cassette tape (Tape width 12.7 mm)
1 pair for LP recording,
: ‚т SP: 23.39 mm/s (PAL), 33.35 mm/s (NTSC)
playback and trick play (1 E heads) LP: 11.695 mm/s (PAL), 11.12mm/s (NTSC)
ying Record/Playback Time:
INPUT: EURO AV (AV1, AV2) TAPE SPEED SP: 4 hours with 240 min. type tape
Connectors (21 pin) LP: 8 hours with 240 min. type tape
1.0\р-р, 7590 unbalanced FF/REW Time:
S-VIDEO IN (AV3) Connector 2.5 min. with 180 min. type tape
Y: 10 Vp-p, 752 unbalanced
VIDEO C: 0.3Vp-p, 759 unbalanced DIMENSIONS | 430(W)x120(H)x398(D) mm
VIDEO IN (AV3) WEIGHT 7.4kg
Connector (Phono type)
a 1 pc. DIN-RF Cable
1.0 Vp-p, 75Q unbalancad 1 pe. Infra-red Remote Controller
OUTPUT: EURO AV (AVI, AV2) STANDARD 1 pe. Audio Cables
Connectors (21 pin) ACCESSORIES | 1 pc. AC Mains Lead
1.0Vp-p, 75Q unbalanced 1 pc. EDIT 5 pin Cable
S-VIDEO OUT Connector 1 pc. S-VIDEO 4P Cable
Y: 1.0Vp-p, 75Q unbalanced
С: 0.3 Vp-p, 750 unbalanced
VIDEO OUT Connector (Phono type)
1.0 Vp-p, 752 unbalanced
Weight and dimensions shown are approximate.
Specifications are subject to change without notice.
Panasonic
INTRODUCTION
This service manual contains technical information which will allow service personnels to understand
and service this model.
Section 1 presents you with technical know how for actual servicing and general information of
features and controls, enabling you to become familiar with each function.
Section 2 presents to your mechanical and electrical adjustment information as well disassembly
and replacement procedures.
In the case of very common information relating to other models like mechanical adjustments, please
refer to the appropriate service manual.
Section 8, 4 contains block diagrams which provides you with information for checking and under-
standing each circuit. Schematic diagrams which give you detailed information such as waveforms,
voltage data, function e.t.c. ...
Section 5 contains exploded views and parts list.
Please place orders using the parts list and not the drawing reference numbers.
If the circuit is changed or modified, this information will be followed by supplementary service
manual to be filed with original service manual.
CONTENTS
TECHNICAL INFORMATION
SECTION 1 GENERAL DESCRIPTIONS...................e.eerccccrecocccccocerereoncecececeseeoereerrcececes 1-1
1-1. SERVICE INFORMATION............... ae ner rr reee cererereeees 1-1
1-2. SERIAL CLOCK TRANSMISSION ERROR DISPLA Y ................—..e...2er0ee0ene 1-6
1-3. SERVICE INFORMATION DISPLAY ..............c.e 200 ener eee 1-6
1-4. TECHNICAL INFORMATION ..................ememeer e nee nece 1-12
15. OPERATING INSTRUCTIONS ...............cce.ereeeeees roer ne ee een rene ee. 1-21
SECTION 2 ADJUSTMENT PROCEDURES ......................e0000000rere POD eee. 2-1
2-1. DISASSEMBLY METHOD -................2.2.2e a nr rre erre. 2.1
22. MECHANICAL ADJUSTMENT PROCEDURES ......................e000ei e eee 2.3
2-3. DISASSEMBLY PROCEDURES OF MECHANISM ……….…….sesssersaseessarensensaseensensareenses 2.4
24. ASSEMBLY PROCEDURES OF MECHANISM …………………………icrcrerreeemersenceenennsencenneences 24
2.5. ELECTRICAL ADJUSTMENT PROCEDURES ......................eereermmeceneeneen e 2-7
SECTION 3 BLOCK DIAGRAMS -....................c.ee... Meier EEE 3-1
3-1. ABBREVIATIONS................ nana enero. 3-1
3-2, EDIT BLOCK DIAGRAM ...............ne2encn na O e ener. 3-5
3-3. SYSTEM CONTROL $ SERVO BLOCK DIAGRAM ..............ec..2e0e0e00rne DD 3.7
3-4. LUMINANCE & CHROMINANCE BLOCK DIAGRAM …...crocrreneressnseersnenseneenons 3-12
3-5. TBC BLOCK DIAGRAM ………………cicccrcerrrreenrsrsrsenenssenenereereneaenervereneasvavnre eee essere, 3-17
3-6. Hi-Fi AUDIO BLOCK DIAGRAM -.......................nsaarconcaccaonaceoccacacccoo ore eee nene. 3-20
SECTION 4 SCHEMATIC DIAGRAMS .....................er.c..eececemesriererre eee 4-1
4-1. POWER SCHEMATIC DIAGRAM....................escccorcececcococeocorencocoracenoceneenoorecaneorecenconeocceneonos 4-1
4-2. POWER C.B.Â. rercen eo eceneeorereneene recen nen oo ceeceoe erre een 4-4
4-3. SYSTEM CONTROL & SERVO SECTION IN MAIN SCHEMATIC DIAGRAM ........... 4-6
4-4, AUDIO SECTION IN MAIN & SUB AUDIO PACK SCHEMATIC DIAGRAM............. 4-14
4-5. LUMINANCE & CHROMINANCE SECTION IN MAIN SCHEMATIC DIAGRAM ..... 4-17
4-6. MAIN C.B.A. e.eÑ.Ñ.e......ccccccooceorconaccececooo ooo oran een reee eee een eee oe ecc cen cen reee eee eee. 4-21
4-7. CAPSTAN DRIVE PACK SCHEMATIC DIAGRAM...................00crrcrooccooeorezaconec 4-25
4-8. CAPSTAN DRIVE PACK C.B.A. ..................e=ecenorrconeooren ener een eeecee eee reee. 4-28
49. lLUMINANCE € CHROMINANCE PACK SCHEMATIC DIAGRAM ................e.comerorcone 4-30
4-10. LUMINANCE & CHROMINANCE PACK C.B.A. verreisen nn EEE 4-35
411. SUB LUMINANCE & CHROMINANCE PACK C.B.À. …………………………eeocerrersssessesssneenssees 4-38
4-12. SUB LUMINANCE £ CHROMINANCE PACK SCHEMATIC DIAGRAM..................... 4-41
4-13. TBC SCHEMATIC DIAGRAM -....................cocccccccoccecacenconoreoceccononconeneoreccnconoeooroenconeocoreo recen. 4-45
4-14. TBC C.B.A. ................cooenenoooocorcececeneace noe eeereececeoseoreeorerconooeecarocentonereoocececoneo coreano. 4-49
4-15. HEAD AMP C.B.Â. .…….......…..…crceocecrecscenceneavencaneneavencerencanencanenenveneamencanenennenencenenceneneneaneneenences 4-51
4-16. HEAD AMP SCHEMATIC DIAGRAM ..............e.ee.crncecerccrnecconercoconeeer enn en LEBER LEGE 4-53
4-17. Hi-Fi AUDIO PACK SCHEMATIC DIAGRAM...........e.ceseceoccocccoccocorenoncanonenecoocecocoreccncos …. 4-56
4-18. Hi-Fi AUDIO PACK C.B.A. ...............2000.00000cccsorrercocneoe ener ne ee noreecen enero eee 4-59
4-19. INPUT/OUTPUT PACK SCHEMATIC DIAGRAM ...............c.erecrncacocecearecnereorernesceeecennenens 4-62
4-20. INPUT/OUTPUT PACK C.B.A.. .e...ÑÑ..ce...e.co0ccorrcerroornereco rene eco ce reee 4-65
4-21. NICAM DECODER PACK SCHEMATIC DIAGRAM.................cscoocoscocososrororcaranancanencaneane 4-68
4-22. NICAM DECODER PACK C.B.A. .........n..eece.nanenecanenenn enana eee ere e ne 4-71
4-23. DECODER PACK SCHEMATIC DIAGRAM (NV-HS1000EC)..................———emenoccrccccccccoraceco 4-75
4-24. DECODER PACK C.B.A, (NV-HS1000EC).................ee—ecencoceccororcerocoracanentaconcocereocanconecee renee 4-77
4-25. TV DEMODULATOR PACK SCHEMATIC DIAGRAM (NV-HS1000B)..............cc.ccc....... 4-79
4-26. TV DEMODULATOR PACK C.B.A. (NV-HS1000B)...................eoncecononcooerororoococecanconeaconeancan 4-82
4-27. TIMER £ VR SCHEMATIC DIAGRAM ................cconescocororaccccoacaranencacanancacaneananearanene pncnnancns 4-84
4-28. TIMER C.B.A. € VR C.B.A. ......e........00eorcrrocecconeeno recon enero ene eee e e e 4-89
4-29. TV DEMODULATOR PACK SCHEMATIC DIAGRAM (INV-HS1000EC) ...................ce.... 4-34
4-30. TV DEMODULATOR PACK C.B.A. (NV-HS1000EC) ................e.comonacaconnecanearconecanacacencanne.. 4-96
SECTION 5 EXPLODED VIEWS £ PARTS LIST ..................—eceeeeeeecececeree ee 5-1
5-1. EXPLODED VIEW & MECHANICAL REPLACEMENT PARTS LIST. connnncoconecooceoaneoo.. 5-1
1. CHASSIS PARTS SECTION (1) ..........ee..eecesrecenernoracrnernernoseereconooresreonerrereecneco eee. 5-1
2. CHASSIS PARTS SECTIÓN (2) ...............occcoco N 5-3
3. CASING PARTS SECTION .............e2.ccencccorcecerccarecereccancooeecoece recerca rece rece e 5-4
4. PACKING PARTS SECTION ..............ececccercrcocccacccoercerceroconccoorereccoro noc orerene ere erreeec e 5-6
5. REMOTE CONTROLLER UNIT ...............e.ee.econeorcrcaconeneneoanocenc eee neo ecc enero eee 5-7
52. ELECTRICAL REPLACEMENT PARTS LIST...............c.2ererecivorerecer creer eee 5-8
Technical Information
Subject: How to install the PDC DECODER (VW-PDCI1E)
O
En
77 ]
Screws (B) MAIN C.B.A.
1. Do not connect the video recorder to the AC outlet.
2. Remove the 4 screws (A) and the Top Panel. (Fig. P1)
3. Remove the 3 screws (B), 2 screws (C) and unlock the TOP VIEW
tab (D). (Fig. P2) Tab (D)
4. Lift the Main C.B.A. up side down and lie it on the ‚ —
Cassette Compartment. EE 0
Insert the PDC Decoder. (Fig. P3) Te , + / \
1
Screws (A)
O O E
> — ’ 5555 cee Tle)
: _ À A 00060 000
yu
E 00
un
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=
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Fig. P1 ~~
Screws (C)
Fig. P2
PDC DECODER
|
Fig. P3
A.
SECTION
SECTION 1
GENERAL DESCRIPTIONS
1-1. SERVICE INFORMATION
1-1-1." K-MECHANISM INFORMATION
SERVICE POSITION
When servicing the K-Mechanism, the Mechanism can
easily be fixed by standing the Mechanism up in the
Main Frame as shown below to check easily.
In this position, the following services are possible.
e A-1. CHECKING OF GEAR PHASE ALIGNMENT
CONDITION
1) Remove the Mechanism Connection C.B.A.
2) Check gear phase Alignment Condition of
Mechanism described on the bottom side of Frame.
Description
_ on the Frame
Fig. 52
A-2. CHECKING OF LOADING/UNLOADING OPERATION
There are 3 methods for manual operation of load-
ing/unloading operation as follows.
. HAND OPERATION
1) Remove the Mechanism Connection C.B.A.
2) Turn the Worm Gear or the WORM WHEEL GEAR
(Remove the Loading Motor Unit) manually.
. BATTERY OPERATION
1) Remove the Mechanism Connection C.B.A.
2) Connect the Battery (Manganes-Type R6 (AA)
3 pcs./+4.5V) to the Loading Motor terminals.
. SERVICE INFORMATION DISPLAY OPERATION
1) Set the Service Information Display mode.
(Press the “FF”, “REW” and “EJECT” buttons simul-
taneously.)
2) Press the “FF”, “REW” and “EJECT” buttons 7 times
to set the Service Mode 7. (The end of display on
the Display becomes “--".)
3) In the above Service Information Display mode, the
Loading Motor rotates for Loading operation when
the “PLAY” button is pressed.
The Loading Motor rotates for unloading operation
when the “STOP” button is pressed.
Remark:
Use the “SERVICE INFORMATION DISPLAY” mode for
a final check of mechanism movement.
SECTION aa
A-3. CHECKING OF REEL GEARS OPERATION | C. CAPSTAN STATOR UNIT ASSEMBLY
1) Remove the Mechanism Connection C.B.A. When replacing the CAPSTAN STATOR UNIT, the
2) Move the mechanism to “PLAY” position by loading CENTRE FIXING TOOL (VFK0851) must be used to fix the o
operation. (Refer to <A-2>) centre of CAPSTAN STATOR UNIT.
3) Turn the “Rotor Unit” to check movement of reel
gears. Method:
1) Place the CAPSTAN STATOR UNIT into position.
B. CYLINDER UNIT REPLACEMENT 2) Loosely tighten the 3 screws.
3) Insert the CENTRE FIXING TOOL (VFK0851) as
The Cylinder Unit can be replaced easily by the following shown in Fig. S4.
method. 4) Tighten the 3 screws.
5) Remove the CENTRE FIXING TOOL.
1) Remove the Top Panel.
2) Remove the 3 screws of the Cylinder Unit with a
magnetized screw driver through the holes on the
Bottom Plate as shown in Fig. S3.
BOTTOM PLATE
E
о
Ue
o
EA
A
®
HOLES
000 000 000 NN
AER NN
EEE = > AL. RN SN
y ha
0 onolono 0000 020 ОС E UN
[0 y]
4
Fig. S3
CENTRE FIXING TOOL
(VFK0851)
CAPSTAN STATOR
UNIT
LOWER METAL
UPPER METAL
Fig. S4
D. EJECT OPERATION
The main cam gear rotates in the direction of the arrow.
The projection (B) of the carriage connection gear engages
with the recession (A) of the main cam gear. The carriage
connection gear rotates in the direction of the arrow to
perform the Eject operation.
<NOTE>
If the Eject operation is performed without the cassette
carriage installed while repairing or making the mechanical
phase alignment, the main cam gear will not engage with
the carriage connection gear and will not rotate.
To perform the Eject operation with the cassette carriage
not installed, it is necessary to rotate the carriage connec-
tion gear by hand in the direction of the arrow.
(Rear Side)
}—— CASSETTE
CARRIAGE
SIDE PLATE (R)
~~ CARRIAGE
CONNECTION GEAR
PROJECTION (B)
MAIN CAM GEAR
RECESSION (A)
(Front Side)
Fig. S5 Top View of Eject Operation
E. TAKE-UP PHOTO SENSOR OPERATION
Note the following matters for Take-up Photo Sensor
Operation. |
1) While servicing of the K-Mechanism, the unit will not
operate properly if a strong light (ex, Fluorescent
light, Spot light) falls on the Take-up Photo Sensor.
In this case, cover the Take-up Photo Sensor to
prevent the light from falling on it.
2) While servicing of the K-Mechanism with “Power On”
and without cassette tape inserted, the Unit does not
operate properly.
F. POWER TRANSISTOR SERVICING
When removing the connector of the Power Transistor,
hold the Power Transistor by hand to prevent damage.
1-1-2. REMOVAL OF THE CASSETTE TAPE
If the electrical circuit is defective and the action of
unloading and front unloading do not work properly, it is
possible to remove the cassette manually. There are 2
methods of removing the cassette.
1. HAND OPERATION
1) Remove the bottom plate.
2) Turn the WORM GEAR to “A” arrow mark direction
manually as shown in Fig. S6, moving the LOADING
POST to the unloaded position.
3) Turn the CAPSTAN clockwise to take up the tape.
4) Turn the WORM GEAR again to eject the cassette.
2. BATTERY OPERATION
1) Connect the Battery (Manganes-Type R6 (AA) 3pcs./
+4.5V) to P1503 as shown in Fig. S7.
2) After moving the LOADING POST to the unioaded
position, disconnect the battery to stop the motor.
3) Turn the CAPSTAN to clockwise to take up the tape.
4) Reconnect the battery to eject the cassette.
LOADING
MOTOR
P1503
1] O
©
as
BATTERY
( 45V HH ———
0 | —A—
Fig. S7
P1503
Fig. S8
If the cassette tape can not be removed by the above 2
methods, remove it by the following method.
) Remove the Top Panel.
) Remove the Front Panel Unit.
) Lift up the Pinch Arm after removing spring.
) Push the P5 Arm and remove the cassette tape from
tape transportation (P1, P2, P3 and P5 Posts).
) Turn the Capstan Motor to take up the tape.
) Remove 1 screw from the Side Plate (R) Unit to dis-
connect the Rack Gear from the Carriage Connection
Gear.
7) Take out the cassette tape from the Cassette Compart-
ment.
O) O1 RAR WN
1-1-3. FLAT CARD CABLE INSTLLATION
When installing the Flat Card Cable on the connector, install
the Flat Card Cable with the cable contacts facing the
connector contacts.
FLAT CARD CABLE
INSULATION
SHEET
TYPICAL C.B.A.
CONNECTOR
Fig. S9
1-1-4. CHANNEL MEMORY IC INITIALIZATION
When replacing the channel memory 1С7503 (XLJ2021B),
its IC should be initialized.
Note:1) It should be performed before tuning.
2) Do not turn off the power source during initialization
or 1 second after.
3) Meaning of “INITIALIZATION” is to erase the “SKIP
CH” In other words the number of channel! position
is the same as displayed channel.
Method:
1) Press the CH UP/DOWN Button so that the channel
indicator indicates “3”.
2) Connect a jumper wire between Pin 54 and Pin 35
of 1C7501 for more than 1 second.
3) Channel indication changes from “3” to “1”.
1-1-6. SERVICING THE PACK C.B.A.
When servicing the CAP Drive Pack C.B.A., Sub Audio
Pack C.B.A., Luminance & Chrominance Pack C.B.A.,
Sub Luminance & Chrominance Pack C.B.A. and TV
Demodulator Pack C.B.A., connections of extention cable
are necessary as shown below.
PART NO PART NAME PCS CONNECTION
VFK0678 18P EXTENTION CABLE 2 MAIN (PP3011)—SUB L/C (PS3303)
MAIN (PP3012) — SUB L/C (PS3302)
VFK0764 10P EXTENTION CABLE 1 MAIN (PP2002) —CAP DRIVE (PS2002)
VFK0918 17P EXTENTION CABLE 1 MAIN (PP4501) — SUB AUDIO (PS4501)
VFK0937 9P EXTENTION CABLE 1 MAIN (PP3001) —L/C (PS301)
VFK0938 12P EXTENTION CABLE 2 MAIN (PP3002) —L/C (PS302)
MAIN (PP2001) —CAP DRIVE (PS2001)
VFK0939 13P EXTENTION CABLE 1 MAIN (PP3003) —L/C (PS303)
VFK0940 14P EXTENTION CABLE 1 MAIN (PP3013) —SUB L/C (PS3501)
VFK0944 5P EXTENTION CABLE 3 MAIN (PP7401)—TV DEMODU (PS701)
| MAIN (PP7402) — TV DEMODU (PS702)
MAIN (PP7403) — TV DEMODU (PS703)
VFK0896 6P EXTENTION CABLE | 1 MAIN (PP7404)—TV DEMODU (PS704)
| SUB LUMINANCE &
LUMINANCE & CHROMINANCE PACK
CHROMINANCE PACK C.B.A.
pu
VFK0939
TV DEMODULATOR
PACK C.B.A.
pos
= NSS
$ rosa
S |
SUB AUDIO
PACK C.B.A.
VFK0944
VFK0890
CAPSTAN
DRIVE
PACK C.B.A.
VFKO764
1-2. SERIAL CLOCK TRANSMISSION ERROR DISPLAY
If the Serial Clock is not transmitted from 1С6001 10 1С7501,
“E9” is displayed as shown in Fig. T1. This indication will be
displayed either during the Service Information Display
mode or in normal mode.
<FIP>
| Error Display |
Fig. T1 Serial Data/Clock Transmission Error Display
1-3. SERVICE INFORMATION DISPLAY
<FIP>
Service Mode Service Information
Number Number
Indicates the circuit Indicates which circuit senses a
to be checked. malfunction.
Service Data
Number
Indicate the condition
of the circuit and/or
the position of the mechanism
Fig. D1 Service Information Display
1-3-1. Purpose of Service Information Display (1) Press the FF, REW and EJECT buttons simulta-
neously. The Service Information will be displayed
This information aids trouble shooting by indicating for 1 minute.
the source of the malfunction. The service mode (2) Connecting a Jumper wire between TP6010 and
number & service data number are used by the TP6011 will display the service information indef-
technician during repair while the service information initely.
can be used by the consumer to diagnose mal-
functions allowing the technician to provide a more In the Service Information Display, there are four digits
accurate repair cost estimate and reduce repair time. divided into 3 functions. | -
The first digit indicates which of the 7 service modes that the
1-3-2. Turning on Service Information Display unit is currently in.
There are two ways to turn on the Service Informa- - MODE 1 : Checks tape protection circuit
tion Display. MODE 2 : Checks tape transport mechanism
MODE 3 : Checks mode switching operation
MODE 4 : Checks control buttons
MODE 5 : Checks capstan motor
MODE 6 : Checks cylinder motor
MODE 7 : Checks loading/unloading operation
The second and third digits are service data which indicate
the condition of the circuit or mechanism being checked.
The forth digit is the service Information display. lt is to be
used by the consumer to help determine the source of a
malfunction. The service information display operates
independently of the service modes and stores the fault
indication in memory for as long as AC power is supplied.
1-3-3. Use of Service Modes
<FIP>
Service Mode
Number
Service Data
Indicates the circuit
to be checked.
Number
indicate the condition
of the circuit and/or
the position of the mechanism
Fig. D2 Service Mode Number and Service Data Number on S.1.D.
(1) Turn on Service Information Display.
(2) To change Service Modes press the FF, REW and
EJECT buttons simultaneously.
(3) Mode 1:
(4) Mode 2:
(5) Mode 3:
(6) Mode 4:
Checks that the Sensor LED, Supply á
Take-up Sensor circuits check the circuits
by blocking the light from the Sensor LED to
either or both Supply & Take-up Sensors.
When the light is blocked to both sensors,
“00” should be indicated on the service data
number.
When the light is blocked to the supply
sensor, “01” should be indicated.
Checks the mode switch circuit while
indicating mechanism position.
Service Data Numbers indicate the position
of the mode switch and there by the
mechanism. position.
Checks that mode switch circuit operations
have been completed.
Service Data Number should indicate “00”
after each mechanism operation is
completed.
Checks the operation circuit.
Indicates if 1C6001 receives the operating
commands from the mode buttons and/or
remote controller.
(7) Mode 5:
<NOTE>
Refer to Fig.
Checks the capstan motor circuit.
Indicates if the IC6001 has received the
command to rotate the capstan motor.
Checks the cylinder motor circuit. |
IC6001 has received the command to rotate
the cylinder motor:
Checks the Loading/Unloading Operation.
The Loading Motor rotates for loading ope-
ration when the “PLAY” button pressed.
The Loading Motor rotates for unloading
operation when the “STOP” button is
pressed. This mode can be displayed
indefinitely until the OPERATE button is
pressed.
D5 for details of Service Data Number.
1-3-4. Service Information Number
<FIP>
Service Information
Number
Indicates which circuit senses a
malfunction.
Fig. D3 Service Information Number on S.1.D.
Refer to Fig. D4 for details of Service Information Number.
Note:
The Service Information Number display is independent
of the service mode display.
The Service Information Number will be stored as long
as AC power is supplied.
If a second error occurs, only the most recent error will
be displayed.
Service Information Number
Malfunction
Normal (No problem)
Cylinder stop
Tape reel stop
Stop at position other than 4 or 6
Stop during unloading
A...
т
Faulty capstan rotation
Stop during Cassette-In/Eject operation
Fig. D4 Service Information
|
®
9
e
Service mode
Number
Note for checking
Service Data Numbers
Service Data
Numbers
Indication
Remarks
No light detected at either sensor
Tape Begining.
Light to Supply Photo Sensor is blocked.
Tape End.
Light to Take-up Photo Sensor is blocked.
PT Un
Light detected at both sensors.
Tape not required
EJECT
Cassette-down
т" “
TESUEUF — EEE
REV, REV SLOW
Loading/Unloading
PLAY/REC, STILL/PAUSE, CUE, FWD SLOW, STOP3 *!
STOP *:
FF/REW
Intermediate position
Tape Reuired
* 1: STOP3;
The Pinch Rolier is on the capstan
motor shaft.
*2: STOP;
The Pinch Roller is off the capstan
motor shaft.
Refer to Fig. D7 to Check mechanism
Position and timing.
Note : Supply and Take-up Photo
Sensor is inhibited.
Disregard service data
displayed until mechanism
operation is completed.
Then the display should
indicate “00”.
Any display other than “00” indicates a fault in the mode
switch circuit or system.
Tape Required.
Display only when the
operating button is pressed.
Tape not required.
Left digit only, disregard Right
digit display.
8, 9, u, À, —, n, L, and no display indicate that the Capstan
motor “PLAY” command received by (C6001.
Right digit only, disregard left .
digit display.
1,2, 3, 4,5, 6,7, indicate that the Capstan motor “CUE, FF,
Forward Slow” commands received by (C6001.
Right digit only, disregard left
digit display.
8, 9, и, А, -, n, L, and no display indicate that the Capstan
motor Reverse, Rew, Reverse Slow commands received by
Tape required. |
If a symbol other than those listed is
displayed, a malfunction in that circuit is
indicated.
Oigial Da 1C6001.
a Left digit only, disregard Right ge 1, 3, 5, 7, 9, À, n and no display indicate that the cylinder Tape required. .
digit display. Pi motor “ON” command received by C6001. If a symbol other than those listed is
Leu ry “Right | displayed, a malfunction in that circuit is
igital Digital
indicated.
Fig. D5 Service Data Display and Indication.
SERVICE DATA SERVICE DATA
NUMBERS MODE BUTTONS NUMBERS MODE BUTTONS
wd OPERATE — RESET
o EJECT Po PROG. CLEAR
JL AUDIO DUB — ESC
mm INSERT o INDEX (REMOTE CONTROLLER)
m TRACKING (+, -IV-LOCK (REMOTE
md PALMESECAN CONTROLLER)
— CHECK/PROG. HEH MARK IN
нер Мер Ea) V (REMOTE CONTROLLER) o MARK OUT
TAPE SELECT (REMOTE
NEXT/SP/LP CONTROLLER)
— SLEEP/SHIFT — PLAYER
jo TIMER REC — RECORDER
ПЕР ВЕС RECORDING SP/LP (REMOTE
fund fd CONTROLLER) |
— CLOCK SET — CANCEL (REMOTE CONTROLLER)
TUNER PRESET
SU (1) (REMOTE CONTROLLER)
e E PAUSE/STILL MO (2) (REMOTE CONTROLLER)
Pl PLAY im TU (3) (REMOTE CONTROLLER)
Ш a STOP = WE (4) (REMOTE CONTROLLER)
iim | CONTROLEN E TH (5) (REMOTE CONTROLLER)
= nn | FF, REW : = FR (6) (REMOTE CONTROLLER)
o en EDIT MENU : ry SA (7) (REMOTE CONTROLLER)
— A 3 SU-SA (8) (REMOTE CONTROLLER)
TRANSMIT (REMOTE CONTROLLER)
MO-SA (9) (REMOTE CONTROLLER)
SLOW (REMOTE CONTROLLER)
= =
„ SBaSF
MO-FR (0) (REMOTE CONTROLLER)
У
-/-- (REMOTE CONTROLLER)
ENTER
AUDIO OUT
DISPLAY (REMOTE CONTROLLER)
OSD (REMOTE CONTROLLER)
Fig. D6 Service Data Display for Service mode 4
O
1-3-5. Timing Chart from Mode SW to System control
1C6001
System contro! 1C6001 senses the mechanism position
though the Mode SW.
Fig. D7 shows the timing for Service Mode Number 2.
<System Control 1С6001>
<Mechanism>
* 2 : Stop; The Pinch Roller is off the capstan motor shaft.
* 1 : Stop 3; The Pinch Roller is on the capstan motor shaft.
* 3 : Service Data Number; This is for Service Mode Number 2.
POSITION SW1 (4 | |
POSITION SW2 (3 0) MODE SW
POSITION SW3 (2 и
UNLOADING ® (58 > LOADING
LOADING O (59 > MOTOR
<TIMING CHART>
aaa | | | |
| Eon | |
Lo | |
POSITION SW1 | | 1 | |
(IC6001-Pin4) | 1 | 1 | | | |
| | | | ! | | |
! ! | | 14 | ! | | ,
E]
| | |
|) | |
POSITION SW2 || | | |
(1C6001-Pin3) ~~ ВЫ | | | |
| ı 1 4 | | | | | |
' |
| | | | |
| | | | |
POSITION SW3___| | | | | |
(IC6001-Pin2) | aa | | | | |
| По | | | | |
SERVICE DATA 7": | "= ; | Y wy) re \ =. | RO] Ne | д. TE
NUMBER* |... LEP 5 1 AH Е | POE 03 | LES
| | | ] | | | | | | | |
1 EET | | | | |
| | |
MODE EJECT] ICASSETTE! 14, IREV | 1PLAY/REC 1 1STOP**] | FF/REW
DOWN REV SLOW — STILL/PAUSE
MID CUE
LOADING FWD SLOW
UNLOADING STOP 3*
Fig. D7 Timing Chart of Mode SW
1—11
1-4. TECHNICAL INFORMATION
1-4-1. EDIT CONTROLLER FUNCTION
This VCR is equipped with programme editing.
If connected via edit cable to another VCR or a movie
camera, it is possible to control such functions as tape
playback and editing.
(1) Connecting this VCR with another identical one.
1) Connect the two VCRs with 5-pin edit cable. 4) Select A2 by pressing “A”V” or INPUT SELECT on
2) Connect the AV1 socket on the playback VCR to the the recording VCR.
AV? socket on the recording VCR. 5) Set EDIT MODE to Passive on the playback VCR,
3) Connect the AV1 socket on the recording VCR to the and to RECORDER on the recording VCR.
TV. 6) Control is performed by the recording VCR.
Por
| < SPIN EDIT CABLE — | |
1 1AV2 hid AVI V3 et Tl
Li Г] г —
PLAYER RECORDER
(NV-HD700, NV-HS1000) (NV-HD700, NV-HS1000)
\ 21P IN SCART
TERMINAL | J
— Co 21PIN SCART ,
TERMINAL
DECODER — =
ТУ
Fig. Ai Connection of Editing Controller Function
1-4-2. Al (ARTIFICAL INTELLIGENCE) RECORDING
FUNCTION
The recording and playback are adjusted to achieve
optimum picture quality from tapes with varying
charactristics.
(1) Detail explanation
<Playback mode>
' The picture quality is varying from the different tapes as
follows:
1) If the output level is low, from worn or rental cassette
tapes, a soft picture is obtained by the RF equlizer and
picture control on the Lumi./Chro. Pack C.B.A.
2) If the output level is medium, from normal tapes, a sharp
picture is obtained from the emphasis and picture control
on the Lumi./Chro. Pack C.B.A.
3) If the output level is high, from HG/S tapes, a sharp and
detailed picture is obtained from the RF equlizer,
emphasis picture control and noise canceller on the
Lumi./Chro. Pack C.B.A.
<Recording mode>
The optimum recording level is used for all head conditions
and for all types of tapes.
1) The luminance S/N is boosted 2dB.
2) Recording head wear compensation.
3) The optimum recording current is achieved in 1.5
seconds.
(2) Signal Flow
<Playback mode>
1) When the Al is turned on, the Al TRIG (H) signal is
supplied to 1C3403 from pin 122 of IC6001. The Al CNT
(H) is supplied to the Lumi./Chro. Pack C.B.A., IC6001
and the Erase Current Generator circuit.
2) The RF C signal from the Head Amp C.B.A. is used by
the 1C3403 to detect the output level of the video head.
3) After receiving the RF C signal, the 103403 supplies
ENVE1 and ENVE2 to the Lumi./Chro. Pack as shown in
Fig. Ai.
4) The optimum picture is output from the video circuit.
<Recording mode>
1) When the Al is turned on, the Al TRIG (H) signal is
supplied to 1CG3403 from pin 122 of ¡C6001. The Al CNT
(H) is supplied to the Lumi./Chro. Pack C.B.A., 1С6001
and the Erase Current Generator circuit.
2) Before recording, the recording and playback operations
are done in the still mode to determine the optimum
recording current. The signal level detection is the same
as the playback mode operation. The recording current
is .set by the REC CURT, 2, 3 signals from 1C3403.
103405 is used for erasing the tape in the still mode.
<Others>
The NTSC (L) signal is used for setting the system to
NTSG or PAL.
Other command signals are used to control the
performance timing.
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(3) Input/Output Chart for Edit [C6002 (M38024V1BK)
Pin Number Input/Output Port Name Function
1 O OSD CLK Character Generator Control Clock
2 O OSD DATA Character Generator Control Data
3 O OSD CS Character Generator Control Chip Select (L)
4 O OSD ON (H) Editing OSD ON (H)
5,6 TT --- Not used
7 | L CLK CNT Serial Clock Counter Terminal
8 TT Not used
9 À SYS CLK System Control Serial Clock
10 O SYS OUT System Control Serial Data
11 SYS IN System Control! Serial Data
12 O DATA INH 5P Clock Data Output Inhibit (H)
13 | CLK INPUT Timer/5P/Serial Clock
14 O DATA OUT 5P/Serial Data
15 | DATA IN — 5P/Serial Data
16, 17 - | "7770000 Not used
18 ~ GND GND
19 | RESET (L) Reset by Low signal
20 | L CLK Serial Data timing detection
21 | 5P CLK 5P Clock detection
22 | OSC IN 7.37 MHz OSC
23 O OSC OUT 7.37MHz OSC
24 - GND GND
25 O JOG LED (H) JOG/SHUTTLE Mode ON (H)
26 O EDIT21P AV2 Terminal Output (H) in the Editing OSD mode
27 O AVVTR (L) AV2 Terminal Output (H) in the Editing OSD mode
28 O TBC SEARCH (L) CUE/REV Detection in TBC mode
- 29 O TBC TRICK (L) PLAY Detection in TBC mode
7
Pin Number Input/Output Port Name Function
30 O TBC ON (L) TBC ON (L)
31 TT Not used
32 О EDIT (H) Picture Edit mode (H)
33 | TEST SIGNAL (H) Tuner Preset Display ON (H)
34 | OSD SECAM (H) OSD ON (H) by SECAM System
35 O INSIDE (H) Internal OSD ON (H)
36 | SEARCH MUTE OK (H) Sound Serch Mute (H)
37 | VITC OK (H) VITC ON (H)
28 | LANGUAGE? <OSD Langage Setting>
000 = English, 001 = German
39 | LANGUAGIE1 010 = French, 011 = Italian
100 = Spanish, 101 = Dutch
40 | LANGUACIEO 110 = Swedish
41 ~ 46 TT Not used
47 O BUS SELECT (B) Timer/5P/Serial Bus Selection
48 O | BUS SELECT (A) Timer/5P/Serial Bus Selection
49 | CHECK (L) Factory mode (L)
50 ~ 56 - e Not used
57,58 | VDD 5V
59 - GND GND
60 | EE DATA IN Data from IC6007 (EEPROM)
61 O EE DATA OUT Data to 1C6007 (EEPROM)
62 O EE CLK Clock to IC6007 (EEPROM)
63 O EE CS Chip Select to IC6007 (EEPROM)
64 | REC/P1/P2 Recorder (H)/Player1 (M)/Player2 (L)
1-4-3. NEW SERIAL DATA TRANSMISSION
1. Serial data transmission
To exchange the data among the microprocessors, the
serial data transmission is used.
Serial data transmission is used because of the relatively
large amount of information that can be sent in a signal data
line.
Actually two lines are required in this system, an in/out data
line and a clock line.
The data in/out line between each microprocessor is
timeshared.
166002
5P CLOCK
EDIT
MULTI FUNCTION MICROPROCESSOR CE DATA
DISPLAY
107501
nS DATA
3 3 VTR or MOVIE
KEY MATRIX TIMER CEE CAMERA whioh
“1 MICROPROCESSOR | have an edit
socket,
\
TIMER BUS CLK/
TIMER BUS TLK
1 REMOTE 1 _ _ |
! CONTROLLER | 'R RECEIVER SYSTEM CONTROL
MI CROPROCESSOR
106001
VITC
| S. CLOCK
=» VITC
VITC S, DATA > M!CROPROCESSOR
Fig. A4
2. Serial clock line and data line
This serial clock signal is a reference signal which is used to
control the timing of the data transmission among the
Microprocessors.
The previous transmission has only 13 clocknumber, the
new serial data transmission has 20 clock number in it.
Blocks 1 to 10 of both formats will be the same.
Now the clock number from 1 to 13 is same.
The contents of new data is as shown below.
S. Clock is used for transmission of the data among the
system control microprocessor, timer microprocessor and
edit microprocessor.
And 5P Clock which is composed of the clock no. 1, 3, 4, 5,
7, 8, 9 works to transmit the data between the edit micro-
processor and the VTR or MOVIE CAMERA which has an
edit socket.
<NEW> CLOCK NO.
S. CLOCK 123456878391 13 14 15 16 17 181920 >, 1 23
| OOOO OOOO OOOO * [000
PO O O IT
5 А-П 00 00000000000000 ” [00
5P DATA ] TOT TT o 7 i
20msectimsec
<OLD> |
eLo — OOOO OOOO S——
TA — OOOO OO OOOO 101
Fig. AS
CLS |. TRANSMISSION CONTENTS OF DATA — || TRANSMISSION CONTENTS OF DATA
1. | 1C7501 + IC6001 RS TED 14 | 107501 <- IC6001 | SEARCH MODE CONDITION
2 | 166001 + 107501 | KE COS O CODE Y 12 | 1C7501 — IC6001 | FRAME NUMBER CODE
3 | 106001 + 107501 | COLE INSTRUCTONS 13 NOT USED
PO vd OLULER STE ENS CODE 14 | 1C6001 « IC7501 | JOG/SHUTTLE CODE
5 | 167501 IC6001 | prob Emission OF VIR 15 | 1C6001 — IC7501 | Al SWITCH CONDITION
6 | 1C7501 — IC6001 POWER BER A CODE | 46 | 1c6001 — IC7501 | AUDIO CONDITION CODE
7 | 107501 — 106001 | ÉEMAINING CODE 17 | 107601 — 1C6003 CONDITION CODE AL
8 | 1C7501 — IC600! COUNTER CODE 18 | 1C6002 — IC6001 | VITC CODE
9 | 107501 — 1C6001 | ÉÉMAINING CODE 19 | 106001 + 1C6002 | EDIT ARR ON OO DER
10 | 1C6001 — 1C7501 | TIMER CONDITION-CODE 20 NOT USED
Fig. A6
I
Ic
Precautions
Connections
Precautions
Connections
Please read these cautions before you operate this VIR,
Avold Sudden Changes in Temperature
If the VTR is suddenly moved from a cold place to a warm
place, moisture may form on the tape and inside the VTR.
Humidity and Dust
Avoid places where there is high humidity or much dust,
which may cause damage to internal parts.
Do Not Obstruct the Ventilation Holes
The ventilation holes prevent abnormal increase in
temperature. Do not block or cover these holes. Especially
avoid covering the holes with soft materials such as cloth or
paper.
Keep away from High Temperature
Keep the VTR away from extreme direct heat such as direct
sunlight, heating radiators, or closed automobiles.
Keep Magnets away
Never bring a magnet or magnetized object near the VTR
because it will adversely affect the performance of the VTR.
No Fingers or Other Objects Inside
Touching internal parts of this VTR is dangerous, and may
cause serious damage to the Y TR. Do not attempt to
disassemble the VTR. There are no user serviceable parts
inside.
Keep Water away
Keep the VTR away from flower vases, tubs, sinks, etc. |
CAUTION: If liquids are spilled into the VTR, serious
damage could occur. If you spill any liquid into the VTR,
consult qualified service personnel,
Lightning
To avoid damage by lightning, disconnect the aerial plug
from the VTR.
Cleaning the VTR
Wipe the VTR with a clean, dry cloth. Never use cleaning
fluid, or other chemicals. And do not use compressed air to
remove dust.
Stacking
Place the VTR in a horizontal position, and do not place
anything heavy on it.
Video Head Clogging
The video heads place picture signals on the tape during
recording and read picture signals from the tape during
playback and they are, therefore, of critical importance for
the picture quality. If the VTR is used over extremely long
periods of time, these heads may still become dirty and
clogged. In such a case, the signals can no longer be
recorded correctly, and the playback picture will be
distorted accordingly. This is the case, for example, during
the playback of a tape, the sound is reproduced normally,
but no picture is seen, or the picture is greatly distorted.
When such a symptom case occurs have the recorder
checked by qualified service personnel.
Condensation may form in the VTR if:
se The VTR is in a room when the heater has just been
turned on.
eThe VTR is in a room with steam or high humidity.
eThe VTR is brought from cold surroundings into a
well-heated room.
The VTR is suddenly brought from cool sutroundings,
such as an air-conditioned room or car, to a place which is
hot and humid.
Note:
Do not operate the VTR for at least 1 hour if any of the
above conditions occur.
This VTR does not incorporate a dew sensor.
This tells you how to connect with an aerial, TV, etc.
