FUNAI Service manual / Схема, сервісна інструкція Service manual & schematics

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CONTENTS

1. GENERAL SPECIFICATIONS 1-1
2. PERFORMANCE SPECIFICATIONS 2-1
3. SAFETY PRECAUTIONS
4. DISASSEMBLY INSTRUCTIONS 4-1
5. ELECTRICAL ADJUSTMENT
6. BLOCK DIAGRAM
7. ADJUSTMENT POINTS
8. TROUBLESHOOTING GUIDES
9. P.C.BOARD TOP AND BOTTOM VIEWS
10. WIRING DIAGRAM
11. SCHEMATIC DIAGRAM
12. WAVEFORMS
13. VOLTAGE CHARTS
14. EXPLODED VIEW
15. COMPONENT PACKING
16. MECHANICAL PARTS LIST
17. ELECTRICAL PARTS LIST

1. GENERAL SPECIFICATIONS

A) System ່1)
1) CRT :20'(19V), Inline gun, 90°Def.
ITC adjusted for Northern Hemisphere magnetic field.
2) Color system :PAL-B/G, SECAM-B/G,D/K, NTSC 4.43MHz, NTSC3.58MHz
, , (Automatic Switching)
3) Receiving channel :[VHF low] R1-R5ch/E2-E4ch
— OIRT ch + CCIR ch — [VHF high] R6-R12ch/E5-E12ch
[UHF]
(Can be memory 60 stations)
4) Tuning system :Voltage synthesizer system
5) Control
* Channel selector :2-Push switch (up/down)
* Sound volume :2-Push switch (up/down)
* Power :Push switch
* Tuning :2-Push switch (up/down)
* Program :Push switch
* Auto memory :Push switch
6) Connector
* Antenna :75ohmIEC jack
* Video in/out :BNC jack
* Audio in/out :RCA jack
* Video/Audio in/out :Skirt jack (21pin)

7) Onscreen Display * Channel * Volume * Contrast * Clock * Timer ON/OFF * Band position * Sleep timer (10~90 Minute) * Tuning Indicator 8) Indicator * On Timer :LED (RED) :LED (RED) * Stand by 9) Degauss :Automatic Degaussing 10) Speaker :Oval 2"x3.5" B) IR Remote Control 1) Power 2) Channel 15keys 3) Channel up 4) Channel down 5) Volume up 6) Volume down 7) Mute 8) Sleep 9) Display 10) Channel recall 11) Time select (Clock/Timer On/Off) 12) Picture select (Bright/Cont/Color) 13) Up/Down Control (Picture control/Hour/Minute) 14) Timer set 15)TV/VIDEO C) Mechanical 1) Dimension :(W)480x(D)458x(H)450mm 2) Cabinet :All plastic cabinet :19.5kg 3) Weight 4) Packing weight :21.5kg D) Power supply 1) Rating :AC 220V/50Hz 2) AC cord :6 ft PVC cord with IEC type C Plug E) Others , 1) Regulations :IEC-65 passable F) Accessaries 1) Remote control unit 2) 2-AAA batteries for remote control unit Instruction booklet 4) Matching Adaptor 5) VHF Antenna

11

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2. PERFORMANCE SPECIFICATIONS

<Tuner>

*ANT input ....................................

Description Condition Unit Nominal Limit
1 Peak picture cons VHF dBµV 20 . 30
1. rear picture sens. UHF dBµV 30 40
2. AFT pull in range
*Input 80dBµ
MHz ±1.0% ±0.7%
Picture MHz 38.0
3. Intermediate freq Sound MHz 31.5(D/K)
Sound MHz 32.5(B/G)
Δ Intercarrier freq MHz 6.5(D/K)
4.
`
intercamer neq. MHz 5.5(B/G)
<Deflection>
Description Condition Unit Nominal Limit
Horizontal
(PAL/SECAM)
kHz 15.625
1. Deflection freq. Horizontal
(NTSC)
15.75
Vertical
(PAL/SECAM)
Hz 50
Vertical
(NTSC)
60
2 Linearity Horizontal % ±15
2. Vertical % ±15
3. High voltage KV 25

<Video & Chroma>

Description Condition Unit Nominal Limit
1. Center mm 0.4
Misconvergence Corner mm 2.0
Side mm 1.5
2 Over scan Horizontal % 10
۷. Vertical % 10
3. Color temperature К 8000K-10MPCD
А Besolution Horizontal Line 300
r. Vertical Line 300
5. Brightness APL 100% ft-L 35 25
<Audio>

*All items are measured across 16 ohm resistor at speaker output terminal.

Description Condition Unit Nominal Limit
1. Audio output power 10%THD w 1.2 0.8
2. Audio distortion 500mW % 2 5
3. Audio freq. response -6dB Hz 100-6K

3. SAFETY PRECAUTIONS

. Before returning a product to the customer, always make a safety check of the entire product, including, but not limited to, the following items.

  • a. Be sure that no built-in protective devices are defective and/or have been defeated during servicing. (1) Protective shields are provided on this chassis to protect both the technician and the customer. Correctly replace all missing protective shields, including any removed for servicing convenience.
    • (2) When reinstalling the chassis and/or other assembly in the cabinet, be sure to put back in place all protective devices, including, but not limited to, nonmetallic control knobs, insulating fishpapers, adjustment and compartment covers/shields, and isolation resistor/capacitor networks. Do not operate this product or permit it to be operated without all protective devices correctly installed and functioning. Servicers who defeat safety features of fail to perform safety checks may be liable for any resulting damage.
  • b. Be sure that there are no cabinet openings through which an adult or child might be able to insert their finger(s) and contact a hazardous voltage. Such opening(s) include, but no limited to, (1) spacing between the picture tube and the cabinet mask, (2) excessively wide cabinet ventilation slot(s), and (3) an improperly fitted and/or incorrectly secured cabinet back cover.
  • C-1. Insulation Resistance Check With the product AC plug removed from AC source, connect an electrical jumper across the two AC plug prongs tied together and touch the Insulation Resistance Tester(I.R.T.) lead. Other I.R.T. lead contact accessible metal parts (antenna, handle bracket, metal cabinet, screw heads, metallic overlays, control shafts, etc.) If the measured resistance is less than 10.0 megohm, an abnormality exists that must be corrected before the product is returned to the customer. Repeat this test with the product AC switch in the off. Position,

if applicable.

C-2. Dielectric Strength Test - With the product AC plug removed from AC source, connect an electrical jumper across the two AC plug prongs tied together and touch the Dielectric Strength tester (D.S.T.) lead. Other D.S.T. lead contact accessible metal parts (antenna, handle bracket, metal cabinet, screw heads, metallic overlays, control shafts, etc.) If the product does not withstand dielectric strength test under condition AC 3,000V, 1 min., cutoff current max 10 milli - ampere, an abnormality exists that must be corrected before the product is returned to the customer. Repeat this test with the product AC switch in the off position, if applicable.

d. Leakage Current Hot Check - With the product completely reassembled, plug the AC line cord directly into an AC outlet.(Do not use an isolation transformer during this test.) Use a leakage current tester or an appropriate metering system. With the product AC switch first in the on position and then in the off position, measure from live polarity side to all exposed metal parts of the product (antenna, handle bracket, metal cabinet, screw heads,metallic overlays, control shafts, etc.), especially any exposed metal parts that offer an electrical return path to the chassis. Any current measured must not exceed 0.5 milli - ampere. Reverse the product power cord plug in the outlet and repeat this test.

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ANY MEASUREMENTS NOT WITHIN THE LIMITS SPECIFIED HEREIN INDICATE A POTENTIAL SHOCK HA7ADD THAT MUST BE FUMINATED REFORE RETURNING THE PRODUCT TO THE CUSTOMER OP BEFORE CONNECTING THE ANTENNA OR ACCESSARIES

  • A X Radiation and High Voltage Limits Because the picture tube is the primary potential source of X radiation in solid - state TV receiver. it is specially constructed to prohibit X - radiation emissions. For continued X - radiation protection, the replacement picture tube must be the same type as specified parts list in this manual. Also, because the picture tube shields and mounting hardware perform an X - radiation protection function, they must be correctly in place. High voltage must be measured each time servicing is performed that involves B+, horizontal deflection or high voltage. Correct operation of the X - radiation protection circuits also must be reconfirmed each time they are serviced. (X - radiation protection circuits also may be called "horizontal disable" or "hold - down".) Read and apply the high voltage limits and, if the chassis is so equipped, the X radiation protection circuit specifications given on product labels and in the Product Safety & X - Radiation Warning note on the service data chassis schematic. High voltage is maintained within specified limits by close tolerance safety - related components/adjustments in the high voltage circuit. If high voltage exceeds specified limits, check each component specified on the chassis schematic and take corrective action
  • 2. Read and comply with all caution and safety-related notes on or Inside the receiver cabinet, on the receiver chassis. or on the picture tube.
  • 3. Design Alteration Warning Do not alter or add to the mechanical or electrical design of this TV receiver. Design alterations and additions, including, but not limited to circuit modifications and the addition of items such as auxiliary audio and/or video output connections, might alter the safety characteristics of this receiver and create a hazard to the user. Any design alterations or additions may void the manufacturer's warranty and may make you, the servicer responsible for personal injury or property damage resulting therefrom.
  • 4. Picture Tube Implosion Protection Warning The picture tube in this receiver employs integral implosion protection. For continued implosion protection, replace the picture tube only with one of the same type number. Do not remove, install, or otherwise handle the picture tube in any manner without first putting on shatterproof goggles equipped with side shields. People not so, equipped must be kept safely away while picture tubes are, handled, Keep the picture tube away from your body. Do not handle the picture tube by its neck. Some "in-line" picture tubes are equipped with a permanently attached deflection yoke; because of potential hazard, do not try to remove such "permanently attached" vokes from the picture tube.
  • 5. Hot Chassis Warning a. Some TV receiver chassis are electrically connected directly to one conductor of the AC power cord and may be safety-serviced without an isolation transformer only if the AC power plug is inserted so that the chassis is connected to the ground side of the AC power source. To confirm that the AC power plug is inserted correctly, with an AC voltmeter measure between the chassis and a known earth ground. If a voltage reading in excess of 1.0V is obtained, remove and reinsert the AC power plug in the opposite polarity and again measure the voltage potential between the chassis and a known earth ground.

b. Some TV receiver chassis normally have 85V AC(RS) between chassis and earth ground regardless of the AC plug polarity. These chassis can be safety-serviced only with an isolation transformer inserted in the power line between the receiver and the AC power source, for both personnel and test equipment protection

c. Some TV receiver chassis have a secondary ground system in addition to the main chassis ground. This secondary ground system is not Isolated from the AC power line. The two ground systems are electrically separated by insulating material that must not be defeated or altered.

