Page 1
COLOR TELEVISION RECEIVER
ORION COLOR 515 DK
Chassis Code:
Bestell-Nr.:
Bei technischen Änderungen können Ergänzungsblätter angefordert werden.
Specifications are subject to change without notice.
Page 2
SPECIFICATIONS
| PICTURE SIZE | |
|---|---|
| EDECIENCY DANCE: VUE(I) | L |
| FREQUENCI RANGE. VIII (L) | n |
| vhr(h) | Z, |
| S11 - S20 ch | |
| UHF | |
| MAYTMIM SENSITIVITY: VHF 20 dB | |
| INTERMEDIATE FREQUENCY: | |
| Picture IF Carrier Frequency 38.9 MHz | |
| Color Sub Carrier Frequency | |
| Sound IF Compton Froquency 33 / Mur | |
| SOUND INTERNEDIALE FREQUENCY | |
| MAXIMUM OUTPUT POWER | |
| 10% THD OUTPUT POWER 1.8 W | |
| FUMER BOURGE AC ZZOV |
----- IMPORTANT -------
18
*USE AN ISOLATION TRANSFORMER WHEN PERFORMING ANY SERVICE ON THIS CHASSIS. *WHEN REMOVING A PCB OR RELATED COMPONENT, AFTER UNFASTENING OR CHANGING WIRE, BE SURE TO PUT WIRE BACK IN ITS ORIGINAL POSITION. *INFERIOR SILICON GREASE CAN DAMAGE IC'S AND TRANSISTORS.
*INFERIOR SILICON GREASE CAN DAMAGE IC'S AND TRANSISTORS. WHEN REPLACING AN IC'S OR TRANSISTORS, USE ONLY SPECIFIED SILICON GREASE (YG6260M). REMOVE ALL OLD SILICON BEFORE APPLYING NEW SILICON.
CONTENTS
| PAGI |
|---|
| SPECIFICATIONS |
| ELECTRICAL ADJUSTMENTS |
| 1. BEFORE ELECTRICAL ADJUSTMENT |
| 2. BASIC ADJUSTMENT |
| 2-1: VIF AND AFT |
| 2-2: BELL FILTER |
| 2-3: SECAM IDENT |
| 2-4: SECAM PHASE |
| 2-8: VEIICAL SIZE |
| 2-9: HUE DELAY |
| 2-10: HORIZNTAL POSITION |
| 2-11: SUB BRIGHT |
| 2-12: VERTICAL POITION |
| 2–13: HORIZONTAL SIZE |
| 2–14: SIF |
| 2-15: SUB COLOR |
| 3 PURITY AND CONVERGENCE ADJUSTMENT |
| 3-1: STATIC CONVERGENCE (ROUGH AD TUSTMENT) |
| DEVAL DIAGRATS |
| PRINTED CIRCUIT BOARDS |
| CAIN |
| CONTROL/DUAL/SEGMENT LED/CRT/LED/POWER SWITCH/EARPHONE/SUB |
| SCHEMATIC DIAGRAMS |
| IF/POWER/DEFLECTION |
| DEFLECTION |
| 1 1EXI |
| UUAL1 |
| MECHANICAL EXPLODED VIEW 11 |
| MECHANICAL REPLACEMENT PARTS LIST |
| ELECTRICAL REPLACEMENT PARTS LIST |
| INTERCHANGEABLE PARTS LIST |
Page 3
FLECTRICAL ADJUSTMENTS
1. BEFORE ELECTRICAL ADJUSTMENT
These are adjustments when you replace electric parts or PCB ass'y. When you repair the electric circuit, please read these adjustments.
-
1-1: Prepare the following measurement tools for the electrical adjustment.
- 1. Oscilloscope (2 Channel Type) 2. Digital Voltmeter
- 3. Color Bar Generator
- 4. Sweepmarker Generator 5. VIF Unit
- 6. Distortion Meter
- 2. BASIC ADJUSTMENT
- 2-1: VIE AND AFT
Connect input and output terminal of the sweepmarker generator to circuit as shown in Fig. 2-1-a, then adjust it.
- Connect output terminal of the sweepmarker generator to TPOOL. Connect input terminal of the sweepmarker generator to TPOO7. Connect the volume 10K ohm to IF AGC terminal (TPOO4), 12V line and ground, then adjust to make the waveform of the control the control to the second terminal the control to the second terminal termi oscilloscope be easy to watch.
4. Adjust L204 until the waveform marker (38.9MHz) will become as shown in Fig. 2-1-b.
- Disconnect output terminal of the sweep-marker generator from TPO01, then connect to TP of the Tuner Pack. (Connect the 2.7K ohm resistor between them.) Connect the resistor 100 ohm between TPO10 it
- TPOOP and TPO10
- Adjust L206 until the waveform will become as shown in Fig. 2-1-c.
- 8. Disconnect the volume 10K ohm and resistor
- 100 ohm. 9. Input a 38.9MHz signal to TP of the tuner
- pack. 10. Connect the digital voltmeter to TPOO6. 11. Adjust L203 until the AFT ON mode voltage is as same as the AFT OFF mode voltage.
2-2: BELL FILTER
2-4: R€ S€ Dé 2-5: NOTE
2-3: :
Re Se Se Co
1. Co. 2. Coi
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Page 4
ELECTRICAL ADJUSTMENTS
- Connect output terminal of the sweepmarker generator to TP of the Tuner Pack. Connect input terminal of the sweepmarker generator to TP604. Adjust 1605 until the waveform will become as shown in Fig. 2-2-b.