Basic Connections
The following connections are required to record and play
back the VTR through TV set:
HERR Aerial 2
(Not Supplied)
1
Connection to a TV Set with 21-Pin Scart Terminal
TÓNER Aerial
TV Set (Not Supplied)
Aerial Connector
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2
(Not Supplied)
TV Set (Not Supplied)
Aerial Connector
Г]
=
(Not Supplied)
21-Pin Scart Terminal
To mains supply
|
7 =
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PLAYBACK
О [0
== O 2
ess
(Not Supplied) Stereo Amplifier
eConnection to a Stereo Amplifier
5
To mains supply
SNOILLONHLSNI ONILVAHdO ST
cel
Connections
Connection to a TV Set with S-Video Socket
This VTR uses the S-VHS format that makes it possible to
obtain high resolution and high picture quality by using the
high-performance S-VHS video cassette tapes.
The conventional video sockets of VTRs output (input) a
combination of the luminance signal (Y) and colour signal
(C) which are recorded on the video tape. The new S
(Separate)-Video Socket allows separate transmission of
signals in order to obtain clearer pictures.
The connection with the S-Video Cable can also be used for
playback of a tape that was recorded in the conventional
VHS system. The "S” in the “S-Video Socket" stands for
"SEPARATED Y/C” not for “S-VHS”.
{Not Supplied)
rea herial
TV-Set (Not Supplied}
2
Aerial Connector
Audio input
Socket
=
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S-Video Input
Socket
‚®
—
To mains suppiy
Connection to a Decoder
TV Set (Not Supplied)
[Г]
HÖRER Aerial
(Not Supplied) Aerial Connector
(Not Supplied)
21-Pin Scart Terminal
Decoder (Not Supplied)
=
21-Pin Scart Terminal
—
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(Not Supplied)
Note:
if the TV set is provided with an RGB-compatible connector,
connect the 21-pin AV cable from the VTR to this
connector. Use full-pin 21-pin AV cables for connecting the
TV set and VTR and for connecting the VTR and decoder.
AV LINK
With this button the connected colour TV set can be
switched from TV mode to VTR mode (vice versa) when itis
connected by means of 21-pin scari cable.
This makes a variely of functions possible, such as
simultaneous recording and viewing when a Pay TV (e.g.
Canal Plus, Filmnet) decoder or a satellite receiver has
been connected.
VTR mode (VTR Indicator lights):
To enjoy sound and pictures from the VTR.
TV mode (VTR indicator goes off):
To watch another programme on the TV while recording on
the VTA.
eSelect the programme to be watched using the TV set's
tuner,
eThe sound and pictures of a different channel are received
by the VTR.
To mains supply
VTR TV set
VTR mode AV input selected
Power On :
TV mode Input from TV sets
tuner
Power Off Input from TV set's
tuner
“When the VTR is set to the TV mode and the Pay TV
channel is selected, the signals will still be scrambled even
when Pay TV is selected by the TV set's tuner. Ata time
like this, either set the VTR to the VTR mode or switch the
TV set's input signals to AV input.
66—I
9 i O
A !
Tuning the TV to your VIR
CH ADJ. |
2 y 4 The VTR supplies a signal to the TV set via the RF coaxial
cable on channei 36.
It is possible to view the video picture on your TV in the
same way that you watch TV broadcasts.
1 y 3 if you have connected the VTR to the TV through the 21-pin
scart terminal or Audio/Video/S-Video output sockets then
you do not need to follow the procedure mentioned below.
Operatlons
1 Turn on the TV and VTR.
OPERATE
2 | = To generate a test pattern, set NORMAL/
=-— S-VIDEO OUT S-VIDEO QUT/TEST SIGNAL to TEST
NORMAL TEST SIGNAL.
SIGNAL
3 Set the TV to an unused position which you
wish to use for your video playback.
4 dm Set NORMAL/S-VIDEO OUT/TEST
«—— S-VIDEO OUT SIGNAL to NORMAL.
NORMAL TEST
SIGNAL
Note;
The test signal is transmitted on video channel 36. if you
are encountering interference from a TV broadcast on this
video channel, you may readjust to another free
channel (32~40) by using the CH ADJ. screw which is
located on the rear of the VTR. When rotating the CH ADJ.
screw, take care not to turn it too far.
Please note that if the CH ADJ. screw is used then you will
have to retune your TV to the test signal as in item 2 10 4
above. '
Setting the Clock of the VTR
By setting the time an the remate contraller's clock and then
by transmitting this setting to the VTR, the clocks on both
the remote controller and VTR display the same time.
The built-in digital clock employs the 24-hour system.
(=
0
Tuning the TV to your VTR
Setting the Clock of the VTR
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Note:
Preparation
e Turn on the VTR.
e Install the batteries in the remote controller. See page 17.
For Example:
Date; 16th, October, 1999
Time; .-20:15
Operations Display Symbols
1 "= Open the door of the remote
E controller.
2 VIR | Set Year “99”.
o Amo
Vv
3 DATE vías | Set Month “10”.
+ У чо
e PL dao
4 „* Fa] SetDate“16”.
A+ Y KO
5 OFF VIR a Set Time “20:15”.
| Y MD eWhenitis kept pressed, the
“oe e e! indication changes in 30-minute
steps.
6 VIT A Press TRANSMIT.
TRANSMIT
‚ Y B09
(ON mi fen
Ч 4
7 FO à Close the door of the remote
A. controller.
© CE: 1
To change the previous clock setting, press CLOCK/
PRESET for at least 2 seconds. The previous clock setting
will be displayed. Then follow steps 2 to 7 above.
Setting the Clock of the VIR
In addition to setting the VTR clock from the remote
controller, it can also be set directly from the VTR.
The built-in clock is used to activate the timer for automatic
recording and must be set to the correct time.
The built-in digital clock employs the 24-hour system.
Operations Display Symbols
Preparation
Tum on ihe VTR.
For Example:
Date; 16th, October, 1999
Time; 20:15
1
CLOCK
SET
Keep CLOCK SET pressed for more than
2 seconds.
2 Set each item by pressing A (+) or \/ (—) and SP/LP (NEXT).
TITITI “99”
3 11 mp Set Year “99”.
in TIN
né mA
(=) (+)
tl 1"
O ыы с TT Set Month “10”.
Pus EM
1 STE Set Date “16”.
LOI
H 1! HR
ант, Set Hour “20”.
IN m
SPP AL. Leb} Li
(NEXT) frees
SZ Set Minute “15”.
Ur e There is no need to press SP/LP (NEXT).
LS ZU
pel
3 SET Press CLOCK SET.
7 | Ha The clock will start.
GLOCK LL Li } e
Note:
The clock operates for at least 60 minutes by its backup
system in the event of power failure,
Time Reset Function
If the clock is less than two minutes slow or fast, it can
easily be reset to the proper time.
For example:
Resetting the clock to 12:00.00
1 Keep CLOCK SET pressed at any time between
11:58.00 and 12:01.59 for more than 2 seconds.
2 Press CLOCK SET again as soon as you hear the
12:00.00 time signal.
Summer Time Function
Setting to summer time
+ Keep CLOCK SET pressed for more than 2 seconds.
2 Press SLEEP (SHIFT).
eThe time on the clock is advanced by 1 hour,
3 Press CLOCK SET.
Returning from summer time to standard time
1 Keep CLOCK SET pressed for more than 2 seconds.
2 Press SLEEP (SHIFT) twice.
#The time on the clock is set back by 1 hour.
3 Press CLOCK SET.
11
GE— I
Storing TV Broadcasts into your VTR
Storing TV Broadcasts into your VIR
Introduction
The VTR is fitted with its own tuner (just like a normal TV
set) and can be pre-set to receive upto 89 TV broadcast
Preparation
eConfirm that the TV is on and the VTR viewing channel is
selected,
Direct Channel Input Tuning Procedure
If you know the channels on which the TV stations can be
received, the TV stations can be tuned in by following the
Blanking of Unoccupied Programme
Positions
1 Keep TUNER PRESET pressed for more than
stations. e Turn on the VTR and Select the programme position steps given below. 2 seconds
except A1, A2 and A3. 1 Keep TUNER PRESET pressed for more than
; 2 seconds. 2 Select a programme position which you do not want to
. - tune t i i —
Operations Display Symbols, nm 2 Select the programme position by using A (+) or V Pro: 0 à TV station, by using A (+) or V (=).
(—), then press SP/LP (NEXT). 3 Press SLEEP (SHIFT). (“—-" is displayed.)
1 Keep TUNER PRESET pressed for more . eRepeat steps 2 and 3 for another unoccupied
3 Select normal TV station or Pay TV (e.g. Canal Plus, iti : ;
than 2 seconds. Filmnet) station by pressing SLEEP (SHIFT) programme positions to skip during the selection of the
\ , , * programme positions,
UNER то Peet normal TV stations. To cancel the blanking of a programme position, select
: y . that programme position ori the VTR and then press
: 4 Input the channe! number for the required TV station by SLEEP (SHIFT).
Select the programme position, then press using Number buttons on the remote controller. 4 ;
2 v A sPAP > CI SP/LP (N EXT) Р ’ Р ePress SP/LP (NEXT) and repeat steps 2-4 for each Press TUNER PRESET twice.
=) (+) {NEXT} 3 = = * programme position you want to tune to a station. ch
> Zr al 5 Press TUNER PRESET twice. annel Plan
Fine Tuning Procedure Channel Indication TV Channel
3 Select normal TV station or Pay TV (e.g. 1 Keep TUNER PRESET pressed for more than 2-12
- Canal Plus, Filmnet) station. 2 seconds, and then press again. - E2-E12
: ei: To preset normal TV stations. 2 Press SP/LP (NEXT). 13-20
Cen : #2: To preset Pay TV stations. | ‚
3 Press A {+) or V (—) to obtain the best tuning
condition. 21-69 21-69
«“AFC” Indicator disappears. 74-76 1-6
. . i i = -53
4 ‚, N Search for the required TV station. y; HET the tuning to its former state, press SLEEP
— ph Naa e Press SP/LP (NEXT) and repeat steps 2-4 for each ` 80-82 Mi-M3
minar > programme position you want to tune to a station. 4 Press TUNER PRESET.
LT С 83-89 M4-M10
90-99 U1-U10
5 Press TUNER PRESET twice.
121-141 521-841
TUNER
PRESET
12 13
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Setting the Remote Controller for Operation of
your TV
Setting the Remote Controller for Operation of your TV
You can operate some manufacture of TVs (see table
below) using the supplied remote controller after this setting
up.
| (23)
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200866
Number Manufacturer
1
2
Panasonic
3
4
5 GRUNDIG/Blaupunkt
6 PHILIPS
7 SONY
Preparation
eTurn on the TV.
einstall the balteries in the remote controller.
Operations Display Symbols
1 Open the door of the remote controller.
УТ!
MID ON OFF
2 Keep CLOCK/PRESET pressed for
more than 2 seconds and then press it
twice.
Tv
CLOCK/PRESET !
e “TV” now appears on the remote controller's
display.
3 Press OFF several times.
OFF
La a
le Ww
= 3
e When the number matches the manufacturer of
your TV, the TV's power is tumed off.
4 Press CLOCK/PRESET.
CLOCK/PRESET
5 Close the door of the remote controller.
When the number is 1, 2, 3 or 4:
When the TV's power is turned off in step 3 above, turn it
back on and adjust the TV's volume using this remote
controller. The volume can be adjusted if the number
matches the manufacturer of TV. If it is not possible to
adjust the TV's volume, try setting the number (1 to 4) to
match the manufacturer of TV again until the volume can be
adjusted.
Note: ;
Some TV models cannot be operated using this remote
controller.
Power Source for the Remote
Controller
The remote controller is powered by 2 “UM3" or “R6" size
batteries, The life of the batteries is about one year,
although this depends on the frequency of use.
Precautions for Battery Replacement
eLoad the new batteries with their polarity (@ and ©)
aligned correctly.
e Do not apply heat to the batteries, or an Internal
short-circuit may occur. '
elf you do not intend to use the remote controller for a long
period of time, remove the batteries and store them In a
cool and dry place.
e Remove spent batteries immediately and dispose of them.
*e Do not use an old and a new battery together, and never
use an alkaline battery with a manganese battery.
Installing the Batteries
17
8¢
Initial Settings Using On Screen Displays
Preparation
e Confirm that the TV is on and the VTR viewing channel is
selected.
eTum on the VTR.
1 Press EDIT MENU.
EDIT MCHU
J
2 Select SETTING. On Screen Display
CSD MENU
EDITING
CONTROL CASLE 15 NOT
CONNECTED
dire me
3 Press ENTER.
SETUNG
DEMONSTRATION
LANGUAGE
||
SELECT :50 , UE
PREVIOUS PAGE BZ
To select the Desired Language
Select one of the seven languages displayed: English,
German, French, italian, Spanish, Dutch and Swedish,
Follow steps 1 to 3 of the above procedure.
4 Select LANGUAGE,
*
5 Select the desired language.
SETTING
SERARCH WITH SOUND
SELECT EC, uE
PREVIOUS PAGE MM
LANGUAGE
ax
HEBENLANDS
SVENSKA
SELECT 0 на
PREVIOUS PAGE MM
To select Sound Setting
Follow steps'1 to 3 of the above procedure.
4 Select SEARCH WITH SOUND.
Eo
>]
5 Select the desired setting.
+
OL PELA
DEMONSTRATION
LANGUAGE
SEL HR
PREVIOUS PAGE =
SEARCH WITH SOUND
EEN ON OF
SELECT 60 EN
PREVIOUS PAGE а
AUTO: The sound can be heard during special playback
only when an editing operation Is in progress.
ON: The sound can be always heard during special
playback.
OFF: The sound can not be heard during special
playback.
To View a Demonstration
Follow steps 1 to 3 of the above procedure.
4 Select DEMONSTRATION.
=
SETTING
SERARCH WITH SOUND
Ч
SELECT :50, UN
PREVIOUS PAGE Ня
eThe On Screen Displays for editing are displayed one
after the other at about five second intervals.
Optional Function
VITC (Vertical Interval Time Code)
Function
As an address (individual number) is recorded for each
frame, it is possible to find the accurate position of any
desired scene or picture on a tape by checking the address
during playback. This address is called “Time Code™.
Since the VITC signals (Vertical interval Time Code) are
recorded together with the picture signals, they will not be
cancelled even when the video cassette is taken out from
the VTR or the VTR is switched off. This makes it possible
to check the precise position of any desired picture at any
time.
eThe VITC function becomes operative when the VTR is
equipped with the optional VITC adaptor. Consult your
authorized video dealer.
Follow steps 1 to 3 of the above procedure,
4 Select EDITING WITH VITC.
SETTING
SERARCH WITH SOUND
E
a MONSTRATIO
LAN
GUAGE
SELECT ‚Ро нас
PREVIOUS PAGE |
EDITING WITH VITC
on md
SELECT ! E „
PREVIOUS PAGE :
ON: For reading the VITC signals during playback and
writing them during recording.
The time code is indicated on the counter in
increments of hours, minutes and seconds. During
programme editing, it appears on the screen in
increments of hours, minutes, seconds and
frames (25 frames per second).
OFF: The normal counter is displayed.
19
Initial Settings Using On Screen Displays
Reading the VITC signals
"nn ——" appears on the counter when the cassette is
inserted. When playback is started, the VITC signals are
read and the time code is displayed.
eWhen VITC signals have not been written on the tape, the
time code is not displayed.
Writing the VITC signals
"ie" appears on the counter when the cassette is
inserted. When recording is started, the VITC signals are
wiitten starting at 0h00m00s00f.
If recording is started after the tape has been played back
and the VITC signals read, the VITC signals will be written
following on from the time code which is displayed on the
counter at that time.
Notes:
eTo use the VITC function to edit, be sure to first turn on the
VITC function with the procedure described above, then
begin editing after cancelling a!l editing programmes used
last time.
eWhen tracking is out of adjustment, the VITC signals may
not be properly read.
e The counter cannot be reset when the VITC function is on.
This is because the VITC signals are recorded on the
tape.
eWhen the VITC function is on, up to 50 scenes can be
programmed in the programme assemble editing mode.
If ihe VTR 15 not equipped with the optional VITC adaptor,
a maximum of 10 scenes can be programmed using the
counter.
#To make optimal use of the advantages offered by the
VITC function during editing, this VTR should be
connected to another NV-HS1000 also equipped with the
VITC function.
When this VTR is to be connected to another unit which is
not equipped with the VITC function, the editing precision
will be increased if the NV-HS1000 is used as the
playback VTR.
e
0
Playback
Playback
a oo Yu AN
Operations Display Symbols
—
Ca 15>
insert a recorded casseiie
tape.
2 ; Start viewing the picture.
Search forward by tappin
3 HG KE я РЕ. EPPS
eTo change back to normal playback,
press PLAY.
4H Ч я
Search backward by tapping
REW.
eTo change back to normal playback,
press PLAY.
5 PAUSE/STILL ry View a still picture.
— (17) | | i eTo continue the normal playback,
МЫ press PLAY or PAUSE/STILL.
Stop viewing the picture.
E
20
Other Playback Functions
To change the Playback Speed
Using Shuttle Ring:
1 Press PAUSE/STILL on the VTR,
2 Rotate Shuttle Ring.
> Backward Forward
PAUSESTILL
Using Remote Controller:
Press SLOW during playback to activate slow playback.
SLOW
To locate the Desired Picture exactly
1 Press PAUSE/STILL on the VTR.
2 Tum Jog Dial.
> Backward
PAUSEETAL
To obtain High Speed Picture during Fast
Forward or Rewind
Keep FF pressed during fast torward.
Keep REW pressed during rewind.
Note:
e Audio reproduction of linear (conventionally recorded)
tapes will be monaural when played back on the FM Hi-Fi
video recorders.
Cue or review playback will be automatically released
after 10 minutes, and still or slow playback after
5 minutes.
06—1
On-the-spot Recording On-the-spot Recording
To select the Desired Tape Speed
Operations Display Symbols | Press SP/LP betore recording.
E195: For E30, -60, -80, -120, -180 and -195 tapes
E240: ForE240tape .
E260: For E260 and -300 tapes
2 Press DISPLAY. Notes:
eWhen a video cassette with a broken off tab is inserted,
the "tae" indication will flash to indicate that recording is
not possible.
eThe recording pause mode will be automatically released
after 5 minutes, and be back to the stop mode.
| 1 = Insert a cassette tape.
CSS olf it has already been inserted, press O: —lop
OPERATE to turnthe VTRon. SP
— To interrupt Recording ANTE
O0 @ @ 4 Press PAUSE/STILL during recording. © y
OFENATE © 2 A | Select TV station. Press again to continue recording,
BE as A |
© PAUSE/STILL TEN econo ecc
|| © Où 6
OOD
3 REC mm Start recording. To record One TV Programme while =
i, Viewing Another Programme СЭ со 5
Lo 1 Refer to the on-the-spot recording operations steps 1 = me
| CI) +)
to3. AUDIO DIT VAPE EELACT
2 Select the TV programme on your TV set you wish to 9 = =
view at the present time. = cucu vm
4 Stop recording. To display the Approximate Remaining
Tape Time
1 Press TAPE SELECT to select the corresponding
cassette tape length.
TAPE SELECT m vr
CH ТЕТ
Lora
DISPLAY
с
CL
—Clock—Counter— Remaining Tape Time —
22 23
I€—1
Ф
,
1 .
1 '
Timer Recording
Up to 8 timer programmes can be recorded up to one month
in advance by setting the timer, including daily and weekly
programmes.
Prenaration
Insert a cassette tape with an intact erasure prevention tab.
Operations
Display Symbols
For Example:
Timer programme number; 1
Programme position (channel); 2
Date; 27th, October
Starting time; 20:02
Ending time; 21:30
(present date; 16th October)
1 BECK) PROG
O 1
Select Timer programme number “1”.
2 Set each item by pressing A (+) or \/ (—) and SP/LP (NEXT).
+E +7 1
3 Set Programme position (channel) “2.
| -. <
=) i+) na
«er, = an r Set Date 27 -
e Se eFor daily and weekly recording, see next page.
À i : > -
TT“
NOT оаг Set Starting time (hour) “20”.
- Lie Г „4
PETITES
J on mr SL Set Starting time (minute) “02”.
С РЁ
reer
a En Set Ending time (hour) “21”.
25 SLI
“Т1111^
SPAP
(NEXT) . - . ta 1
og Sp Set Ending time (minute) “30”.
fm 15 mS e There is no need to press SP/LP (NEXT).
# rh
2 O | To activate timer recording, press TIMER
У ВЕС.
TIMER
RECO
24
Setting for Daily and Weekly Timer
Recording
In the Date setting step, press V (—) repeatediy until the
desired day (days) is displayed.
Daily recording SU MO TU WE
From Sunday to Saturday TH FR SA
From Monday to Saturday TH MO un WE
From Monday to Friday MO TU WE
TH FR
Weekly recording
For example, Sunday su
Timer Recording from Externa! Signal
Source
if Timer Recording is performed by a unit connected to the
AV1/AV2 Socket or the Audio/Video/S-Video input sockets,
select the A1, A2 or AS indicator for the programme
position,
A1: Through the AV1 socket
A2: Through the AV2 socket
A3: Through the AV3 sockets on front panel
Set INPUT SELECT on the VTR.
S-VIDEO: Through the S-VIDEO IN and AUDIO IN
sockets
LINE: Through the VIDEO IN and AUDIO IN
sockets
Selecting the Desired Tape Speed
Alter step 2, press SP/LP (NEXT) and select SP or LP by
pressing A (+) or Vv (>).
Setting other Programmes in Succession
Repeat steps 1 and 2.
Checking a Timer Programme
Select the timer programme number to be checked by
pressing CHECK/PROG.
On Screen Display
SELECT CHECK
él.
25
Cancelling a Timer Programme
1 Press TIMER REC to turn off the timer recording
function.
2 Select the timer programme number to be canceled by
pressing CHECK/PROG.
3 Press A (+) and V (—) simultaneously for more than
3 seconds.
М N
(=) +)
SELECT FER L
CANCEL —- NM
Optional Function
PDC (Programme Delivery Control)/VPS
(Video Programme System)
The Programme Delivery Control (PDC) or the Video’
Programme System (VPS) Is a very convenient system
which assures that the TV programmes you have
programmed for timer recording will be recorded exactly
from beginning to end, even if the actual broadcasting time
differs from the scheduled time due to delayed start or
extension of the programme duration. Also, if a programme
is interrupted and, for example, some special news are
inserted, the recording will also be interrupted automatically
and resumed when the programme continues.
e This model Is equipped with PDC/VPS function. The
PDC/VPS function becomes operative when the VTR 15
equipped with the optional VPS/PDC decoder. Consult
your authorized video dealer.
e Press SLEEP (SHIFT) in step 2 to cancel the POCNVPS
function.
ein the case of POCVPS recording, use the correct time
(PDC/VPS time) for recording the TV programmes. PDC/
VPS recording is not performed when the time (PDC/VPS
time) Is Incorrect, even if only by one minute.
olf the actual broadcasting times of timer recordings
overlap (regardiess of whether they are PDC/VPS
controlled), the recording that starts first has always
priority, and the recording of the later beginning
programme will start only after the first timer recording has
finished.
eWhen the PDC/VPS signal drops out because the
broadcast signal is weak, or when a broadcasting station
does not transmit a regular PDC/VPS signal, the timer
recording will be performed in the normal mode (without
PDC/VPS) even if it was programmed tor PDC/VPS.
In this case, even if the timer recording is performed,
whatever has been programmed will not be cancelled at
that particular time but at 4 a.m. on the following day.
Note:
If a timer recording is not performed to the end (due to
insufficient tape or cancellation by the user), the
programmed timer recording data will be cancelled from the
memory by 4 a.m. two days later.
However, if the Timer Record Function is activated at that
time, the programmed timer recording data will be cancelled
at 4 a.m, the next day.
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66
ShowView Programming
Programming is now easier than ever: simply enter the
ShowView number provided in the programme schedule
"column carried by newspapers and magazines,
ShowView numbers are numbers which are assigned to
each programme listed in the TV programme schedule
carried in newspapers and TV guides. When these
numbers are entered and TRANSMIT is pressed, the
numbers are converted into the actual programming and
sent to the VTR.
28
‘Preparation
#Insert à cassette tape with an intact erasure prevention
tab.
eSet the programme positions on both the VTA and remote
controller as shown on pages 12-15.
Operations
Display Symbols
1 Open the door of the remote controller.
VIA!
XD OK OFF
2 Press SHOWVIEW.
3 Enter a ShowView number.
Example: 920216 {vm e 5
"08 6--
4 Press CONFIRM to check that the
number corresponds to the right
programme.
CONFIRM и w а
4 1 19:10 19:56
To make any corrections, use butions @-0.
5 Press TRANSMIT.
TRANSMIT
On Screen Display
6 Close the door of the remote controller.
Notes:
eTo select the desired tape speed, press RECORDING
SP/LP in any of steps 3-4.
To cancel the PDC/VPS function, press PDC/VPS in any
of steps 2-4.
eo When the ShowView number is used for programming,
the recording time may be slightly longer than the actual
programme time.
e Repeat steps 2 to 4 if “Err” appears on the remote
controller.
eo When programming two or more programmes, repeat
steps 2105.
eThe procedures for checking and cancelling whatever has
been programmed are the same as for remote control
programming.
Other Functions
VHS Index Search System
ltis very easy to find the beginning of each recording,
because a special index signal is recorded at the start of
each recorded segment on the tape.
For example:
Searching for the 2nd recorded segment in the forward
direction.
Press INDEX Di twice,
J
INDEX s 7
© © UE
sAfter finding the specific recorded segment, playback
starts automatically.
eFor the reverse direction, press INDEX <<.
e Up to 20 programmes can be searched for in both
directions.
—B
—
Recording Index Signals
index signals are recorded in following cases.
WRITE indicator appears on the Display.
eWhen a recording is started by pressing REC.
eWhen REC is pressed during recording.
“When timer recording is activated.
eWhen WRITE is pressed during playback.
Erasing Index Signals
1 Search the Index signal to be erased by pressing INDEX
Dorf,
e Be sure not to omit this step. Otherwise, this function
may not work correctly.
2 Press PAUSE/STILL when playback starts.
3 Press ERASE.
eErasing Is possible during playback if ERASE Is
pressed during the five seconds following the index
signal.
Notes:
e The index search function can only work correctly, if the
index signals are spaced at least 3 minutes apart in the
SP mode and 5 minutes apart in the LP mode.
sindex signals can not be recorded or erased on avideo
cassette with a broken off tab.
On Screen Display
Press OSD to make the On Screen Display appear on the
TV screen.
e To make this display disappear, press OSD again.
Note:
On Screen Display will not appear during NTSC playback.
© Programme position
@ Present time
© Tape counter
O Cassette-in indicator
@ Tape speed indicator
@ Tape running display
/
=
Timer Recording
Other Functions
fr re rar
|
DATE ON OFF
aE) +2 +
BIE:
“м” _— ra —
-
PALA A CH | САМО
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|
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088%
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|
DD
a
Stop, Eject [|
Rewind, Review <<
Fast Forward, Cue >>
Playback >
Reverse Playback <
Still Playback Il
Recording, Insert, Audio Dubbing e
Recording Pause, Insert Pause,
Audio Dubbing Pause "e
Slow Playback ir
Reverse Slow Playback «1
@ Index signal writing or erasing indicator
ve
Other Functions
Automatic VTR Off Time Setting
Press SLEEP for the desired time.
Oo
SLEEP
(SHIFT)
3
1
7
_
——
C
E
e Each press gives a 30 minutes time span up to 9 hours,
eTo cancel the setting time, press SLEEP repeatediy to set
0:00.
NTSC Playback
Tapes recorded in the NTSC system can be played back
with this VTR via a PAL system TV set.
e The playback picture may roll up or down, If the TV set is
equipped with a V-HOLD control, it may be possible to
stop the picture movement by adjusting this control.
eDepending on the TV set used, the picture may be in black
and white. However, this is not an indication of a
malfunction.
Other Automatic Functions
Automatic Playback
When a cassette without an erasure prevention tab Is
inserted, the VTR starts playback automatically.
VTR-off Playback
When the VTR is off, an inserted cassette can be played
back by pressing PLAY,
Automatic Rewinding
When the tape reaches its end during recording (except for
timer recording) or playback, it will automatically be
rewound to the beginning.
Automatic Switching Off and Ejection
When the VTR is switched off, an inserted cassette can be
ejected simply by pressing EJECT. The VTR will eject the
cassette and automatically turn itself off again.
30
LT
>
Hi-Fi Audio System
This VTR is equipped for reception of stereo/bilingual
broadcasts both in the NICAM stereo/bilingual sound
system employed in the Scandinavia, etc. and in the
Stereo/bilingual sound system used in Germany and other
Central European countries.
NICAM is a 2 Channel sound broadcast system to provide
either a high quality stereo sound track or 2 independant
MONO sound tracks, M1 and M2.
NICAM programmes are always accompanied by standard
sound broadcasts and you can select the desired sound
with MONO (when recording) or with AUDIO OUT (when
playback).
The NICAM digital stereo sound can only be recorded on
the Hi-Fi audio track.
When a stereo, bilingual or NICAM programme is being
received, the indicators are lit to inform you of the type of
broadcast.
Reception of a Stereo Broadcast
When the STEREO indicator is lit, set MONO to OFF to be
able to record on the Hi-Fi sound track stereo.
Reception of a Bilingual Broadcast
When the M1 and M2 indicators are lit, set MONO to OFF if
you want to record both channels on the Hi-Fi sound track.
M1 Is the main channel and M2 is the sub channel.
31
Reception of a NICAM Stereo Broadcast
When the NICAM and STEREQ indicators are lit, set
MONO to OFF to be able to record on the Hi-Fi sound track
in stereo,
Reception of a NICAM Dual-Sound
Broadcast
When the NICAM, M1 and M2 Indicators are lit, set MONO
to OFF if you want to record both channels on the Hi-Fi
sound track. M1 is the left-hand channel and M2 is the
right-hand channel.
Reception of a NICAM Monaural
Broadcast
When a NICAM monaural broadcast is being received, the
NICAM and M1 indicators are lit. To hear such a signal on
both channels and to record it on both channels of the Hi-Fi
track, set MONO to OFF,
eTorecord the regular sound {ordinary normal sound) on
the FM audio tracks when a Stereo, Bilingual or NICAM
programme is received, sel MONO to ON.
Important Note for the NICAM System
When this VTR tuner is switched on, it will automatically
switch to a NICAM broadcast, if NICAM js being
transmitted. During test transmissions, it is possible that the
sound received doesn't correspond to the picture being
viewed. In order to receive a synchronized sound and
picture, select monaural sound with either AUDIO OUT or
with MONO. This will only apply until NICAM transmissions
are fully operational.
At this time the NICAM signal is transmitted on stereo
channels only, since the M1 and M2 formats are not yet
available. Even if the soundtrack is in MONO, the stereo
indicator will remain illuminated.
Ф
GE— 1
Editing Preparation
" a
Î .
; i
|
Other Functions
Editing Preparation
3 | | AL |
MEMICLEMLO
FELL PCT ee
Pay TV
The connection of a Pay TV (e.g. Canal Plus, Filmnet)
Decoder to the AV2 Socket of this VTR makes it possible to
record Pay TV broadcasts. When such a decoder is
connected to the VTR, it is also possible to watch Pay TV
programmes directly on the connected TV set. So only one
decoder is necessary. See page 7.
Preparation
e Turn on the VTR, the Pay TV Decoder and the TV set.
einsert a video cassette with intact erasure prevention tab.
e The VTR must have been preset for reception of Pay TV
broadcasts like for any ordinary TV station as described in
_ “Storing TV Broadcasts into your VTR" on page 12.
To Record a Pay TV Programme While
Watching the Same Pay TV Programme
1 Press AV LINK to select the VTR made.
2 Select the desired Pay TV station.
3 Press REC to start recording.
4 Press STOP to stop recording.
To Record a Normal TV Programme
While Watching a Pay TV Programme
1 Press AV LINK to select the TV mode.
2 Select on the VTR the normal TV station that you want to
record.
3 Press REC to start recording.
4 Selectonthe TV set the desired Pay TV station for
watching.
5 Press STOP to stop recording.
To Record a Pay TV Programme While
Watching a Normal TV Programme
1 Press AV LINK to select the TV mode.
2 Select on the VTR the Pay TV station that you want to
record.
3 Press REC to start recording.
4 Selecton the TV set the desired normal TV station for
watching.
5 Press STOP to stop recording.
32
This VTR is equippad with programme editing functionality.
If connected via edit cable to another VTR or a movie
camera, it is possible to control such functions as tape
playback and editing.
Connections
Connecting This VTR with Another
Identical One
eConnect the two VTRs with an edit cable.
Connect the AV1 socket on the recording VTR to the TV.
eConnect the AV1 socket on the playback VTR to the AV2
socket on the recording VTR.
e Select A2 by pressing A V on the recording VTR.
+ Set EDIT MODE to PASSIVE on the playback VTR, and
to RECORDER on the recording VTR.
eConirol is performed by the recording VTR.
Using This VTR as the Recording VTR
=Conneci this VTR 10 the playback unit with an edit cable.
Connect the AV1 socket on this VTR to the TV.
e Connect the AV2 socket or the AUDIO/VIDEO/S-VIDEO
- IN (AV3) sockets on this VTR to the playback unit.
e Select A2 or A3 by pressing A V on this VTR.
A2: Through the AV2 socket
A3: Through the AV3 sockets on front panel
Set INPUT SELECT on this VTR.
S-VIDEO: Through the S-VIDEO iN and AUDIO IN
sockets
Through the VIDEO IN and AUDIO IN
sockets
eSet EDIT MODE on this VTR to RECORDER.
eControl is performed by this VTR.
Using This VTR as the Playback VTR
LINE:
.eConnect this VTA to the recording unit with an edit cable.
#Connect the AV1 socket on this VTR to the TV.
eConnect the AV2 socket on this VTR to the recording unit.
eSelect A2 by pressing À V on this VTR.
eSet the input switch on the recording unit to AV.
e Set EDIT MODE on this VTR to PLAYER,
e Control is performed by this VTR.
33
Recording VTR
Playback Unit
Notes:
eWhen connecting a VTR or movie camera which does not
have an edit socket, see page 50.
eDuring editing operations, operate using this VTR; do not
operate the other unit.
eWhen this VTR is used as the playback VTR, it may not be
possible to perform editing operations properly depending
on the type of the recording VTR. In such a case, usé this
VTR asthe recording VIR.
eWhen a movie camera is connected, operating this VTA
will not facilitate reverse playback or reverse slow
playback on the movie camera.
eWhen EDIT MODE on this VTR is set to PASSIVE,
operation will not be possible, and the On Screen Display
will not appear.
eWhen making a connection using an edit cable,
disconnection of the AC mains lead on this VTR may
result in erroneous display patterns on the other unit.
«When operating the Jog Dial and Shuttle Ring, it is only
possible to reset the tape counter of the other unit during
still playback.
eThe supplied edit cable cannot be used to connect two
other VTRs with edit sockets.
e The On Screen Display does not appear when no input
signals are supplied from another unit or when a non-
recorded cassette is played.
eThe On Screen Display may appear distorted if the picture
is affected by noise.
95
Editing Preparation
Editing Functions
Using this VTR, 4 types of manual editing and 4 types of
programme editing can be selected.
In programme editing, after programming up to 10 scenes
for each type, editing can be performed automatically.
Manual Editing
eCopying
Insert Editing
e AV Insert Editing
e Audio Dubbing
Programme Editing
e Assemble Editing
einsert Editing
e AV insert Editing
e Audio Dubbing
Copying
Allows the re-recording (copying) of the picture and sound
from one tape onto another tape.
Playback VTR
Norma! [ T
Insert Editing
Allows the partial replacement of the picture and Hi-Fi
sound on a recorded tape. Normal sound is left in its original
state.
Playback VTR
Recording VTR
Normal
Hi-Fi
AX
Recording VTR
Normal [ [
Hi-Fl
Sound
Picture
Edited Tape
Normal
Hi-Fi
Sound y
Picture
#To hear the original sound, select the normal sound track
by pressing AUDIO OUT.
*To hear the new sound and original sound mixed together,
set Hi-Fi/NORMAL MIX to ON.
AV Insert Editing
Allows the partial replacement of the picture and both the
Hi-Fi and normal sound on a recorded tape.
Playback VTR
Normal [ I
Hi-FI
Sound
Picture
Recording VTR
Normal
Hi-Fi 7
Sound q E, > (
Picture “
Audio Dubbing
Allows the partial replacement of the normal sound on a
recorded tape. Hi-Fi sound is left in its original state.
Playback VTR
Sound
Recording YTR
Normal [ |
Assemble Editing
Allows the required scenes (picture and sound) to be picked
up from one or more recorded tapes and recorded In any
desired order onto another tape.
Playback VTR
Normal [ ] T I
Hi-Fi
Sound
Picture
Normal
Hi-Fi
Sound
Picture
Edited Tape
Normal
Hi-Fi
Sound #
Picture ”
Edited Tape
Normal | I T
eTo hear the new sound, select the normal sound track by
pressing AUDIO OUT. _
e To hear the new sound and original sound mixed together,
set Hi-FH/NORMAL MIX to ON,
VITC Editing (option)
Upgrading can be done through your dealer or one of our
Panasonic Service Centers,
e VITC enables picture-precise editing.
eThe VITC can also be read during pause and slow-motion.
# VITC=Vertical Interval Time Code
After upgrading, the NV-HS1000 is able to read or write
VITC depending on the application.
This time code (VITC) is recorded together with the picture.
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85— I
Manual Editing
Manual Editing
Copying
Preparation
eMake the necessary connections. See page 33.
#Insert a recorded cassette into the playback VTR, and a
cassette with an intact erasure prévention tab into the
recording VTR.
sConfirm that the TV is on.
Operations
On Screen Display
Operations On Screen Display
Search for the edit start point on the
playback VTR.
5 COPYING
НД RECORDER =
TIMING ADJUST
SELECT : = M
PREVIOUS — PAGE :
Press RECORDER and PAUSE/STILL.
e The picture from the recording VTR appears on the
screen.
e Steps 6 and 7 need not be performed when a non-
recorded casselte is used.
6 COPYING
IPLAYER u
- EA
(1) TIMING ADJUST
PAUSE/SIRL
В)
SELECT BL.
PREVIOUS PAGE !
7 050 MENU
COM MENU
|} _
SELECT :28 а
END *
Press EDIT MENU.
2 OSD MENU
ИНЕТ
SETTING
SELECT -DO, RES
END :
Select EDITING.
3 EDITING
INSERT
AV INSERT
AUDIO DUG
PROGRAMME EDITING
SELECT Su,
PREVIOUS — PAGE ME
Select COPYING.
elf the playback VTR receives no input signals, the On
Screen Display may disappear.
In such a case, follow the next step and then the On
Screen Display will appear.
4 COPYING
Maven WIR) RECORDER =
CCEA
000 (u) TIMING. ADJUST
PFAUSCATHL
SELECT о 190
с в
PREVIOUS — PAG
Press PLAYER and PAUSE/STILL.
e The picture from the playback VTR appears on the
screen.
7 TAN Corvina Search for the edit start point on the
© ” PLAYER и recording VTR.
ETOH
TIMING ADJUST
PREVIOUS PAGE a.
8 p— Select PERFORM EDITING.
o IPLAYER "
THING ADJUST
PRENOUS PAGE ¡EE
9 COPrING Press ENTER.
se *PLAYER RECORDER e e Editing begins.
ES EDITING IN PROGRESS
1 0 copy Press ESC to stop editing.
“PLAYER Prin «
es ОЯТ
a TIMING ADJUST
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OF—T
Programme Editing
Assemble Editing
By setting the edit start point and end point on the playback
VTR, along with the edit start point on the recording VTR,
assemble editing of up to 10 scenes can be performed
automatically.
Operations
On Screen Display
Preparation
Make the necessary connections. See page 33.
e Insert a recorded cassette into the playback VTR, and a
cassette with an intact erasure prevention tab into the
recording VTR.
e Confirm that the TV is on.
1
EDT MENO
Press EDIT MENU.
2
SELECT 90,87
ENO =
Select EDITING.
EDITING
COPYING
INSERT
AV ¡INSERT
SELECT : ВО ‚ инЫ
PREVIOUS PAGE !
Select PROGRAMME EDITING.
PROGRAMME EDITING
A
AV INSERT
AUDIO DUD
ALL CLEAR
SELECT 1, EE
PREVIOUS PAGE
Select ASSEMBLE.
sf the playback VTR receives no input signals, the On
Screen Display may disappear.
In such a case, follow the next step and then the On
Screen Display will appear.
PLAYER
Tau, ST
ASSEMBLE
В
"PLAYER
NEXT PROGRAMME EO
NEXT PAGE Et
Press PLAYER and PAUSE/STILL.
eThe picture from the playback VTR appears on the
screen.
42
Operations
Programme Editing
On Screen Display
6.
LIAR IN
ASSEMBLE Search for the edit start point on the
playback VTR and press MARK IN.
NEXT PROGRAMME: a
HEXT PAGE
7 J TN ASSEMOLE Search for the edit end point on the playback
- amoo e en VTR and press MARK OUT.
tu : 000mts off there Is more than one programme, select a programme
OUT! 0b00c28s number using Y and A, and repeat steps 6 and 7.
NEXT PROGRAMME:
NEXT PAGE :
8 ASSEMOLE . Press RECORDER and PAUSE/STILL.
ALCONOEN eThe picture tram the recording VTR appears on the
RECORDER a screen.
PAUSEÑSTAL
IHN: hms
our:
NEXT PROGHAMME:
NEXT PAGE :
Search for the edit start point on the
9 7 | AN ASSEMBLE .
" а recording VTR and press MARK IN.
MARK IN RECORDER II
IN: Ob00m10s eStep 9 need not be pertormed.when a non-recorded
our: cassette is used.
EXT PAGE om: em
Press ENTER.
10
PROGRAMME EDITING
eThe edit start point and the edit end point are memorized.
xem
PREVIEW
PERFORM EDITING
TIMING ADJUST
SELECT : = J
PREVIOUS PAGE ;
OE
1 1 PROGRAMME EDITING Select PERFORM EDITING.
CONFIRM
VI
TIMING ADJUST
PREVIOUS PAGE pm
1 2 ASSEMBLE Press ENTER.
o e Editing begins.
= PONTS IN PROG * e After editing of all programmes Is completed, the both
VTRs stop in still playback mode.
