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SHARP Service Manual
PHOTO : GF-9191H
APSS Auto Program Search System
MODEL GF-9191H GF-9191E GF-9191HB
In the interests of user-safety the set should be restored to its original condition and only parts identical to those specified be used.
| GENERAL | Ou | |
|---|---|---|
| Туре: |
Portable stereophonic cassette tape
recorder with built-in LW/MW/SW/ FM 4-band radio |
04 |
| Power source: | AC 110/220/240V, 50/60 Hz | |
| (GF-9191H/HB) | ТА | |
| AC 240V, 50/60 HZ (GF-9191E) | Ty | |
| bC 15V (Ten UM/SUM-1, K20, D) | Taj | |
| size, IIF2 Datteries of External DC | Taj | |
| Power consumption | 35 W | Re |
| Speaker | 16 cm (Woofer) x 2 | Era |
| spounor. | 5 cm (Tweeter) x 2 | Re |
| Power output: | MPO 13W (6.5W+6.5W) (DIN45.324) | Fas |
| ····· | (GF-9191H/HB) |
re
E |
| Dynamic Power 19W (9.5W+9.5W) | Fre | |
| (GF-9191E) | Wo | |
| AC Operation | WO | |
| Semiconductors: | 6-IC (Integrated Circuit), 34-transistor | S/N |
| ~ •••••• | and 30-diode (3-Light Emitting Diode) | D , I |
| Dimensions: | 516mm(W) x 115mm(D) x 271mm(H) | RA |
| weight: | 6.5 kg (without batteries) | Fre |
| nput terminals: | I EXT. MIC. 600 ohms (J101-A, | |
| 2 Mixing mic 600 ohms (1401) | ||
| 3 Remote control (1101-R) | Inte | |
| 4 EXT DC nower (1901) | fr | |
| 5 AC input power ($0901) | ||
| 6 REC/PB DIN socket. 2.5 mV/10 K | Cire | |
| ohms (SO101) | An | |
| 7 FM EXT. antenna (TB1) | ||
| 8 PHONO (J103-A, J103-B) |
SPECIFICATIONS
EXT. speaker, 4 ~ 8 ohms (SO102, SO103)
- 2 PHONES, 4 ~ 8 ohms (J603)
- REC/PB DIN socket, 0.7 V/50 K ohms (SO101)
APE RECORDER SECTION
put terminals:
Type: Tape: Tape speed: Recording system: Erasing system: Recording time: Fast forward or rewind time: Frequency response: Wow and flutter: S/N ratio: RADIO SECTION Frequency range: Intermediate frequency: Circuit system: Antenna:
4-track stereo cassette tape recorder Philips type compact cassette tape 4.8 cm/sec. AC bias AC erasing
60 minutes (with C-60 tape)
ewind time: 120 sec. (with C-60 tape) equency response: 40 ~ 15,000 Hz (CrO2 tape) 40 ~ 12,000 Hz (Normal tape) w and flutter: 0.25% (DIN45 511) (GF-9191H/HB) 0.2% (WRMS) (GF-9191E) V ratio: 50 dB
LW 150 ~ 285 kHz MW 520 ~ 1,620 kHz SW 5.95 ~ 18 MHz FM 87.6 ~ 108 MHz
LW/MW/SW 455 kHz FM 10.7 MHz 4-band superheterodyne system LW/MW ferrite core bar antenna SW/FM telescopic antenna FM EXT. antenna
SHARP CORPORATION OSAKA, JAPAN
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NAMES OF PARTS
Figure 1
Page 3
-
FRONT CABINET REMOVAL (Refer to Figures 2 and 3) 1. Pull out the power cord plug or adaptor plug from the unit. 2. Take out the cassette tape from the cassette holder. 3. Remove eight (8) screws retaining the front cabinet. 4. Open the battery compartment cover and remove one (1) screw retaining the front cabinet. (GF-9191E only). 5. Genthy pull out the front cabinet and disconnect four (4) tips (Speaker) connected to the main P.W. board.
-
B
OPERATION PANEL REMOVAL (Refer to Figure 3) 1. Remove the front cabinet as described in front cabinet
- Remove the front cabinet as described in front cabinet removal; Remove seven (7) knobs (RECORD LEVEL, BASS, TRE-BLE, VOLUME and FADER). Gently lift up the operation panel from the back cabinet.
[C] DIAL SCALE PLATE REMOVAL (Refer to Figure 3) 1. Remove the operation panel as described in operation panel removal. 2. Remove four (4) screws retaining the dial scale plate. 3. Gently pull out the dial scale plate from the chassis.
D MECHANISM BLOCK REMOVAL (Refer to Figure 4) . Remove the dial scale plate as described in dial scale plate
- Disconnect the tip (Muting) and two (2) sockets (SO501,
- SOS02) connected to the main P.W. board and the motor P.W. board. Remove four (4) screws retaining the mechanism block.
- E PHONO JACK PLATE REMOVAL (Refer to Figure 5)
- E PHOND JACK PLATE REMOVAL (Refer to Figure 5) 1. Remove the mechanism block as described in mechanism block removal. Remove two (2) screws retaining the phono jack plate. Gently pull out the phono jack plate from the back cabinet.
F CHASSIS (P.W.B.) REMOVAL (Refer to Figure 5) 1. Remove the phono jack plate as described in phono jack
- Kemove the phonon jack plate as described in phonon jack plate removal. Remove TUNING knob. Disconnect four (4) tips (Antenna) and two (2) tips (DC supply) connected to the main P.W. board. Remove seven (7) screws retaining the chassis (P.W.B.). Gently pull out the chassis (P.W.B.) from the back cabinet.
Figure 5
VOLTAGE SELECTION
Before operating the unit on mains, check the pre-set voltage. If the voltage is different from your local voltage, adjust the voltage as follows: Rotate the plug of the voltage selector by using a screwdriver so that your local voltage can be seen (Refer to Figure 6)
DIAL CORD STRINGING
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DESCRIPTION OF ARES
APSS is the abbreviation of Automatic Program Search APSS is the abbreviation of Automatic Program Search System that permits advancing the tape past an unwanted selection to the beginning of the next program automati-cally with one push of a key. In this machine, the APSS in the reverse direction is also realized besides that in the forward play. That is to say, this unit is equipped FWD. APSS key ( ◀ ) and REV.APSS key ( ► ). In playback
mode when the FWD APSS key is depressed the tane
When the FWD.-APSS key is depressed in playback mode of the tape, the pinch roller is cleared from the flywheel
(Refer to Figure 9) The current fed to the multi-vibration circuit actu
2 MUTING CIRCUIT
SW 502
MUTING CIRCUIT The current fed to the muting circuit turns "ON" the Q112 and attenuates the signal from head to hold back the
R501 $
Q501,502
2SC458(D)
+#
(3) APSS DETECTION CIRCUIT (Refer to Figures 10, 11 and 12) The surrent fed to the APSS detection sizewit drives the
tape, the potential, even if amplified by the equalizer amp (Q101 to Q104) and APSS pre-amp (IC701), becomes lower than VBE of Q701, which, therefore, is turned "OFF", and the electric charge of C706 (determined by the value of R706 and C706) is discharged at the time constant. When the potential of C706 is discharged to be-below VBE of Q702, the Q702 is turned "OFF" and the Q703 is activated. Therefore, the collector potential of Q703 becomes zero (0) volt and, consequently, the +15 volt voltage passes through the R711, allowing a discharge current, the potential of the Q704 requerements.
Figure 10 EQ AMP.
rward/Cue key ______ Revind/Review ker Pause key ______ Eject key vard APSS key ______ Reverse APSS key Figure 8 FUNCTION KEY LAYOUT D503 --------------------------------------R502 15247 SW503 R503 R504 R502 C502 33/25V R505
0 OFF
SW 504
APSS INDICATOR
Figure 9 APSS INDICATOR CIRCUIT
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Accordingly, the potential of the C707 is permitted to be stabilized from zero (0) volt to +15 volts. When the potential exceeds VBE, the O704 is turned "OFF". Then the O704 is turned "ON", and +B is supplied to the base of 0705 through the R712, turning "ON" the 0705. Then, an end of the plunger is grounded and +15V is applied to the plunger, which, in turn, is actuated. When the O704 is turned "OFF", the O705 is also turned "OFF". cutting off the potential to the plunger. When the plunger is put in action, the APSS lockplate is stretched out to release the FWD-APSS key. Consequently, the FWD-APSS switch (SW503) is turned "OFF" and the pinch roller is pressed hard against the flywheel shaft. Moreover, the fastforwarding gear is disengaged from the gear of the takeup turntable, setting the unit in normal playback mode again. As the FWD-APSS switch (SW503) is turned "OFF", the light emitting diode of D505 stops flickering and the APSS limiter circuit is made inactive. Further, the muting circuit of Q112 also stops its function.
In the meantime, when the REV-APSS key is depressed the fast-forwarding gear meshes with the gear of supply turntable and the REV-APSS switch (SW502) is turned "ON" to set the tape in rewind mode, permitting the light emitting diode of D504 to flocker. The successive function is just as in the case of FWD-APSS behavior. This ends the explanation of the APSS performance.
-
Note However, that the APSS may malfunction when either one of following recordings is played back, but, remember, this is not a trouble.
- 1. A prolonged portion of pianissimo in music.
-
2. A blank portion in the midst of music (more than 3 seconds when measured in playback).
- * In cases 1 & 2 the FWD-APSS or REV-APSS key, if depressed, resets itself and regular playback mode is resumed.
- 3. A too short interval between programs (about 1 second when measured in playback).
-
4. A noisy hum or buzz recorded in a blank portion.
- * In cases 3 & 4 the condition doesn't allow the APSS circuit to work easily, and the blank portion couldn't be detected.
- 5. FWD-APSS key depressed within 10 seconds (as measured in playback) from the end of a preceding selection.
-
6. REV-APSS key depressed within 10 seconds (as measured in playback) from the beginning of a selection.
- * In cases 5 & 6 the tape runs 10 or 30 times as fast as in playback mode if the FWD-APSS or REV-APSS key is depressed, therefore the tape skips a blank portion while the key is being depressed.
Figure 11 APSS DETECTION CIRCUIT
Figure 12 APSS MOVEMENT PRINCIPLE
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FLYWHEEL THRUST CLEARANCE ADJUSTMENT (Refer to Figure 13)
- 1. Slowly rotate the flywheel thrust clearance adjusting screw clockwise until there will be no thrust clearance.
- 2. Next, rotate the thrust clearance adjusting screw about 1/4 of its full turn counter clockwise. (Since 1 pitch of the adjusting screw refers to 0.8 mm, the thrust clearance thus created becomes 0.1 mm to 0.3 mm.)
Figure 13
(Refer to Figure 14)
- 1. Set the unit in PLAY mode.
- Push the point (A) with a tension gauge (0 gr. to 500 gr.) to make the pinch roller apart from the flywheel shaft. Then, check that the tension gauge will read 300 gr. to 400 gr. when the pinch roller stops to rotate.
- 3. As a result of the check in the step 2 above, if the reading is found outside the range of 300 gr. to 400 gr., adjust the pressure spring of pinch roller by bending it or replace.
Figure 14
■ OPERATION CHECK OF FWD-APSS AND REV-APSS MECHANISMS
(Refer to Figures 40 and 41, Pages 31 and 32) Under PLAY mode, slowly push the FWD-APSS key or REV-APSS key to make sure that the pinch roller (74) and the take-up idler (16) come off respectively from the flywheel shaft and the take-up turntable (65), and simultaneously the sub-chassis (09) moves 1 mm to 1.5 mm, and further that thereafter, the roller assembly (73) is pressed against the take-up turntable (65) or the supply turntable (66). Moreover, when the FWD-APSS key or REV-APSS key is released by pushing the FF (CUE) key or the REWIND (REVIEW) key, make ascertain that the sub-chassis (09) is reset and the unit gets in PLAY mode.
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- TOROUS MEASUREMENT AT PLAY OF AND REWIND MODES
- TORQUE MEASUREMENT AT PLAY, FF AND REWIND (Refer to Figure 15) 1. Mount a torque measuring reel on the turntable (that is, it is placed on the take-up turntable at PLAY/REWIND mode while on the supply turntable at REWIND mode). 2. Then gradually release the tension gauge and read it when the rotational speed of the turntable becomes almost constant. 2. More turned torque at each mode should be as tabulated
- constant. 3. Measured torques at each mode should be as tabulated
- Measured torques at each note and the below. Note: When the take-up turntable is stopped at PLAY mode, there should be no slip between the take-up turntable and take-up slip roller and/or between the drive belt and take-up slip roller.