2-3: SECAM IDENT
ь
ct 7Ķ
.000
-0
stor
age
2-a
it
- Receive the SECAM color bar pattern. Set the PAL/SECAM switch to SECAM position. Set the AFT switch ON position. Connect a digital voltmeter to TP603. Adjust L606 until voltage will be maximum. (More than 8V)
2-4: SECAM PHASE
- Receive the SECAM color bar pattern. Set the PAL/SECAM switch to SECAM position. Adjust L601 and L602 until white part of the pattern is not changed even though you turn color control from minimum to maximum.
2-5: RF AGC
NOTE
Adjust after performing adjustments in
2-5-A: Weak electric field case.
- 1. Receive the noisy channel.
- Adjust VR201 until noise will be weak.
- 2. Adjust VKZUI until noise will be mean. 3. Change the channel, confirm other channels are normal.
- 2-5-B: Strong electric field case. (When diagonal streaks, radio frequency interference appear.)
- 1. Adjust VR201 until diagonal streaks will
- be weak.When it is not good condition after adjusting VR201, install the attenuator to the antenna terminals, then adjust step (1) again.
- 3. Confirm noise will appear.
- 4. Change the channel, confirm other channels are normal.
2-6: CUT OFF
- Receive the Color Bar Pattern. Set the Bright and Contrast controls to minimum position
- 3. Connect the oscilloscope to collector of TP24.
- Adjust the Screen control until voltage will be DC140V. (Refer to Fig. 2-3)
2-7. FOCUS
- . Receive the broadcasting signal. 2. Adjust the focus control until picture will be distinct.
2-8: VERTICAL SIZE
- 1. Receive the crosshatch pattern from the color bar generator
- 2. Adjust the bright and contrast controls
- until the crosshatch pattern is distinct. 3. Adjust VR401 until the center of crosshatch is square.
- 4. Receive broadcasting signal, then confirm picture is normal
2-9: HUE DELAY
- . Receive the DEM Pattern.
- Connect the dual oscilloscope to TP601 and TP602.
- 3. Adjust L603 and VR601 until the waveform will be straight line. (Refer to Fig. 2-4)
2-10: HORIZONTAL POSITION
- Receive the color bar pattern. Adjust VR402 until the color width of both of screen edges will be equal. Receive broadcasting signal, then confirm minimum do normal
- picture is normal
2-11: SUB BRIGHT
- Receive the monochrome pattern. Set the bright control to minimum position.
- 3. Set the contrast control to maximum
- position. 4. Adjust VR603 until 25% of gray scale will be dim completely.
2-12: VERTICAL POSITION
- Receive the color bar pattern. Adjust VR403 until horizontal line of the color bar will come to around center of the CRT.
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ELECTRICAL ADJUSTMENTS
2-13: HORIZONTAL SIZE
- 1. Receive the crosshatch pattern from the color bar generator. Adjust the bright and contrast controls 2.
- and just the bright and contrast controls until the crosshatch pattern is distinct. Adjust VR501 until the center of crosshatch is square.
- Receive broadcasting signal, then confirm picture is normal
- 2-14: SIF
- 1. Connect output terminal of the Sweep-Marker Generator to TP003.
- Connect input terminal of the Sweep-Marker Generator to TP002.
- 3. Adjust LA03 until 6.5MHz marker comes to around center of the waveform. (Refer to Fig. 2-5-a)
- 4. Adjust LA02 until 5.5MHz marker comes up to peak. 5. Adjust LA01 until the waveform which is at
- peak in step 4 comes up to maximum. Adjust LA02 until the waveform marker
- . 5MHz) will become as shown in Fig. 2-5-b 7.
- Connect CH-1 of the oscilloscope to SP out and to the distortion meter. Connect CH-2 to TPAOL.
- Receive the Color Bar Pattern. Adjust LA02 until waveform of CH-2 is maximum and flat.
- maximum and flat. 10. Connect CH-1 of the oscilloscope to SP out. Connect CH-2 to TPA01. Connect the distortion meter to TP002. 11. Receive the DEM Pattern. 12. Adjust LA03 until waveform of CH-2 is maximum and flat.
- 2-15: SUB COLOR
- Receive the color bar pattern.
- 2 Press the NORMAL button on the remote control unit.
- Connect the oscilloscope to TP801
- 4. Adjust VR602 until red color level is 75%.
3. PURITY AND CONVERGENCE ADJUSTMENT
NOTE
- NOIE Turn the unit on and let it warm up for at least 30 minutes before performing the following adjustments. Place the CRI surface facing east or west to reduce the terrestrial magnetism. Power ON the unit and demagnetize with a
- Degauss Coil.
3-1: STATIC CONVERGENCE (ROUGH ADJUSTMENT)
- Tighten the screw for the magnet. Refer to the adjusted CRT for the position. (Refer to Fig. 3-1) If the deflection yoke and magnet are in the bady water the bady
- one body, untighten the screw for the body. 2. Receive the green raster pattern from
- color bar generator. 3. Slide the deflection yoke until it touches
- the funnel side of the CRT.
- Adjust center of screen to green, with red and blue on the sides, using the pair of
- 5. Switch the color bar generator from the green raster pattern to the crosshatch
- pattern. 6. Combine red and blue of the 3 color crosshatch pattern on the center of the screen by adjusting the pair of 4 pole
- magnets. 7. Combine red/blue (magenta) and green by adjusting the pair of 6 pole magnets. 8. Adjust the crosshatch pattern to change to
- white by repeating steps 6 and 7.
3-2: PURITY
NOTE
Adjust after performing adjustments in section 3-1.
- 1. Receive the green raster pattern from color bar generator
- 2. Adjust the pair of purity magnets to center the color on the screen.
- Also, adjust the pair of purity magnets to equal the width of both ends color. 3. Move the deflection yoke backward (To neck
- side) slowly, and stop it at the position when the whole screen is green. 4. Confirm the color concerning to the red and
- blue.