  • 6. Observe original lead dress. Take extra care to assure correct lead dress in the following areas: a. near sharp edges, b, near thermally hot parts-be sure that leads and components do not touch thermally hot parts, c, the AC supply, d. high voltage, and e. antenna wiring. Always inspect in all areas for plnched, out of place, or trayed wiring. Do not change spacing between components, and between components and the printed-circuit board. Check AC power cord for damage.
  • 7. Components, parts, and/or wiring that appear to have overheated or are otherwise damaged should be replaced with components, parts, or wiring that meet original specifications. Additionally, determine the cause of overheating and/or damage and, if necessary, take corrective action to remove any potential safety hazard.

R PRODUCT SAFETY NOTICE - Some electrical and mechanical parts have special safety-related characteristics which are often not evident from visual inspection, nor can the protection they give necessarily be obtained by replacing them with components rated for higher voltage, wattage, etc. Parts that have special safety characteristics are identified by a (A) on schematics and in parts lists. Use of a substitute replacement that does not have the same safety characteristics as the recommended replacement part might create shock, fire, and/or other hazards, Products Safety is under review continuously and new instructions are issued whenever appropriate.

Prior to shipment from the factory, our products are strictly inspected to conform with the recognized product safety and electrical codes of the countries in which they are to be sold. However, in order to maintain such compliance, it is equally important to implement the following precautions when a set is being serviced.

Precautions during Servicing

  • 1. Parts identified by the A symbol are critical for safety. Replace only with parts number specified.
  • 2. In addition to safety, other parts and assemblies are specified for conformance with regulations applying to sourious radiation. These must also be replaced only with specified replacements. Examples: RF converters. RF cables, noise blocking capacitors, and noise blocking filters, etc.
  • 3. Use specified internal wiring. Note especially:
  • 1) Wires covered with PVC tubing
  • 2) Double insulated wires
  • 3) High voltage leads
  • 4. Use specified insulating materials for hazardous live parts. Note especially: 1) Insulation Tape
  • 2) PVC tubing
  • 3) Spacers
  • 4) Insulators for transistors.
  • 5. When replacing AC primary side components (transformers, power cords, etc.), wrap ends of wires securely about the terminals before soldering
  • 6. Observe that wires do not contact heat producing parts (heatsinks, oxide metal film resistors, fusible resistors, etc.)
  • 7. Check that replaced wires do not contact sharp edged or pointed parts.
  • 8. When a power cord has been replaced, check that 10 15 kg of force in any direction will not loosen it.
  • 9. Also check areas surrounding repaired locations
  • 10. Use care that foreign objects (screws, solder droplets, etc.) do not remain inside the set.
  • 11. Crimp type wire connector
    • When replacing the power transformer in sets where the connections between the power cord and power transformer primary lead wires are performed using crimp type connectors, in order to prevent shock hazards, perform carefully and precisely the following steps.
    • Replacement procedure
    • 1) Remove the old connector by cutting the wires at a point close to the connector.
    • Important: Do not re-use a connector (discard it).
    • 2) Strip about 15 mm of the insulation from the ends of the wires. If the wires are stranded, twist the strands to avoid fraved conductors
    • 3) Allan the lenaths of the wires to be connected. Insert the wires fully into the connector,
    • 4) Use the crimping tool to crimp the metal sleeve at the center position.
    • Be sure to crimp fully to the complete closure of the tool.
  • 12. When connecting or disconnecting the VCR connectors; First, disconnection the AC plug from AC supply socket.

Safety Check after Servicing

1. Insulation resistance test

Confirm the specified insulation resistance or greater between power cord plug prongs and externally exposed parts of the set (RF terminals, video and audio output terminals, etc.).

2. Dielectric strength test

Confirm specified dielectric strength or greater between power cord plug prongs and exposed accessible parts of the set (RF terminals, antenna terminals, video and audio output terminals, etc.).

3. Clearance distance

When replacing primary circuit components, confirm specified clearance distance.

4. Leakage current test

Confirm specified or lower leakage ccurrent between power cord plug prongs (earth ground) and externally exposed parts (RF terminal, video and audio input and output terminals, etc.).

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4. DISASSEMBLY INSTRUCTIONS

1. REAR CABINET REMOVAL

  • 1-1. Disconnect the AC power cord.
  • 1-2. Remove 10 screws from the rear cabinet.
  • 1-3. To re-install, reverse the above procedure.

2. MAIN PCB/POWER PCB ASS'Y REMOVAL

  • 2-1. Unplug the AC power cord, remove the rear cabinet.
  • 2-2. Disconnect all connectors from MAIN PCB to POWER PCB.
  • 2-3. Pull the MAIN PCB and POWER PCB to back-ward.
  • 2-4. To re-install, reverse the above procedure.

5. ELECTRICAL ADJUSTMENT

Alignment Itom Alignment Points Alignment Method
1. Focus FOCUS VR.
  1. Input monoscope-pattern.
  2. Align the focus while using the figure 325 (indicating number of
    the resolution) at the upper left of the monoscope pattern as
    reference, and check to ensure that no fading is detected in the
center and all four corners.
(Set the CONTRAST/BRIGHT control to center.)
Align the focus with this figure serving as a standard.
2. Cut Off VR1, VR2, VR3,
VR4, VR5
SCREEN VR.
  1. Input Black signal.
  2. Set the SCREEN (counter-clockwise), VR1, and VR4
    (counter-clockwise) to min.
  3. Turn the Service switch ON.
  4. Adjust the SCREEN to a point where the horizontal GREEN line
    starts flashing.
  5. Adjust VR1(blue) and VR4(red) till the horizontal line turn white.
  6. Turn the service switch OFF.
Note: At this time, each VOL. of R.Drive(VR2) and
B.Drive(VR5) should be in center.
3. V.size VR403
  1. Input monoscope pattern.
  2. Adjust VR403 so that the monoscope V.SIZE display becomes
    90%. Align horizontal/vertical balance, and then adjust so that the
    circle in the monoscope pattern center becomes truly round.
4. Sub Bright VR400
  1. Input the gray scale. (8 STEP)
  2. Set CONT.BRIGHT to center.
  3. Adjust VR400 to point where the level one step higher than the
    black level starts flashing.
This level starts flashing.

Note: The COLOR/CONTRAST/BRIGHT CONTROL, unless otherwise specified, should all be set to center.

Page 6
nment Item Alignment Points Alignment Method Alignment Item Alignment Points Alignment Method
I delay line Alignment Points
VR402, VR401,
L402
Alignment Method 1. Input the Philips pattern. 2. Connect the oscilloscope to IC400 pin 37. (Synchronize the oscilloscope externally through the D14 anode.) 3. Adjust VR402, VR401, L402 so that the amplitude at Anti-PAL signal part becomes minimal (no color) and the waveform at the 'color bar part is not seen in double ("Venetian Blind" does not appear at the color bar signal part). Philips pattern Philips pattern Anti-PAL signal Anti-PA Alignment Item
6. White Balance
Alignment Points
VR5, VR2, VR1,
VR4
  • Alignment Method
  • 1. Input APL 100% white.
  • 2. After aging for 20-30 minutes, demagnetize the tube (CR surface with a demagnetizer.
  • 3. Set the color analyzer to the CHROMA mode, and after z point calibration, bring the optical receptor into close contrained the center on the tube surface (CRT), and adjust R.DRIVE and B.DRIVE (VR2) so that the respective chroma tempe become 800K-10MPCD (X:0.300/Y:0.290).
  • 4. Turn the service switch ON.
  • 5. At this time, check that the horizontal line is white. If the horizontal line is not white, adjust the CUT-OFF VR, VR1 VR4 (red) until proper alignment is reached.
  • 6. Turn the service switch OFF, and using the color analyzer that the chroma temperatures read the preset values.
  • 7. Repeat steps 3, 4, 5, 6 above, and adjust so that the set is chroma temperature and horizontal line are at their best.
Note 1: Be sure the tube surface faces east. Note 1: Be sure the tube surface faces east. Note 2: Make this adjustment under European magnetic fie (Vertical: 0.4G/Horizontal: 0.2G) Note 3: Always adjust SUB-BRIGHT, V-SIZE, OUT-OFF, ar Note 4: The allowable range during chroma temperature adjustment should be ±5% Max.
  • x.0.285 to 0.305
5-2 5-3
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Alignment Item Alignment Points Alignment Method Alignment Item Alignment Points Alignment Method
7. Adjusting the
Frequency to
4.43MHz and
3.58MHz.
C444, C445
  1. Using the same adjusting manner as in the CLOCK adjustment,
    adjust C444 to 4.433619 ±10Hz.
  2. Using the same adjusting manner as in 4.43MHz adjustment,
    adjust C445 to 3.579545 ±10Hz.
9. R-Y
Demodulate
Coil
L407
  1. Input the SECAM color bar signal.
  2. Turn the CONTRAST, BRIGHT, COLOR control to max.
  3. Connect the oscilloscope as following drawing.
8. SECAM
Chroma Bell
Filter
L405
  1. Input the SECAM color bar signal.
  2. Turn the CONTRAST, BRIGHT, COLOR control to max.
  3. Connect the oscilloscope as following drawing.
4. Adjust L407 with core driver to meet same level with a(blank-ing)
and i (white) as following drawing.
  • 4. Adjust L405 with core driver to flat wave from at arrow marked on following drawing.
  • 4. Adjust L405 with core driver to flat wave from at arrow marked on following drawing.
10. B-Y
Demodulate
Coil
L404
  • 1. Input the SECAM color bar signal.
  • 2. Turn the CONTRAST, BRIGHT, COLOR control to max.
  • 3. Connect the oscilloscope as following drawing.
·
  • Adjust L404 with core driver to meet same level with a(blank-ing) and i (white) as following drawing.