Figure 15
- GAP ADJUSTMENT BETWEEN MOTOR SWITCH AND BRAKE LEVER
- IGAP ADJUSTMENT BETWEEN MOTOR SWITCH AND B (Refer to Figure 16) 1. Under each of PLAY, FF, and REWIND modes, make ascertain that the motor switch (SW501) is turned "ON"
- without fail. 2. When the motor is in a stop, check that the gap (A) between the brake lever and the motor switch (SW501) is 2 mm to
- the brake lever and the second 3 mm. 3. If the steps 1 and 2 above are still insufficient for the adjustment, the gap can be adjusted by positionally changing the two soldered terminals (B) of motor switch (SW501) located at the motor PWB with a soldering iron.
OPERATION CHECK OF PAUSE MECHANISM
■OPERATION CHECK OF PAUSE MECHANISM (Refer to Figure 40, Page 31) Set the unit in PLAY mode by pushing the key given a mark ( ◀ ). Then slowly push the PAUSE key and make ascertain that the take-up tidler (16) and the pinch roller (74) come off respectively from the take-up turntable (65) and the flywheel shaft almost at the same time and check that each of the two gaps thus produced is about 0.5 mm.
Figure 16
ADJUSTMENT OF PLUNGER SETTING POSITION
-
ADJUSTMENT OF PLUNGER SETTING POSITION (Refer to Figure 17)
Under FF mode, loosen the plunger retaining screw, hold up the part (a) of the plunger by hand and while keeping the plunger in contact with the lock shaft, retighten the plunger retaining screw.
After the step 1, make sure of the following.
Check that each of the PLAY, FF (CUE), REWIND (REVIEW) keys can be locked smoothly.
Check that the FVD-APSS key and REV-APSS key can be locked smoothly and they further be released when the plunger can start to operate smoothly when the STOP key is pushed to release the APSS keys.
- when the STOP key is pushed to release the ArSS keys. 3 After the step 2 the adjustments are not yet sufficient.
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ELECTRICAL MEASUREMENT
- This unit operaters on DC 15V. Check that the power supply is exactly 15V before measurement. Set the POWER switch (SW101F) to "TAPF" meeting
-
RECORD OSCILLATOR BIAS CURRENT AND BIAS FREQUENCY ADJUSTMENT (Refer to Figure 18)
Connect the V.T.V.M. across the 100 ohm resistors (R115, R116).
Place the unit in RECORD mode.
S. As a result of the check in the step 5 above, if the reading is found outside the 53 ± 3 kHz, adjust the bias oscillation could (131)
Figure 18
ERASE CURRENT CHECK
- ERASE CURRENT CHECK (Refer to Figure 19) 1. Connect the V.T.V.M. across the 1 ohm resistor (R303). 2. Place the unit in RECORD mode. 3. Make sure the erase current is 100 ± 20 mV.
-
RECORD AMPLIFIER SENSITIVITY CHECK (Refer to Figure 20)
Connect the V.T.V.M. across the 100 ohm resistors (R115, R116).
Short circuit the primary coil of the oscillation coil (L301) to stop bias oscillator.
- coll (L-301) to stop bias oscillator. Connect the signal generator to the EXT MIC jacks (J101-A, J101-C) and apply signal (1000 Hz, -78 dB) to the unit.
4 Place the unit in RECORD mode.
Place the unit in RECORD mode. If the record amplifier sensitivity is normal, the reading on V.T.V.M. should be approximately 1.25 mV.
Figure 20
-
PLAYBACK AMPLIFIER SENSITIVITY CHECK (Refer to Figure 21) 1. Connect load resistor (40hm) to the EXT. SP sockets (SO102, SO103) and further connect the V.T.V.M. thereto.
connect the signal generator in series of the REC/PB head and apply signal (1000 Hz, -80 dB) to the unit
-
Figure 21
- Place the unit in PLAYBACK mode. If the playback amplifier sensitivity is normal, the reading on the V.T.V.M. should be approximately
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PHONO AMPLIFIER SENSITIVITY CHECK (Refer to Figure 22) Connect load resistor (40hm) to the FXT SP concerns.
- thereto. 2. Connect the signal generator to the phono jacks (J103-A, J103-B) and apply signal (1000 Hz, -54 dB) to the unit.
Place the unit in PHONO mode. If the phono amplifier sensitivity is normal, the reading on the V.T.V.M. should be approximately 2.8 V
13
- SWING ADJUSTMENT OF VU METER (Refer to Figures 20 and 23) Apply signal (1 kHz, -60 dB) to the EXT. MIC jacks (1101-A, 1101-C) Adjust the record volume controls (R147, R148) so that the V.T.V.M. reads 3.5 mV. Rotate the semi-variable resistors (R187, R188) to adjust so that each of the two VU meters (ME101, ME102) indicates around "0" VU and swings to the same extent in right and left of the position "0" VU.
Figure 23
- RECORD/PLAYBACK HEAD AZIMUTH ADJUSTMEN (Refer to Figure 24.) Connect load resistor (40hm) to the EXT. SP sockets (S0102, S0103) and connect outputs of both the right and left channels to the vertical and horizontal right and left channels to the vertical and horizontal input terminals of oscilloscope. 2. Insert the test tape (MTT-114, 10 kHz, -10 dB Recorded).
- Recorded). 3. Place the unit in PLAYBACK mode. 4. Adjust the head azimuth adjusting screw so that Lissajou's waveform attains the maximum and the
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GENERAL ALIGNMENT INSTRUCTION
Should it become necessary at any time to check the alignment of this receiver, proceed as follows; 3. Use a non-metallic alignment tool. 1. Set the volume control (R227, R228) to maximum. 4. Repeat adjustments to insure good results. 2. Attenuate the signals from the generator enough to switch (SW101F) to "ON" position.
THE INSTRUCTION OF FREQUENCY ADJUSTMENT
In order to comply with FTZ rule: Nr. 358/1970, please fix the low end of dial frequency (87.5MHz) and the high end of dial frequency (107.9MHz) on FM band, by adjust-
AM ALIGNMENT CHART
| SIGNAL | SENERATOR | RE | CEIVER | ||||
|---|---|---|---|---|---|---|---|
| STEP | BAND |
TEST
STAGE |
CONNECTION TO
RECEIVER |
INPUT SIGNAL
FREQUENCY |
DIAL SETTING | REMARKS | ADJUSTMENT |
| 1 | MW | IF | Refer to Figure 25 |
Exactly 455 kHz.
(400 Hz, 30%, AM modulated) |
High end of dial.
(minimum capa- city) |
Adjust for
maximum output. |
Adjust the AM
IF transformers (T3) (T4) |
| 2 | мw | Band | Refer to Figure 25 |
Exactly 510 kHz.
(400 Hz, 30%, AM modulated) |
Low end of dial.
(maximum capa- city). |
Adjust for
maximum output. |
Adjust the MW
oscillation coil (L9). |
| 3 | MW | Coverage | Same as step 2. |
Exactly 1650 kHz.
(400 Hz, 30%, AM modulated) |
High end of dial.
(minimum capa- city). |
Same as step 2. |
Adjust the MW
oscillation trimmer (TC7). |
| 4 | MW | 17 J. J. | Same as step 2. |
Exactly 600 kHz.
(400 Hz, 30%, AM modulated) |
600 kHz. | Same as step 2. |
Adjust the MW
antenna coil (L7) (See Note A) |
| 5 | MW | Tracking | Same as step 2. |
Exactly 1400 kHz.
(400 Hz, 30%, AM modulated) |
1400 kHz. | Same as step 2. |
Adjust the MW
antenna trimmer (TC4). (See Note A) |
| 6 | MW | Repeat steps 2, 3, 4, and 5 | until no further improven | ent can be made. | |||
| 7 | LW | Same as step 2. |
Exactly 145 kHz.
(400 Hz, 30%, AM modulated) |
Low end of dial.
(maximum capa- city) |
Same as step 2. |
Adjust the LW
oscillation coil (L10). |
|
| 8 | LW | Coverage | Same as step 2. |
Exactly 295 kHz.
(400 Hz, 30%, AM modulated) |
High end of dial.
(minimum capa- city) |
Same as step 2. |
Adjust the LW
oscillation trimmer (TC8). |
| 9 | LW | Tracking | Same as step 2. |
Exactly 160 kHz.
(400 Hz, 30%, AM modulated) |
160 kHz. | Same as step 2. |
Adjust the LW
antenna coil (L7). |
| 10 | LW | ITACKING | Same as step 2. |
Exactly 260 kHz.
(400 Hz, 30%, AM modulated) |
260 kHz. | Same as step 2. |
Adjust the LW
antenna trimmer (TC5). |
| 11 | LW | Repeat steps 7, 8, 9 and 10 | until no further improven | ient can be made. | |||
| 12 | sw | Band | Refer to Figure 26 |
Exactly 5.85 MHz
(400 Hz, 30%, AM modulated) |
Low end of dial.
(maximum capa- city) |
Same as step 2. |
Adjust the SW
oscillation coil (L8). |
| 13 | sw | Coverage | Same as step 12. |
Exactly 18.5 MHz.
(400 Hz, 30%, AM modulated) |
High end of dial.
(minimum capa- city) |
Same as step 2. |
Adjust the SW
oscillation trimmer (TC6). |
15
Adjust the SW antenna trimmer (TC2) 16 SW
Exactly 6.5 MHz. (400 Hz. 30%, AM
Note A) Check the alignment of the receiver antenna coil by bringing a piece of ferrite (such as a coil slug) near the antenna loop stick, then a piece of brass. If ferrite increases output, loop requires more inductance. If brass increases
output, loop requires less inductance. Change loop in-ductance by sliding the bobbin toward the center of ferrite core to increase inductance, or away to decrease inductance.
Figure 26 SW RF ALIGNMENT EQUIPMENT CONNECTION
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FM ALIGNMENT CHART
(Refer to Figure 33)
| SIGNAL G | ENERATOR | RECEIV | /ER | |||
|---|---|---|---|---|---|---|
| STEP | TEST STAGE |
CONNECTION TO
RECEIVER |
INPUT SIGNAL
FREQUENCY |
DIAL SETTING | REMARKS | ADJUSTMENT |
| 1 | IF | Refer to Figure 27 |
Exactly 10.7 MHz.
(400 Hz, 30%, FM modulated) |
High end of dial.
(minimum capacity) |
Adjust for
maximum output. |
Adjust the FM
IF transformers 1. (T1) 2. (T2) (See Note B) |
| 2 | Band |
Refer to Figures 28
and 32 |
Exactly 87.1 MHz
(400 Hz, 30%, FM modulated) |
Low end of dial.
(maximum capacity) |
Adjust for
maximum output. |
Adjust the FM
oscillation coils (L 3, L 4). |
| 3 | Coverage | Same as step 2. |
Exactly 108.5 MHz.
(400 Hz, 30%, FM modulated) |
High end of dial.
(minimum capacity) |
Same as step 2. |
Adjust the FM
oscillation trimmer (TC2). |
| 4 | Same as step 2. |
Exactly 88 MHz.
(400 Hz, 30%, FM modulated) |
88 MHz | Same as step 2. |
Adjust the FM
RF coils (L1, L2). |
|
| 5 | Tracking | Same as step 2. |
Exactly 108 MHz.
(400 Hz, 30%, FM modulated) |
108 MHz | Same as step 2. |
Adjust the FM
RF trimmer (TC1). |
| 6 | Repeat steps 2, 3, 4 and 5 v | intil no further improveme | nt can be made. |
Figure 28 FM RF ALIGNMENT EQUIPMENT CONNECTION
Page 12
Note B (Refer to Figure 29)
There are 5 kinds of ceramic filters (CF101, CF102) available with this unit and they are given color indication as tabulated below to differentiate the central frequency from one to another among them. When using them, be sure to make the two of the same type a pair.
When other ceramic filters than the one (red) having the central frequency of 10.7 MHz are used, note that a marker (10.7 MHz) of FM sweep generator, if used, will be deviated -- therefore, adjust the generator by putting off the marker.