- 5. Adjust the slant of the deflection yoke while watching the screen, then tighten the fixing screw.
Fig. 3-1
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ELECTRICAL ADJUSTMENTS
3-3: STATIC CONVERGENCE
NOTE
Adjust after performing adjustments in section 3-2.
- 1. Receive the crosshatch pattern from color
- Receive the crossnatch percent percent of the 3 color crosshatch pattern on the center of the screen by adjusting the pair of 4 pole
- adjusting the pair of 4 pole magnets. Combine red/blue (magenta) and green by adjusting the pair of 6 pole magnets.
3-4: DYNAMIC CONVERGENCE
NOTE
- Adjust after performing adjustments in section 3-3.
- Adjust the differences around the screen by moving the deflection yoke upward/downward and right/left. (Refer to Fig. 3-2-q) Insert three wedges between the deflection yoke and CRT funnel to fix the deflection yoke. (Refer to Fig. 3-2-b)
Fig. 3-2-a
WEDGE POSITION
Fig. 3-2-b
Page 7
)
MAJOR COMPONENTS LOCATION GUIDE
MAIN P.C.BOARD
6
Page 8
BLOCK DIAGRAM
Page 9
BLOCK DIAGRAM
Page 10
PRINTED CIRCUIT BOAF
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PRINTED CIRCUIT BOARD MAIN
PRINTED CIRCUIT BOARD
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PRINTED CIRCUI
LED
POWER SWITCH
EARPHONE
DUAL
SEGMENT LED
SUB
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ED CIRCUIT BOARDS
T'TEXT
CRT/AKB
PRINTED CIRCUIT BOARDS
Page 14
NOTE: THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE THE OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE.
Page 15
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CHROMA/AUDIO SCHEMATIC DIAG
CRUTION: SINCE THESE PARTS HARKED BY A AR CRITICAL FOR SAFETY, USE ONES DESCRIBED ON PARTS LIST ONLY.
NTENTION: LES PIECES REPAREES PAR UN Å ETANT DANCEREUSES AN POINT DE VUE SECURITE N'UTILISER DUE CELLS DECRITES DANS LA NOMENCLATURE DES PIECES.
NOTE: THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TH OF PRINTING AND SUBJECT TO CHANGE WITHOUT MATT
Page 17
NO SCHEMATIC DIAGRAM
CHROMA/AUDIO SCHEMATIC DIAGRAM
S SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME RRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE,
Page 18
CRUTION: SINCE THESE PARTS MARKED BY A ARE CRITICAL FOR SAFETY, USE ONES DESCRIBED ON PARTS LIST ONLY.
NTION: LES PIECES REPARCES PAR UN ⚠ ETANT DANGEREUSES AN POINT DE VUE SECURITE N'UTILISER DUE DELLS DECRITES DANS LA NOMENCLATURE DES PIECES.
OF PRINTING AND SUBJE
Page 19
ON/POWER SCHEMATIC DIAGRAM
is par Int de LS de
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DEFLECTION SCHEMATIC DIAGRAM
CRUTION: SINCE THESE PARTS MARKED BY A AN CRITICAL FOR SAFETY,USE ONES DESCRIBED ON PARTS LIST ONLY.
ITENTION: LES PIECES REPAREES PAR UN A ETANT DANDEREUSES AN POINT DE VUE SECURITE N'UTILISER QUE CELLS DECRITES DANS LA NOMENCLATURE DES PIECES.
NOTE: THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE
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ECTION SCHEMATIC DIAGRAM
DEFLECTION SCHEMATIC DIAGRAM
NOTE: THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE THE OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE.
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T'TEXT SCHEMATIC DIAGRAM
-€] → ---{
Page 23
T'TEXT SCHEMATIC DIAGRAM
NOTE: THE FIGURE WITH C D IS THE VOLTAGE IN NORMAL TV OPERATION. THE FIGURE WITHOUT ( ) IS THE VOLTAGE IN TELETEXT OPERETION.
T'TEXT SCHEMATIC DIAGRAM
RITENTION: LES PIECES REPAREES PAR UN À ETANT DANGEREUSES AN POINT DE VUE SECURITE N'UTILISER QUE CELLS DECRITES DANS LA NOMENCLATURE DES PIECES.
Page 24
DUAL SCHEMATIC DIAGRAM
DUAL
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MECHANICAL REPLACEMENT PARTS LIST
| REF.NO | PART NO | DESCRIPTION |
|---|---|---|
|
101
102 103 104 105 106 107 109 |
A36943B720
701WP80009 711TPD012 7230002163 7230003290 7230003577 7232020231 7260000214 735TPA0111 712TPD018 735TPA0050 735TPA0112 702WPA0050 7222021282 762WSA0011 800TR00003 741TUA0003 |
CABINET, FRONT ASS'Y
CABINET, FRONT PLATE, FRONT PLATE, COLOR SHEET, LED SHEET, OPERATION PLATE, BRAND SHEET, WARNING BUTTON, PUSH DOOR BUTTON, PUSH BUTTON, PUSH BUTTON, PUSH BUTTON, PUSH BUTTON, PUSH SHEET, RATING ANGLE, CRT SHEET, CRT SUPPORT SPRING, EARTH |
|
201
202 203 204 205 |
8110630804
8117540864 8117530804 8117530804 8300560004 J1080102C J3691628B J3694301A J3694303A 7915HA0031 792WHA0044 792WHA0044 |
TAP TITE(P) BRAZIER 3*8 CH
TAPPING(BO) TRUSS 4*16 CH TAPTITE(P) BIND 4*20 CH TAPPING(BO) WH10 3*10 CH SL NUT M6 GUARANTEE CARD WARNING SHEET INSTRUCTION BOOK SCHEMATIC DIAGRAM LAMIFILM,BAG PACKAGE,TOP PACKAGE,DOTTOM |
| 793WCD0252 | GIFT BOX |
Page 26
THIS ELECTRICAL PARTS LIST IS STANDARD PART LIST, BUT INTERCHANGEABLE PARTS MAY BE USED IN THE UNIT. SEE THE INTERCHANGEABLE PARTS LIST AFTER THE STANDARD PARTS LIST.
