Harman Kardon TD 450 Owner Manual

 a
The Harman Kardon
Model TD450 a Manual A
CD TRANSCRIPTION QUALITY CASSETTE DECK
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ГАНЕ Remate Sensur Hee Mute Intro Scan Search
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harman / kardon
80 Crossways Park West, Woodbury, N. Y.11797
1112-TD450 P-1195 1200 Printed in KOREA
SPECIFICATIONS
| Nominal limit Nominal Limit
Track Configuration 4-track 2 Channel Stereo Channel Separation 45dB > 35dB
| Cassette Deck Crosstalk 70dB — >5008
+ MECHANICAL SECTION | | Record/Playback Distortion - -
Record/Playback Tape Speed (input 1kHz) .
Drift 4.75cm/sec. 0.2% + 2.0% LN 09% <20%
Wow and Flutter(WTD) 0.05%(NAB)<0.1% | CrO, 1.5% <2.5%
| 0.07 %(CCIR) Metal 1.3% <2.5%
Take Up Torque 50gr - cm 35—70gr - cm MPX filter Attenuation | |
Back Tension 4gr - cm 2—6gr - cm | at 15kHz 0.3dB <1dB
F.FWD Torque | 100gr - cm 70 150gr - cm at 19kHz 35dB — <30B
REW Torgue 100gr - cm 70~150gr - cm Erase Ratio(input 80Hz) — a.
F.FWD/REW Time 90sec. <110sec. ~ LN | 70dB 2 60dB
(C-60 Tape) | | Metal 61dB > 56dB
+ AMPLIFIER SECTION | input Sensitivity 45mV 40(min)— 100(max)mV
Bias Frequency 105kHz + 5kHz (input 1kHz)at Line input
Playback Output(10KQ) 640mV+1.5d8 input impedance 22k £2 19(min) ~ 30(max)k Y
Signal-to-Noise Raito | | (input 1KHz)at Line input |
at Line input |
“(input hi . 100mV) + DIMENSIONS(W XH XD) 17-3/8"x5"x12-5/8"
IHF-A WTD at Dolby Level (442X126 X 320mm)
- Dolby NR off > WEIGHT 5.4kg
AE LN 51dB | - POWER SUPPLY |
TE СгО, 54dB | U.S.A. and Canada models АС120\, 60Н2 <
В | Metal 54dB o | International © AC230V, 50/60Hz mp E
Dolby B NR | | |
| LN 61dB | - POWER CONSUMPTION
СгО, 6498 : <60dB U.S.A. and Canada models 18W CD
Metal 64dB < 60dB International and Australia models 18W > SE
Dolby C NR | | | |
LN 66dB | - These specifications are service target specs.
СгО, 70dB <66dB — Specifications and components are subject to change
Metal 70dB < 66dB without notice.
Overall performance will be maintained or improved.
LEAKAGE TEST(FOR SERVICE ENGINEERS IN THE U.S. A. )
Before returning the unit to the user, perform the following
safety checks:
1. Inspect all lead dress to make certain that
SIMPS ON MODEL 229E, FOR
LEAKAGE TEST ©
leads are not pinched or that hardware is not TO EACH EXPOSED TO AC GROUND SUCH
lodged between the chassis and other metal METAL SURFACE OF <—— —® AS WATER PIPE, BX CABLE,
parts in the unit. UNIT UNDER TEST HIGH GROUND — CONDUIT, ETC.
2. Replace all protective devices such as non- VOLTAGE LEAD | |
metallic control knobs. insulating flshpapers, OR+LEAD
cabinet backs, or shields, isolation resistor- В ==
capacitor networks. mechanical insulators, | N
ect.
3. Be sure that no shock hazard exists:check for leakage current | VTVM
using Simpson Model 229 Leakage Tester, standard equip- 1 OAC SCALE O
ment item No.21641, RCA Model WT540A or use alternate
method as follows: 1.5K2
Plug the AC line cord directly into 120- volt AC receptacle(do not Tow |
— MW —
use an isolation Transformer for this. test). Using two clip leads,
connect a 15000hm, 10-watt resistor paralleled by a 0.154 F ca-
pacitor, in series with all exposed metal cabinet parts and a
known earth ground, such as a water pipe or conduit. Use a
VTVM or VOM with 1000 ohms per volt, or higher sensitivity to
,
measure the AC voltage drop across the resistor.(See Diagram.) on
Move the resistor connection to each exposed metal part having cor _
a return path to the chassis(antenna, metal, cabinet,screw heads, EST PROBE
knobs and control shafts, escutcheon, etc.)and measure the AC | |
voltage drop across the resistor. TO EXPOSED CONNECT TO KNOWN
(This test should be performed with the power switch in both the METAL PARTS | EARTH GROUND
On and Off positions.)
A reading of 0.35 volt RMS or more is excessive and indicates a potential shock hazard which must be corrected before returning
the unit to the owner. |
— 92
- . +
- PR
o
CONTROLS AND FUNCTIONS
D 90 ©
harman/kardoh 10 10.
-8 8:8 8 mena 5D.
On B Counter Reset Bias Fine Tnm Balance Record Level .
Rec Mute Intro Scan Search
000
O Power Switch
Press to turn unit on/off.
O Record/Pause
Puts cassette deck in Record
ready or pause mode.
O Play
Begins playback or recording.
O Stop
Stops tape transport in any mode.
O Rewind/Fast Forward
Rapidly rewinds/advances tape.
O Record Mute
Inserts blank space when recording.
O Intro Scan
Previews each segment on a
prerecorded tape.
060 Ob Y GS ©
O Search Forward and
Reverse
Locats the start of any desired
segment on a pre-recorded tape.
O Dolby NR
Activates Dolby Noise Reduction
circuitry for playing or recording
tapes.
D B/C
Selects Dolby B NR or C NR Noise
Reduction.
O MPX Filter
Press when recording FM stereo
® Balance
6000006060 1. =
I О 1
0 2000 ®
Adjusts balance between left and
right channels when recording.
® Record Level
Adjusts recording level.
@® Open/Close
Press to load/remove tape
cassette.
D Cassettes
Compartment/Drawer
O Counter Reset
Resets Tape Counter to 00:00,
broadcasts using Dolby noise reduction.
@® Bias Fine Trim
Adjust when recording.
® CD Sync
Engage when synchronizing recording
‚with a Harman Kardón CD Player.
¢
Ya,
® Tape Souroe PD D o B
Selects between the signal recorded on the
tape and the input source signal. |
When “Tape'is selected the indicator
above the button will light.
| |
M Remote IR Sensor a | L — —=—= css sess ses — — — ow —
© |dB -35-20 10 -7 5 3 +1 |+3 +5 +8
® Counter | | [я ии конным oss ни ES | BENE SEEN EE
Indicates tape position in minutes and | — CI DD. El [| INTRO REC PLAY —ea mm
seconds. LI LI. LI LI mex TYPE TNIV mBC
| | | | |
@ Level
8 Shows signal level. |
- ® intro д
Indicates intro Scan is engaged. | | | |
@ REC, PLAY
Displays operating mode : Record, Play,
Rewind or Fast Forward.
@ TYPE | Il IV
Automatically indicates type of tape in use.
@ Dolby BC NR
Shows if Dolby B NR or C NR circuits are on.
- NOTE
Dolby noise reduction and HX Pro headroom extension
manufactured under license from Dolby Laboratories Licensing
Corporation. HX Pro originated by Bang & Olufsen.
‘Dolby”,and the double-D symbol [I] and “HX Pro"are tradem-
arks of Dolby Laboratories Licensing Corporation.
DISASSEMBLY PROCEDURES/AEFER TO PAGES 12, 13 AND)
[1] CABINET TOP (25) REMOVAL
Remove 4 screws (E) and 1 screws (D), then remove
the Cabinet Top(25).
[2] FRONT PANEL ASSEMBLY (13) REMOVAL
1.
2.
3.
Remove the Cabinet Top(25). (Refer to step 1.)
Remove the Plate with window (22).
Disconnect CN 801, WA 801 and WA 802 connected
to the Main P.C.Board(PCB-1).
4. Remove 3 Rotary Knobs(2).
5.
Remove 4 screws (B) and 4 screws(A), and
then remove the Front Panel Assembly(13).
[3] CASSETTE TAPE RECORDER MECHANISM
=
ASSEMBLY REMOVAL
. Remove the Front Panel Assembly. (Refer to step 2).
Disconnect WA 401, 402, 403, 404, 405, 406 and 407
connected to the Cassette Tape Recorder Mechanism
Assembly.
Disconnect WA 101 and 102 connected to the Main
P.C. Board(18).
4. Remove 4 screws (D) and then remove the Cassette
3.
. Disconnect WA 501
Tape Recorder Mechanism Assembly.
- [4] MAIN P. C. BOARD(PCB-1) REMOVAL
1.
2.
Remove the Cabinet Top(25). (Refer to step 1.) =
Disconnect WA101 and WA102 connected to the
Cassette Tape Recorder Mechanism Assembly.
Disconnect WA 801, 802 and CN 801 connected to the
Front P.C. Board(PCB 2). |
connected to the Power
P. -C. Board(21).
. Remove 4 screws(B), then remove the Main
P. C. Board(18).
[5] OTHER P. C. BOARDS REMOVAL
1. Remove the Front and Assembly(1). (Refer to step 2.)
2. Remove 6 screws (B) then remove the Front
P. C. Board (13).
3. Remove 2 screws (C) and then remove the Power
P.C. Board(21). If necessary, disconnect the connector.
POWER CORD REPLACEMENT (FOR SERVICE ENGINEERS OTHER THAN NORTH AMERICA)
In order to prevent fire or shock hazard when replacing the power cord, follow the Procedure below to replace the part with the
standard supply parts.
HOLDER
NT
= POWER
TRANSFORMER
CABINET BACK
100mm
MAX
8mm
ALIGNMENT PROCEDURES
BM CASSETTE MECHANISM CONFIRMATION —
Make sure to confirm conditions of the cassette mecha-
nism as follows before adjustment.
1. Confirmation of erase prevention function
* The switch should turn ON when a tape with erroneous
erase preventive tab is inserted. (Use a tape which is
0.2mm smaller than the minimum size of 62.9mm or
63.9mm or a MAZ-0184-C gauge one.)
2. Confirmation of cassette pack detection function
* The switch should turn ON when a tape is inserted.
(Use a tape whose minimum size is 63.5mm or a MAZ
-0184-C gauge one.)
* When the switch arm is moved back gradually from the
ON position, the switch should turn OFF.
3. Confirmation of eject function
* The cassette compartment opens smoothly and no
abnormal noise should be heard while opening and
closing.
4. Confirmation of playback, fast forward and rewind
functions
* The torque used in each of the playback, fast forward
and rewind modes should be within specification.
Playback e canvarcracarencoo 35gr.cm ~ 70gr.cm
Fast Forward. -------=-.-- 70gr.cm—- 150gr.cm
Rewind sesoresereomasmocdaoo 70gr.cm ~ 1 50gr.cm
* No abnormal noise should be heard during operation in
any mode. The solenoid switching should not be
considered as a noise.
5. Confirmation of positions of record/playback head
and erase head
* Head height
a) Set the M-300 head gauge.
b) Set the unit in the playback mode and place the
adjustment chip on the head gauge as shown in
the Fig. 1. |
c) The adjustment chip should not contact the tape
guide of both record/playback head and erase
head.
À
Г mao |
TAPE GUIDE
HEAD GAUGE J
"HEAD GAUGE
RECORD/PLAYBACK
HEAD
HEAD AZIMUTH ADJUSTMENT
SCREW я
ERASE
HEAD
: Fig.l
Head position | |
a) Set the M-300 head gauge.
b) Set the unit in the playback mode and place the
adjustment chip on the head gauge as show in the
Fig. 2.
c) With both record/playback head and erase head,
the adjustment chip should be between MIN and
MAX of the M-300 head gauge.
M-300
HEAD GAUGE
ERASE RECORD/PLAYBACK
HEAD - HEAD
Fig.2
| НС Ng
Bl ELECTRICAL ADJUSTMENT AND CONFIRMATION
1.
Before adiustment |
Before electrical adjustment, make sure that confirma-
tions of the cassette mechanism are all completed. |
After the power switch is pushed on, wait for 10 min-
utes before measuring to be sure ‘of the most stable
operation
“ Since head magnetization, dust accumulations, etc. are
likely to introduce errors in the various characteristics, it
is very important that the heads are properly demagne-
tized and cleaned before commencing any adjustment,
particularly frequency response and head azimuth
adjustment.
Instruments required
Low frequency oscillator
AC VTVM or dual channel AC VTVM
Oscilloscope
Wow/flutter meter
Frequency counter
Distortion meter
Test tapes
Azimuth adjustment ------==--....- MTT-114 or TCC-153
Tape speed adjustment: ----- MTT-111DN OR TCC-112
Playback output level adjustment
socarosrtosramaarorocanpoteerrrenoonaaoo TCC-130 or MTT-1 50
Playback frequency characteristic confirmation
SECRELEEEERREE TCC-1216 or TCC-162C and TCC-262C
4. General con
Note :
C-90 differes with C-60 in the thickness and bias is of
‘unequal, so adjust with tape whose bias in of specified
value.
ditions (unless otherwise > noted) I
| Dolby NR
Input Level
MPX Filter
Bias Fine Trim
Balance
SIN
Azimuth Adjustment |
When the maximum level point of R channel does not
equal that L channel, connect the osciloscope as shown in
Fig. 3 and proceed with azimuth adjustment so that L and
R channels are in phase.
a) Connect L channel tape out to “X(or V)” and R channel
. to ‘Y(or H)". Observe the lissajouss waveform.
b) Set L and R channels to monaural. Adjust vertical and
horizontal gain R channels to monaural. Adjust vertical
and horizontal gain so that the waveform becomes 45
degree.
C) Adjust azimuth so that the measurement of “a ‘a’ becomes
mazimum and the measurement of “b” becomes minimum
against the 45 degree line.
* Music search adjustment —+--------====ee........ SCC-740 Oscilloscope В \
* Reference tapes j :
СгО, secevecrocarereororraresrrovareraronanaceneveroereoo --AC513 ©
METAL e eeresrorodocnararareranenorcoerarororta vanaooeresuooa AC712 550 50608
J
! (+0
т GND
Fig.3
PLAYBACK FREQUENCY CHARACTERISTIC RECORD/PLAYBACK FREQUENCY CHARACTERISTIC
TEST TAPE : TCC-162C, TCC-262C TEST TAPE : AC 224, AC513, AC712
DOLBY NR : TYPE B CN
+ Зав | + зав
+ Зав + Зав
0 0
— 308 }— — | . 0 DS °
— 4438
— Зав — зав
20Hz 100Hz 315Hz ékHz 16.5kHz 18kHz 20H: 100Hz 315Hz ak Hz 19k Hz
Fig.q Fig. €
RECORD/PLAYBACK FREQUENCY CHARACTERISTIC RECORD/PLAYBACK FREQUENCY CHARACTERISTIC
TEST TYPE : AC224, AC513, AC712 TEST TAPE : AC224, AC513, AC712
DOLBY NR : OFF DOLBY NR : TYPE C ON
A + SAB
+ зав + Зав + 4d8
о 0 0 0
— 3dB — 3d8 — 348 — 3dB
20Hz 100Hz 2315Hz 4k HZ 20kHz 20H: 200H2 315H2 1kHz TOKHz 16kHz
Fig. b Fig. d
и
£.
E
X
Do
EEE RAE A A
TVM
Oscilloscope
Test tape(MTT-114 or TCC-153)
Frequency counter
WA 703
or QUTPUT jack
Azimuth screw
Maximum output
Refer to “Azimuth Adjustment” on page 6 -
Aaa TOA ma PEN Pr OE AT RT EE TA a OU
I, 27 I - - . . .
WA 703 “ | 3000Hz + 20Hz-
Tape speed Toot 114 DN or or OUTPUT jack VR401(OnPCB) ‘Adjust at the center of test tape.