Figure 29
| SIGNAL GE | NERATOR | RE | |||||
|---|---|---|---|---|---|---|---|
| STEP |
CONNECTION TO
RECEIVER |
CONNECTION TO INPUT SIGNAL
RECEIVER FREQUENCY |
INPUT SIGNAL
FREQUENCY DIAL SETTING |
REMARKS | ADJUSTMENT | ||
| 1 | Refer to Figures 30 and 32 |
Exactly 98 MHz (54 dB)
un modulated. |
98 MHz | Adjust for 19 ± 0.1 kHz. | Adjust the semi-variable resister (R34) | ||
Figure 30 FM MPX ALIGNMENT EQUIPMENT CONNECTION
Page 13
| SIGNAL GE | NERATOR | RE | CEIVER | ||
|---|---|---|---|---|---|
| STEP |
CONNECTION TO
RECEIVER |
INPUT SIGNAL
FREQUENCY |
DIAL SETTING | REMARKS | ADJUSTMENT |
| 1 | Refer to Figures 31 and 32 |
Exactly 98 MHz (20 dB)
(19 kHz, 10%, FM modulated) |
98 MHz |
Adjust for the indicator
starts lighting. |
Adjust the semi-variable resister (R22) |
Page 14
Page 15
Figure 35 VOLTAGE OF IC AND TRANSISTOR
Page 16
Figure 36 WIRING SIDE OF P.W. BOARD
Page 17
Figure 37 WIRING SIDE OF P.W. BOARD
Page 18
Page 19
31
igure 41 MECHANISM EXPLODED BOTTOM VIEW
Page 20
Page 21
Page 22
37
REPLACEMENT PARTS LIST
| To have y | "HOW TO OR | DER R | EPLA | CEMENT PARTS" | allouing informations |
|---|---|---|---|---|---|
| To have y | your order filled promptly ar | 1d corr | بالدمم | alassa fumish tha f | allouring informations |
| 1 MODEL N | ecuy, | please furnish the h | showing informations. | ||
| I. MODEL NU | JMBER | 2. REF. NO. | |||
| 3 PART NO | 4 DESCRIPTION | 1 | |||
| 5. TART NO. | 4. DESCRIPTION | ||||
| 055 | |||||
| PART NO. | DESCRIPTION | CODE | NO. | PART NO. | DESCRIPTION |
| INTEGRA | FED CIRCUITS | D | IODES | ||
| RH-IX1083AFZZ | FM IF Amp. and Detector | AM | D1 | VHD1S2473//-1 | Protector (1S2473) |
| RH-IX1082AFZZ | PLL FM Stereo Demodulator | AM | D2 | VHD1S2473//-1 | Protector (1S2473) |
| RH-IX1084AFZZ | Phono Equalizer Amp. | AH | D3 | VHC1S2688-B1F | FM AFC (1S2688 (B) |
| RH-IX1020AFZZ | Audio Power Amp. | AN | D4 | VHD1N34A///-1 | Tuning Meter Bias (1N34A) |
| RH-IX1020AFZZ | Audio Power Amp. | AN | D5 | VHD1S2473//-1 | Tuning Meter Bias (1S2473) |
| RH-IX0408AGZZ | APSS Amp. | AM | D6 | VHD1N34A///-1 | AM Overload (1N34A) |
| 101070.00 | D7 | VHD1N34A///-1 | AM Detector (1N34A) | ||
| TRAM | ISISTORS | D8 | VHD1N34A///-1 | AM Tuning Detector (1N34 | |
| 1000010000/ | EN DE L CARGONAL C | DA | vHEWZ-075//-1 | Zener, Voltage Regulator | |
| v 525C1923O/-1 | FM KF Amp. (2SC1923 (0)) | AC | DIA | 1000100400001 | (wZ-0/5) |
| V525C1923R/-1 | FM Mixer (2SC1923 (B)) | AC | D10 | VHD1S2473//-1 | Protector (1S2473) |
| V 323C1923R/-1 | EM IE Ama (25C1923 (R)) | AU | DII | vnrGLJAKI//-1 | (CL2API) |
| VS25C380-0/-1 | AM Minute (26C280 (0)) | AF | D101 | VHD1624//// 1 | (GLSARI) |
| VS25C380-0/-1 | AM Mixer (25C380 (0)) | AP | D101 | VHD1534////-1 | ALC (1834BL) |
| VS2SC380-R/-1 | AM UE Ama (26C280 (R)) | AD | D102 | VUD1534////1 | ALC (1834BL) |
| V$25C380 V/ 1 | AM IF Amp. (25C380 (0)) | AP | D103 | VHD1534//// 1 | ALC (1534BL) |
| V$25C1682CP-1 | Fauslizer Amp. (28C1682 CP) | D104 | VHD1N34A///-1 | VU Matar (1N24A) | |
| V$25C1682GR-1 | Equalizer Amp. (2SC1682 (CP)) | D105 | VHD1N34A///-1 | VU Meter (1N34A) | |
| V$25C732.G/-1 | Equalizer Amp. (2SC1002 (DV) | AD | D107 | VHD1N344///-1 | ALC (IN34A) |
| V$25C732-G/-1 | Equalizer Amp. (2SC732 GR) | AD | D108 | VHD1$2473//-1 | Muting (182473) |
| VS2SC732RI /1F | Record Amn (2SC732 (BL)) | AD | D501 | RH-DX10064FZZ | Protector (10F1) |
| VS2SC732BL/1F | Record Amp. (2SC732 (BL)) | AD | D502 | VHD1S2473//-1 | APSS Indicator Switching |
| VS2SC373-G/-1 | Record Amp (2SC373 G) | AC | (152473) | ||
| VS2SC373-G/-1 | Record Amp (2SC373 G) | AC | D503 | VHD1S2473//-1 | APSS Indicator Switching |
| VS2SC1583G-1F | ALC Amp. (2SC1583 (G)) | AF | (1$2473) | ||
| VS2SC373-G/-1 | ALC Amp. (2SC373 (G)) | AC | D504 | VHPGL31AR8/-1 | LED, APSS Indicator |
| VS2SC1740R/-1 | Meter Amp. (2SC1740 (R)) | AC | (GL31AR8) | ||
| VS2SC1740R/-1 | Meter Amp. (2SC1740 (R)) | AC | D505 | VHPGL31AR8/-1 | LED, APSS Indicator |
| VS2SC2021-R-1 | Phase Shifter (2SC2021 R) | AC | (GL31AR8) | ||
| VS2SC2021-R-1 | Phase Shifter (2SC2021 ®) | AC | D701 | VHD1S2473//-1 | APSS Muting (1S2473) |
| VS2SD467-C/-1 | Ripple Filter (2SD467 (C)) | AD | D702 | VHD1S2473//-1 | APSS Muting (1S2473) |
| VS2SC458-D/-1 | Record Bias Oscillator | AC | D901 | RH-DX1006AFZZ | Rectifier (10E1) |
| (2SC458 (D)) | D902 | RH-DX1006AFZZ | Rectifier (10E1) | ||
| VS2SC458-D/-1 | Record Bias Oscillator | AC | D903 | RH-DX1006AFZZ | Rectifier (10E1) |
| (2SC458 (D)) | D904 | RH-DX1006AFZZ | Rectifier (10E1) | ||
| VS2SC1682GR-1 | MIC Amp. (2SC1682 (GR)) | AD | - | ||
| VS2SC732-G/-1 | MIC Amp. (2SC732 (GR)) | AD | c | COILS | |
| v 525C458-D/-1 |
Ar55 Indicator Switching
(2SC458 ①) |
AC | LI | RCILR0112AF77 | FM RF |
| VS2SC458-D/-1 | APSS Indicator Swithcing | AC | L2 | RCILR0112AFZZ | FMRF |
| VEDELARS V/ 1 | (25C450 (D)) | L.3 | KCILR0089AFZZ | FM Oscillator | |
| V 525A495-1/-1 | APSS Switching (2SA495 (2)) | AD | 1.4 | RCILR0089AFZZ | FM Uscillator |
| v 525C5/2-Y/-1 | Arss Level Comparison | AC | 1.5 | RCILC0030AFZZ | FM IF ITap |
| V$2$C372.V/-1 | APSS Loval Composison | 10 | 17 |
RCILAU233AFZZ
RCILAU408AF77 |
Sw Antenna
MW/I W Antonno |
| v 323C372-1/-1 | (25C372 (V)) | AC | 1.8 | RCH R0300AFZZ |
MW/LW Antenna
SW Orgillator |
| V$2$4495.V/-1 | APSS Plungar Drive | AD | 19 |
RCILB0309AFZZ
RCII R0389AF77 |
MW Oscillator |
| · 020//470-1/-1 | (25A495 (V)) | AD | 110 | RCILB0363AFZZ | I W Oscillator |
| V$2$D468-C/-1 | APSS Plunger Driver | AF | 111 | RCILCO066AF77 | Choke |
| . 5250400-07-1 | (2SD468 (2)) | AL. | 112 | RCIL E00144C-77 | Filter |
| (202700 ()) | L101 | RCILB0376AFZZ | Bias Sten-un | ||
| L102 | RCILB0376AFZZ | Bias Step-up | |||
|
INTEGRA:
RH-1X1083AFZZ RH-1X1084AFZZ RH-1X1084AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AFZZ RH-1X1020AF |
INTEGRATED CIRCUITS
RIFAX1083AFZZ
RIFAX1082AFZZ RIFAX10847CZ MIF Arm, and Detestor, FMASUBATZZ RIFAX1020AFZZ RIFAX1083AFZZ RIFAX1020AFZZ MIF Arm, and Detestor, FMASUBATZZ RIFAX102AFZZ MIF Arm, and Detestor, FMASUBATZZ RIFAX1084AFZZ MIF Arm, and Detestor, Missource RIFAX102AFZZ MIF Arm, and Detestor, Missource RIFAX102AFZZ Missource RIFAX102AFZ Missource RIFAX102AFZZ Missource RIFAX102AFZ Missource RIFAX104AFZ Missource |
INTEGRATED CIRCUITS
AM
RH-X1083AFZZ
RH-HX1082AFZZ RH-HX1082AFZZ HX1082AFZZ RH-10200AFZZ Addis Power Amp. AM RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ Addis Power Amp. AM RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X1020AFZZ RH-X102 |
INTEGRATED CIRCUITS
Am
RH-KX1083AF2Z
FM IF Amp. and Detector
RH-KX1082AF2Z FM IF Amp. and Detector RH-KX1084AF2Z Am D3 RH-KX1082AF2Z Phone Examp. Am D3 RH-KX1082AF2Z Phone Examp. Am D3 RH-KX1084AF2Z Audio Power Amp. Am D4 RH-KX1084AF2Z Audio Power Amp. Am D5 RH-KX1020AF2Z Audio Power Amp. Am D6 VS2SC19230/-1 FM RF Amp. (2SC1923 (*) AC D10 VS2SC19230/-1 FM Mixer (2SC1923 (*) AC D10 VS2SC19230/-1 FM Gramp. (2SC380 (*) AC D10 VS2SC19230/-1 FM Gramp. (2SC380 (*) AD D10 VS2SC19230/-1 AM Mocillator (2SC380 (*) AD D10 VS2SC1930A/-1 AM FAmp. (2SC330 (*) AD D10 VS2SC1923C/-1 Equalizer Amp. (2SC132 (*) AD D10 VS2SC1923C/-1 Equalizer Amp. (2SC132 (*) AD D10 VS2SC1923C/-1 Record Amp. (2SC132 (*) AD |
INTEGRATED CIRCUITS
D
RH-KU083AF2Z
FM IF Amp. and Detector.
RH-KU082AF2Z AM IF Amp. and Detector. RH-KU082AF2Z AM IF Amp. and Detector. AM D2 MIDIS2473/i-1 RH-KU082AF2Z Photo Faure Amp. Amb D3 AM D2 VHDIS2473/i-1 RH-KU084AF2Z Photo Faure Amp. Amb D4 ND D4 VHDIS2473/i-1 RH-KU084AF2Z Audio Power Amp. ArSS Amp. AM D4 VHDIN34A/i/-1 RH-KU024AF2Z Audio Power Amp. ArSS Amp. AM D6 VHDIN34A/i/-1 RH-KU024F2 Audio Power Amp. AM D6 D10 VHDIN34A/i/-1 VS2SC19230/-1 FM FF Amp. (2SC1923 ©) C D10 VHDIS3473/i-1 VS2SC19230/-1 FM FF Amp. (2SC192 ©) C D10 VHDIS3473/i-1 VS2SC19230/-1 FM FF Amp. (2SC180 ©) AF D101 VHDIS3473/i-1 VS2SC19230/-1 FM FM mp. (2SC180 ©) AF D103 VHDIS3473/i-1 VS2SC1800/-1 AM FF Amp. (2SC180 ©) AD D106 VHDIS3473/i-1 VS2SC1920/-1 FM FM mp. (2SC130 ©) AD D106 VHDIS3473/i-1 VS2SC14 |
Page 23
PARTS LIST
|
REF.
NO. |
PART NO. | DESCRIPTION | CODE |
REF.
NO. |
PART NO. | DESCRIPTION | CODE |
REF:
NO. |
PART NO. | DESCRIPTION | CODE |
REF.