43
17—I
©
Programme Editing
Insert, AV Insert Editing and
Audio Dubbing
There are Z types oi programme.
To insert only a particular portion:
Set the edit start point and end point on the playback VTR,
and the edit start point on the recording VTR.
To insert within fixed limits:
Set the edit start point on the playback VTR, and the edit
start and end point on the recording VTR.
elf four points are set, Insertion will end when the first end
point is reached.
Example: insert Editing
AV Insert Editing and Audio Dubbing are also performed
using the same procedure.
Preparation
eMake the necessary connections. See page 33.
eInsert a recorded cassette into the playback VTR, and a
cassette with an intact erasure prevention tab into the
recording VTR.
e Confirm that the TV is on.
Operations. On Screen Display
1 Г) Press EDIT MENU.
050 MENU Select EDITING.
2
MES
CTE
SETTING
ÉLECT OG RES
Eno
3
DE
EDITING
COPYING
SELECT ВО 553
PREVIOUS PAGE MM
Select PROGRAMME EDITING.
4
CE)
>)
PROGRAMME LDIFING
tl
INSERT
AUDIO DUB
ALE CLEAR
LECT nu ео
Previous PAGE ES
Select INSERT.
elf the playback VTR receives no input signals, the On
Screen Display may disappear.
In such a case, follow the next step and then the On
Screen Display will appear.
44
Operations
On Screen Display
5
PLAYER
INSERT
13
HPLAYER
IN. h ms
QUT: bh m3
PAUSE KILL
NEXT PROGRAMME ED
NEXT PAGE : 35
Press PLAYER and PAUSE/STILL.
e The picture from the playback VTR appears on the
screen.
INSERT
a
мА т PLAYER
IN _: Qhôémèts
[ = our; hms
NEXT PROGRAMME: ER
NEXT PAGE :
Search for the edit start point on the
playback VTR and press MARK IN.
6
7
INSERT
МАЛЫ OUT
La)
=] A
NEXT PROGRAMME: BO
NEXT PAGE :
Search for the edit end point on the playback
VTR and press MARK OUT.
eThis step is not necessary if the end point on the recording
VTR has been set.
8
INSERT
RECORDER II
tN: hms
PAUSE-STAL OUT: homes
NEXT PROGRAMUE: EU
NEXT PAGE E
Press RECORDER and PAUSE/STILL.
eThe picture from the recording VTR appears on the
screen.
INSERT
frre RECORDER ‘41
|=
NEXT PROGRAMME: OS
NEXT PAGE =
Search for the edit start point on the
recording VTR and press MARK IN.
9
1
INSERT
RECORDER HH
MARK OUT
IN: Юты:
OUT: Dhdimo4s
HEXT PROGRAMME: ED
HEXT PAGE : 555
Search for the edit end point on the
recording VTR and press MARK OUT.
eThis step is not necessary if the end point on the playback
VTR has been set. ‚
elf there is more than one programme, select a programme
number using ¥ and A, and repeat steps 5 to 10.
11
Cu)
||
PROGRAMME EDITING
EER
PREVIEW
PERFORM EDITING
REVIEW
TIMING ADJUST
SELECT - ES, ES
PREVIOUS PAGE EM
Press ENTER.
e The edit start point and the edit end point are memorized.
GV
Programme Editing
Operations On Screen Display
1 9 PROGRAMME EDITING
CONFIRM
JE
4
VIEW
TIMING ADJUST
SELECT „DD.
PREVIOUS PAGE :
Select PERFORM EDITING.
elf a programme Is not correct, it will appear on the screen.
Set the edit start and end points correctly,
e To see a preview before performing editing, select
PREVIEW, See page 48.
13 м
0
= “PLAYER AECORDEN =
Press ENTER.
e Editing begins.
e Afler editing of all programmes is completed, the both
VTRs stop in slill playback mode.
CDITING IN PROGRESS
Notes for Programme Editing:
eFor the edit start point, use a location which is at least
10 seconds from the beginning of the tape. Otherwise, the
programme will not be executed.
# Programme editing can be suspended in mid-execution by
pressing ESC. As a result, however, the picture
immediately after suspending may disappear.
e Programmes are stored even after editing is completed.
Unless they are cancelled, programmes are stored even
after the power has been turned off,
e Programme editing can not be performed with a movie
camera that has a 4-digit counter,
The following movie cameras will not work in the
programme editing mode with this VTA,
VHS full movies: NV-M10E, NV-M25E, NV-M40E,
NV-MS4E
VHS-C movies: NV-MS90E
(As of April 1994)
46
When the VITC function is on:
elfthe programme on the normal counter has been stored,
the On Screen Display shown below may appear after
step 3.
If editing is to be performed using the VITC function,
select YES to cancel all the editing programmes.
(When the VITC function is off, the On Screen Display
shown below will appear if the programme with the time
code has been stored.)
ALL CLEAR
YES =
EDITING WITH МПС?
SELECT 5
PREVIOUS PAGE ;
eWhen MARK IN or MARK OUT is pressed, the time code
is displayed on the screen in increments of hours,
minutes, seconds and frames {25 frames per second).
INSERT
a]
TPLAYER
NN: Oh00m20s101
OUT: — ON00mICs701
NEXT PROGRAMME: BD
KEXT PAGE :
Other Editing Functions
To confirm and Change Editing
Programmes
1 Select CONFIRM after setting the edit start and end
points.
PROGRAMME EDITING
AE
PREVIEW
PERFORM EDITING
REVIEW
TIMING ADJUST
SELECT C0 IE
PREVIOUS PAGE E
2 Press ENTER.
eThe programme list for the playback VTR is displayed.
ao - Poma
fit La 3
A DADImISS
our hE ime
Amara
our "ma
DhO2mbEx
Oncimèés
РАЕМ PAGE :
3 Press RECORDER to confirm the programmes on the
recording VTR.
e Press PLAYER to return to the programme list on the
playback VTR.
RECORDER
CHANGE '
PREVIQUS PAGE :
47
4 Select the programme to be changed.
>]
5 Search for the start or end point to be changed and press
MARK IN or MARK OUT.
ИД
hia, тЫ
Ne INSERT
g
(u) + PLAYER
PAUSA STEL » 2] Но: ChôSmi0s
OUT: 0h05m22s
NEXT PAGE UNE Ea
6 Press ENTER.
To cancel an Editing Programme
In step 4 above, select the programme to be canceled and
press PROG. CLEAR.
PHO CLEAR
>
CHANGE
PREVIOUS
EV
Preview Function
Before performing actual editing, this function allows
confirmation of editing operations without recording.
+ Select PREVIEW alter setting the edit start and end
points.
PROGRAMME EDITING
Ea
CRFDRM EDITING
REVIEW
TIMING ADJUST
SELECT ng om
PREVIOUS PAGE EH
2 Press ENTER.
Preview begins.
INSERT
a
mo »PLAYER
pa
=
RECORDER +
EVIEW
Notes:
e Preview function works only when this VTR is used as the
recording VTR.
o Preview function does not work during assemble editing.
48
Review Function
After editing has been completed, this function plays back
{гот the edit start point to the edit end point on the
recording VTR.
1 Select REVIEW after performing editing.
PROGRAMME ECITING
CONFIRM
PROVIEW
E EDITING
IMING ADJUST
SELECT .
PREVIOUS PAGE : mM
2 Press ENTER.
* Review begins.
mE SELECT 09,
ES PREVIOUS PAGE ‘I
6 Press ENTER.
Edit Timing Adjustment
When petforming editing in conjunction with a unit which
has a different mechanism, there may be a lag in the edit
start point due to a deviation between the time a pause
cancellation signal is received by the recording unit and the
time recording actually begins.
Edit Timing Adjustment is used to compensate the edit start
and end time in light of this start-up time deviation.
—
Record the second hand on a stopwatch with a movie
camera,
Insert this recorded cassette into the playback unit, and a
cassette with an intact erasure prevention tab into the
recording VTA.
Using the point where the second hand reaches zero as
the edit start point, periorm copying.
Play back the copied tape, and check how many seconds
had elapsed at the recording start point.
elf timing is correct, recording should begin at exactly
zero seconds.
5 Select TIMING ADJUST from the screen below.
N
[75]
+
COPYING
MPLAYER ETC) a
PERFORM EDITING
CEE
SELECT ет
PREVIOUS PAGE :
PAOGRAMME EDITING
CONFIRM
PREVIEW
PERFORM EDITING
TIMING ADJUST
MARK ki
SELECT Bo,
PREVQUS PAGE Та
49
e
| |
Programme Editing
7 Adjust the timing for the start point by setting the amount
of the discrepancy of the second hand.
eThe setting is displayed in frame (7% of a second) units.
Thus if, for example, one second had elapsed, set to
—25,
e Corrections can be made in the rarige of +30 frames
(1.2 second).
TIMING ADJUST
MARK IN
TIMING ADJUST
MARK OUT
|
ad ... |
~~
SELECT
HWEVIOUS PAGE
Note:
Edit timing adjustment function only works during
programme editing.
To cancel All Editing Programmes
1 Select ALL CLEAR from the screen below.
PROGRAMME EDITING
mn :
=> AUDIO DUB
SELECT E,
PREVIOUS PAGE :83
2 Select YES.
s All programmes will be canceled.
ALL CLEAR
a
SELECT
PREVIOUS PAGE FA
Editing when not Using an Edit Cable
Editing when not Using an Edit Cable
To connect a VTR or Movie Camera
without an Edit Socket and use This VTR
as the Recording VTR
eConnect the AV1 socket on this VIR {o the TV.
e Connect the AV2 socket or the AUDIO/VIDEQ/S-VIDEO
IN (AV3) sockets on this VTR to the playback unit.
e Select A2 or A3 by pressing A Y on this VTR.
A2: Through the AV2 socket
A3: Through the AV3 sockets on front panel
Set INPUT SELECT on this VTR.
S-VIDEO: Through the S-VIDEO IN and AUDIO IN
sockets
LINE: Through the VIDEO IN and AUDIO IN
sockets
eSet EDIT MODE on this VIR to RECORDER.
eControl is performed by the respective units.
Preparation
eMake the necessary connections.
#|nserl a recorded cassette into the playback unit, and a
cassette with an intact erasure prevention tab into the
recording VTR.
eConfirm that the TV is on.
Recording VTR =__—AV1
Za
1% [nes + |
o -| | ©
Playback Unit
50
Assembly Editing
Operations
1 Press PAUSE/STILL on the recording
VTR.
PAUSE STILL
2 Search for the end of the previous
recording.
Y / AD Ne
Insert Editing, AV Insert Editing and Audio Dubbing
3 Press REC to set for the new recording.
EC
Start playback on the playback unit.
Press PAUSE/STILL again to start the
new recording.
O | ~~
PAUSE STL
Operations On Screen Display
1 Г) Press EDIT MENU.
2 0SD MENU Select EDITING.
ELA
SETTING
CONTROL CABLE 15 КОТ
CONNECTED
ae m
6 Press STOP to stop recording.
7
Synchronized Editing
By connecting a VTR or movie camera with synchronized
editing capability to this VTR using a synchro connéction
cord (optional), it is possible to synchronize the playback
start and stop of the playback unit with the recording start
and stop of this VTR.
1 Put the recording VTR into the recording pause mode by
pressing REC and PAUSE/STILL.
2 Put the playback unit into the still ptayback mode at the
point where editing is to begin.
3 Press PAUSE/STILL on the recording VTR.
¢ The playback unit switches over to the playback mode,
and copying begins automatically.
EDITING
MCSET
3 com
© O ЕЕ Са
PAUTESTLL
EDITIHG
Ea
AUDIO DUB
Press PAUSE/STILL and search for the edit
end point, and press RESET.
s|t is not required for audio dubbing to search for the edit
end point and reset.
Search for the edit start point.
EDITHG
AUDIO CUE
Select INSERT or AUDIO DUB.
* AV insert editing is selected if both AUDIO DUB and
INSERT are selected.
elf once selected, Insert or Audio Dubbing mode is still
active even if the On Screen Display disappears by
pressing EDIT MENU.
Start playback on the playback unit.
7 EDITING
AUV:O DUB
PAUSE-STUi
Press PAUSE/STILL.
e Editing begins.
sinsert and AV insert editing will finish when the counter
reaches 0:00.00,
e Press STOP to stop audio dubbing.
51
e
í В . o
í .
h .
Controls and Connection Sockets
ppp»
7 7 7 7
Controls and Connection Sockets
pp 9 99
/ LL
7
/
w— 1
Basic Controls OQ s-vHs ® rec
o OPERATE When recording on an S-VHS cassette tape, select the To start a recording.
desired recording format with this switch. ®
Toturn the VTR on and ой. ON: The recording will be made in the S-VHS SPILP (NEXT)
o EJECT ' f ' 9 To select the tape speed required for recording.
; orma. ще ‘ SP gives the best picture quality.
To eject a video cassette. eThe S-VHS indicator lights up. LP gives the longest recording time
[— DATE ÓN OFF | OFF: The recording will be made in the VHS format. das
6) Cassette Compartment . To proceed to the next item during setting procedure.
AMEE Insert a video cassette here The S-VHS indicator does not light up.
211211 М° ’ (It is possible to make a recording on an S-VHS RESET
rotamer out car, AUDIO OUT cassette tape in the VHS format, for example, To reset the tape counter {elapsed time) to “0:00.00”.
D {J (y To select the desired sound mode. in order to play back the tape on another VHS eThe tape counter is automatically reset to “0:00.00"
TR oF At the every push of this button, the audio output mode VTR.) when a video cassette is inserted.
o” O DDD changes as follows. eWhen using VHS cassettes, the recording is made in REW (REWIND)
e) (ia) D GOCE СВО > Stereo—Left—Right— Normal audio track— ne vn format respective of the position to which In the stop mode: To rewind the tape.
Ст IS SWIKCT IS SEL. In the playback mode: To search backward.
o a) >) The Left and Right Indicators show which sound mode For Playback, itis not necessary to operate this Inthe rewind mode: To obtain high speed picture.
a MOY. is selected in the following way. " “<II" js lit.
PAUSLISTLE —— SLOW СЭ aS Trac 9 9 , y ‚ eWhen a tape which was recorded in the S-VHS
OMO LES CH y Stereo: Both the Left and Right Indicators are lit. format is played back on a conventional VHS VTR, it ® PAUSE/STILL ;
DD © To Que е” weft The Left Indicator is lit. is not possible to obtain playback picture. = the stop made: Su реше ate mode)
o viana Right: The Right Indicator is lit. uring playback: Still picture (Jog/Shuttle mode)
o = Normal: Both the Left and Right indicators are not lit. © Display During recording: To interrupt recording
OQ AVLINK © REMOTE MODE (VTR1/2/3) O PLAY
To select the VTR mode or TV mode for AV LINK.
@ S-VHS Indicator
Lights up when the S-VHS switch is set to ON.
VTR1: Set to this position on both the VTR and remote
controller for normal use with one VTR.-
VTR2: Set to this position when using two Panasonic
VTRs.
VTR3: Set to this position when using three Panasonic
VTRs.
This allows the remote controller to be set for operating
VTR1, VTR2 or VTRS.
V (7) A(+)
To select the required programme position (TV
station).
To set the clock and timer recording.
To star! playback. "D>" is it.
{ stop
To stop any playback or recording.
@) FF (FAST FORWARD)
in the stop mode: To fast forward the tape.
In the playback mode: To search forward.
In the fast forward mode: To obtain high speed picture.
“DD” is lit.
97
Controls and Connection Sockets
SEDO $ PESIOSD PITO
5 eL
/
ДИ 7 ZA
54
Advanced Controls
®
D
8 8 66
Hi-Fi REC LEVEL
To adjust the recording level to peak at +4 dB on the
recording level indicator.
CLOCK SET
To set the time.
TUNER PRESET
To initiate TV station settings for the tuner.
PHONES LEVEL
For adjusting the volume level of connected stereo
headphones.
PICTURE
To make picture sharper (SHARP) or softer (SOFT).
TBC
When the tape in the cassette is loose or damaged, or
when the tape movementis unstable during recording
or playback, the playback picture may shake from side
to side and the picture may become distorted. In this
case, activate the Time Base Corrector by setting the
TBC Switch to ON, and the picture will become stable
and the shaking will be minimized.
eFor normal use, set the TBC Switch to OFF.
¢ During playback of some pre-recorded tapes, the
tape may shake vertically. In such a case, set the
TBC Switch to OFF,
e This function only works during normal playback in
the PAL system.
16:9
AUTO: For automatically identifying the pictures as
16:9 pictures or 4:3 pictures during recording
and playback and showing them on the wide
TV screen.
eNormally set at this position.
ON: For recording and playback in such a way that
the pictures expanded to 16:9 are shown on
the wide TV screen at all time.
OFF: For recording and playback in such a way that
4:3 pictures are shown on the wide or 4:3 TV
screen al afl times,
O Indicators for Stereo, Bilingual and NICAM
Reception
When receiving a TV programme, the type of sound
system In which it is broadcast is automatically
indicated.
Al Indicator
Lights up when the Al function is on.
INPUT SELECT
When Recording via the AV3 sockets on the front
panel, select A3 by pressing A V and set this switch
to S-VIDEO or LINE.
S-VIDEO: Through the S-VIDEO IN and AUDIO IN
sockets
LINE: Through the VIDEO IN and AUDIO IN
sockets
EDIT MODE
PLAYER: When this VTR is used as the playback
VTR during editing operations. -
RECORDER: When this VTR is used as the recording
VTR during editing operations.
eNormally set at this position,
When operating this VTR using another
VTR of an editing controller.
e The picture quality best suited for
editing is selected.
e When setting at this position,
operation will not be possible and the
On Screen Display will not appear.
Hi-Fi/NORMAL MIX
OFF: Normally set at this position to reproduce the
better sound available from the Hi-Fi track.
ON: Both sound tracks (the Hi-Fi sound track and
the normal sound track} are played back mixed
together. Use this setting when playing back a
cassette tape which has been insert edited or
audio dubbed.
VIDEO MODE
COLOUR: When performing recording and playback
in colour,
AUTO: The VTR automatically distinguishes
between colour and black-and-white
during recording and playback.
B/W: When performing recording and playback
in black-and-white.
PASSIVE:
Al
ON: Using the Al function, recording and playback
are performed in the state which achieves
optimum picture quality in light of
characteristics of a tape.
eThe picture sharpness cannot be adjusted in
this setting.
OFF: Turns off the Al function.
MONO
OFF: Normally set at this position.
ON: Only set at this position to record the normal
sound during a stereo, bilingual or NICAM
broadcast or if the stereo sound is distorted due
to Inferior reception conditions.
e
©
9 9 988609 08600
CHECK/PROG
To select a timer programme number.
“1, 2,3... or 8” is lit,
To display details of preset timer recording.
SLEEP (SHIFT)
To set the time to turn off the VTR automatically.
To blank unoccupied programme position,
TIMER REC
To turn the timer recording function on and off.
{ is fit or not lit.
Once Operating timer recording function, the normal
VTR operation is not possible unless this button is set
to off.
EDIT MENU
To perform editing operations.
AY
To make selections from On Screen Display.
ENTER
To make selections from On Screen Display.
PROG. CLEAR
To cancel an editing programme,
ESC
To return to the previous page on the screen.
To stop editing.
PLAYER
To operate the playback VTR.
MARK IN
To set the edit start point.
RECORDER
To operate the recording VTR.
MARK OUT
To set the edit end point.
Shuttle Ring
To adjust playback speed backward or forward.
Jog Dial
To locate any desired frame with utmost precision.
Lv—1
O
Controls and Connection Sockets
©
©
©
@
®
®
© © © ©
© ©
infrared Remote Control Receiver Window
OPERATE Indicator
Lights up when the VTR is turned on.
STAND BY Indicator
Lights up when the AC mains lead is connected and
the VTR is turned off. :
TIMER REC Indicator ,
Lights up when the timer recording function is on.
TAPE IN Indicator
Lights up when a cassette is inserted.
S-VIDEO IN (AV3)
To connect the S-Video cable 10 a movie camera Orio
another VTR that has a S-Video output socket.
VIDEO IN (AV3)
To connect the video cable to a movie camera or to
another VIR.
AUDIO IN (AV3)
To connect the audio cable to a movie camera or to
another VTR.
EDIT
To connect a movie camera or another VTR equipped
with an edit socket or an editing controller,
SYNC. EDIT
To connect a movie camera or another VTR equipped
with synchronized editing capability.
MIC
To connect a microphone for recording. Once
connected, this socket has priority.
PHONES
To connect stereo headphones.
56
—l
/ °
VA ZZ 7
CEA
OOAO0 OOOO, AA
ma Bus
onona Y ot
/
§ & SS
@ RFOUT | NORMAL (AV1/AV2) S-VIDEO (AV1)
To connect to the aerial terminal on a TV set. 1 AUDIO OUTPUT 1 AUDIO OUTPUT
NORMAL/S-VIDEO OUT/TEST SIGNAL CH2 (A) CH2 (A)
NORMAL: Normally set to this position. 2 AUDIO INPUT CH2 (R) 2 AUDIO INPUT CH2 (R)
S-VIDEO OUT (AV1): . 3 AUDIO OUTPUT 3 AUDIO OUTPUT CH1
nia ; CH1 (L) (L)
cone this position when connecting the 4 AUDIO GND 4 AUDIO GND
са TV sel equipped wilh 21-pin 5 BLUE GND 5 No connection
Euro- os
VIC signal input... with pins for separate 6 AUDIO INPUT CH1 (L) 6 AUDIO INPUT CH1 (L)
TEST SIGNAL: - 7 BLUE 7 Noconnection
Set to this position when tuning the TV into 8 To 8 TADO
the VTR.
The test signal is transmitted on channel 10 GREER SRD 10 No connection
38 and AV1. 11 GREEN 11 No connection
(3 AUDIO OUT 12 No connection 12 No connection
To connect the sound to à stereo audio system. 13 RED GND 13 No connection
REIN 14 BLANKING GND 14 No connection
To connect 1o the external aerial, 15 RED 15 COUT
16 BLANKING 16 No connection
M CH ADJ. 17 VIDEO OUTPUT GND 17 VIDEO OUTPUT GND
To adjust the RF transmitting channel 32-40. 18 VIDEO INPUT GND 18 No connection
AVI 19 VIDEO OUTPUT 19 Y OUT
This 21-pin scart terminal carries input and output 20 VIDEO INPUT —. 20 VIDEO INPUT
signals for both picture and sound. TV sets equipped 21 GND 21 GND
with a similar socket can be connected here, Caution: RGB reservation for only E/E operation when
This is also called Scart connecting the Pay TV decoder
Peritel АУ?
Euro Connector To connect to a decoder or another VTR.
ase wi e Only used as the input socket.
69 VIDEO OUT
TA To connect the video cable to a TV or another VTR.
71 © 0 10 15 16 18 20 To connect the S-Video cable to a TV or another VTR
that has a S-Video input socket.
62 ACIN-
To connect to the main power supply.
57
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SECTION 2
© ADJUSTMENT PROCEDURES
2-1. DISASSEMBLY METHOD
2-1-1. DISASSEMBLY FLOW CHART
This flow chart indicates disassembly steps of the cabinet
parts and the circuit boards in order to find the > necessary
items for servicing.
When reassembling, perform the steps in the reverse order.
—1 1. TOP PANEL
2. BOTTOM PLATE
‘ 3. FRONT PANEL UNIT
4. TIMER C.B.A. & VR C.B.A.
5. MAIN C.B.A. %
POWER SUPPLY UNIT
6. TBC C.B.A.
7. PACK SERVICING POSITION k—
—| 8. CLEANER ARM UNIT
a Fig. D1
2-1-2. DETAIL OF DISASSEMBLY METHOD
1.
REMOVAL OF THE TOP PANEL
Remove...... 4 Screws (A)
Screws (A) TT omm
BLACK
il
y li
M
" 1
Fig. D2
2. REMOVAL OF THE BOTTOM PLATE
Remove...... 6 Screws (B)
(BOTTOM VIEW| BOTTOM PLATE
р O
= )
IS La} Le 1 7:
Т B a
Soo 000 000
000 000 0500
Screws (B)
Tom
GOLD
Fig. D3
SECTION aa
3. REMOVAL OF THE FRONT PANEL UNIT
Remove...... Screws (С)
Unlock ........ 8 Tabs (D)
FRONT VIEW|
RED
Те
FRONT PANEL UNIT Screw (C)
Tabs (D)
Fig. D4
4. REMOVAL OF THE TIMER C.B.A. & THE VR C.B.A.
Unlock ........ 9 Tabs (F)
FRONT VIEW|
TIMER C.B.A.
~~)
Tabs (F)
Fig. D5
5. REMOVAL OF THE MAIN C.B.A. & THE POWER
SUPPLY UNIT
REMOVAL OF THE MAIN C.B.A.
Remove ...... 3 Screws (G)
Remove...... 2 Screws (H)
Unlock ........ Tab (1)
REMOVAL OF THE POWER SUPPLY UNIT
Remove...... 2 Screws (J)
Remove...... Screws (K)
Unlock ........ 2 Screws (L) and The HEAT SINK COVER
Remove...... Screw (M) and The HEAT SINK
POWER SUPPLY UNIT
0
Tab (1)
O
O O
0000
MAIN C.B.A. Screws (J)
Tr
RED
(GQ), (J)
HEAT SINK COVER
& HEAT SINK
Screws (G)
Screws (L)
© ©
©
© ©
Screws (H) Screw (M) Screw (K)
) FF
12
J Tome || Boom || TT rome
BLACK BLACK RED
(H), (K) (L) (M)
Fig. D6
6. REMOVAL OF THE TBC C.B.A. 8. REMOVAL OF THE CLEANER ARM UNIT 2-3. DISASSEMBLY PROCEDURES
Remove...... 4 Screws (N) 1. Unlock the locking portion (O). OF MECHANISM |
2. Pull up the Cleaner Arm Unit. | The mechanical chassis of this model is the K Mechanical
Chassis.
[BOTTOM VIEW| | CLEANER ARM UNIT ВЕ — Therefore refer to the Service Manual for K Mechanical
10mm Chassis. (Order No. VRD9307M131)
' | Locking Portion (O)
RED | | Г} 2-4. ASSEMBLY PROCEDURES
Screws (N) | a | OF MECHANISM
TBC C.B.A. | 11
\ ze | The mechanical chassis of this model is the K Mechanical
(NN \ | x I Chassis.
Therefore refer to the Service Manual for K Mechanical
Chassis. (Order No. VRD9307M131)
Ou №
N
eN
di y Fig. D9
J
LI U съ съ Ta ET PTE T Tu T
CT a 2-2. MECHANICAL ADJUSTMENT | CIRCUIT BOARD LAYOUT
PROCEDURES
Cia DY The mechanical chassis of this model is the K Mechanical
9. Chassis.
O Therefore refer to the Service Manual for K Mechanical REC/RF AMP PACK C.B.A. 5 TV DEMODULATOR PACK C.B.A.
Chassis. (Order No. VRD9307M131) | |
Confi . . | . DECODER PACK C.B.A.
onfirm the isolation between Mechanical Chassis and . ,
Main C.B.A. before connecting Main AC. To make a Adjustment Mode for Tape interchange- (NV-HS1000EC) LUMINANCE 8: CHROMINANCE
ability, connect a Jumper wire which has been cut as PACK CBA
shown in Fig. M1. CAPSTAN DRIVE mes
(Auto Tracking is turned off) ; PACK C.B.A. SUB LUMINANCE &
After finishing the adjustment, disconnect the jumper PDC PACK C.B.A. CHROMINANCE PACK C.B.A.
wire. (OPTION)
SUB AUDIO PACK C.B.A.
MAIN C.B.A. |
Hi-Fi AUDIO PACK C.B.A.
"MAIN C.B.A. HEAD AMP C.B.A.
POWER C.B.A.
Jumper wire
which has been cut «
Pi
Cm C6001 VR C.BA. |
Insulation Sheet MAIN C.B.A. |
— TBC C.B.A.
Fig. D8
TIMER C.B.A.
a Fig. Mi
- N LUMINANCE & CHROMINANCE PACK C. B. A. SUB LUMINANCE & CHROMINANCE PACK C, B, A.
@ eTP1002 -
TP1003 | || || \
YNR VR802
A AVR3301
BALANCE CNR |
A C3502 [AT]
TP3021 AVR303 GAIN
e |
1730028 SWS] [в В VR803 PHASE
VIDEO OUT |[@ — P.8 2) nao rats R801 PEAK LP Q.|VR3305
1P8021 VR304A A A AVR804 A VR3307 A AVR3302 VR3304A A
VR4002 [c our] OUT \ [VHS P, B] P, B >» |
| [EP REV] -
SP REV VR2003 BIAS CURR.
VR2005 4 A [ep Fan [CTL TP4003 € eTP4002 INPUT/OUTPUT PACK C, B. À HEAD AMP C, B. A.
. ЕД
VR2004 À À VR2002 H (+) BIAS o A VR3003 P1001 r—" a ha p—t Nd
e © TP2032 ® 77490 CURR. TP4004 [REC © e e elrsor
e TP2031 -
TP6011 TP6010 = S-CAS A TP508
| SERVICE | [TEST | . VR3901
TP2002 | HC) REC
P.B CURR,
CTL AVR2001 e e 1P3001
PG TP4511
SHIFTER FC e
‘A, H, SW]
| [А H. SW] тР2027
S-VHS |
e P. B
VR3002 A A VR3001
s-vHs | | VHS
REC Y REC Y CAPSTAN DRIVE PACK C. B. A.
| 3 o
TP2026 @ | TP2015
CAP CAP
R/S/F rai
OPERATION C, B. À,
A A. A
VR6502 VRESO1- VR6503
| | PICTURE | | PHONES | HI-FI
| REC
Hi-Fi AUDIO PACK C. B. A.
Г
VR4512 VR4501 VR4502 VR4551 VR4552 VR4550 VR4509 VR4507 — Ls =
|W/B 2| —
LEVEL | | FO LEVEL | [MULTI MULTI FO FO LEVEL A VR9005 [DIGITAL C
FO FO VRO003 |W/B 1
TIMER С. В. А.
DELAY A VR4004 A C7501
GAIN Tec. [METER ADJ.] T1MER
VA9501A vr9007 CLOCK
A
CE: @TP9001
NOISE GATE |
VRSOOTA 4 NOISE GATE
VA9002
NOISE GATE
A gu ra 4
3 rt rd
2—6
2-5. ELECTRICAL ADJUSTMENT
PROCEDURES
This section provides complete adjustment procedures
required for electric circuits of VHS Video Cassette
Recorders.
2-5-1. TEST EQUIPMENT
To perform electrical adjustments following equipment is
required.
1. Dual-Trace Oscilloscope. (More than 35MHz)
Voltage Range: 0.005-5 V/div
Frequency Range: DC-35 MHz
Probes: 10:1 OR 1:1
2. Frequency Counter.
Frequency Range: 0-10MHz
Probes: 1:1
. Universal Counter.
. Digital Volt Meter. (D.V.M.)
. Video Sweep Generator.
. Sine Wave Generator.
. Video Pattern Generator.
. VHS Alignment Tape. (VFJ8125H3F)
. VHS Blank Tape.
10. Monitor.
11. Plastic Tip Driver.
12. DC Power Supply.
©0NO0O0R0O
2-5-2. PREPARATION
During adjustment, set each selector as follows: when no
indication in the procedure.
NORMAL/Y/C/TEST SIGNAL SW (REAR)...NORMAL
VIDEO MODE SWi-..........—me-me nr mer erernanenanaonana AUTO
AI SW crc reese errr ON
EDIT MODE SW -.................esncancacecanccacececcens RECORDER
HIFI/NORMAL MIX SW Lo. OFF
PICTURE VR ...............—..eeccnccccaccccaccaconconaaona CENTRE FIX
HIFI REC LEVEL VR -............e. eee nnanan nana CENTRE FIX
CHANNEL.................eeecccacconecocecenercenea menea A1/A2/A3
(Set to signal input terminal number)
TBC SW eccrine ene OFF
16:9 SW cetera AUTO
AV3 INPUT SELECT SW -...............eecenecconoco S-VIDEO/LINE
(Set to signal input terminal)
S-VHS SW .......………csessrerseneersrsssansensenrereveeee ON
MONO SW (NV-HS1000EC) ............—..—e—..... OFF
NICAM/MONO SW (NV-HS1000B8) .............. NICAM
2-5-3. HOW TO READ ADJUSTMENT PROCEDURES
Mode of VTR
Connecting Point Example: SELF RECORDING
(Test Point) of Recorded the Video Signal
Measuring and Play Back the just
Equipment recorded portion
Supply a Video
Adjustment Signal to the VIDEO
Component INPUT on the rear
panel or tune in a
local on-air
Y \ Y | \
TP | ADJ. MODE INPUT
TP2001 Roo02 -|SELF VIDEO
TP2002 | RECORDING | SIGNAL
TAPE | M.EQ. SPEC.
ALIGNMENT
{ TAPE OPE” 0.4-+—0.4msec
VFJ8125H3F
\ \
Measuring Specification
Equipment for Adjustment
Tape for the adjustment
Example: Alignment tape (VFJ81 25H3F)
Fig. Et
DELAY MODE
TP2001
a
TP2002 ‘ 7
CONNECTION >TP2001 (TRIGGER) <
POINT OF A N
SCOPE TP2002
TRIGGER
CHANNEL OF
A SCOPE
Fig. E2
SERVO SECTION
2.5-4. PG SHIFTER ADJUSTMENT
TP ADJ. MODE INPUT
TP2001
(TEST LAND) VR2001 PLAYBACK
VIDEO OUT
TAPE M. EQ. SPEC.
ALIGNMENT
TAPE OPE 8.0+—0.5 (H)
VFJ8125H3F
VIDEOCQUT
ha A ATEN So
+ -
Ll ad -
MR 007 |
RR 20+ —05 (9)
Fig. E3
2-5-5. SLOW TRACKING ADJUSTMENT
TP ADJ. MODE INPUT
VR2004
MONITOR | (SP) SECORDED) CCIR
SCREEN VR2002 PATTERN
SLOW
(LP)
TAPE M. EQ. SPEC.
Noise bar on the monitor
BLANK TAPE MONITOR screen is minimized.
(Shown in Fig. E5)
Note: 1. Before this adjustment, connect a jumper wire
which has been cut as shown in Fig. E4.
2. After connecting a jumper wire, press the
TRACKING (+) and (—) buttons on the Remote
Controller simultaneously to set the tracking to
centre fix position.
3. After this adjustment, disconnect a jumper wire.
MAIN C.B.A.
Cut Jumper Wire
HF
om IC6001
Fig. E4
MINIMUM AS POSSIBLE
Fig. E5
2-5-6. REVERSE SLOW TRACKING ADJUSTMENT
0 TP ADJ. MODE INPUT
VR2005
MONITOR | (SP) RECORDED) CCIR
SCREEN VR2003 PATTERN
REV SLOW
(LP) :
TAPE M. EQ. SPEC.
Noise bar on the monitor
BLANK TAPE VO NITOR screen Is minimized.
(Shown in Fig. E5)
REV SLOW: REVERSE SLOW
Note: 1. Before this adjustment, connect a jumper which
has been cut as shown in Fig. E4.
2. After connecting a jumper wire, press the
TRACKING (+) and (—) buttons on the Remote
Controller simultaneously to set the tracking to
centre fix position.
e 3. After this adjustment, disconnect a jumper wire.
2-5-7. AUTO TRACKING GAIN ADJUSTMENT
TP ADJ. MODE INPUT
SINEWAVE
PP3011-1 VR3301 STOP |4MHz/200mVp-p
(TO PP3011-2)
TAPE M. EQ. SPEC.
SINEWAVE |
o GENE./ 3.1+—0.1 (V)
| D.V.M.
Note: 1. After connecting the Sinewave Generator to
PP3011-2, set the signal level to 4MHz/200 mVp-p.
LUMINANCE & CHROMINANCE
SECTION
e 2-5-8. ARTIFICIAL PAL FREE RUN ADJUSTMENT
TP ADJ. MODE INPUT
1С802-9
(TL803) VR803 STOP
TAPE M. EQ. SPEC.
FREQUENCY
COUNTER/
GENERATOR |
Note: 1. Supply +5V DC to IC802-27 (TL802).
2. Turn VR803 to maximum frequency, then adjust
VR803 until the specification.
2-5-9. RECORDING CURRENT ADJUSTMENT
TP ADJ. MODE INPUT
VR3001
(VHS Y) PAL
TP507 (HOT) |\wsoge | | SP PAL Ur
TP508 (GND) (S-VHS Y) RECORDING BAR
VR3003 (C)
TAPE M. EQ. SPEC.
SH ape | SSSR" | VHS 1: 1201—5 (me
C : 28+—2 (mVp-p)
Note: 1. Set the Al SW to OFF position.
2. When adjusting the S-VHS Luminance level, set
the S-VHS SW to ON position.
3. When adjusting the VHS Luminance level, set the
S-VHS SW to OFF position.
4. Adjust the Luminance level until the peak level of
V-SYNC is 110-+—5mVp-p (VHS MODE), 120+—
5mVp-p (S-VHS MODE).
5. When adjusting the Chrominance level, Supply +
5V DC to PP3001-6 (TL14) to eliminate Luminance
component.
VHS: 9104 —6 (mis)
S-VHS-V: 120+ =6 (SE)
Fig. E6
2-5-10. VHS FREQUENCY RESPONSE ADJUSTMENT
2-5-11. RF PEAK FREQUENCY ADJUSTMENT
TP ADJ. MODE INPUT
VR3305 — | spy p (SELF | VIDEO SWEEP
VIDEO | (SP) RECORDED) | SIGNAL
OUT VR3304 PLAYBACK (Shown in
(LP) Fig. E7)
TAPE M. EQ. SPEC.
OSCILLO-
BLANK ve. SP: 0-+—1(dB) (90—110%)
TAPE | LES» LP: 0+—1(dB) (90—110%)
GENERATOR
Note: 1. Set the Video Sweep Signal as shown in Fig. E7.
2. Set the Al and S-VHS SW to OFF position.
3. Set the VIDEO MODE SW to B/W position.
TP ADJ. MODE INPUT
VIDEO
SWEEP
PP3011-18 VR3307 — |PLAYBACK | sigGNAL
(PP3014-14)
TAPE M. EQ. SPEC.
OSCILLO-
ALIGNMENT | SCOPE/ SIGNAL LEVEL AT 7 MHz
TAPE VIDEO PORTION 1S MAXIMUM
(VFJ8125H3F) | SWEEP |
СЕМЕВАТОВ
Note:
CONDITION: BURST SIGNAL OFF
75 ohm TERMINATED
1. Connect the Service Circuit as shown in Fig. ES.
2. Disconnect P501 (from MAIN C.B.A. to HEAD AMP
PACK C.B.A.).
3. Set VR3302 to centre position.
4. Connect a jumper wire between PP3011-5 and
GND.
5. Set the Video Sweep Signal Generator (video
signal only) as shown in Fig. E10.
6. Supply set up video sweep signal to PP3011-14 via
Service Circuit.
7. Adjust VR3307 until the signal level at 7 MHz
portion is miximum as shown in Fig. E11.
8. After this adjustment, connect P501.
Fig. E7
”
|
4.8+ —
O
0.1V
2SD636
PP3011-14 INPUT
75
(Example)
75 ohm: ERDS2TJ750 0.01 u: ECCF1H104ZF
1Kohm: ERDS2TJ102 47P: ECCF1H470JC
47 Kohm: ERD2TJ473 6V47u: ECEA0JK470
Fig. E9
Fig. E8
=454+ =1 (E) |
== TA O
Fig. E11 5
e 2-5-12. S-VHS FREQUENCY RESPONSE ADJUSTMENT
Fig. E13
TP ADJ. MODE INPUT ©
SP (SELF | VIDEO SWEEP x
SE R302 RECORDED) | SIGNAL 2-5-13. VHS PLAYBACK LEVEL ADJUSTMENT
— |PLAYBACK | (PS002-10) TP ADJ. MODE INPUT
TAPE M. EQ. SPEC. *
SP (SELF
TP3021 (Y) | VR302 (Y) PAL COLOUR
OSCILLO- TP8021 (С) | VR804 (c) | RECORDED) | gap
S-VHS | SCOPE/ PLAYBACK
| BLANK | VIDEO SP: —4.5+—1(dB) (55—70%)
| e SARC | SWEEP TAPE M. EQ. SPEC.
GENERATOR | BLANK | OSCILLO- Y:2.0+—0.1 (Vp-p)
TAPE | SCOPE C:1.14+—0.1 (Vp-p)
Note: 1. Before this adjustment, RF PEAK ADJUSTMENT
must be done. a Note: 1. Set the S-VHS SW to OFF position.
. Set the Video Sweep Signal as shown in Fig. E12.
. Set the Al SW to OFF position.
. Connect a jumper wire between PP3003-5 and
GND.
. After this adjustment, disconnect the jumper wire.
On BON
CONDITION: BURST SIGNAL OFF
75 ohm TERMINATED
Fig. E12
Fig. E14
204 —O0 Mia
CVA LEVEL
1.14 =01 MP)
Fig. E15 Fig. E17
25-14. S-VHS PLAYBACK LEVEL ADJUSTMENT 2-5-15. YNR ADJUSTMENT
TP ADJ. . MODE INPUT TP ADJ. MODE INPUT
SP (SELF LP PAL COLOUR
TP3022 (Y 1) | VR301 (Y1) PAL COLOUR 1C301-34 VR303
TP3021 (Y2) | VR304 (Y2) ACK BAR RECORDING | BAR
TAPE M. EQ. SPEC. e
TAPE M. EQ. SPEC. BLANK OSCILLO
- - WAVEFORM [S MINIMUM
SHS | OscILLO- | Y1: 0.43+—0.01(Vp-p) TAPE | SCOPE
TAPE SCOPE Y2: 2.0+—0.01(Vp-p)
| Note: 1. Connect the capacitor (1500pF) between 1C301-34
, and GND as shown in Fig. E18.
Note: 1. Set the S-VHS SW to ON position.
2, Before this adjustment, VHS PLAYBACK LEVEL
ADJUSTMENT must be done.