VTVM “| VR101(Lch) | 775mV |
Playback output level Test tape(TCC-130) WA 703 VR102(Rch) Tape selector is LN position.
Playback frequency VTVM WA 703 R135, R136 Unsolder resistors of R135 and R137 and R136 or R138 so that fre-
characteristic Test tape(TCC-1216 or TCC- or OUTPUT iack R137, R138 quency response is within the range as shown in Fig. a.
confirmation 162C and TCC-262C) ER =
Bias frequency N WA 102 105kHz + 3kHz
confirmation Frequency counter CNS03 (6 pin- GND) Tape selector is METAL position.
| | VR 305 170mV |
J81(TP303, VR 306 Tape selector is METAL position
Bias level(preadjustment) | VTVM L-BIAS) VR 301 80mV | |
J82(TP304, VR 302 Tape selector is CrO, position.
R-BIAS) VR 303 50mV
| | VR 304 Tape seletor is LN position.
J87 (TP301, L-CH) | L301 Minimum output
Bias trap УТУМ J88 (TP302, R-CH) | L302 Tape selector is METAL position.
- 775mV
УТУМ | | | Vans vide | Tape selector is METAL position.
IR d level Blank tapes Apply 1KHz signal to INPUT jack. Set INPUT LEVEL knob | © 1 Adjust VR305 and VR306 so that the distortion becomes 1.5% ~1.7%
read or CrO, AC 513 so that WA703 to GND voltage is 775mV in REC-PAUSE WA 703 775mV
| (readjustment) METAL AC 712 mode. VR301, 302 Adjust VR301 and VR302 so that the distortion becomes 1.3%(CrO,).
LN AC 224 VR303, 304 Adjust VR303 and VR304 so that the distortion becomes 1.0%(LN).
| This confirmation should be each tape selector position. —__ |
VR301 So that the record/playback frequency response is flat(at least within |
VR302 the range in Fig. b). |
Blank tapes Apply 1KHz signal to INPUT jack Set INPUT LEVEL knob so | Tape selector is CrO: position.
| Record/playback СО, AC 513 that WA703 to GND voltage is 25dB below 775mV in REC | VR305 So that the record/playback fequency response is flat(at least within
| equalizer frequency QUTPUT jack VR306 the range in Fig. b).
| characteristic METAL AC 712 PAUSE mode. | Tape selector is METAL position
LN AC 224 Then adjust with a 20Hz to окне sweep signal. VR303 So that the record/playback rfequency response is flat(at least within |
1 VR304 the range in Fig. b). | |
| Tape selector is LN position.
VTVM |
Blank tapes | 775mV |
| Record level CrO, AC 513 N REC PASE e WA 703 to GND voltage is WA 703 оо Perform adjustment using CrO.
METAL AC 712 | Perform checking only for LN and Metal tapes.
LN AC 224 | | - |
| Meter level Apply 1KHz signal to INPUT jack. Set INPUT LEVEL knob PEAK LEVEL VR103 . | Ш
| confirmation TM | so that WA703 to GND voltage is 1.5dB below 775mV. METER VR104 Confirm peak level meter reads—1 dB,
| | Ш Apply 19kHz, 15kHz and 1kHz signal to INPUT jack. Set o
| MPX_ filter characteristic | yy INPUT LEVEL knob so that WA703 to GND voltage is WA 708 | +701 Adjust for-0.3dB at 15kHz and>30dB at 19kHz.
; confirmation | 775mV or OUTPUT jack L702
| VTVM Apply 1kHz signal to INPUT jack. Set INPUT LEVEL knob so
| Record/playback equaliz- | Blank tapes that WA703 to GND voltage is 25dB below 775mV in REC- certo checking with Dolby B and C NR ON at each tape
| er frequency characteris- CrO: AC 513 PAUSE mode OUTPUT jack selector position.
; er irequency : | . | Confirm the record/playback frequency characteristic is within += ЗОВ
| tic confirmation METAL AC 712 Then adjust with 20Hz to 30kHz sweep signal.
; at 20Hz to 20kHz.
| LN AC 224 |
—8— —9—
Azimuth
VTVM
Oscilloscope
Test tape(MTT-114 or TCC-153)
Tape speed
Frequency counter
Test tape(MTT-111 DN or
Characteristic
confirmation
TCC-153)
VTVM
Playback output level Test tape(TCC-130)
Playback frequency VTVM
Test tape(TCC-1216 or TCC-
162C and TCC-262C)
Bias frequency
Frequency counter
confirmation
Bias level(preadjustment)
Bias trap
VTVM
Record level
| (preadjustment)
VTVM
Blank tapes
СгО, АС 513
METAL AC 712
LN AC224
Apply 1KHz signal to INPUT jack. Set INPUT LEVEL knob |
so that WA703 to GND voltage is 775mV in REC-PAUSE |
mode.
| Record/playback
| equalizer frequency
| characteristic
VTVM
Blank tapes
CrO, AC 513
METAL AC 712
LN AC 224
Apply 1KHz signal to INPUT jack Set INPUT LEVEL knob so |
that WA703 to GND voltage is 25dB below 775mV in REC
PAUSE mode. |
Then adjust with a 20Hz to 30KHz sweep signal.
VTVM
| confirmation
In Blank tapes Set INPUT LEVEL knob so that WA 703 to GND voltage is
| Record level Cro, ACSIS 775mV in REC-PAUSE mode
METAL AC 712
| LN AC 224 a
Meter level VIVM Apply 1KHz signal to INPUT jack. Set INPUT LEVEL knob
| confirmation so that WA703 to GND voltage is 1.5dB below 775mV.
; | Apply 19kHz, 15kHz and 1kHz signal to INPUT jack. Set
| MPX filter characteristic | y yy INPUT LEVEL knob so that WA703 to GND voltage is
775mV.
; tic confirmation
/ Record/playback equaliz-
| er frequency characteris-
VTVM
Blank tapes |
CrO, AC 513
METAL AC 712
LN AC 224
Apply 1kHz signal to INPUT jack. Set INPUT LEVEL knob so
that WA703 to GND voltage is 25dB below 775mV in REC
PAUSE mode.
Then adjust with 20Hz to 30kHz sweep signal.
WA 703
or OUTPUT jack
Azimuth screw
Maximum output
Refer to "Azimuth Adjustment” on page 6
J88 (TP302, R-CH)
WA 703 | ; { 3000Hz — 20Hz-
or OUTPUT jack - VR401(On PCB) Adjust at the center of test tape.
VR101(Lch) 775mV
WA 703 VR102(Rch) Tape selector is LN position.
R135, R136 Unsolder resistors of R135 and R137 and R136 or R138 so that fre-
| WA 703 | R137, R138 quency response is within the range as shown in Fig. a.
or QUTPUT jack - —
CN303 WA 102 105kHz + kHz В
(6 pin-GND) Tape selector is METAL position.
| VR 305 | 170mV |
J81(TP303, VR 306 Tape selector is METAL position
L-BIAS) 1 VR 301 80mV
J82(TP304, VR 302 Tape selector is CrO, position.
R-BIAS) VR 303 50mV
| | VR 304 Tape seletor is LN position.
J87 (TP301, L-CH) | L301 Minimum output
L302 Tape selector is METAL position.
WA 703
| VR201, VR202 |
| VR305, VR306
775mV
Tape selector is METAL position.
Adjust VR305 and VR306 so that the distortion becomes 1.5% — 1.7%
775mV
VR301, 302 Adjust VR301 and VR302 so that the distortion becomes 1.3%(CrO,).
VR303, 304 Adjust VR303 and VR304 so that the distortion becomes 1.0%(LN).
This confirmation should be each tape selector position.
VR301 So that the record/playback frequency response is flat(at least within |
VR302 the range in Fig. b). |
| Tape selector is CrO» position. —
VR305 so that the record/playback fequency response is flat(at least within
QUTPUT jack VR306 the range in Fig. b).
| Tape selector is METAL position.
VR303 So that the record/playback rfequency response is flat(at least within
| VR304 the range in Fig. b). |
| | Tape selector is LN position.
775mV |
lage is WA 703 hos Perform adjustment using CrO,
Perform checking only for LN and Metal tapes.
| METER EVEL Ton ‘Confirm peak level meter reads:-1 dB.
WA 703 L701 Adjust for-0.3dB at 15kHz and>30dB at 19kHz.
| or OUTPUT jack
L702
| OUTPUT jack
Perform checking with Dolby B and C NR ON at each tape
selector position.
Confirm the record/playback frequency characteristic is within + - 308
at 20Hz to 20kHz.
BLOCK DIAGRAM TIMING CHART
REC/PAUSE REC STOP
- | | | +
BALANCE INPUT LEVEL ВЕ |
VR802 VR803 | KEY INPUT | | | ||
DOLBY NR B/C TAPE MONITOR | | SOL
AY
—————e CIRCUIT BLOCK of RELA) OUTPUT
7
Ta EAT
Tre
ide CT
10702 — | 0700 7 + CPM
INPUT | ; в
8 4 AMI
| PLAYBACK AMP § o do | 3 ;
Q107” Q12 OFF /ON B | | : вм? »
a By | N
HEAD
M
0801 0802 7017 704 Q125,0126 METER
MUTE tensas
15,016 || | *>>=****
REC MUTE
0201
DOLBY NR B/C
CIRCUIT BLOCK
Lou
REC AMP Q202
10201
IC701
RECORD/
LOGIC CONTROL >< SOLENOID
BLOCK REEL
IC801 (CONTROL) MOTOR
HEAD
C2
я \ EQUALIZER
Q205” Q210
BIAS OSC
L301
8
ERASE
HEAD
"О
BIAS
FINE TRIM
VR801
CIRCUIT DESCRIPTION
PLAYBACK SIGNAL
The signal from the playback head is amplified by the
playback amplifier Q107, Q109 and Q111(L ch.), and is
applied to the pins 2 (R ch.) and 29 (L ch.) of the Dolby
NR IC701 (B/C type).
IC701 is always switched to the playback mode. The input
signal to IC 701 is output from the pins 6(R ch.) and 25(L
ch.) and applied to the OUTPUT jack and the PEAK
LEVEL METER circuit. The characteristics of the playback
equalizer are defined by the BIAS/EQUALIZATION switch
and are selected and specified in Q113(L ch.) and Q114(R
ch.) |
RECORD SIGNAL
The signal from the INPUT jack is controlled by the INPUT
LEVEL control and BALANCE control and is applied to
pins 1(L ch.) and 30(R ch.) of the Dolby NR IC702(B/C
type). IC702 is always switched to the record mode.
The input signal to the Dolby NR IC is output from pins 3(L.
ch.) and 28(R ch.) of IC702 and passes through the
MPXfilter. Then it is input to the pins 4(L ch.) and 27(R ch.)
and is output from the pins 13(L ch.) and 18(R ch.). The
signal output from IC702 passes through the record
equalizer circuit and is amplified by the record amplifier
of 1IC201. The amplified signal is then applied to the
recording head after being synthesized by a bias signal.
q = Yesesran
7 7 MOTOR
CASSETTE Rec
| BIAS /EQUALIZATION
SELECTOR
_ OPEN/CLOSE
PACK
os DETECT DETECT MOTOR
& & . | |
"| fe — 1/1 > E < >» GC PH e nro
CI тт ТТ]
— 10 —
OPEN/
CLOSE
MUTING OPERATION
The signal then mutes the sound produced at switching to
recording or playback is applied from 1C801(CPU) of the
logic control block. |
The mute signal output from the pin 43 of IC 801 (CPU)
turns ON Q126(L ch.) and Q125(R ch.) to short-circuit the
output signals of the playback amplifiers for muting. For
the purpose of preventing genertion of noise at power ON/
OFF, the mute signal is output from Q513. The muting is
done by short circuiting the output signal with Q126(L ch.)
and Q125(R ch.) turned ON.
LOGIC FOR TAPE SOURCE
— During stop mode, the pin 29 of IC801(Cpu) is high level
and Q700 turn on. Then the relay is switched to the record
mode, and the output signal of IC702, is connected to the
output Line.
When the “PLAY” button is pressed, pin 29 is low level
and Q700 turn off. Then the relay is switched to the play
back mode (IC 701) and the output signal of C701 is
connected to the output line.
When the “REC” button is pressed, pin 29 is low level.
To use “Tape Source” button, the output signal can be
selected.
LOGIC FOR RECORD TO PLAYBACK MODE
When the “STOP” “PAUSE” or “PLAY” button is pressed
the pin Q202 of 1C201(CPU) becomes high level. Q201(L
ch.), Q119(R ch.) turns ON and mutes to record of inputs
amplifiers.
SOLP
INH’
DOLBYY NR 7. MPX LINE PEAK LEVEL | : IE
NR | TYPE | FILTER UTE 1C102 APC : Г
—
BIAS o!
"
REC | o
| - 1
LINE MUTE | — %——$500 ı
Laa
PB MUTE 5015. | . E
REC MUTE | ‘ |
PLAY CUE FWD SEARCH
SOL
CPM
RMI
RM2
RPC
SOLP
INH
BIAS
REC
LINE MUTE
PB MUTE
REC MUTE
KEY INPUT
TEE Raven
REV SFARCH
FWD SEARCH PLAY
STOP
INH
BIAS
AEC
LINE MUTE!
1340
PB MUTE
REC MUTE
— 11 —
BLOCK DIAGRAM
BALANCE INPUT LEVEL
VR802 VR803
INPUT
TAPE MONITOR
RELAY a | :
Q700
DOLBY NR B/C
CIRCUIT BLOCK
10702 —
N}
PLAYBACK AMP
| po
0107" Q112 OFF /ON B | |
PLAYBACK DOLBYO NR Y MPX PEAK LEVEL
HEAD NR TYPE | FILTER L LINE AOS
0801 0802 0701" 0704 01250126 | METER
MUTE hemmen
115,0116 те
REC MUTE
|
NC] nace
Q201
CIRCUIT BLOCK
DOLBY NR B/C | hanna
1670! | ><] SOLENOID
LOGIC CONTROL
REC AMP Q202
c201
BLOCK REEL
1C801 (CONTROL) MOTOR
ja — e ir
RECORD/
EQUALIZER
HEAD 5 ‘ < 0205” q210
BIAS OSC
ERASE | pu eens
HEAD
b
BIAS
FINE TRIM
VR801
CIRCUIT DESCRIPTION
PLAYBACK SIGNAL
The signal from the playback head is amplified by the
playback amplifier Q107, Q109 and Q111(L ch.), and is
applied to the pins 2 (R ch.) and 29 (L ch.) of the Dolby
NR IC701 (B/C type).
IC701 is always switched to the playback mode. The input
signal to IC 701 is output from the pins 6(R ch.) and 25(L
ch.) and applied to the OUTPUT jack and the PEAK
LEVEL METER circuit. The characteristics of the playback
equalizer are defined by the BIAS/EQUALIZATION switch
and are selected and specified in Q113(L ch.) and Q114(R
ch.)
RECORD SIGNAL |
The signal from the INPUT jack is controlled by the INPUT
LEVEL contro! and BALANCE contro! and is applied to
pins 1(L ch.) and 30(R ch.) of the Dolby NR IC702(B/C
type). IC702 is always switched to the record mode.
The input signal to the Dolby NR IC is output from pins 3(L
ch.) and 28(R ch.) of IC702 and passes through the
MPXfilter. Then it is input to the pins 4(L ch.) and 27(R ch.)
and is output from the pins 13(L ch.) and 18(R ch.). The
signal output from IC702 passes through the record
equalizer circuit and is amplified by the record amplifier
of |C201. The amplified signal is then applied to the
recording head after being synthesized by a bias signal.
y , Or
CASSETTE REC
PACK C OPEN/CLOSE
IBIAS/EQUALIZATION — | ! DETECT DETECT OPEN/CL
SELECTOR | |
bd & . | CLOSE
"| fr AD E <a » [44d D' O nro
CI
1 LI 1 LL. À ]
MUTING OPERATION
The signal then mutes the sound produced at switching to
recording or playback is applied from IC801(CPU) of the
logic control block.