NO. |
PART NO. | DESCRIPTION | CODE |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| L301 | RCILB0086AGZZ | Bias Oscillator | AE | C4 | VCKZPU1HF102Z | .001MFD, 50V, +80 -20%, | АА | C45 | VCEAAU1CW477Y |
470MFD, 16V, +50 -10%,
Electrolytic |
AD | C90 | VCKZPU1HF223Z |
.022MFD, 50V, +80 -20%,
Ceramic |
AA |
| L501 | RCILF0014AGZZ | Noise Suppressor | AC | C5 | VCCSPU1HL5R0C | 5PF, 50V, ±.25PF, Ceramic | AA | C46 | VCCSPU1HL181J | 180PF, 50V, ±5%, Ceramic | AA | C91 | VCQYKU1HM103M | .01MFD, 50V, ±20%, Mylar | AB |
| TRANS | FORMERS | C6 | VCCSPU1HL220J | 22PF, 50V, ±5%, Ceramic | AA | C47 | VCKYPU1HB223M | .022MFD, 50V, ±20%, Ceramic | AA | C92 | VCKZPU1HF103Z | .01MFD, 50V, +80 -20%, | AA | ||
| C7 | VCKYPU1HB222M | .0022MFD, 50V, ±20%, | AA | C48 | VCKZPU1HF103Z | .01MFD, 50V, +80 -20%, | AA | C93 | VCEAAULAW107V | 100MED 10V +50 -10% | AB | ||||
| T1 | RCILI0157AFZZ | FM IF | AE | 60 | WWW.WWWWWWWWWW | Ceramic | C49 | VCEALULHW335M | 3 3MED 50V +20% | AC | 0,5 | VCLAACIAWIO/I | Electrolytic | ||
| T2 | RCILI0208AFZZ | FM IF | AD | 68 | VCKYPUTHB222M | Ceramic | (4) | VELALOTTIN 555M | Electrolytic | C94 | VCEAAU1EW475A | 4.7MFD, 25V, +75 -10%, | AB | ||
|
T3
T4 |
RCILI0224AFZZ | AMIE | AD | C9 | VCCSPU1HL5R0C | 5PF, 50V, ±.25PF, Ceramic | AA | C50 | VCQSMT1HS471J | 470PF, 50V, ±5%, Styrol | AB | Electrolytic | |||
| T101 | RTRNI0065AFZZ | Recording | AF | C10 | VCCPU1HH1R0C | 1PF (CH), 50V, ±.25PF, | AA | C51 | VCQYKU1HM473M | .047MFD, 50V, ±20%, Mylar | AC | C95 | VCKZPU1HF223Z | .022MFD, 50V, +80 -20%, | AA |
| T102 | RTRNI0065AFZZ | Recording | AF | Ceramic | C52 | VCEALU1HW474M |
.47MFD, 50V, ±20%,
Electrolytic |
AB | C96 | VCOVKU1HM223K | 022MFD, 50V, ±10%, Mylar | AB | |||
| T901 | RTRNP0555AFZZ | Power (GF-9191H/HB) | AW | C11 | VCCSPUTHL101J | 100PF, 50V, ±5%, Ceramic | AA | C53 | VCFALULHW224M | 22MFD 50V ±20% | AB | C97 | VCEALU1HW104M | .1MFD, 50V, ±20%, | AB |
| | RTRNP0565AFZZ | Power (GF-9191E) | ** | 012 | VCK1FUIHB4/2M | Ceramic | 0.55 | CERECTION 221M | Electrolytic | Electrolytic | ||||||
| FI | TERS | C13 | VCCSPU1HL3R0C | 3PF, 50V, ±.25PF, Ceramic | AA | C54 | VCQYKU1HM103M | .01MFD, 50V, ±20%, Mylar | AB | C98 | VCEAAU1AW107Y | 100MFD, 10V, +50 -10%, | AB | ||
| C14 | VCKZPU1HF103Z | .01MFD, 50V, +80 -20%, | AA | C55 | VCKYPU1HB681K | 680PF, 50V, ±10%, Ceramic | AA | C00 | VCEA AUTOWIDEN | Electrolytic | AB | ||||
| CF101 | RFILF0009AFZZ | Ceramic, 10.7MHz, FM IF | AE | Ceramic | C56 | VCKYPU1HB681K | 680PF, 50V, ±10%, Ceramic | AA | (99 | VCEAAUICWI001 | Flectrolytic | ~ | |||
| CF102 | RFILF0009AFZZ | Ceramic, 10.7MHz, FM IF | AE | C16 | VCKYPU1HB222M | .0022MFD, 50V, ±20%, | AA | C58 | VCCSPU1HL331J | 330PF, 50V, ±5%, Ceramic | AB | C100 | VCEALU1HW105M | 1MFD, 50V, ±20%, | AD |
| PACKAGE | C17 | VCEAAU1CW476Y | 47MFD, 16V, +50 -10%, | AC | C59 | VCCSPU1HL181J | 180PF, 50V, ±5%, Ceramic | AA | Electrolytic | ||||||
| Electrolytic | C60 | VCEAAU1EW475A | 4.7MFD, 25V, +75 -10%, | AB | C101 | VCEALU1EC475M | 4.7MFD, 25V, ±20%, | AB | |||||||
| M1 | RFILF0056AFZZ | B.P.F., FM Antenna | AE | C18 | VCCUPU1HJ150J | 15PF (UJ), 50V, ±5%, | AB | 60 | VCEAAU EW475A |
Electrolytic
4 7MED 25V +75 10% |
AB | C102 | VCFALULEC475M | 4 7MED 25V ±20% | AB |
| M2 | RMPTA0104AFZZ | Low Pass Filter | AD | C10 | VCCCBULUHEROC |
Ceramic
CPE (CH) SOV + 25PE |
44 | 01 | VCEAAUIEW473A | Electrolytic | 0102 | V CEREOTECHIOM | Electrolytic | ||
| M3 | RMPTA0104AFZZ | Low Pass Filter | AD | 019 | VCCCPUINH6K0C | Ceramic | лл | C62 | VCKZPU1HF103Z | .01MFD, 50V, +80 -20%, | AA | C103 | VCEAAU1AW476Y | 47MFD, 10V, +50 -10%, | AB |
| CONT | ROLS | C21 | VCCSPU1HH180J | 18PF (SH), 50V, ±5%, | ** | Ceramic | Electrolytic | ||||||||
| 1 | Ceramic | C63 | VCCSPU1HL3R0C | 3PF, 50V, ±.25PF, Ceramic | AA | C104 | VCEAAU1AW476Y | 47MFD, 10V, +50 -10%, | AB | ||||||
| VC1, | Variable Capacitor, | C22 | VCKZPU1HF103Z | .01MFD, 50V, +80 -20%, | AA | C65 | VCCSPUTHL390J |
3300PE 50V ±5% Ceramic
3300PE 50V ±5% Sturol |
AA | C105 | VCCSPU1HL271J | 270PF, 50V, ±5%, Ceramic | AB | ||
| VC2, | Tuning with Trimmers | C23 | VCEALU1HW474M | .47MFD, 50V, ±20%, | AB | C67 | VCCSPU1HL271J | 270PF, 50V, ±5%, Ceramic | AB | C106 | VCCSPU1HL271J | 270PF, 50V, ±5%, Ceramic | AB | ||
| VC4 | T22: FM Oscillator Trimmer | 10 | Electrolytic | C69 | VCCSPU1HL221J | 220PF, 50V, ±5%, Ceramic | AB | C107 | VCQYKU1HM273K | .027MFD, 50V, ±10%, Mylar | AB | ||||
| TC1, | RVC-R0057AFZZ | TC4: MW Antenna Trimmer | AQ | C24 | VCKZPU1HF223Z | .022MFD, 50V, +80 -20%, | AA | C70 | VCKZPU1HF102Z | .001MFD, 50V, +80 -20%, | AA | C108 | VCQYKU1HM273K | .027MFD, 50V, ±10%, Mylar | AB |
| TC2, | TC7: MW Oscillator trimmer | 0.00 | WORMPHILIP222M |
Ceramic
022MED 50V ±20% Caramia |
071 | VCCCBUUUKBOC | Ceramic | C109 | VCQYKUIHM822K | 0082MFD, 50V, ±10%, Mylar | AB | ||||
| TC4, | C25 | VCK TPUTHB223M | .01MFD, 50V, +80 -20%, | AA | 0/1 | VCCCPUINISROC | Ceramic | ~~ | C111 | VCEAAU1CW106Y | 10MFD, 16V, +50 -10%, | AB | |||
| TC3 | Trimmers. | 0.00 | Ceramic | C72 | VCCCPU1HH220J | 22PF (CH), 50V, ±5%, Ceramic | AA | Electrolytic | |||||||
| TC5 | RTO-H2050AFZZ | TC3: SW Antenna Trimmer | AD | C27 | VCKZPU1HF103Z | .01MFD, 50V, +80 -20%, | AA | C73 | VCKZPU1HF223Z | .022MFD, 50V, +80 -20%, | AA | C112 | VCEAAU1CW106Y | 10MFD, 16V, +50 -10%, | AB |
| TC5: LW Antenna Trimmer | 0.00 | WORMPHILIP222M |
Ceramic
022MED 50V ±20% Caramic |
074 | VCONKULUMIONK | Ceramic | AD | C113 | RC-F75337AF1C | 330MED, 16V, +50 -10%. | AC | ||||
| TC6 | RTO-H1007AFZZ | Trimmer, SW Oscillator | AC |
C28
C29 |
VCCSPU1HL5R0C | 5PF, 50V, ±25PF, Ceramic | AA | C74 | VCQYKUIHM223M | 022MFD, 50V, ±10%, Mylar | AB | 0110 | Re EESSoonin Te | Electrolytic | |
| 822 | RVR-M01304F77 | 50K ohm (B). Muting Level | AC | C30 | VCKZPU1HF103Z | .01MFD, 50V, +80 -20%, | AA | C76 | VCQYKU1HM473M | .047MFD, 50V, ±20%, Mylar | AC | C114 | VCEAAU1AW336Y | 33MFD, 10V, +50 -10%, | AB |
| 1122 | KTR MOIDONI DD | Adjust | Ceramic | C77 | VCKZPU1HF223Z | .022MFD, 50V, +80 -20%, | AA | 0116 | VOP AL ULUW224M | Electrolytic | AD | ||||
| R34 | RVR-M0127AFZZ | 10K ohm (B), PLL VCO Adjust | AC | C31 | VCEAAU1HW105A | 1MFD, 50V, +75 -10%, | AB | 670 | NEWARDULUDAAAM | Ceramic | CIIS | VCEALUIHW554M | Flectrolytic | AD | |
| R139/ | RVR-B0158AFZZ | 20K ohm (B), Fader | AH | C32 | VCOSMT1HS1511 | 150PF, 50V, ±5%, Styrol | AB | C/8 | VCK IPUTHB225M |
.022MFD, 50V, ±20%,
Ceramic |
AA | C116 | VCEALU1HW334M | .33MFD, 50V, ±20%, | AB |
|
R140)
R147/) |
C33 | VCKZPU1HF103Z | .01MFD, 50V, +80 -20%, | AA | C79 | VCKZPU1HF103Z | .01MFD, 50V, +80 -20%, | AA | Electrolytic | ||||||
| R148 | RVR-Z0064AFZZ | 50K ohm (A), Record Level | AM | Ceramic | Ceramic | C117 | VCEALU1EC335M | 3.3MFD, 25V, ±20%, | AB | ||||||
| R187 | RVR-M0003SGZZ | 5K ohm (B), Meter Sensitivity | AC | C34 | VCCSPU1HL100F |
10PF, 50V, ±1PF, Ceramic
47MED 16V +50 -10% |
C80 | VCCSPU1HL331J | 330PF, 50V, ±5%, Ceramic | AB | C118 | VCEALU1EC335M | 3.3MED. 25V. ±20%. | AB | |
| D100 | PVP.M00038C77 |
Adjust
SK ohm (B) Meter Sensitivty |
AC | CSS | VCEAA01CW4701 | Electrolytic | C81 | VCKZPUTHF223Z |
.022MFD, 50V, +80 – 20%,
Ceramic |
AA | Electrolytic | ||||
| R100 | KVK-W00033022 | Adjust | C36 | VCKYPU1HB223M | .022MFD, 50V, ±20%, Ceramic | AA | C82 | VCKZPU1HF223Z | .022MFD, 50V, +80 -20%, | AA | C119 | VCQYKU1HM102K | .001MFD, 50V, ±10%, Mylar | AB | |
| R195/] | DVD 000624E77 | 100K ohm (A) Trable | AH | C37 | VCKZPU1HF223Z | .022MFD, 50V, +80 -20%, | AA | Ceramic | C120 | VCQYKU1HM102K | .001MFD, 50V, ±10%, Mylar | AB | |||
| R196 | | KVR-F0003AF22 | TOOK OMM (A), THEOR | C38 | VCKZPU1HE223Z |
Ceramic
022MFD, 50V, +80 -20%. |
AA | C83 | VCKZPU1HF223Z | .022MFD, 50V, +80 -20%, | AA | C121 | VCCSPU1HL271J |
270PF, 50V, ±5%, Ceramic
270PF, 50V, ±5%, Ceramic |
AB | |
| R201/ | RVR-P0063AFZZ | 100K ohm (A), Bass | AH | 0.50 | VCREI OTTIL 2232 | Ceramic | C94 | VCV7BUI HE2227 |
Ceramic
0022MED 50V +80 -20% |
C123 | VCEAAU1CW106Y | 10MFD, 16V, +50 - 10%, | AB | ||
| R202) | C39 | VCKZPU1HF223Z | .022MFD, 50V, +80 -20%, | AA | 0.04 | VCKLF0THF2222 | Ceramic | aa | Electrolytic | ||||||
| R228 | RVR-Z0063AFZZ | 20K onm (B), volume | Am | 010 | VOCEDUALIDADA |
Ceramic
220BE 50V ±5% Commin |
AD | C85 | VCKZPU1HF223Z | .022MFD, 50V, +80 -20%, | AA | C124 | VCEAAU1CW106Y | 10MFD, 16V, +50 -10%, | AB |
| R301 | RVR-M0126AFZZ | 5K ohm (B), Bias Current Adjus | t AC |
C40
C41 |
VCCSPUTHL221J
VCEAAU1EW475A |
4.7MFD, 25V, ±5%, Ceramic | AB | Ceramic | C125 | VCEAAU1HW105A | 1MFD, 50V, +75 -10%. | AB | |||
| R302 | RVR-M0126AFZZ | 5K ohm (B), Bias Current Adjus | t AC | 0/1 | Electrolytic | C86 | VCKZPUTHF223Z |
.022MFD, 50V, +80 - 20%,
Ceramic |
AA | Electrolytic | |||||
| CAD | ACITORS | C42 | VCKZPU1HF103Z | .01MFD, 50V, +80 -20%, | AA | C87 | VCKYPU1HB223M | .022MFD, 50V, ±20%, Ceramic | AA | C126 | VCEAAU1HW105A | 1MFD, 50V, +75 -10%, | AB | ||
| CAF | 642 | VCOVEULIMIAN |
Ceramic
01MED 50V ±20% Mular |
AB | C88 | VCEAAU1AW107Y | 100MFD, 10V, +50 -10%, | AB | C127 | VCCSPULLU 2211 | Electrolytic | AP | |||
| C1 | VCCSPU1HL100F | 10PF, 50V, ±1PF, Ceramic | AA | C43 | VCEAAU1EW335A | 3.3MFD, 25V,+75 -10%, | AB | C92 | VCK 7 DUI HE2227 | Electrolytic | C127 | VCCSPU1HL221J | 220PF, 50V, ±5%, Ceramic | AB | |
| C3 | VCKZPU1HF102Z |
.001MFD, 50V, +80 -20%,
Ceramic |
AA | Electrolytic | 0.89 | VCKZPUIHF223Z |
.022mPD, 509, +80 - 20%,
Ceramic |
AA | 1 |
**; Price will be quoted upon receipt of order 39
Page 24
|
REF.