Г |
SOON
1С301 @ OSCILLOSCOPE
To
Fig. E18
Fig. E16
2-5-17. 1H DELAY GAIN ADJUSTMENT
e TP ADJ. MODE INPUT
| | (SELF
P90013 | VRe501 |RECORDED) | PAL COLOUR
| PLAYBACK
MINIMUM AS POSSIBLE | TAPE M. EQ. SPEC.
| BLANK | OSCILLO- | SIGNAL LEVEL OF P9001-3
TAPE | SCOPE | +—0.03 (Vp-p)
Note: 1. Set the S-VHS and TBC SW to OFF position.
Note: 2. Connect the oscilloscope to P9001-1 and 3.
Note: 3. Adjust VR9501 until the level of P9001-1 is level of
P9001-3 +—0.03 Vp-p.
ROO
Fig. E19
2-5-16. CHROMINANCE RECURSIVE ADJUSTMENT
TP ADJ. MODE — INPUT
(SELF |
1C801-7 Rao? RECORDED) par COLOUR
@ PLAYBACK
TAPE M. EQ. SPEC.
BLANK | OSCILLO- Fig. E21
TAPE SCOPE WAVEFORM IS MINIMUM
2-5-18. TBC NOISE GATE ADJUSTMENT
Note: 1. Before this adjustment, RECORDING CURRENT
and YNR ADJUSTMENT must be done. TP ADJ. MODE INPUT
Note: 2. Adjust VR801 and VR802 alternately until the
amplitude of the signal at IC801-7 is minimum. (SELF
TP9001 | VR9002 |RECORDED) CAR COLOUR
0 PLAYBACK
add ma TAPE M. EQ. SPEC.
BLANK OSCILLO-
MINIMUM AS FOSSELE
Fig. E20
2-56-19. TBC SYNC LEVEL ADJUSTMENT
TP ADJ. MODE INPUT
(SELF
P9001-1 | VR9007 |RECORDED) CAR COLOUR
- PLAYBACK
TAPE M. EQ. SPEC.
BLANK | OSCILLO- au
BLANK | 9SCILL BIA=43-+—2 (%)
Note: 1. Set the TBC SW to ON position.
Note: 2. Set the S-VHS SW to OFF position.
BIAdiuistable)
16
Ed
wp
Fig. E23
2-5-20. TBC WHITE BALANCE ADJUSTMENT
TP ADJ. MODE INPUT
(SELF |
Р9001-5 | VASO. |RECORDED)| LAR COLOUR
PLAYBACK |
ТАРЕ M. EQ. SPEC.
BLANK | OSCILLO- | SIGNAL LEVEL OF WHITE
TAPE | SCOPE | PORTION IS MINIMUM
Note: 1. Set the TBC SW to ON position.
Note: 2. Before TBC R-Y LEVEL and TBC DIGITAL
CHROMINANCE LEVEL ADJUSTMENT, this
adjustment must be done.
Note: 3. Adjust VR9005 and VR9006 alternately until the
signal level of white portion is minimum.
MINIMUM AS FOSSELE
Fig. E24
2-5-21. TBC R-Y LEVEL ADJUSTMENT
TP ADJ. MODE INPUT
(SELF
VIDEO OUT | VR9003 |RECORDED)| En COLOUR
| PLAYBACK
TAPE M. EQ. SPEC.
BLANK | VECTOR- | RED VECTOR PHASE
TAPE | SCOPE DIFFERENCE IS +—3°
Note: 1. Turn on the TBC SW and adjust VR9003 until the
RED vector is +—3* compared with TBC off
condition.
Note: 2. Confirm TBC R-Y LEVEL and TBC DIGITAL
CHROMINANCE LEVEL ADJUSTMENT mutually
when them adjust.
Fig. E25
2-5-22. TBC DIGITAL CHROMINANCE LEVEL ADJUSTMENT 2-56-24. AGC LEVEL ADJUSTMENT
e TP ADJ. MODE INPUT TP ADJ. MODE INPUT
(SELF | PAL COLOUR
VIDEO OUT | VRe004 | SECORDED) | PAL COLOUR PP3023-1 | VR3901 STOP | BAR
PLAYBACK | BAR
TAPE M. EQ. SPEC.
TAPE M. EQ. SPEC. АМК | OSCILLO 04-008 ven
BLANK | VECTOR- | TAPE | SCOPE : -
BLAN SCOPE | BURST LEVEL IS THE SAME |
Note: 1. Turn off the TBC SW and adjust GAIN VR on
vectorscope until the burst level is 75%.
2. Turn on the TBC SW and adjust VR9004 until the 10+ —0.08 Mp5)
burst level is the same as TBC off condition (75%).
Fig. E27
Fig. E26
2-5-23. TBC PLAYBACK LEVEL ADJUSTMENT
0 TP ADJ. MODE INPUT
we (SELF
P9001-1 | VR9001 |RECORDED)| BAR TEE
PLAYBACK
TAPE M. EQ. SPEC.
BLANK | OSCILLO-
TAPE | SCOPE 100+—2.5 (%)
Note: 1. Set the S-VHS SW to OFF position.
2. Connect the oscilloscope to P9001-1 and 3.
3. Adjust VR9001 until the signal level of P9001-1
is 100+—2.5% compared with signal level of
P9001-3.
AUDIO SECTION 2-5-28. DEVIATION ADJUSTMENT
2-5-25. BIAS CURRENT ADJUSTMENT | a. TP ADJ. MODE INPUT
TP ADJ. MODE INPUT BETWEEN
VR4502 and SINEWAVE
TP4002 (HOT/ R4511 (L) VR4502 (L) |SP 1 KHz/—6 dB
TEST LAND) BETWEEN | VR4507 (R) | RECORDING
TP4003 (GND/ VR4002 | RECORDING VR4507 and (AV1 IN)
TEST LAND) : R4561 (R)
TAPE M. EQ. SPEC. TAPE M. EQ. SPEC.
BLANK _ V.T.V.M./
TAPE V.T.V.M. 3.04—0.1 (mVrms) DES | SINEWAVE 110 (mVrms)
GENERATOR
Note: 1. Connect a jumper wire between TP4004 and GND.
2. Set the S-VHS SW to OFF position. Note: 1. Before recording the sinewave, adjust the HIFI
REC VR until the audio output level of AV1 is
2-5-26. HiFi E-E LEVEL ADJUSTMENT 400mVrms.
TP ADJ. MODE INPUT 2-5-29. FM B.P.F. ADJUSTMENT
| SINEWAVE
пою OUT | VR4512 STOP | 1KHz/—6dB ТР ADJ. MODE INPUT
(AUDIO IN (L)) 1С4501-33 SINEWAVE
(L) 1.608 MHz/
V.T.V.M/ (R) (PS4003-8)
SINEWAVE —8+—0.5 (dB)
GENERATOR : TAPE M. EQ. SPEC.
Note: 1. Select the STEREO mode by Remote Controller. RECORDED | SCOPE Lch (1C4501-33)=
(Both Left and Right indicators on the FIP are lit.) TAPE SINEWAVE Reh (1C4501-48)
2. Set the HIFI REC VR to FIX position. GENERATOR
2-5-27. CARRIER FREQUENCY ADJUSTMENT Note: 1. Disconnect P501 (from MAIN C.B.A. to HEAD AMP
PACK C.B.A.).
TP ADJ. MODE INPUT 2. Connect a jumper wire between PP4003-16 and
GND.
NTSC) 3. The GND lead of oscilloscope must be connected
й to G IF] AUDIO .B.A.
IC4501-34 VR4509 ro SND on H PACK C.B.A. to reduce the
(L) (NTSC-R) | SP . 4. Suppl : A _
1C4501-47 | VR4551 RECORDING . Supply Ihe sinewave signal (1.608 MHz/400 mVp-p)
(R) (PAL-L) 5. After this adjustment, connect P501 and disconnect e
VR4552 the jumper wire.
(PAL-R)
TAPE M. EQ. SPEC.
NTSC-L: 1.3+—0.003 (MHz)
BLANK |FREQUENCY |NTSC-R: 1.7+—0.003 (MHz)
TAPE COUNTER PAL-L: 1.44+—0.003 (MHz)
PAL-R: 1.8+—0.003 (MHz)
Note: 1. When adjusting the NTSC mode, connect a jumper
wire between PP3013-13 and GND.
2. When adjusting the PAL mode, disconnect a
jumper wire.
TIMER SECTION
2-5-30. TIMER REFERENCE CLOCK ADJUSTMENT
TP ADJ. MODE INPUT
TL7501 C7501 STOP
TAPE M. EQ. : SPEC.
UNIVERSAL
COUNTER 7812.5+—0.015 (usec)
2-5-31. LEVEL METER SENSITIVITY ADJUSTMENT
TP ADJ. MODE INPUT
LEVEL | KH 6GB
METER ON | VR4004 STOP
TUE Elb (AUDIO IN
(L), (R))
TAPE M. EQ. SPEC.
0dB INDICATOR ON THE
AUDIO LEVEL METER JUST
LIGHTS UP
Note: 1. Select the STEREO made.
(Both Left and Right indicators on the FIP are lit.)
2. Before recording the sinewave, adjust the HIFI
REC VR until the signal level at Audio Output
Terminal is 400 mVrms.
2-5-32. CHARACTER GENERATOR VCO ADJUSTMENT
TP ADJ. MODE INPUT
1С3501-26 PAL COLOUR
| (TL3) C3502 STOP BAR
TAPE M. EQ. SPEC.
V.T.V.M. | 2.5+—0.25V
Memo
SECTION 3
BLOCK DIAGRAMS
443NT [L]
. COMP
. COMPO
. D.P [L]
. D/L [L]
DEF [S]
DEF [S] [L]
. DUB P [L]
DUB [H]
ERASE
H. SW
HEAD [R]
HEAD [W]
IN [L]
IN [R]
MUT [H]
. MUTE [H]
. OUT [L]
. OUT [R]
. RF OUT
A/VS/S. DATA
AC ONLINE
AC. O/EE. H
АЕС $ С
AFC [S]
AFC. DEF
ARFC OUT
ART. V
ART. V. MM
>> >>> >>> >>> > > > > > > >>
ART. V/H/N
AT. V/HIN
ATSW/TEST/NOR/SE
AUDIO IN [L]
AUDIO IN [R]
AUDIO OUT [L]
AUDIO OUT [R]
AUDIO SELECT [H]
AUDIO. L
AUDIO. R
AV CNT
AV CTL
AV CTL/S. CLK
AV. C.M.
AVCNT/METER. R
AVSW/METER. L
B MODE. H
B.G.P
BACKUP 5V
BAND. U.E.
BANDVL. D
BI/MI [L]
BIL
BIL [L]
0 3-1. ABBREVIATIONS
4.43 NTSC ©
AUDIO COMPONENT SIGNAL
AUDIO COMPONENT SIGNAL
AUDIO DUBBING PAUSE ©
AUDIO DUBBING PAUSE O
AUDIO DEFEAT
AUDIO DEFEAT
AUDIO DUBBING PAUSE O
AUDIO DUBBING ®
AUDIO ERASE
AUDIO HEAD SWITCHING PULSE
AUDIO HEAD (REC)
AUDIO HEAD (PLAY)
AUDIO INPUT (L)
AUDIO INPUT (R)
AUDIO MUTE ®
AUDIO MUTE ®
AUDIO OUTPUT (L)
AUDIO OUTPUT (R)
AUDIO RF SIGNAL OUTPUT
AV SWISERIAL DATA
AC ONLINE
AC ONLINE/EE O)
AFC S CURVE
AFC S CURVE
AFC DEFEAT
AUDIO RF SIGNAL OUTPUT
ARTIFICIAL VERTICAL SYNC SIGNAL
ARTIFICIAL VERTICAL SYNC
SIGNAL MONO MULTI
ARTIFICIAL VERTICAL SYNC
SIGNAL ®/NORMAL
ARTIFICIAL VERTICAL SYNC SIGNAL
TEST/NORMAL/SERVICE
AUDIO INPUT (L)
AUDIO INPUT (R)
AUDIO OUTPUT (L)
AUDIO OUTPUT (R)
AUDIO SELECT ®
AUDIO (L)
AUDIO (R)
AV CONTROL
AV CONTROL
AV CONTROL/SERIAL CLOCK
AV CONTROL MODE
AV CONTROL/LEVEL METER (R)
AV SW/LEVEL METER (L)
B MODE ®
BURST GATE PULSE
BACK UP 5V
BAND U
BAND VL
BILINGUAL/MIX ©
BILINGUAL
BILINGUAL ©
BIL. [H]
BIL/M1 [L]
BS CLOCK
BS DATA
BS LCH IN
BS MIX [H]
BS MON [H]
BS MONI [H]
BS RCH IN
BS VIDEO
BS VIDEO/BS1
BS [H]
BS. LEVEL
BS. M [H]
BS/VTR [H]
BUS CLK
BUS LSN
BUS TLK
BUZZER
CAP EC
CAP M GND
CAP. ET
CAP. FG1
CAP. FG2
CAS. SW
CCN
CCP
CHM
CHP
CINEM [L]
CINEMA [L]
CINEMA/MIX
CKL
CKS
CL
CLK
CLK (C.G)
CLOCK. IN
CLP
COL/B/W/NOR
COLOR [H]
CONV
cs
CTL GND
CTL HEAD [+]
CTL HEAD [-]
CTL [+]
CTL [-]
CUE BIAS
CURRENT LIM
CYLET
CYL GND
D.F.M. REC [H]
D. FM REC [L]
D. GND
BILINGUAL ®
BILINGUAL ©
BS CLOCK
BS DATA
BS L CHANNEL INPUT
BS MIX ®
BS MONITOR ®
BS MONITOR ®
BS R CHANNEL INPUT
BS VIDEO SIGNAL
BS VIDEO SIGNAL
BS O
BS LEVEL
BS MONITOR O
BSIVTR O
BUS CLOCK
BUS LISTEN
BUS TALK
BUZZER
CAPSTAN TORQUE CONTROL
CAPSTAN MOTOR GND
CAPSTAN TORQUE CONTROL
CAPSTAN FG1 PULSE
CAPSTAN FG2 PULSE
CASSETTE SW
PLAYBACK CONTROL SIGNAL (—)
PLAYBACK CONTROL SIGNAL (+)
CONTROL SIGNAL (+)
CONTROL SIGNAL (—)
CINEMA ©
CINEMA ©
CINEMA/MIX
RATCH LOCK
SHIFT LOCK
CLOCK
CLOCK
CLOCK
CLOCK INPUT
CLAMP
COLOUR/BLACK & WHITE/NORMAL
COLOUR ®
CONVERTOR
CHIP SELECT
CONTROL GND
CONTROL HEAD (+)
CONTROL HEAD (>)
CONTROL HEAD (+)
CONTROL HEAD (>)
CUE BIAS
CURRENT LIMMITER
CYLINDER TORQUE CONTROL
CYLINDER GND
DELAIED FM RECORDING ®
DELAIED FM RECORDING ©
DIGITAL GND
3—1
ABBREVIATIONS °
D. REC [H]
D4/S. LED
D4/STILLED
DAG [CLK]
DAC/FSCS
DAREC [H]
DATA
DECODER [|
DECODER [R]
DEW
DEW SNS
DFMRE [H]
E. REC 5V
EC
ECR -
EDT TRIG [L]
EDIT [H]
EE [H]
EE [H]/INS [M]
EE. VV. TR
EJECT. PO
EJECT/VDET
ENV. SEL
ENVE. OUT
ENVE. SEL
ENV SELECT
EP [H]
EP/LP [H]
EP/LP/SP
EP/SS [H]
EPROMCS
EX. REC 5V
FF/REW [L]
FG1 IN
FG2 IN
FILTER ADJUSTMEN
FLY ERASE [H]
FLY ON [H]
FLY. E [H]
FM MUT [H]
FM MUTE [H]
FM OUT [L]
FM OUT [R]
FM PACK OUT [L]
FM PACK OUT [R]
FM/BS SEL [L]
FM/BS SEL [R]
FS. CLK
FUL. E [H]
FULL. E [H]
FULL. E. 12V
GND [A]
GND [TU]
GND/N. SW. 12V
DELAYED RECORDING ®
D4/STILL LED
D4/STILL LED
TUNER DAC (CLOCK)
TUNER DAC/FS CHIP SELECT
DELAYED AUDIO RECORDING ®
DATA
DECODER (L)
DECODER (R)
DEW
DEW SENSOR
DELAYED FM AUDIO RECORDING ®
EXCEPT RECORDING 5V
ERROR TORQUE CONTROL
ERROR TORQUE CONTROL
REFERENCE VOLTAGE
EDIT TRIGGER ©
EDIT ®
EE ©
EE @/INSERT ®
EE/VV/TRICK PLAY
EJECT POSITION
EJECT/REVERSE SLOW LOCK
ENVELOPE SELECT
ENVELOPE OUTPUT
ENVELOPE SELECT
ENVELOPE SELECT
LP ®
LP ®
LP/SP
LP/SLOW/STILL/STOP ®
EPROM CHIP SELECT
EXCEPT RECORDING 5V
FIRST FORWARD/REWIND ©
FG1 PULSE INPUT
FG2 PULSE INPUT
FILTER ADJUSTMENT
FLYING ERASE HEAD ON ®
FLYING ERASE E HEAD ON ®
FLYING ERASE HEAD ON ®
FM AUDIO MUTE ®
FM AUDIO MUTE ®
FM OUTPUT (L)
FM OUTPUT (R)
FM PACK OUTPUT (L)
FM PACK OUTPUT (R)
FM/BS SELECT (L)
FM/BS SELECT (R)
FS CLOCK
FULL ERASE HEAD ON ®
FULL ERASE HEAD ON ®
FULL ERASE 12V
GND (ANALOGUE)
GND (TUNER)
GND/NON SW 12V
. SYNC
. AMP. SW
P <R>
P<L>
P GND
. P OUT [L]
. P OUT [R]
. SW
HEAD PHONE [L]
HEAD PHONE [R]
HEAD SW
HEATER [+]
HEATER [—]
HSS
HTR [+]
HTR [-]
| RFE
ICL
IF
IN SELA1
IN SELA2
IN SELA3
INS L/R [L]
INS. [H]
INSEL A1
INSEL A2
INSERT
INSERT [H]
IO CS
JOG1
JOG S3 LED/FOWRD
JOG/F. LED
JSB [H]
JST. CLCK
JST. CLK
JST. CLOCK
L. OUT
L. CH [H]
L. CH [L]
LED (MAIN)
LED (STEREO)
LED (SUB)
LED CKL
LED CKS
LED DATA
LINE IN 1 [L]
LINE IN 1 [R]
LINE IN 2 [L]
LINE IN 2 [R]
LINE IN V
LINE IN [L]
LINE IN [R]
LINE OUT [L]
LINE OUT [R]
LP [H]
ттт
HORIZONTAL SYNC
HEAD AMP SW PULSE
HEAD PHONE (R)
HEAD PHONE (L)
HEAD PHONE GND
HEAD PHONE OUTPUT (L)
HEAD PHONE OUTPUT (R)
HEAD SW PULSE
HEAD PHONE (L)
HEAD PHONE (R)
HEAD SW
HEATER (+)
HEATER (—)
HORIZONTAL SYNC SIGNAL
HEATER (+)
HEATER (-)
REFERENCE CURRENT
CONTROL AGC CIRCUIT
INTERMEDIATE FREQUENCY
INPUT SELECT A1 POSITION
INPUT SELECT A2 POSITION
INPUT SELECT A3 POSITION
INSERT Lch/Rch ©
INSERT ®
INPUT SELECT A1 POSITION
INPUT SELECT A2 POSITION
INSERT
INSERT ®
INPUT/QUTPUT CHIP SELECT
JOG1
JOG LED/FORWARD LED
JOG LED/FORWARD LED
JSB ®
JUST CLOCK
JUST CLOCK
JUST CLOCK
Lch OUTPUT
Lch ®
Lech ©
LED (MAIN)
LED (STEREO)
LED (SUB)
LED SERIAL CLOCK
LED SERIAL CLOCK
LED SERIAL DATA
LINE INPUT 1 (L)
LINE INPUT 1 (R)
LINE INPUT 2 (L)
LINE INPUT 2 (R)
LINE INPUT VIDEO
LINE INPUT (L)
LINE INPUT (R)
LINE OUTPUT (L)
LINE OUTPUT (R)
LP ®
LPTRI [L]
Lch/A. DUB
M GND
M REG
MAIN OUT
МАМ [Ц
MAIN/MONO
MAX IN
MES [H]
MESE [H]
MESE [L]
METER 5V
METER [L]
METER [R]
METER. L/AVS
METER. R/AVC
MI/BI [L]
MIC GND
MIC IN
MIC IN [L]
MIC IN [R]
MIC [H]
MIX [H]
MIX [H}/CINEMA {Li
MIX/CINE
MIX/CINEMA [L]
MN. H/M. L
MN. H/MAI. L
MN2/MES. L
MODE SEL
MODE SW
MODE. S. IN
MODE. S. OUT
MONO [H]
MONO [H]/MAIN [L]
MONO2 [L]
MONO2/MESE [FM(L)]
MOTOR GND
MUTE
N. A. REC [L]
N. SW 12V
N. SW. 5. DET
NICAM
NICAM [L]
NOL [H]
NOR/SOFT [H]
NORMAL [H]
NR BIAS
NTSC [L]
OCH
OUT
P-OFF [H]
P-OFF [L]
P. FAIL
P. OFF [H]
LP TRICK PLAY ©
Lch/AUDIO DUBBING
MOTOR GND
MOTOR REGULATOR
MAIN OUTPUT
MAIN ©
MAIN/MONAURAL
MAXIMAM INPUT
MESECAM ®
MESECAM O)
MESECAM ©
LEVEL METER 5V
LEVEL METER (L)
LEVEL METER (R)
LEVEL METER (L)
LEVEL METER (R)
MIX O/BILIGUAL
MIC GND
MIC INPUT
MIC INPUT (L)
MIC INPUT (R)
MIC O
MX O
MIX O/CINEMA SOUND O
MIX @/CINEMA SOUND ©
MIX O/CINEMA SOUND O
MONAURAL ®/MAIN ©
MONAURAL ®/MAIN ©
MONAURAL 2/MESECAM ©
AUDIO MODE SELECT
AUDIO MODE SW
AUDIO MODE SELECT INPUT
AUDIO MODE SELECT OUTPUT
MONAURAL ®
MONAURAL ®/MAIN ©
MONAURAL 2
MONAURAL 2/MESECAM (FM ©)
MOTOR GND
MUTE
NORMAL AUDIO RECORDING
NON SW 12V
NON SW 5V DETECT
NICAM
NICAM ©
PAL (9/4.43 NTSC (9/3.58 NTSC O
NORMAL/SOFT TAPE PLAY ®
NORMAL ®
NR BIAS
NTSC ©
CONTROL AGC CIRCUIT
OUTPUT
POWER OFF O *
POWER OFF O
POWER FAILURE DETECT
POWER OFF ®
P. OFF [L]
PAL [H]
PAL [LI/NTSC [H]
PB ADJ OUT
PB OUT
PB. H
PFG
PHOTSN +B
PICT. CNT
PLAY LED/RVS LED
PLAY. PO
PLAY/R. LED
PLY/DEW
POWER OFF [L]
PREROLL [H]
PWRFAIL
R. CH [H]
R. CH [L]
R. ST
R/S/F
RCH [H]
REC 12V
REC CHROMA
REC H
REC IN
REC OUT [L]
REC START
REC VR [C]
REC VR [L]
REC VR [R]
REC Y
REC [H]
REC. C
REC. Y
REC/EE CTL
REEL-T
REEL-S
REGULATOR FILTER
RESET
REV M F/R
REV M V1
REV M V2
REV MOTOR F/R
REV MOTOR V1
REV MOTOR V2 .
REV MOTOR [+]
REV MOTOR [-]
REV. M. GND
RF. CHROMA
RF OUT
RF Y
RF. Y. IN
RF. Y. OUT
POWER OFF O
PAL O
PAL O/NTSC ()
PLAYBACK ADJUST OUTPUT
PLAYBACK OUTPUT
PLAYBACK O
PG/FG
PHOTO SENSOR +B
PICTURE CONTROL
PLAY LED/REVERSE LED
PLAY POSITION
PLAY LED/REVERSE LED
PLAY/DEW ®
POWER OFF ©
PREROLL O
POWER FAILURE DETECT
Rch ®
Rech ©
RESET
REVERSE ®/STOP ®/FORWARD ©
Rch ®
RECORDING 12V |
RECORDING CHROMINANCE SIGNAL
RECORDING ®
RECORDING INPUT
RECORDING OUTPUT ©
RECORDING START
RECORDING VOLUME (COMMON)
RECORDING VOLUME (L)
RECORDING VOLUME (R)
RECORDING LUMINANCE SIGNAL
RECORDING O
RECORDING CHROMINANCE SIGNAL
RECORDING LUMINANCE SIGNAL
RECORDING/EE CONTROL
REEL PULSE (TAKE-UP)
REEL PULSE (SUPPLY)
REGULATOR FILTER
RESET
REVIEW MOTOR
FORWARD/REVERSE
REVIEW MOTOR V1
REVIEW MOTOR V2
REVIEW MOTOR
FORWARD/REVERSE
REVIEW MOROR V1
REVIEW MOTOR V2
REVIEW MOTOR (+)
REVIEW MOTOR (—)
REVIEW MOTOR GND
RF CHROMINANCE SIGNAL
RF OUTPUT
RF LUMINANCE SIGNAL
RF LUMINANCE SIGNAL INPUT
RF LUMINANCE SIGNAL OUTPUT
ROTAR. SW ROTARY SW T. BUSCLK TIMER BUS CLOCK
ROTARY ROTARY SW T. BUSLSN TIMER BUS LISTEN
RST RESET T. BUSTLK TIMER BUS TALK
RST [Ц RESET © T. END [L] TAPE END O
Rch/INST Rch/INSERT T. PHOTO TAKE-UP PHOTO TRANSISTOR
S IN SERIAL DATA INPUT TAPE END [L] TAPE ENC ©
S OUT SERIAL DATA OUTPUT TAPE END [L]/CAM | TAPE END ©/CAMERA PAUSE
S-PHOTO SUPPLY PHOTO TRANSISTOR || TEST TEST MODE |
S-RL. PLS SUPPLY REEL PULSE TPZ TRAPEZOIDAL WAVE CIRCUIT
S. CLK SERIAL CLOCK TRIC [L] TRIC PLAY O
S. CLK/AV SERIAL CLOCK/AV TRICK [L] TRIC PLAY O -
S. DATA SERIAL DATA TRK. ENV AUTO TRACKING ENVELOPE DETECT
S. DATA/A SERIAL DATA TU. AUDIO TUNER AUDIO
S. PHOTO SUPPLY PHOTO TRANSISTOR || TU. GND TUNER GND
S. TAB [L] SAFETY TAB SW ON O TU. V. IN TUNER VIDEO SIGNAL INPUT
S/P/N SECAM/PAL/NTSC TU. VIDEO TUNER VIDEO
SC IN SERIAL CLOCK INPUT TUN NOR IN TUNER NORMAL INPUT
SC OUT SERIAL CLOCK OUTPUT TUN R TUNER AUDIO (R)
SCK SELECT SERIAL CLOCK SELECT TUN. AUDIO IN TUNER AUDIO INPUT
SEL OUT [L] SELECT OUTPUT (L) TUNER 12V TUNER 12V
SEL OUT [R] SELECT OUTPUT (R) TUNER L TUNER AUDIO (1)
SHUTTLE 1 SHUTTLE 1 TUNER V IN TUNER VIDEO SIGNAL INPUT
SIF SOUND INTERMEDIATE FREQUENCY || TUNER [L] TUNER AUDIO (L)
SLMUT IH] INPUT SELECT MUTE ® TUNER IN! TUNER ALIDIO (NORMAL)
SLNID [+] SOLENOID (+) TUNER [R] TUNER AUDIO (R)
SLNID [-] SOLENOID (-) TUNER. 12 TUNER 12V
SLW TR. MM SLOW TRACKING MONO MULTI {| TUOFF [H] TUNER OFF ®
SLW TR. REF SLOW TRACKING REFERENCE || TV. AUDIO TV AUDIO
VOLTAGE TVIVTR TV/VTR
SNS. GND SENSOR GND TXTON [L] TEXT ON ©
SOFT [H] SOFT TAPE PLAY ® U. REG45V UNREGULATOR 45V
SOFT [H] NORMAL | SOFT TAPE PLAY ®/NORMAL ® || UNREG UNREGULATOR
SOLENOID ON [L] | SOLENOID ON © UNREG19V UNREGULATOR 19V
SPH] SP ® V. REF REFERENCE VOLTAGE
SP/L/SLP SP/LP V. EE [H] VIDEO EE ®
SSS [L] SLOWISTILL/STOP V. EE [L] VIDEO EE O
STEREO LED STEREO LED "VCO REF RERERENCE OSCILLATER
STEREO [H] STEREO ® VD. IN VIDEO SIGNAL INPUT
STEREO [L] STEREO © VD. OUT VIDEO SIGNAL OUTPUT
STOP. PO STOP POSITION VIDEO EE [L] VIDEO EE ©
STOP/5V STOP POSITION/5Y VIDEO IN VIDEO SIGNAL INPUT
STOP1/TAPE SEL | STOP1 POSITION/TAPE SELECT || VIDEO OUT VIDEO SIGNAL OUTPUT
STOP1/PAL:ST STOP1 POSITION/PAL VM MOTOR VOLTAGE
STOP2. PO STOP 2 POSITION VM DOWN [L] MOTOR VOLTAGE DOWN ©
STOP2/S-TAB STOP 2 POSITION/SAFETY TAB SW || VSS VERTICAL SYNC SIGNAL
STREO [H] STEREO ® VTR [H] VR O
SUB BIAS SUB BIAS VTR. 12V VTR 12V
SUB. SW SUB SW X IN OSCILLATOR INPUT
SVHS CAS [L] S-VHS CASSETTE O X OUT OSCILLATOR OUTPUT
SW. 5. DET SW 5V DETECT
SYNC [L] SYNC O
SYSCON 5V SYSTEM CONTROL 5V
SYSTEM SYSTEM SW
T-PHOTO TAKE-UP PHOTO TRANSISTOR
T-RL. PLS TAKE-UP REEL PULSE
3—4
ABBREVIATIONS EDIT BLOCK | EDIT BLOCK ABBREVIATIONS
3-2. EDIT BLOCK DIAGRAM
SYMBOL TRUTH VALUE TABLE
INVERTER
nN | @) | H | L
(a) O | > O (6) our [œ | L | #
COMPARTOR
106002 (a) in HEH @> wm |@<o
FROM (c)
RST © (9 ‘ < Reser © | SYSTEM mette OUT | (e) | H L
1C6007 (EEPROM) CONTROL
QR6014 AND CIRCUIT
CLK ТО CLK RST ( IN (a) | L L H H
ROM DATA OUT PF DATA IN A ow (b) | LIH|ILIH
ROM DATA IN Y DATA OUT (b) OUT |} (с) I LIL IL IH
cs D 63 Des D
OR CIRCUIT
@ | L|L|H|H
0sD CLK (1) 0SD CLK (a) >) 30. и (6) | LjH|L | H
050 ВАТА 2)» 050 ВАТА то (b) OUT | (c) | CU EUR NN
osD cs (3)— 0SD CHIP SEL VIDED | e
THREE STATES
050 ON @ @)-> 0SD ON ® BUFFER я (a) I H IL [Hort
(b) © | + | Е | н
S CLOCK (9)< SERIAL CLOCK o
С T0/FROM (a) (с) OUT | (e) | HL | x
$ DATA OUT 09 — SERIAL DATA SYSTEM > High Impedance
FROM 2d “ÉD EDIT MODE SW DET L CLK COUNT (7)=—¢ EDIT TRIG D
TIMER [ 15 T tec @ /pass 0/0) L CLK QO 106005 TR. SW (NPN TYPE)
96006 С Е
«(9 TBC SEARCH D TIMER BUS CLK P7401 © ©
> DATA OUT {à E 5 FROM
TBC +R TBC TRICK © LU TIMER BUS TLK fé P740{| |TIMER BASE H L
DATA INH42— Ki 3 (B)
- TEC ON O) DATA IN (B= + _ _ - — A TR. SW | ON OFF
JK6504 ()o+o 0015) |
6 i —— — —
BUS SELECT (A) &8 queer [PP7502/PS6502B 5P DATA (В)
- 5 11
TO/FROM TO QT |
VIDEO COLOUR BACK © «09 COLOUR BACK ® ura PPT502/P56502 o TR. SW (PNP TYPE)
4 10 EP CLOCK >
BUS SELECT (B) &7 | | elo РРТБОд 602), (Е) (©)
| TEST SIG ® > =63 TEST SIGO | ~~ 3 2
TO/FROM - CLK IN/OUT po" | BASE || H L
1/0 VIR © «E YTR O 31 (8)
5)—-M—on, sw Бу — O y $
EDIT CTL & <Q5 EDIT CTL Y | ® A za TR. SW | OFF ON O
| 53 I | (OO O Oc)
_ 26005,
«63 osc ouT aR6012 JK6504 Te
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) О |
ТС | y (@|t|t|n
c6005- (9 cle | i | 6) | E TIL
1C6005- (9) ] | (c} | > L H
T : L so 1 P6003 | P7504 EL, OUT | @ |» " L
2 8
OPERATION С. В. А,
H $2 $3 ; - - - - X Initial condition is maintained.
+ initial condition is reversed.
TO/FROM
Cast 8 > ДД
J-3. SYSTEM CONTROL & SERVO BLOCK DIAGRAM
| OPTEM
! DE CAPETAN MOTOR (CÉQON averte eoNIOL/SERYO 16 METER 4 CH
| LTT UR THON 1 N 167901 TIMER 1e THIER DISPLAY # SEGUENT RIAL er
| = DD ROTARY SU 107502 EXA METER À CH
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(Page: 2478-1)
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1 | 2 | 3 | 4 | 5 |
4-6
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26
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28 | 29
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|
|
SYSTEM CONTROL & SERVO ICs DC VOLTAGE CHART (S-VHS: SP MODE) SYSTEM CONTROL & SERVO TRANSISTORs DC VOLTAGE CHART (S-VHS: SP MODE)
REF. NO. 1C2001 . NO.
Í MODE 1 2 3 4 5 6 7 8 MODE B с B с B
STOP о | 5.0 Го 0 o | 50 | o | 50 STOP
PLAY o [sol o 0 о | 50 | o | 50 5.0 0 | 57
REG o | 49 { o 0 0 | 50 | 0 | 80 REC | . 5.9
EF o Iso! o 0 о | 50 | © | 50 Р.Е
REW 50 | o 0 0 0 | 50 | 50 | 50 REW | . 4 | 59
REF. NO. 162002 . NO.
MODE 1 2 3 4 5 | 8 7 8 | a | 10 { 41 | 42 | 13 [144 | 15 | 16 MODE
STOP 25 | 23 | 14 | 14 | 10 | © 0 о | 50 | © 0 [26] à | 26 | 23 | 52
PLAY 26 | 23 | 26 | 26 | 20 | 0 0 o | 50 | O o | 25 | o | 25 | 23 | 52 PLAY
REC 25 | 23 | 14 | 14 | 06 | 0 0 о | 50 | o 0 | 26 | 0 | 26 | 28 | 52 REC
EF 25 | 23 | 16 | 16 | 10 | 0 0 o | 50 | © o | 26 [ o | 26 | 23 | 5.2 Р.Е
REW 26 | 23 | 12 | 12 | 06 | o 0 о | 50 | o о | 2.6 | 0 | 26 | 25 | 52
REF, NO. 162901
MODE 1 2 3 4 5 |6 7 в | 9 [| 10 { 41 | 42 | 43 | 44 | 15 | 16 | +7 | 18
STOP 148 | 146 | 0.1 1.2 | 0.1 2.6 25 | 28 | 258 27 | 52 | 3.8 39 | 38 1.2 | 144 | 146 | 0.1
PLAY 14.5 | 13.9 | 0.1 1.1 01 | 26 | 25 | 26 | 25 28 | 52 | 3.9 39 | 38 15 | 143 | 144 | 0.1
REC 14.8 | 14.7 | 01 | 12 | 0.1 | 26 | 25 | 26 | 25 | 28 | 5.2 | 39 | 39 | 38 | 1.4 | 143 | 144 | 0.1
FF 14.1 | 138 | 0.1 | 11 | 01 | 26 | 25 | 26 | 25 | 28 | 5.2 | 3.9 | 3.8 | 38 | 15 | 143 | 187 | 01
REW | 145 | 13.5 | 01 | 11 | 01 | 26 ] 25 | 26 | 25 | 28 {| 5.2 | 38 | 38 | 39 | 15 | 143 | 145 | 01
REF. NO. (Cso0f
| MODE 1 |] 2] 3 |} 4] 5] в | 7 | в | 9 ] 109 [11 | 12 [18 | 146 [| 18 | 16 | 17 | 18 | 19 | 20
o STOP o | 01 | o | 50 | 01 | 50 | 50 | 49 | 0.1 | 49 | 0 | 0 | 50 | 49 | 50 } о | 0 | 0 | 0 | 0
PLAY о [| 01 | o | so | 50 | 50 | 50 | 49 | 01 | 49 | о [о | 50 | 49 | 50 } о | о | о | о | о
ВЕС 0 | ол | о | 50 | 0i | 0 ] 50 | 49 | 01 | 49 | 0 | 0 | 56 | 49 | 50 | 0 | 0 | 0 | o | ©
EF o | 01 | o | 50 | 01 | 50 | 50 | 0 [01 | 0 | à | o [50 |4s | 50 | 6 | 0 | 0 |o |o
REW о | ол] о | 50 | 01 | 50 | 50 | о Гол | о | о] a | 50 | 49 | 50 | о | о Го | о | о
REF. NO. 1C6001
MODE 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 | 29 | a0 | 31 | 32 | 33 | 34 | 35 | 26 | 37 | 38 | 39 | 40
stop | 5.0 | 61 | 50 | © |50 | о | о | о | о | o | o | о | о | 5.0 15.0 | о | 27 | 2.7 | 0 | 50
may | 50 | 01 | o2 | o | 50 | 0 | о | 0 } 6 | о | о {| 0 | 0 |50 | 56 | 0 | 27 | 27 | 0 | 50
REC 50 | 01 [50 | 0 | 50 | 0 | о | o | 0 | 49 [50 | ao | o | 50 | 50 | 0 | 27 | 27 | o | 50
FF 50 [| 01 [50 | à | 60 | 0 | 0 | 0 | 0 | 0 | à | 0 | 0 |50 | 50 | 0 | 27 | 27 | 0 | 50
REW 50 | 01 | 50 | 0 | 50 | о | о | о] о | 0 | 0 | 6 | 0 | 56 | 50 | © | 27 | 27 | o | 50
REF. NO. 1C&001
MODE a1 | 42 | 43 | 44 | 45 | 46 | 47 | 46 | 49 | 50 | 51 | 52 | 53 | 54 | 55 | 56 | 57 | 58 | 59 | 60
STOP o | o [| 0 | o | o [oi | o | o | 50 | о | 18 [ 09 | 45 | «8 | 50 | 48 | 20 | о | 26 | 25 |
PLAY о | о | о] о | 0 [01 | о | 0 | 50 | 37 | 17 | 09 | 45 } 48 | 50 | 48 | 0 | 50 | 27 | 25 | | |
REG о | о | © | 50 | 50 | 50 | 50 | © | 50 | 0 | 17 | 09 | 45 | 48 | 50 | 48 | 0 | 50 | 26 | 25 | |
ее | о | о |о|о Го | ол [о | о | 5о | о [17 | ов | 45 | 48 | 50 | 48 | о | 50 | 50 | 25 INPUT/OUTPUT CHART FOR IC6002 (M38024V1BK)
REW o |o |o j o | à [oi | o | o | 50 | © | 17 [| 09 | 45 | 48 | 50 | 48 | 50 | 50 | 50 | 25 | |
REF. NO. [C5001
MODE Te Tele Te Tele Te Te lola lz lm Talal Г 77 Г 78 | 79 | 80 PIN NO. | 1/0 PORT NAME PIN NO. | 1/0 PORT NAME PIN NO. | НО PORT NAME
STOP 0 5.0 5.0 0 4.0 5.0 2.5 0.3 3.5 5.0 0 2.5 2.5 1.5 0 Q 2,5 2.5 2.4 2.6 1 O OSD CLK 20 | L CLK 37 | VITC OK (H)
PLAY o [a7 | 50 | о | 40 | 50 | 25 [| 08 | a7 { 50 | 50 { 25 [ 25 | 15 | 0 | 0 | 25 | 25 | 30 | 25
REC 0 50 | 50 0 45 | 5.0 25 | 03 | 38 50 | 50 | 25 25 | 15 0 0 25 | 25 | 24 | 28 2 e) OSD D AT A 21 ! 5P CLK 38 | LANGUAGE 2
EF о | 5.0 | 50 | 0 } 24 | s0 | 25 | 03 ! a7 | 25 | 2e | 25 | 25 ] 12 [ 0 | 0 | 25 | 25 | 25 | 26
0 REW | 0 | 40 136 | 0 | 25 | 50 | 25 | 03 | 37 | 27 | 25 | 256 | 25 | 13 | 0 | 0 | 26 | 25 | 25 | 26 3 o |ospcs 29 | |OSCIN 39 | | LANGUAGE 1
| REF. NO. ICB001
MODE 81 | 82 | 83 | 84 | es | se | 87 | 88 | 89 | 9 | 91 | 92 | 93 | 94 | 95 | 96 | 97 | 98 | 99 | 100 a | | | 4 O | OSD ON (H) 23 O | OSC OUT 40 LANGUAGE 0
stop | 49 | o | о | © } 25 | 25 | 0 | 27 | 25 | 50 | 14 | 25 | 50 | 85 | 50 | 50 | 50 | 35 | O | 35 | | | o |
pay [50 | o | о | o | 25 | 2s | 0 | 30 | 25 | 50 | 25 | 25 | 50 | 41 | 5.0 | 5.0 | 50 | 35 | 0 | 35 | | - | 5,6 — — 24 — { GND 41—46 — —
REC 49 | 3.7 | 3.8 | o | 25 | 25 | o | 27 | 25 | 50 | 27 | 25 | 60 | 44 { 48 | 50 | 50 | 35 | 0 j 35 | ‘ | | © | | | —
Е.Е 50 | 0 | 0 | 0 | 25 | 25 | 0 | 31 | 26 | 50 | 23 | 25 | 50 | 44 | 49 | 50 | 50 | 3.5 | 0 | 36 o | ' * 7 | L CLK CNT 25 O | JOG LED (H) 47 O | BUS SELECT (B)
REW 50 | o [| © [| o | 25 | 25 | o | 31 | 25 | 50 | 24 | 25 | 50 | 44 | 49 | 50 | 50 | 35 | © | 3.5 | | |
REF. NO. IC6001 , i 8 — — 26 O EDIT 21 P 48 O BUS SELECT (A)
MODE 101 | 102 | 103 | 104 | 165 | 108 | 107 | 108 | 109 | 110 | 111 | 112 | 418 | 114 | 115 | 116 | 117 | 118 | 119 | 120 | I
srop | 35750 [231 o [16| 0 | 50 | 50 | 50 | 0 | 50 | © | 45 | 50 | 0 | 0 [50 | 50 | о | © | SYS CLK 27 О | AV VTR (L) 49 ) CHECK (L) ||
PLAY _| 35 | 50 | 26 | 0 | 27 | o [50 | 02 | 50 | 0 | 56 | 0 | «5 | 50 | 0 | o | 50 | 50 | o | o — — —
REC 3.5 | 5.9 | 2.6 | © | 1.2 | © | 5.0 | 02 | 50 | o | 50 | © | 45 |50 | 0 | 0 | 50 | 50 | 0 [0 10 O | SYS OUT 28 O | TBC SEARCH © 50—56
F.F 3.5 5.0 2.6 0 1.2 0 5.0 0.2 5.0 0 5.0 0 4.5 5.0 0 5.0 5.0 5.0 0 0 | 11 { SYS IN 29 O TBC TRICK O 57, 58 | VDD
REW 35 | 50 | 28 | 0 | 12 | 0 [50 | 02 | 50 | 50 | 50 | 0 | 45 | 50 | 0 | 50 | 50 | 50 | © | © | | | | | | _
REF. NO. 1C6001 - | | - | ВЕ 12 O DATA [NH 30 O |TBCON® 59 — | GND
MODE Y 121 | 122 | 123 | 124 - : | | | |
STOP 0 (0 10 |&0 | | ' | | - 13 | CLK INPUT 31 — — 60 | EE DATA IN
PLAY о | 0 | 0 | 50 | | ' | . |
REC о | о | o | 50 | | | | | 14 О | DATA OUT 32 O | EDIT (H) 61 O | EE DATA OUT
FF o | 0 | 0 | 50 - | | —
REW о | о | 0 | 50 | Co | | à 15 | DATA IN 33 | TEST SIGNAL (H) 62 O | ЕЕ СК
| | | | | | 16, 17 — — 34 — — 63 O |EECS
| ' ‘ | | 18 — | GND 35 O | INSIDE (H) 64 | REC/P1/P2
| | | * | | | | | ВЕ | ; ОЙ | | | 19 | RESET (L) 36 | SERCH MUTE OK (H)
4—11 | 412 | | 4—13
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4-4. AUDIO SECTION IN MAIN & SUB AUDIO PACK SCHEMATIC DIAGRAM
TO AS HEAD F200
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TO FE HEAD P1509 |
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WITH PAL COLOUR SIGNAL, (S-VHS: SP MODE) WITH PAL COLOUR SIGNAL. (S-VHS: SP MODE) —* e LINE IN SIGNAL LEVEL...— 10dB 1khz ORDERING. WHEN YOU ORDER A PART. PLEASE REFER TO PARTS LIST.