The mute signal output from the pin 43 of IC 801 (CPU)
turns ON Q126(L ch.) and Q125(R ch.) to short-circuit the
output signals of the playback amplifiers for muting. For
the purpose of preventing genertion of noise at power ON/
OFF, the mute signal is output from Q513. The muting is
done by short circuiting the output signal with Q126(L ch.)
and Q125(R ch.) turned ON.
LOGIC FOR TAPE SOURCE
During stop mode, the pin 29 of IC801(Cpu) is high level
and Q700 turn on. Then the relay is switched to the record
mode, and the output signal of IC702, is connected to the
output Line.
When the “PLAY” button is pressed, pin 29 is low level
and Q700 turn off. Then the relay is switched to the play
back mode (IC 701) and the output signal of IC701 is
connected to the output line.
When the “REC” button is pressed, pin 29 is low level.
To use “Tape Source” button, the output signal can be
selected.
LOGIC FOR RECORD TO PLAYBACK MODE
When the “STOP” “PAUSE” or “PLAY” button is pressed
the pin Q202 of ¡C201(CPU) becomes high level. Q201(L
ch.), Q119(R ch.) turns ON and mutes to record of inputs
amplifiers.
— 10 —
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A |
GENERAL UNIT
EXPLODED VIEW
— 12 —
— NOTE :A=(8K), B=(1, IB, BB)
000 68
| NO PARTS NAME FARTS NO MATERIAL REMARK | Q'TY
; PANEL — FRONT 3- 327 - 901 -12 | A6063-T% (AL) (TD-450) А, В | |
2 KNOB ROTARY 3-— 328 - 101 —O! | ABS А, В | 3
3 LENS (8) 3- 320 -610 —-Oi | PMMA 60N A,B | 2
4 WINDOW FRONT 3- 327 -004 -0) | ACRYL A,B 1
5 | PANEL BASE 3- 327 -003 -13 | ABS А, В ||
€ | FILTER WINDOW 3-320 ~107 -01 Р PVC 105 A,B 1
7 KNOB TACT STATION (A) 3— 327 —008 -11 | ABS A,B !
8 KNOB POWER 3 - 327 - 005 —11 | АВ$ А, В J
9 LENS POWER 3- 327 -006 -01 | K-RESN A,ell
10 KNOB TACT (A) 3-327 —01i —1 1 ABS А, В I
E KNOB. — TACT (B) 3- 327 -007 —l1 ABS A, BI 2
12 | KNOB TACT STATION (В) - 3~ 327 -009 ~11 | ABS A,B | 1
13 PCB UNT ASSY CONTROL A,B 1
14 | HOLDER FLT 3- 327 -015 —01 | ABS730 A,B '
15 CHASSIS MAIN 3- 327 -021 -02 | SECC ti.0 A,B ‘
16 | FOOT MECHA 3 - 327 - 016 -O! | ABS А, В | 4
7 | BRKT SHIELD 3- 327 -019 -01 | 5ЕСС 1!.0 А, В | |
18 | PCB UNIT ASSY MAIN A,B '
19 FOOT ASS'Y (Al 3- 327 <O17 —Oi | ABS TPR GOLD А, В | 4
20 | POWER CORD 2- 211 - 138 “01 | 230v/240v А, В | 2
21 PCB POWER А, В |!
22 | DOOR COVER 3-327 - 013 —Ol | A6063-T5 (AL) А, В |!
23 | HOLDER DOOR 3- 327 -014 -O1 | ABS А, В (
24 | DECK MECHA ASS'Y A— 327 —0O30 -OI | ALPS MECHA - LOADING A,B |
25 | CASE BONNET 3— 327 -023 -O1 | SECCt06 — PYCtO2 A,B }
26 | COVER: MECHA 3- 327 -027 -01 | ABS А, В i
27 TRANS POWER 2-131 -567 -01 AC230/240, 5OHZ А, 8 !
+ 28 | PANEL REAR 3— 327 -902 -0! | SECCIOS (TD-450/GXAG) A !
29 | BUSHING STRAIN R 8-201 —-120 -Oi | NYLON 66 A,B I
30 | LENS REMOCON 3 - 327 —- 905 -O! | ACRYL A,B !
31 PCB DOLBY A,B | |
32 TRANS POWER 2—131 -566 —O! | ACIZOV, 60HZ B !
33 | CUSHION PCB 3-327 -038 ~01 | SBR 50X25X14 (M/M) A,B !
| 34 | PANEL REAR 3- 328 -001 -O! | SECCIOB (TD-450/Km6) B | |
_3 Loading MECH Ass'Y 3— 324 - 125 — 01 | MECHA LOADING I
1 36 POWER CORD 2—211—= 139 — 01 | SPT—-2
A | SCREW 7- 999 -171 -Ol | PBT 30 PO&O FZK A,B} 4
в SCREW 7 -- 764 - 408 —O: | VEZ 30 POBO FZK A, 6 | 30
с SCREW 7- 768 -406 —-Oi | VBZ 40 PO60FZK A, B| 4
D SCREW 7- 768 —406 -O! | VBZ 40 POBOFZK A,B| 4
E SCREW 7 — 398 —408 -Ot | ATZ 40 PO BOFZK A,B | 4
F SCREW Т- 764 — 410 -0 1 | VBZ 30 POIOOFZK А, В ||
(a
A |
GENERAL UNIT
EXPLODED VIEW
NOTE :A2(BK), B=(1, 18, BB)
066 OF
|_ NO PARTS NAME PARTS _ NO MATERIAL REMARK | Q'TY
| PANEL — FRONT 3- 327 - 901 —12 | AGO63-T5 (AL) (TD-450) А, В | |
2 KNOB ROTARY 3 328 -101 —Ot | ABS А, В | 3
3 LENS {B) 3- 320 -610 —CI PMMA ON А, В 2
4 WINDOW FRONT 3-— 327 -004 -O! | ACRYL A,B !
5 | PANEL BASE 3- 327 -003 —13 | ABS А, В ||
6 | FILTER WINDOW 3-328 —i07 -0t | PVC 105 A,B i
7 KNOB TACT SYATION(A) 3-327 -008 —1 1 | ABS A,B i
8 KNOB POWER 3-327 -005 -1 | | ABS A, B i
9 LENS — POWER 3- 327 -006 -01 | K-RESIN A,B | 1
10 KNOB TACT (A) ‘3-327 ~011 —1 1 ABS д, В 1
1 KNOB- — TACT (8) 3-— 327 —007 —1 | ABS A, B | 2
12 KNOB TACT STATION (B} 3-— 327 - 009 -I I ABS A,B 1
i3 PCB UNIT ASS'Y CONTROL A,B i
14 | HOLDER FLT 3- 327 -O1I5 -O! | ABS730 A,B i
15 CHASSIS MAIN 3- 327 -021 -02 | SECC 11.0 A,B t
16 | FOOT MECHA 3- 327 - 016 -01 ABS A,Bia
17 BRK'T — SHIELD 3 - 327 -019 —O1 SECC 11.0 A,B i
18 PCB UNIT ASS'Y MAIN A,B }
19 FOOT. ASS'Y (A) 3- 327 -0O17 - 0! ABS TPR GOLD А, В | 4
20 | POWER CORD 2- 211 —- 138 -01 | 230V/ 240V А, В | 2
21 PCB POWER A,B i
22 | DOOR COVER 3- 327 —013 —Ol | A6063- T5 (AL) A,B |.
23 | HOLDER DOOR 3- 327 - 04 —01 | ABS A,B | |
24 | DECK MECHA ASS'Y A— 327 -030 —OI | ALPS MECHA - LOADING A,B |
25 | CASE BONNET 3 - 327 - 023 -01 | SECC106 — PVC102 A,B I
26 | COVER MECHA 3-327 -027 -01 | ABS A,B | 1
27 TRANS POWER 2-131 -567 -01 AC230/240, SOKHZ A,B |
28 | PANEL REAR 3— 327 -902 —Ol | SECCIOS {(TD-450/GXAG) A
29 | BUSHING STRAN R 8— 201 -120 -OI | NYLON 66 A,B |
30 | LENS REMOCON 3-327 — 905 - 0! | ACRYL А, В I
31 PCB DOLBY A,B {
32 TRANS POWER 2-131 -568 —0I | ACI20V, 60MZ B I
33 | CUSHION PCB 3-327 -038 —O1 | SBR SOX25X14 (M/M) A,8 |
34 PANEL REAR 3-328 -001 —Ol | SECC10.8 (TD- 450/KWG) B 1
35 | . Loading MECH Ass Y 3-— 324 — 125 — 01 MECHA LOADING {
36 POWER CORD 2-211— 139 — O1 SPT-2
A SCREW 7- 999 - 171 - О! PBT 30 РО 60 Е7К A, B 4
B SCREW 7 — 764 -408 -01 | vez 30 POSO FZK А, В | 30
с | screw 7 - 768 -406 -O | | VBZ 40 PO 60 FZK А, В | 4
D | SCREW 7- 768 - 408 ~0 | | VBZ 40 POBOFIK A,B | 4
E SCREW 7- 348 —408 - 01 | ATZ 40 FO SOFZK A,B | 4
F SCREW 7 - 764 —410 ~0 1 | VBZ 30 PO JOOFZK A,B | |
— 13 —
SEE ean TUE TERR rE UT
Sa TET AS
a ERA ENT AI LEE OT EA TL
GENERAL UNIT
EXPLODED VIEW
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~ CASSETTE TAPE RECORDER MECHANISM
EXPLODED VIEW
PARTS LIST
Ref No. Part No.
B |
Description
2
2-1
2-2
2-4
2-7
2-8
2-11
3-10
3-11
3-12
5-13
5-17
F511-486
F517-049
F564-280
F623-037
FG156-11A
FJ111-17
UJ 12V-11
F513-593
FC52E-44
FD45T-15
FG137-18
FK21U-11
FK26N-14
FU20E-11
FU192-11
WH50S-06
WH428-00
F525-269
F567-362
A7155-00
UE16E-11
CHASSIS ASS'Y
IDLER ASS'Y
REEL MOTOR" ASS'Y
REEL BASE ASS'Y
SCREW(2.6 X 6.4mm)
NON-METAL WASHER(1.7 x 0.25mm)
NON-METAL WASHER(2.1 x 0.25mm)
PLATE HEAD ASS'Y
HEAD BASE -
HEAD SPACER
SCREW(2.0 X 9mm)
SPRING, AZMUTH
HEAD BASE SPRING
REC/PB HEAD
ERASE HEAD
WIRE CONNECTOR
WIRE CONNECTOR
CAPSTAN MOTOR
RELAY P.C. BOARD ASS'Y
LEAF SWITCH
PUSH SWITCH
C
— 15 —
Ref No. Part No. Description
8 FC52H-12 SPRING, CASSETTE
12 FD45G-12 PLAY ARM ASS'Y
14 FD45B-14 CAM GEAR
15 FD44T-14 SWITCH ARM, REC
16 FD44Y-12 SWITCH ARM, PACK
17 FD44V-12 SWITCH ARM, METAL:
18 FF17W-21 MANEELT |
20 FJ111-30 NON-METAL WASHER(2.6x0.25mm)
23 FJ111-14 NON-METAL WASHER(2.6x0.25mm)
26 FK28R-11 SLIDE SPRING
29 FR22H-11 FLYWHEEL ASS'Y
31. FR20L-21A PINCH ROLLER
36 FG114-14 SCREW(2.6X 5mm)
39 UG13U-15 E.STOP RING
40 UG12H-16 SCREW(3.0x 8mm)
43 FF17C-12 HOL DER CUSHION
51 F765-263 SOLENOID ASS'Y
52 FL39H-12A SHAFT
53 FL39K-12 PLUNGER
61 B/F FW (4-990-951-01-1)
BRACKET Ass'y
— A -
т й
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/ . E В
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PCB-3
GENERAL UNIT
EXPLODED VIEW
1
A
~ CASSETTE TAPE RECORDER MECHANISM
EXPLODED VIEW
PARTS LIST
Ref No. Part No.
B |
Description
2
2-1
2-2
2-4
2-7
2-8
2-11
3
3-3
3-5
3-9
3-6
3-10
3-7
3-8
3-11
3-12
5-13
5-17
F511-486
F517-049
F564-280
F623-037
FG156-11A
FJ111-17
UJ 12v-11
F513-593
ЕС52Е-44
FD457-15
FG137-18
FK21U-11
FK26N-14
FU20E-11
FU192-11
WH505-06
WH425-00
F525-269
F567-362
А7155-00
UE16E-11
CHASSIS ASS"Y
IDLER ASS'Y
REEL MOTOR" ASS' Y
REEL BASE ASS'Y
SCREW(2.6 X 6.4mm)
NON-METAL WASHER(1.7 X 0.25mm)
NON-METAL WASHER(2.1 x 0.25mm).
PLATE HEAD ASS'Y
HEAD BASE .
HEAD SPACER
SCREW(2.0 x 9mm)
SPRING, AZIMUTH
HEAD BASE SPRING
REC/PB HEAD
ERASE HEAD
WIRE CONNECTOR
WIRE CONNECTOR
CAPSTAN MOTOR
RELAY P.C. BOARD ASS'Y
LEAF SWITCH
PUSH SWITCH
C
— 15 —
Ref No. Part No. Description
8 FCS24-12 SPRING, CASSETTE
12 FD45G-12 PLAY ARM ASS'Y
14 FD458-14 CAM GEAR
15 FD44T-14 SWITCH ARM, REC
16 FD44Y-12 SWITCH ARM, PACK
17 FD44V-12 SWITCH ARM, METAL
18 FF17W-21 MAIN BELT
20 FJ111-30 NON-METAL WASHER(2.6x0.25mm)
23 FJ111-14 NON-METAL WASHER(2.6x 0.25mm)
26 FK288-11- SLIDE SPRING
29 FR22H-11 FLYWHEEL ASSY
31 FR20L-21A PINCH ROLLER
36 FG114-14 SCREW(2.6X 5mm)
39 UG13U-15 E.STOP RING
40 UG12H-16 SCREW(3.0X 8mm)
43 FF17C-12 HOL DER CUSHION
51 765-263 SOLENOID ASS'Y £
52 FLI9H-12A SHAFT ``
53 FL39-12 PLUNGER
61 B/F F/W (4-990-951-01-1)
BRACKET Ass'y
A] B ]
WIRING DIAGRAM +)
FOR SEMCO
— 230V/50/60Hz
FOR UL/CSA |
— 120V/60HZ
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A | B | C |
WIRING DIAGRAM + D
FOR SEMCO
— 230V/50/60Hz
FOR UL/CSA — N |
— 120V/60Hz |
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HEAD
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ERASE HEAD
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CASSETTE TAPE MECHANICAL ASSEMBLY
A (= =
WIRE COLOR ABBREVIATIONS
RED : Red YEL : Yellow
ORG: Orange GRY : Gray
BLU : Blue BRN : Brown
WHT : White BLK : Black
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— 19 —
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PCB-5
DOLBY P.C BOARD
— 20 —
D
CONTROL PC BOARD(1)
MPX Adj
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PCB-4
CONTROL P.C BOARD(2)
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USIBLE DE RECHANGE DE MEME
Pets Te. no 5
POWER CORD
— 21 —
A ~~ B C ~~ D E F
P.C BOARDS (2 -2| CONTROL PC BOARD(1I)
ELNOS
-
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god
ACEON
PCB-5| DOLBY Р.С BOARD
MPX Adi
— 20 —
PE EEE EEE FL
CONTROL PC BOARD(2)
(POWER LED: 2 COLOR)
AO
PCB-4| POWER PC BOARD
A DM2-V-0 "CAUTION-FOR CONTINUED PROTECTION AGAINST RISK OF FIRE,
DMC N REPLACE ONLY WITH SAME TYPE AND RATINGS OF FUSE."