ELECTRICAL REPLACEMENT PARTS LIST
| - | ||||||||||
|---|---|---|---|---|---|---|---|---|---|---|
| ٢ | REE NO | PART NO | DESCRI | PTION | REF.NO | PART NO | DESCRI | PTION | R | E |
| ł | RESISTORS | SEMICONDUCTORS (CONT) | T) | |||||||
|
RA01
R167 R353 R358 R428 R433 R433 R434 R436 R437 R438 |
R00202151J
R3B181123J R3B181103J R61582101J R61582680J R61582680J R614811R5J R614811R5J R615812R2J R61481R33K |
RC
R.METAL OXIDE R.METAL OXIDE R.FUSE R.METAL OXIDE R.FUSE R.CEMENT R.FUSE R.FUSE R.FUSE |
150 OHM 1/2W
12K OHM 1 W 10K OHM 1 W 100 OHM 1/2W 1.5K OHM 2 W 68 OHM 1/2W 10 OHM 7 W 1.5 OHM 1 W 2.2 OHM 1 W 0.33 OHM 1 W |
D143
D145 D160 D351 D451 D401 D402 D403 D404 D405 |
D1VT001320
D1VT024720 D1VT024720 D1VT001320 D1VT001320 D1VT001320 D1VT001320 D93T07R50Y D93T07R50Y D93T07R50Y D93T02000Y D93T01200Y |
DIDDE.SILICON
DIDDE.SILICON DIDDE.SILICON DIODE.SILICON DIODE.SILICON DIODE.SILICON DIODE.SILICON DIODE.ZENER DIODE.ZENER DIODE.ZENER DIODE.ZENER |
1SS132T-77
1S2472T-77 1S2472T-77 1SS132T-77 1SS132T-77 GZA7.5 Y BT GZA9.1 Y BT GZA9.0 Y BT GZA12 Y BT |
「「「「「」」」では「「」」」では、「」」」では、「」」」では、「」」」では、「」」」」。
「「」」」では、「」」」。 「」」」では、「」」」。 「」」」では、「」」」。 「」」」」では、「」」」。 「」」」」。 「」」」」では、「」」」。 「」」」」。 「」」」」、 「」」」」。 「」」」、 「」」」、 「」」」、 「」」」、 「」」、 「」」、 「」」、 「」」、 「」」、 「」」、 「」」、 「」」、 「」」、 「」」、 「」、 「 |
||
|
R458
R463 R506 R509 R513 R513 R514 R510 R590 R691 |
R3B268472J
R3B16A152J R5W2CD5R6K R3B18A220J R3B161103J R4B161150J R4B161150J R3B181470J R5B181470J R5M2CF332J R00106393J |
R.METAL OXIDE
R.METAL OXIDE R.CEMENT R.METAL OXIDE R.METAL OXIDE R.METAL R.METAL R.METAL R.METAL R.CEMENT RC |
4.7K OHM 3 W
1.5K OHM 2 W 5.6 OHM 2 W 122 OHM 2 W 10K OHM 1 W 15 OHM 1 W 47 OHM 1 W 3.3K OHM 10 W 39K OHM 1/6W |
D406
D407 D408 D409 D410 D411 D412 D413 D478 ▲ D501 |
D23TFD05TG
D23TFD05TG D23TFH10TG D23TFH10TG D23TFD05TG D1VT001320 D1VT001320 D1VT024720 D23TFD05TG D23TFD05TG D28020E100 |
DIODE, RECTIFIER
DIODE, RECTIFIER DIODE, RECTIFIER DIODE, RECTIFIER DIODE, RECTIFIER DIODE, SILICON DIODE, SILICON DIODE, SILICON DIODE, SILICON |
DFD05TG-BT
DFD05TG-BT DFH10TG-AT1 DFH10TG-AT1 DFD05TG-BT 1SS132T-77 1SS132T-77 1S2472T-77 DFD05TG-BT 20E10 |
March 1998年まで、「小小」 | ||
|
R806
R814 R822 R970 R965 R967 R967 R955 |
R3118A822J
R3118A822J R3118A822J R63584270J R63584270J R63584150J R60106273J |
R, METAL OXIDE
R, METAL OXIDE R, METAL OXIDE R, FUSE RC R, FUSE RC CAPACITORS |
8.2K OHM 2 W
8.2K OHM 2 W 8.2K OHM 2 W 27 OHM 1/4W 47K OHM 1/4W 15 OHM 1/4W 27K OHM 1/6W |
A D502
D503 D504 D505 D506 D508 D511 D512 D590 D501 |
D28020E100
D28020E100 D28020E100 D280RU280 D28F00RH10 D25T5566B0 D93T05R10Y D23TD5A12T D1VT001320 |
DIODE.SILICON
DIODE.SILICON DIODE.SILICON DIODE.SILICON DIODE.RECTIFIER DIODE.AVALANCHE DIODE.RECTIFIER DIODE.RECTIFIER DIODE.RECTIFIER DIODE.SILICON |
20E10
20E10 20E10 RU-2B RH-1 R2M S556668(TPA3) GZA5.1 Y BT-T DSA12TL-AT1 1SS132T-77 |
_ | ||
|
C222
C360 C422 C425 C427 C428 C429 C430 C431 C450 |
C0A0SL480D
C0A0B0413K C0S0BN7H2K P441F2564J P442F9123J E0B7F4102M E0B7F3222M E025FD4R7M P341F2473J |
CC
CC CC CMPP CMPP CMPP CE CE CE CE CPP |
8.0 PF 50V SI 1000 PF 50V B 220 PF 2KV BI 0.68 UF 200V 0.012 0.56 UF 200V 0.012 UF1600V 1000 UF 35V 2200 UF 25V 4.7 UF 250V 0.047 UF 200V |
D661
D662 D663 D801 D802 D803 D804 D805 D806 D850 |
D1VT001320