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Alignment Item Alignment Points Alignment Method
11. 38.0MHz
Peak
Adjustment
L2
  1. Connect "OUTPUT" of sweeper to "the 6th pin" of "IC1".
    Frequency set of sweeper are below;
    (1)31.5MHz (2)32.5MHz (3)33.57MHz (4)35.8MHz
    (5)38.0MHz (6)39.5MHz
  2. Connect the oscilloscope to "the 10th pin" of "IC1".
  3. Load DC voltage to "the 4th pin" of "IC1", as the wave of
    oscilloscope not to clip.
  4. Adjust "L2", as the marker for 38.0MHz to be peak.
38.0MHz
12. AFT Curve
Adjustment
L3
  1. Connect the sweeper to "TEST POINT" of inside of "TUNER".
    Frequency set is same in case of adjustment for peak.
  2. Connect oscilloscope to "the 11th pin" of "IC1".
  3. Adjust "L3", as the marker for 38.0MHz to the center of "AFT" curve.
38.0MHz
13. RF AGC
Adjustment
VR13
  1. Receive the signal for 2ch (48.25MHz)
  2. Set "the level of input" of "RF" to 80dBµwith color-bar.
  3. Connect the digital voltmeter to the AGC terminal of "TUNER".
  4. Adjust "VR13", as indication of the digital voltmeter to be 4.0V.
14. ON SCREEN
Point
Adjustment
L22
  1. Input color-bar.
  2. Indicate "ON SCREEN" as to be a bar white, "PICTURE SELEC
    KEY".
  3. Adjust "L22" as the distance between both the ends of "ON".
15. Clock
Adjustment
C143
  1. Short between "the 17th pin and the 20th pin of IC3" with diode.
  2. 17 - 20 *Connect AC-cord and remove diode off.
  3. Connect F-counter to from 17th pin to the 20th pin.
3. Adjust "C143" as the frequency to be 87381.3334±0.5MHz.
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6. BLOCK DIAGRAM

6-1

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8. TROUBLESHOOTING GUIDES

Page 12
(3) NO RASTER WITH SOUND

8-3

Page 13

(7) NO SYNCHRONIZATION

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Page 15

15. COMPONENT PACKING

15-1

16. MECHANICAL APSRT LIST

REF. NO. DESCRIPTION PART NO. RE F. NO . DESCR IPTION
A-1 FRONT CABINET ASS'Y 0EMN00474 ACCESSORIES
A-1-1 FRONT CABINET 0EM100242 | |
1-2 REAR CABINET MOUNTING BOSS 21WH071 X-1 REMOCON UNIT
2 0FM300327 X-2 BATTERY
0EM400801
051400840
0EM400840 X-3 OWNER'S MANUAL
REAR CABINET 21CH200 · X-4 POLYETHYLENE BAG
RATING LABEL 0EM401055 X-5 VHE ANTENNA
BRAND BADGE 21WH080
ANT. JACK HOLDER 0EM300220
AC CORD HOLDER 21WH085 ^-0
COVER PLATE 0EM400479
DECORATION TAPE 0EM400896 | | DAOKAOF
STOPPER HOLDER 23WH089 PACKAGE
CRT MOUNTING BOSS LU RD ASS'Y 21WH067X S-1 CARTON
CRT MOUNTING BOSS LD RU ASS'Y 21WH068Y S-2 SET PAD (TOP)
271110000 S-3 SET PAD (BOTTOM)
2/WH001 S-4 SET SHEET
I ENTION SPRING 26WH006 0.4 SERIAL NO LAREI
LED HOLDER 21WH065 5-5 SCHIAL NO. LADEL
SPACER 0EM400717
TAP TIGHT SCREW 3X8 GFMB3080
TAP TIGHT SCREW 3X10 GBMB3100
TAP TIGHT SCREW 3X16 GBMB3160
TAP TIGHT SCREW 3Y10 GBMP3100
CDKPC100
TAP TIGHT SUREW 3X12 GBKP3120
TAP TIGHT SCREW 4X20 GBMP4200
TAP TIGHT SCREW 4X16 GBMP4160
TAP TIGHT SCREW 4X18 GBKP4180
SCOTCH TAPE #880 (for D. COIL) 0EZZ00026

16-1

PART NO

UREMT30MS002 1813020 or 1790849 or

579W100 0EMN00473 Z221350 27AH011 or 27AH012 1813642 or 1780283

0EM401091 0EM200152 0EM200152 32EH014 TS7619

Page 16

17. ELECTRICAL PARTS LIST

PRODUCT SAFETY NOTE: Products marked with a A have special charactoeristics important to safety. Before replacing any of these comportents, read carefully the products safety notice of this service manual. Don't degrade the safety of the product through improper servicing.

REF. NO. DESCRIPTION PART NO. R EF. NO. DESCRIPTION PART N ю.
ASS'Y, PCB, MAIN С 36 Mylar 0.1uF/50V ±10% 2250104S d or
CONSIS TS OF THE FOLLOWING: BL5470F01001-D Mylar 0.1uF/50V ±10% 1250104S
1 С 37 Ceramic ±10% 100pF/50V 32B3101S or
CA PACITORS Ceramic +10% 100pF/50V 3B42101S 0.
C 1 Electrolytic 47uE/16V +20% 126C476S С 39 Mylar 0.0022uF/50V ±10% 22502228 or
Ceramic +80/-20% 0.01uE/50V 32E3103S or Mylar 0.0022uE/50V +10% 12502228 0.
Ceramic +00/ 20% 0.01uF/25V 3E45103S C 40 6220574
Ceramia +50/-20 % 0.0101 /23 V 31451035
32702005 or
41 6 3E 100
C 3 Ceramic 15% 39pr/30V 32,03903 01 41 6.3E+109
~ . Ceramic ±5% 39pr/50v 35413905 42 0.32+109
C 4 Ceramic ±5% 39pF/50V 32703905 01 43 1222183 0 or
Ceramic ±5% 39pF/50V 35413905 P.P. 0.00470F 1.6KV 1220496
C 5 Ceramic +80/-20% 0.01uF/50V 32F3103S or C 44 P.P. 0.0039/1.6KV 1220495 0 ٦r
Ceramic +80/-20% 0.01uF/25V 3F45103S P.P. 0.0039/1.6KV 1222281
C 6 Ceramic ±5% 27pF/50V 3270270S or C 46 Electrolytic 4.7uF/50V ±20% 126F475S
Ceramic ±5% 27pF/50V 3S41270S 48 Semiconductive ±10% 0.01uF/25V 12Y2103S
C 8 Ceramic NPO 130pF 12CH131S C 50 Electrolytic 100uF/25V ±20% 626D107
C 9 Ceramic +80/-20% 0.01uF/50V 32F3103S or С 51 Electrolytic 330uF/35V ±20% 626E337
Ceramic +80/-20% 0.01uF/25V 3F45103S | C 52 Mylar . 0.1uF/50V ±10% 2250104S d or
C 10 Ceramic +80/-20% 0.01uF/50V 32F3103S or _ 1 | Mylar 0.1uF/50V ±10% 1250104S
Ceramic +80/-20% 0.01uF/25V 3F45103S C 53 Electrolytic 4.7uF/250V ±20% 6220691 of or
C 11 Ceramic +80/-20% 0.01uF/50V 32F3103S or l Electrolytic 4.7uF/250V ±20% 122Z343
Ceramic +80/-20% 0.01uF/25V 3F45103S C 55 Ceramic +80/-20% 0.01uF/50V 32F3103S or
C 12 Ceramic +80/-20% 0.01uF/50V 32F3103S or Ceramic +80/-20% 0.01uF/25V 3F45103S
Ceramic +80/-20% 0.01uF/25V 3F45103S С 56 Electrolytic 1uE/50V +20% 126F105S
C 13 Ceramic +80/-20% 0.01uE/50V 32E3103S or l c 57 Ceramic +10% 0.0039uF/50V 32B3392S or
0 10 Ceramic +80/-20% 0.01uF/25V 3E45103S ľ 57 Ceramic +10% 0.0039uE/16V 31403925 01
C 14 Coramia +00/ 20% 0.01uE/50V 30E31035 59 12652255
0 14 Ceramia +00/-20 % 0.01uF/30V 32531033 01 50 6260106
0.15 Ceramia +00/-20% 0.010F/23V 3F451035 09 1200100
C 15 Ceramic +80/-20% 0.010F/50V 32F3103S or 60 1260 1065
0.40 Ceramic +80/-20% 0.010F/25V 3F451035 01 Mylar 0.047/0F/50V ±10% 22504735 0 01
C 16 Ceramic +80/-20% 0.01uF/50V 32F3103S or Mylar 0.04/uF/50V ±10% 12504735
o Ceramic +80/-20% 0.01uF/25V 3F45103S C 62 Electrolytic 1000uF/16V ±20% 626C108
C 17 Ceramic ±10% 0.001uF/50V 32B3102S or С 63 Electrolytic 100uF/16V ±20% 126C107S
Ceramic ±10% 0.001uF/50V 3B42102S С 64 Electrolytic 100uF/16V ±20% 126C107S
C 18 Mylar 0.068uF/50V ±10% 2250683S or С 65 Tantal Electrolytic 2.2uF/25V 122F259 o or
Mylar 0.068uF/50V ±10% 1250683S l Tantal Electrolytic 2.2uF/25V ±10% 122F225
C 19 Ceramic ±0.5% 10pF/50V 3270100S or С 66 Electrolytic 10uF/50V ±20% 126F106S
Ceramic ±5% 10pF/50V 3S41100S С 67 Electrolytic 1000uF/25V ±20% 626D108
C 20 Ceramic ±5% 15pF/50V 3270150S or С 68 Mylar 0.18uF/100V ±10% 2251184 or
Ceramic ±5% 15pF/50V 3S41150S Mylar 0.18uF/100V ±10% 1251184
C 21 Mylar 0.01uF/50V K 2250103S or С 69 P.P. 0.47uF/200V 122Z256 0 or
Mylar 0.01uF/50V ±10% 1250103S P.P. 0.47uF/200V 1220511
C 22 Electrolytic 0.47uF/50V ±20% 126F474S С 90 Electrolytic 1uF/250V 6220690 or or
C 23 Electrolytic 4.7uF/50V ±20% 126F475S Ľ Electrolytic 1uF/250V +20% 122Z340
C 24 Ceramic ±10% 0.001µF/50V 32B3102S or С 91 Electrolytic 4.7uF/50V +20% 126F475S
Ceramic ±10% 0.001µF/50V 3B42102S l.c. 98 Electrolytic 470uE/16V +20% 6260.477
C 26 Electrolytic 4.7µE/50V +20% 126F475S l c 101 12601065
C 27 Semiconducti /e +10% 0.018uE/25\/ 1201 4730 Ĭč 104 22702209 ٥r
C 30 Electrolytic 470uF/16V +200/ 12121000
6060477
ľ 104 32/02203 0 01
C 31 Electrolytic 4 7uE/501/101 ±20% 10054750 · · 100 30412200
Mular 12014/55 109 12654/55
0 33 wylar
Mylor
0.0012UF/OUV ±10% 2250122S or 131 Electrolytic 4./uF/50V ±20% 126-4/55
Mylar 0.00120F/50V ±10% 1250122S 1C 142 Ceramic ±10% 0.001uF/50V 32B3102S or
5 34 Ceramic ±5% 47p⊧/50V 3270470S or Ceramic ±10% 0.001uF/50V 3B42102S
Ceramic ±5% 47pF/50V 3S41470S C 143 Torimar 60pF 1280137
-
C 35 Ceramic ±10% 0.001uF/50V 32B3102S or С 144 Ceramic ±5% 20pF/50V 3270200S c or
Page 17