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— 21 —
RCN
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ELECTRICAL PARTS LIST
PCB-1 MAIN P.C BOARD
CAPACITORS
054
054
054
054
055
055
055
055
055
055
055
055
055
055
055
055
055
055
056
057
057
057
058
A059
A059
A059
060
061
061
061
061
062
062
062
063
063
055
061
1-416-108-65
1-416-108-65
1-416-108-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-413-101-65
1-413-101-65
1-413-101-65
1-414-101-65
1-413-102-67
1-413-102-67
1-413-102-67
1-413-229-65
1-413-220-65
1-413-220-65
1-413-220-65
1-413-220-65
1-413-220-65
1-416-220-65
1-416-220-65
1-416-220-65
1-413-221-65
1-413-221-65
CEA, 0.1/50V
CEA. 0.1/50V
CEA, 0.1/50V
CEA, 0.1/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 100/16V
CEA, 100/16V
CEA, 100/16V
CEA, 100/25V
CEA, 1000/16V
CEA, 1000/16V
CEA, 1000/16V
CEA, 2.2/50V
CEA, 22/16V
CEA, 22/16V
CEA, 22/16V
CEA, 22/16V
CEA, 22/16V
CEA, 22/50V
CEA, 22/50V
CEA, 22/50V
CEA, 220/16V
CEA, 220/16V
— 22 —
‘064
064
065
066
067
068
069
070
070
070
071
071
071
072
072
073
073
074
074
076
076
076
076
078
078
079
079
080
080
081
081
082
082
083
084
084
085
085
C500
C512
C118
C517
C507
C521
C524
C213
C214
C314
C315
C320
C321
C303
C304
C207
C208
0113
C114
C215
C216
C301
C302
C201
C202
C312
C313
C209
C210
C107
C108
C205
C206
C311
C309
C310
C101
C102
1-413-331-65
| 1-413-331-65
1-416-478-65
1-416-479-65
1-413-470-65
1-414-470-65
1-413-471-67
1-506-103-45
1-506-103-45
1-506-103-45
1-50С-103-45
1-50С-103-45
1-50С-103-45
1-506-473-45
1-506-473-45
1-506-123-45
1-506-123-45
1-506-182-45
1-506-182-45
_1-506-223-45
1-506-223-45
1-506-223-45
1-506-223-45
1-506-472-45
1-506-472-45
1-506-562-45
1-506-562-45
1-506-622-45
1-506-622-45
1-506-682-45
1-506-682-45
1-506-823-45
1-506-823-45
1-88F-100-45
1-88F-101-45
1-88F-101-45|
1-886-271-45
1-886-271-45
CEA, 330/16V
CEA, 330/16V
CEA, 0.47/50V
CEA, 4.7/50V
CEA, 47/16V
CEA, 47/25V
CEA, 470/16V
СОМА, 103J/50V
CQMA, 103J/50V
CQMA, 103J/50V
CQMA, 103J/200V
COMA, 103J/200V
COMA, 103J/200V
COMA, 473J/50V
CQMA, 473J/50V
CQMA, 123J/50V
CQMA, 123J/50V
СОМА, 182J/50V
CQMA, 182J/50V
CQMA, 223J/50V
СОМА, 223./50\
СОМА, 223/50
CQMA, 223J/50V
CQMA, 472J/50V -
CQMA, 472J/50V
CQMA, 5624/50V
СОМА, 562J/50V
CQMA, 622J/50V
CQMA, 622J/50V
СОМА, 682J/50V
COMA, 682J/50V
CQMA, 823J/50V
CQMA, 823J/50V
CCDSL, 10D/500V
CCDSL, 101K/500V
CCDSL, 101K/500V
CCDSL, 271J/50V
CCDSL, 271J/50V
086 | C305 | 1-886-471-45 | CCDSL, 471J/50V
086 | C306 | 1-886-471-45 | CCDSL, 471J/50V
087 | C307 |1-886-561-45| CCDSL, 561J/50V
087 | C308 |1-886-561-45| CCDSL, 561J/50V
088 | C119 |1-OA3-473-64| YS473M/16V |
088 | C131 |1-OA3-473-64| YS473M/16V
088 | C400 | 1-9A3-473-64 | YS473M/16V
088 | слот | 1-9A3-473-64 | YS473M/6V
088 | C501 |1-9A3-473-64| YS473M/16V
088 | C502 |1-9A3-473-64| YS473M/16V
088 | C504 |1-9A3-473-64| YSA73M/6V
088 | C508 |1-9A3-473-64 | YS473M/16V
088 | C509 |1-9A3-473-64| YSA73M/16V
088 | C511 |1-9A3-473-64 | YS473M/16V
088 | C514 |1-9A3-473-64| YS473M/16V
088 | C516 | 1-9A3-473-64| YS473M/16V
088 | C526 | 1-9A3-473-64 | YS473M/16V
088 | C527 |1-9A3-473-64| YS473M/16V
088 | C528 |1-9A3-473-64| YS473M/16V
088 | C529 |1-9A3-473-64 | YS473M/16V
088 | C530 |1-9A3-473-64| YSA73M/16V
089 | C503 |1-9A3-471-64 | Y5P471K/50V
090 | C506 | 1-9A3-101-64| Y5P101K/50V
090 | C510 |1-9A3-101-64| Y5P101K/50V
156 | C211 | 1-506-153-45| CQMA, 153J/50V
156 | C212 |1-506-153-45| CQMA, 153J/50V
161 | C125 |1-416-010-65| CEA, 1/50V
161 | C126 | 1-416-010-65| CEA, 1/50V
161 | C127 |1-416-010-65| CEA, 1/50V
161 | C128 | 1-416-010-65 | CEA, 1/50V
RESISTOR
1-304-109-25
1-141-100-23
1-142-101-23
1-114-100-25
1-114-100-25
(ee Eee nee
1, 1/4W, FUSIBLE
10, 1W, 5%, LMF
100, 2W, 5%, LMF
10, 1/4W, 5%
10, 1/4W, 5%
— 23 —
095
095
095
095
096
096
097
097
098
098
099
099
100
100
101
101
102
103
103
104
105
105
105
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
R241
R242
R531
R539
R165
R237
R312
R313
R317
R318
R164
R239
R528
R529
R315
R316
R321
R418
R419
R538 |
R101
R102
R302
R125
R126
R149
R150
R151
R152
R155
R156
R157
R158
R161
R303
R304
R420
R421
1-114-101-25
1-114-101-25
1-114-101-25
1-114-101-25
1-114-102-25
1-114-102-25
1-114-154-25
1-114-154-25
1-114-220-25
1-114-220-25
1-114-279-25
1-114-279-25
1-114-331-25
1-114-331-25
1-114-333-25
1-114-333-25
1-114-479-25
1-114-470-25
1-114-470-25
1-114-471-25
1-118-101-25
1-118-101-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
100, 1/4W, 5%
100, 1/4W, 5%
100, 1/4W, 5%
100, 1/4W, 5%
1K, 1/4W, 5%
1K, 1/4W, 5%
150K, 1/4W, 5%
150K, 1/4W, 5%
22, 1/4W, 5%
22, 1/4W, 5%
2.7, 1/4W, 5%
2.7, 1/4W, 5%
330, 1/4W, 5%
330, 1/4W, 5%
33K, 1/4W, 5%
33K, 1/4W, 5%
4.7, 1/4W, 5%
47, 1/4W, 5%
47, 1/4W, 5%
470, 1/4W, 5%
100, 1/4W, 5%
100, 1/4W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
BA. QE
ELECTRICAL PARTS LIST
CAPACITORS
054
054
054
054
055
055
055
055
055
055
055
055
055
055
055
055
055
055
056
057
057
057
058
A059
A059
A059
060
061
061
061
061
062
062
062
063
063
061
C120
C121
C123
C124
C 6
C111
C112
C115
C116
C133
C134
C203
C204
C316
C317
C318
C322
C522
C831
C319
C117
C225
C226
C519
C505
C513
C525
C518
C103
C104
C130
C227
C515
C217
C218
C520
C105
C106
PCB-1 MAIN P.C BOARD
НН
1-416-108-65
1-416-108-65
1-416-108-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-416-100-65
1-413-101-65
1-413-101-65
1-413-101-65
1-414-101-65
1-413-102-67
1-413-102-67
1-413-102-67
1-413-229-65
1-413-220-65
1-413-220-65
1-413-220-65
1-413-220-65
1-413-220-65
1-416-220-65
1-416-220-65
1-416-220-65
1-413-221-65
1-413-221-65
1-416-108-65 | CEA, 0.1/50V
CEA. 0.1/50V
CEA, 0.1/50V
CEA, 0.1/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 10/50V
CEA, 100/16V
CEA, 100/16V
CEA, 100/16V
CEA, 100/25V
CEA, 1000/16V
CEA, 1000/16
CEA, 1000/16V
CEA, 2.2/50V
CEA, 22/16V
CEA, 22/16V
CEA, 22/16V
CEA, 22/16V
CEA, 22/16V
CEA, 22/50V
CEA, 22/50V
CEA, 22/50V
CEA, 220/16V
CEA, 220/16V
— 92 —
064
064
065
066
067
068
069
070
070
070
071
071
071
072
072
073
073
074
074
076
— 076
076
076
078
078
079
079
080
080
081
081
082
082
083
084
084
085
085
C500
C512
C118
C517
C507
C521
C524
C213
C214
C314
C315
C320
C321
C303
C304
C207
C208
C113
C114
C215
C216
C301
C302
C201
C202
C312
C313
C209
C210
C107
C108
C205
C206
C311
C309
C310
C101
C102
1-413-331-65
1-413-331-65
1-416-478-65
1-416-479-65
1-413-470-65
1-414-470-65
1-413-471-67
1-506-103-45
1-506-103-45
1-506-103-45
1-50C-103-45
1-50C-103-45
1-50C-103-45
1-506-473-45
1-506-473-45
1-506-123-45
1-506-123-45
1-506-182-45
1-506-182-45
1-506-223-45
1-506-223-45
1-506-223-45
1-506-223-45
1-506-472-45
1-506-472-45
1-506-562-45
1-506-562-45
1-506-622-45
1-506-622-45
1-506-682-45
1-506-682-45
1-506-823-45
1-506-823-45
1-88F-100-45
1-88F-101-45
1-88F-101-45|
1-886-271-45
1-886-271-45
CEA, 330/16V
CEA, 330/16V
CEA, 0.47/50V
CEA, 4.7/50V
CEA, 47/16V
CEA, 47/25V
CEA, 470/16V
CQMA, 103J/50V
CQMA, 103J/50V
CQMA, 103J/50V
CQMA, 103J/200V
CQMA, 103J/200V
CQMA, 103J/200V
CQMA, 473J/50V
CQMA, 473J/50V
CQMA, 123J/50V
CQMA, 1234/50V
CQMA, 182J/50V
CQMA, 182J/50V
CQMA, 223J/50V
CQMA, 223J/50V
CQMA, 223J/50V
CQMA, 223J/50V
СОМА, 472J/50V
COMA; 472J/50V
CQMA, 562J/50V
CQMA, 562J/50V
CQMA, 622J/50V
CQMA, 622J/50V
CQMA, 682J/50V
CQMA, 682J/50V
CQMA, 823J/50V
CQMA, 823J/50V
CCDSL, 10D/500V
CCDSL, 101K/500V
CCDSL, 101K/500V
CCDSL, 271J/50V
CCDSL, 271J/50V
086 | C305 |1-886-471-45| CCDSL, 471J/50V
086 | C306 |1-886-471-45| CCDSL, 471J/50V
087 | C307 |1-886-561-45| CCDSL, 561J/50V
087 | C308 |1-886-561-45| CCDSL, 561J/50V
088 | C119 |1-OA3-473-64| YS473M/16V
088 | C131 |1-0A3-473-64| YS473M/16V
088 | C400 | 1-9A3-473-64| YS473M/16V
088 | C401 |1-9A3-473-64| YSA73M/16V
088 | C501 |1-9A3-473-64 | YS473M/16V
088 | C502 |1-9A3-473-64 | YS473M/16V
088 | C504 |1-9A3-473-64| YS473M/16V
088 | C508 |1-9A3-473-64| YS473M16V
088 | C509 |1-OA3-473-64| YS473M/16V
088 | C511 |1-9A3-473-64| YSA73M/16V
088 | C514 |1-OA3-473-64| YS473M/16V
088 | C516 |1-9A3-473-64| YSA73M/16V
088 | C526 |1-9A3-473-64 | YS473M/16V
088 | C527 |1-9A3-473-64 | YS473M/16V
088 | C528 | 1-9A3-473-64 | YS473M/16V
088 | C529 |1-9A3-473-64 | YS473M/16V
088 | C530 |1-9A3-473-64 | YS473M/16V
089 | C503 |1-9A3-471-64 | Y5P471K/50V
090 | C506 |1-9A3-101-64| Y5P101K/50V
090 | C510 |1-9A3-101-64| Y5P101K/50V
156 | C211 |1-506-153-45| CQMA, 153J/50V
156 | C212 | 1-506-153-45| CQMA, 153J/50V
161 | C125 |1-416-010-65| CEA, 1/50V
161 | C126 | 1-416-010-65| CEA, 1/50V
161 | C127 |1-416-010-65| CEA, 1/50V
161 | C128 | 1-416-010-65| CEA, 1/50V
RESISTOR
1-141-100-23
1-142-101-23
1-114-100-25
1-114-100-25
SEO ca aa A E e
1-304-109-25
1, 1/4W, FUSIBLE
10, 1W, 5%, LMF
100, 2W, 5%, LMF
10, 1/4W, 5%
10, 1/4W, 5%
i Shai Eni
— 23 —
095
095
095
095
096
096
097
097
098
098
099
099
100
100
101
101
102
103
103
104
105
105
105
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
R241
R242
R531
R539
R165
R237
R312
R313
R317
R318
R164
R239
R528
R529
R315
R316
R321
R418
R419
R538
R101
R102
R302
R125
R126
R149
R150
R151
R152
R155
R156
R157
R158
R161
R303
R304
R420
R421
1-114-101-25
1-114-101-25
1-114-101-25
1-114-101-25
1-114-102-25
1-114-102-25 |
1-114-154-25
1-114-154-25
1-114-220-25
1-114-220-25
1-114-279-25
1-114-279-25
1-114-331-25
1-114-331-25
1-114-333-25
1-114-333-25
1-114-479-25
1-114-470-25
1-114-470-25
1-114-471-25
1-118-101-25
1-118-101-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-102-25
100, 1/4W, 5%
100, 1/4W, 5%
100, 1/4W, 5%
100, 1/4W, 5%
1K, 1/4W, 5%
1K, 1/4W, 5%
150K, 1/4W, 5%
150K, 1/4W, 5%
22, 1/4W, 5%
22, 1/4W, 5%
2.7, 1/4W, 5%
2.7, 1/4W, 5%
330, 1/4W, 5%
330, 1/4W, 5%
33K, 1/4W, 5%
33K, 1/4W, 5%
4.7, 1/4W, 5%
47, 1/4W, 5%
47, 1/4W, 5%
470, 1/4W, 5%
100, 1/4W, 5%
100, 1/4W, 5%
1K,1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
106 | R422 | 1-118-102-25 | 1K, 1/8W, 5%
106 | R506 | 1-118-102-25 | 1K, 1/8W, 5%
106 | R515 |1-118-102-25 | 1K, 1/8W, 5%
106 | R525 |1-118-102-25| 1K, 1/8W, 5%
106 | R534 | 1-118-102-25 | 1K, 1/8W, 5%
106 | R535 | 1-118-102-25 | 1K, 1/8W, 5%
107 | R145 |1-118-103-25 | 10K, 1/8W, 5% —
107 | R146 |1-118-103-25| 10K, 1/8W, 5%
107 | R147 |1-118-103-25 | 10K, 1/8W, 5%
107 | R148 |1-118-103-25| 10K, 1/8W, 5%
107 | R195 |1-118-103-25| 10K, 1/8W, 5%
107 | R196 |1-118-103-25 | 10K, 1/8W, 5%
107 | R319 | 1-118-103-25 | 10K, 1/8W, 5%
107 | R320 |1-118-103-25| 10K, 1/8W, 5%
107 | R429 |1-118-103-25| 10K, 1/8W, 5%
107 | R509 |1-118-103-25| 10K, 1/8W, 5%
107 | R511 |1-118-103-25| 10K, 1/8W, 5% —
107 | R522 |1-118-103-25| 10K, 1/8W, 5%
107 | R523 |1-118-103-25 | 10K, 1/8W, 5%
107 | R536 | 1-118-103-25| 10K, 1/8W, 5%
107 | R541 |1-118-103-25| 10K, 1/8W, 5%
107 | R542 |1-118-103-25| 10K, 1/8W, 5%
107 | R543 |1-118-103-25 | 10K, 1/8W, 5%
107 | R544 |1-118-103-25 | 10K, 1/8W, 5%
108 | R153 |1-118-104-25| 100K, 1/8W, 5%
108 | R154 |1-118-104-25| 100K, 1/8W, 5%
108 | R187 [1-118-104-25| 100K, 1/8W, 5%
108 | R190 | 1-118-104-25 | 100K, 1/8W, 5%
108 | R406 | 1-118-104-25 | 100K, 1/8W, 5%
108 | R415 | 1-118-104-25 | 100K, 1/8W, 5%
108 | R417 | 1-118-104-25 | 100K, 1/8W, 5%
108 | R546 | 1-118-104-25 | 100K, 1/8W, 5%
109 | R143 |1-118-105-25 | 1M, 1/8W, 5%
109 | R144 |1-118-105-25 | 1M, 1/8W, 5%
109 | R530 | 1-118-105-25 | 1M, 1/8W, 5%
110 | R508 | 1-118-123-25| 12K, 1/8W, 5%
110 | R518 |1-118-123-25 | 12K, 1/8W, 5%
110 | R520 | 1-118-123-25 | 12K, 1/8W, 5%
|
— 24 —
111
111
112
112
112
113
113
117
117
117
117
117
118
118
119
119
119
119
120
120
120
120
120
120
120
120
121
121
121
121
121
121
121
121
121
122
122
124
R238 |
R527
R512
R514
R537
R135
R136
R209
R210
R401
R405
R533
R510
R519
R215
R216
R307
R308
R185
R186
R411
R412
R413
R414
R416
R532
R111
R112
R193
R194
R430
R431
R517
R725
R726
R119
R120
R432
1-118-151-25
1-118-151-25
1-118-152-25
1-118-152-25
1-118-152-25
1-118-153-25
1-118-153-25
1-118-182-25
1-118-182-25
1-118-182-25|
1-118-182-25
1-118-182-25
1-118-183-25
1-118-183-25
1-118-221-25
1-118-221-25|
1-118-221-25
1-118-221-25
1-118-222-25
1-118-222-25
1-118-222-25
1-118-222-25
1-118-222-25
1-118-222-25
1-118-222-25
1-118-222-25
1-118-223-25
1-118-223-25
1-118-223-25
1-118-223-25
1-118-223-25
1-118-223-25
1-118-223-25
1-118-223-25
1-118-223-25
1-118-224-25
1-118-224-25
1-118-271-25
150, 1/8W. 5%
150, 1/8W. 5%
1.5K, 1/8W. 5%
1.5K, 1/8W. 5%
1.5K, 1/8W. 5%
15K, 1/8W. 5%
15K, 1/8W. 5%
18K, 18W. 5%
1.8K, 1/8W. 5%
1.8K, 1/8W. 5%
1.8K, 1/8W. 5%
1.8K, 1/8W. 5%
18K, 1/8W. 5%
18K, 1/8W. 5%
220, 1/8W. 5%
220, 1/8W. 5%
220, 1/8W. 5%
220, 1/8W. 5%
2.2K, 1/8W, 5%
2.2K, 1/8W, 5%
2.2K, 1/8W, 5%
2.2K, 1/8W, 5%
2.2K, 1/8W, 5%
2.2K, 1/8W, 5%
2.2K, 1/8W, 5%
2.2K, 1/8W, 5%
22K, 1/8W, 5%
22K, 1/8W, 5%
22K, 1/8W, 5%
22K, 1/8W, 5%
22K, 1/8W, 5%
22K, 1/8W, 5%
22K, 1/8W, 5%
22K, 1/8W, 5%
22K, 1/8W, 5%
220K, 1/8W, 5%
220K, 1/8W, 5%
270, 1/8W, 5%
125
125
126
126
127
127
127
127
127
127
128
128
128
128
128
128
128
128
129
129
130
130
131
131
131
131
131
131
132
132 .