1 | 4 | 5 ] 6 | 7 | 8 i 9 | 10 | 11 | 12 | 13 | 14
4—15
4—16
4-5. LUMINANCE & CHROMINANCE SECTION IN MAIN SCHEMATIC DIAGRAM
VIDEO MAIN SIGNAL PATH IN REC MODE нь о AUDIO MAIN SIGNAL PATH IN REC MODE
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IMPORTANT SAFETY NOTICE: ut ’
COMPONENTS IDENTIFIED WATH THE MARX А HAVE THE SPECIAL CHARACTERISTICS FOR SAFETY. | NOTE: 00 NOT USE ANY PART NUMBER SHOWN ON THÍS
WHEN REPLACING ANY OF THESE COMPONENTS, USE OHLY THE SAME TYPE. NOTE: THE MEASUREMENT MODE OF THE DC VOLTAGE THE BRACKETS { | ON THIS DIAGRAM IS RECORD MODE — THE MEASUREMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM YS PLAYBACK MODE SCHEMATIC DIAGRAM FOR QRDERING. WHEN YOU
3 | 5 | 3 | ; | Е | I | | WITH PAL COLOUR SIGNAL. {S-VHS: SP MODE) WITH PAL COLOUR SIGNAL. (S-VHS: SP MODE) ORDER A PART, PLEASE REFER TO PARTS LIST.
6 7 8 10 11
| 9 | 12 13 | 14 | 15 | 16 17 | 18 | 19 | 20 | 21 | 22 | 23
4—17 4—18 4—19 4—20
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4-6. MAIN C.B.A. (VEP03A37K : NV-HS1000B) (VEP03A37L: NV-HS1000EC)
CYLINDER DRIVE C.B.A (VEX012%
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MAIN C.B.A. ADDRESS INFORMATION
SYSTEM CONTROL & LUMINANCE &
SERYO Sucthun CHACMINANCE Section
Transislor Transistor
Q1501 AT 01001 H-15
502 АЛ 03001 6-14
Q2001 D-i2 03002 H-14
Q2002 F-12 05005 G-15
©6001 E Q3004 3-16
Q6002 E-10 Q3005 B-16
Q6003 A-10 Q3006 A-16
с E Transistor & Realstar
06008 B-12 OR1001 H-14
6006 AB QR1062 H-14
QR3001 G-15
Transistor 4 Raslstor ов? C18
QR2001 D-11 QR3003 F.35
o о integrated Circuit
QRe002 ca IC3001 H-16
QR&003 ce 103002 F-16
QRBDO4 B-11 1С7401 A-15
око | en Tes Po
QRBOT3 FA ТР1001 E-17
QRBOTA B-13 TP1002 H-15
QR8015 F-12 TP1003 H-15
TP3001 D-14
Integrated Circuit Tesco 0-17
161501 C4 TP3021 G17
161502 G3 TF3022 C-16
1G2001 ES TP8021 G-17
pins ii Adjustment
1GB001 c-10 Y R3001 B-16
IC8002 C-i2 VR3002 B-16
155008 B-1Q VR3003 E-15
106005 B-12
IC8007 Cia Connector
106008 E-10 Р1001 H-15
Р1002 H-16
Test Point P3001 C15
TP200! C-i1 F3002 D-14
TP2002 0-11 F3003 F.14
TF2031 E-11 P3004 D-14
TP2032 E11 FK7301 B-10
TP6010 E-10 PK7302 B-8
TP6011 £10 FK7901 B-14
РК7902 B-13
Adjustrient PF3001 0:16
YR2001 D-12 PF3002 E-16
VYR2002 £9 PP3003 6.16
VA2003 ED PP3011 0.15
VR2004 ED FF3012 F-15
VR2005 EQ PP3013 H-15
РР3021 D-17
Connecior P3053 ET
P1503 B5 FF3023 FAT
P1504 AG FF3024 H-17
P1505 B-7 PF7401 A-16
P2001 E11 PP7402 A-14
P2001 E-2 PP7403 А13
Р2902 E3 РР7404 AT
PROD F-10 РР7405 B-17
Ре003 ca
P6004 C13 ADDRESS INFORMATION
P7401 E-8 :
Prada D3,
РР2001 BB:
PEA002 B-11
PF7406 EB
ADDRESS INFORMATION
4—24
AUDIO Section & SUB
AUDIO PACK C.B.A,
Translator
4701 F5
4702 GB
04703 F5
Q4704 FS
4705 G5
04706 F5
04707 F4
(4708 F5
Transistor & Resistor
CRAN 0-12
QRADO? E-14
QR4003 Did
QR40M F-14
QR4006 B-10
QR4701 5
QR4702 F5
QRA703 Gb
QR4704 Р-6
Integrated Circuit
[C4001 D-13
104704 FA
104702 ae
Adjustment
VRL002 F-14
Test Point
TP4002 E-14
TP4003 E13
TP4004 E14
TP4501 E11
TP45H 0-18
Connector
P4001 G-14
F4002 D-12
P4003 G-14
PRADO E-13
PR4002 E-12
PRADOS E11
РР F-13
PS4701 E-4
ADDRESS INFORMATION
4-1. CAPSTAN DRIVE PACK SCHEMATIC DIAGRAM
— CAPSTÁN SERVO SPEED LOOP
E
Casa
F
E fr
TO EYBTEM CONTROL &
SERVO SECTIOH PPO
Page 4-8 10.28
A,
D
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TP2015 RECIPLAY”
TO SYSTEM CONTROL EF
SEMVO SECTION Pron
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C
POWER
TRANSISTOR
RATIO
COMPOSITE
SATURATION 1 TORQUE DIRECTION
DETECTOR CHANGE "VER
,
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B GENERATOR
TO CAPSTAN MOTOR
HER
\
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, ко 4, 15 RECIFLAY
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, | ‹ ORDERING. WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST.
1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9
4—25 4—26
48. CAPSTAN DRIVE PACK C.B.A. (VEP02412B)
CAPSTAN DRIVE PACK ICs DC VOLTAGE CHART (S-VHS: SP MODE) |
IC2501
MODE 1 [21314 7 9 1 4 | 5] 6 8
0 0 | 0 0
8.8 {0 | 0 18
0.3 BB 0 0 ; 01
0 i 0 48
02 0 0
2 10
23
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CAPSTAN DRIVE PACK TRANSISTORS DC VOLTAGE CHART (S-VHS: SP MODE)
= 1 21314
0 | 01 0 | 43 x
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CAPSTAN DRIVE PACK
CBA
Tranalslor & Reslylor
OR:501 G2
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1C2501 BJ
102502 Cd
102203 Ba
[C2504 Cd
[C2505 B4
Тан! Ре!
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TP2028 B3
Conneztor
P2003 Вл
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PS2001 Ad
F520 Ай
ADDRESS INFORMATION
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49, LUMINANCE & CHROMINANCE PACK SCHEMATIC DIAGRAM ~~ _ ws MAIN SIGNAL PATH IN REC MODE meme MAIN SIGNAL PATH IN PLAYBACK MODE
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THE MEASUREMENT MODE OF THE OG VOLTAGE IN THE BRACKETS | TON THIS DIAGRAM IS RECORD MODE
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THE MEASUREMENT MÜDE br THE DC YOETAGE OUT OF THE ENACKETS ON THIS DIAGRAM IS PLAYBACK MODE SCHEMATIC DIAGRAM FOR CRDENNC ENTE
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i 2 | 3 | 4 | 5 | 6 | 7 | В | 9 | 0 | 1 | B| ВО | 4. | % | 16 | 17 | 18 | 19 | 20 | 21 | 2 | 23 24 | 25 | 26 | 27
4—30 4—31 4—32 4—33 4—34
AREER nia. SEN DIM hah
4-10. LUMINANCE 8 CHROMINANCE PACK C.B.A. (VEP03A61B)
LUMINANCE &
CHROMINANCE PACK
C.B.A.
Transistor
Q301 С.
Q302 Сл
0303 A-1
Q304 АЛ
305 А-1
(306 А-З
9307 B-1
0308 B-2
Qam A-8
Q802 5-8
= . Q803 AB
Transistor & Rasiator
QR301 C-4
C (am | И MRE ENT Mia Qf302 os
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Я QR309 B-2
| : QR310 B-3
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| 0 В SB, : i QR312 B-3
| : м : | | a. © QR313 B-4
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10301 B-2
16302 1
16303 A5
[C801 B-6
[C802 B-5
Adjustment
0 | VR301 A-3
— VR302 A«5
VR303 B-1
Y; VR304 АЗ.
dork I | vRASO! A-7
| VRAD2 B-7
VR&03 AS
VRENA A5
Connector
PS301 A-2
PS302 Ad
PS303 AB
A ADDRESS INFORMATION
090000000000 Jose
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4-11. SUB LUMINANCE & CHROMINANCE PACK C.B.A. (VEP03A62B)
REC/RF AMP PACK C.B.A. (VEPOSA90A) CHROMINANCE PACK
ee C.B.A.
Transistor
03301 B-7
Q3302 C-7
3304 A-6
Q3305 AG
Q3401 С-З
Q3402 C6
23403 B-3
Q3404 B-3
Q3405 B-5
3406 B-3
Q3407 В-5
3408 A-3
03409 А-З
Q3410 A-3
Q3411 B-6
(3412 C6
I 03422 A-3
3423 B-3
РО 424 1 AS '
13425 B-4
03501 C-1
03502 B-1
Q3501 E-6 |
Q3602 : D6 y
©3808 66
Transistor & Resistor E
QR3301 B-7 :
- QR3302 7
SUB LUMINANCE & CHROMINANCE PACK C.B.A. (VEP03A62B) aan: Nu
QR3304 AB i
CIR3305 А-В x
QR3306 B-6 "
QR3307 B6 1
QR3402 B-3
QR3403 А-З
QR3404 B4
QR3405 B-5
OR3406 rá
QR3407 C-4
QR3408 C-4
QR3409 вы
QR3410 A-3
QR3411 А-З
OR3412 А-З
QR3415 C-5
QR3416 | C5
QR3417 C5
Integrated Circuit ;
(C:3201 B-7 ; O
103401 Ba
1C3403 B4
1C3404 B-4
1C3405 B-3
IC3501 B-2
[C3502 АЛ
[C3503 G2
[C3504 B-1
[C3601 ES
Adjustment
C3502 B-2
YR3301 B-6
Y R3302 A5
VR3304 AT
VR3305 A8
VR3307 A5
SE AE
—
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Connector
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ADDRESS INFORMATION +:
4—38 4—39 4—40 |
4-12, SUB LUMINANCE & CHROMINANCE PACK SCHEMATIC DIAGRAM
oo. MAIN SIGNAL PATH IN REC MODE — MAIN SIGNAL PATH IN PLAYBACK MODE
103503
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1 | 2 | 3 | a _ WITH PAL COLOUR SIGNAL. (S-VHS: SP MODE) WITH PAL COLOUR SIGNAL. (S-¥HS: SP MODE} ORDERING. WHEN YOU ORDER A PART. PLEASE REFER ТО PARTS LIST
| 5 | 6 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 2 | 22 | 23
4—4] 4— 49 4—43 4—44
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4-13. TBC SCHEMATIC DIAGRAM
|
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== =
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=
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sa MAIN SIGNAL PATH IN PLAYBACK MODE
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AN194258 (Page: «529
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030022 PLAY ' lemcoz3 PLAY MAY PLAY ICON PLAY IRON PLAY THE MEASUREMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS OK TRIS DIAGRAM IS PLAYBACK MODE SCHENATIC DIAGRAM FOR ORDERING. WHEN YOU
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1 | 2 | 3 | 4 | 5 | 6 | 7 | | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 |
41—48
4-14. TBC C.B.A. (VEPOSA53A)
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Q9001
Q9003
Q9004
Q9006
Q9007
Q9008
©9009
©9010
©9011
©9012
©9013
©9014
©9015
©9016
©8017
©9018
©9019
©9020
©9021
©9022
Q9023
Q9024
Q9025
Q9026
Q9027
Q9501
Q9502
Q9503
Q9504
Q9505
Q9506
Q9507
B-4
A-3
A-4
А-5
А-4
А-5
А-5
E-1
D-1
C-3
C-2
C-2
C-4
D-4
D-4
D-3
C-4
C-4
D-4
D-4
D-4
C-6
C-6
D-2
D-2
А-2
B-3
B-3
B-3
C-3
B-3
B-1
Transistor & Resistor
QR9001
QR9004
QR9007
QR9010
B-4
B-4
D-2
с-6
Integrated Circuit
1C9001
1C9002
IC9003
1С9004
1C9006
1C9007
1C9008
1C9501
[C9502
1С9503
B-5
D-3
E-4
B-6
C-6
C5
B-2
B-2
C-2
Test Point
TPS001
B-4
Adjustment
4— 49
VR9001
VR9002
VR9003
VR9004
VR9005
VR9006
VR9007
VR9501
B-3
B-4
D-2
E-3
E-3
E-2
B-4
B-3
Connector
P9001
P9002
C-1
D-1
ADDRESS INFORMATION
TBC C.B.A. HEAD AMP C.B.A. HEAD AMP C.B.A. TBC C.B.A.
4-15. HEAD AMP C.B.A. (VEP05176G)
HEAD AMP C.B.A.
Transistor
Q501 A-3
Q502 A-3
Transistor & Resistor
QR501 B-3
Integrated Circuit
IC501 B-1
10502 A-4
IC551 B-4
Test Point
TL551 B-4
TP507 B-1
TP508 B-1
Connector
P501 B-2
P502 A-1
ADDRESS INFORMATION
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4-16. HEAD AMP SCHEMATIC DIAGRAM
—
VIDEO MAIN SIGNAL PATH IN REC MODE — — Hi-Fi AUDIO MAIN SIGNAL PATH IN REC MODE
ao == mn Ze VIDEO MAIN SIGNAL PATH IN PLAYBACK MODE we we wee Hi-Fi AUDIO MAIN SIGNAL PATH IN PLAYBACK MODE
P3001 - 2 | REC IN 19 ere т т нон eee == === ее еек
P3001- 3 | D. FM REC €) 18 | . |
P3001 - 5 | AH Sw 16 |-> | Rox |
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| P3001 - 7 | REG SV 14 | L503
P3001 - 8 13 | 100
P3001 - 9 | REC 12v 12» PA
CHROMINANCE PI001-111 RFC 10 м 7 ansol о |
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|| Р3001- 20 | GND 1 # 650! $ 9568 | [ |
7 T 1 | Z R571
D ; + < 100
L502 C525 Lan? | +”
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P501-19 REC | | csm C308 10526 C507 7 R505 $C555 L cose 23556 | R565
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+ 130mYp-p (10msec. div) =={523 = C503 0.01 GV220 Д | 4 47K 1C502
; 001 T1 | R268 $: AN3370K
|
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(0.2) Koi) ASE7 OUTPUT DRIVE OSC |
P501-17 PLAY EE Ass? 0553 13K |
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B | 1851 (13) 14 15 (16) 17 18 (19) (20) (24) 22 23) (24) Ш
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ТР NET J 51) (0) {0} {0} 0) (0) (0) (0) {0} (6 2) (3.9} (3.9) (0) 1“ 0} (0) {3.9} (0 6) (0.7)
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ТР507 TP508 100 100 100 1005 330 3300 $ > 3300 10 220K бт |
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TP507 REC В : R503 NL POIS | | |
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LPL 4 | | | | | i
LP COM 5 premiere y | | 1
TO CYLINDER DRIVE | pq Oo LPO14S CL | | | | NOTE: DO NOT USE ANY PART NUMBER SHOWN OH THIS SCHEMATIC DIAGRAM FOR
1 | | ORDERING. WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST.
A (Paga: 4-6 /D-4) GND 7
AHEAD L В e T-Pain dt == Si SSP — pa — a a —— e rite — I — EEE — A — EEE — dm a a — e UN mr «т A — ну ——— ha ,
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END (FLY E) 2 THE MEASUREMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS PLAYBACK MODE
P50211 REC m7 WITH PÁL COLOUR SIGNAL. (S-VHS: SP MODE)
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1 | 2 | 3 | 4 | 5 ] 6 ] 7 | 8 | 9 | 10 | 11 ] 12
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4-17. Hi-Fi AUDIO PACK SCHEMATIC DIAGRAM
Найм а ый
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a 25018194 Ic4501 a
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CASES
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120 т\р-р (0.5msac. div
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(Page: 4-14/6-2
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NOTE: WITH PAL COLOUR SIGNAL OF PE DC VOLTAGE IN THE BRACKETS { ) ON THES DIAGRAM IS RECORD MODE THE MEASUREMENT MODE OF THE DC VOLTAGE OUT QF THE BRACKETS (IN THIS DIAGRAM IS PLAYBACK MODE NOTE: DO NOT USE ANY PART NUMBER SHOWN ON THIS SCHEMATIC DIAGRAM FOR
т | > | . (SP M ) WITH PAL COLOUR SIGNAL, (SP MODE) Ш * LINE IN SIGNAL LEYEL...— 10dB 1kHz .. ORDERING. WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST.
3 | 4 | 5 | 6 | 7 | 8 | g | 10 | 11 | 12 | 13 | 14
4—56 4—57 4—58
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4-18. Hi-Fi AUDIO PACK C.B.A. (VEP04447E)
Hi-Fi AUDIO PACK C.B.A.
Transisior
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ADDRESS INFORMATION
(FOIL SIDE)
TRI ут вое кент тот тонна ен нае ро 0 пену неона
7 - =
(COMPONENT SIDE)
A {Ir
su q | A NADO | ; A
ib lll di foil do AN Oo io
4-19. INPUT/OUTPUT PACK SCHEMATIC DIAGRAM VIDEO MAIN SIGNAL PATH IN REC MODE == ~~ — AUDIO MAIN SIGNAL PATH IN REC MODE
- VIDEO MAIN SIGNAL PATH IN PLAYBACK MODE — =— = AUDIO MAIN SIGNAL PATH IN PLAYBACK MODE
(AB) (AT) {А В) (AZ) {AN} [AIT SAS) 31 CAZAS (Ad) A141 (ARE)
125
G 03918
MSE710
nv.)
LATISEM | one
# 02 [AVEB):OHl
02 ! LET пз967
_ 03503 avy aos 2700
TO LUMINANCE 4 MSDTIR4
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SECTION PPA 12
(Рада: ТРЕ) 1
| GR3905
MAN 1402
(HY) 155254
F \,
LOGIC CIRCUIT
/
1C3801
E TO LUMINANCE & M52475 AP
DA Pra
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TE HB) IB10) (611) {B20} (ВЕ)
D (618 | (520 (B29) (823) (825) 819)
== y OR3901 AT MIS
MRN1404 0
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MED
(SWITCHING) ‚
TO LUMINANCE & | (LL yw! NP Eee yxy. rs 1 1 1 | 44 WIFrQ———————— = ROAKAL $= S- VIDEO QUT -#— TEST SHGKHAL
SECTION PFè0R3
Page: A-17/0-1) HOTCH FILTER
с вяза {443MNz TAPE)
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= 03915”
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[SWITCH ING]
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1
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| 13936
ro Luna à CELE | AM suns our
SECTION REG} QR4501 |
(Pasa: TB) MRAM T404
— | ar3902 LEDIT CIL:0FF) (
| MAN1404 | 14901
[AY YTR (DI: OFF! | ) cuzen)
`` |
TE AUDIO
QUT
A
Cd) 1 {с 2}
С- LIKE } \ \ LJ 2 — J
NOTE: DO NOT USE ANY PART NUMBER SHOWN ON THIS
NOTE: THE MEASUREMENT MODE OF THE DC VOLTAGE IN THE BRACKETS ( ) ON THIS DIAGRAM ES RECORD MODE THE MEASUREMENT MODE OF THE OC VOLTAGE GUT OF THE BRACKETS ON THIS DIAGRAM 15 PLAYBACK MODE SCHEMATIC DIAGRAM FOR ORDERING. WHEN YOU
т | > WITH PAL COLOUR SIGNAL. (S-VHS; SP MODE) WITH PAL COLOUR SIGNAL. {S-VHS: SP MODE) ORDER A PART, PLEASE REFER TO PARTS LIST.
3 4 | 5 | 6 | 7 | 8 | 9 | 10 | Ti | 12 | 73 7 Ta | T5 | 16 |
4—62 4—63 4—64
BE TREC Ha Ni diria diia Mo
4-20. INPUT/OUTPUT PACK C.B.AÀ. (VEP03A72D: NV-HS1000B) (VEP03A72B: NV-HS1000EC)
Les |
INPUT/QUTPUT PACK
C.B.A.
D Transistor
©3901 C6
03902 C-7
| 03903 8-3
` C3904 C6
(3905 D-6
Q3906 D-6
Crag? CB
3912 B-7
13913 C5
C3814 G4
— 03915 C-4
(3916 C-4
03917 C-3
Q3918 G-4
Transistor & Resistar
GHA3801 C-5
ORH3802 C-5
QR3903 B-7
QR3904 C-4
C OR3905 C4
OR3906 C-4
GR4601 A-1
QRASO? В.
Integrated Circuit
103001 B-6
103302 D-5
163904 D4
164901 C-1
[C4902 B-1
— Adjustment
Y R39D1 C5
Connector
PFS3021 A
PS3022 A-3
P53023 AD
PS3024 AB
ADDRESS INFORMATION
K3905. NV-HS1000B
L 3305 7 NV-HS1000 EC
| 2 [3 | 4 | 5 | ar: | 7 |
Mili ETE A ell oi if AS nda
4-21. NICAM DECODER PACK SCHEMATIC DIAGRAM
= = = NORMAL AUDIO SIGNAL PATH == NICAM AUDIO SIGNAL PATH
FLT
YLFQFOZ : HY -HFI000a
¥LF 0701 - HV - HS 000EC
J р сн цен не с nr
==
|
r=-—-—
|
C7303
| E MALENA I
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!
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MATA TE
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PET MAI4IK
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BILINGUAL (DOH у
TO LUMIMARCE
CHROMINANCE
SECTION
(Page:d-1/E-5)
DIGITAL ORO
0905
| MATA YA
— не сн с не = о =
—— lo
DIGITAL GHD 07907
MALLE
MGITaL
FILTER
1044 BIT
AOC LATION;
TO LUMINANCE &
CHROMWIHANCE
SECTION
(Fags: 417/D-5}
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17801
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UNS112
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NOTE: DO NOT USE ANY PART NUMBER SHOWN ON THIS SCHEMATIC DIAGRAM FOR
NOTE: THE MEASUREMENT MODE OF THE DC VOLTAGE ON THIS DIAGRAM IS STOP MODE. ORDERING. WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST.
1 | 2 | 3 | 4 | 5 | 6 i 7 i 8 | 9 | 10 1 nn | 12 bo 13 | 14 | 15
41—68 4—69 4—70
4-22, NICAM DECODER PACK C.B.À. (VEP07675A : NV-HS1000B) (VEP07675D : NV-HS1000EC)
NICAM DECODER PACK
CBA,
Transistor
07901 Сл
07902 Ga
| ee Q7903 C10
EL Ч TE pen + ЗЕЕ LEE » В Ра Q7904 C-1
j= A a ip уу К Ш: e ' к, CR i. KE ны CP y E Eu | lj: й : | Us E и , hoa : me ME , | La Dz a В 7905 ca
ow wo wp EL uk Le Wu y TG ur ri a iv x Ns E “A de - ЧЕ ай м a 07906 C9
— | ROS | allel TIER ETI Me RENE Е E E STA NT ; Choma Mon su SENA Foe MA © idm AEE EF 8 TY, 7 E EE AR OR DU yg | № Grace 8
q7910 B-4
07911 B-7
(7912 C-10
07913 cé
Q7914 06
aris | De
07916. . Br
07917 EZ
Transialor á Resistor
QR7901 8-6
QR7902 B-g
GR7906 АЛ
vial vm
Integrated Circuit
107001 B-2
107302 B-3
107903 B-5
Adjustment
VR7501 Ad
VR7802 АЛ
VH7903 АВ
Connector
PK7801 D-2
PK7901 0-9
РК7902 0-4
PKr902 D-7
Eig
ADDRESS INFORMATION
i Da ior dt NE,
a 1, , i bx TEEN | à. - b + : и " * | iy 1. 5 и hi 5 Я ; af e - Е ! x Maa k I e ta | ПО : Pi N | } ] | y Un " = ,; : ЧЁ и. i | Я | " , ; . j , d EN qe * ;
teca Nor rr a eee LAA e E q 3 Milpa ma E NI did AE. EDT ET | A hoff! ; | - HP E LE
а | ВЫ В i y В В : а a В И DUE В | В | y НЕ р ; Ч e E Ея Hi = =t . | В В = : | : ! i * Н | i H d pdt Y Ho E ques m H Н 1 o 13 ii = i HU Я H : h i Eu г. Tn a i À Ey В ! q ,
E. a DU os PE 1 aa {101 IR 7 | STE TELS У а Ea | J и | | PESTE | Cd В ; De т ,
8 (COMPONENT SIDE) (FOIL SIDE)
1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 |
4—71 4—72 41—73 4—74
k EA UE PEE DE E . FA il allel) Dm fh ой
hed EEA (a Wind НН ПНР 1 ALL ina I МНОЙ 671A: NV-HS1000EC)
PACK SCHEMATIC DIAGRAM (NV-HS10(0EC) 4-24, DECODER PACK C.B.A. (VEP(7 : NV-
423. DECODER PACK — — — AUDIO MAIN SIGNAL PATH — —— AUDIO SUB SIGNAL PATH DECODER FACK GBA
Transistor Test Point
07301 B-2 TP7303 B3
0734 B-2 TP7304 B3 ;
0.01 18447 07305 Ca Adjustmant
07306 A djustme
C7323 0707 A-1 T7301 G3
T7302 AZ
Translator 6 Reslstor
17303 Ad
Js ; QR7318 QR7315 QR7301 B-1 T7304 G1
> TAG7215N MANT 40 4 MRN1404 QR7302 B-1 T7305 C1
3 (mono 0:08 (MONO-0FF) QR7312 Bi VA7301 A3
QR7313 B-4 YH7326 — C4
TO LUMINANCE & 4 LIM _— OR7314 B-4 VA7328 cs
E SECTION PRTSO1 5 AMP{2) cra J QR7815 | 64 VR7340 | A4
(Раде: 4-17/6-5) Fu QR7316 B-3 VA7342 A
T DET 12) ] VA7344 АЗ
a PIO | Integrated Circui
- R7347 Lem 1C7301 BA Conmecior
` | 7 спо 78 1000 IC7302 8-1 PS7301 A
y 3 0.082 | PS7302 Ad
| QR7319
| MRN1402 ADDRESS INFORMATION
(BILINGUAL
| F———-
| YR7201 о!
: | 10XB — h
1 / |
y |
РЕВ 3300
BILINGUAL — 0
D 70 LUMINANCE 8 |“ STEREO
SECTION see | © [op Мб о ors | в, 107301 C
(Page: 4-T7IF4) AUDIO{ L} P7 7574 Poca ron {ail In
| | LE - |= 2601228 E | у НАУЧ И | Qi: ur RES ET -
| 7 | DOT | 25013 5508 ; Th, RA de PE Eo MA e. >
` FISSECO07A D. QR7302 h : {MUFING} urd RIC М | © e 3 y | ‚№ + dune à > CUE HED TH gre в” soi
‘ r= == 7" "arn — a: Y | | 34e Ani || il "E [EII lt Er BO Ч ve. о y
— ий | МВ №1404 (IM) AE a : ol rune E pa IW ins) {m vo E i о a A * № A jrs taa la TO ahs 4 WS Ta E
e LAY.) | ri ЕЯ . . a e À ra UT à. = ei | ЕЕ В : . . В E
| 6 | Г | y
|
. J L_ DEMATRIX AF. DUTPUT SELECTOR CONTROL LOGIC 0
if
" CONTROL
4 AM VOLTAGE DRIVER
С DEMODULATOR SENEOR
ar I SUPPLY B
07304
MAJIOL
0.01
] _ |
B 730% 7302
C7333 EFCSSASMSSE | EFCSSASMSSE T7301
10007 (5.5002 TRAP} (5.5MHz TRAP} EIR7QG0018 OR7314
Aros С — (STEREQ- ON) | 10,
ТТ A
— A7338 047
1363 07306 FREQ :
EFCSSA74MSSB ВОВА АН свв 2802404 A
THARP) (5.74MH: QR7312
5 MBNI4O2 — ————
TEREO :
1000 = T | [ STEREO ] (STEREO ON)
A | | o
— o
Ш f
NOTE: DO NOT USE ANY PART NUMBER SHOWN ON THIS SCHEMATIC DIAGRAM FOR
NOTE: THE MEASUREMENT MODE OF THE DC VOLTAGE ON THIS DIAGRAM IS STOP MODE. ORDERING. WHEN YOU ORDER A PART, PLEASE REFES TO PARTS LIST. 1 9 | 3 | 4 |
1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 |
— 4—77 4—78
4— 75 4—76
4-25, TV DEMODULATOR PACK SCHEMATIC DIAGRAM (NV-HS1000B) 4-26. TV DEMODULATOR PACK C.B.A, (VEP07680K : NV-HS1000B)
vent VIDEO SIGNAL PATH === == == AUDIO SIGNAL PATH TY DEMODULATOR PACK CEA.
с Transistor Adlustmant
0709 B4 т B2
oi BI Ty в
= qe Ba THI GH
gra Вл VAIO H
QM А УНР 8-1
0772 В? YR7660 Há
кач] — Transistor & Rasfslor Connector
TH TAL
ElVSECQATA ENSECUORA — DE . , GRAM Ad P7201 0-2
: emo FEAT CBA, (YEP07786A: NY HS1000B) | СА? Ca P5701 7
пи | | QATIS AS P5702 65
alia ' QR7e01 B7 P5703 63
| | P5704 C1
Integrated CireuH
SECTION PP
Pago:4-11F:1) 0701 B-2
N [67201 02
AFC CEFERT C.B.4, (VEPO?710A) [GT851 Вы
7658 85
D A4 107053 в
q
— ADDRESS INFORMATION
ey mila
ВЕСТ РАО и 1
Е Pagu:-MO-) 708 10V2
IC286L ANSEZY
E
\
ey ir
Pee |
FILTER (14 { 3) [ 2)
) С
E - E HR НЕ Lk UL M
presen que =
6.0ME7 TRAF)
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: B
— 1
1
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вт ИКАОвааБ
RANT
AFC DEF (RON)
8 y
|
A |
NOTE: DF} HOT USE ANY PART NUMBER SHOWN ON THIS
MPORTANT SAFETY NOTICE:
SOHEMATIC DIAGRAM FOR ORDERING. WHEN YOU
COMPONENTS IDENTIFED WITH THE MARK A HAVE THE SPECIAL CCT KA SEN
1 2 | 3 | 4 | 5 6 7 | 8 | 3 | 10 | 11 | 12 | 13 | 14 | 1 | | | | | |
4—79 4—80 4—81 4—82 4—83
A Wa: a ii 105 ‚а | ;
UN db md dail nd THT Va о МА wide Al ad Ни
421. TIMER & VR SCHEMATIC DIAGRAM SEGMENT CONTROL SIGNAL ~~ === GRID CONTROL SIGNAL — TUNE CONTROL SIGNAL -
PP7501
VSLOYGE
nF
75013 46 56 96 168 268
NU IL | | | ] |
nn INSERT REMAINWRITE MESECANPDO PS FT] [== |=
mA VIR | == | ==
pa EE
Crh —— a He SU MO TU WE —— | ——
6 Ge gi qu seno, ний (TH FR SA PROG [is + 1 mim
5 PEE fod (Ld Shs [= E ma
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10790146 r ine) gua? Sanar TE Miam Ht) Lt] LA] THER
= KOM | | | | REG Ed
96 36 26 16 0G MARK | Rog. | 14 PP
IEFHÔIAF tH TLINK
THM 613 UB 550 SEO EM SID S96 SOB SME SB SIND SWE GA 268 SOB IB 825 NX MX NE SISA ЗНА БТА НОА ВМА ВИЙ БЫ SIA le ВЫ ВЫ SIA GIA БА ВА SA HK MX NK 003 ML 360 MGR 164 SGA GGA TGA GDA 96
Foes | TIMER ÿ sLEER/
106; SHUTTLE REC
F | ENCODER
CODA PANEL EWIECH UNIT
E
IRGED1
maso vENSIO7 vases
SOME (Sea КМУ Dex rr Vak
tr
— (IR RECEVER)
A [EE] [e]
‚EA —-
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pan oop
© SOV miei QRIENA
' MFH2404
: D 0 (ео) он)
- Ш (C501
OSC VEG 01 MG 02 OF OL 0 OF On of HE OÙ Qui H3T50ZWIES VEE F0 Pin PE PA) PM PIS PIG РУ FIO MU PO POS ВЫ POS POG POT PID PY FIZ FW PM PIG PIS PU PIO PÍO POD POR POZO FU Pa
CA
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SOV ¡Beers ri)
075012 ST0A 1675015 STDF
C vite 2% run Tam THR JKR AVS
er Sh hera FiXz END GEZ GEI Qi DATA CL LSH TLE faz VIDES IH [C8501 VCRÖNZ
end STOP + 9 QRTEON
50Yppibmesc Nm 7 war | LL | | A] A AAA E EE pl am es PE a es ese w——1 ||| | | = poe
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= 1
CRIT
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PSTZ04 ia
B (Page: 1-5 FA
ATEN
WMAH?404
STAND BY CHI
FED
MANDIDE
sue | (METER ON OH)
|
A !
MTY (45) daa TREN 148 1 WR B.A. (VEPGESESE)
HOTE: 00 NOT USE ANY PART NUMBER SHOWN OH THIS SCHEMATIC DIAGRAM FOR
HOTE: THE MEASUREMENT MODE OF THE 0G VOLTAGE ON THIS rAGRAM IS STOP MODE. [S-¥HS: SP MODE) ORDERING. WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST,
28
| 7 | 3 | 1 5 1 6 | 7 | 8 | 9 | 10 | N | 12 | 13 | 14 | 15 | 16 | 17 | В | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27
4—86 4—87 4—88
4-28, TIMER C.B.A. (VEP(7739Q: NV-HS1000B) (VEP07739R : NV-HS1000EC) & VR C.B.A. (VEP06326C)
TIMER CB.A. (VEP07739Q: NV-HS1000B) (YEP07739R: NV-HS1000EC)
15:
na de
o a Era
|| 1. Ada
|5
|
Мо
TO DOOR PANEL Sy
VR C.B.A. (VEP06926C)
THE EE EEE geil ER
И [TEEN -- + - - E
4—89
4—91
10 | 11 | 12 |
4—92
4—93
TIMER C.B.A. & VR CBA
Tranalsior
01701 BZ
(7501 АТ
Qu A-7
Translator $ Resistor
QR7501 Da
QR750? Da
QR7503 Da
QR7506 CT
QR7547 E
QR7508 Ad
GR7509 АЗ
QR7510 Bd
QHF611 Ad
QR7512 BE
QA7513 BE
QR75i4 BO
Integrated Circult
[06501 B13
[G7501 DE
[C7502 BS
[C7503 В
ECTS В
[C7505 De
Adjusiment
СА! DA
УРА Ci
VRESO1 Cl
VAESO? C-10
VRE5(S C-11
Connector
PEDO? A-10
P7501 A4
P7502 Ad
P7503 Ad
P7504 Ad
P7SC5 BE
Р7508 87
PP7SC1 B-10
PP75(2 B10
258501 B10
PSB502 B-10
ADDRESS INFORMATION
id Sh dd M
429, TV DEMODULATOR PACK SCHEMATIC DIAGRAM (NV-HS1000EC)
TO LUMINANCE
AFIN
RF QUT
A
TUHER
ENVSTID7H8
——
EU BY BH AGC BL AFG BM IF | CS DAA GLK SV doy
00900000!
45%
su prete NON SW KV
Pags: 4 TIP
AFC
|
YO LUMINANCE & =
CHROWINANCE
SECTION FP7402 FS DATA
age:4aMF:1 | | FS
NON SW Y
о 0703
1 Rs |. MSDEOI
| p
5 "bares ie a)
TO LUMINANCE à
CHROMINANCE
SECTION Prrans
(Page:417/6-4 В
TO LUWIHANCE à |
CHROMINANCE
— SECTION PF7e04 |
Pego:di7i0:1) |
IC7651
M52306FP
t Û
Mi
IMPORTANT SAFETY NOTICE: ;
COMPONENTS IDENTIFIED WRI THE MARK A, HAVE THE SPECIAL CHASACTERISTICS FOR SAFETY.
WHER REPLACING ANY OF THESE COMPONENTS, USE ORLY THE SAME TYPE,
1 | 2
4—94
| 3 N 4 5
A pra ТЫ Bald 1 Aly Eid (2 lig dl a db 444 1H ¡UU ERA A oi
MT IN width dada in UM iit oi iad ath ind od Wl dd
— VIDEO SIGNAL PATH wom wm mee AUDIO SIGNAL PATH
=
1704
ElVSECDOBAL +
ть o T703 Ви?
EIVSEGUSTA 47K
Po
| |
|
1C701
M520145P
Xb
EFCHIGO
NOTE: DO NOT USE ANY PART NUMBER SHOWN ON THIS
SCHEMATIC DIAGRAM FOR ORDERING. WHEN YOU
ORDER A PART, PLEASE REFER TO PARTS LIST.
| 6 | 7 | 8 | 9 | 10 |
1—95 4-96
NOTE: THE MEASUREMENT MODE OF THE DC VOLTAGE ON THIS DIAGRAM IS STOP MODE.
4-30. TV DEMODULATOR PACK C.B.A. (VEP07757C: NV-HS1000EC)
TV DEMOCULATOR PACK C.B.A.