11. SCHEMATIC DIAGRAM

Page 18

Point : A 1Div - 5ms 1Div 20V

Point : E 1Div : 20us 1Div = 50¥

Point : I 1Div – 20us 1Div – 2V

Point M 1Div = 20us 1Div = 2V

Point -: Q 1Div = 20us 1Div - 50V

Point : B 1Div = 20us 1Div = 5V

Point D 1Div 20us 1Div 2V

Point : F 1Div = 10us 1Div = 100V

Point : G 1Div = 20us 1Div = 0.5V

Point H 1 Div 20us 1 Div 0.5V

Point : J 1Div = 20us 1Div = 2V

Point : K 1Div - 5ms 1Div - 0.5V

Point L 1Div 20us 1Div 2V

12-1

Point : N 1Div = 20us 1Div = 2V

Point : O 1Div = 20us 1Div = 50V

Point P 1Div 20us 1Div 50V

Point : R 1Div = 20us 1Div = 0.1V

Page 19

9-4

Page 20

10. WIRING DIAGRAM

Page 21

n the

Page 22

9-3

Page 23
C 147 Ceramic ±10% 100pF/50V 32B3101S or C 148 Ceramic ±10% 100pF/50V 3842101S or C 148 Ceramic ±10% 100pF/50V 32B3101S or C 148 Ceramic ±10% 100pF/50V 32B3101S or C 149 Ceramic ±10% 100pF/50V 32B3101S or C 149 Ceramic ±10% 100pF/50V 32B3101S or C 149 Ceramic ±10% 100pF/50V 32B3101S or C 423 Ceramic ±10% 0.012F/50V C 150 Ceramic ±00/20% 0.0114F/50V 32F3103S or C 426 Semiconductive ±10% 0.0014F/50V C 151 Electrolytic 104F/16V ±20% 126C106S C 427 Film 0.470F/50V C 153 Ceramic ±10% 1020pF/50V 32B3121S or C 430 Electrolytic 470F/6V ±20% C 155 Mylar 0.104F/50V ±10%
Ceramic ±10% 100pF/50V 3842101S Film 0.22µF/50V C 148 Ceramic ±10% 100pF/50V 3283101S or C 423 Ceramic ±10% 0.0022µF/50V C 149 Ceramic ±10% 100pF/50V 3283101S or C 424 Electrolytic 0.0022µF/50V C 149 Ceramic ±10% 100pF/50V 3283101S or C 424 Electrolytic 0.001µF/50V C 150 Ceramic ±00% 0.01µF/50V 32F3103S or C 425 Ceramic ±10% 0.01µF/50V C 152 Electrolytic 10µF/16V ±20% 126F22SS C 427 Film 0.47µF/50V C 153 Ceramic ±10% 120pF/50V 3283121S or C 430 Electrolytic 47µF/16V ±20% C 155 Mylar 0.22µF/50V ±10% 2250224M or C 433 Mylar 0.1µF/50V ±10% C 156 Mylar 0.1µF/50V ±10% 2250104S or C 433 Mylar 0.1µF/50V ±10% C 157 Mylar 0.1µF/50V ±10% 1250104S< 125U224 or
C 148 Ceramic ±10% 100pF/50V 32B3101S or C 423 Ceramic ±10% 0.0022uF/50V C 149 Ceramic ±10% 100pF/50V 3842101S c 424 Electrolytic 0.0022uF/50V C 149 Ceramic ±10% 100pF/50V 3842101S c 424 Electrolytic 0.0022uF/Y50V C 149 Ceramic ±10% 00pF/50V 3842101S c 425 Ceramic ±10% 0.001uF/50V C 150 Ceramic ±80/-20% 0.01uF/50V 32F3103S or C 426 Semiconductive ±10% 0.01uF/50V C 151 Electrolytic 10uF/16V ±20% 126C106S C 427 Film 0.47uF/50V C 152 Electrolytic 22uF/50V ±20% 126F25S C 431 Semiconductive ±10% 0.047uF/25V C 153 Mylar 0.22uF/50V ±10% 283121S or C 433 Semiconductive ±10% 0.047uF/25V C 155 Mylar 0.22uF/50V ±10% 2250104S or C 432 225R224
Ceramic ±10% 100pF/50V 3B42101S Ceramic 0.0022uF(YB) C 149 Ceramic ±10% 100pF/50V 32B3101S or C 424 Electrolytic 0.47uF/50V ±20% C 150 Ceramic ±80/-20% 0.01uF/25V 3F45103S or C 426 Semiconductive ±10% 0.001uF/50V C 151 Electrolytic 10wF/16V ±20% 1266106S C 427 Film 0.47uF/50V C 152 Electrolytic 2.2uF/50V ±20% 126F22SS C 430 Semiconductive ±10% 0.05uF/25V C 153 Ceramic ±10% 120pF/50V 32B3121S or C 431 Semiconductive ±10% 0.047uF/50V C 155 Mylar 0.22uF/50V ±10% 2250224M C 433 Semiconductive ±10% 0.047uF/50V C 156 Mylar 0.1uF/50V ±10% 2250104S or C 434 Ceramic ±10% 120pF/50V C 157 Mylar 0.1uF/50V ±10% 1250104S or C 434 Ceramic ±10% 120pF/50V C 156 Mylar 0.1uF/50V ±10% 12501 32B3222S or
C 149 Ceramic ±10% 100pF/50V 32B3101S or C 424 Electrolytic 0.47uF/50V ±20% C 150 Ceramic ±10% 100pF/50V 32F3103S or C 425 Ceramic ±10% 0.001uF/50V C 150 Ceramic ±80/-20% 0.01uF/25V 3F45103S or C 426 Semiconductive ±10% 0.001uF/50V C 151 Electrolytic 10uF/16V ±20% 126C106S C 427 Film 0.47uF/50V C 152 Electrolytic ±10% 120pF/50V 32B3121S or C 430 Electrolytic 47uF/16V ±20% C 155 Mylar 0.22uF/50V ±10% 2250224M or C 432 Ceramic NPO 75pF Mylar 0.1uF/50V ±10% 2250104S or C 432 Ceramic ±10% 120pF/50V C 156 Mylar 0.1uF/50V ±10% 1250104S C 434 Ceramic ±5% 27pF/50V C 157 Mylar 0.1uF/50V ±10% 1250104S C 435 Ceramic ±10% 120pF/50V C 158 Electrolytic 10uF/16V ±20% 3X4D222S
Ceramic ±10% 100pF/50V 3B42101S C 425 Ceramic ±10% 0.001uF/50V C 150 Ceramic +80/-20% 0.01uF/50V 32F3103S or C 426 Semiconductive ±10% 0.001uF/50V C 151 Electrolytic 10uF/16V ±20% 126C106S C 426 Semiconductive ±10% 0.01uF/25V C 152 Electrolytic 2.2uF/50V ±20% 126F22SS C 430 Electrolytic 47uF/16V ±20% C 153 Ceramic ±10% 120pF/50V 32B3121S or C 431 Semiconductive ±10% 0.047uF/25V C 155 Mylar 0.22uF/50V ±10% 2250224M or C 432 Ceramic ±10% 120pF/50V C 156 Mylar 0.1uF/50V ±10% 1250104S or C 433 Mylar 0.1uF/50V ±10% C 157 Mylar 0.1uF/50V ±10% 1250104S or C 436 Ceramic ±10% 120pF/50V C 158 Electrolytic 10uF/16V ±20% 126C106S C 437 Ceramic ±10% 0.0056uF/25V C 159 Electrolytic 10uF/16V ±20% 126C1 126F474S
C 150 Ceramic +80/-20% 0.01uF/50V 32F3103S or Ceramic ±10% 0.001uF/50V C 151 Electrolytic 10uF/16V ±20% 126C106S C 426 Semiconductive ±10% 0.15uF/25V C 152 Electrolytic 2.2uF/50V ±20% 126C106S C 427 Film 0.47uF/50V C 153 Ceramic ±10% 120pF/50V 32B3121S or C 430 Electrolytic 40/47uF/16V ±20% C 155 Mylar 0.22uF/50V ±10% 2250224M or C 432 Ceramic ±10% 0.047uF/25V C 156 Mylar 0.1uF/50V ±10% 2250104S or C 433 Mylar 0.1uF/50V ±10% C 157 Mylar 0.1uF/50V ±10% 2250104S or C 434 Ceramic ±5% 27pF/50V C 158 Electrolytic 10uF/16V ±20% 126C106S C 435 Ceramic ±10% 120pF/50V C 158 Electrolytic 10uF/16V ±20% 126C106S C 435 Ceramic ±10% 0.0056uF/25V C 159 Electrolytic 10uF/16V ±20% 32B3102S or
Ceramic +80/-20% 0.01uF/25V 3F45103S C 426 Semiconductive ±10% 0.15uF/25V C 151 Electrolytic 10uF/16V ±20% 126C106S C 427 Film 0.47uF/50V C 152 Electrolytic 2.2uF/50V ±20% 126F225S C 430 Electrolytic 47uF/16V ±20% C 153 Ceramic ±10% 120pF/50V 32B3121S or C 430 Electrolytic 47uF/16V ±20% C 155 Mylar 0.22uF/50V ±10% 2250224M or C 432 Ceramic MPO 75pF C 156 Mylar 0.1uF/50V ±10% 2250104S or Mylar 0.1uF/50V ±10% 2250104S or C 156 Mylar 0.1uF/50V ±10% 1250104S or C 434 Ceramic ±5% 27pF/50V C 157 Mylar 0.1uF/50V ±10% 1250104S or C 435 Ceramic ±10% 100pF/50V C 158 Electrolytic 10uF/16V ±20% 126C106S C 436 Film 0.47uF/50V C 159 Electrolytic 10uF/16V ±20% 3B42102S