132
133
133
133
134
134
134
134
R191
R192
R205
R206
R113
R114
R123
R124
R168
R516
‘R127
R128
‘R201
R202
R404
R501
R502
R503
‚ 8309
R310
R197
R198
R141
R142
R221
R222
R403
R435
R117
R118
R434
R505
R524
R526
R137
Ris
R159
R160
1-1 18-272-25
1-118-272-25
1-118-273-25
1-118-273-25
1-118-331-25
1-118-331-25
1-118-331-25
1-118-331-25
1-118-331-25
1-118-331-25
1-118-332-25
1-118-332-25
1-118-332-25
1-118-332-25
1-118-332-25
1-118-332-25
1-118-332-25
1-118-332-25
1-118-333-25
1-118-333-25
|1-118-334-25
1-118-334-25
1-118-392-25
1-118-392-25 |
1-118-392-25
1-118-392-25
1-118-392-25
1-118-392-25
1-118-470-25
1-118-470-25
1-118-470-25
1-118-471-25
1-118-471-25
1-118-471-25
1-118-472-25
1-118-472-25
_1-118-472-25
1-118-472-25
2.7K, 1/8W, 5%
2.7K, 1/8W, 5%
27K, 1/8W, 5%
27K, 1/8W, 5% =
330, 1/8W, 5%
330, 1/8W, 5%
- 330, 1/8W, 5%
330, 1/8W, 5%
330, 1/8W, 5%
330, 1/8W, 5%
3.3K, 1/8W, 5%
3.3K, 1/8W, 5% -
3.3K, 1/8W, 5%
3.3K, 1/8W, 5%
3.3K, 1/8W, 5%
3.3K, 1/8W, 5%
3.3K, 1/8W, 5%
3.3K, 1/8W, 5%
33K, 1/8W, 5%
33K, 1/8W, 5%
330K, 1/8W, 5%
330K, 1/8W, 5%
3.9K, 1/8W, 5%
3.9K, 1/8W, 5%
- 3.9K, 1/8W, 5%
-3.9K, 1/8W, 5%
3.9K, 1/8W, 5%
3.9K, 1/8W, 5%
47, 1/8W, 5%
47, 1/8W, 5%
47, 1/8W, 5%
470, 1/8W, 5%
470, 1/8W, 5%
470, 1/8W, 5%
4.7K, 1/8W, 5%
4.7K, 1/8W, 5%
4.7K, 1/8W, 5%
4.7K, 1/8W, 5%
— 95 —
134
134
134
134
135
135
135
135
135
135
135
135
135
135
135
135
135
136
136
136
136
137
137
138
138
138
139
139
139
139
139
140
140
142
142
143
143
143
144
144
R233
R234
R235
R236
R207
R208
R407
R408
R409
R410
R423
R424
R433
R454
R810
R811
R812
R305
R306
R504
R513
R115
R116
R129
R130
R166
R121
R122
R167
R223
R224
R203
R204
R231
R232
R133
R134
R507
R131
R132
1-118-472-25
1-118-472-25
1-118-472-25
1-118-472-25
1-118-473-25
1-118-473-25
1-118-473-25
1-118-473-25
1-118-473-25
1-118-473-25
1-118-473-25
1-118-473-25
1-118-473-25
1-118-473-25
1-118-473-25
1-118-473-25
1-118-473-25
1-118-561-25
1-118-561-25
1-118-561-25
1-118-561-25
1-118-562-25
1-118-562-25
1-118-564-25
1-118-564-25
1-118-564-25
1-118-681-25
1-118-681-25
1-118-681-25
1-118-681-25
1-118-681-25
1-118-682-25
1-118-682-25
1-118-752-25
1-118-752-25
1-118-821-25
1-118-821-25
1-118-821-25
1-118-822-25
1-118-822-25 |
4.7K, 1/8W. 5%
4.7K, 1/8W. 5%
4.7K, 1/8W. 5%
4.7K, 1/8W. 5%
47K, 1/8W. 5%
47K, 1/8W. 5%
47K, 1/8W. 5%
47K, 1/8W. 5%
47K, 1/8W. 5%
47K, 1/8W. 5%
47K, 1/8W. 5%
47K, 1/8W. 5%
47K, 1/8W. 5% —
47K, 1/8W. 5%
47K, 1/8W. 5%
47K, 1/8W. 5%
47K, 1/8W. 5%
560, 1/8W, 5%
560, 1/8W, 5%
560, 1/8W, 5%
560, 1/8W, 5%
5.6K, 1/8W. 5%
5.6K, 1/8W. 5%
560K, 1/8W. 5%
560K, 1/8W. 5%
560K, 1/8W. 5%
680, 1/8W. 5%
680, 1/8W. 5%
680, 1/8W. 5%
680, 1/8W. 5%
680, 1/8W. 5%
6.8K, 1/8W. 5%
6.8K, 1/8W. 5%
7.5K, 1/8W. 5%
7.5K, 1/8W. 5%
820, 1/8W. 5%
820, 1/8W. 5%
820, 1/8W. 5%
- 8.2K, 1/8W. 5%
8.2K, 1/8W. 5% —
gs
>
da
144
144
144
145
145
157
157
158
158
162
162
162
162
163
163
R188
R189
R301
R211
R212
R213
R214
R227
R228
R219
R220
R225
R226
R229
R230
1-118-822-25
1-118-822-25
1-118-822-25
1-118-823-25
1-118-823-25
1-118-303-25
1-118-303-25
1-118-202-25
1-118-202-25
1-118-121-25
1-118-121-25
1-118-121-25
1-118-121-25
1-118-122-25
1-118-122-25
8.2K, 1/8W, 5%
8.2K, 1/8W, 5%
8.2K, 1/8W, 5%
82K, 1/8W, 5%
82K, 1/8W, 5%
30K, 1/8W, 5%
30K, 1/8W, 5%
2K, 1/8W, 5%
2K, 1/8W, 5%
120, 1/8W, 5%
120, 1/8W, 5%
120, 1/8W, 5%
120, 1/8W, 5% —
1.2K, 1/8W, 5%
1.2K, 1/8W, 5%
INTEGRATED CIRCUITS
002
003
004
005
006
007
008
026
011
011
011
011
012
012
012
012
012
012
012
012
2-441-
EEE НН
2-441-313-72
2-442-220-54-1
2-440-330-63-1
2-442-241-54-1
2-441-723-74-1
2-440-808-31
2-441-218-71
2-402-179-65-1
2-402-179-65-1
2-402-179-65-1
2-402-179-65-1
2-402-111-35
2-402-111-35
2-402-111-35
2-402-111-35
2-402-111-35-
2-402-111-35
2-402-111-35
2-402-111-35
Ta TAN AA
KA 8306 O
LA2000 OR BA 335
UPC4570C
BA6138
UPC1297CA
PC817 OR LTV817
GD4011B
KA7805 OR MC7805
25C1665 FTZ
2SC1665 FTZ
25C1665 FTZ
25C1665 FTZ
KTC3198 / KTC1815GR
KTC3198 / KTC1815GR
KTC3198 / KTC1815GR
KTC3198 / KTC1815GR
KTC3198 / KTC1815GR
KTC3198 / KTC1815GR
KTC3198 / KTC1815GR
KTC3198 / KTC1815GR
A6238
— 26 —
012
012
012
012
012
012
012
012
012
012
012
012
013
013
013
013
013
013
013
014
014
015
015
015
015
015
015
015
015
016
016
017
017
017
A018
043
017
017
017
A018
Q308
Q309
Q403
Q404
Q502
0504
Q507
Q509
Q512
Q515
Q516
Q518
Q503
Q505
Q506
Q508
Q510
Q511
Q513
Q401
Q402
Q117
Q124
Q219
Q305
Q408
Q409
Q410
Q411
Q115
Q116
Q125
Q126
Q201
Q202
Q203
Q204
Q501
Q514
Q405
2-402-111-35
2-402-111-35
2-402-111-35
2-402-111-35
2-402-111-35
2-402-111-35
2-402-111-35
2-402-111-35
2-402-111-35
2-402-111-35
2-402-111-35
2-402-111-35
2-400-118-35
2-400-118-35
2-400-118-35
2-400-118-35
2-400-118-35
2-400-118-35
2-400-118-35
2-400-104-15
2-406-104-15
2-406-106-15
2-406-106-15
2-406-106-15
2-406-106-15
2-406-106-15
2-406-106-15 |
2-406-106-15
2-406-106-15 |
2-403-155-25
2-403-155-25
2-402-127-25-1
2-402-127-25-1
2-402-127-25-1
2-402-127-25-1
2-402-127-25-1
2-402-127-25-1
2-401-112-21
2-401-112-21
2-403-174-45
KTC3198 / KTC1815GR
KTC3198 / KTC1815GR
KTC3198/KTC1815GR _
KTC3198/KTC1815GR
KTC3198 /KTC1815GR
KTC3198 /KTC1815GR
KTC3198 / KTC1815GR
KTC3198 / KTC1815GR
KTC3198 / KTC1815GR
KTC3198 / KTC1815GR
KTC3198 / KTC1815GR
KTC3198/KTC1B15GR |
KTA1266 / KAT1015GR
KTA1266 / KAT1015GR
KTA1266 / KAT1015GR
KTA1266 / KAT1015GR
KTA1266 / KAT1015GR
KTA1266 / KAT1015GR
KTA1266 / KAT1015GR
KRC103M / KRA2203
KRC103M / KRA2203
KRA103M / KRA2203
KRA103M / KRA2203
KRA103M / KRA2203
KRA103M / KRA2203
KRA103M / KRA2203
KRA103M / KRA2203
KRA103M / KRA2203
KRA103M / KRA2203
KTD13028
KTD1302B
2SC2878B
25C2878B
25C2878B
25028788 —
25028788
2SC2878B
KTB1366 / KTB1015Y
KTB1366 / KTB1015Y
KTD1028B
> mr pa as gr rr ————— DE MR ERE AA o a = a x
043
ME
KTD1028B
043 | Q407 |2-403-174-45| KTD1028B
051 | Q310 |2-400-140-25 | KTA1273/KTA966A
052 | Q113 | 1-406-127-15 | KRC106M
052 | Q114 | 1-406-127-15 | KRC106M
052 | Q119 | 1-406-127-15 | KRC106M
052 | Q123 | 1-406-127-15 | KRC106M
052 | Q205 | 1-406-127-15| KRC106M
052 | Q206 | 1-406-127-15 | KRC106M
052 | Q207 | 1-406-127-15| KRC106M
052 | Q208 | 1-406-127-15| KRC106M
052 | Q209 | 1-406-127-15 | KRC106M
052 | Q210 |1-406-127-15| KRC106M
052 | Q301 | 1-406-127-15| KRC106M
052 | Q302 | 1-406-127-15| KRC106M
052 | Q303 | 1-406-127-15 | KRC106M
052 | Q304 | 1-406-127-15| KRC106M
052 | Q306 | 1-406-127-15 | KRC106M
052 | Q311 | 1-406-127-15 | KRC106M
052 | Q517 | 1-406-127-15 | KRC106M
DIODES
019
020
020
021
022
023
024
025
025
025
025
025
025
025
05.