Transistor Adjustmen
Qro ВА Tr03 82
ami BA Tr04 63
072 B-3 YR701 Bd
0714 G4 YR741 ı 83
| т BS VR7660 | Bd
Transistor 4 Rasistor Connector
QR701 C2 PS701 G7
QR702 G3 PS702 G5
QR709 62 PS707 G3
QR704 C2 PS704 C1
integrated Circult |
IC70 82 |
107651 B4
ADDRESS INFORMATION
alii TEETER
3 |9
a
| Е | НЕЕ | — на я — fr L y UE = | fii Pi
209 MA: FAHRERN] i/o ms
MA
Ч
Ta dad rm Па hu,
'
'
Ч
="
Ta
: й — № й E ati TTT ‚
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то - a LPR HOP Wa E
- ro Y AP ETE E x - . - ñ |
ig) mE cal Ea = - a -- + - - -- 20 a
В EE ve we. TT т
Rm ; п що, 102727 2077
En CP ar WT нь т — = - вая i жа,
a y + He mu 0 iE = A A - To - =”
q = a a a” ЧЕ rrr a г tha ge . - „2
E, e + E ch, SE —
_ 2 —r = ur na В 3 ю a
a Na Es alias AAR ar EE - e
"a rk - в . "а Y E, = gn rerio Ty ВЧ Hi
== Si Чен 5 Li = E … | Ge EE
= и Ме TT a - —-
i
1 "45
i
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= #4
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1 .
1 u ‘RÉ:
| I
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1
1
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ни |
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4—98
Y
SECTION 5
EXPLODED VIEWS & PARTS LIST
5-1. EXPLODED VIEW & MECHANICAL REPLACEMENT PARTS LIST
© CHASSIS PARTS SECTION (1)
Note:1.7 De sure to maks your orders of replacement parts according to this
at.
PE Santi tad el h mark €!
5 th tha ?> hava the special characteris-
tics for safety. When replacing any of these components, use only the
Nota:1.7 Be sure to maka your ordars of replacement parts according to this
st.
2. INPORTANT SAFETY NOTICE
Components identified with the mark <!> have the special characteris-
tics for safaty. When replacing any of these components,usa only the
Part No, Fart Neme &
CABLE
PLATE
GUIDE
PLATE UNIT
LEVER UNIT
HOLDER PLATE WNIT
PLATE UNIT
SHAFT UNIT
ARM UNIT
HEAD
CONNECTION GEAR
CAM GEAR
ROLLER UNIT
HEAD (1) UNIT
HEAD BASE
HEAD SPRING
ANGLE
AMP MOUNT ANGLE
SPRING
BASE HOLDER
STOPPER BASE
POST STOPPER
BASE HOLDER
PIECE
SPRING ARM
UPPER LIMITER
SLEEVE
LOWER LIMITER
BASE UNIT
POST
BASE UNIT
ANP MOUNT ANGLE
POSITION FIXTURE
ARM INIT
ARM UNIT
UP TENSION REGULATOR
UNIT
ARM UNIT
SPRING
ARM (1) WIT
BAND UNIT
REEL TABLE UNIT
UP REEL TABLE WNIT
PLATE
BRAKE RRM UNIT
UP BRAKE ARM UNIT
TRANSISTOR
UNIT
CYLINDER UNIT
SHIELD FIATE
VXA94OEZK1T
VXR40B4KIT
Fo | | | fe fat |p | a HE RH [is | ей You | jr Yo ha Pa Ea $ Las = pe ym [e Pi PA | fn |p fp [pen | pa
B10{1}
B11(1
1
1
mu fes [NERO Rs | a a нк |8 |5 | Дей ek | pk | pk |e | ek [pe
1
Part No. Part Name E
UNIT
HEAD
STOPPER
SEAL
UNIT
UNIT
SCHEW UNTT
CAM GEAR
REEL GEAR
UP REEL GEAR
WIEEL GEAR
GEAR
BELT
GEAR
MOTOR UNIT
BRACKET
SW
CONTROL LEVER
Бы
BRAKE BASE UNIT
ROLLER UNIT
ARM UNIT
LEVER UNIT
LOADING ARM UNIT
UP LOADING ARM UNIT
LEVER UNTT
CLUTCH
HOLEER
TRANSISTOR HOLDER
TAB SH
CONNECTION C.E.
= | | | | | |
== (|) | || бе | ее | нон вн Гея | ен Тен | нь | | | =
OQ CHASSIS PARTS SECTION (2)
©@ PACKING PARTS SECTION
© CASING PARTS SECTION
(NV-HS1000EC ONLY)
vour orders of replacement parts according to this
2, IMPORTANT SAFETY NOTICE
list.
Note: 1.* Be sure to make
ified with the mark <!> hava the special characteris-
‘tices for safety. When replacing any of these components, ura only tha
same type.
te {dent
your orders of replacement parts according to this
Note: 1,* Ba sure to make
CE
EE with the mark <!> have the special characteris-
tics for safety. Mhen replacing any of these Components,usa only
same type.
Components 1denti
Part Nam &
Part No.
E
v=
La
||| | | нЕ | | | ож он
UNIT
PANEL SW UNIT
PANEL 59 [MIT
DOOR UNIT
LOCK PIECE
MAGNET
PANEL
SPRING
SUB PANEL
SUB PANEL
PANEL (1) UNIT
PANEL LIGHT
PANEL
x=
ad fod [od | md | wd | ed ||| AE
wl | owt | CT owed foe | | oe ON
ANGLE
WINDOW
WINDOW
GEAR
ANGLE
ANGLE
SHIELD PLATE
SHIELD PLATE
SHIELD PLATE
ANGLE
FIXTURES & TOOLS
ALTGNMENT
Fat
lm] Hl] HN] Ho] == mm] rom rN AOS N@] NIN Rw
BARRIFR
Fat
CAP
RING REMOVER
BARRIER
ANT TERMINAL PLATE
HOLDER
“| ALA| A) | | |) ERE] E || EEE
ADJUSTMENT
WRENCH SET
TENSION METER
CLEANING STICK
GREASE
CYLINUER REMOVER
GREASE
FIXING TOOL
ADJUSTHENT GEAR
EXTENSION CABLE
EXTENSION CABLE
EXTENSION CABLE
EXTENSION CABLE
EXTENSION CABLE
EXTENSION CABLE
EXTENSIÓN CABLE
EXTENSION CABLE
EXTENSION CABLE
ANGLE
ANT TERMINAL PLATE
MAIN CEA.
© REMOTE CONTROLLER UNIT
Note:1.7 Be sure to make your orders of replacement parts according to this
ist.
2. IMPORTANT SAFETY N
Comp
OTICE Part No. Part Name & Description
onents identified with the mark <!> have the special characteris-
tics for safety. When replacing any of these components,use only the
sane type.
Part No. Part Name &
COVER UNIT
COVER UNIT
COVER UNIT
PANEL UNIT
PANEL UNIT
COVER
WINDOW
RUBBER
CONTACT
CONTACT
SPACER
CONTROLLER C.B.A.
5-2. ELECTRICAL REPLACEMENT PARTS LIST
Note:1. De sure to make your orders of replacement parts according to this
5
2. IMPORTANT SAFETY NOTICE ; Components identified with the mark <!> have Ref. No. Part No. Part Name & Remarks
the special characteristics for safe ety. when replacing any of these DECORDER PACK C.B.A
components,use only the same type. —
3.Unless otherwise specified INCLUDED IN MAIN
All Сия are in OMS , K=1,000 OMS, All capacitors are in MICRO-
u F =UU - B.A.
4.The P.C.Board units marked width'$'show below the main assembled parts.
5. The marking(RTL) indicates the retention time is limited for this item.
ter the scontinuation of this assembly in production. it will no
| longer ba available.
INDLUDING THE
DEMODULATOR PACK
C.B.A. ,
CAP DRIVE C.B.A.
Part Ko.
LUMINANCE &
CHROMINANCE PACK
C.B.A.
SUB AUDIO PACK
B.A. ,
INPUT PACK
B.A.
SUB AUDIO PACK
B.A.
-Fi AUDIO PACK
B.A.
THE TV
PACK
B.A.
DRIVE C.B.A.
&
PACK
B.A.
LUMINANCE &
PACK
B.A. ,
PACK
B.A. ,
AUDIO PACK
B.A.
«Fi AUDIO PACK
B.A. 7
CAM DECODER PACK
PACK C.
DECORDER PACK
B * A * +
DEMODUIATOR PACK C.B.A.
INDLUDED IN MAIN
B.A.
. DRIVE C.B.A.
INDLUDED IN MAIN
DEMODULATOR PACK C.B.A. 1 B.A.
THE
DEF C.B.A, & CHROMINANCE
C.B.A. INDLUDED IN MAIN
B.A.
INCLUDED IN MAIN
B.A.
LUMINANCE 6 NV-HS1000EC
C.B.A. INCLUDING THE
AMP C.B.A.
7
DEF C.B.A.
B.A.
DRIVE C.B.A. 1 | (RTL) NV-HS1000B
IN MAIN
AMP C.B.A.
B.A.
E
PACK
В.А. (МЕРОЗАБ2В).
& CHROMINANCE NV-HS1000B
C.B.A, INCLUDED IN MAIN
B » A *
PACK C.B.A. (RTL)NV-HS1000EC
LUMINANCE & IN MAIN
C.B.A. B.A.
AUDIO PACK C.B.A.
IN MAIN
B.A.
-Fi AUDIO PACK C.B.A. (RIL)NV-HS1000EC
IN MAIN
B.A. (VEPO3A37L}.
AMP PACK C.B.A. 1 | (RTL) NV-HS1000B
IN MAIN
B.A.
NV-HS1000EC
IN MAIN
B.A. B.A.
DECORDER PACK C.B.A. (RTL)NV-HS1000EC
IN MAIN
B.A. (VEPO3A37L).
AUDIO PACK C.B.A, 1 |(RTL)NV-HS1000B
IN MAIN
B.A.
C.B.A.
5-31)
-Fi AUDIO PACK C.B.A.
AMP C.B.A.
Part No,
Part Name & Description
5-33
C.B.A.
5-34
C.B. A.
5-34
C.B. A.
5-35
C.B.A.
5-36
DRIVE C.B.A.
5-37)
CONNECTION C.B.A.
5-37)
C.B.A.
(Page:5-37)
CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACITOR CH 5QV
CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACITOR 6.3V
CAPACITOR 6.3V
CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACITOR 6.3V
CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACITOR 6.3V
CAPACITOR CH 50V
. CAPACITOR 50V
CAPACITOR 16V
CAPACITOR CH 50V
CAPACITOR 16V
CAPACITOR 6,3V
CAPACITOR 25V
CAPACITOR 50V
CAPACITCR 16V
CAPACITOR 6, 3V
CAPACITOR 6,3V
CAPACITOR 16V
CAPACITOR CH 50V
CAPACITOR 16V
CAPACITOR 16V
CAPACITOR 16V
CAPACITOR 50V
CAPACITOR 16V
Ben [aba ala male Ne sle lee lee elle elle
SUPPLIED AS
B.A.(C.B. IS
ON MECHANICAL
LIST)
B.A.
! >NV-HS1000B
<! >NV-HS1000EC
(RTE) NV-HS12000B
IS INCLUDED
IN LOADING MOTOR (1)
Ref.No. Part No. Part Name & Description |Pcs Remarks
C350 ECUM1H104ZFN |C.CAPACITOR CH 504 0.1U | 1
c701 [ECEAICKIOO |E.CAPACITOR 16V 10 | +
702,03 |ECFA1EK4R7 |E.CAPACITOR 25V 4.70 | 2
C706 {ECUY1H104ZFG |C.CAPACITOT cH SOV 0.1U | 1
с708 lecenick220 |E.CAPACITOR 16V 220 | 1
с710 IECUMIH1O3ZEN |C.CAPACITOR CH 50V 0.010 | 1
€719,20 IECUMIHIO4ZEN |[C.CAPACITOR CH 50V 0.1U | 2
C721 JECQVIHS23JM |P.CAPACITOR “50V 0.082U | 1
723 |ЕСЕА1СК100 |E.CAPACITOR 16V 10U |) 1
725 [ECOV1H1045M |P.CAPACITOR 50V 0.10 | 1
726 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 1
с730 lecenicki00 | |Е.САРАСТТОВ 16V 10U | 1
C731 VCEA1CACIOO |E.CAPACITOR 16V 10U | 1
C732 JECEALEKSR3 |E.CAPACITOR 25V 3.30 | 1
C735 [ECUMIHIS1JCN |C.CAPACITOR CH 50V 150P | 1
C736, 37 [ECUM1H103ZFN |C.CAPACITOR CH 50V 0.010 | 2
с739 [ECUMIH101JCN [c.CAPACITOR CH 50v 100P | 1
с740 [ECUMIH103ZEN |C.CAPACITOR CH 50V 0.01U | 1
c741 |ЕСЕА1НКО10 |E.CAPACITOR 5071 1U|i
C742 [ECEA1CK100 |E.cAPACITOR 16V 10U | 1
743 JECUMIH270JSN |C.CAPACITOR CH 50V 27P | 1
с744, 45 |ECFAIHKOR1 | |Е.САРАСТТОВ 50V 0.10 | 2
C746 [ECUMIH220JCN |C.CAPACITOR CH 50V 22P | 1
C747 |ECUM1H6BOJEN |C.CAPACITOR CH 50V 68P | 1
C748 [ECEA1CK470 |E.CAPACITOR 16V 47 | 1
C749 |ECEAICPK100 |E.CAPACITOR 16V 10U | 1
C760 |ECQV1H563JM |P.CAPACITOR “50V 0.0560 | 1
C761 |ECUM1H103ZFN ¡C.CAPACITOR CH 50V 0.01U | 1
C782 [ECUMLH220JCN |C.CAPACITOR CH 50V 22P | 1
сво2 |ECUM1H471JCN |C.CAPACITOR CH 50V 470P | 1
C803 |ЕСЕЛОЛКА221 |E.CAPACITOR 6.3V 2200 | 1
c804 (ECUM1H820JCN |C.CAPACITOR CH 50V 82P | 1
c805,06 [ECUMiH1O3ZEN |C.CAPACITOR CH 50V 0.010 | 2
esos JECUMIHESOJEN |C.CAPACITOR CH SOV 68P | 1
c809 JECEA1HKA4R7 |E.CAPACITOR 50V 4.70 | 1
C810 JECEAOJKA221 |E.CAPACITOR 6.3V 220U | 1
с811-13 |ECUM1H103ZEN |C.CAPACITOR CH 507 0.010 | 3
cs14 JECEAOJEALOL |E.CAPACITOR 6.37 100U | 1
C815 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 1
C816 |ECUM1H470JCN |C.CAPACITOR CH 50V 47P | 1
C817 [ECUMIH1O3ZEN |C.CAPACITOR CH 50V 0.01U | 1
C818 |ECEA1HKAOR1 |E.CAPACITOR 50V 0.1U | 1
C819 [EcoB1H332Jz |F.CAPACITOR 50V 3300p | 1
C820 [ECMIH331JON |C.CAPACITOR CH 50V 330P | 1
c821-23 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 3
C824 |ECUM1H470JCN |C.CAPACITOR CH 50V 47P | 1
825-27 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 3
C828, 29 |ECUM1HS6OJCN [C.CAPACITOR CH 50V 56P | 2
C830 |ECUM1H471JCN |C.CAPACITOR CH 50V 470P | 1
C831 |ECUM1H270JCN |C.CAPACITOR CH SOV 27P | 1
c832 JECQVIH154JM |P.CAPACITOR 50V 0.150 | 1
C833 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 1
ca34 |ECUM1H151CN |C.CAPACITOR CH 50V 150P | 1
C835 JECUMIHIOAZEN [C.CAPACITOR CH 50V— 0.1U | 1
C836 JECUMIHS6OJEN IC.CAPACITOR CH 50V 56P | 1
C1001 JECEAOJKA470 |E.CAPACITOR 6.37 470 | 1
C1002 JECEAICKA101 ÍE.CAPACITOR 16V 100U | 1
с1003 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.010 | 1
C2001 |ЕСЕАЗСКА470 |E.CAPACITOR 16V 470 | 1
C2003 |ЕСЕАОЗКА470 |E.CAPACITOR 6.37 47u | 1
C2005 lECRALCKA470 |E.CAPACITOR 16V 47U | 1
C2006 |ECFA1HKAR47 |E.CAPACITOR 50V 0.470 | 1
C2007 |JECQV1H683JM |P.CAPACITOR “ 50V 0.068U | 1
C2009 lECUMIH1OLJON |C.CAPACITOR CH 50V. 100P | 1
с2010 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 1
2501-04 lECUMIH104ZEN |C.CAPACITOR CH 50V 0.1U | 4
C2505 \ЕСЕА1СКА47О |E.CAPACITOR 16V 470 | 1
C2506 JECUMIHIOAZEN |C.CAPACITOR CH 50V 0.1U | 1
C2507 [ECQV1H683JM |P.CAPACITOR “ 50V 0.068U | 1
C2508-10 [ECENIHKA2R2 |E.CAPACITOR 50V 2.20 | 3
с2511-14 |VCUV1H333KBN |CAPACITOR 4
C2515 |ECFAIHKAO10 |E.CAPACITOR 50V wv | 1
C2516 [ECEAIHKAR22 |E.CAPACITOR 50V 0.22U | 1
C2517 JECAOJM221 — |E.CAPACITOR 6,3V 220U | 1
C2518 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 1
5—9
Ref. No. Part No. Part Name & Description [Pcs Remarks Ref .No. Part No. Part Name & Description [Pcs Remarks
C2519, 20 |VCUV1H333KEN [CAPACITOR 2 C3426 {ECUM1H103ZEN |C.CAPACITOR CH 50V 0.01U | 1
C2521 ECEAICKA470 |E.CAPACITOR 16V 470 | 1 3427 |ECUM1H104ZFN |C.CAPACITOR CH 50V 0.1U | 1
02522 [ECEALHENRA? |E.CAPACITOR 50V 0.470 | 1 C3428 [ECFAOJKA470 |E.CAPACITOR 6.3V 47U | 1
C2523 [ECUMLH68QJCN C.CAPACITOR CH 50V 68p 1 C3423 |ECUM1H104ZFN C.CAPACITOR CH 50% 0.10 1
C2524,25 {ECUM1C105ZFN |C.CAPACITOR CH 16v 1 | 2 C3430 |ECEAOJKA330 |E.CAPACOTOR 6.37 33 | 1
C2526 lECAOJM221 — |E.CAPACITOR 6.3V 2200 | 1 C3431 [ECUM4H104ZFN |C.CAPACITOR CH S0V 0.1U | 1
C2527 |ECUM1H330JCN |C.CAPACITOR CH SOV 33p | 1 C3443 [ECUMIH104ZEN [C.CAPACITOR CH 50V 0.1U | 1
C2528 [ECEALEKNRA7 |E.CAPACITOR 50V 0.470 | 1 C3444 |ECFAOJKA470 |E.CAPACITOR 6.37 470 | 1
с2529 |ЕСЕАЗСКА101 |Е.САРАСТТОВ 16V 1000 | 1 C3445 |£Cum1H104ZFN |C.CAPACITOR CH 5S0V 0.10 | 1
C2530 IECEALHENOLO |E.CAPACITOR 50V du | 1 C3447 [ECUNIH121JCN |C.CAPACITOR CH 50V 120P | 1
C2531 |ECUMLE224ZEN |C. CAPACITOR CH 25v 0.220 | 1 C3448 [ECUMIH151JCN |C-CAPACITOR CH 50V 150P | 1
2532 |ECUMIHIO3ZEN |C.CAPACITOR CH 50V 0.01U | 1 C3449 {ECUM1H180JCN |C.CAPACITOR CH 50V 18P | 1
C2533 [ECEAOJKA330 |E.CAPACOTOR 6.37 33 | 1 C3450,51 [ECUM1H104ZFN |C.CAPACITOR CH 50V 0.10 | 2
C2534, 35 [ERJEGMZOROO |M.RESISTOR CH 1/10W O | 2 ©3452 [ECUM1H103ZEN |C.CAPACITOR CH 50V 0.01U | 1
C3001 |ECUMI1HA71.JCN |C.CAPACITOR CH 50V A70P | 1 3472 [ECUMIH104ZEN |C.CAPACITOR CH 50V 0.1U | 1
C3002 [ECUMIHA7OJEN (с. САРАСТТОВ CH 50V 47p | 1 3473 [ECUMIHIO3ZEN |C.CAPACITOR CH 50V 0.01U | 1
C3003-06 [ECEA1HKA010 |E.CAPACITOR 50V Qu | 4 C3474 [ECUM1H104ZEN |C-CAPACITOR CH 50V 0.1U | 1
C3007,08 |ECUM1H103ZFN [C.CAPACITOR CH SOV 0.01U | 2 C3475-77 |ECUM1H103ZFN IC.CAPACITOR CH 50V 0.01U | 3
C3009 |ЕСЕА1СКА100 |E.CAPACITOR 16V 10U | 1 3501 |ECAOJMA71 lE.CAPACITOR 6.37 470U | 1
C3010 {ECA1AM331 |E.CAPACITOR 10V 330 | 1 C3502 |ECRHAO30E54R |V.CAPACITOR 1
c3011 IECEALCKA100 |E.CAPACITOR 16V 10 | 1 3503 [ECUMIH330JON IC.CAPACITOR CH 50V 33P | 1
C3012 IECALAM331 — |E.CAPACITOR 10V 330 | 1 3504 [ECOB1H223JF |P.CAPACITOR 50V 0.0220 | 1
3013 |ECAOJM331 |E.CAPACITOR 6.37 330 | 1 C3505 |ECEA1HKNO10 |E.CAPACITOR 50V 1u | 1
c3014 [ECEALHKAO1O |E.CAPACITOR 507 la C3506 |ECOB1H682JZ |F.CAPACITOR 50V 6800P | 1
©3015 [ECUMIHIO4ZEN JC. CAPACITOR CH 50V 0.1U | 1 3507 [ECUMIH102KEN [C.CAPACITOR CH 50V 1000P | 1
C3016 |ECUM1H103ZFN |C. CAPACITOR CH 50V 0.01U | 1 C3508 JECEALHKA3R3 |E.CAPACITOR 50V 3.3u | 1
C3017-19 [ECUMIH104ZEN |C. CAPACITOR CH 50V 0.4U | 3 C3509 JECUMIH122KEN |C.CAPACITOR CH 50V_ 1200P | 1
3022 [BCEAOJKA47O |E.CAPACITOR 6.37 47 | 1 C3510 [ECUM1H1042FN |C.CAPACITOR CH 504 0.1U | 1
C3023,24 |ЕСЕА1АКАЗЗО |E.CAPACITOR 10V 339 | 2 C3511 |ECUM1H101JCN |C.CAPACITOR CH 50V 100P | 1
C3027, 28 |ECUM1H102KEN |C.CAPACITOR CH 50V 1000P | 2 C3512 [ECUMIH1O4ZFN |C.CAPACITOR CH 50V 0.1U | 1
C3029 |ECUM1H104ZFN |C. CAPACITOR CH 50V 0.1U | 1 3513 |ECUMIHOSODCN [C.CAPACITOR CH 50V 8P | 1
C3030 |EcEAOIKA470 |E.CAPACITOR 6.3 47 | 1 C3514,15 |ЕСЕА1СКА100 |E.CAPACITOR 16V 10U | 2
C3031 |ECUM1H102KEN |C. CAPACITOR CH 50V 1000P | 1 C3516,17 [ECUMIH1BOJEN |C.CAPACITOR CH 50V 18P | 2
C3032 |ECUM1H104ZFN IC.CAPACITOR CH 50V 0.1U | 1 C3518 [ЕСЕАЗНКАВА7 |E-CAPACITOR 50V 0.470 | 1
C3033 |ECUM1H102KEN jC. CAPACITOR CH 50V 1000P | 1 C3519 [ECUMIH221JCN |C.CAPACITOR CH 50V 220p | 1
C3301 [ECUMIHI00DEN Jo. capacitor CH 50V 10P | 1 3520 |ECEAICKA330 |E.CAPACITOR 16V 33U | 1
C3302 [ECUMIHB20JCN IC.CAPACITOR CH 50V 82P | 1 C3521 — lECUMIHIO3ZEN |C.CAPACITOR CH Sov 0.010 | 1
C3304-08 [ECUMIH103ZEN |C.CAPACITOR CH 50V 0.01U | 5 £3522 {ECEA1CKA330 |E.CAPACITOR 16V 33u | 1
C3309 |ECUM1H104ZFN |C.CAPACITOR CH 50V 0.1U | 1 C3523 |ECUM1H103ZFN |C.CAPACITOR CH SOV 0.010 | 1
C3310 [ECEAOJKA470 |E.CAPACITOR 6.3 470 | 1 C3524 |ECFA1HKAO10 |E.CAPACITOR 50V 1U | 1
C3312-14 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01 | 3 C3525-27 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 3
3321 [ECUMIH1OAZEN |C.CAPACITOR CH 50V 0.1U | 1 C3528 [ECEA1HKAO10 {E.CAPACITOR 50v 1U|1
c3322 [ECUMIHISOJEN |C.CAPACITOR CH 50V. 18P | 1 C3529 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 1
C3323 |ECUW1H103ZFN |C.CAPACITOR CH 50V 0.01U | 1 C3530 |ECUM1H330JCN |C.CAPACITOR CH SOV 33P | 1
3324 [ECUMIHISOJCN |C.CAPACITOR CH 50V 15P | 1 C3531 JECUMIH1SOJEN |C.CAPACITOR CH 50V 158 | 1
C3325 |ECUM1H103ZFN |C. CAPACITOR CH 50V 0.01U | 1 3532 JECUMIH330JCN |C.CAPACITOR CH 50V 33p | 1
C3326 JECUMIH15OJCN |C.CAPACITOR СН 504 15P | 1 3533 JECEAOJKA221 |E.CAPACITOR 6.37 2200 | 1
C3327,28 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 2 C3534 |[ECUM1H104ZFN |C.CAPACITOR CH 50V 0.10 | 1
C3329 JECEAOJKA470 |E.CAPACITOR 6.37 470 | 1 C3601 ¡ECUMIHLOODCN |C.CÁPACITOR CH 504 10P | 1
3330 [ECUMIHIO4ZEN IC.CAPACITOR CH 50V 0.1U | 1 C3602 [ECUMIH220JCN IC.CAPACITOR CH 50V 22p | 1
C3336 [ECUMIH104ZFN |C.CAPACITOR CH 50V 0.1U | 1 C3603 [ECUM1H330JCN С.САРАСТТОВ CH 50v 33P | 1
3337 [ECUMIHOGODCN |C.CAPACITOR CH 507 6P | 1 C3604 |ECUMIH180JCN |C.CAPACITOR CH 50V 18P | 1
3338 |ECUM1H103ZFN |C. CAPACITOR CH 50V 0.010 | 1 C3605 [ECUMIHIO3ZEN |C.CAPACITOR CH 50V 0.01U | 1
C3339 JECUMLH330JCN C.CAPACITOR CH 50V 33P 1 C3606 lECUMIH681.JCN C.CAPACITOR CH 50V 680P 1
C3340 |ECUMIHIO1JCN |C.CAPACITOR CH 50 100P | 1 C3607 |ECUM1H104ZFN |C.CAPACITOR CH 50V 0.1U | 1
3341 lECUMLH103ZEN |C.CAPACITOR CH 50V 0.030 | 1 C3608 [ECEA1CKA100 |E.CAPACITOR 16V 10U | 1
c3342 IECUMIHESOJEN |C. CAPACITOR CH 50V 68P | 1 C3609 JECUMIH271.JCN [C.CAPACITOR CH 50V 270P | 1
c3343 [ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 1 C3610 ~ |ECUM1H1032EN [C.CAPACITOR CH 50V 0.010 | 1
3344 [ECUMIHS6OJCN |C.CAPACITOR CH 50V 56P | 1 C3611,12 [ECUMIHIOODEN |C.CAPACITOR CH SOV 10P | 2
C3345 [ECUMLH391JCN |C.CAPACITOR CH 50V 390P | 1 C3613 |ECUM1H181.3CN |C.CAPACITOR CH 50V 180P | 1
C3346 |Ecum151032FN |c.cAPACITOR CH 50V 0.01U | 1 c3614 |ECUM1H680JCN |C.CAPACITOR CH 50V 68P | 1
C3347 [ECUMLHS60JCN [C. CAPACITOR CH 50V ~~ 56P | 1 3901-05 [ECEAICKA100 |E.CAPACITOR 16V 10U | 5
C3351,52 IECUMLH181JCN |C.CAPACITOR CH 50V 180P | 2 C3906 JECEAOJKA470 |E.CAPACITOR 6.37 47U | 1
C3353 [ECUMIHISOJEN |C.CAPACITOR CH sov 18P | 1 c3907 [ЕСБА1СКА47О |E.CAPACITOR 16V 47U | 1
C3354 [ECUMIH220JCN |C.CAPACITOR CH 50V 22P | 1 C3908 |ECUM1H104ZFN IC.CAPACITOR CH 50V 0.1U | 1
3372 [ЕСЕА1НКАЗЕЗ |E.CAPACITOR S50V 3.30 | 1 с3909 ‚10 JECA1AM471 — |E.CAPACITOR 10V 470U | 2
c3401 |ECUM1H470JCN |C.CAPACITOR CH 50 470 | 1 c3911 | |ECUM1H332KBN |C.CAPACITOR CH 50V 3300P | 1
C3402 [ECUMIHOSODCN |[C. CAPACITOR CH 50V BP |1 C3912 \ЕСЕАОЛКА101 |E.CAPACITOR 6.37 100U | 1
3403-07 |ecum1H103ZFN |C.CAPACITOR CH 50V 0.01U | 5 3913 |ECUN1H103ZFN IC. CAPACITOR CH 50V 0.010 | 1
C3408, 09 [ECUMIHLO2KBN 'C.CAPACITOR CH 50V 1000p | 2 c3914 JECEALEKSR3 — [E.CAPACITOR 25V 3.3u | 1
C3421 [ECUMIHA72KEN |C.CAPACITOR CH 50V 4700p | 1 с3915 [ECEA1CKN100 |E.CAPACITOR 16V 10U | 1
C3422 — [ECUMIHIO3ZEN |C.CAPACITOR CH 50V O.O1U | 1 C3916 |ECUM1H103ZFN IC.CAPACITOR CH 50V 0.01U | 1
3423 [ECUMIHOSOCEN [C.CAPACITOR cH 50v 5P |1 C3917 |ECEA1CKN100 [E.CAPACITOR 16V 10U | 1
C3424 [ECUMIHESOJON IC. CAPACITOR CH 507 68P | 1 3918 [ECERICKAA70 |E.CAPACITOR 16v 47 | 1
3425 IECEAOJKA470 |E.CAPACITOR 6.37 470 | 1 3919 |ECUM1H104ZFN |C.CAPACITOR CH 50V 0.4U | 1
Ref. No. Part No. Part Name € Description [Pcs Remarks Ref .No. Part No. Part Name & Description l|Pcs Remarks
C3922 |ECUM1H103ZFN [C. CAPACITOR CH 50V 0.01U | 1 C4704 |ECOB1H103JF {P.CAPACITOR 50V 0.010 | 1 |
C3923 (ECEA1CKA100 |E.CAPACITOR 16V 10 | 1 C4705 |ЕСЕА16М33 — lE.CAPACITOR -16V 33 | 1
c3924 |ECUMIHLO4ZEN |C.CAPACITOR CH 50V 0.1U | 1 C4706 |ECQV1H104JM |P.CAPACITOR S50V 0.1U | 2
с3927 |ЕСЕА1СКА470 |E.CAPACITOR 16V 470 | 1 4707 lECQB1H223JF |P.CAPACITOR _ 50V 0.022U | 1
4001, 02 |ECUM1H103ZFN |C. CAPACITOR CH 50V 0.01U | 2 4708 [ЕСЕА1СКА100 |E.CAPACITOR 167 10U | 1
C4003, 04 |ECER1CKA100 |E.CAPACITOR 16V 10 | 2 C4703 [ECOB1H472JF |Р.САРАСТТОВ 50V 4700P | 1
C4005 [ECUMIH103ZEN |C.CAPACITOR CH 50V 0.01U | 1 C4710 |ECUM1H103ZFN lC.CAPACITOR CH 50V 0.010 | 1
C4006 [ECUNiC224ZEN |C.CAPACITOR CH 16V 0.220 | 1 C4711,12 |ECER1RKA220 {E.CAPACITOR 10V 220 | 2
C4007 |ECEA1CPZ101 |E.CAPACITOR 16V 1000 | 1 C4713 \ECEA1HKA3R3 |E.CAPACITOR SV 3.30 | 1
C4008 |ECUM1C224ZFN |C.CAPACITOR CH 16V 0.220 | 1 с4714 [ECEALCKALO! |E.CAPACITOR 16V 1000 | 1
C4009 [ECEALCPZ101 |E.CAPACITOR 16V | 1000 | 1 с4901 ‚02 |ECOB1H1033Z |F.CAPACITOR 50V 0.010 | 2
C4010 |ECUM1H222KEN IC. CAPACITOR CH 50V 2200P | 1 c4903,04 [ECQB1H332JZ |F.CAPACITOR 50V 3300P | 2
C4011,12 |ECUM1H122KBN |C. CAPACITOR CH 50V 1200P | 2 с4905,06 | |VCEAICADIOO |CAPACITOR 2
C4501 [ECQB1H152JH |P.CAPACITOR 50V 1500P | ı с4907 ‚08 |ECUM1H101JCN |C.CAPACITOR CH 50V 100P | 2
C4502 |PCUR1C104ZFN [C. CAPACITOR CH 16V 0.1U | 1 c4909,10 [ECQB1H103JZ |F.CAPACITOR S50V 0.01U | 2
4503 |ECUX1H152KBV [C.CAPACITOR CH 50V 1500P | 1 C4911,12 [ECQB1H332J2 |F.CAPACITOR 50V 3300P | 2
C4504, 05 [ECEA1CPZ470 |E.CAPACITOR 16V 470 | 2 C4913,14 [VCEA1CAD100 |CAPACITOR 2
C4506 [VCEA1CAH1OO |E.CAPACITOR 16V 100 | 1 C4915,16 [ECUM1H101.JCN |C.CAPACITOR CH 50V 100P | 2
C4507 |ECOB1H223JA (Р.САРАСТТОВ 50v 0.022U | 1 C4917,18 [ECOB1H103JZ |F.CAPACITOR 50V O.O1U | 2
CA508 JECEALEBZ4R7 |E.CAPACITOR 25V 4.70 | 1 с4919 ‚20 JECQB1H332JZ |F.CAPACITOR Sov 3300P | 2
C4503 |ECEAIAPZ470 |E-CAPACITOR 10v 47 | 1 C4923,24 [VCEAQJAC1O1 |E.CAPASITOR 6.37 100U | 2
C4510 |ECOB1H103JA |P.CAPACITOR 50V 0.01U | 1 C5001 |ECU1H103ZFN |C.CAPACITOR CH 50V 0.01U | 1
с4511 [ECOBIH332JA |P.CAPACITOR 50V 3300P | 1 C6002 JECEAOJKA330 |E.CAPACITOR 6.37 33U | 1
4512 |ECUX1H561JV |C.CAPACITOR CH 50V S560P | 1 C6003 |ECEAOJKA470 ÍE.CAPACITOR 6.37 470 | 1
4513 lECUM1H681IN IC.CAPACITOR СН 504 680P | 1 C6004 [ECUMIHIOAZEN IC.CAPACITOR CH 50V 0.1U | 1
с4514 ECUMIH561JN |C,CAPACITOR CH 50V S560P | 1 C6005 [ECEAOJKA470 |E.CAPACITOR 6.37 47 | 1
C4515 VCEALEAH4R7 |E.CAPACITOR 25V 4.7 | 1 C6006 |ECUM1H104ZFN |C.CAPACITOR CH 50V__O.1U | 1
©4517 |ЕСЕА1АР2101 |E.CAPACITOR 10V 10060 | 1 C6007,08 [ECUV1H180JCN |C.CAPACITOR CH 50V_18P | 2
C4518 [ECUMLH1042EN |C. CAPACITOR CH 50v 0.1U | 1 C6009 [ECU1HA72KBN |C. CAPACITOR CH 50v 4700P | 1
ca521 [ECUM1C473KBY |C. CAPACITOR CH 16V 0.0470 | 1 C6010 JECUMIH223KBN |C. CAPACITOR CH 50V 0.022U | 1
4522 VCEALHAHSR3 |E.CAPACITOR 50V 3.30 | 1 C6011 [ECUMIHA72KEN |C.CAPACITOR CH 50V_ 4700p | 1
ca528 |ECUMIH10IZFN |C.CAPACITOR CH 50V 0.10 | 1 C6012 [ECUMIH392KEN |C.CAPACITOR CH 50V 3%00P | 1
C4530 |ECFAOJPK470 |E.CAPACITOR 6.37 470 | 1 C6013 |ECFAOJKA221 |E.CAPACITOR 6.37 220U | 1
C4533 |ECFA1CPZ330 |E.CAPACITOR 16v 33U | 1 C6014 [EcoB1H103JF |P.CAPACITOR 50v 0.010 | 1
C4537 JECUMIH1O2JEN |C. CAPACITOR CH 50V 1000P | 1 C6015 JECEA1HKA3R3 |E.CAPACITOR 50V 3.3U | 1
C4538 |ECEAIHUR47 |E.CAPACITOR 50V 0.470 | 1 C6016,17 |ЕСЕА1НКМЗЕЗ |E.CAPACITOR 50V 3.30 | 2
C4539 |ECUMLC224ZFN |C. CAPACITOR CH 16V 0.220 | 1 C6018 JECEAOJKA221 |E.CAPACITOR. 6.37 220U | 1
ca541 |ECUMLHLO4ZEN |C.CAPACITOR CH 50V 0.1U | 1 C6019 |ECFAOJKA470 |E.CAPACITOR 6.3v 470 | 1
C4545 |ECUM1H102KEN IC, CAPACITOR CH 50V 1000p | 1 C6020 |ECUM1H104ZFN |C.CAPACITOR CH 50V 0.1U | 1
©4552 [ECUMICIO4ZEN |C.CAPACITOR CH 16V -0.3U | 1 C6021 [ECEA16M10 |E.cAPACITOR 16V 1U | 1
C4556 [VCEA1CAH100 |E.CAPACITOR 16V 10U | 1 c6022 [ECUM1H222KBN |C.CAPACITOR CH 50V 2200P | 1
C4557 JECQB1H223JA |P.CAPACITOR ~~ 50V 0.0220 | 1 6023 JECEAIHKA3R3 |E.CAPACITOR 50V 3.3U | 1
C4558 JECEA1EBZ4R7 |E.CAPACITOR 25V 4.70 | 1 c6024 |ЕСЕАЗНКААВ7 |Е.САРАСТТОВ 50V 4.70 | 1
C4559 [ECEALAPZ470 |E.CAPACITOR 10V 470 | 1 C6025 JECUMIH392KEN {C.CAPACITOR CH 50V 3900P | 1
C4560 [ECQB1H103JA |P.CAPACITOR 50V 0.01U | 1 C6026 JECUMIH223KEN IC.CAPACITOR CH 50V 0.022U | 1
4561 JECQB1H332JA |P.CAPACITOR 50V 3300P | 1 C6027 [ECUMIE1O4KEN [C.CAPACITOR CH 25V 0.1U | 1
C4562 [ECUMIHS61JN |C.CAPACITOR CH 50V 560P | 1 C6028 |ECUMIH222KBN |C.CAPACITOR CH 50V 2200P | 1
C4563 [ECUM1H681JN !C.CAPACITOR CH 50V 68CP | 1 C6029 JECFAQJKA221 |E.CAPACITOR 6.37 220U | 1
C4564 [ECUMIHS61JN |C.CAPACITOR CH 50V seop | 1 C6030 [EBCS5R5T224N |E.CAPACITOR 5.5V 0.220 | 1
C4565 [VCEA1FAHAR7 |E.CAPACITOR 25V 4.70 | 1 C6034 IECUMIH1O3ZEN [C.CAPACITOR CH 50V 0.01U | 1
C4567 JECEA1APZ101 |E.CAPACITOR 10V 10060 | 1 6035 lECEAICKA330 |E.CAPACITOR 16V 33U | 1
C4568 [ECUMIHIO4ZEN |C.CAPACITOR CH 50V 0.1U | 1 C6036 |ЕСЕАОЗКАЗЗО |E.CAPACITOR 6.37 33U | 1
C4572 [VCEAIHAHSR3 |E.CAPACITOR 50V 3.30 | 1 C6037 JECUMIHIOSZEN |C.CAPACITOR CH 50V 0.01U | 1
C4576 [ECUM1E473KBN |C. CAPACITOR CH 25V 0.047U | 1 C6038 [ECEA1AKA470 |E.CAPACITOR 10V 47U | 1
CA583 |EcEA1cPZ330 |E.CAPACITOR 16V 33U | 1 C6040 |ECUM1H103ZFN |C.CAPACITOR CH 50V O.O1U | 1
C4585. 86 |[ECEA1APZ101 |E.CAPACITOR 10V 100U | 2 c6041 JECEAOJKA1O1 |E.CAPACITOR 6.37 100U | 1
©4591 [ECUMIH104ZFN |C. CAPACITOR CH 50V 0.1U | 1 C6042 |ECEAOJKA470 |E.CAPACITOR 6.3Vv 470 | 1
©4592 JECUX1H152KBV |C.CAPACITOR CH 50V 1500P | 1 C6043 [ECUMIHIO4ZEN |C.CAPACITOR CH 50V 0.1U | 1
C4604 lECUMIHIS2JN |C.CAPACITOR CH 50V 1800P | 1 C6045 JECEAOJKA470 |E.CAPACITOR 6.3V 470 | 1
CA606 VCEAOJACA70 |E.CAPACITOR 6.37 47U |1 C6046 [ECUMIH1O3ZEN |C.CAPACITOR CH 50V 0.01U | 1
c4611 ¡ECB1H182JZ |F.CAPACITOR 50V 1800P | 1 C6049 [ECUMIH271JCN |C.CAPACITOR CH 50V 270P | 1
с4613 [ECUMLHS21JCN |C.CAPACITOR CH 50V 820P | 1 C6050, 51 |ECUM1H102KBN |C.CAPACITOR CH 50V 1000P | 2
C4616 |ECUX1H102ZFV |C.CAPACITOR CH 50V 1000P { 1 C6053-56 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 4
Ca617 fECEA1OM22 — [E.CAPACITOR 10V 22U | 1 C6062 |ECUM1H271JCN |C.CAPACITOR CH 50V 270P | 1
C4618 /ECOB1H822JH |P.CAPACITOR 50V 82007 | 1 C6063 [ECUM1H222KBN |C.CAPACITOR CH 50V 2200P | 1
C4619 [ЕСЕА1АРВ100 |E.CAPACITOR 10V 1OU | 1 C7201 |ECEAICK100 |E.CAPACITOR 16V 10U | 1
C4621 lECEROJPK101 |E.CAPACITOR 6.3V 1000 {| 1 C7202 JECQVIHA74JM |P.CAPACITOR 50V 0.470 | 1
©4629 IECQB1H562JZ |P.CAPACITOR 50V S5600P | 1 C7203 [ECKF1H1032zF |C.CAPACITOR 50V 0.010 | 1
4636 ¡ECUMLH471JN |C.CAPACITOR CH 50V 470Р | 1 C7401 |ECA1CM471 | |E.CAPACITOR 16V 470 | 1
C4638 |ECOB1HB22JH |P.CAPACITOR 50V 8200P | 1 C7402,03 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.010 | 2
C4651 [ECOB1H333JA |P.CAPACITOR 50V 0.033U | 1 C7404 JECEAICKAL00 |E.caPACITOR 16V 10U | 1
|c4652,53 [ECUMIC1OSZEN |C.CAPACITOR CH 16у 1U | 2 C7405,06 JECUMIHIO3ZEN |C.CAPACITOR CH 507 0.01U | 2
ca701 JECCD2H181J — |C.CAPACITOR 500V 180P | 1 7407 ,08 |ECUM1H104ZFN |C.CAPACITOR CH 50V 0.1U | 2
C4702 \Ecop12223Z |p. CAPACITOR 2200p | 1 C7409 JECEAICKAL00 |E.CAPACITOR 16V 10U | 1
4703 ECQBIH102JF |P.CAPACITOR 50V 1000P | 1 7410 [ЕСЕАЗАКА101 |E.CAPACITOR 10V 1000 | 1
Ref.No. Part No. Part Name & Description [Pcs Remarks
C7651 JECEAICKN100 |E.CAPACITOR 16V 10U | 1
C7653 [ECUMIH561JCN [C. CAPACITOR CH 50V 560P | 1
C7654 |ECOB1H103JH |P.CAPACITOR 50V 0.010 | 1
C7655,56 JECEAIHKOLO — |E.CAPACITOR 50v 1U | 2
C7657 ¡ECUNI1H103ZEN |C. CAPACITOR CH 50V 0.01U | 1
C7658 [ECOP1H562J2 |P.CAPACITOR 50V 5600P | 1
C7659 |ECOB1H2725H |P.CAPACITOR 50V 2700P | 1
C7661 |ECQV1H104JM |P.CAPACITOR 50V 0.10 | 1
C7662 [ECOVIH683JM |P.CAPACITOR | 50V 0.068U | 1
C7663 |ECOV1HB23JM |P.CAPACITOR 50V 0.082U | 1
C7664 |ECOB1H273JH |P.CAPACITOR 50vV 0.0270 | 1
C7665, 66 [ECUM1H103ZEN |C.CAPACITOR CH 50V 0.01U | 2
C7667 |ЕСЕА1НКА100 |E.CAPACITOR 50V 100 | ı
C7670 |ECUM1H103ZFN |C. CAPACITOR CH 50V 0.01U | 1
C7675 |ECEA1HKNO10 |E.CAPACITOR 50V 1U | 1
C7676,77 |ECUMAH103ZFN |C.CAPACITOR CH 50V 0.010 | 2
C7680 JECEALHKO10 — |E.CAPACITORR 507 la
C7681, 82 |ECUMIH1O3ZEN |C.CAPACITOR CH 50V 0.01U | 2
с7901-03 [ECUX1H103ZFV {C.CAPACITOR CH 50V 0.010 | 3
C7904 |ECEALCK470 |E.CAPACITOR 16V 470 | 4
с7905 [ECUX1H103ZFV [C. CAPACITOR СН 50 0.01U | 1
C7906 !ЕСЕАЗСКА7О — |E.CAPACITOR 16V 47 | 1
C7907 [ECUX1H103ZFV |c, CAPACITOR CH 50V 0.01U | 1
C7908 jEcoviHIO4JM |P.CAPACITOR 50V 0.10 | 1
с7909 [ECUX1H103ZEV IC. CAPACITOR CH 50% 0.01U | 1
C7910 |ECEA1CK100 |E.CAPACITOR 16V 10U | 1
с7911-13 |ECUX1H103ZFV |C. CAPACITOR CH 50V 0.010 | 3
с7914 [ECEAOJK470 — |E.CAPACITOR 6.37 470 | 1
C7915 |Ecux15H100DCV |C.CAPACITOR CH 50v 10P | 1
C7916 |ECUX1H103ZFV |c. CAPACITOR CH 50v 0.01U | 1
C7917 [ECEAOJK470 |E.CAPACITOR 6.3V 470 | 1
C7918 [ECUXIHIO3ZFV |C.CAPACITOR CH 50v 0.01U | 1
C7919 |ECEAOJK470 — |E.CAPACITOR 6.37 470 | 1
C7920 JECEA1CK100 |E.CAPACITOR 160 10U | 1
C7921 JECQB1H102JH |p.cAPACITOR 50V 1000P | 1
с7922 |ECOB1H2725H |P.CAPACITOR SOV 2700P | 1
C7923 [ECUX1H151JCV |C. CAPACITOR CH 50v 150P | 1
C7924 [ECEA1CKN100 |E.CAPACITOR 16V 10 | 1
C7925 [ECUX1H5613CV [C. CAPACITOR CH 50v 560P | 1
C7926 |ECEAICK100 [E.capaciToR 166 10 | 1
C7927 |ECOB1H102JH |P.CAPACITOR | 50v 1000p | 1
C7928 [ECOB1H272JH |P.CAPACITOR “50V 2700P | 1
с7929 [ECUXIH151JCV IC.CAPACITOR CH 50V 150P | 1
с7930 |ЕСЕА1СКМ100 |Е.САРАСТТОВ 16V 100 | 1
C7931 JECUXIHS61JCV |C. CAPACITOR CH 50vV 560P | 1
7932, 33 JECEALCKN100 |E.CAPACITOR 16V 10U | 2
C7934 JECUX1H220JCV |C.CAPACITOR CH 504 22P | 1
C7935 [ECUX1HA470JCV |C.CAPACITOR CH 507 ave | 1
7937 [ECUX1H103ZFV ÍC.CAPACITOR CH 50V 0.01U | 1
C7938 |ECEA1HKR47 |E.CAPACITOR 50V 0.470 | 1
C7939, 40 |ECEALHKNOR1 |E.CAPACITOR 50v 0.3 | 2
C7941 [ECEALHKRA7 [E.CAPACITOR 50V 0.470 | 1
7942 JECUX1H1 03ZFV |C.CAPACITOR CH 50V 0.01U | 1
C7943 JECUX1H100DCV |C.CAPACITOR CH 50V 10P | 1
C7945 {ECUX1H101JCV |C.CAPACITOR CH 50V 100P | 1
C7946 [ECUX1H220JCV [C.CAPACITOR CH 50v 220 | 1
C7947 [ECEA1HKR47 |E.CAPACITOR 50V 0.470 | 1
C7948 JECUX1HLO3ZEV |C.CAPACITOR CH 50V 0.01U | 1
C7949 JECEAOJK330 |E.CAPACITOR 6.37 33 |1
C7950-53 [ECEALCINIOO |E.CAPACITOR 16V 10U | 4
C7954 JECEAICK470 |[E.cAPACITOR 16V 470 | ı
C7955-58 ¡ECEALCK100 [E.CAPACITOR 16V 10U | 4
C7960 JECEAICK100 |E.CAPACITOR 1671 10U | 1
C7961 IECUX1H103ZEV lc. caPACTTOR CH 50v 0.010 | 1
C7963 ¡ECUX1H103ZEV |C.CAPACITOR CH 50V 0.010 | 1
C7964 |ECEA1CK100 jE.CAPACITOR 16V 10 | 1
C7965, 66 |ECUX1H103ZFV |C.CAPACITOR CH SUV 0.01U | 2
C7967 ЕСЕА1СК100 |E.CAPACITOR 16V 10U | 1
D301 155283 DIODE 1
D303 [MA151WK DIODE 1
D305 155254 DICDE 1
D306 723VT DIODE 1
1307 155254 DIODE 1
Part Name &
D771
D772
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Part Name & Description
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L3503
L3504
L3505
L3508
L3601
L3602,03
L3604
L3605
13901-04
14001,02
14501,02
14601
LA701
14702
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14907 ‚08
14909.10
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15002
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Part Name & Description
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Ref .No. Part No.