NO. |
PART NO. | DESCRIPTION | CODE |
REF.
NO. |
PART NO. | DESCRIPTION | CODE |
REF.
NO. |
|
|---|---|---|---|---|---|---|---|---|---|
| C129 | VCEAAU1CW106Y | 10MFD, 16V, +50 -10%, | AB | C169 | VCQYKU1HM472M | .0047MFD, 50V, ±20%, Mylar | AB | C504 | vo |
| C1 20 | NORAAUICWINGY | Electrolytic | AR | C170 | VCOVKU1HM102M | 001MED 50V +20% Mylar | AB | ||
| CI 30 | VCEAAUICW106Y | Flootrolutio | AB | C172 | VCOVKU1HM102M | 001MFD 50V ±20% Mylar | AB | C601, | VC |
| 0121 | VOLANIA | 10MED 16V 160 100 | AD | C172 | VCOVEULIMIO2M | 01MED 50V +10% Mylar | AD | C602 | |
| CIM | VCEAAUICW1001 | TOMPD, 16V, +30 -10%, | AD | C174 | VCOVKUIHMIO3K | 01MED 50V +10% Mylar | AD | C603 | VC |
| C1 22 | VCEA AUTOWIOGY | 10MED 16V +50 10% | AR | C175 | VCOVKU1HM153K | 015MED 50V ±10% Mylar | AB | C604 | VC |
| CI 32 | VCEAAUICWI06Y | Flootrolytic | AD | C175 | VCQTKUIHM153K | 015MFD, 50V, =10%, Mylar | AB | C605 | vc |
| C122 | VCOVVIIIIM2221 | 022MED 50V ±5% Mular | AC | C177 | VCOVKU1HM683K | 068MFD 50V ±10% Mylar | AC | ||
| C135 | VCOVVIIIIM3333 | 033MED 50V ±5% Mylar | AC | C178 | VCOYKU1HM683K | 068MFD 50V ±10% Mylar | AC | C606 | VC |
| C125 | VCEAAUICW106V | 10MED 16V +50 -10% | AB | C179 | VCOYKU1HM473M | 047MFD, 50V, ±20%, Mylar | AC | ||
| 0155 | VCEAROICWIGOI | Electrolytic | C180 | VCOYKU1HM473M | .047MFD, 50V, ±20%, Mylar | AC | C607 | VC | |
| C136 | VCEAAU1CW106V | 10MED 16V +50 -10% | AB | C181 | VCCSPU1HL151J | 150PF, 50V, ±5%, Ceramic | AA | ||
| 0150 | VELANOICWIOOI | Flectrolytic | C182 | VCCSPU1HL151J | 150PF, 50V, ±5%, Ceramic | AA | C608 | VC | |
| C137 | VCK7PU1HE2237 | 022MED 50V +80 -20% | 44 | C183 | VCEAAU1HW105A | 1MED, 50V, +75 -10% | AB | ||
| 0157 | VCKEIOIIII 2252 | Ceramic | Electrolytic | C609 | VC | ||||
| C1 39 | VCF7PU1UE1037 | 01MED 50V +80 - 20% | C184 | VCFAAU1HW105A | 1MED 50V +75 -10% | AB | |||
| C130 | VCKLIUIIII 1052 | Ceramic | - ma | 0101 | Electrolytic | au | C610 | VC | |
| C140 | VCE A ALLI HWATS A | 4 7MED 50V +75 10% | AB | C185 | VCEALULHW104M | 1MED 50V +20% | AB | ||
| 0140 | VCEAAOIII#4/JA | 4./MFD, 30V, 4/3 -10%, | , no | 0100 | 1 CEREBOTIN TO MA | Electrolytic | ab | C611 | VC |
| C141 | VCOVELLIMATIN | 022MED 50V +20% Mylar | AB | C186 | VCEAT111HW104M | IMED SOV ±20% | AD | C612 | VC |
| C141 | VCQYKUTHM223M | 022MED 50V +100 00 | AD | 0100 | VCEREOTHWI04M | Flactrolytic | AD | C613 | VC |
| C142 | VCKZPUTHF333P | .035MFD, 50V, +100 =0%, | C197 | VCOVVIIIIIMERAV | OSSMED SOV +100 Mules | 10 | |||
| 0143 | THE ALL THE THE ALL | Lucio con taog | AD | C187 | VCQTKUIIIM683K | 068MFD, 50V, ±10%, Mylar | AC | C614 | VC |
| C143 | VCEALUIHWI04M | .IMFD, 50V, ±20%, | AD | C100 | VCQTKUTHM063K | 1006mrD, 50V, ±10%, mytar | AC | ||
| 0144 | Electrolytic | 4.0 | C189 | VCEAAUICWI06Y | 10MFD, 16V, +50 - 10%, | AB | C617 | vo | |
| C144 | VCEALUIHW104M | .IMFD, 50V, ±20%, | AB | C100 | VOEANULOWIGOV | Lettrolytic | |||
| 0146 | Electrolytic | 4.0 | C190 | VCEAAUICWIU6Y | 10MFD, 16V, +50 - 10%, | AB | C618 | vo | |
| C145 | VCQYKUIHMI02M | .001MFD, 50V, ±20%, Mylar | AB | C102 | VOONKUUNKOOK | Electrolytic | |||
| C146 | VCQYKUIHMI02M | .001MFD, 50V, ±20%, Mylar | AB | C193 | VCQYKUIIIM683K | .068MFD, 50V, ±10%, Mylar | AC | C619 | vo |
| C147 | VCEAAUIAW336Y | 33MFD, 10V, +50 -10%, | AB | C194 | VCQTKUTHM685K | .068MFD, 50V, ±10%, Mylar | AC | ||
| CI 40 | Electrolytic | C195 | VCQYKUTHM223M | .022MFD, 50V, ±20%, Mylar | AB | C620 | V | ||
| C148 | VCEAAUIAW336Y | 33MPD, 10V, +50 -10%, | AB | C190 | VCEAAUTEW10/Y | 100MFD, 25V, +50 =10%, | AC | ||
| Electrolytic | 1.0 | C107 | VOPANUCOULOON | Electrolytic | C621 | VC | |||
| C149 | VCEAAUTAW22/Y | 220MFD, 10V, +50 -10%, | AC | C197 | VCEAAUICW108 Y | 1000MFD, 16V, +50 -10%, | AE | C622 | ve |
| ~ | Electrolytic | 1.0 | Electrolytic | C623 | v | ||||
| C150 | VCEAAU1AW227Y | 220MFD, 10V, +50 -10%, | AC | C201 | VCQYKU1HM333K | .033MFD, 50V, ±10%, Mylar | AB | 0025 | |
| Electrolytic | C202 | VCKZPUTHF103Z | .01MFD, 50V, +80 - 20%, | AA | C624 | vo | |||
| CISI | VCCSPU1HL680J | 68PF, 50V, ±5%, Ceramic | AA | ~~~~ | Ceramic | 0001 | |||
| C152 | VCCSPU1HL680J | 68PF, 50V, ±5%, Ceramic | AA | C203 | VGKZPUTHF103Z | .01MFD, 50V, +80 - 20%, | AA | C625 | vo |
| C153 | VCEAAU1AW336Y | 33MFD, 10V, +50 –10%, | AB | Ceramic | C626 | ve | |||
| Electrolytic | C301 | VCQYKU1HM273K | .027MFD, 50V, ±10%, Mylar | AB | C627 | v | |||
| C154 | VCEAAU1AW336Y | 33MFD, 10V, +50 –10%, | AB | C302 | VCQYKUIHMI03M | .01MFD, 50V, ±20%, Mylar | AB | 0027 | |
| Electrolytic | C303 | VCEAAUICW107Y | 100MFD, 16V, +50 -10%, | AC | C701 | vo | |||
| C155 | VCQYKU1HM102J | .001MFD, 50V, ±5%, Mylar | AC | Electrolytic | 0.01 | ||||
| C156 | VCQYKU1HM102J | .001MFD, 50V, ±5%, Mylar | AC | C304 | VCQYKUTHM103K | .01MFD, 50V, ±10%, Mylar | AB. | C702 | VC |
| C157 | VCQYKU1HM102J | .001MFD, 50V, ±5%, Mylar | AC | C305 | VCQYKU1HM103K | .01MFD, 50V, ±10%, Mylar | AB | C702 | v |
| C158 | VCQYKU1HM102J | .001MFD, 50V, ±5%, Mylar | AC | C306 | VCQYKU1HM473K | .047MFD, 50V, ±10%, Mylar | AC | 0,05 | |
| C159 | VCEAAU1HW105A | 1MFD, 50V, +75 -10%, | AB | C307 | VCQYKU1HM153M | .015MFD, 50V, ±20%, Mylar | AB | C704 | vo |
| Electrolytic | C308 | VCQYKU1HM123K | .012MFD, 50V, ±10%, Mylar | AB | 0704 | ||||
| C160 | VCEAAU1AW107Y | 100MFD, 10V, +50 -10%, | AB | C309 | RC-EZS476AF1C | 47MFD, 16V, +30 -10%, | ** | C705 | ve |
| Electrolytic | Electrolytic | 0705 | |||||||
| C161 | RC-EZS337AF1C | 330MFD, 16V, +50 -10%, | AC | C401 | VCQYKU1HM102M | .001MFD, 50V, ±20%, Mylar | AB | C706 | vo |
| Electrolytic | C402 | VCEAAUIHWI05A | 1MFD, 50V, +75 –10%, | AB | 0.000 | ||||
| C162 | RC-EZS337AF1C | 330MFD, 16V, +50 10%, | AC | Electrolytic | C707 | VC | |||
| Electrolytic | C403 | VCCSPU1HL271J | 270PF, 50V, ±5%, Ceramic | AB | 0,01 | ||||
| C163 | VCEAAU1EW475A | 4.7MFD, 25V, +75 -10%, | AB | C404 | VCEAAU1AW336Y | 33MFD, 10V, +50 -10%, | AB | C901 | NC |
| Electrolytic | Electrolytic | 0001 | |||||||
| C164 | VCEAAU1EW475A | 4.7MFD, 25V, +75 -10%, | AB | C405 | VCEAAU1CW106Y | 10MFD, 16V, +50 -10%, | AB | C903 | VC |
| Electrolytic | Electrolytic | 0.002 | ve | ||||||
| C165 | VCCSPU1HL391J | 390PF, 50V, ±5%, Ceramic | ** | C501 | VCEAAU1EW335A | 3.3MFD, 25V, +75 -10%, | AB | C901 | VC |
| C166 | VCCSPU1HL391J | 390PF, 50V, ±5%, Ceramic | ** | Electrolytic | 0.901 | ve | |||
| C167 | VCEAAU1HW105A | 1MFD, 50V, +75 -10%, | AB | C502 | VCEAAU1EW335A | 3.3MFD, 25V, +75 -10%, | AB | C002 | V |
| Electrolytic | Electrolytic | 0902 | ve | ||||||
| C168 | VCEAAU1HW105A | 1MFD, 50V, +75 -10%, | AB | C503 | VCEAAU1EW227Y | 220MFD, 25V, +50 -10%, | AC | C003 | ve |
| Electrolytic | Electrolytic | 0.903 | ve | ||||||
41
PARTS LIST
| CODE |
REF.