025
DZ505
DZ101
DZ201
DZ502
DZ503
DZ504
DZ501
D103
D301
D302
D303
D501
D502
‘D503
D504
D505
2-426-128-85-1
2-426-105-85-1
2-426-105-85-1
2-421-110-35
2-421-160-35
2-421-051-35
2-421-047-35
2-410-179-95
2-421-299-95 |
2-421-299-95
2-421-299-95 |
2-421-299-95
2-421-299-95
2-421-299-95
2-421-299-95
2-421-299-95
HZ12B2LTA
HZ11B2LTA
HZ12B2L TA
1N962B
1N966B
1N751A
1N750B
1N4148M(15S133
1N4148M(15S133
1N4148M(18S133
1N4148M(18S133
1N4148M(15S133
(
1N4148M(15S133
1N4148M(155133
1N4148M(155133
1N4148M(155133
)
)
)
)
)
)
)
)
)
— 27 —
D506
D507
D508
D509
2-414-299-95
2-414-299-95
2-414-299-95
2-414-299-95
1N4148M(1SS133)
1N4148M(1SS133)
1N4148M(1SS133)
1N4148M(1SS133)
SEMI FIXED RESISTORS
044 | VR101 | 2-512-223-01| 6MM(RH0615C),22K
044 | VR102 | 2-512-223-01 | EMM(RHOGISC),22K
044 | VR305 | 2-512-223-01 | 6MM(RH0615C),22K
044 | VR306 | 2-512-223-01 | 6MM(RH0615C),22K
045 | VR103 | 2-512-103-01 | 6MM(RH0615C), 10K
045 | VR104 | 2-512-103-01 | 6MM(RH0615C),10K
045 | VR301 | 2-512-103-01 | 6MM(RHO615C),10K
045 | VR302 | 2-512-103-01 | 6MM(RHO615C),10K
045 | VR401 | 2-512-103-01 | 6MM(RHO615C),10K
046 | VR201 | 2-512-472-01 | 6MM(RH0615C),4.7K
046 | VR202 | 2-512-472-01 | 6MM(RH0615C),4.7K
047 | VR303 | 2-512-222-01 | EMM(RHOGISC),2.2K
047 | VR304 | 2-512-222-01 | EMM(RHOGISC),2.2K
COILS
039
040
040
041
041
042
042
048
048
049
049
050
050
053
053
L301
L302
L207
L208
L101
| L102
1.203
L204
L205
L206
L304
L305
L201
L202
E Е
HEE ЗЫ can dE
2-129-497-01
2-129-497-01
2-129-261-01
2-129-261-01
2-129-387-01
2-129-387-01
1-011-332-21
1-011-332-21
1-011-332-21
1-011-332-21
2-129-303-01
2-129-303-01
1-011-472-21
1-011-472-21
105KHz, BIAS OSC
HX-PRO, BIAS OSC
HX-PRO, BIAS OSC
NTH-016-0, BIAS TRAP
NTH-016-0, BIAS TRAP
22MH
22MH
3.3MH, NTH-028-0
3.3MH, NTH-028-0
2.2MH, NTH-026-0
2.2MH, NTH-026-0
M-10L, TRAP
M-10L, TRAP
4,7MH, NTH-030-0
4.7MH, NTH-030-0
MISCELLANEOUS
009
010
010
A027
A027
A027
028
029
030
031
031
031
031
032
033
034
035
035
036
037
038
159
Q501
WA702
tan PEA
J401
J402
IC501
Q514
CN801
WA701
WA401
WA402
WA403
WA404
WA405
WA407
WA406
WA801
WA802
WA501
WA102
WA101
WA801
E E Sus
2-155-664-01
2-155-675-01
2-155-675-01
2-790-512-01
2-790-512-01
2-790-512-01
2-168-307-01
2-168-385-01
2-168-384-01
2-168-252-01
2-168-252-01 |
2-168-252-01
2-168-252-01
2-168-500-01
2-168-498-01
2-168-497-01
2-168-503-01
2-168-503-01
2-168-530-01
2-168-263-01
2-168-253-01
2-168-122-01
ME A
RCA4P, JW-414R
HTJ-035-12
HTJ-035-12
HEATSINK, AL 6060
HEATSINK, AL 6060
HEATSINK, AL 6060
WAFER, 30P
WAFER, P=2MM,11P
WAFER, P=2MM 9P
WAFER, FKN1039-A, 3P
WAFER, FKN1039-A, 3P
WAFER, FKN1039-A, 3P
WAFER, FKN1039-A, 3P
WAFER, P=2,7PIN
WAFER, P=2,5PIN
WAFER, P=2,4PIN
WAFER, P=2, 10PIN
WAFER, P=2, 10PIN
WAFER, P=2.5,9PIN
WAFER, FKN1042-A,6P
WAFER, 2MM, 4P, LOCK
WAFER, NKC-022-0.3P
PCB-2 CONTROL P.C BOARD(1)
CAPACITORS
036 | C802 | 1-9A3-103-64 | YS103M/16V
036 | C803 | 1-0A3-103-64 | YS103M/16V
053 | C828 | 1-9A3-473-64 | YS473M/16V
053 | C829 | 1-9A3-473-64 | YS473M/16V
054 | C830 | 1-9A3-122-64 | YS1200P/16V
RESISTOR
1-118-103-25
1-118-103-25
1-118-103-25
10K, 1/8W, 5%
10K, 1/8W, 5%
10K, 1/8W, 5%
— 28 —
ARI EA EA
042
042
042
043
043
043
043
043
043
043
043
043 -
043
043
043
043
043
043
043
043
043
043
043
043
043
043
043
043
043
043
043
043
043
043
043
043
043
043
pa IE
R855
R857
R858
R803
R804
R805
R806
R807
R808
R809
R810
R811
R812
R813
R814
R815
R816
R817
R818
R819
R820
R821
R822
R823
R824
R825
R826
R827
R828
R839
‚ 8840
R848
R849
R850
R851
R853
R854
R856
pin Ва,
ETT EERIE EEE
1-118-103-25
1-118-103-25
1-118-103-25
1-118-103-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
1-118-104-25
ma
10K, 1/8W, 5%
10K, 1/8W, 5%
10K, 1/8W, 5%
10K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
100K, 1/8W, 5%
gr yr, a
ВЕ TD 450
043 | R859 |1-118-104-25| 100K, 1/8W, 5%
043 | R860 | 1-118-104-25| 100K, 1/8W, 5%
043 | R861 |1-118-104-25| 100K, 1/8W, 5%
044 | R802 |1-118-105-25 | 1M, 1/8W, 5%
045 | R842 |1-118-222-25| 2.2K, 1/8W, 5%
045 | R843 |1-118-222-25| 2.2K, 1/8W, 5%
045 | R844 |1-118-222-25| 2.2K, 1/8W, 5%
048 | R836 |1-118-333-25| 33K, 1/8W, 5%
048 | R837 |1-118-333-25| 33K, 1/8W, 5%
048 | R838 |1-118-333-25| 33K, 1/8W, 5%
049 | R829 |1-118-473-25| 47K, 1/8W, 5%
049 | R830 |1-118-473-25| 47K, 1/8W, 5%
049 | R831 |1-118-473-25| 47K, 1/8W, 5%
049 | R832 | 1-118-473-25| 47K, 1/8W, 5%
049 | R833 |1-118-473-25| 47K, 1/8W, 5%
049 | R834 |1-118-473-25| 47K, 1/8W, 5%
049 | R835 | 1-118-473-25 | 47K, 1/8W, 5%
049 | R841 |1-118-473-25| 47K, 1/8W, 5%
049 | R862 | 1-118-473-25| 47K, 1/8W, 5%
050 | R869 |1-118-102-25| 1K, 1/8W, 5%
050 | R870 | 1-118-102-25| 1K, 1/8W, 5%
050 | R871 |1-118-102-25| 1K, 1/8W, 5%
050 | R872 | 1-118-102-25 | 1K, 1/8W, 5%
050 | R873 |1-118-102-25| 1K, 1/8W, 5%
050 | R868 | 1-118-102-25| 1K, 1/8W, 5%
050 | R829 | 1-118-102-25| 1K, 1/8W, 5%
051 | R874 |1-114-399-25 | 3.9, 1/4W, 5%
051 | R875 |1-114-399-25| 3.9, 1/4W, 5%
052 | R846 | 1-118-181-25 | 180, 1/8W, 5%
052 | R847 | 1-118-181-25| 180, 1/8W, 5%
081 | R845 | 1-118-183-25 | 18K, 1/8W, 5%
082 | R801 | 1-114-101-25 | 100, 1/8W, 5%
INTEGRATED CIRCUITS |
В
2-600-182-01-1
2-406-106-15
2-406-106-15
LE1064 or LE1065
KRA103M
KRA103M
— 29 —
011
011
011
012
012
014
014
014
014
014
014
014
014
015
015
Q805
Q806
Q807
Q801
Q802
Q801
Q802
D803
D804
‚ 0805
D806
D807
D808
LED802
LED803
2-406-106-15
2-406-106-15
2-406-106-15
2-406-104-15
2-406-104-15
2-414-299-95
2-414-299-95
2-414-299-95
2-414-299-95
2-414-299-95
2-414-299-95
2-414-299-95
2-414-299-95
2-419-473-45
2-419-473-45
KRA103M
KRA103M
KRA103M
KRC103M
KRC103M
1N4148M(15S133)
1N4148M(15S133)
1N4148M(155133)
1N4148M(19S133)
1N4148M(1SS133)
1N4148M(155133)
AN4148M(18S133)
1N4148M(15S133)
R34MC
R34MC
VOLUME CONTROLS
006
007
008
VR801
VR802
2-501-387-01
2-501-377-01
2-501-3A8-01
RK11K, 5KB
RK14K, 100KMN
VR803
CERAMIC RESONATOR
RES801 | 2-138-186-01-1
RK 14K, 50KAX2
FCR 4 19MCT3
MISCELLANEOUS
1005
009
010
017
018
018
019
034
080
FLT801
CN801
SW802
-824
WA101
WA801
WA802
CN803
CN801
2-143-262-01-1
2-168-289-01
2-208-156-05
2-159-7M6-01
2-159-7N0-01
2-159-7ND-01
2-168-572-01-1
2-159-710-01
3-327-015-02
CM1298D
30P, FPC
SKHV-10910
9P,L= 100MM
10P,L = 100MM
10P,L= 100MM
8P, TRC-X08X-42
'BNCD-P, 30P, 150MM
FLT HOLDER ABS730
RCB-3 POWER P.C BOARD
CAPACITORS
Sta
я
п
1-114-220-25
1-114-823-25
1-114-223-25
A037 | C901 |1-414-222-67 | CEA, 2200/25V
A038 | C902 |1-414-472-67 | CEA, 4700/25V
M038 | C903 |1-414-472-67 | CEA, 4700/25V
A039 | C905 | 1-414-471-67 | CEA, 470/25V
oso | C904 |1-414-221-65| CEA, 220/25V
A041 | C907 |1-998-205-01| DA7170 103Z/250V
RESISTORS
22K, 1/4W, 5%
220, 1/4W, 5%
82K, 1/4W, 5%
DIODES
FPE
В 3
A013
A013
|A013
A013
A013
A013
A013
A013
A013
014
014
A021
022
A013
D901
0902
D903
0904
D905
D906
D907
D908
D909
D910
D911
D912
DZ902
02901
2-413-581-65-1
2-413-581-65-1
2-413-581-65-1
2-413-581-65-1
2-413-581-65-1
2-413-581-65-1
2-413-581-65-1
2-413-581-65-1
2-413-581-65-1
2-413-581-65-1
2-414-299-95
2-414-299-95
2-421-240-35
2-421-062-45
1N4003L
1N4003L
1N4003L
1N4003L
1N4003L
1N4003L
1N4008L
1N4003L
1N4003L
1N4003L
1N4148M(1SS133)
1N4148M(1SS133)
IN970B
IN753A
POWER TRANSFORMER
2-131-568-01
ИТТ
а
a
2-131-567-01
as
AC230V,50Hz @
AC120V,60Hz €B
~ HOLDER, FUSE
EER HE ES eat а,
PCB-4 CONTROL P.C BO
TN TT NI TON EE eT
035
SW823
SW824
WA803
WA802
LED801
SW822
2-208-156-05
2-208-156-05
2-208-156-05
2-168-573-01-1
2-125-817-01
2-419-963-31
ih E E a
A016 FU1 | 2-999-114-01| HOLDER, FUSE
A016 | FU2 | 2-999-114-01| HOLDER, FUSE
A016 | FU2 | 2-999-114-01| HOLDER, FUSE
A016 FU3 | 2-999-114-01| HOLDER, FUSE
A016 | FU3 |2-999-114-01| HOLDER, FUSE
017 | WA101| 2-159-7N6-01| 9P, 2.5MM, L=100
030 | CN901 | 2-168-574-01 | WAFER, 2P, 7.96MM
A |FU1 FUSE 500 MADE
A FU? FUSE 500 mA DCD
A FU 3 FUSE 1.255. «»
A FU 3 FUSE15A @
ARD(2)
SKHV-10910
SKHV-10910
- SKHV-10910
WAFER, TRC-XOBP-A2
SBX 1610-02
SPR39MVW3
PCB-5 DOLBY P,C BOARD
CAPACITORS
1-506-222-45
1-506-222-45
1-506-222-45
1-506-222-45
| 1-506-222-45 |
1-506-222-45
1-506-222-45
`1-506-222-45
1-506-222-45
1-506-222-45
1-413-100-65
1-413-100-65
1-413-100-65 |
| 1-413-100-65
1-413-100-65
1-413-100-65
CQMA, 222J/50V
CQMA, 222J/50V
CQMA, 222J/50V
“ CQMA, 2224/50V
CQMA, 222J/50V
CQMA, 222J/50V
CQMA, 222J/50V
CQMA, 222J/50V
CQMA, 222J/50V
CQMA, 222J/50V
CEA; 10/16V
CEA, 10/16V
CEA, 10/16V
CEA, 10/16V
CEA, 10/16V
CEA, 10/16V |
057 | C716 | 1-413-100-65 | CEA, 10/16V
057 | C717 |1-413-100-65| CEA, 10/16V
057 | C718 |1-413-100-65 | CEA, 10/16V
057 | C723 | 1-413-100-65 | CEA, 10/16V
057 | C724 |1-413-100-65| CEA, 10/16V
057 | C733 | 1-413-100-65| CEA, 10/16V
057 | C734 | 1-413-100-65 | CEA, 10/16V
057 | C735 | 1-413-100-65 | CEA, 10/16V
058 | C712 |1-413-101-65| CEA, 100/16V
058 | C736 |1-413-101-65| CEA, 100/16V
059 | C709 |1-416-338-65| CEA, 0.33/50V
059 | C710 |1-416-338-65| CEA, 0.33/50V
059 | C731 | 1-416-338-65 | CEA, 0.33/50V
059 | C732 | 1-416-338-65 | CEA, 0.33/50V
060 | C707 | 1-416-568-65 | CEA, 0.56/50V
060 | C708 | 1-416-568-65 | CEA, 0.56/50V
060 | C729 |1-416-568-65| CEA, 0.56/50V
060 | C730 |1-416-568-65| CEA, 0.56/50V
083 | C721 |1-506-242-45| CMQA, 242J/50V
083 | C722 | 1-506-242-45| CMQA, 242J/50V
RESISTOR
044
044
044
044
050
050
050
061
061
062
063
063
063
063
064
R711
R712
R713
R714
R705
R721
R777
R707
R723
R724
R701
R702
R717
R718
R709
1-118-105-25
1-118-105-25
1-118-105-25
1-118-105-25
1-118-102-25
1-118-102-25
1-118-102-25
1-118-220-25
1-118-220-25
1-118-223-25
1-118-243-25
1-118-243-25
1-118-243-25
1-118-243-25
1-118-332-25
1M, 1/8W, 5%
iM, 1/8W, 5%
IM, 1/8W, 5%
1M, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
1K, 1/8W, 5%
22, 1/8W, 5%
29, 1/8W, 5%
22K, 1/8W, 5%
24K, 1/8W, 5%
24K, 1/8W, 5%
24K, 1/8W, 5%
24K, 1/8W, 5%
3.3K, 1/8W, 5%
— 31 —
064
065
065
066
066
066
066
067
068
068
R710
R706
R722
R703
R704
R720
R729
R708
R715
R716
1-118-332-25
1-118-273-25
1-118-273-25
1-118-561-25
1-118-561-25
1-118-561-25
1-118-561-25
1-118-462-25
1-118-682-25
1-118-682-25 |
3.3K, 1/8W, 5%
27K, 1/8W, 5%
27K, 1/8W, 5%
560, 1/8W, 5%
560, 1/8W, 5%
560, 1/8W, 5%
560, 1/8W, 5%
4.7K, 1/8W, 5%
6.8K, 1/8W, 5%
INTEGRARED CIRCUITS
6.8K, 1/8W, 5%
023 | IC1 | 2-440-434-74-1 | CXA1330S. DOLBY
023 IC2 | 2-440-434-74-1 | CXA1330S, DOLBY
TRANSISTORS
031 | Q700 | 2-402-111-35| KTC3198/KTCI815GR
032 | Q701 | 2-406-127-15| KRC106M
032 | Q702 | 2-406-127-15| KRC106M
032 | Q703 |2-406-127-15| KRC106M .