C 151 Electrolytic 10uF/16V ±20% 126C106S C 427 Film 0.47uF/50V C 152 Electrolytic 2.2uF/50V ±20% 126F225S C 430 Electrolytic 47uF/16V ±20% C 153 Ceramic ±10% 120pF/50V 32B3121S or C 430 Electrolytic 47uF/16V ±20% C 155 Mylar 0.22uF/50V ±10% 2250224M or C 432 Ceramic NPO 75pF C 156 Mylar 0.1uF/50V ±10% 2250104S or C 433 Mylar 0.1uF/50V ±10% C 156 Mylar 0.1uF/50V ±10% 2250104S or C 434 Ceramic ±5% 27pF/50V C 157 Mylar 0.1uF/50V ±10% 2250104S or C 435 Ceramic ±10% 120pF/50V C 158 Electrolytic 10uF/16V ±20% 126C106S C 436 Film 0.47uF/50V C 159 Electrolytic 10uF/16V ±20% 126C106S C 436 Film 0.47uF/50V C 160 Electrolytic 10uF/16V ±20% 126C106 12Y2154S
C 152 Electrolytic 2.2uF/50V ±20% 126F225S Film 0.47uF/50V C 153 Ceramic ±10% 120pF/50V 32B3121S or C 430 Electrolytic 47uF/16V ±20% C 155 Mylar 0.22uF/50V ±10% 2250224M or C 431 Semiconductive ±10% 0.047uF/25V C 156 Mylar 0.22uF/50V ±10% 1250224 C 433 Mylar 0.1uF/50V ±10% C 156 Mylar 0.1uF/50V ±10% 2250104S or C 433 Mylar 0.1uF/50V ±10% C 157 Mylar 0.1uF/50V ±10% 1250104S C 434 Ceramic ±5% 27pF/50V C 157 Mylar 0.1uF/50V ±10% 1250104S or C 435 Ceramic ±10% 120pF/50V C 158 Electrolytic 10uF/16V ±20% 126C106S C 436 Film 0.47uF/50V C 159 Electrolytic 10uF/16V ±20% 126C106S C 437 Ceramic ±10% 0.0056uF/25V C 160 Electrolytic 10uF/16V ±20% 126C106S C 437 125U474 or
C 153 Ceramic ±10% 120pF/50V 32B3121S or C 430 Electrolytic 47uF/16V ±20% C 155 Mylar 0.22uF/50V ±10% 2250224M or C 432 Ceramic NPO 75pF C 156 Mylar 0.22uF/50V ±10% 1250224 C 433 Mylar 0.1uF/50V ±10% C 156 Mylar 0.1uF/50V ±10% 1250104S or C 434 Ceramic ±5% 27pF/50V C 157 Mylar 0.1uF/50V ±10% 1250104S or C 434 Ceramic ±5% 27pF/50V C 157 Mylar 0.1uF/50V ±10% 1250104S or C 434 Ceramic ±10% 120pF/50V C 158 Electrolytic 10uF/16V ±20% 126C106S C 436 Film 0.47uF/50V C 159 Electrolytic 10uF/16V ±20% 126C106S C 437 Ceramic ±10% 0.0056uF/25V C 179 Electrolytic 10uF/16V ±20% 126C106S C 438 Ceramic ±10% 0.0056uF/25V C 202 Electrolytic 1uF/160V 1220518 or Ceramic ±10% 0.0056uF/25V Ceramic ±10% 0.0056uF/25V 225U474
Ceramic ±10% 120pF/50V 3B42121S C 431 Semiconductive ±10% 0.047uF/25V C 155 Mylar 0.22uF/50V ±10% 2250224M or C 432 Ceramic NPO 75pF Mylar 0.22uF/50V ±10% 1250224 C 433 Mylar 0.1uF/50V ±10% C 156 Mylar 0.1uF/50V ±10% 2250104S or Mylar 0.1uF/50V ±10% C 157 Mylar 0.1uF/50V ±10% 2250104S or C 434 Ceramic ±5% 27pF/50V C 157 Mylar 0.1uF/50V ±10% 1250104S or C 435 Ceramic ±10% 120pF/50V C 158 Electrolytic 10uF/16V ±20% 126C106S C 436 Film 0.47uF/50V C 159 Electrolytic 10uF/16V ±20% 126C106S C 437 Ceramic ±10% 0.0056uF/25V C 179 Electrolytic 1uF/16V ±20% 126C106S C 438 Ceramic ±10% 0.0056uF/25V C 202 Electrolytic 1uF/16V 1220618 or C 438 Ceramic 126C476S
C 155 Mylar 0.22uF/50V ±10% 2250224M or C 432 Ceramic NPO 75pF C 156 Mylar 0.1uF/50V ±10% 1250224 C 433 Mylar 0.1uF/50V ±10% C 156 Mylar 0.1uF/50V ±10% 2250104S or Mylar 0.1uF/50V ±10% C 157 Mylar 0.1uF/50V ±10% 1250104S or C 433 Ceramic ±5% 27pF/50V C 157 Mylar 0.1uF/50V ±10% 1250104S or C 435 Ceramic ±10% 120pF/50V C 158 Electrolytic 10uF/16V ±20% 126C106S C 436 Film 0.47uF/50V C 159 Electrolytic 10uF/16V ±20% 126C106S C 437 Ceramic ±10% 0.0056uF/25V C 179 Electrolytic 10uF/16V ±20% 126C106S C 438 Ceramic ±10% 0.0056uF/25V C 202 Electrolytic 10uF/16V ±20% 126C106S C 438 Ceramic ±10% 0.0056uF/25V C 202 Electrolytic 10uF/16V ±20% 126C106S C 438 Ceramic ±10% 0.0056uF/25V C 202 Electrolytic 10 12Y2473S
Mylar 0.22uF/50V ±10% 1250224 C 433 Mylar 0.1uF/50V ±10% C 156 Mylar 0.1uF/50V ±10% 2250104S or Mylar 0.1uF/50V ±10% C 157 Mylar 0.1uF/50V ±10% 1250104S or C 434 Ceramic ±5% 27pF/50V C 157 Mylar 0.1uF/50V ±10% 1250104S or C 435 Ceramic ±10% 120pF/50V C 158 Electrolytic 10uF/16V ±20% 126C106S C 436 Film 0.47uF/50V C 159 Electrolytic 10uF/16V ±20% 126C106S C 437 Ceramic ±10% 0.0056uF/25V C 179 Electrolytic 10uF/16V ±20% 126C106S C 438 Ceramic ±10% 0.0056uF/25V C 179 Electrolytic 10uF/16V ±20% 126C106S C 438 Ceramic ±10% 0.0056uF/25V C 202 Electrolytic 10uF/16V ±20% 126C106S C 438 Ceramic ±10% 120pF/50V C 202 Electrolytic 10uF/16V ±20% 126C106S C 438 Ceramic ±10% 120pF/50V< 12CH750S
C 156 Mylar 0.1uF/50V ±10% 2250104S or Mylar 0.1uF/50V ±10% 1250104S C 434 Ceramic ±5% 27pF/50V C 157 Mylar 0.1uF/50V ±10% 2250104S or C 434 Ceramic ±5% 27pF/50V C 157 Mylar 0.1uF/50V ±10% 2250104S or C 435 Ceramic ±10% 120pF/50V C 158 Electrolytic 10uF/16V ±20% 126C106S C 436 Film 0.47uF/50V C 159 Electrolytic 10uF/16V ±20% 126C106S C 437 Ceramic ±10% 0.0056uF/25V C 160 Electrolytic 10uF/16V ±20% 126C106S C 437 Ceramic ±10% 0.0056uF/25V C 179 Electrolytic 10uF/16V ±20% 126C106S C 438 Ceramic ±10% 0.0056uF/25V C 202 Electrolytic 10uF/16V ±20% 126C106S C 438 Ceramic ±10% 120pF/50V C 209 Electrolytic 10uF/160V 1222329 2250104S or
Mylar 0.1uF/50V ±10% 1250104S C 434 Ceramic ±5% 27pF/50V C 157 Mylar 0.1uF/50V ±10% 2250104S or C 435 Ceramic ±10% 120pF/50V C 158 Electrolytic 10uF/16V ±20% 126C106S C 436 Film 0.47uF/50V C 159 Electrolytic 10uF/16V ±20% 126C106S C 437 Ceramic ±10% 0.0056uF/25V C 160 Electrolytic 10uF/16V ±20% 126C106S C 437 Ceramic ±10% 0.0056uF/25V C 179 Electrolytic 10uF/16V ±20% 126C106S C 438 Ceramic ±10% 0.0056uF/25V C 202 Electrolytic 10uF/16V ±20% 126C106S C 438 Ceramic ±10% 0.0056uF/25V C 202 Electrolytic 10uF/16V ±20% 126C106S C 438 Ceramic ±10% 120pF/50V C 202 Electrolytic 10uF/16V ±20% 122C6106S C 438 Ceramic ±10% 120pF/50V C 209 Electrolytic 1uF/160V 122Z329 C 439 Mylar 0.1 1250104S
C 157 Mylar 0.1uF/50V ±10% 2250104S or C 435 Ceramic ±10% 120pF/50V C 158 Electrolytic 10uF/16V ±20% 126C106S C 436 Film 0.47uF/50V C 159 Electrolytic 10uF/16V ±20% 126C106S C 436 Film 0.47uF/50V C 160 Electrolytic 10uF/16V ±20% 126C106S C 437 Ceramic ±10% 0.0056uF/25V C 179 Electrolytic 1uF/50V ±20% 126C106S C 437 Ceramic ±10% 0.0056uF/25V C 202 Electrolytic 1uF/16V ±20% 126C106S C 438 Ceramic ±10% 0.0056uF/25V C 202 Electrolytic 10uF/16V ±20% 126C106S C 438 Ceramic ±10% 120pF/50V C 202 Electrolytic 10uF/16V 1220618 or C 439 Mylar 0.1uF/50V ±10% C 210 Electrolytic 32CH270S