NO. |
PART NO. | DESCRIPTION | CODE |
REF.
NO. |
PART NO. | DESCRIPTION | CODE | ||
|---|---|---|---|---|---|---|---|---|---|---|
|
/lar
/lar |
AB
AB |
C504 | VCKYPU1HB472M | .0047MFD, 50V, ±20%, | АА | C904 | VCKZPU1HF223Z | .022MFD, 50V, +80 -20%, | AA | |
| ar | AB | 0001 | Celamic | Ceranne | l | |||||
| ar | AB | C601, | VCEALU1HW104M | .1MFD, 50V, ±20%, | AB | l | ||||
| r | AB | 0.002 | Electrolytic | в | ESISTORS | l | ||||
| r | AB | C603 | VCQYKU1HM222K | .0022MFD, 50V, ±10%, Mylar | AB | (Unless | otherwise specified resis | tors are 1/4W. ±5%. Carbon type.) | l | |
| ar | AB | C604 | VCQYKU1HM222K | .0022MFD, 50V, ±10%, Mylar | AB | ···· ··· · | l | |||
| ar | AB | C605 | VCEALUIHW104M | .1MFD, 50V, ±20%, | AB | R1 | VRD-ST2EY102J | 1K ohm | AA | l |
| ar | AC | C606 | VCEALULHW104M | 1MED SOV ±20% | AB | R7 | VRD-SU2EY471J | 470 ohm | AA | l |
| ar | AC | 0000 | *CEALOTIN TO M | Electrolytic | 10 | R14 | VRD-SU2EY562J | 5.6K ohm | AA | l |
| ar | AC | C607 | VCEAAU1AW107Y | 100MFD, 10V, +50 - 10%. | AB | R15 | VRD-SU2EY331J | 330 ohm | AA | l |
| iai | AC | Electrolytic | R19 | VRD-ST2EE471J | 470 ohm | AA | l | |||
| 44 | C608 | VCEAAU1AW107Y | 100MFD, 10V, +50 -10%, | AB | R20 | VRD-SU2EY102J | 1K ohm | AA | l | |
| AB | Electrolytic | R21 | VRD-SU2EY153J | 15K ohm | AA | l | ||||
| C609 | VCEAAU1AW107Y | 100MFD, 10V, +50 -10%, | AB | R23 | VRD-ST2EE181J | 180 ohm | AA | l | ||
| AB | Electrolytic | R27 | VRD-ST2EE821J | 820 ohm | AA | l | ||||
| C610 | VCEAAU1AW107Y | 100MFD, 10V, +50 -10%, | AB |
R29
D20 |
VRD-ST2EE2/1J |
270 ohm
270 ohm |
AA | l | ||
| AB | Electrolytic | R 32 | VRD-SIZEEZ/IJ | 270 onm | AA | |||||
| C611 | VCQYKU1HM682M | .0068MFD, 50V, ±20%, Mylar | AB | R 36 | VRD-SU2E 11555 | 100 ohm | 44 | |||
| AB |
C612
C612 |
VCQYKUIHM682M | 100MED 10V 50 10% | AB | R46 | VRD-SU2EY1011 | 100 ohm | AA | ||
| C013 | VCEAAUTAWI0/Y | 100MFD, 10V, +50 -10%, | AB | R47 | VRD-SU2EY152J | 1.5K ohm | AA | |||
| ar | AC | C614 | VCEAAU1AW107V | 100MED 10V +50 -10% | AB | R50 | VRD-SU2EY100J | 10 ohm | AA | |
| ar | AC | 014 | VCLAROIA #10/1 | Flectrolytic | 10 | R52 | VRD-SU2EY100J | 10 ohm | AA | |
| AB | C617 | VCEALU1HW224M | 22MED 50V ±20% | AB | R53 | VRD-SU2EY121J | 120 ohm | AA | ||
| 1.0 | ( CDILDO III ) DD III | Electrolytic | R54 | VRD-SU2EY471J | 470 ohm | AA | ||||
| AB | C618 | VCEALU1HW224M | .22MFD, 50V, ±20%, | AB | R55 | VRD-ST2EE184J | 180K ohm | AA | ||
| lar | AC | Electrolytic | R56 | VRD-SU2EY474J | 470K ohm | AA | ||||
| lar | AC | C619 | VCEAAU1CW108Y | 1000MFD, 16V, +50 -10%, | AE | R57 | VRD-SU2EY121J | 120 ohm | AA | |
| lar | AB | Electrolytic | R59 | VRD-SU2EY223J | 22K ohm | AA | ||||
| AC | C620 | VCEAAU1CW108Y | 1000MFD, 16V, +50 -10%, | AE | R60 | VRD-SU2EY102J | 1K ohm | AA | ||
| Electrolytic | R61 | VRD-ST2EE103J | 10K ohm | AA | ||||||
| 6, | AE | C621 | VCQYKU1HM152K | .0015MFD, 50V, ±10%, Mylar | AB | R62 | VRD-SIZEE4/IJ | 470 onm | AA | l |
| C622 | VCQYKUTHM152K | .0015MFD, 50V, ±10%, Mylar | AB | R64 | VRD-ST2EE1525 | 1.5K ohm | AA | |||
| ar | AB | C623 | VCEALUIHW104M | .IMFD, 50V, ±20%, | АВ | R65 | VRD-ST2EE162J | 5.6K ohm | l | |
| AA | C624 | VCEALULHW104M | IMED SOV +20% | AB | R69 | VRD-ST2EE561J | 560 ohm | 44 | i | |
| 0024 | *CEALOTII#104M | Flectrolytic | ~~ | R70 | VRD-ST2EE473J | 47K ohm | AA | i. | ||
| AA | C625 | VCOYKU1HM223M | .022MFD, 50V, ±20%, Mylar | AB | R71 | VRD-ST2EE471J | 470 ohm | AA | i. | |
| 4.0 | C626 | VCOYKU1HM223M | .022MFD, 50V, ±20%, Mylar | AB | R72 | VRD-ST2EE562J | 5.6K ohm | AA | i. | |
|
ar
r |
AD | C627 | VCEAAU1EW228Y | 2200MFD, 25V, +50 -10%, | AH | R73 | VRD-ST2EE123J | 12K ohm | AA | |
| AC | Electrolytic | R76 | VRD-ST2EE153J | 15K ohm | AA | È | ||||
| ne | C701 | VCKZPU1HF223Z | .022MFD, 50V, +80 -20%, | AA | R78 | VRD-ST2EE471J | 470 ohm | AA | ||
| r | AB. | Ceramic | R109 | VRD-ST2EE391J | 390 ohm | AA | Ĺ | |||
| r | AB | C702 | VCCSPU1HL101J | 100PF, 50V, ±5%, Ceramic | AA |
R110
R111 |
VRD-SUZEY 391J | 390 onm | AA | Ĺ |
| ar | AC | C703 | VCEAAUTAW336Y | 33MFD, 10V, +50 – 10%, | AB | R112 | VRD-ST2EE104J | 100K ohm | AA | |
| ar | AB | C704 | MODA AUTOWARCA | Electrolytic | R113 | VRD-ST2FF1031 | 10K ohm | Ĺ | ||
| ar | AB | C704 | VCEAAUIEW335A | 5.5MFD, 25V, +75 -10%, | AB | R114 | VRD-ST2EE103J | 10K ohm | Ĺ | |
| ** | C705 | VCFAAU1HW105A | 1MED 50V +75 -10% | AB | R115 | VRD-ST2EE101J | 100 ohm | AA | ||
| 0,00 | CEARCIN 100A | Flectrolytic | 110 | R116 | VRD-ST2EE101J | 100 ohm | AA | |||
| ar | AB | C706 | VCEALU1HW335M | 3.3MFD, 50V, ±20%. | AC | R117 | VRD-ST2EE151J | 150 ohm | AA | |
| AB | Electrolytic | R118 | VRD-SU2EY151J | 150 ohm | AA | |||||
| AR | C707 | VCEAAU1EW107Y | 100MFD, 25V, +50 -10%, | AC | R119 | VRD-SU2EY274J | 270K ohm | AA | ||
| AB | Electrolytic | R120 | VRD-SU2EY274J | 270K ohm | AA | |||||
| C801 | VCE9AT1SD475M | 4.7MFD, 30V, ±20%, | AD | R121 | VRD-ST2EE184J | 180K ohm | AA | |||
| AB | Electrolytic | R122 | VRD-SU2EY184J | 180K ohm | AA | |||||
| C802 | VCE9AT1SD475M | 4.7MFD, 30V, ±20%, | AD | R123 | VRD-SIZEE102J | IK onm | AA | |||
| AB | C001 | VORTENING | Electrolytic |
R124
D125 |
VRD-SUZE I 102J | 2.9V ohm | AA | |||
| C 901 | VCKZPUTHF104Z | .1MFD, 50V, +80 –20%, | AC | R125 | VRD-SU2EV3921 | 3.9K ohm | AA | |||
| AB | C902 | VCK7PU1HE1047 | 1MED 50V +80 200 | AC | R127 | VRD-ST2EE4721 | 4.7K ohm | |||
| 0.702 | VCK2101HF104Z | Ceramic | AC | R128 | VRD-ST2EE4721 | 4.7K ohm | ||||
| AC | C903 | VCKZPU1HF2237 | .022MFD, 50V, +80 -20% | R129 | VRD-SU2EY332J | 3.3K ohm | AA | |||
| Ceramic | R130 | VRD-ST2EE332J | 3.3K ohm | AA | ||||||
Page 25
|
REF.
NO. |
PART NO. | DESCRIPTION | CODE |
REF.