032 | Q704 | 2-406-127-15| KRC106M
DIODE
014
D701
2-410-179-95
188133
RELAY
024 | RY701| 2-140-245-01-1 | AGY2323, 12V
MISCELLANEOUS
025 | L701 |2-129-498-01-1| MPX COL
025 | L702 |2-129-498-01-1| MPX COL
026 | CN702 | 2-168-392-01 | 52257-1110
027 | CN701 | 2-168-391-01 | 52257-0910
osa 2-211-138-01| POWER CORD @®
A044 2-211-139-01 | POWER CORD €
A | B C
R139
— - CH L101
Ех $ ox resoncd PB AMP 10/16 22mH PB |
Eu Qin Y
>
Q107 3
CIO2SC1775F cna
в ко! 6 0.0018 |
Q109 T
) 2SC1775F M25 2 7 Ё
R119 R117
220K 47 405
AA
Г 33k 680 <
Y
PB L-CH | |
| O |
PB R-CH | | | RIM > Ries
330
C102 A Ve +
270P 335K C106 +
9K R122
A101 a 220/16 | „®
C104 A R126 114 =8
22/16 wh rg R42 3.9K Riciosu| ©
AN ) 220K 3 R136 8
Rov Q108 9112 en In
28C1775F | KTC3198GR 10/16 Thos
Q110 ¢
In E-HEAD 25C1775F VR102
À 20KB
© смо R112 E R116 mA
ERASE Dis © | e TP201 | 22K 5.6K
| © ———<__] L-HEAD R241 © $ HIGH [SV
RP L-CH Ha
© Se NORMAL | OV
© + AGND ™ T
o
RP eo IT OH UL R-HEAD A — m 2
Ти N . ts | «=
= TP202
x=
WABO2
TN
REC(EN/DE) |
BIAS 2
A12V 6)
DOLBY OFF/B/Q@
MP X ©
C115 121
© REC 10/16 Te ner MUSIC SEARCH IC
>> 1C101
Riz? MUSIC SENSOR
GND 8 1K
= L LA2000
R156 Т | | |
9/8 7 6 3| 2
JACIO1A (0) IK R158 5 4
Co | 149 _— 1 0.47/50
L—ch @ терм = cle RIS? cs 7
1 - ve К
3 A C120
R—ch © AA 0.1/50
© 2 R150 $
1K R154 Q122
100K KTC3198GR
D508 185133 R534 47V as
MK
m 5 R533
© © + K
WA501 se;
= «С “+
12.8Y ES
P~MUTE |G “ <
-24V 10) -23.3V , © | 2)
| 17.4V C526 = ем ое
+12V 9 ~19.4V 0.047 | a C521 RS32 a
—-12V 10) 9 47/25 5 B3% ©
END | e 02503
GND © D IN966 KRC108
| 21.8Y ©
+12V 10) — 0524 0518
ra los vw | |] 1 491 /16 R544 | KTC3198CR
A | — B | Cc _ I D | | _E_ F HE G CH EE a 1 7
SCHEMATIC DIAGRAM (1) a В a a
se e
m |
VR101 KRC106M 2-170-907-42
22KB c133 9701 - R717
Q107 10/16 | R701
519725017757 24K,2% C731
22/16 0.33,10% |
0109 |
2109 = R125 - KRC106M | JACIO1B
ik Q703
Jig 56V 5.6V 58V 58Y 0V 58V 58 58 5.67 58 0.3 0.3V 58V 58V 116V Cet
с105 4 sol kl Es BA Bd Bs El ÉS E El El 6) В A Es | ve
220/16 | Q115 ; , ) с
KTD1302 > x 2 | : Y . R—ch
| : x 3 ; | 0126
PB L-CH R147 10701 | \ / y € 2SC2878
| CXA1330S
10702
PB R-CH 0700 y CXA1330S
10 |
560K | KTC31986R Q704 | |
Soe | | | «28% | os СТ
+ 1 R702 KRC106M
C104 R126 10K 0702 CXA1330S
22/16 ang | R142
47 MS, | | |
0108 | | —
2SC1775F | 0124
ano к | 0.33,10% | | | | KRA106M
2SC1775F j |
R112 R116 | | | i | | e ; 2 =
ERASE TP201 22K 5.8K | | | TO 6 > A SN sk
L-HEAD HIGH |5V ` 5. 8.37 58V 58V 5. .8V 0.3 0.
RP L-CH | NORMAL | OV
- | | | Qi
RP R-CH R-HEAD . КАТОМ <
+5V(R)
oof |
+
REC(EN/ DE) | BAGI38S ASSIST—
BIAS | OAD QUT SW
A12V —24V
DOLBY OFF/B/ | * KRC106M
MPX ; POWER OFF
GD4011
Q121 MUSIC S ARC ; LOAD IN
KTC3198GR | EA H REC
R158 MUSIC SENSOR | 0408 5 L.S.C, SW
LA2000 KRC108M : REEL MOTOR
R156 | | | REEL MOTOR?
JACI01A K 98 7 615 4 32d Q123 REEL MOTORS
R14 ; 0.47/50 . СЕМ
| | | | c118 AZ D 1
L—ch ; | | | | | | НЕ S187 QUTPL?
| с120 1 | 16401 : | MONITOR
C225 22/25 |207 PIN AC3V
0122 100/16 | | * SONG IN
KTC3198GR 22/16 :
VR201
3
, C203 4
: | oF 16 5
o В D508 155133 ] _ — a ' ; TT . — 2-1/0-908-02 ;
œ 0201 — | 8 a ‘ a
$ 25C2878 ROI Q209 10-450 9
8 KRCIOSM 10
Lung!
P—MUTE > |
—24V - RS34 : | . | Cr02 5V | METAL SV | | смо
+12V 100 C521
16.4V 13.2V 7/25 | R532 R539 —
—12V el al = 2.2K 100 ` 2.5K
M — .
GND 1N966 KRC106 . : 1 REEL S(SUPP: Y)
+12V - c524 | 0518 R226 | +5V
Fi 470/16 ROR KTC3198GR 40V 1870 | ; - GND
F2 upc - | REEL S(TAKE UP)
A ' A1 Bar "SA
SY Rg C517 R234 :
12 5 1
4.7/50 . R214 ’
. C206 10K
KTC3198GR - 0.0082 30K R222
C505
1,9V 1000/18
R510 | 9208 9210
R509 18K C518 25C2878 * KRC106M KRCIOSM
10K
BIAS ADJUST AT TP201,202 REELCFF)
NOR:50mV REEL(REW)
ok KRAJOSM Cr02:80mV coi LOADING
C500 /N TYPE | | Q306 METAL:170mV ; OTOR
| 4.7 | |
330/16 TYPE ti - KRC106M R313 150K
TYPE IV
WA404
0504 | - | |
KTC3198GR | R515 4) | GND Cr02-L | - . 2, | LOADING MOTOR
K SV VR HOT . ; - R420
2 C507 KT1266GR | a | o
47/16 | -4.5v | ; VR E 3308 9405
| | REC MUTE HX—PRO IC НВ кто1028
10/80 | | WA403
PB MUTE 560 IC301 ; R317 A Q407
LINE MUTE | UPCIZO7CA 22 | KTDIOOS KTD1028 LOADING IN SW LOADING
L303
BIAS OSC R422 IN SW
Е-НЕАО
RS07 > KTA1266GR
820
1,7V
METAL—R
0511 22
KTC31986R < 470 C315
0.01/200 WA402
— | KRC1O6M | . | 105KHz 6 | LOADING OUT L О А D | N G
: 1. ALL ESISTANCES VALUES ARE .
CAUTION TO THE SERVICE TECHNICIANS e Sige, db z1000K "a, UNLESS OTHERWISE NOTED. | ra OUT SW
BEFORE RETURNING THE RECEIVER TO THE CUSTOMER
LEAKAGE GURRENT OR RESISTANCE MEASUREMENTS . ALL CAPACITANCES VALUES ARE IN uF UNLESS OTHERWISE NOTED. Pmuuf
- SHOULD BE PERFORMED TO DELERMINE THAT EXPOSED PARTS A CAUTION THE PARTS IDENTIFIED BY SHADING AND
MARKS ARE CRITICAL FOR SAFETY REPLACE ONLY WITH
ARE PROPERLY INSULATED FROM THE SUPPLY CIRCUIT. TYPE IDENTICAL TO THOSE IN THE ORIGINAL CIRCUIT OR SPECIFIED
IN THE 'PARTLIST' DO NOT DEGRADE THE SAFETY OF THE APPLIANCE
THROUGH IMPROPER SERVICING ,
Vee Ув) PH2 CiN2 Court? Yo
2 Vu? o IC301
18 > IC4 |
a Bi [41 milf | upci2970A — 10404, A эо——+—— — — . uu
BSO] [PEAK | 6 7 IC102 BAB138S
DET | [DET comp> | VCA | KRC108M KRA103M | с
d < 8 VOLT
VOLTAGE THERMAL PRE fo `
REGULATOR [PROTECTION DRIVER va - e ne 10202 ONE HALF ONE HALF
N 1 A LA2000 < ER | POWER 6
ABSO| [PEAK № | > > BA335 | воно | COMPRESOR
DET |]DET pomp УСА Rid. 7K R1=22K 1 of we UT a E
- | | | | a R2=22K R2=22K Y
wu 2) LS] WU [5] eT U 8] [9] 5.17 Dm N © |
Ут Vri = ViN(ro: PHi- Cinn Cours Уочти VouTi2 GND ÓN = ско 9 Low [evo =" = 0 ©
R139
ci L101
10/16 22mH
4.7K
R137
R135
15K
R701
24K,2%
Q115
RS
KTD1302
10701
CXA1330S
R147
10K
Q700
10
KTC3198GR
Q116
R148
K
R702
24K,2%
| * 114
+2 3.9K oem
R136
15K
HIGH SV
NORMAL | OV
==) (A) IM) EOL) a) on
MUSIC SEARCH IC
C101
MUSIC SENSOR
LA2000
9| 8 7 6] 5 4 3| 2
0.47/50
c118
408
KRC106M
1
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2.7
C120
0.1/50
02201
KTC31986R HZ11B2L
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100/16
— 6227 22/16
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8.8K LA
4,71
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538 ! © |
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120
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0207
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a | sor PLAY FF | REW [OPEN [CLOSE
+ |ov | оу | оу | ov | ov | ov
|
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3 [o.6v [3.9v [7.4v [0.6v | ov | оу wo
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_5 | ov | ov | ov [ ov [45v [45v
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7 |12.6V_|12.6V_|12.6V_[12.6v | 12.6V |12.6V
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9 [12.6v | 12.8v |11.6v | 12v | 9.8v [9.8V 3
10 |0.6V 1 3.9V | 7.3V 1 O,6V [0.6V 13,9V я
WA407
»— po WA406
1
R402 @)
| 10 Г GND |, =~
Cr02
PACK
F.REC
METAL
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+5Y
ARIES
P-MUTE
—24V
+12V
—12V
GND
GND
+12V
F1
F2
21.7
ATI
0006006689
on ES D507 R533
De 185133 ak 10K 12.5V
WA501 o N R537 R540
es 538 1 e
2.07 = © - T OS
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0.047 C521 x © 13.1 и
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2.2K 4 100 .
wn | ey >
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CAUTION TO THE SERVICE TECHNICIANS
BEFORE RETURNING THE RECEIVER TO THE CUSTOMER
LEAKAGE CURRENT OR RESISTANCE MEASUREMENTS
- SHOULD BE PERFORMED TO DELERMINE THAT EXPOSED PARTS
ARE PROPERLY INSULATED FROM THE SUPPLY CIRCUIT.
H ul y RESiSTANGES ES E 009 ARE
2. THÉ. WATTAGE OF RESISTORS. IS ex UNLESS OTHERWISE NOTED.
3. ALL CAPACITANCES VALUES ARE IN uF UNLESS OTHERWISE NOTED. P
CAUTION THE PARTS IDENTIFIED BY SHADING AND
Nas
KS ARE CRITICA
TYPE IDENTICAL TO
IN THE 'PARTLIST' DO NOT DEG
THOSE
L FOR SAFETY RE
PLACE
ONLY WITH
IN THE ORIGINAL CIRCUIT OR SPECIFIE
THROUGH IMPROPER SERVICING ,
RADE THE SAFETY OF THE APPLI
upci297CA
Vec VR2 ViNR)2 PH2 CinN2 Coutr2 Vour21 VOUT22 ViN(0)
081 m7] e 151 RI [3] a mm ol 1C301
ABSO| [PEAK
DET | DET com> УСА
VOLTAGE THERMAL PRE
REGULATOR PROTECTION DRIVER
ABSO] [PEAK
DET | {DET comp —
| [
11) 2] BT WTI [EJ J [el Is]
Ver VRI Vin(ro1 PH. Cin Court Vournn YVour2 GND
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604011
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1
16
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a
E ™ ï ri a So a Ш BRB uN Ро çk 0 O
Ts —-
Q201 = C205 30K
2SC2878 Q209
Q207
KRC106M KRCIOBL
| | - cro2 5v | | MET
q518
544 > KTC3198GR
OK
upc4570
R204
6.8K
4.7KB R212
17 R234
/50 R202 4.7K
C206 R214
TC31986R 3.8K | 2502878 0.0082 30K
1 Q512
Q204 Q208 Q210
25C2878 KRC108M KRC106M
BIAS ADJUST AT ТР201,202°
9305 NOR:50mV C318
KRA106M Cr02:80mV
TYPE | | | 0308 METAL:170mV
TYPE Il KRC106M
TYPE IV
GND Cro2-L
VR HOT
VR CENTER
VR E
REC MUTE
C512 PB MUTE
330/16 |
4.4 LINE MUTE
METAL—L
METAL—R
511
I98GR
Q304
KRC106M
)THERWISE NOTED.
OTHERWISE NOTED. P=uuF
AND
ONLY WITH
CIRCUIT OR SPECIFIED
FETY OF THE APPLIANCE
7 |
6 7
KRC108M KRA103M |
> В
10202 |
RZ < LA2000 a
; <
Ri=4,7K R1=22K or BA335
! R2=22K R2=22K
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| 8 [5.7V | 3.6V | 7.1Y LO.3v I5.0V [J.OV | ||
7 0208 TD-450 9 112.6v | 12.6v |11.6V | 12V | 9.8V | 9.8V
J KRC108M 10 JosvIisey[z3v]osviosv[aov
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10 |
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10/16 10 | -
nv R309 % ’ 3 R313 150K > "a
RK 0,01 a AA > -
и Y con L301 Теа у
HX-05¢ e 138 as31 413 R414 R416
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T=8 a BT | — 09/500 )
ы| © 7 |6 |5 |4 15 ha 11 [10 = 4— | ;
38 C309 Q308 0405 | R415 R417
> HX—PRO IC R314 |100Р/500 KTC3198GR cTo1028 | 100K 100K
1 C316
Î 10/50 | * ¢
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|X upci297CA 10/16 C310 KTD1028 K
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ке >}, Ё 7 e | m > e. if BIAS OSC
JE ST: 5 El Ш E-HEAD
> IZ R310 3 = =“ 3 AR NT, >
33K _ +
= Vi = 3 0.01/200
Na $
c319 on НХ ОС _ ono
10/50 y Ts 105KHz
po C320 gal 1508 —
— o 150K
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10102 BA6138S
VOLT
STAB
202 ONE HALF ONE HALF
2000 ( POWER | POWER ©
BA335 | ‚| FOMPRESSOR COMPRESSOR
RECTFER
AP RECTIIER
MUTING
D 3 ©
Wo lauded VW | JPY Jod¥ |] Ved ¥V | JY | JPY 1 1 E ER REE ER RA À Го Ру
РАСК
F.REC
METAL
!