Mylar 0.1uF/50V ±10% 1250104S Ceramic ±10% 120pF/50V C 158 Electrolytic 10uF/16V ±20% 126C106S C 436 Film 0.47uF/50V C 159 Electrolytic 10uF/16V ±20% 126C106S C 436 Film 0.47uF/50V C 160 Electrolytic 10uF/16V ±20% 126C106S C 437 Ceramic ±10% 0.0056uF/25V C 179 Electrolytic 1uF/50V ±20% 126C106S C 438 Ceramic ±10% 0.0056uF/25V C 202 Electrolytic 10uF/16V ±20% 126C106S C 438 Ceramic ±10% 0.0056uF/25V C 202 Electrolytic 10uF/16V ±20% 126C106S C 438 Ceramic ±10% 0.0056uF/25V C 209 Electrolytic 1uF/160V 1220618 or Ceramic ±10% 120pF/50V C 210 Electrolytic 22uF/160V 122Z329 C 439 Mylar 0.1uF/50V ±10% Electrolytic 22uF/160V 122Z334 or Mylar 0.1uF/50V ±10% Electrolytic 22uF/16 32B3121S or
C 158 Electrolytic 10uF/16V ±20% 126C106S C 436 Film 0.47uF/50V C 159 Electrolytic 10uF/16V ±20% 126C106S C 436 Film 0.47uF/50V C 160 Electrolytic 10uF/16V ±20% 126C106S C 437 Ceramic ±10% 0.0056uF/25V C 179 Electrolytic 1uF/50V ±20% 126C106S C 438 Ceramic ±10% 0.0056uF/25V C 202 Electrolytic 10uF/16V ±20% 126C106S C 438 Ceramic ±10% 0.0056uF/25V C 202 Electrolytic 10uF/16V ±20% 126C106S C 438 Ceramic ±10% 120pF/50V C 209 Electrolytic 1uF/160V 1220618 or Electrolytic 10uF/50V ±10% C 210 Electrolytic 22uF/160V 122Z329 C 439 Mylar 0.1uF/50V ±10% C 210 Electrolytic 22uF/160V ±20% 6220758 3B42121S
C 159 Electrolytic 10µF/16V ±20% 126C106S Film 0.47µF/50V C 160 Electrolytic 10µF/16V ±20% 126C106S C 437 Ceramic ±10% 0.0056µF/25V C 179 Electrolytic 1µF/16V ±20% 126F105S C 437 Ceramic ±10% 0.0056µF/25V C 202 Electrolytic 10µF/16V ±20% 126C106S C 438 Ceramic ±10% 120pF/50V C 209 Electrolytic 1µF/160V 1220618 or C 439 Mylar 0.1µF/50V±10% C 210 Electrolytic 22µF/160V 122Z329 C 430 Mylar 0.1µF/50V±10% Electrolytic 22µF/160V 122Z334 or Mylar 0.1µF/50V±10% C 212 Ceramic ±80/-20% 0.022µF/25V 32F3223 C 440 Ceramic ±10% 120pF/50V 125U474 or
C 160 Electrolytic 10uF/16V ±20% 126C106S C 437 Ceramic ±10% 0.0056uF/25V C 179 Electrolytic 1uF/50V ±20% 126F105S C 437 Ceramic ±10% 0.0056uF/25V C 202 Electrolytic 10uF/16V ±20% 126C106S C 438 Ceramic ±10% 120pF/50V C 209 Electrolytic 10uF/16V ±20% 1220618 or C 439 Mylar 0.1uF/50V ±10% C 210 Electrolytic 22uF/160V 122Z329 C 430 Mylar 0.1uF/50V ±10% C 210 Electrolytic 22uF/160V 122Z334 or Mylar 0.1uF/50V ±10% C 212 Ceramic ±80/-20% 0.022uF/25V 32F3223 C 440 Ceramic ±10% 120pF/50V 225U474
C 179 Electrolytic 1uF/50V ±20% 126F105S C 438 Ceramic ±10% 0.0056uF/25V C 202 Electrolytic 10uF/16V ±20% 126C106S C 438 Ceramic ±10% 120pF/50V C 209 Electrolytic 1uF/160V 1220618 or C 439 Mylar 0.1uF/50V ±10% C 210 Electrolytic 22uF/160V 122Z329 C 439 Mylar 0.1uF/50V ±10% Electrolytic 22uF/160V 122Z334 or C 440 Ceramic NPO 75pF C 212 Ceramic ±80/-20% 0.022uF/25V 32F3223 C 441 Ceramic ±10% 120pF/50V 32B3562S or
C 202 Electrolytic 10uF/16V ±20% 126C106S C 438 Ceramic ±10% 120pF/50V C 209 Electrolytic 1uF/160V 1220618 or C 438 Ceramic ±10% 120pF/50V C 210 Electrolytic 22uF/160V 122Z329 C 439 Mylar 0.1uF/50V ±10% Electrolytic 22uF/160V 122Z334 or Mylar 0.1uF/50V ±10% C 212 Ceramic ±80/-20% 0.022uF/25V 32F3223 C 440 Ceramic ±10% 120pF/50V 3X4D562S
C 209 Electrolytic 1uF/160V 1220618 or C 439 Mylar 0.1uF/50V ±10% C 210 Electrolytic 22uF/160V 122Z334 or Kylar 0.1uF/50V ±10% C 212 Ceramic ±80/-20% 0.022uF/25V 32F3223 C 440 Ceramic ±10% 120pF/50V C 212 Ceramic ±80/-20% 0.022uF/25V 32F3223 C 441 Ceramic ±10% 120pF/50V 32B3121S or
Electrolytic 1uF/160V 122Z329 C 439 Mylar 0.1uF/50V ±10% C 210 Electrolytic 22uF/160V 122Z334 or Mylar 0.1uF/50V ±10% Electrolytic 22uF/160V ±20% 6220758 C 440 Ceramic NPO 75pF C 212 Ceramic +80/-20% 0.022uF/25V 32F3223 C 441 Ceramic ±10% 120pF/50V 3B42121S
C 210 Electrolytic 22uF/160V 122Z334 or Mylar 0.1uF/50V ±10% Electrolytic 22uF/160V ±20% 6220758 C 440 Ceramic NPO 75pF C 212 Ceramic +80/-20% 0.022uF/25V 32F3223 C 441 Ceramic ±10% 120pF/50V 2250104S or
Electrolytic 22uF/160V ±20% 6220758 C 440 Ceramic NPO 75pF C 212 Ceramic +80/-20% 0.022uF/25V 32F3223 C 441 Ceramic ±10% 120pF/50V 1250104S
C 212 Ceramic +80/-20% 0.022uF/25V 32F3223 C 441 Ceramic ±10% 120pF/50V 12CH750S
32B3121S or
C 216 | Electrolytic 2200uF/6.3V ±20% | 626A228 | Ceramic ±10% 120pF/50V 3B42121S
C 217 Ceramic 47pF/500V 122Z684 C 442 Ceramic ±5% 22pF/50V 32CH220S
C 220 Ceramic +80/-20% 0.01uF/50V 32F3103S or C 443 Mylar 0.1uF/50V ±10% 2250104S or
Ceramic +80/-20% 0.01uF/25V 3F45103S Mylar 0.1uF/50V ±10% 1250104S
C 400 Ceramic ±5% 56pF/50V 3270560S or C 444 Trimar 30pF/N750 1280123
Ceramic ±5% 56pF/50V 3S41560S C 445 Trimar 30pF/N750 1280123
C 401 Electrolytic 0.22uF/50V ±20% 126F224S C 446 Film 0.47uF/50V 125U474 or
C 402 Ceramic ±10% 82pF/50V 32B3820S or Film 0.47uF/50V 225U474
Ceramic ±10% 82pF/50V 3B42820S C 447 Ceramic +80/-20% 0.01uF/50V 32F3103S or
C 403 Ceramic ±0.5% 10pF/50V 3270100S or Ceramic +80/-20% 0.01uF/25V 3F45103S
Ceramic ±5% 10pF/50V 3S41100S C 448 Ceramic ±5% 22pF/50V 3270220 or
C 404 Electrolytic 470uF/16V ±20% 626C477 Ceramic ±5% 22pF/50V 3S41220
C 405 Electrolytic 1uF/50V ±20% 126F105S C 450 Ceramic ±10% 220pF/50V 32B3221 or
C 406 Electrolytic 1uF/50V ±20% 126F105S Ceramic ±10% 220pF/50V 3B42221
C 407 Electrolytic 1uF/50V ±20% 126F105S [for HT and GS Type CRT]
C 408 Electrolytic 1uF/50V ±20% 126F105S Ceramic ±10% 220pF/50V 32B3221 or
Electrolytic 1uF/50V ±20% 126F105S Ceramic ±10% 220pF/50V 3B42221
C 410 Electrolytic 4.7uF/25V ±20% 126D475S [for SAM Type CRT]
U 411 Film 0.22uF/50V 125U224 or C 451 Ceramic ±10% 0.001uF/50V 32B3102S
0.410 Film 0.222/F/50V 225R224 C 454 Ceramic +80/-20% 0.01uF/50V 32F3103 or
0 412 Film 0.22uF/50V 125U224 or Ceramic +80/-20% 0.01uF/25V 3F45103
C 410 C 415 Ceramic +80/-20% 0.01uF/50V 32F3103 or
C 413 Film 0.220/F/50V 1250224 or Ceramic +80/-20% 0.01uF/25V 3F45103
0.222/50V 225R224 DIODES
C 414 Ceramic ±10% 0.001uF50V 32B3102S or
C 415 C 415 D 1 Di. 1SS176TPA7 1SS176T or
C 415 Semiconductive ±10% 0.04/uF/25V 12Y2473S Di. 1SS133 1SS133T
D 410 Semiconductive ±10% 0.022uF/25V 12Y2223S D 2 Di. 1SS176TPA7 1SS176T or
C 417 Electrolytic 1uF/50V ±20% 126F105S Di. 1SS133 1SS133T
C 418 Ceramic +80/-20% 0.01uF/50V 32F3103S or D 3 Di. 1SS176TPA7 1SS176T or
Ceramic +80/-20% 0.010F/25V 3F45103S Di. 1SS133 1SS133T
D 419 Electrolytic 220uF/16V ±20% 126C227S D 4 Di. 1SS176TPA7 1SS176T or
C 420 Electrolytic 220F/16V ±20% 126C226S Di. 1SS133 1SS133T
C 421 Ceramic +80/-20% 0.01uF/50V 32F3103S or D 6 Di. 1SS176TPA7 1SS176T or
Ueramic +80/-20% 0.01uF/25V 3F45103S Di. 1SS133