NO. |
PART NO. | DESCRIPTION | CODE |
|---|---|---|---|---|---|---|---|
| R131 | VRD-SU2EY683J | 68K ohm | AA | R603 | VRD-ST2EE390J | 39 ohm | AA |
| R132 | VRD-ST2EE683J | 68K ohm | AA | R604 | VRD-ST2EE390J | 39 ohm | AA |
| R133 | VRD-ST2EE682J | 6.8K ohm | R605 | VRD-ST2BB2R2J | 2.2 ohm, 1/8W, ±5%, Carbon | AA | |
|
R134
D125 |
VKD-SUZEY08ZJ | 6.8K 0nm | AA | R606 | VRD-ST2BB2R2J | 2.2 ohm, 1/8W, ±5%, Carbon | AA |
| R133 | VRD-SIZEES0IJ | 8 2K ohm | R607 |
VRD-SIZEYZZIJ
VRD STZEVZZIJ |
220 onm
220 ohm |
||
| R150 | VRD-ST2FF8221 | 8.2K ohm | R 705 |
VRD-512E1221J
VRD-ST2FF3301 |
220 onm
33 ohm |
AA | |
| R157 | VRD-ST2EE1021 | 1K ohm | R706 | VRD-ST2EE8221 | 8 2K ohm | ||
| R158 | VRD-ST2EE102J | 1K ohm | AA | R710 | VRD-ST2EE561J | 560 ohm | |
| R159 | VRD-SU2EY470J | 47 ohm | AA | R801 | VRD-ST2EE3R9J | 3.9 ohm | AA |
| R160 | VRD-ST2EE470J | 47 ohm | AA | R802 | VRD-ST2EE3R9J | 3.9 ohm | AA |
| R161 | VRD-SU2EY153J | 15K ohm | AA | ||||
| R163 | VRD-ST2EE223J | 22K ohm | AA | ||||
| R164 | VRD-SU2EY223J | 22K ohm | AA | MECHA | NICAL PARTS | ||
| R165 | VRD-ST2EE473J | 47K ohm | AA | ||||
| R167 | VRD-ST2EE101J | 100 ohm | AA | 01 | JKNBB0064AFSA | Knob, Forward APSS | AE |
|
R108
D160 |
VRD-SIZEE101J |
100 ohm
20K ahm |
AA | 02 | JKNBB0065AFSA | Knob, Reverse APSS | AE |
| R109 | VRD-SU2E 1 393J | 39K ohm | AA | 03 | JKNBB0063AFSA | Knob, Stop | AG |
| R170 | VRD-SU2E15555 | 56K ohm | 04 | JKNBM0255AFSA | Knob, Eject/REW/Play/FF/ | AE | |
| R172 | VRD-SU2EY5631 | 56K ohm | 05 | IVNDMO256AESA | Pause | ||
| R173 | VRD-ST2EE102J | 1K ohm | AA | 05 |
JANDMU2JUAFSA
LANCTOSIAAE77 |
Rioo, Record | AE |
| R174 | VRD-ST2EE102J | 1K ohm | AA | 07 | LRSHS0001AC00 | Bushing Motor | |
| R177 | VRD-SU2EY153J | 15K ohm | AA | 08 | LCHSM0228AFZZ | Main Chassis Assembly | |
| R179 | VRD-ST2EE332J | 3.3K ohm | AA | 09 | LCHSS0107AF00 | Sub Chassis Assembly | |
| R180 | VRD-ST2EE332J | 3.3K ohm | AA | 10 | LSTWC2403AFZZ | Stop Washer, $2.4 | |
| R181 | VRD-SU2EY473J | 47K ohm | AA | 11 | LSTWC3002AFZZ | Stop Washer, $$ | |
| R208 | VRD-SU2EY561J | 560 ohm | AA | 12 | MARMP0001AFZZ | Arm, Auto Stop | AC |
| R213 | VRD-ST2EE474J | 470K ohm | AA | 13 | MARMP0002AFZZ | Arm, Auto Stop Lock Reset | AC |
| R214 | VRD-SU2EY474J | 470K ohm | AA | 14 | MLEVF0547AFZZ | Lever, Main Lock Plate | AD |
|
R225
R224 |
VRD-SU2EY562J | 5.6K onm | AA | 15 | MLEVF0548AFZZ | Lever, APSS Lock Plate | AD |
| R224 |
VRD-SUZE I 3023
VRD-ST2EV4731 |
ATK ohm | AA | 16 | MLEVF0549AFZZ | Idler, Take-up | AG |
| R230 |
VRD-ST2E14733
VRD-ST2FF4721 |
47K ohm | AA | 17 | MLEVF0550AFFW | Lever, Pause | AD |
| R231 | VRD-ST2EE472J | 4.7K ohm | 18 |
MLEVFUSSIAFFW
MLEVE0642AE77 |
Lever, Fast Forward/Rewind | AD | |
| R233 | VRD-ST2EE121J | 120 ohm | 20 | Lever, Play | AG | ||
| R238 | VRD-SU2EY473J | 47K ohm | 20 | MLEVF0333AFFW | Lever Record | ||
| R239 | VRD-ST2EE681J | 680 ohm | AA | 22 | MLEVF0555AFZZ | Lever Forward APSS | AD |
| R240 | VRD-ST2EE222J | 2.2K ohm | AA | 23 | MLEVF0556AFZZ | Lever, Reverse APSS | AD |
| R241 | VRD-ST2EE562J | 5.6K ohm | AA | 24 | MLEVF0557AFFW | Lever, Fast Forward/Rewind | AE |
| R244 | VRD-ST2EE222J | 2.2K ohm | AA | 25 | MLEVF0558AFFW | Lever, Fast Forward | AD |
| R245 | VRD-ST2EE102J | 1K ohm | AA | 26 | NBRGC0054AFZZ | Bearing, Flywheel Shaft | AG |
| R246 | VRD-ST2EE102J | 1K ohm | AA | 27 | MLEVF0560AFFW | Lever, Record Mistake Proof | AC |
|
R249
D250 |
V RD-SIZEEZZJ | 22K ohm | AA | 28 | MLEVF0564AFFW | Lever, Stop | AC |
| R251 | VRD-SU2E 1223J |
22K Onm
680K ohm |
AA | 29 | MLEVP0057AF00 | Lever, Erase Proof | AC |
| R251 |
VRD-SU2E1084J
VRD-ST2FF6841 |
680K ohm | 30 | MLEVP0058AFZZ | Lever, Brake | AC | |
| R253 | VRD-ST2EE562J | 5.6K ohm | 31 | MLEVPUU//AFZZ | Lever, Cassette Lock | AC | |
| R254 | VRD-ST2EE562J | 5.6K ohm | AA | 33 | Lever, Auto Stop | AC | |
| R255 | VRD-ST2EE562J | 5.6K ohm | AA | 34 | MLEVP0062AF77 | Lever, Tape End Detect | AD |
| R256 | VRD-ST2EE562J | 5.6K ohm | AA | 35 | MLEVP0063AFZZ | Lever, Sub Chassis Return | AC |
| R257 | VRD-ST2EY104J | 100K ohm | AA | 36 | MSPRC0031AGMN | Spring, REC/P.B. Head Adjust | AA |
| R258 | VRD-ST2EY104J | 100K ohm | AA | 37 | MSPRC0139AFFJ | Spring, Eject/REW/REC/FF/ | AA |
| R259 | VRD-ST2EE103J | 10K ohm | AA | Pause | |||
| R260 | VRD-ST2EE103J | 10K ohm | AA | 38 | MSPRC0109AFFJ | Spring, Plunger | AA |
| R 303 | V RD-ST ZEET RUJ | 1 ohm | AA | 39 | MSPRC0110AFFJ | Spring, Play Lever | AA |
| 1.304 | V KO-FI JABIUIK | Ovide Film | ** | 40 | MSPRC0111AFFJ | Spring, Detect Lever | AA |
| R307 | VRD-ST2EF2201 | 22 ohm | 42 | MSPRD0107AFFJ | Spring, Pinch Roller | AB | |
| R501 | VRD-ST2EY5611 | 560 ohm | 45 | MSPRD0108AFFJ | Spring, Brake Lever | AA | |
| R502 | VRD-ST2EY472J | 4.7K ohm | AA |
44
45 |
MSPKD0109AFFJ | Spring, Forward APSS Lever | AA |
| R503 | VRD-ST2EY274J | 270K ohm | AA | 46 | MSPRD0110AFFJ | Spring, Reverse APSS Lever | |
| R504 | VRD-ST2EY683J | 68K ohm | AA | 47 | MSPRD0112AFFJ | Spring, Stop Lever |
AB
AA |
| R505 | VRD-ST2EY103J | 10K ohm | AA | 48 | LSTWC2001AF77 | Ston Washer d? | 74 |
| R601 | VRD-ST2EE104J | 100K ohm | AA | 49 | MSPRD0116AFF1 | Spring, Auto Ston Lock Reset | AB |
| R602 | VRD-ST2EE104J | 100K ohm | AA | Arm |
Page 26
|
REF.
NO. |
PART NO. | DESCRIPTION | CODE |
REF.
NO. |
PART NO. | DESCRIPTION | CODE | |
|---|---|---|---|---|---|---|---|---|
|
50
51 |
MSPRD0117AFFJ
MSPRP0133AFFW |
Spring, Record Mistake Proof
Spring (Plate Type), Cassette |
AA
** |
MISCE | LLANEOUS | |||
| 52 | MSPRP0113AFFJ |
Retaining
Spring (Plate Type), Auto Stop |
AB | 201 |
GCABA1469AFSA
GCABA1469AFSB |
Cabinet, Front (GF-9191H/E)
Cabinet, Front (GF-9191HB) |
AW
** |
|
| 53 | LANGE0393AFFW |
Arm
Bracket Muting Switch |
AC | 202 | GCABB1469AF5A | Cabinet, Back | AY | |
| 54 | MSPRP0115AFFW | Spring (Plate Type), Sub | AC | 203 | GCOVH1162AF00 | Cover, Rod Antenna | ||
| Chassis Stopper | 205 | GFTAB1104AFSA | Lid, Battery Compartment | AE | ||||
| 57 | MSPRT0335AFFJ | Spring, Fast Forward Lever | AA | 206 | GFTAC1076AFSA | Holder, Cassette | AG | |
| 58 | MSPRT0332AFFJ | Spring, Idler | AA | 207 | GFTAC1077AFSA | Cover, Cassette Holder | AF | |
|
59
60 |
MSPK10333AFFJ
MSPDT0334AFFI |
Spring, Koller Assembly
Spring, Auto Stop Lever |
208 | GWAKP9009AFSA | Plate, Operation (GF-9191H/E) | AT | ||
| 61 | MSPR 10334AFFJ | Spring, Fast Forward/Rewind | 209 | HDALP0399AF5B | Plate Dial Scale | AI | ||
| 01 | Lever | 210 | HDECB0069AFSA | Decoration Plate, Cassette |
**
4D |
|||
| 62 | NBALS0004AGFJ | Ball, φ3 | AA | Holder |
,
, |
|||
| 63 | NBLTH0051AF00 | Belt, Motor | AD | 211 | HDECC0052AFSA | Grille, Tweeter | AF | |
| 64 | NBLTK0053AF00 | Belt, Auto Stop | AC | 212 | HDECC0053AFSA | Grille, Built-in Microphone | AD | |
| 65 | NDAIR0110AFSA | Turntable, Take-up | AG | 213 | HDECQ0078AFSA | Decoration Ring, Woofer | ** | |
| 66 | NDAIR0129AFSA | Turntable, Supply | AE | 214 | TLABZ0105AFZZ | Reflector | - | |
|
0/
20 |
NFLYCOUS3AFZZ | Flywneel | AH | 215 | HINDM1133AFSB | Emblem, SHARP | AA | |
| 60 | NGERHOUSUAFZZ | Slip Roller | AC | 216 | HINDM1195AFSA | Indication Plate, APSS | AD | |
| 70 | MLEVF0617AFZZ | Lever, Ouick Stop | AB | HINDMI196AFSA | Indication Plate, Mechanism | AB | ||
| 71 | NPLYR0052AFZZ | Pulley, Auto Stop | AB | 217 | HINDM1196AESB |
(GF-9191H/E)
Indication Plata Machaniam |
||
| 72 | NROLM0051AFFW | Roller, Lock Plate | AA | mini in the second seco | (GF-9191HB) | AB | ||
| 73 | NROLV0004AFZZ | Roller Assembly | AQ | 218 | HINDM1245AFSA | Indication Plate, Model | ** | |
| 74 | NROLY0004AFZZ | Pinch Roller | AF | , HINDM1244AFSA | Indication Plate, Model Spec. | AC | ||
| 75 | MSPRT0330AFFJ | Spring, Play Lever | AA | (GF-9191H) | ||||
|
76
77 |
MLEVF0618AFZZ
QPWBF0583AFZZ |
Lever, Pause Mistake Proof
P.W. Board, APSS |
AC
- |
219 | HINDM1247AFSA |
Indication Plate, Model Spec.