DEG
REEL S(SUPP: Y)
+5V
GND
REEL S(TAKE UP)
TSA
REEL(FF)
REEL(REW)
LOADING
2 OTOR
7
N—
WA404
R414
PY ВМ LOADING MOTOR
R420
Q405 | R415
BGR KTOIO28 | -100K
| 0407 WA403
7 | a KTD1028 LOADING IN SW LOADING
L303
! BIAS OSC R422 IN SW
[> e~HeaD
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3 0.01/200 WA402
— [> смо LOADING OUT SW
| 105KHz LOADING
OUT SW
R421
A | B C D E F G H | J
SCHEMATIC DIAGRAM(2 * NOTE:
( ) 1. ALL BES STANCES VALUES MeN a. . CAUTION TO THE SERVICE TECHNICIANS
2. THE WATTAGE OF RESISTORS IS 1/8W UNLESS OTHERWISE NOTED. BEFORE RETURNING THE RECEIVER TO THE CUSTOMER
3. ALL CAPACITANCES VALUES ARE. {oF UNLESS oT THERWISE NOTED. Рации? LEAKAGE CURRENT OR RESISTANCE MEASUREMENTS |
_ D TO DELERMINE THAT EXPOSED PARTS
MARKS ARE CMTICAL FUR ATELY SLAY SY рощ ES \\ ARE PROPERLY INSULATED FROM THE SUPPLY GIRGU. TERMINAL TONCTIORS
IN | THE PARTUST DO NOT DE DEGRADE THE SAFETY OF THE APPLIANCE Pin No. |Port name | Function name | 1/0 Outline functions
1 PE3 PACK À Pack detection terminal
1 6 PEO REEL1 | | REEL sense UML
7 PB1 REEL2 | | REEL sense MAL
14 PCO AD7 | Key input terminal.
19 PC1 AD6 | Key input terminal.
ASST S 16 PC? AD5 | Key input terminal.
ASSIST — ) | | Key input inal.
DAD OUT SW 17 PC3 AD4 | ey input termina
33 Vss GND terminal.
12 KEY[01:04)
En : 10 PB4 LOAD IN | Load IN switch detection(Loading Mecha)
— COMER, a и и РВ5 LOAD OUT | | Load out switch detection(Loading Mecha)
Lo ES Nay e 12 PB6 L.S.Control || Reel motor speed control
E Reo SEN! 13 PB7 STBY 1 | POWER ON/OFF(POWER ON = L)
ee SW 30 Reset | Reset input. TL |
SEE, MOTOR } 18~20 PC4~6 Motor 1~3 | Reel, open/close Motor control output.
REEL MOTOR 3 22 РАО A/D1 | | A/D input Port for LEVEL METER indication
A D ? 23 PA1 A/D? O A/D input Port for LEVEL METER indication
5 ste ¡QUTPUT < o 26 PA4 POWER IND O High level on stand-by or display off and after power off.
RESET БЕ Те © 2 = мою + © REC MUTE SEARCH << SEARCH >> 29 PA7 MONITOR © | High on MONITOR mode. Low level on SOURCE mode.(TD450, TD470)
АС ЗУ бо” тео 47 PF5 REC O | REC/PLAY switching terminal. High level on REC.
SONG IN PACK ui =
SW1 REMOCON = < 46 PF4 BIAS O BIAS control terminal. High level =BIAS ON
P 0 W E R L E D sy a = SEG 45 PF3 REC MUTE e] Recording amp. muting terminal. High level=MUTING ON
Cy -
2—-COLOR CD LED “EC i 44 PF2 PB MUTE O | Playback amp. muting terminal. High level=MUTING ON
. DOLBY ON DOLBY OFF ‘ | —
TD450 (New Version) MONITOR LED SEG € DOLBY B DOLBY C DOLBY S 43 РЕЯ LINE MUTE O | Line muting terminal. High level=MUTING ON
REEL1 SEG d 41 PD/ O MPX ON, OFF
74 PGO SOL O Solenoid control.
REMOCON REEL? SEG e SWB120 -
— | REC INH SEG f 12 PB6 L.S.Control O Reel motor power control. High level=power down
; 21 РС7 СРМ O | Capstan motor control.
option | — SEG y COUNTER RESET CD SYNCHRO OPEN/CLOSE |
In + G WAS LOAD IN | SEG h 0802 NOTE : Low level=0V
11213 WA803 TD450 (old Version) LOAD OUT = _ SEG i 185133 HIgh level=5.1V
< +
0808 © LOAD S CONT > o SEG j D804
A1266GR LED804 REMBO! STBY a © SEG k 155133 |
— © _— 6 SEG | ES: North America area model
3
R878 o O SEG m «№» © : International model Black version
3 10K In + 6 SEG n
5 WAS WAS SEG o
WAB03 CN803 |
Ya Yo YO © SIG MOTOR1 REC(DE/EN)
Ï T 7 = MOTOR? BAIS /Л\ /N | |
sw817 | swe1s | SW819 (0) MOTOR3 REC MUTE WA101 TRAM A \ см Л \ | |
SW817 SW818 SWBI9 4 m 103/250V POWER CORD
POWER REC PLAY рву AD atra > LINE MUTE P.MUTE
5 = 2 Y <
A/D2 = © ec J —24V
6 e y X O a
option № - WE = MPX
— 7 5756 q +12V
2188 bacs —12V ‘ |
GND PRES АС120У, bOHZ | — 2 1
GND 28,
12V
FU3
F2 T1.5A /125V ES
- F1 |
IC801 + 0909 — D910
CXP82316 = — 184005 14003 |
4 GND! GND? -
o
= E $ ? 4.19MHz R902 pon
= 5 as 5 > r > vw eN m + uy 1 4W
3550598832387 ool Tall ln N
aaa E о att!) ES e A | © |
8 88 > > à 0 0 DD Y 1 | GND1
(89)-(7978H(77-7H75H7H73H7-7-79-E9C 3H 67 Ces) -
PE3/INTS | (1) = E 8 es ENE g§ (67 6
— - PE RUC =0 I ВЕ В 8 82 © &@ ST 7 pm не ны == ——[—]]]]———]— eee rie re ее
remocon В a В 84 (63) po
PES =(3) PORT Al [Port o| [Port c [Pont o] froxr e] [rour F1] front s | (597 8/528
т. © 0000000 © /N A Na A
- | WA!
GARE © 1 Î 110/ $26 WAS T500L /250v TRANS-C > à
PEO/CINT (6) Ves od | RAM (59)> 111/825 103/250V POWER "CORD
PaYEST < sr SEY 024/1040 то узел P.MUTE
фа BYTES
7) EXACT 339 1/3 -24V
PB2/SCKO <= => 13/323
5 rec tn (8) | 6РС70О 10 /20K/24K (57) seg f 1559805 +12V /
P B3/ sio Hs) CPU CORE BYTES (59 114/522. —12V
option seg q 0905
PB4/S00 <= 715/521 GND 184003 250V / 507
loa 1 g Cat D907 —D90B
Pas/sC SCK1 =0 г (635 520 | GND 1N4003 1N4003
7 seg: 12V
ros | (2) PESAS y 0 (53 56g $19 F2
PB7/S01 =(3) PE РУКИ и"! : INTERRUPT CONTROLLER (52 eg 516 Fi = Л\ @ ©
= | 0809 D910
\ — . - - : —
| PCt/KR1 =0 O {0 | Tn 0 10 O TO O seo si6 GND1 смо!
PC2/KR2 (16) (43) PF7/815 REC(EN/DE)
PC3/KRS (77) < ZE cll 21 =| | = o ore /su TYPE | BIAS 220 155133
a = © и “ , | (48) seg o TYPE II +12V ам
4 = — $ пои 21 | = ||; >,
PC4/KR4 <S(15) 3 Ls : El = £2 (47 PES т) TYPE IV MPX о
- PES/KRS <I(19) 3 dE 2 e || ANOS > PF4/512 | GND DOLBY OFF /B/ A —
Lits | ам -
PCE/KRS <=(20) S E € | | : 511 8 sa (13) PF3/SN VR HOT VR 3 HOT
motors — roc тибе VR CENTER VR 3 CENTER
PC7/KR7 <A) 888 | ШГЦ CA | VR E VR 12 HOT
PAO/'A 0 < (22) : 5 > € A S e => EF1/S9 te REC MUTE VR 2 CENTER
PAIN (23 < = & ESAS Ea & SE (22> Pro/s8 PB MUTE GND2 VR 1 GND
ни € © | — LINE MUTE —
ame SG PS
TITI LT IN 0 UY U U I © 4
2 zE92. 235, o oN E ©
< «££, «<50<«,<S + о n 0 non © a
9 DÉSSSÉSÉG € Z веб 5 9 972 82
— a Ada-adazEe Ww xx 268 B 8 BefRoRofw
7
— 34 — — 35 —
A
SCHEMATIC DIAGRAM (2)
* NO LE :
1. ALL L RE SsTanges VALUES AR ARE EN Nn.
2. THE WATTAGE OF RESISTORS IS 1/8W UNLESS OTHERWISE NOTED.
3. ALL CAPACITANCES VALUES ARE IN uf UNLESS OTHERWISE NOTED. PæuuF
CAUTION THE PARTS IDENTIFIED BY SHADING AND
MARKS ARE CRITICAL FOR SAFETY REPLACE ONLY WITH
i TYPE IDENTICAL TO THOSE IN THE ORIGINAL CIRCUIT OR SPECIFIED
AA IN THE 'PARTLIST' DO NOT DEGRADE THE SAFETY OF THE APPLIANCE
- THROUGH IMPROPER SERVICING
DOLBY S
ASSIST +
ASSIST —
LOAD OUT SW
—24V
+5V
GND
SYS [EM DATA
RÉEL
LOAD IN SW
EL SENT
fhe
L.S.C SW
SELL MAIRE 1
REEL MOTOR
АО
SIB QUTPUT
MONITOR
RESET
AC 3V
AC JV
SONG IN
SW1
TD450 (New Version)
REMOCON
REM801
In + CG Was
TD450 (old Version)
REMBO1
REMOCON
O
In + G
LED804
SW819
SW818 PLAY
SW817
POWER
/INIT1
) /INTO
ff
1/out
WAB МАЗ
WA803 CNBO3
1
SWB19
PLAY reo
SW818
REC
SWB17
POWER
CXP823
~ CAUTION TO THE SERVICE TECHNICIANS
BEFORE RETURNING THE RECEIVER TO THE CUSTOMER
LEAKAGE CURRENT OR RESISTANCE MEASUREMENTS
SHOULD BE PERFORMED TO DELERMINE THAT EXPOSED PARTS
+ N ARE PROPERLY INSULATED FROM THE SUPPLY CIRCUIT.
СЕ L2BA/250V |
KEYCO1:04]
m
e
SH
SPL
SOL | 74
PACK
REMOCON
5V
CD LED
MONITOR LED
REEL1
REEL2
REC INH
option
LOAD IN
LOAD OUT
LOAD S CONT
STBY
DATA IN/OUT
9
b
с
d
e
f
g
h
схр82 316
n
о
MOTOR! | | REC(DE/EN)
MOTOR2 BAIS
MOTORS | REC MUTE
CPM | PB MUTE
A/D? LINE MUTE
A/D2 |
option MPX
B CS
POWER LED
TOR
S—DISPLAY
POWER IND
29 | MONIT
RB25 100K
R824 100K
R823 100K
RB22 100K
R817 100K
816 100K
R815 100K
R814 100K
R813 100K
R812 100K
PRB11 100K
R810 100K
R809 100K
RB08 100K
R807 100K
R828 100K
821 100K
R820 100K
4.19MHZ
КЕ5801
FE rd E
TERMINAL FUNCTIONS
Pin No. [Port name [Function name [1
1 PE3 PACK -
6 PEO REEL 1
7 PB1 REEL?
14 PCO AD7 о
15 PC ADB
16 PO? ADS
17 PC3 ADA
33 Vss
10 PB4 LOAD IN
1 PES LOAD OUT
SW820 0, 5W821 5 12 PB6 L.S.Control _
| KEYO4 13 PB7 STBY
| STOP REW ~ 30 Reset
9 18—20 PC4—6 Motor 1-3 |
S 22 PAC A/D
SW802 yo— Sw803 уо—Ф SW804 уо—Ф 54805 yo—+ SW808 yo—4 + 23 PAL. A/D?
| KEvo3 | - 26 PA4 POWER IND |
Р.Р REC MUTE INTRO SEARCH << SEARCH >> В 29 РА7 MONITOR
© 47 PFD REC
ei 46 PF4 BIAS
SWB07 4 SWBOB yo j SW808 yo | À SW8ID ‚оф | 5982 „оф 1 4 РЕЗ “REC MUTE
ever | X о 44 PF2 PB MUTE
DOLBY ON DOLBY OFF DOLBY B DOLBY C ooeY s | ©. 43 PF1 LINE MUTE
Bas 41 PD7
® 74 PGO SOL.
SWEIS yo) SWBIS yo | -SWBM of SWBIS yo $ SEO yo | 1 т = ss contra
\KEXDI Í $ ¿ ¿ — 21 РС/ СРМ
COUNTER RESET | yn MPX CD SYNCHRO MONITOR OPEN/CLOSE N
Z 185133 0802 By NOTE : Low level=0V
& 155133 0803 2 High level=5.1V
| Ъ 155135 0804 |
x 155133 0208 |
€ : North America area model
& 15313 1
«» €» : International model Black ver
P.MUTE
~24V
+12V
—12V
GND
GND
12V
F2
F1
A
TRANI
TRANS-C
A
FUI
T500mA /125V
A
WA101
WAS
09
NALS
0907
№963
FU3
T1.5A /125Y
+ D910
1N4003
GND1 GND! | -
0909
1N4003
R902 pan
20 155133
a
TERMINAL FUNCTIONS
Pin No. |Port name | Function name | 1/0 Outline functions
1 PE3 PACK | Pack detection terminal
6 PEO REEL 1 | | REEL sense JUUL
| 7 PB1 REEL2 | | REEL sense rin
| 14 Poo AD7 | | Key input terminal.
| 15 PC1 AD6 | Key input terminal.
16 PC? ADS | Key input terminal.
17 PC3 AD4 | | Key input terminal.
33 Vss GND terminal.
10 PB4 LOAD IN Ш Load IN switch detection(Loading Mecha)
11 ‘ PB5 LOAD OUT | Load out switch detection(Loading Mecha)
12 PB6 L.S.Control | Reet motor speed control
13 PB/ STBY | POWER ON/OFF(POWER ON = L)
~ 30 Reset | Reset input. TU
D 1820 PC4—6 Motor 1~3 | Reel, open/close Motor control output.
e „22 РАО A/D1 | | A/D input Port for LEVEL METER indication
+ 23 PAT A/D2 O A/D input Port for LEVEL METER indication
- 26 PA4 POWER IND O | Hign level on stand-by or display off and after power off.
© 29 РА/ MONITOR O High on MONITOR mode. Low level on SOURCE mode.(TD450, TD470)
47 PF5 REC O | REC/PLAY switching terminal. High level on REC.
= 46 PF4 BIAS O | BIAS control terminal. High level=BIAS ON
— 45 PF3 REC MUTE O Recording amp. muting terminal. High level=MUTING ON
- - 44 PF2 PB MUTE O Playback amp. muting terminal. High leve! =MUTING ON
о 43 РЕЯ LINE MUTE O Line muting terminal. High level=MUTING ON
ex 41 PD7 O | MPXON, OFF
® 74 PGO SOL O Solenoid control. |
— 12 PB6 L.S.Control O Reel motor power control. High level =power down
21 PC7 CPM O | Capstan motor control.
NOTE : Low level=0V
High level
=b.1V
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International model
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