D1VT001320 D1VT001320 D93T01200Y D93T01200Y D93T01200Y D1VT024720 D1VT024720 D1VT024720 D93005R60Y |
DIODE, SILICON
DIODE, SILICON DIODE, SILICON DIODE, ZENER DIODE, ZENER DIODE, ZENER DIODE, ZENER DIODE, SILICON DIODE, SILICON DIODE, SILICON DIODE, SILICON |
155132T-77
155132T-77 155132T-77 0ZA12 Y BT 0ZA12 Y BT 152472T-77 152472T-77 152472T-77 152472T-77 0ZA5.6 Y |
æ | 1 | |
|
C451
C452 C466 C473 C502 C508 C509 C511 C513 C515 C516 C518 |
C010BN713K
E0B5FB101M P442F9182J C0S0BN7W2K E52C0H221M C0JBB07H3K C0JBB07H3K C0JBB07H3K C0JBB07H3K C0JBB07H3K C0JBB07H3K C0S0BN7W2K C0S0BN7W2K |
CC
CMPP CC CC CC CC CC CC CC CC CC CC CC CC C |
1000 PF 2KV B
100 UF 160V 0.0018UF 160V 820 PF 2KV B 220 UF 400V 0.0022UF 2KV B 0.0022UF 2KV B 0.47 UF 250V 820 PF 2KV B 390 PF 2KV B 1000 PF 2KV B |
N D851
D860 N D951 ICA01 IC102 IC103 N IC104 IC105 N IC106 N IC106 N IC107 |
D93005R60Y
D93T01200Y D93T01300Y 1055B8710S 101D108210 13051006L0 151D080340 101901280S 1035079100 103D06358T 102190574J 102498M050 |
DIODE, ZENER
DIODE, ZENER DIODE, ZENER IC IC IC IC IC IC IC IC |
GZA5.6 Y
GZA12 Y BT GZA13 Y BT TA6710S AN90B21 CXX1006L OEC6034 MN1280S LA7910 LA6358T UPC574J-T L78M05 |
A | 7 | |
|
C599
C582 C801 C869 C877 C867 C891 C990 |
C0J0B0512K
E0E705010M C02BB07H3K P1E4F0473J E0E7F0102M E0E700221M E0250D220M C0J0SL421J S |
CC
CE CC CP CE CE CE CE CC EMICONDUCTORS |
100 PF 500V B
1 UF 50V 0.0022UF 2KV B 0.047 UF 50V 1000 UF 6.3V 220 UF 6.3V 220 UF 250V 20 PF 50V S |
ic109
ic201 iC401 iC402 iC403 iC501 iC502 L iC850 iC850 iC852 iC851 |
152D061220
103DE7520N 105DE86590 102SD14880 101A98M120 128490103A 103B98M050 19KDF52310 14KDF52430 153D03517C 105DE87510 |
1 C
1 C 1 C 1 C 1 C 1 C 1 C 1 C |
UPD6122G-001
LA7520N TA8659AN UPC1488H AN78M12 STR50103A L78M05-SA SAA5231 SAA5243 LC3517A-15 TA8751N |
) 4 | - | |
|
D101
D102 D103 D104 D105 D106 D108 D109 D110 D111 |
0040122003
0021320090 0021320090 0021320090 D1VT001320 0021320030 0021320030 0021320030 0021320030 |
LED DISPLAY IC
LED LED DIODE.SILICON DIODE.SILICON LED LED LED |
LN526RAUN
SLP-136C-20 SLP-136C-20 1SS132T-77 ISS132T-77 SLZ136C-14-AB-T SLZ136C-14-AB-T SLZ136C-14-AB-T SLZ136C-14-AB-T |
GA01
GA02 Q102 G103 G104 1 G105 1 G106 1 G107 1 G111 G112 |
TC3T0536K0
TC3T0536K0 TALT009520 TALT009520 TCLT009450 TCLT009450 TCLT009450 TCLT009450 TCLT009450 TCLT009450 TCLT009450 |
TRANSISTOR, SILIC
TRANSISTOR, SILIC TRANSISTOR, SILIC TRANSISTOR, SILIC TRANSISTOR, SILIC TRANSISTOR, SILIC COMPOUND TRANSIS COMPOUND TRANSIS COMPOUND TRANSIS |
CON 2SC536K-NP-AA CON 2SC536K-NP-AA CON 2SA952(C)-T CON 2SC9452(C)-T CON 2SC9454(C)-T CON 2SC945A(C)-T TOR DTC144TSTP CON 2SC945A(C)-T TOR DTC144TSTP TOR DTC144TSTP | 4 | 4 | |
|
D112
D113 D114 D115 D117 D124 D136 D139 D140 |
D1VT001320
D1VT024720 D1VT001320 D1VT001320 D1VT001320 D1VT001320 D1VT001320 D1VT001320 D1VT001320 D1VT024720 D93T05R60V |
DIDDE.SILICON
DIDDE.SILICON DIDDE.SILICON DIDDE.SILICON DIDDE.SILICON DIDDE.SILICON DIDDE.SILICON DIDDE.SILICON DIDDE.SILICON DIDDE.SILICON DIDDE.SILICON DIDDE.ZENER |
1521321-77
1521321-77 1551321-77 1551321-77 1551321-77 1551321-77 GZA33 Y BT 1524721-77 GZA5.6 Y BT |
Q116
Q145 Q201 Q351 Q401 Q402 Q403 Q404 Q405 |
TNQTD03002
TNQTD03002 TC3T030000 TC30041590 TC30041590 TC3002621E TD5F015550 TCLT009450 TCLT009450 TALT007330 |
COMPOUND TRANSIS