L7004/54EL

Page 24
REF. NO DESCRIPTION PART NO. REF F. NO. DESCRI PTION PART NO. REF. N 0. DESCRIPTION PART NO. REF. NO. . DESCRIPTION PART NO.
D 7 199176T or COILS 0 6 Tr. 2SC1740(R) 2SC1740RZ or Q 25 Tr. 2SA933(R) 2SA933RZ or
U í 155133T Tr. 2SC1740(S) 2SC1740SZ or Tr. 2SA933(S) 2SA933SZ or
1991351
199176T or
L 1 1 Micro Inductor 18u JH 2165180S or Tr. 2SC1815(GR)-TPE2 2SC1815GRZ or Tr. 2SA1318(T)-AANP 2SA1318TZ or
0 8 DI. 1551/61PA/ 1001/01 01 1 Micro Inductor 18ul H-K-5FT 2162180S Tr 2SC3331(T)-AANP 2SC3331TZ or Tr. 2SA1318(U)-AANP 2SA1318UZ
DI. 155133 1551331 L 2 2 Casing Coil LFA07V*MM001 Tr 2SC3331(U)-AANP 2SC3331UZ 0.26 Tr 2SA933(B) 2SA933B7 or
D 9 Di. ERB44-08L3 AERB4408L300 or 1 3 3 Casing Coil LFA07V*MM002 Tr. 2901740(B) 2SC1740B7 or 25A03357 or
Di. RGP15KL5001 RGP15KL5001 4 4 Micro Inductor 8.2u H 2165829S or Q 8 П.
Т.
2501740(5) 250174012 01 25A33332 01
D 10 Led SLR-55VC3 RED 1401273 Micro Inductor 8 20 H 2162829S T. 2301740(3) 23C174032 01 T. 25A1316(1)-AANP 23A131812 01
D 13 Di. ERB44-08L3 AERB4408L300 or 1 5 5 Micro Inductor 3.9 uH-K-5FT 2165399S or 1r. 2501815(GR)-1PE2 25C1815GHZ 01 Tr. 25A1318(U)-AANP 25A1318UZ
Di. RGP15KL5001 RGP15KL5001 Micro Inductor 3.9 21600000 01 | Ir. 25C3331(1)-AANP 25C333112, or Q 27 Tr. 25C1740(H) 2SC1740HZ or
D 14 Di. ERB44-08L3 AERB4408L300 or Micro Inductor 3.9 21623330
2165270S or
Tr. 2SC3331(U)-AANP 2SC3331UZ Tr. 2SC1740(S) 2SC1740SZ or
Di. RGP15KL5001 RGP15KL5001 · | L 0 6 Micro Inductor 2.7 Q 9 Tr. 2SC1740(R) 2SC1740RZ or - Tr. 2SC1815(GR)-TPE2 2SC1815GRZ or
D 15 Di. ERB44-08L3 AERB4408L300 or Micro Inductor 2.7 UH-K-5F1 21022795 Tr. 2SC1740(S) 2SC1740SZ or Tr. 2SC3331(T)-AANP 2SC3331TZ or
Di BGP15KL5001 RGP15KL5001 L 8 8 Pot Type Coil 4/uF Tr. 2SC1815(GR)-TPE2 2SC1815GRZ or Tr. 2SC3331(U)-AANP 2SC3331UZ
D 16 Di 1SS176TPA7 1SS176T or Pot Type Coil 47u H 11/M511 Tr. 2SC3331(T)-AANP 2SC3331TZ or Q 28 Tr. 2SC1740(R) 2SC1740RZ or
Di 199133 155133T L 22 22 Casing Coil 113M862 Tr. 2SC3331(U)-AANP 2SC3331UZ Tr. 2SC1740(S) 2SC1740SZ or
0 10 199176T or L 25 25 Pot Type Coil 4.7M 1H | 117M957 Tr. 2SC1740(R) 2SC1740RZ or Tr. 2SC1815(GR)-TPE2 2SC1815GRZ or
0 19 D: 199122 1001701 01
100122T
L 27 27 H-Size Coil 1140097 or Tr. 2SC1740(S) 2SC1740SZ or Tr. 2SC3331(T)-AANP 2SC3331TZ or
1001301 LLBB000AE005 Tr 2SC1815(GR)-TPE2 2SC1815GB7_or Tr 2SC3331(U)-AANP 2SC3331117
D 20 DI. 1551/61PA/ 1551761 OF [for SAM Type CRT ŋ Tr 2SC3331(T)-AANP 2SC3331TZ or 0.29 Tr 2SC1740(B) 2SC1740BZ or
Di. 1SS133 1551331 L 40 Micro Inductor 33ul H-K-5FT 2165330S or Tr 2000001(1)-AAND 250333112 01 Q 23 230174012 01
D 21 Di. 1SS176TPA7 1SS176T or Micro Inductor 33 uH-K-5FT 2162330S П.
Т.
2503331(0)-AANF 250353102 230174032 01
Di. 1SS133 1SS133T 1 40 101 Micro Inductor 33ul H-K-5FT 2165330S or T. 2302271(D)-AEMP 230227102 01 2501815GHZ 01
D 22 Di. 1SS176TPA7 1SS176T or Micro Inductor 33 UH-K-5ET 2162330S 11. 2502271(E)-AEMP 250227122 17. 2503331(1)-AANP 25C33311Z or
Di. 1SS133 1SS133T 1 40 Q 13 | Ir. 2SD1398 2SD13982 Ir. 2SC3331(U)-AANP 2SC3331UZ
D 24 Di. ERB12-02L3 AERB1202L300 or LEADTVOMM011 Q 17 Tr. 2SC1740(R) 2SC1740RZ or Q 34 Tr. 2SA933(R) 2SA933RZ or
Di. GP10-4003 MPL5209 r a Tr. 2SC1740(S) 2SC1740SZ or Tr. 2SA933(S) 2SA933SZ or
D 30 Di. 1SS176TPA7 1SS176T or L 40 103 Micro Inductor 15ur Tr. 2SC1815(GR)-TPE2 2SC1815GRZ or Tr. 2SA1318(T)-AANP 2SA1318TZ or
Di. 1SS133 1SS133T Micro Inductor 15ul H-K-5F1 21621505 Tr. 2SC3331(T)-AANP 2SC3331TZ or Tr. 2SA1318(U)-AANP 2SA1318UZ
D 31 Led SLB-55VC3 BED 1401273 L 40 104 Casing Coil LFA07V01K010 or Tr. 2SC3331(U)-AANP 2SC3331UZ Q 42 Tr. 2SA933(R) 2SA933RZ or
D 47 1SS176T or Casing Coil LFA07V0MM004 🖝 🛖 Q 18 Tr. 2SC1740(R) 2SC1740RZ or Tr. 2SA933(S) 2SA933SZ or
U 4/ 199133T L 40 105 Casing Coil LFA07V0TK009 or Tr. 2SC1740(S) 2SC1740SZ or Tr. 2SA1318(T)-AANP 2SA1318TZ or
199176T or Casing Coil LFA07V0MM003 Tr. 2SC1815(GR)-TPE2 2SC1815GRZ or Tr. 2SA1318(U)-AANP 2SA1318UZ
D 48 DI. 1551/61FA/ 100100T L 40 406 Micro Inductor 15ul H 2165150S or Tr 2SC3331(T)-AANP 2SC3331TZ0r 0 43 Tr 2SC1740(B) 2SC1740BZ or
DI. 155133 1551331 Micro Inductor 15ul H-K-5FT 2162150S Tr 2SC3331(U)-AANP 25C3331117 ~ 40 Tr 2501740(S) 25C174057 or
D 49 Di. 1SS176TPA7 1SS1761 or 1 40 407 Casing Coil LFA07V0TK010 or 0 19 Tr 2000001(0)-AAN 25033310Z Tr 2501740(5) 230174032 01
00010150D7 at
Di. 1SS133 1SS133T Casing Coll LFA07V0MM004 Q 19 11.
Te
2501740(R) 2301740HZ 01 T. 2501815(GR)-1PE2 25C1815GHZ 01
D 50 Di. 1SS178 1SS178T or 1 40 Micro Inductor 8 20 1H 2165829S or 2301740(3) 25C17405Z OF Tr. 2503331(1)-AANP 2SC33311Z or
Di. 1SS130 1SS130T L 40 Micro Inductor 0.20 21628295 Ir. 2SC1815(GR)-TPE2 2SC1815GRZ or Tr. 2SC3331(U)-AANP 2SC3331UZ
D 51 Di. 1SS176 1SS176 or Tr. 2SC3331(T)-AANP 2SC3331TZ or Q 400 Tr. 2SC1740(R) 2SC1740RZ or
Di. 1SS133 1SS133 TRANSISTOR S Tr. 2SC3331(U)-AANP 2SC3331UZ Tr. 2SC1740(S) 2SC1740SZ or
D 52 Di. 1SS176 1SS176 or 000171007 - Q 20 Tr. 2SC1740(R) 2SC1740RZ or Tr. 2SC1815(GR)-TPE2 2SC1815GRZ or
Di. 1SS133 1SS133 Q . 1 Ir. 2SC1740(R) ) 25C1740HZ Or Tr. 2SC1740(S) 2SC1740SZ or Tr. 2SC3331(T)-AANP 2SC3331TZ or
D 400 Zener Di MTZ12B MTZ12BT Ir. 2SC1740(S) ) 2501/4052 of Tr. 2SC1815(GR)-TPE2 2SC1815GRZ or Tr. 2SC3331(U)-AANP 2SC3331UZ
Tr. 2SC1815(G R)-TPE2 2SC1815GRZ or Tr. 2SC3331(T)-AANP 2SC3331TZ or Q 401 Tr. 2SC1740(R) 2SC1740RZ or
1 ICS Tr. 2SC3331(T) )-AANP 2SC3331TZ or Tr. 2SC3331(U)-AANP 2SC3331UZ Tr. 2SC1740(S) 2SC1740SZ or
141 0162 Tr. 2SC3331(U) )-AANP 2SC3331UZ Q 21 Tr. 2SA933(R) 2SA933RZ or Tr. 2SC1815(GR)-TPE2 2SC1815GRZ or
GTC90101Dyes Q 2 Tr. 2SC1740(R) ) 2SC1740RZ or Tr. 2SA933(S) 2SA933SZ or Tr. 2SC3331(T)-AANP 2SC3331T7 or
Tr. 2SC1740(S) ) 2SC1740SZ or Tr. 2SA1318(T)-AANP 2SA1318T7 or 2503331117
Tr. 2SC1815(G R)-TPE2 2SC1815GRZ or Tr 2SA1318(U)-AANP 2SA1318117 0 402 Tr 25C1740(B) 25000001CZ
IC 4 IC BU4053B 14LF166 / or Tr. 2SC3331(T) -AANP 2SC3331TZ or 0.22 29C1740(P) 2SC1740P7 or Q 402
IC 14DW168 - or Tr. 2SC3331(U AANP 2SC3331UZ Tr 2501740(R) 250174082 01 250174052 OF
IC MC14053BCP or 3 Tr 2SC3000(E) 2SC3000EZ т.
Т.
23C1740(3) 250174052 01 17. 25C1815(GR)-1PE2 2SC1815GHZ or
IC 14L0436 õ 2SC1740B7 or T. 2501815(GR)-1PE2 2SC1815GHZ or 1r. 2SC3331(1)-AANP 2SC3331TZ or
IC 8 IC AN5265 14LN160 -/ la . 290174057 or 11. 2SC3331(1)-AANP 2SC33311Z or Tr. 2SC3331(U)-AANP 2SC3331UZ
IC 9 Voltage Regulator IC AN78M12 AM78M12F or T. 2501740(5) 250174052 01 | Ir. 2SC3331(U)-AANP 2SC3331UZ Q 403 Tr. 2SC1740(R) 2SC1740RZ or
1 Voltage Regulator IC NJM78M12FA 14L0242 - II. 2501815(G R)-1PE2 23C1815GRZ 01 Q 23 Tr. 2SC1740(R) 2SC1740RZ or Tr. 2SC1740(S) 2SC1740SZ or
IC 10 IC LA7830 14LQ163~ Ir. 2SC3331(1) )-AANP [250333112 of s Tr. 2SC1740(S) 2SC1740SZ or Tr. 2SC1815(GR)-TPE2 2SC1815GRZ or
IC 11 IC PST523C 14L0174 Tr. 2SC3331(U )-AANP 2SC3331UZ Tr. 2SC1815(GR)-TPE2 2SC1815GRZ or Tr. 2SC3331(T)-AANP 2SC3331TZ or
10 12 AN78M09 or Q 5 Tr. 2SC1740(R ) 2SC1740RZ or Tr. 2SC3331(T)-AANP 2SC3331TZ or Tr. 2SC3331(U)-AANP 2SC3331UZ
10 12 1 78 100 Tr. 2SC1740(S) ) 2SC1740SZ or Tr. 2SC3331(U)-AANP 2SC3331UZ Q 404 Tr. 2SC1740(R) 2SC1740BZ or
10.14 15621 Tr. 2SC1815(G R)-TPE2 2SC1815GRZ or Q 24 Tr. 2SA933(R) 2SA933BZ or Tr. 2SC1740(S) 2SC1740SZ or
10 14 L3031 Tr. 2SC3331(T) )-AANP 2SC3331TZ or Tr. 2SA933(S) 2SA933S7 or Tr 2SC1815(GR)-TPF2 2SC1815CP7 or
10 400 GCAA12135000 Tr. 2SC3331(U )-AANP 2SC3331UZ Tr. 2SA1318(T)-AANP 2SA1318T7 or 250333177 0
IC 401 C CXA1214P GCXA1214P000 Tr 2SA1318(U)-AANP 2541318117 Tr 2503331(1)-AAND 200000112 01
200101002 230333102