(GF-9191HB) |
AC | |
| 78 | PCUSG0026AG00 | Rubber Brake Lever | AB | HINDM1250AFSA | Indication Plate, Model Spec. | ** | ||
| 79 | KCOUB0061AFZZ | Counter, Tape | AM | 220 | HINC OLLIAESA |
(GF-9191E)
Punching Matel Wanfar |
||
| 80 | RHEDA0059AFZZ | Head, Erase | AK | 220 | HPNLD1171AFSA | Plate Transparent | ||
| 81 | RHEDH0052AFZZ | Head, Record/Playback | AW | 222 | HSSND0233AFSA | Dial Pointer | ||
| 82 | RMOTM0084AFZZ | Motor with Pulley | AX | 223 | JHNDG1061AFSA | Handle | ** | |
| 83 | RPLU-0053AFZZ | Plunger | AM | 224 | JKNBM0254AFSA | Knob, Push Switch | AE | |
|
84
95 |
PZETF0123AFZZ | Stopper | AA | 225 | JKNBN0309AFSA | Knob, Tuning | AC | |
| 05 | QFWDF0364AFZZ | (Board only Not Available) | - | | 226 | JKNBN0331AFSA | Knob, Fader Control | AE | |
| 87 | NRI TK0105 AE77 | Belt Counter | AC | 227 | JKNBP0080AFSA | Knob, Volume/Treble/Bass/ | AE | |
| 89 | MSPRT0151AGFJ | Spring, Cassette Lock Lever | 220 | Record Level | ||||
| 90 | PSPAA0001AGFJ | Spacer, Motor Bushing | AB | 220 |
JKNBZU109AF5A
JVND70127AESD |
Knob, Lever Switch | AB | |
| 91 | MSPRD0137AFFJ | Spring, Quick Stop Lever | AA | 229 | LANGS0014AGFP | Bracket Speaker Fixing | ||
| 92 | NPLYR0050AFZZ | Pulley, Take-up | AB | 230 | LBOSD0050AFFW | Boss. Inserting | AR | |
| 93 | LX-HZ0056AFFD | Screw, Flywheel Bracket | - | 232 | LHLDA1052AFSA | Holder, Rod Antenna | AA | |
| 94 | LX-BZ0107AGZZ | Screw, Flywheel Thrust Adjust | AB | 233 | LHLDF1205AFZZ | Frame, PWB | AP | |
| 95 | MLEVP0076AFZZ | Lever, Pause Mistake Proof | AC | 234 | LHLDF1206AFZZ | Frame, Jack Plate | AG | |
| 90 | MSPRT0390AFFJ | Spring, Pause Mistake Proof | АВ | 235 | LHLDP3061AFFN | Holder, Lamp | AC | |
| 97 | I ANCEN376AEEW |
Lever
Plate Sub Chassis Stopper |
AD | 236 | LHLDW1067AFZZ | Band, Wire | AA | |
| 98 | MSPRT0389AFFI | Spring Pause Mistake Proof | 237 | LHLDW1068AFZZ | Band, Wire | AA | ||
| Lever | 238 | Holder, Wire | AA | |||||
| 99 | LHLDW3007AGFD | Wire Holder | AA | 239 | Sorew, Cossette Holder Cover | AB | ||
| 100 | LX-BZ0148AGFD | Screw, Motor | AA | 240 | LX-CZ00024F77 | Screw Front Cabinet Fixing | АГ | |
| 101 | LX-WZ5013AGZZ | Washer, Turntable | AA | 242 | LX-HZ0057AFFD | Screw, Mechanism Block Fixing | ||
| 102 | LX-WZ5015AGZZ | Washer, Tape End Detect Lever | AA | 243 | LX-HZ0058AFFD | Screw, Mechanism Block Fixing | _ | |
| 103 | LX-WZ5018AGZZ | Washer, Turntable | AA | 244 | LX-LZ0060AFSA | Decoration Rivet, Woofer | _ | |
| 104 | LX-WZ5037AGZZ | Washer, Flywheel | AA | 245 | MLEVF0701AFZZ | Lever, REC/PB Switch | AE | |
| 105 | DHWS-2222ACEN | Spacer, Motor Switch | AA | 246 | MSPRC0021AFFN | Spring, Battery (-) | AA | |
| 107 | PFLT-0313AF00 | Felt, Tape End Detect Lever | AA |
247
248 |
MSPRC0140AFFN
MSPRP0089AGFW |
Spring, Battery (-)
Spring (Plate Type), Cassette |
AB
AB |
|
|
249
250 |
MSPRT0003AGFW
MSPRT0536AFFJ |
Spring, Dial Cord
Spring, Cassette Holder |
AA
AB |
Page 27
|
REF.
NO |
PART NO. | DESCRIPTION | CODE |
REF.
NO. |
PART NO. | DESCRIPTION | CODE |
|---|---|---|---|---|---|---|---|
| 251 | NDRM-0046AFZZ | Drum, Dial Cord | AC | J101 | QJAKZ0073AFZZ | Jack Plate Assembly, | ية. ماد |
| 252 | NPLYB0050AFZZ | Pulley, Dial Cord | AA | EXT. MIC/REMOTE | ** | ||
| 253 | NPLYB0051AFZZ | Pulley, Dial Cord | AA | J103 | QJAKG0052AFZZ | Jack, PHONO | AG |
| 254 | NPLYC0102AFFW | Pulley, Dial Cord | AB | J401 | QJAKA0006AFZZ | Jack, MIX.MIC | AD |
| 255 | NSFTD0166AFFW | Shaft, Dial Cord Drive | AE | J603 | QJAKJ0052AFZZ | Jack, HEADPHONES | AH |
| 256 | PCOVP7163AFZZ | Cover, Push Switch | AB | ME101 | RMTRL0152AFZZ | Meter, VU/TUNING | AS |
| 257 | PCOVW1100AFZZ | Cover, AC Socket | AA | ME102 | RMTRL0153AFZZ | Meter, VU/BATTERY | AS |
| 258 | PCOVZ7050AF00 | Cover, Battery Compartment | AC | PG501 | OCNCM105JAFZZ | Plug, 9 Pin | AD |
| 259 | PCUSC0084AF00 | Cushion Built-in Microphone | A A | PG502 | OCNCM175FAFZZ | Plug, 6 Pin | AC |
| 260 | PCUSC0085AE00 | Cushion, Dunt-In Microphone | PL601 | RLMPM0089AFZZ | Lamp, Meter | ** | |
| 260 | PCUSSION | Cushion Meter | PL602 | RLMPM0089AFZZ | Lamp. Dial | ** | |
| 261 | PCUSS0107AF00 | Cushion, Meter | SO101 | OSOCD2554AFZZ | Socket, REC/PB | AF | |
| 202 | rc033010/Ar00 | Look Plate Frame | SO102 | OSOCD2268AFZZ | Socket, EXT.SP. | AE | |
| 262 | PCUSU00024 COO | Jack Flate Flatte | SO102 | OSOCD2268AFZZ | Socket EXT SP | AE | |
| 205 | PC0500092AG00 | Cushion, Battery Compartment | AA | SO501 | OCNCW09614F77 | Socket 9 Pin | AC |
| 264 | DOUGLIO100 + DOD | $0502 | QCNCW146EAE77 | Socket 6 Pin | AB | ||
| 204 | PCUSUUI 28AFZZ | Cusnion, Coll | SO901/ | Socket Mains Supply with | |||
| 205 | PFL1-0095AG00 | Felt, Cassette Holder and | AA | 1001 | QSOCZ2469AFZZ | EXT DC POWER Lack | AH |
| Operation Plate | 5501 | J | EXT. DUTOWER Jack | ||||
| 266 | PFLT-0127AF00 | Felt, Battery Compartment | AA | SPI | VSP0016P-244P | Speaker, wooler | ** |
| 267 | PFLT-0324AF00 | Felt, 4 Switches (Lower) | AA | SP2 | VSP0016P-244P | Speaker, wooter | ** |
| 268 | PFLT-0332AF00 | Felt, VR | AA | SP3 | VSP00501-124A | Speaker, I weeter | AP |
| 269 | PFLT-0333AF00 | Felt, 4 Switches (Upper) | AD | SP4 | VSP0050T-124A | Speaker, Tweeter | AP |
| 270 | PFLT-0334AF00 | Felt, 2 Switches (Upper) | AB | SW101 | QSW-P0171AFZZ | Switch, Power and Function | AV |
| 271 | PFLT-0335AF00 | Felt, 2 Switches (Lower) | AA | Selector | |||
| 272 | PFLT-0336AF00 | Felt, Tweeter | AA | SW102 | QSW-S0214AFZZ | Switch, Record/Playback | AM |
| 273 | PFLT-0337AF00 | Felt, Back Cabinet | AA | SW103 | QSW-P0172AFZZ | Switch, Editor | AF |
| 274 | PFLT-0341AF00 | Felt, Push Switch | AA | SW104 | QSW-B0087AFZZ | Switch, Mixing | AG |
| 275 | PGUMS0114AF00 | Conductive Rubber, Record | AB | SW105 | QSW-B0095AFZZ | Switch, REC. Mode Selector | AF |
| Level Control | i i | SW106 | QSW-B0087AFZZ | Switch, Tape Selector | AG | ||
| 276 | PRDAR0160AFFW | Heat Sink | AB | SW107 | QSW-B0076AFZZ | Switch, FM Mute/Mode | AG |
| 277 | PSLDM3139AFZZ | Shield Plate | AC | SW108 | QSW-B0086AFZZ | Switch, Loudness | AF |
| 278 | PSPAI0127AFZZ | Spacer | AA | SW109 | QSW-B0091AFZZ | Switch, Meter/Light | AF |
| 279 | PTPEC0005AG00 | Ribbon, Battery Removal | AA | SW301 | QSW-S0191AFZZ | Switch, Beat Cancel | AE |
| 280 | OANTR0107AFZZ | Rod Antenna | AP | SW501 | QSW-F0044AGZZ | Switch, Motor | AE |
| 281 | OHWS-3001 ACEN | Lug Terminal | SW502 | QSW-F0116AFZZ | Switch, APSS(REV) | AE | |
| 201 | OLUCPO111CEEW | Lug Terminal | ٨٨ | SW503 | QSW-F0116AFZZ | Switch, APSS(FWD) | AE |
| 283 | OLUCPO150AE77 | Lug Terminal | SW504 | QSW-F0044AGZZ | Switch, CUE/REV Muting | AE | |
| 284 | OPPREGORGAE77 | PW Board Main | QSOCE0551AFZZ | Switch, Mains Voltage Selector | AG | ||
| 204 | QI KBI 0000AI 22 | (Board only Not Available) | SW701 < | (GF-9191H/HB) | |||
| 785 | OBDREAD92AEA1 | DW Doord Switch | OSW-S0176AFZZ | Switch, Mains Supply | ÀP | ||
| 205 | QERDEUU03AFAI | (Board only, Not Available) | (GF-9191E) | ||||
| 106 | OBD DE0092 A E A 2 | (Board Variable Pasister | TB1 | OJAKF0052AFZZ | Terminal, FM EXT, ANT | ** | |
| 280 | QFKBF0085AFA2 | (Doord only Not Available) | OCNW-0284AFZZ | Connecting Wire, 5 Pin | AC | ||
| 207 | OBB DE0002 4 E 4 2 | (Board only, Not Available) | OCNW-0286AFZZ | Connecting Wire, 8 Pin | AC | ||
| 287 | QPRBF0083AFA3 | P.w. Board, Power Supply | - | OCNW-02884F77 | Connecting Wire, 4 Pin | AR | |
| 200 | (Board only, Not Available) | OCNW-0200AF77 | Connecting Wire, 7 Pin | ||||
| 288 | QPRBF0083AFA4 | P.W. Board, Headphone | - | | SDAV A0502AF77 | Booking Add (Loft) | ||
| • | (Board only, Not Available) | SDAVA0502ALZZ | Packing Add. (Left) | AG | |||
| 289 | QPWBF0701AFA1 | P.W. Board, AF Power | - | | SPANAUSUSAFZZ | Packing Add. (Right) | AG | |
| (Board only, Not Available) | j | SPARCI109AFZZ | Packing Case (GF-9191H) | ** | |||
| 290 | QTANB9102AFFN | Terminal, Battery (+) | AC | SPAKULI /UAFZZ | Packing Case (GF-9191HB) | ** | |
| 291 | QTANB9103AFFN | Terminal, Battery (+) | AC | SPAKULI/9AFZZ | Packing Case (GF-9191E) | ** | |
| 292 | RMICC0057AFZZ | Built-in Microphone | AK | SSAKH008/AGZZ | Polyethylene Bag | AB | |
| (HINDM1246AFSA | Indication Plate, Voltage | AD | ļ | TINSZ0129AFZZ | Operation Manual | ** | |
| 294 | { | Selector (GF-9191H/HB) | 5 | (GF-9191H/HB) | |||
| HINDM1251AFSA | Indication Plate, Mains Switch | ** | , | TINSE0572AFZZ | Operation Manual | ** | |
| (GF-9191E) | (GF-9191E) | ||||||
| 296 | LHLDW1052AFZZ | Band, Wire | AA | SSAKH0024AGZZ | Polyethylene Bag, Operation | AA | |
| 297 | PFLT-0345AF00 | Felt, Variable Resistor | AA | Manual | |||
| 298 | QFSHD1001AGZZ | Holder, Fuse | AB | TTAGH0046AFZZ | Tag (GF-9191H/HB only) | ** | |
| 299 | LHLDW1075AFZZ | Band, Wire | AA | Í | TMAPC0524AFZZ | Schematic Diagram | | - | |
| 300 | LANGK0186AFFW | Bracket, Mains Switch | AC | ſ | (GF-9191H/HB) | ||
| (GF-9191E only) | l | TMAPC0528AFZZ | Schematic Diagram | - | | |||
| 301 | PZETV0052AFZZ | Cover, Mains Switch | AA | (GF-9191E) | |||
| - | (GF-9191E only) | Í | QACCK0050AFZZ | Cord, Mains Supply | AM | ||
| F701 | OFS-C122CACNI | Fuse 1 25AT | AF | { | (GF-9191H/HB) | ||
| 1 / 01 | QI 5-CI22CAOM | 1 430, 1.2 31 ,1 | l | QACCB0003AG0V |
Cord, Mains Supply
(GF-9191E) |
AL |
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