COMPOUND TRANSIS TRANSISTOR,SILI TRANSISTOR,SILI TRANSISTOR,SILI TRANSISTOR,SILI TRANSISTOR,SILI TRANSISTOR,SILI TRANSISTOR,SILI |
TOR DTC144TSTP STOR DTC144TSTP STOR DTC144TSTP SON 2SC3000-AA SON 2SC3159 SON 2SC4159 SON 2SC2621E-RAC SON 2SC2621E-RAC SON 2SC34555 SON 2SC945A(C)-T | |||
|
Q406
Q407 Q417 |
TCL T009450
TNGTD03002 TNGTD03001 |
TRANSISTOR, SILI
COMPOUND TRANSIS COMPOUND TRANSIS |
CON 2SC945A(C)-T C
STOR DTC144TSTP STOR DTC144ESTP |
|||||||
18
Page 27
ELECTRICAL REPLACEMENT PARTS LIST
•
| R | REF.NO PART NO DESCRIPTION | R | REF.NO PART NO DESCRIPTION | ||||||
|---|---|---|---|---|---|---|---|---|---|
| | | SEMICONDUCTORS (CONT) | P.C. | BOARDS ASS'Y | ||||||
|
Q502
Q517 Q604 Q695 Q695 Q695 Q697 Q699 Q801 Q803 |
TBWT00698E
TC3T02909S TALT007330 TNGTD03002 TNGTD03002 TNGTD03002 TLT009450 TC3Q040750 TA3T1371A0 |
TRANSISTOR.SILICON
TRANSISTOR SILICON TRANSISTOR,SILICON COMPOUND TRANSISTOR COMPOUND TRANSISTOR COMPOUND TRANSISTOR COMPOUND TRANSISTOR TRANSISTOR SILICON TRANSISTOR SILICON |
258698E-AA
25229095-AA 25A733(C)-T DTC144TSTP DTC144TSTP DTC144TSTP DTC144TSTP 25C945A(C)-T 25C4075-YAC 25A1371-AE |
PCB001
PCB002 PCB003 PCB004 PCB005 PCB005 PCB005 PCB005 PCB005 PCB009 PCB009 PCB010 |
A36943801AC
A36943803A A36943827A A36943811A A36943819A A36943820A A36943834A A36943834A A36943815A A36943815A A36943824A |
PCBASS'YPCBASS'YPCBASS'YPCBASS'YPCBASS'YPCBASS'YPCBASS'YPCBASS'YPCBASS'YPCBASS'YPCBASS'YPCBASS'Y |
TM0163-C
TE0538 TE0539 TC0153 TE0541 TE0540 TE0357 TE0551 TE0479 TE0720 |
||
|
Q804
Q806 Q807 Q852 Q852 Q854 Q955 Q955 Q955 Q964 Q965 Q966 Q966 Q967 Q968 |
TC3Q040750
TA3T1371A0 TC3Q040750 TA3T1371A0 TCLT009450 TCLT009450 TPQTD03002 TALT00952L TNQTD03002 TCLT009450 TALT007330 TCLT009450 TALT007330 TCLT009450 |
TRANSISTOR.SILICON
TRANSISTOR.SILICON TRANSISTOR.SILICON TRANSISTOR.SILICON TRANSISTOR.SILICON TRANSISTOR.SILICON COMPOUND TRANSISTOR TRANSISTOR.SILICON TRANSISTOR.SILICON TRANSISTOR.SILICON TRANSISTOR.SILICON TRANSISTOR.SILICON TRANSISTOR.SILICON |
25C4075-YAC
25A1371-AE 25C4075-YAC 25C45A(C)-T 25C945A(C)-T 25C945A(C)-T DTA14475TP 25A952(C)-T DTC14475TP 25C945A(C)-T 25C945A(C)-T 25C945A(C)-T |
ANT 101
B401 B402 BT101 CD006 CD021 CD101 CD102 CD103 CD104 CD501 |
M
0630300015 024JT03551 024JT03551 141T004003 141T004003 068082009A 068012302A 0694250110 0694250110 0694250110 1226063303 1228063002 1205450035 |
ANT.UNIT
CORE.BEADS CORE.BEADS BATTERY.MANGAN BATTERY.MANGAN CORD.CONNECTOR CONNECTOR PCB SIDE CONNECTOR PCB SIDE CONNECTOR PCB SIDE COND.JUMPER CORD.JUMPER CORD.JUMPER |
30300015
FBA04HA450AB-00 FBA04HA450AB-00 UM-4 8D62009A 8D12302A 174074-5 26063303 28063002 1205450035 |
||
| ┝ | 0969 | TCLT009450 | TRANSISTOR, SILICON | 25C945A(C)-T |
CD503
CD801 CD802 |
1227074502
1227033301 |
CORD, JUMPER |
27074502
27033301 |
|
|
LA01
LA02 L201 L202 L203 |
CUILS
021JA65R6K 03361C0051 021JA6R27M 021Z731R0J 033600016C |
COIL
COIL, SOUND IFT COIL COIL COIL, VIDEO IFT COIL, VIDEO IFT |
5.6 UH
361C005 0.27 UH 1.0 UH 3600016 3600017 |
CD803
CD804 CD805 CFA01 CFA03 |
068D01081B
068D01081B 068D01081B 1012006R51 1012005R53 |
CORD.CONNECTOR
CORD.CONNECTOR CORD.CONNECTOR FILTER.CERAMIC FILTER.CERAMIC |
6D010618
6D010618 6D010618 6D010618 SFE6.5MB SFE5.5MBF SFE6.0MBF |
||
|
L204
L205 L205 L401 L402 L501 |
033600017C