404
402
Part Name & Description
RESISTOR
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1
1
1
2
1
1
1
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Part Name & Description .No. Part No. Part Name &
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1.5K
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Ref. No. Part No. Part Name & Description [Pcs Remarks
R3429 |ERJ6GMYJ473 |M.RESISTOR CH 1/10W _47K | 1
R3430 \ERJ6GMYJ823 |M.RESISTOR CH 1/10W 82K | 1
R3431 lERJ6GMYG821 M.RESISTOR CH 1/104 820 | 1
R3433 |ERJ6GMYJ222 |M.RESISTOR CH 1/10W 2.2K | 1
R3434 |FRJ6GMY3332 [M.RESISTOR CH 1/10W 3.3K | 1
R3435 |Евобсмусз02 WM.RESISTOR CH 1/10W 3K | 1
R3436 [ERJEGMYG272 M.RESISTOR CH 1/10W 2.7K | 1
R3437 lERJ6GMYG512 |M.RESISTOR CH 1/10W 5.1K | 1
R3438 |ERJEGMYG123 M.RESISTOR CH 1/10W 12K | 1
R3441 [ERJ6GMYJ333 [M.RESISTOR CH 1/104 33K | 1
R3442 [ERJ6GMYJ473 M.RESISTOR CH 1/106 47K | 1
R3443 |ERJ6GMYJ333 |M.RESISTOR CH 1/100 33K | 1
R3444,45 |ERJECMYJ473 [M.RESISTOR CH 1/10W 47K | 2
R3446,47 |ERJ6GMYJ102 [M.RESISTOR CH 1/100 1K | 2
R3463 JERJ6GMYJ222 [M.RESISTOR CH 1/10W 2.2K | 1
R3464 |ERJSGMYJ103 |M.RESISTOR CH 1/10W 10K | 1
R3465 [ERI6GMYJ122 [M.RESISTOR CH 1/10W 1.2K | 1
R3466 |ERJEGMYJ102 |M.RESISTOR CH 1/10W 1K | 1
R3467 |ERJ6GMYJ182 |M.RESISTOR CH 1/10W 1.6K | 1
R3468, 69 {FRJ6GMYJ822 M.RESISTOR CH 1/104 8.2K | 2
R3470 [ERI6GMYG123 M.RESISTOR CH 1/10W 12K | 1
R3471 [ERJ6GMYGS12 M.RESISTOR CH 1/104 5.1K | 1
R3472 |ERJECMYG272 |M.RESISTOR CH 1/10W 2.7K | 1
R3473 JERJEGMYG302 {M. RESISTOR CH 1/104 3K | 1
R3474 [ERJ6CMYGB21 |M.RESISTOR CH 1/10W 820 | 1
R3475 JERJOGMYJ222 |M.RESISTOR CH 1/10W 2.2K | 1
R3501 JERJEGMYJ102 [M.RESISTOR CH 1/10W 1K | 1
R3502 [ERI6GMYI682 [M.RESISTOR CH 1/10W 6.8K | 1
R3503 [FRI6GMYJ152 [M.RESISTOR CH 1/10W 1.5K | 1
R3504,05 JERJ6GMYJ221 |M.RESISTOR CH 1/104 220 | 2
R3506 JERJSGMYJ104 [M.RESISTOR CH 1/104 1M | 1
R3507 [ERJ6GMYG103 [M.RESISTOR CH 1/100 10K | 1
R3508 |ERJ6GMYG332 [M.RESISTOR CH 1/10W 3.3K | 1
R3509-11 [ERI6GMYJ333 |M.RESISTOR CH 1/10W 33K | 3
R3513,14 [ERJ6GMYJ332 ¡M.RESISTOR CH 1/104 3.3K | 2
R3515 JERJGGMYJ562 [M.RESISTOR CH 1/10w 5.6K | 1
R3516 [ERJ6GMYJ152 IM.RESISTOR CH 1/10W 1.5K | 1
R3517 JERJ6GMYJ102 |M.RESISTOR CH 1/10W 1K | 1
R3518 JERJ6GMYJ222 |M.RESISTOR CH 1/10W 2.2K | 1
R3519 JERJ6GMYJ272 [M.RESISTOR CH 1/10W 2.7K | 1
R3520 [ERI6GMYJ102 |M.RESISTOR CH 1/10W 1K | 1
R3521 [ERJ6GMYJ122 |M.RESISTOR CH 1/10W 1.2K | 1
R3522 |ERJ6GMYJ102 |M.RESISTOR CH 1/104 1K | 1
R3523 [ERJ6GMYJ122 [M.RESISTOR CH 1/10W 1.2K | 1
R3524 |ERJ6GMYJ102 |M.RESISTOR CH 1/104 1K | 1
R3525 JERJ6GMYJ331 [M.RESISTOR CH 1/10W 330 | 1
R3526 |ERJ6GMYJ470 |M.RESISTOR CH 1/104 47 | 1
R3601 |ERJ6GMYJ152 [M.RESISTOR CH 1/104 1.5K | 1
R3602 |ERJ6GMYJ102 |M.RESISTOR CH 1/10W 1K | 1
R3603 JERJ6GYJ332 |M.RESISTOR CH 1/10W 3.3K | 1
R3604 [ERJ6GMYJ103 [M.RESISTOR CH 1/100 10K | 1
R3605 [ERJ6GMYJ223 [M.RESISTOR CH 1/104 22K | 1
R3606 |ERJ6GMY3821 |M.RESISTOR CH 1/10W 820 | 1
R3607-12 |ERJ6GMYJ102 |M.RESISTOR CH 1/104 1K | 6
R3613 |ERJ6GMYJ561 [M.RESISTOR CH 1/10W 560 | 1
R3614 |ERJ6GMYJ222 |M.RESISTOR CH 1/10W 2.2K | 1
R3615 [ERJEGMYJ681 [M.RESISTOR CH 1/104 680 | 1
R3616 |ERF6GMYJ102 |M.RESISTOR CH 1/10W . 1K | 1
R3901-05 |ERJ6GMYJ750 |M.RESISTOR CH 1/10W 75 | 5
R3906 |ERDS1TJ750 |C.RESISTOR 1/28 75 |1
R3908,09 |ERJ6GMYJ750 |M.RESISTOR CH 1/104 75 | 2
R3910,11 [ERJ6GMYJ471 M.RESISTOR CH 1/10 470 | 2
R3912,13 |ERJ6GMYJ151 M.RESISTOR CH 1/104 150 | 2
R3914 [ERJ6GMYJ750 M.RESISTOR CH 1/10W 75 |1
R3915 [ERJ6GMYJA72 |M.RESISTOR CH 1/104 4.7K | 1
IR3916,17 |[ERDS2TJ181 |C.RESISTOR ~~ 1/4W 180 | 2
R3926 |ERJ6EGMYJ222 |M.RESISTOR CH 1/10W 2.2K | 1
R3927,28 |ERJ6GMYJ102 [M.RESISTOR CH 1/10W 1K | 2
R3929 [ER36GMYJ152 [M.RESISTOR CH 1/10W 1.5K | 1
R3930 |ERJ6GMYJ112 |M.RESISTOR CH 1/10W 1.1K | 1
R3931 |ERJ6GMYJ123 |M.RESISTOR CH 1/10W 12K | 1
R3932 |ERJ6GMYJ183 |M.RESISTOR CH 1/10W _16K | 1
R3933 \ERJ66MYJ104 |M.RESISTOR CH 1/104 1M | 1
R3934 |ERJ6GMYJ223 |M.RESISTOR CH 1/10W 22 | 1
R3935 [ERJÓGMYJ222 |M.RESISTOR CH 1/10W 2.2K | 1
Part No. Part Name &
2188128
2 A/A (RIA EIA В 81818
ВВ 8 88 1818818
2/9
8
CH 1/16W
CH 1/10W
CH
CH 1/10W
CH
CH 1/10W
CH
CH
CH 1/164
cH
cH
CH 1/16W
CH
cH 1/164
не ес [НН НН НН | | | р | | | +2 |
N || aleja ja FE
НН НН НН НН НН ре | |->
Part Name &
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
Ва Ва ВВ В
© юн ||| 11| || Н НН | НН | НН НН Ев || | | 6 | | юн НЕ НН НН НН НН Нан НН Невы НВ НН НТН НН НН НН ИНН НН НН НН НН НН НН м | re
RARA AAA AAA AAA AREA AAA AAA AAA
NBA 81818 (818
17108
1/109
A IRIS IH [oO |H [es [N [RH JRIH IN IR
мн | |Н НН | НН НН НН | | не рн | 3 | | не) ны | р | р JR His HR [IN HS [SN || | (| | Ta | | 5
Ref.No.
-23
Part No,
Part Name & Description
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR,
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
ЗВ 18 8 В
В
ВВ CIEN CACICIEIE EEC ECC CAC ICAC SIE (8 |8
ARALAR A AAA ARA AREA:
1.5K
3.3K
3.3K
5.6K
4.7K
IK
100K
39K
8.2K
5.6K
39K
2.2K
3.3K
47K
100K
10K
10K
22K
10
1K
47K
39K
10K
100K
10K
47K
Арн | № | м рю ЕН || НН НН мн Н НН ЦН НН НТН | НН | Н | рн | SH |HJRJOJH Hs JRJGJO |RIR[RIRIRIR RH НН НН НН НН | НТН НН НТН НН вв НТН НН НН НТН Нео |
Part No.
Part Name &
WIRE
ANT TERMINAL PLATE
Pine ore ale
TV DEMODU, -POWER
SHIELD
Ref. No. Part No. Part Name & Description [Pcs Remarks Ref .No. Part No. Part Name & Description ¡Pcs Remarks
VEE8682 WIRE CABLE 1 |(P1001-P1102) C719 |ECUM1H103ZFN |C.CAPACITOR CH 50v 0.010 | 1
VEE8683 WIRE CABLE 1 |(P1002-P1103) C721 [Есоманв2зом |P.CAPACITOR 50V 0.082U | 1
VEE8688 WIRE CABLE 1 | (Р2001-Р2802} C723 [ECEAICKI00 — lE.CAPACITOR 16V 10U | 1
VEE9001 WIRE CABLE 1 |(POWER TR.-P2003) C725 |ECOv1H1043M |P.CAPACITOR 50vV 0.10 | 1
VEES685 WIRE CABLE 1|(P4002-P6502) C728 [ECUMIH103ZEN |C.CAPACITOR CH 5OV_0.01U | 1
VEE8686 WIRE CABLE 1 |(P6003-P7504) C730 |ECFA1CK100 | |Е.САРАСТТОВ 16V 10 | 1
VEE8837 WIRE CABLE 1 |(P3002-P7503) c731 [VCEM1CAC100 |E.CAPACITOR 16v 10U | 1
V1JO775 FLAT CARD CABLE 1|(P2004-P1507) 732 JECEALEKSR3 — |E.CAPACITOR 257 3.3 | 1
VJO776 FLAT CARD CABLE 1 |(P3001-P501 } C736, 37 [ECUM1H1032FN |C.CAPACITOR CH 504 0.019 | 2
V.JO778 FLAT CARD CABLE 1 |(P7401-P7501} C739 JECUMIH1OLJON |C.CAPACITOR CH 50V 100P | 1
VJOSO1 FLAT CARD CABLE 1|(P7402-P7502) C740 ¡ECUMIH1O03ZEN |C.CAPACITOR CH 50V 0.01U | 1
VIAG768 EARTH ANGLE 1 C741 |ECEA1HKO10 — |E.CAPACITOR | 50М 1U | 1
VJF1031 CLAMPER 1 с742 [ЕСЕА1СК100 | |Е.САРАСТТОВ 16V 10U | 1
VEES687 WIRE CABLE 1|(P4003-P1509) с743 [ECUM1H270JSN |C. CAPACITOR CH 50V 27Р | 1
VEES834 WIRE CABLE 1 | (P3003-P9001) C744,45 JECEALHKOR! * |E.CAPACITOR SOV O0.1U | 2
VEE8835 WIRE CABLE 1|(P6004-P9002) C746 [ECUMIHISOJON |C.CAPACITOR CH 50V 15P | 1
VMTO506 SPACER 1 C747 |ECUM1H680JPN |C.CAPACITOR CH SOV __68p | 1
ENV87837H3Y |TUNER 1|c1>FOR TV DEMODU. C748 lECEA1CK470 | |Е.САРАСТТОВ 16V 47 | 1
ENC17990 [RF CONVERTER 1 |<!>F0R TV DEMODU. C781 |ECUM1H120JCN |C.CAPACITOR CH SOV 12P | 1
VSCA025 SHIELD COVER (MAIN) 1/|FOR TV DEMODULATOR | |C782 [ECUM1H180JCN {C.CAPACITOR CH 50V 18P | 1
VSC3241 SHIELD COVER (TOP) 1|FOR TV DEMODULATOR | |с790 |ECUM1H103ZFN [C.CAPACITOR CH SOV 0.010 | 1
VEE9138 WIRE CABLE 1|(TV DEMODU-AFC DEF) |[c792 |ECUM1H220JCN |C.CAPACITOR СН 504 22P | 1
VMx2233 SPACER 1|FOR SUB LMI. & CHRO. [cBO2 [ECUM1H4713CN [C.CAPACITOR CH 50V 470P | 1
VEJ1465 JACK PLATE 1|FOR 1/0 PACK C.B.A. |[csos JECEAOJKA221 |E-CAPACITOR 6.37 220U | |
INTV3:8GFZ |SCREW 4|FOR 1/0 PACK C.B.A. ||cso4 |ECUM1H820JCN ¡C.CAPACITOR CH 50V 82P | 1
VSC3553 SHILED COVER (MAIN) 1|FOR NICAM DECORDER — | |C805,06 |ECUMIHIO3ZEN |C.CAPACITOR CH 50V 0.01U | 2
VSC3554 SHILED COVER (TOP) 1|FOR NICAM DECORDER — | |C808 |ECUMIH6BOJCN |C.CAPACITOR CH 50V 68P | 1
VSC3555 SHILED COVER (BOTTOM) 1|FOR NICAM DECORDER || |CS09 JECEALHKA4R7 |E.CAPACITOR 50V 4.70 | 1
C810 (ECFAOJKA221 |E.CAPACITOR 6.37 2200 | 1
C811-13 |ECUM1H103ZEN |C.CAPACITOR CH 5SOV 0.01U | 3
c814 [ECEAOJKA1O1 |E.CAPACITOR 6.3V 100U | 1
VEPO3A37L — MAIN C.B.A. (RTL) NV-HS1000EC C815 [ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 1
C816 |ECUM1H470JCN |C.CAPACITOR CH 50V 47P | 1
C817 |ECUM1H103ZFN |C.CAPACITOR CH SOV 0.01U | 1
C301 [ECU EB20ICN |C. CAPACITOR CH SOV 82P | 1 C818 |ECEA1HKAOR1 |E.CAPACITOR 50V 0.10 | 1
c303 [ECUMIHIBOJEN |C.CAPACITOR СН 504 18p | 1 C819 |ECOB1H332JZ |F.CAPACITOR 50V 3300p | 1
C305 |ECUMLHS GOJCN |C.CAPACITOR СН Б0М 56P | 1 820 {ECUM1H331JQN |C.CAPACITOR CH 50V a330P | 1
C306 [ECUM1H150JCN IC. CAPACITOR cH 50v 15P | 1 821-23 [ECUM1H103ZFN [C.CAPACITOR CH 50V 0.01U | 3
C307 lECUM1H470JCN |C.CAPACITOR CH 50V 470 | 1 824 [ECUMIHA70JCN [C.CAPACITOR CH 50V 47P | 1
308 {ECUM1HO5OCCN |C.CAPACITOR CH 50V SP | 1 C825-27 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.010 | 3
C309 [ECUMLHS62KEN |C. CAPACITOR CH 50V 5600p | 1 C828, 29 JECUMIHS60JON |C.CAPACITOR CH 50V 56P | 2
c310 [ECL H103ZFN |C. CAPACITOR CH 50v 0.01U | 1 C830 [ECUM1H471JCN [C.CAPACITOR CH 50V 4708 | 1
c311 [ECUMIH1O4ZEN |C.CAPACITOR CH 50V 0.1U | 1 C831 |ECUM1H270JCN |C.CAPACITOR CH 50V 270 | 1
с312 |ECEAOJKA470 |E.CAPACITOR 6.37 470 |1 C832 [ECQUiH1S4JM |P.CAPACITOR 50V 0.150 | 1
313 JECEAOJKA1O1 {E.CAPACITOR 6.37 100 | 1 C833 [ECUM1H103ZFN |C.CAPACITOR CH 50V O.O1U | 1
c314 |ECUM1H104ZFN |C.CAPACITOR CH 50V 0.1U | 1 C834 [ECUMIH151JCN |C.CAPACITOR CH 50V 150P | 1
C315,16 |ECUM1H103ZFN |C. CAPACITOR CH 50V 0.017 | 2 C835 _ |ECUM1H104ZFN [C.CAPACITOR CH 50V 0.1U | 1
C317 |ECUM1H104ZFN |C.CAPACITOR CH 50V 0.1U | 1 C836 JECUMIHS6OJEN |C.CAPACITOR CH 50V 56P | 1
C318 |ECEAOJKA101 |E.CAPACITOR 6.3V 100U | 1 C1002 |ECEA1CKA101 |E.CAPACITOR 16V 100U | 1
c319 [ECUM1HOBOPCN |C.CAPACITOR CH 50V BP | 1 с1003 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.010 | 1
321,22 [ECUMLHSSOJCN |C.CAPACITOR CH 50V 68P | 2 C2001 |ECFA1CKAA70 |E.CAPACITOR 16V 47U | 1
C324 |ECEAOJKA101 |E.CAPACITOR 6.37 100 | 1 c2003 ¡ECEAOJKA470 |E.CAPACITOR 6.37 47 | 1
C325,26 |ECUMIH104ZEN |C. CAPACITOR CH SOV 0.1U | 2 C2005 [ECEA1CKA470 |E.CAPACITOR 16V 470 | 1
c329 |ECOV1H334JM |P.CAPACITOR s0v 0.330 | 1 C2006 |ECEAIHKAR47 |E.CAPACITOR 50V 0.470 | 1
C331 JECEALCKA470 |E.CAPACITOR 16V 2470 | 1 C2007 JECQVIHEBIJM |P.CAPACITOR 50V 0.0680 | 1
C332,33 |ECUM1H104ZFN |C.CAPACITOR CH 50V 0.14U | 2 C2009 — |ECUMIHIO1JON |C.CAPACITOR CH 50 100P | 1
c334 JECEA1CKA470 |E.CAPACITOR 16V 47U | 1 C2010 JECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 1
c335 ¡ECEAOJKA220 |E.CAPACITOR 6.3V 220 | 1 C2501-04 |ECUM1H104ZFN |C.CAPACITOR CH 50V 0.1U | 4
C336 {ECEAÏEKNAR7 |E.CAPACITOR 25V 4.7 | 1 C2505 |ECFA1CKA470 |E.CAPACITOR 16V 470 | 1
C337 [ECEALHKNO10 |E.CAPACITOR 50V uU | 1 C2506 [ECUM1H104ZFN [C.CAPACITOR CH 50v 0.1U | 1
C338 [ECEA1CKA100 |E.CAPACITOR 16V 10U | 1 C2507 |ECOV1H683JM |P.CAPACITOR 50V 0.068U | 1
C339 [ECEAOJKA470 |E.CAPACITOR 6.37 470 | 1 C2508-10 |ECEAIHKA2R2 |E.CAPACITOR SOV 2.2 | 3
C340 |ECEROJKA220 |E.CAPACITOR 6.37 2 | 1 C2511-14 |VCUV1H333KEN |CAPACITOR 4
c341 lECEAICKA100 |E.CAPACITOR 16V 107 |1 C2515 [ECEA1HKAO10 |E.CAPACITOR 50v 1U | 1
C342 JECUMIH1O4ZEN |C.CAPACITOR CH 50V 0.1 | 1 C2516 |ECEA1HKAR22 |E.CAPACITOR 50V 0.220 | 1
c343 [ECEALCKA470 |E.CAPACITOR 16V aw | 1 C2517 |ECAOJM221 | |E.CAPACITOR 6.37 220 | 1
c344 lECEAICKN100 |E.CAPACITOR 16V 10U | 1 C2518 JECUMIHIOSZEN |C.CAPACITOR CH 50V 0.010 | 1
C345,46 [ECEA1CKA100 |E.CAPACITOR 16V 10U | 2 C2519,20 | |VCUVIH333KBN [CAPACITOR 2
c348 jECEA1HKAO10 |E.CAPACITOR 50 1 | ı с2521 JECEAICKA470 |E.CAPACITOR 16V 47U | 1
c3a9 |ECFA1CKA101 ÍE.CAPACITOR 16V 100U | 1 с2522 [ECEALHINRA7 (Е.САРАСТТОВ 50V 0.470 | 1
C350 [ECUMIHIO42EN |C.CAPACITOR CH 50V 0.10 | 1 C2523 — JECUMIHSSOJON |C.CAPACITOR CH 50У GBP | 1
с701-03 |ECEAIEK4R7 |E.CAPACITOR 25V 4.70 | 3 c2524,25 |ECUM1C105ZFN |C.CAPACITOR CH 16V QU | 2
C707 JECEALHKOR1 — |E.CAPACITOR 50V O.10 | 1 C2526 JEcA0JM221 — |E.CAPACITOR 6.3V 220U | 1
c708 JECEA1CK100 |E.CAPACITOR 16V 100 | 4 C2527 [ECUMIH330JON |C.CAPACITOR CH 50V 33p | 1
c710 |[ECUMIH103ZFN |C. CAPACITOR CH 50V 0.01U 1 C2528 IECEALHKNR47 |E.CAPACITOR 50V 0.47U 1
5—20
Ref.No. Part No. Part Name € Description [Pcs Remarks Ref .No. Part No. Part Name & Description ¡Pcs Remarks
C2529 ECEA1CKA101 |E.CAPACITOR 16V 100 | 1 c3445 JECUMIHIO4ZEN C.CAPACITOR CH 50V 0.1U | 1
C2530 INCEALHENO10 |E.CAPACITOR S0v 1U | 1 C3447 [ECUMIH121JEN |C.CAPACITOR CH 50V 120 | 1
C2531 (ECUMLE224ZFN |C.CAPACITOR CH 25v 0.220 | 1 C3448 [ECUM1H151.JCN [C.CAPACITOR CH 50v 1508 | 1
C2532 ECUMIH103ZEN [C.CAPACITOR CH 50V 0.01U | 1 C3449 |ECUM1H180JCN |C.CAPACETOR CH 50V 18Р | 1
C2533 ECEAOJKA330 |E.CAPACOTOR 6.37 33U | 1 C3450,51 |ECUM1H104ZEN |C.CAPACITOR CH SOV 0.1U | 2
C2534, 35 ERJGGMZOROO |M.RESISTOR CH 1/104 O | 2 c3452 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 1
c3001 ECUMLH471JCN |С. САРАСТТОВ СН 504 470P | 1 3472 |ECUV1H104ZFN [C.CAPACITOR CH 50V_ 0.1U | 1
C3002 |ECUMIH4700CN |C. CAPACITOR CH BOV ~~ 47P | 1 C3473 [ECUMIH1O3ZEN |C.CAPACITOR CH 50V 0.01U | 1
C3003-06 ECEALHKAOLO |E.CAPACITOR 50 1u | 4 c3474 JECUMIH1O4ZEN |C.CAPACITOR CH 50V_0.1U | 1
C3007,08 ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 2 C3475-77 {ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 3
C3009 ECEA1CKA100 |E.CAPACITOR 16V 10U | 1 C3501 JECAOJMA71 — |E.CAPACITOR 6.37 470U | 1
C3010 ECA1AM331 — |E.CAPACITOR 10V 3300 | ı C3502 |ECRHAO30E54R |v. CAPACITOR 1
C3011 ECFAICKA100 |E.CAPACITOR ~ 16V 10U | 1 C3503 JECUMIH330JCN |C.CAPACITOR CH 50V 33P | 1
3012 BCA1AM331 [E.CAPACITOR 10V 330U | 1 C3504 [ECQB1H223JF |P.CAPACITOR 50V 0.0220 | 1
c3013 [ECAOJM331 — |E.CAPACITOR 6.37 3300 |1 C3505 [ECEA1HKNO10 |E.CAPACITOR 50V 1U | af
C2014 ECEALHKAOLO |E.CAPACITOR 50V wu | 1 C3506 |ECOB1H682J2 |F.CAPACITOR 50V 6800P | 1
C3015 |[ECUM1H104ZFN |C.CAPACITOR CH 50V 0.10 | 1 C3507 [ECUM1H102KBN |C.CAPACITOR CH 50V 1000P | 1
C3016 ECUM1H103ZFN |C. CAPACITOR CH 50V 0.01U | 1 C3508 |ЕСЕА1НКАЗЕЗ |E.CAPACITOR S50V 3.3U | 1
3017-19 ECUM1H104ZFN |C. CAPACITOR CH 50V— 0.1U | 3 C3509 |ECUM1H122KEN |C.CAPACITOR CH 50V 1200P | 1
3022 ECEAOJKA470 |E.CAPACITOR 6.37 470 | 1 C3510 |ECUM1H104ZFN |C.CAPACITOR CH 50V 0.1U | 1
C3023, 24 [ECEA1AKA330 |E.CAPACITOR 10v ~~ 33U | 2 C3511 [ECUMIHIOLJCN |C.CAPACITOR CH 50V 100Р | 1
C3027, 28 [ECUM1E102KEN |C. CAPACITOR CH 50V 1000P | 2 ©3512 |ECUM1H104ZFN |C.CAPACITOR CH 50V 0.1U | 1
c3029 ECUMIHIOAZEN |C.CAPACITOR CH 50V 0.1U | 1 c3513 JECUMIHOBODCN |C.CAPACITOR CH SOV 8Р | 1
c3030 ECEAOJKA470 |E.CAPACITOR 6.37 47 | 1 C3514,15 |ECEAICKA100 |E.CAPACITOR 16V 10U | 2
c3031 ECUMIHIO2KEN |C.CAPACITOR CH 50V 1000P | 1 C3516,17 |ECUM1H180JCN [C.CAPACITOR CH 50v 18P | 2
c3032 [ECUM1H104ZFN [C. CAPACITOR CH 50v 0.4U | 1 C3518 |ECFA1HKAR47 |E.CAPACITOR 30V 0.470 | 1
C3033 |ECUM1H102KEN |C.CAPACITOR CH 50V 1000P | 1 C3519 JECUMIH221.JCN lc.capaciTor ca sov 220P | 1
c3301 [ECUM1H10ODCN |C.CAPACITOR CH 50V 10P | 1 c3520 |ECEA1CKA330 |E.CAPACITOR 16V - 33U | 1
C3302 [ECUMLH820JCN le. capacITOR CH 50V B2P | 1 3521 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 1
C3304-08 |ECUM1H103ZFN |C. CAPACITOR CH 50V 0.01U | 5 C3522 JECEAICKA330 |E.CAPACITOR 16V 33U | 1
C3309 [ECUMIHIO42EN [C.CAPACITOR CH 50V O.1U | 1 3523 JECUMIHI1O3ZEN |C.CAPACITOR CH 50V 0.01U | 1
C3310 INCEAOJKA470 |E.CAPACITOR 6.37 47U | 1 3524 |ECEA1HKAO10 |E.CAPACITOR 50V 1U | 1
3312-14 |ECUM1H103ZFN |C. CAPACITOR CH 50v 0.01U | 3 3525-27 JECUMIH1O3ZEN [C.CAPACITOR CH 50V 0.01U | 3
3321 ECUMLH104ZFN [C.CAPACITOR CH 50v 0.1U | 1 C3528 |ECEAIHKAO10 |E.CAPACITOR 50v 1U | 1
C3322 ECUM1H180JCN |C.CAPACITOR CH 50V 18P | 1 c3529 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 1
3323 ECUMIH1O3ZEN |C.CAPACITOR CH 50V 0.01U | 1 C3530 JECUM1H330JCN |C.CAPACITOR CH 504 33P | 1
C3324 ECUMIH150JCN |C.CAPACITOR CH 507 158 | 1 C3531 |ECUM1H150JCN |C.CAPACITOR CH 50v 15P | 1
C3325 ECUM1H103ZFN |C.CAPACITOR CH 50v 0.01U | 1 C3532 [ECUMIH330JON [C.CAPACITOR CH 50V 33P | 1
C3326 ECUMIH150JCN [C.CAPACITOR CH 50V 15P |1 3533 JECEAOJKA221 |E.CAPACITOR 6.3V 220U | 1
C3327,28 ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 2 C3534 |ECUM1H104ZFN |C.CAPACITOR CH 50V 0.1U | 1
C3329 ECERQJKA470 |E.CAPACITOR 6.37 470 | 1 C3601 |ECUM1H100DCN |C.CAPACITOR СН 504 10P | 1
C3330 |ECUM1H104ZFN |C. CAPACITOR CH 50V 0.1U | 1 C3602 [ECUM1H220JCN |C.CAPACITOR CH 50v 22P | 1
C3336 [ECUMIH104ZFN |C.CAPACITOR CH 50v 0.1U | 1 3603 [ECUMIH330JEN IC.CAPACITOR CH 507 33P | 1
C3337 [ECUMIHOGODCN [C.CAPACITOR CH 50v 6P | 1 C3604 [ECUMIHISOJEN |C.CAPACITOR CH 50v 18P | 1
C3338 |ECUMIH103ZFN |C. CAPACITOR CH 50v 0.01U | 1 C3605 [ECUMIH103ZFN |C.CAPACITOR CH 50V 0.01U | 1
C3339 |ECUMIH330JCN [C. CAPACITOR CH 50 33p | 1 C3606 JECUMIH6S1JON |C.CAPACITOR CH 50V 680P | 1
C3340 |ECUM1H101JCN |C. CAPACITOR CH 50V 100P | 1 C3607 lECUMIH1O4ZEN |C.CAPACITOR CH 50V 0.10 | 1
c3341 [ECUM1H1O3ZEN |C.CAPACITOR CH 50V 0.03U | 1 C3608 |ЕСЕАЗСКА100 |E.CAPACITOR 16V 10U. | 1
C3342 IECUMIHGBOJEN [C. CAPACITOR CH 50V 68P | 1 C3609 [ECUMIH271JCN |C.CAPACITOR CH 50V 270P | 1
c3343 [ECUM1H103ZFN |C. CAPACITOR CH 50V 0.01U | 1 C3610 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 1
c3344 [ECGMIHB60ICN [C. CAPACITOR CH 50v 56P | 1 C3611,12 |ECUM1H100DCN |C.CAPACITOR CH 50V 10P | 2
C3345 [ECUMIH39LICN |C. CAPACITOR CH 50V 390P | 1 C3613 [ECUM1H181.JCN [C.CAPACITOR CH 50 180P | 1
|c3346 ECUM1H103ZFN IC.CAPACITOR CH 50V 0.010 | 1 C3614 [EcumiH6GOJEN |C.CAPACITOR CH 50V— ESP | 1
C3347 ECUMI1H560JCN |C. CAPACITOR CH 50V S56P | 1 3801-05 |ECEAICKA100 lE.CAPACITOR 16V 10U | 5
C3351,52 |ECUM1H181.JCN |C.CAPACITOR CH 50V 180P | 2 C3906 |ECEAOJKAG70 |E.CAPACITOR 6.37 470 | 1
3353 [ECUM1H180JCN [C.CAPACITOR CH 50V 18P | 1 C3907 JECFA1CKA470 |E.CAPACITOR 16V 47U | 1
C3354 JECUMIH220JCN |C. CAPACITOR CH SOV 22P | 1 C3908 |ECUM1H104ZFN |C.CAPACITOR CH 50V 0.1U | 1
3372 |ECEALHKASR3 [E.CAPACITOR 50V 3.30 | 1 с3909 ‚10 JECALAMA71 — |E.CAPACITOR 10V 470U | 2
c3401 — |ECUMIH470JEN |C.CAPACITOR CH 504 47P | 4 C3911 [ECUM1H332KBN |C.CAPACITOR CH SOV 3300P | 1
C3402 |ECUMIHOBODCN |C.CAPACITOR CH 50V 8P | 1 C3912 |ЕСЕАОЛКА101 |E.CAPACITOR 6.37 100U | 1
C3403-07 |ECUM1H103ZFN |C.CAPACITOR CH 50v 0.010 | 5 c3913 lECUM1H103ZEN |C.CAPACITOR CH 50V O.O1U | 1
C3408,09 ECUM1H102KEN |C.CAPACITOR CH 50V 1000P | 2 c3914 JECEALEKSR3 — |E.CAPACITOR 25V 3.30 | 1
C3421 ECUM1H472KEN |C.CAPACITOR CH 50V 4700P | 1 C3915 [ECEA1CKN100 |E.CAPACITOR 16V 10U | 1
C3422 ECUMIH103ZFN |C.CAPACITOR CH 50V 0.01U | 1 C3916 [ECUMIHLO32EN |C.CAPACITOR CH 50V 0.01U | 1
C3423 [ECUMLHOSOCCN |C.CAPACITOR CH 50V B5P | 1 13917 |ECEA1CKN100 |E.CAPACITOR 16V 10U | 1
C3424 ECUMIH680JCN |C.CAPACITOR CH 50V 68P | 1 3918 IECEA1CKA470 |E.CAPACITOR 16V 47U | 1
C3425 ECEAOJKA470 |E.CAPACITOR 6.37 470 | 1 C3919 |ECUM1H104ZFN |C.CAPACITOR CH 50V 0.1U | 1
C3426 ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 1 3922 [ECUMIHIO3ZEN |C.CAPACITOR CH 50V 0.01U | 1
3427 ECUMIH1O4ZEN |C.CAPACITOR CH 507 0.1U | 1 3923 JECEA1CIA100 |E.CAPACITOR 16V 10U | 1
3428 INCEAOJKA470 |E.CAPACITOR 6.37 47U | 1 3924 |ECUM1H104ZFN |C.CAPACITOR CH Sov 0.aU | 1
C3429 |ECUM1H104ZFN |C. CAPACITOR CH 50v 0.1 | 1 C3927 |ЕСЕА1СКА470 |E.CAPACITOR 16V 47U | 1
c3430 [ECEAOJKA330 |E.CAPACOTOR 6.37 33 | 1 C4001 ,02 IECUMIH103ZEN |C.CAPACITOR CH 50V 0.010 | 2
C3431 [Ecum1H104ZFN |C.CAPACITOR CH 507 0.10 | 1 C4003,04 |ЕСЕА1СКА100 [E.CAPACITOR 16V 10U | 2
C3443 ECUMIH104ZFN |C. CAPACITOR CH 50V 0.10 1 cados |ECUM1H103ZFN C.CAPACITOR CH 50V 0.01U 1
c3444 ECEROJKA470 |E.CAPACITOR 6.37 470 | 1 C4006 |ECUM1C224ZEN |C.CAPACITOR CH 16V 0.220 | 1
5—21
Ref .No. Part No. Part Name & Description [Pcs Remarks Ref.No. Part No. Part Name & Description [Pcs Remarks
C4007 [ECEA1CPZ101 |E.CAPACITOR 16v 1000 | 1 C4713 [ECEATHKA3R3 |E.CAPACITOR b50V 3.3 | 1
C4008 [ECUMIC224ZEN |C.CAPACITOR CH 16v 0.220 | 1 c4714 [ECEA1CKA101 |E.CAPACITOR 16V — 1000 | 1
с4009 |ECEAICPZ101 |E.CAPACITOR 16V 10060 | 1 с4901 ‚02 |ECOB1H1033Z |F.CAPACITOR 50V 0.010 | 2
C4010 [ECUMIH222KBN |C. CAPACITOR CH 50V 2200P | 1 CA903,04 |ECOB1H3323Z |F.CAPACITOR 50V 3300P | 2
с4011 ‚12 |ECUM1H122KEN |C.CAPACITOR CH 50V 1200p | 2 с4905 ‚06 [VCEA1CAD100 |CAPACITOR 2
C4501 |ECOB1H152JH |P.CAPACITOR 50V 1500P | 1 с4907 ‚ ОВ ¡ECUMIHIO1JON |C.CAPACITOR CH 50V 100P | 2
C4502 JECUMLCLO4ZEN {C.CAPACITOR CH 16V 0.1U | 1 C4509, 10 |ECOB1H103JZ |F.CAPACITOR _50V 0.010 | 2
C4503 |ECUX1H152KBV |C.CAPACITOR CH 50V 1500P | 1 с4931 ‚12 |Есов1н33207 |F.CAPACITOR 50V 3300P | 2
C4504, 05 |ЕСЕА1СР2470 |E.CAPACITOR 16V 47u | 2 C4913,14 [VCEA1CAD100 |CAPACITOR 2
C4506 |МСЕА1САН100 |E.CAPACITOR 16V 10 | 1 C4915,16 |ECUM1H101JCN |C.CAPACITOR CH 50V 100P | 2
C4507 JECOB1H223JA |P.CAPACITOR — 50V 0.022U | 1 C4917,18 [ECOB1H103JZ |F.CAPACITOR 50V 0.01U | 2
C4508 |ECEA1EBZ4R7 |E.CAPACITOR 257 4.700 | 1 C4919,20 |ECOB1H3325Z |F.CAPACITOR 50V 3300P | 2
C4509 |ЕСЕАЗАР72470 |E.CAPACITOR 10V 478 | 1 C4923,24 [VCEAOJAC101 |E.CAPASITOR 6.37 100U | 2
C4510 JECOBIHIOSJA |P.CAPACITOR 50V 0.01U | 1 C6001 [ECUM1H103ZFN {C. CAPACITOR CH 50V_ 0.01U | 1
C4511 |ECOB1H332JA |P.CAPACITOR ~~ 50V 3300p | 1 C6002 |ECFAOJKA330 |E.CAPACITOR 6.37 33U | 1
C4512 |ECUX1H561JV |C.CAPACITOR CH 50V 560Р | 1 C6003 |ECEAQIKA470 |E.CAPACITOR 6.37 47U | 1
C4513 |ECUMIH681JN |С.САРАСТТОВ СН 50V 680P | 1 C6004 |ECUM1H104ZFN |C.CAPACITOR CH 50V -0.1U | 1
C4514 [ECUMIHS61JN |C.CAPACITOR CH 50V 560P | 1 C6005 |ЕСЕАОЛКА470 |E.CAPACITOR 6.37 470 | 1
C4515 VCEALEANAR7 |E.CAPACITOR 25V 4.70 | 1 C6006 [ECUMIH1O4ZEN |C.CAPACITOR CH 504 0.1U | 1
C4517 |ЕСЕАТАР2101 |Е.САРАСТТОВ 10V 1000 | 1 C6007,08 [ECUM1H180JCN |C.CAPACITOR CH 50V 18P | 2
C4518 |ECUM1H104ZFN |C. CAPACITOR CH 50V 0.1U | 1 C6010 |ECUM1H223KEN |C.CAPACITOR CH 50V 0.022U | 1
C4521 [ECUMICA73KBV |C. CAPACITOR CH 16V 0.0470 | 1 C6011 [ECUMI1HA72KEN |C.CAPACITOR CH 50V 4700P | 1
C4522 |VCEAIHAH3R3 |E.CAPACITOR 50v 3.3U | 1 C6012 |ECUM1H392KEN |C.CAPACITOR CH 50V 3900P | 1
C4528 |ECUM1H104ZFN |C.CAPACITOR CH 50V 0.3U | 1 C6013 JECEAOJKA221 |E.CAPACITOR 6.3V 220U | 1
C4530 JECFAOJPK470 |E.CAPACITOR 6.37 470 | 1 C6014 JECQB1H103JF |P.CAPACITOR 50V 0.01U | 1
C4533 |ECFA1CPZ330 |E.CAPACITOR 16V 33 | 1 C6015 |ECEAIHKA3R3 (E.CAPACITOR 50V 3.3U | 1
C4537 [ECUMIEIO2JCN |C.CAPACITOR CH 50V 1000P | 1 C6016,17 |ECEATHKN3R3 [E.CAPACITOR 50V 3.3U | 2
©4538 JECEALHUR47 |E.CAPACITOR 50V 0,470 | 1 C6018 JECEAOJKA221 |E.CAPACITOR 6.37 220U | 1
C4539 [ECUM1C224ZFN |C.CAPACITOR CH 16V 0.220 | 1 C6019 [ECEAOJKA470 |E.CAPACITOR 6.37 ‘47u | 1
c4541 [ECUMIHIO4ZEN |C.CAPACITOR СН Sov 0.1U | 1 C6020 [ECUM1H104ZEN |C.CAPACITOR CH 50V 0.1U | 1
Cc4545 |ECUM1H102KEN |C. CAPACITOR CH 50V 1000P | 1 C6021 lEcEni6MO |E.CAPACITOR 16V 1U | ı
C4552 [ECUMICIO4ZEN |C.CAPACITOR CH 16V 0.1U | 1 C6022 [ECUMIH222KEN |C.CAPACITOR CH 507 2200p | 1