021JA6150K 033600018C 021679472K 022R000012 0294000037 |
COIL, VIDEO IFT
COIL, VIDEO IFT COIL, COIL, LINEARITY COIL, LINEFILTER |
3600017
15 UH 3600018 4.7 MH ELH-5L177M SE25VF-15250 80200008 352R011 352R011 16035SU 10 UH 302R002 352R016 33 UH |
CF101
CF201 CF202 CF203 CF301 CF351 |
1003T4R001
1027038R94 1012105R51 1012106R51 1012206R04 116F3TH4Z1 |
CERAMIC OSCILLATOR
FILTER,SAW FILTER,CERAMIC TRA FILTER,CERAMIC TRA FILTER,CERAMIC TRA FILTER,CERAMIC DIS FILTER,EMI |
KBR-4.0MSTF
F1027C P TPS5.5MB P TPS6.5MB . CDA6.0MC24B LTSTF223ZBTB |
||
| Δ |
L502
L601 L602 L603 L604 L605 L606 L607 |
0280200008
03352R011C 03352R011C 03352R007C 021JA6100K 03302R002C 03352R016C 021JA6330K |
COIL JEGAUSS
COIL JCHROMA COIL JCHROMA COIL JCHROMA COIL JCHROMA COIL JCHROMA COIL JCHROMA |
CP008
CP008 CP009 CP013 CP021 CP101 CP102 CP105 |
0690320018
0690420029 069HF4007A 0694120099 0694250100 0694250100 0694250100 |
CONNECTOR PCB SIDE
CONNECTOR PCB SIDE CONNECTOR PCB SIDE CONNECTOR PCB SIDE CONNECTOR PCB SIDE CONNECTOR PCB SIDE |
15-80P-02-V1
TS-80P-02-A1 ILG4P-S3L-PCB- 171825-2 174075-5 ILG8P-S3L-PCB- |
||
|
L612
L612 L801 L851 |
021JA6390K
021JA6390K 021673101K 021Z73150K |
COLL
COLL COLL COLL |
39 UH
100 UH 15 UH |
CP106
CP107 CP503 CP601 CP803 |
0690140179
069H130209 069D330018 069H190209 069D330018 |
CONNECTOR PCB SIDE
CONNECTOR PCB SIDE CONNECTOR PCB SIDE CONNECTOR PCB SIDE CONNECTOR PCB SIDE |
CPB1804-0101
ILG3P-S3L-PCB- TS-80P-03-V1 ILG9P-S3L-PCB- TS-80P-03-V1 |
||
|
T401
T501 |
03305Y002C
048133012W |
TRANS., HORIZONTAL C | NG 8133012 |
CP851
CP852 CP103A |
069Q180179
069H170209 069R960029 |
CONNECTOR PCB SIDE
CONNECTOR PCB SIDE CONNECTOR PCB SIDE |
CPB1808-0101
1LG7P-S3L-PCB- 51016-0600 |
||
| T | JACKS |
CP1038
CP104A |
069R960019
069R960029 |
CONNECTOR PCB SIDE |
52004-0610
51016-0600 |
||||
|
J351
J801 |
0602161001
0662130007 |
SWITCHES | HPS0360-01-020 | 3 |
DL601
DL602 EAR351 |
104114R43G
103S000406 074N130007 |
DELAY LINE GLASS
DELAY LINE EARPHONE |
EFDEN645A31F
ELT102294N SE100-335 |
|
|
SW101
SW102 SW103 SW104 SW105 SW105 SW106 SW109 SW109 SW110 SW111 SW112 |
0500202014
0504101720 0504101720 0504101720 0504101720 0504101720 0504101720 0504101720 0504101720 0504101720 |
SWITCH, PUSH
SWITCH, TACT SWITCH, TACT SWITCH, TACT SWITCH, TACT SWITCH, TACT SWITCH, TACT SWITCH, TACT SWITCH, TACT SWITCH, TACT |
SPUP20002A
EVQ-11405K EVQ-11405K EVQ-11405K EVQ-11405K EVQ-11405K EVQ-11405K EVQ-11405K EVQ-11405K EVQ-11405K |
F501
F8401 FH502 FH502 ICP401 MS002 NR101 OS101 PT501 PT502 SP351 |
0808T2R502
0432200121 06760T0001 08760T0001 084E00R301 1283200020 1102447302 077M006004 126C000002 126C000002 070R143005 |
FUSE
TRASFORMER.FLYBACK HOLDER FUSE HOLDER FUSE IC PROTECTOR SILICON.SHEET R.NETWORK REMOTE RECEIVER TERMINAL.PIN TERMINAL.PIN SPEAKER |
2.5A 250V
3220012 PFC5000-0202 PRF-315 3200020 RGLE4X473J KEY-C00SV2 ST-0015 ST-0015 CP100005-01 |
||
| SW501 | 0530102006 |
SWITCH, TACT
SWITCH, PUSH |
ESB-76937A |
TC851
TH501 |
0100514001
D810M180H0 |
C.CERAMIC TRIMMER
DEGAUSS ELEMENT |
TZO3R300E
ERP-F5B0M180H |
||
|
VR102
VR201 VR401 VR402 VR403 VR501 VR501 VR602 |
VARIA
V126214BT1 V116303BT2 V126315B03 V1163142BT2 V1263U2B03 V1163142BT2 V116313BT2 V1162H4BT1 |
BLE RESISTORS |
RH0632C14R01
EVNDXAA02BQ3 RH0624C15J0E EVNDXAA02BE2 RH0624CW2J EVNDXAA02BY5 EVNDXAA02BY5 EVNDXAA02B13 EVN-DCAA03BE4 |
* |
TM101
10001 10001 10001 10001 10001 |
076G037090
0145P11004 0986200438 1002R50006 |
TRANSMITTER
TUNERJUHF-VHF COLOR PICTURE TUBE CERAMIC OSCILLATOF |
EUR-531136
VTSA1SZV 510UF822-TC21 CSB500E61 |
|
| L | |||||||||
Page 28
ELECTRICAL REPLACEMENT PARTS LIST
REF.NO PART NO DESCRIPTION MISCELLANEOUS (CONT) CERAMIC OSCILLATOR CSB503F2 CRYSTAL HC-49/U 4.43361875MHZ CRYSTAL HC49/U 13.875MHZ SERALOCK CSA6.00MT X401 X601 X850 X851 1002R50301 10064R43B2 100613R801 10026R0004
INTERCHANGEABLE PARTS LIST
NOTE: THE FOLLOWING PART(S) MAY BE SUBSTITUTE FOR PARTS INDICATED IN THE BASIC PART(S) L (WITH THE SAME REF.NO.). THESE PARTS SHARE THE SAME ELECTRICAL CHARACTERISTICS AND OT ELEMENTS FOR COMMON USAGE. EITHER PART NUMBER MAY BE USED IN THIS UN
| · | |||
|---|---|---|---|
| - | REF NO I | DESCRIPTION | DESCRIPTION |
| (PART NO) | (PART NO) | ||
| (FANT NO) | 1001007-77 | ||
| D105 | GMA-01-BT | (D1VT001320) | |
| (DISTGMAUTU) | 1551321-77 | ||
| D106 | GMA-01-BI | (D1VT001320) | |
| CMA-01-BT | 1551321-77 | ||
| (013TGMA010) | (D1VT001320) | ||
| 0112 | DS442X-BT | 1524727-77 | |
| (D13TDS442X) | (D1VT024720) | ||
| D114 | GMA-01-BT | 1SS132T-77 | |
| (D13TGMA010) | (D1VT001320) | ||
| D115 | GMA-01-BT | 1551321-77 | |
| - | (DISTGMADIO) | (0101001320) | |
| D117 | GMA-01-BT | (D1VT001320) | |
| (DISTGMAUTU) | 1551327-77 | ||
| D124 | GMA-U1-B1 | (01/1001320) | |
| (01310MAU107 | 1524721-77 | ||
| L | 0139 |
US442A-DI
(D13TDS442X) |
(DIVT024720) |
| 0142 | GMA-01-BT | 1551327-77 | |
| U143 | (DISTGMADIO) | (D1VT001320) | |
| I | 0145 | DS442X-BT | 1$24727-77 |
| l | 0140 | (D13TDS442X) | (D1VT024720) |
| l | D160 | DS442X-BT | 1524721-77 |
| l | (D13TDS442X) | (D1VT024720) | |
| L | D351 | GMA-01-BT | 1SS132T-77 |
| L | (D13TGMA010) | (DIVIOD1320) | |
| ł. | D352 | DS442X-BT | 1 (S24/21-// |
| L | (D13TDS442X) | 101110247207 | |
| l | D401 | GMA-01-81 | (DIVT001320) |
| ļ | (DISIGMAUIU) | 1551327-77 | |
| ł | D411 | (D13TCH4010) | (01/1001320) |
| Į | 0410 | CHA-01-BT | 1551327-77 |
| 1 | 0412 | (D13TGMA010) | (D1VT001320) |
| ۱ | 0413 | DS442X-BT | 1524727-77 |
| 0413 | (D13TDS442X) | (D1VT024720) | |
| 1 | D601 | GMA-01-BT | 1551327-77 |
| (DISTGMADIO) | (D1VT001320) | ||
| 1 | D661 | GMA-01-BT | 1551321-77 |
| (D13TGMA010) | (0101001320) | ||
| D662 | GMA-01-BT | 1551321-77 | |
| (D13TGMA010) | 10010013207 | ||
| D663 | GMA-01-BT | 1551321-11 | |
| (DISTGMAUTU) | 1634721-77 | ||
| D804 | DS442X-B | (DIVT024720) | |
| 013105442A/ | 1524721-77 | ||
| 0805 | (D13TD5442X) | (DIVT024720) | |
| 0806 | DS442X-RT | 1524721-77 | |
| 0000 | (D13TDS442X) | (D1VT024720) | |
| 01601 | EFDEN645A31F | ADL-CP145 | |
| (104114R43G) | (104A14R43F) | ||
| 10102 | CXK1006L | CXK1008L | |
| (130S1006L0) | (13051008L0) | ||
| 10403 | AN78M12 | L ( 5M12-SA | |
| (101A98M120) | (103830M120/ | ||
| 1 | 1 | 1 |
RESISTOR RC.....CARBON RESISTOR
CAPACITORS
| CC CERAMIC CAPACITO | 2 |
|---|---|
| CE ALUMI ELECTROLYT | IC CAPACITOR |
| CP POLYESTER CAPACI | TOR |
| CPP POLYPROPYLENE CA | PACITOR |
| CPI PLASTIC CAPACITO | R . |
| CHR METAL POLYESTER | CAPACITOR |
| CHIPI METAL PLASTIC CA | PACITOR |
| CHAR METAL POLYPROPYL | ENE CAPACITOR |
| CET STYROL CAPACITOR |
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