CA556 |VCEA1CAH100 |E.CAPACITOR 16V _10U | 1 C5023 [ECEALHKASRS |E.CAPACITOR 50V 3.3 | 1
C4557 lEcoB1H223JA |P.CAPACITOR 50v 0.0220 | 1 C6024 |ЕСЕА1НКА4В7 |E.CAPACITOR 50V 4.70 | 1
C4558 JECEALEBZAR7 |E.CAPACITOR 25V 4.70 | 1 C6025 |[ECtM1H392KBN |C.CAPACITOR CH 50V 3900P | 1
C4559 [ECEALAPZ470 |E.CAPACITOR ¡10V 470 | 1 C6026 |ECUM1H223KEN |C.CAPACITOR CH 50V 0.022U | 1
CA560 [ECQBIHIO3JA |P.CAPACITOR 50V 0.010 | 1 C6027 JECUMIE104KBN |C.CAPACITOR CH 25V 0.1U | 1
C4561 [ECOB1H332JA |P.CAPACITOR 50V 3300p | à C6028 |ECUM1H222KEN |C.CAPACITOR CH 50V 2200p | 1
C4562 [ECUMIHS61JN |C.CAPACITOR CH 507 560P | 1 C6029 JECEAOJKA221 |E.CAPACITOR 6.37 2200 | 1
C4563 |ECUM2H681JN |C.CAPACITOR CH 50V 680Р | 1 C6030 |EECSSRST224N |E.CAPACITOR 5.5V 0.22U | 1
CA564 [ECUMIHS61JN [C.CAPACITOR CH 50V 560P | 1 C6034 |ECUMIH1032EN |C.CAPACITOR CH 50V 0.01U | 1
C4565 VCEALEANAR7 |E.CAPACITR 257 4.7 | 1 C6035 |ЕСЕА1СКАЗЗО |E.CAPACITOR 16V 330 | 1
C4567 JECEFALAPZ101 |E.CAPACITOR 10V 100 | 1 C6036 lECEROJKA330 |E.CAPACITOR 6.37 33 | 1
C4568 [ECUMIH1042FN [C.CAPACITOR CH 50V 0.1U | 1 C6037 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.010 | 1
C4572 JVCEALHAHSR3 |E.CAPACITOR 50V 3.30 | 1 C6038 |ECFA1AKA470 lE.CAPACITOR 10V 470 | 1
C4576 [ECUM1E473KBN [C. CAPACITOR CH 25V 0.0477 | 1 C6040 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.010 | 1
C4583 |ЕСЕА1СР2330 |Е.САРАСТТОВ 16V 33U | 1 C6041 [ECEAQIKA101 |E.CAPACITOR 6.3V 100U | 1
CA585, 86 JECEA1APZ101 |E.CAPACITOR 10V 100 | 2 C6042 |ECEAOJKA470 |E.CAPACITOR 6.37 47U | 1
4591 JECUMLH1O4ZEN |C. CAPACITOR CH 507 0.1U | 1 C6043 JECUMIHIOAZEN |C.CAPACITOR CH 50V— 0.1U | 1
C4592 [ECUX1H152KBV |C.CAPACITOR CH 50V 1500 | 1 C6045 JECEAOJKA470 |E.CAPACITOR 6.37 470 | 1
C4604 JECUMIH182JN |C.CAPACITOR CH 50V 1800P | 1 C6046 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 1
C4606 [VCEAOJACA70 |E.CAPACITOR 6.37 47 | 1 C6049 JECUMIH271JCN |C.CAPACITOR CH 50V 270P | 1
саба |Ecos1H1823Z |F.CAPACITOR 50V 1800P | 1 C6050,51 [ECUMIHLO2KEN |C.CAPACITOR CH 50V 1000P | 2
4613 JECUMIHB21JEN IC. CAPACITOR CH 50V 820P | 1 C6053-56 lECUMIH1O3ZEN |C.CAPACITOR CH 50V 0.01U | 4
C4616 [ECUX1H102ZFV jc. CAPACITOR CH 50V 1000P | 1 C6062 [ECUMIH271.JCN IC.CAPACITOR CH 50V 270P | 1
C4617 JECEA1OM22 — |E.CAPACITOR 10V1 220 | 1 C6063 [ECUMIH222KEN |C.CAPACITOR CH 50V 2200P | 1
с4618 JECQB1H822JH |P.CAPACITOR “50V 8200P | 1 C7302 [ECEALCKN100 |E.CAPACITOR 16V 10U | 1
C4619 [ЕСЕАТАРВ100 |E.CAPACITOR 100 10 | 1 C7303 |ECQV1H3933Z |P.CAPACITOR — 50V 0.039U | 1
C4621 [ЕСЕАОЗРК101 |E.CAPACITOR 6.37 100 | 1 C7304 [ECEA1CKN100 |E.CAPACITOR 16V 10U | 1
C4629 |ECOB1H562JZ |P.CAPACITOR 50V 5600P | 1 C7305 [ECOVIH473JZ |P.CAPACITOR 50V 0.0470 | 1
C4636 [ECUMIH471JN |C.CAPACITOR CH 50V 470P | 1 C7306 (ECQB1H102KZ |P.CAPACITOR 50V 1000P | 1
C4638 JECQB1HS22JH |P.CAPACITOR 50V 8200P | 1 C7307 [Есов1нв22к2 ÍP.CAPACITOR 50V 8200p | 1
C4651 JECOBLH333JA |P.CAPACITOR 50V 0.0330 | 1 C7308 |ECOB1H102KZ |P.CAPACITOR 50V 1000P | 1
C4652,53 [ECUMICIOSZEN |C.CAPACITOR CH 16V 1 | 2 C7309 [ECQB1H152JH |P.CAPACITOR 50V 1500P | 1
C4701 |ECCD2H1813 — IC.CAPACITOR 500V 180P | 1 C7310 [Eceaieémio — |E.CAPACITOR 16V 1U | 1
C4702 |ЕСоР122232 — |P.CAPACITOR 0.0022U | 1 C7311 JECEASOMRA7 |E.CAPACITOR SOV 0.470 | 1
ca703 |ECOB1H102JF {P.CAPACITOR 50V 1000P | 1 C7312 |ECQV1H224JM |P.CAPACITOR 50V 0.220 | 1
c4704 [ECQBIHIO3JF ÍP.CAPACITOR 50V 0.010 | 1 07313 IECQV1H104JM |P.CAPACITOR 50V 0.1U | 1
C4705 [ECEALEM33 — JE.CAPACITOR 16V 33 | 1 C7314 [ECQV1H224JM |P.CAPACITOR sov 0.220 | 1
C4706 \ecov1H1043m |P.CAPACITOR 50V O.1U | 4 C7315 JECQV1H104JM |P.CAPACITOR 50V 0.1U | 1
C4707 |ECQB1H223JF |P.CAPACITOR 50V 0.022U | 1 107316 lECOVIH224JM |P.CAPACITOR 50V 0.22U | 1
C4708 |ECEA1CKA100 |E.CAPACITOR 16V 10U | 1 7317 lECEAICKIO1 — |E.CAPACITOR 16V 100U | 1
C4709 IncQB1HA72JF |P.CAPACITOR Sov 4700P | 1 C7318 IECUMIHIO3ZEN |C.CAPACITOR CH SOV 0.01U | 1
Ca710 |Ecum1H103ZFN |C.CAPACITOR CH 50V O.G1U | 1 C7319 lECEA1CK470 — |E.CAPACITOR 16V 470 | 1
Ca711,12 |БСЕА1АКА220 |E.CAPACITOR 10v 220 | 2 C7320,21 ECEAICKIOO |E.CAPACITOR 16V 10U | 2
5—22
Ref.No. Part No. Part Name & Description [Pcs Remarks . . Part Name &
C7323, 24 |ECOV1H393JZ |P.CAPACITOR 50V 0.039U | 2 CAPACITOR 16V 47U
C7331 lECQVIHA74JM |P.CAPACITOR 50V 0.470 | 1 .CAPACITOR 16V 10U
7332, 33 JECUMIH102ZEN |C. CAPACITOR CH 50V 1000P | 2 CAPACITOR CH 50V 0.01U
C7334 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.010 | 1 CAPACITOR CH 50V 0.O1U
C7335 [ECEA1CKA70 |E.CAPACITOR 16V 40 | 1 САРАСТТОВ 16V 10U
C7336 |ECUM1H103ZFN [C. CAPACITOR CH 50v 0.010 | 1 CAPACITOR CH 50V 0.01U
7337 JECUMLHSBOJON |C.CAPACITOR CH 50V 698P | 1 CAPACITOR 16V 10U
C7339 |ECUM1H103ZFN |C.CAPACITOR CH 50V O.0iu | 1
C7340 [ECUMIH390JEN |C.CAPACITOR CH 50V 39P | 1
c7341 ¡ECUMIHO70DCN {C.CAPACITOR CH SOV ~~ 7P | 1 1
7342 [ECQV1H823JM |P.CAPACITOR “ 50V 0.082U | 1 1
C7343 IBCEA1CK100 |E.CAPACITOR 16V 10 | 1 1
7345 [ECUMIH103ZEN [C.CAPACITOR CH 50V 0.010 | 1 1
C7346 [ECUMIH3SOJEN |C. CAPACITOR CH 50У 39P | 1 1
C7347 |ECUM1HO7ODCN |C. CAPACITOR CH 50V 70 | 1 2
C7348 |Ecovin3oasz |P.CAPACITOR 50V 0.0390 | 1 1
C7349,50 |ECUM1H221JCN [C. CAPACITOR CH 50v 220P | 2 7
C7351,52 |ECUM1H103ZFN |C, CAPACITOR CH 50V 0.01U | 2 1
C7353 |ECFA1CK470 | |E.CAPACITOR 16V 470 | 1 1
C7402,03 |ECUM1H103ZFN |C. CAPACITOR CH 50V 0.010 | 2 5
c7404 |ЕСЕА1СКА100 |E.CAPACITOR 16V 10U | 1 8
C7405, 06 JECUMIH103ZEN |C.CAPACITOR CH 50V 0.01U | 2 1
C7407,08 JECUMIH104ZEN |C.CAPACITOR CH 50V 0.1U | 2 1
C7409 [ECEA1CKA100 |E.CAPACITOR 16V 10U | 1 1
C7410 |ECFAOJKA101 |E.CAPACITOR 6.37 100 | 1 1
: |C7651 JECEALHERA7 |E.CAPACITOR | 50V 0.470 | 1 1
7652 [ECUMIH122KEN |C. CAPACITOR CH 50V 1200p | 1 1
C7653 |ECUNIH153KEN |C.CAPACITOR CH 50V 0.015U | 1 1
C7654 |écraiHKO10 —|E.CAPACITOR 507 du | 1 1
C7655 |ECOV1H683JM |P.CAPACITOR — 50V 0.068U | 1 1
C7656 ¡ECA1CM471 — |E.CAPACITOR 16V 470 | 1 1
C7668 |ECUM1H103ZFN |C. CAPACITOR CH 50v 0.01U | 1 1
C7685 |ECFA1HKO10 [E.CAPACITOR 50v 1U | 1 1
7901-03 |ECUX1H103ZFV |C.CAPACITOR CH 50V 0.01U | 3 1
C7904 [ECEA1CK470 |E.CAFACITOR 16V 47U | 1 1
C7905 |ECUX1H103ZFV |C.CAPACITOR CH 50V 0.01U | 1 1
C7906 [ECEALCK470 |E.CAPACITOR 16V 470 | 1 1
C7907 JECUX1H1032EV |C.CAPACITOR CH 50V 0.01U | 1 1
C7908 | JECQVIHIO43M |P.CAPACITOR 50V 0.10 | 1
C7909 [ECUX1H103ZFV C. CAPACITOR CH 50V 0.01U | 1
C7910 JECEALCK100 —|E.CAPACITOR 16V 10U | 1
7911-13 |ECUX1H103ZFV [C. CAPACITOR CH 50v 0.01U | 3
с7914 IECEAOJK470 |E.CAPACITOR 6.37 470 | 1
C7915 |ECUX1H100DCV |C.CAPACITOR CH 50V 10P | 1
с7916 [ECUX1H103ZFV |C. CAPACITOR CH 50V 0.010 | 1
C7917 |ECEAOJK470 |E.cAaPaciTOR 6.37 470 | 1
C7918 |ECUX1H103ZEV |C. CAPACITOR CH Sov 0.01U | 1
с7919 lECEAOJK470 | |Е.САРАСТТОВ 6.37 470 | 1
с7920 [ЕСЕА1СК100 — |E.CAPACITOR 16V 100 | ı
C7921 |ECOB1H102H |P.CAPACITOR 50V 1000Р | 1 1
с7922 JECOB1H272JH |P.CAPACITOR 50V 2700P | 1 1
C7923 [ECUX1H151JCV [C. CAPACITOR CH 50v 150P | 1 1|-
C7924 |ECEA1CKN100 |E.CAPACITOR 16V 10U | 1 1
C7925 |ECUX1H561JCV [C.CAPACITOR CH 50V 560P | 1 1
C7926 IECEALCK100 |E.CAPACITOR 16V 10U | 1 2
7927 |ECOB1H102JH |P.CAPACITOR 50V 1000P | 1 1
C7928 lECQB1H272JH |P.CAPACITOR 50V 2700 | 1 1
C7929 |ECUX1H151JCV [C.CAPACITOR CH 50V 150P | 1 1
с7930 |ECEAICKN100 |E.CAPACITOR 16V 10U |. 1 1
C7931 |ECUX1H561JCV |C. CAPACITOR CH 50V 560P | 1 1
C7932,33 |ECERACKN1C0 |E.CAPACITOR 16V 10U | 2 1
C7934 [ECUX1H220JCV |C.CAPACITOR CH 50v _22P | 1 2
C7935 [ECUXIHA70JCV |C.CAPACITOR CH 504470 | 1
C7937 [ECUX1M103ZFV |C.CAPACITOR CH 50V 0.01U | 1
7938 JECEALHERA7 —|E.CAPACITOR 50V 0.470 | 1
C7939,40 |ECEALHKNOR1 |E.CAPACITOR 50V 0.10 | 2
C7941 JECEALHKRA7 — |E.CAPACITOR 50V 0,470 | 1
C7942 |ECUX1H108ZFV |C.CAPACITOR CH 50V 0.01U | 1
C7943 IECUX1H100DCV |C.CAPACITOR CH 50v 10P | 1
C7945 |ECUX1H101ICV |C. CAPACITOR CH 50v 100P | 1
C7946 [ECUX1H220JCV [C.CAPACITOR CH S0v 22P | 1
£7947 [ECEALHKRA7 “|E.CAPACITOR Sv 0.470 | 1
C7948 [ECUX1H103ZFV [C. CAPACITOR CH 50v 0.010 | 1
C7949 |[ECEAOJK330 |E.CAPACITOR 6.37 | 33U | 1
C7950-53 |ECFAICKN100 |E.CAPACITOR 16V 10U | 4
5—23
Ref .No. Part No. Part Name & Description Ref .No.
FL302 L711
FL801 1718,19
FL3001 L720
FL3601 L781
FL3901 1801,02
FL3902 1803
1804
1806
„08
FL7901
FL7902
FL7904-11
FL7912-15
FL7916
FL7918
5 1#15|0|HJH|HJH He IR [© |
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12002
12501
1.2502
12503
L3001-03
L3004
L3005-08
L3301
13304
13306
13307
13308
13309
13310
13313
13315,16
13318
13323
Hieje fee
13901-04
13905
„02
14501 ‚02
14601
14701
14702
£4901 ,02
,04
14905,06
14907 ‚08
14909 ‚10
L600L
L6 002
16003
L6007 ,08
15009
21PIN SCART JACK L7301
17401-03
L7404
L7405
17901,02
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
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Ref.No,
,12
PP3021-24
PP3301
PP4001--03
PP7401-03
PS3021-24
PS3302,03
-03
PS7301,02
Part No.
42
42
41
Part Name & Description
A dd nn
1
1
1
1
1
2
1
4
1
3
1
3
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5—25
Part No,
-5
Part Name &
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Part No. Part Name & Description Part Name &
404
402
Be ee seele ee ea ale ee
TRANSISTOR
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,02
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1
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1
1
1
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1
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2
2
2
1
1
1
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1
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1
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5—26
Part No. Part Name & Description
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
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CH
CH
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CH
CH
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ВВ 88|
в |2 |8 |818 |9 |8 |8 |8
330
150
1K
1K
220
270
4.7K
1K
10K
2.2K
100
1K
390
100K
2.7K
1K
2.4K
1K
8.2K
10K
1K
10K
0
33K
10K
270
220
150K
200K
10K
150K
1.2
1.2K
1.2K
680
1.8K
1.2K
2.7K
22K
10K
3K
10K
10K
8.2K
1M
3.3K
2.2K
3.9K
22K
4.7K
6.8K
1M
2.2K
1.6
1.1K
1K
3.3K
10K
560K
5.1K
4.7K
1M
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Part Ко. Part Name &
2 12/18/8/8| ВВ 8
EE CCC EII CEE EIC CACIE ICE EEC CARIES 81 18
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8 |8 |8 |8
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Part Name & Description
RESISTOR CH
RESISTOR CH
CH
CH
CH
Я
8
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CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
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CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
Я
3
8
ааа SIE CASE CECI CI Ва
10K
0
2.7K
360
47K
17K
5.1K
2.7K
3K
820
47K
10K
2.2K
33K
68K
2.7K
18K
390
47K
47K
82K
2.2K
3.3K
3K
2.7K
5,1K
12K
33K
47K
33K
47K
1K
2.2K
10K
1.2K
1K
1.8K
8.2K
12K
5.1K
2.7K
3K
820
2.2K
1K
6.8K
220
1M
в |1 |1 Н НН НР ЁН НН НН НН Ню Тонн | ню НН НН НН НН Ню | НН | | НН м | НН НН НН НН НН НН НН НН НТН НН Но НН НН НН НТН НН |
5— 28
y
Mr
+
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Part No.
AAA RISA
2 2/9 9/9
ВОЕННАЯ ВВ
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Part Name 4 Description
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISOTR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
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CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
1/16W
4.7K
100K
100K
1.5K
2.2K
4.7K
39K
27K
27K
220K
27K
2.7K
27K
27K
47K
47K
100K
1K
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5— 29
Part No.
63
63
Part Name &
BATA AAA
ЗВ 9/2/19 20 AAA 99 /9/9/9/9/9/1010/ 9/9/91
FI212/2]21212/2|2|2(22|2|2|28|2|2|2|8
1M
180
3.3K
390
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10K
56K
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1/10W 22K
10K
1/100 2.2K
1/104 22K
47K
1/106 3.3K
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47K
270
47K
2.2K
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Part No. Part Name & Description Part No. Part Name &
о
220
47K
33K
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47K
4.7K
10K
10K
10K
10K
10K
1K
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1K
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1.8K
3.9K
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Ва ВВ Ва Ва Ва 8 8
RESISTOR
RESISTOR
RESISTOR
RESISTOR
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
2
1
1
4
1
1
1
1
1
1
1
1
1
1
3
2
1
2
3
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1
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1
1
1
1
1
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1
1
1
1
1
1
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1
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1
AAA (AA AAA AA:
Part No.
Part Name &
» RESISTOR
. RESISTOR
» RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
.RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
-RESISTOR
RESISTOR
.RESISTOR
.RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
OSCILLATOR
OSCILLATOR
OSCILLATOR
OSCILLATOR
OSCILLATOR
OSCILLATOR
OSCILLATOR
OSCILLATOR
OSCILLATOR
OSCILLATOR
OSCILLATOR
OSCILLATOR
OSCILLATOR
OSCILLATOR
WIRE
ANT TERMINA PLATE
CABLE
CABLE
CABLE
CABLE
CABLE
CABLE
CABLE
CARD CABLE
CARD CABLE
CARD CABLE
CARD CABLE
ANGLE
CABLE
CABLE
CABLE
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DEMODU-POWER
SHILED CASE
-P1102)
(P1002-P1103)
(P2001-P2902
TR. -P2003)
(P3001-P501)
(P7401-P7501)
)
(P4003~P1509
(P3003-P9001
(P6O04-P9002)
!>FOR TV DEMODU.
!>FOR TV DEMODU.
TV DEMODULATOR
TV DEMODULATOR
SUB LUMI. & CHRO
1/0 PACK C.B.A.
NICAM DECORDER
NICAM DECORDER
NICAM DECORDER
Remarks
Ref No, Part No. Part Name & Description [Pcs
C9002 |EcoB1H473JZ |Е.САРАСТТОВ “ 50v 0.0470 | 1
C9003 |JECEAIHKNO10 |E.CAPACITOR 50 12 | 1
C9004 |ЕСЕАОЗКА221 |E.CAPACITOR 6.37 220U | 1
C9005 JECEAOJKA470 |E.CAPACITOR 6.37 47U |1
C9006 ]ECEA1HKAR47 ‘|E.CAPACITOR 50V 0.470 | 1
C9007 IECQB1H473JZ |F.CAPACITOR “ 50V 0.047U | 1
C9008 |ECEAOJKA470 |E.CAPACITOR 6.37 470 | 1
C9009 |EcOB1H473J2 |F.CAPACITOR 50V 0.0470 | 1
c9010 [ECEALEKAAR7 |E.CAPACITOR 25V 4.70 | 1
cgo11 |EcoB1H333K2 |F.CAPACITOR “ 50V 0.033U | 1
c9012 |ECUM1H332KEN |C.CAPACITOR CH 50V 3300P | 1
с9013 [ECUMIHIO1JCN IC.CAPACITOR CH 50 100P | 1
с9014 |ЕСЕАЗНКАНА7 jE.CAPACITOR 50V 0.470 | 1
с9015 |ЕСОМ1Н1ОЗ2ЕМ |С.САРАСТТОВ CH 50V 0.010 | 1
C9016 |ECUMIH33OJCN |C.CAPACITOR CH 507 33P | 1
C9017 |ЕСОВ1Н223КЕ |P.CAPACITOR 50V 0.022U | 1
C9018 [ECEALHKA3R3 |E.CAPACITOR 50V 3.3U | 1
C9019 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.010 | 1
C9020,21 [ECEAIHKAZR2 |E.CAPACITOR 50V 2.2 | 2
C9022 IECEAICKA100 |E.CAPACITOR 16V 10U | 1
C9023 {ECUM1H103ZFN |C.CAPACITOR CH 50v 0.01U | 1
с9024 IECEA1EKAdR7 |E.CAPACITOR 25V 4.70 | 1
C9025 [ECUM1H152KEN |C.CAPACITOR CH 50V 1500P | 1
C9026 [ECUM1H331JCN |C.CAPACITOR CH 50V A330P | 1
9027 [ECUMIHIO3ZEN [C. CAPACITOR CH 50V 0.01U | 1
c9026 lECEAOJKA470 |E.CAPACITOR 6.37 470 | 1
C9029 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 1
c9030 JECEAICKA100 |E.CAPACITOR 1671 10U | 1
C9031,32 |ECUM1H103ZFN [C.CAPACITOR CH 50V 0.01U | 2
с9033 JECUMIHESOJEN |C.CAPACITOR CH 504 esp | 1
с9034 JECUMIH270JCN |С.САРАСТТОВ СН Б0М 270 | 1
C9035 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 1
C9036, 37 [ECEALEKN4R? |E.CAPACITOR 25V 4.7U | 2
c9038 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.010 | 1
c9039 JECEAOJKA220 |E.CAPACITOR 6.3V 2200 | 1
c9040 ¡ECEAOJKA470 |E.CAPACITOR 6.37 478 | 1
C3041 [ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 1
c9042 lEcEnOJRAA70 |E.CAPACITOR 6.37 47U | 1
с9043-50 JECUM1H103ZEN |C.CAPACITOR CH 50V 0.010 | 8
C9051 |ЕСЕАОЛКА220 |E.CAPACITOR 6.3V 220U | 1
c9052 JECUMIH103ZEN |C.CAPACITOR CH 50V 0.01U | 1
с9054 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 1
C9055 JECEAICKA100 |E.CAPACITOR 16V 10U | 1
C9056 lECUMIHLO3ZEN |C.CAPACITOR CH 50V 0.01U | 1
C9057 JECEAOJKA220 |E.CAPACITOR 6.37 220U | 1
c9058 |ecrnoïxaa70 |E.CAPACITOR 6.37 47U | 1
C9059 [ЕСЕАОЛКА220 |E.CAPACITOR 6.37 220U | 1/
C9060 JECUMIHOSOCCN |C.CAPACITOR CH 504 5P | 1
c9061 |ECUM1HOZOCCN |C.CAPACITOR CH 50V 2P | 1
C9062 [ECEAQIKA221 |E.CAPACITOR 6.37 2200 | 1
C9063 |ECUM1H222KEN |C.CAPACITOR CH 50V 2200p | 1
C9064 |ECUM1H103ZFN |C.CAPACITOR CH 50V 0.01U | 1
C9065 |ECUM1H682KEN |C.CAPACITOR CH 50V 6800P | 1
C9066 JECEAOJKAA70 |E.CAPACITOR 6.37 470 | 1
с9067-70 [ЕСОМ1НЗОЗ2РМ |С.САРАСТТОВ CH 50V 0.010 | 4
с9071 [ECFAQIKA470 |E.CAPACITOR ~ 6.3V 47U | 1
C9072 |ECUM1H103ZEN [C.CAPACITOR cH 50v 0.01U | 1
C9073 JECEAOJKA470 |E.CAPACITOR 6.37 470 | 1
C9076 JECUMIHIO3ZEN ¡C.CAPACITOR CH 50V 0.01U | 1
9077 |ECEA1CKA100 |E.CAPACITOR 16V 10U | 1
с9078 JECUMIH1O32EN |C.CAPACITOR CH 50v 0.010 | 1
с9079 JECEAOJKRA70 |E.CAPACITOR 6.3v 47U | 1
C3080 [ECUMIH103ZEN |C.CAPACITOR CH 50V 0.01U | 1
C3081, 82 lECEAOJKRA70 |E.CAPACITOR 6.37 47U | 2
C5083,84 JECUMIHIO3ZEN |C.CAPACITOR CH 50V 0.01U | 2
C9085,86 JECUMIH1O4ZEN |C.CAPACITOR CH 50V 0.1U | 2
c9087 [ECEAICKA100 |E.CAPACITOR 16V 10U | 1
C9088 [ECUMIHIO3ZEN |C.CAPACITOR CH 50V 0.01U | 1
с9089 |ЕСЕАОЗКА470 |E.CAPACITOR 6.37 470 | 1
с9098-00 JECUMIHIO3ZEN |C.CAPACITOR CH 50V 0.010 | 3
с9101 JECEAOJKA220 |E.CAPACITOR 6.37 220U | 1
C9102 JECEAOJKA470 |E.CAPACITOR 6.37 47U | 1
с9103 [ECUMIH332KEN |C.CAPACITOR CH 50V 3300P | 1
c9501 lECUMIH1O32EN |C.CAPACITOR CH 50V 0.01U | 1
c9502,03 JECUMIH330JEN |C.CAPACITOR CH 504 33P | 2
5—31
FL9001-05
FL9006
FL9007
FL9008
FL9009
FL9010
FL9011
FL9012
FL9013
FL9014
FL9015-18
FL9019-21
F19022-26
FL9501
Part No.
Part Name &
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CAFACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CH 50V
CH 50V
50V
16V
CH 50V
50V
16V
50V
16V
CH 50V
CH 50V
50V
16V
CH 50V
16V
CH 50V
16V
100P
0.01U
3.3U
10U
0.01U
3.30
100
0.220
100
0.010
0.1U
10
470
100
100
PINTO > > | > > > [> 1 SINN | |
н || || НН НН НН сл
1
1
1
1
1
1
1
1
1
1
|2 | ||| || РА | Ню НН) Ен м |
Part No.
Part Name &
ЗВ ааа 8 |8
Hire fe je re (5 [85 115 [ea | [Ha [15 [155 [1e [pa 150 | js [ju [al |5 | о
н | | 11| Ню | | | | | | || ню | НН | НН НН НТН НН НН |
Part Name & Description
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
ВВ Ве ее 8 8818 8 8 8 188 18 |818 18 |8
RESISTOR
OSCILIATOR
OSCILIATOR
COVER (MAIN)
COVER
COVER (TOP)
CAPACITOR CH 16V
CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACITOR 6.3V
CAPACITOR CH SOV
560
330
560
330
1K
560
1K
100
1K
100
12K
32K
390
10K
pen jé jOIJRJR RH [SH SH JRiR RS [HR |>JRJe TA [H (He lee nel
A a Pe
Part No.
Part Name €
CAPACITOR CH 50V
»CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACITOR 16V
CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACTIOR 6.3V
CAPACITOR CH 50V
CAPACITOR CH 16V
, CAPACITOR CH SOV
.CAPACITOR CH 50V
CAPACITOR CH 16V
CAPACITOR CH 50V
CAPACITOR CH 50V
CAPACITOR CH 5S0V
CAPACITOR CH 16V
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
cH
CH
CH
CH
CH
CH
CH
33P
56P
120P
0,01U
0.1U
0.01U
6BP
470
1.000P
0.01U
220U
0.01U
10
470Р
100P
1U
100P
0.1U
1000P
10
н | | |н | | Н не || НН НН НН | Ню не рН | НН НН НН
Part No. Part Name & Description Part Name &
27K CAPACITOR 500V 470p
15K CAPACITOR 35V 22U
270 CAPACITOR 50v 0.01U
1K CAPACITOR CH SOV 0.1U
1K CAPACITOR
CAPACITOR 6.3V 33U
CAPACITOR CH 50V 0,1U
CAPACITOR CH 50V 0.022U
CAPACITOR 25V 4.70
CAPACITOR CH 50V O, 0497U
CAPACITOR CH 50V 6P
CAPACITOR CH 50V 18P
CAPACITOR CH SOV 22P
CAPACITOR СН 50М 0.1U
CAPACITOR 6.3V 220U
CAPACITOR CH 50V O.10
CAPACITOR 6.3V 47u
CAPACITOR CH 50V 0,1U
CAPACITOR CH 50V 27P
CAPACITOR CH 50V O.1U
CAPACITOR CH 50V 27P
CAPACITOR 50V 22U
CAPACITOR CH 50V 0.1U
CAPACITOR CH 50V = 560P
EE EEE LE A | | [> | [a fe fa la |
CAPACITOR CH 50V 0.022U
CAPACITOR CH 50V 0.01U
CAPACITOR 50v 3.30
=
NIN
CAPACITOR 10V 330
CAPACITOR 16V 330
CAPACITOR CH 50V 0.010
CAPACITOR 6.3V 470
CAPACITOR CH 50V 0,1U
CAPACITOR CH 50V 100P
м1 |1 ||| |е 1 |6
IC6501
RECEIVER UNIT
L6501,02
L6503,04
L6506, 07
RESISTOR CH 1/10W
cH
RESISTOR CH 1/10%
RESISTOR CH 1/10
CH 1/104
CH 1/10W
1/44
SW6501,02
(RTL)NV-HS1000B
CAPACITOR 16V 1000
CAPACITOR CH 50V 0.01U
Ref .No. Part No. Part Name & Description Part Name &
CAPACITOR CH 50V 0.022U
CAPACITOR 25V 4.7U
CAPACITOR CH 50V 0.047U
CAPACITOR CH 50V 6P
CAPACITOR CH 50V 18P
CAPACITOR CH 50V 22P
CAPACITOR CH 50V 0.1U
CAPACITOR 6.3V 220U
CAPACITOR CH 50V 0.1U
CAPACITOR 6.3V 471
САРАСТТОВ СН 50М 0.1U
CAPACITOR CH 50V 27P
CAPACITOR CH 50v 0.1U
CAPACITOR CH 50V 27P
CAPACITOR 50V 22U
.CAPACITOR CH 50V 0.1U
.CAPACITOR CH 50V 560P
В
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
н | | 1 | | | |->
a
N
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
о |5 | 5 | Го | НН НН ев Ню НН
=>
сл
u|s ir re pH (NN [HA [56 je [ai [1e 5 5e
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH 11
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
в не РН НН НН НН То Го:
1C7502
IC7503
OSCILLATOR
OSCILLATOR
CKA101 CAPACITOR 16V
CAPACITOR CH 50V
CAPACITOR 500V
VKA220 CAPACITOR 35v
CAPACITOR 50V
CAPACITOR CH 50V
. CAPACITOR
CAPACITOR 6.3V
CAPACITOR CH 50V
нэ |1 НН НН |н ||
Part Name &
RESISTOR CH
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
Part Name &
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
Ni IN Al | | | | | | |
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
Ha | 63 a | NS [CS PES SiS | ped fed |G IN TR
>
wn
p1111
Reel lee ee ee
D1115-17
D1118
CCC EI CICL CACA EE EC ECC AAC CIE CIEN
ele.) a)» lu] 5
IC1101
1C1103
1C1104
SW7501
Sw7502,03 L1101,02
5W7504-07 L1103-09
SW7508,09 11110
SW7510 Li111,12
L1113,14
L1115,16
OSCILIATOR
OSCILLATOR
(RTL) <!>
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
» CAPACITOR
CAPACITOR
. CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
CAPACITOR
Не |е | elle || Н | Н ee [Nw]
lm iri] RR] |
5—36
—
Part No.
Part Name £ Description
DRIVE C.B.A.
CAPACITOR 35V 2.20
CAPACITOR CH 25V 0.1U
CAPACITOR CH 25V 0.0680
CAPACITOR CH 25V 0.047U
. CAPACITOR 50V 0.1U
CAPACITOR 16V 10U
CAPACITOR 6.3V 22U
CONNECTION C.B. A.
INTERNAL REFERENCE
CODES
NOTE: This chart is only for internal reference.
Do not order any parts according to these codes.
P. C.
B.
FILM CODE
SYUGO (MAIN/SUB A/CAP DR)
HOA002-0231A
SYUGO (L&C/SUB L&C)
HOA000-0242A
POWER
HOA000-01508
INPUT € OUTPUT
HOAO00-03A72
TV DEMODULATOR (EC)
HOAO00-07757
TV DEMODULATOR (B)
HOA000-07680
DECORDER(EC)
HOAO00-07671
NICAM DECORDER
HOAO00-07675
AFC DEF (B) HOAO00-07786
HEAD AMP HOAO04-05176
HI-FI AUDIO HOAO00-04447
VR HOA001-06926
TIMER HOA000-07739
REC RF AMP HOAO00-03A90
TBC HOAO00-03A53
MECHA CONNECTION
HOAO00-00T87
CYLINDER DRIVE
HOA002-00R99
POWER TRANSISTER
HOA000-00886
LOADING MOTOR
HOA0O00-00875
ES
Panasonic
MATSUSHITA ELECTRIC
Printed in Japan