L7004/54EL

17-4

L7004/54EL

Page 25
EF. NO. D ESCRIPTION PART NO. REF. NO Э. DESCRIPTION PART NO REF. NO ). DESCRIPTION PART NO. REF. NO. DESCRIPTION PART
405 Tr. 2S
C1740(R)
2SC1740B7 B 29 Carbon Bes 1/5W +5% 6800 13246915 D 70 Carbon Pos 1/4W +5% 1 5KO 1345152S or B 108 Carbon Bos 1/5W +5% 33KO 13243335
Tr. 2S C1740(S) 2SC1740SZ or Carbon Res. 1/6W ±5% 680Ω 13246815 1 T Carbon Res 1/5W ±5% 1.5KΩ 1324152S Carbon Res. 1/6W ±5% 33KΩ 132A333S
Tr. 2S C1815(GR)-TPE2 2SC1815GRZ or R 30 Carbon Res. 1/5W ±5% 68Ω 1324680S or B 73 Carbon Res. 1/5W ±5% 56KΩ 1324563S or R 109 Carbon Res. 1/5W ±5% 15KΩ 1324153S
Tr. 2S C3331(T)-AANP 2SC3331TZ or Carbon Res. 1/6W ±5% 68Ω 132A680S 11 75 Carbon Res. 1/6W ±5% 56KΩ 132A563S Carbon Res. 1/6W ±5% 15KΩ 132A153S
Tr. 250 C3331(U)-AANP 2SC3331UZ R 31 Carbon Res. 1/5W ±5% 100KΩ 1324104S or R 74 Carbon Res. 1/5W ±5% 33KΩ 1324333S or R 110 Carbon Res. 1/5W ±5% 47KΩ 1324473S
406 Tr. 250 C2621(D) 2SC2621D or Carbon Res. 1/6W ±5% 100KΩ 132A104S Carbon Res. 1/6W ±5% 33KΩ 132A333S Carbon Res. 1/6W ±5% 47KΩ 132A473S
Tr. 250 C2621(E) 2SC2621E R 36 Carbon Res. 1/5W ±5% 3.3KΩ 1324332S or R 75 Carbon Res. 1/5W ±5% 82KΩ 1324823S or R 111 Carbon Res. 1/5W ±5% 33KΩ 1324333S
407 Tr. 250 C2621(D) 2SC2621D or Carbon Res. 1/6W ±5% 3.3KΩ 132A332S Carbon Res. 1/6W ±5% 82KΩ 132A823S Carbon Res. 1/6W ±5% 33KΩ 132A333S
ĺ Tr. 250 C2621(E) 2SC2621E R 37 Carbon Res. 1/5W ±5% 1KΩ 1324102S or • • R 78 Carbon Res. 1/5W ±5% 10KΩ 13241035' or R 112 Carbon Res. 1/5W ±5% 15KΩ 1324153S
408 Tr. 250 C1740(R) 2SC1740RZ or Carbon Res. 1/6W ±5% 1KΩ 132A102S Carbon Res. 1/6W ±5% 10KΩ 132A103S Carbon Res. 1/6W ±5% 15KΩ 132A153S
Tr. 250 C1740(S) 2SC1740SZ or R 38 Carbon Res. 1/5W ±5% 4.7KΩ 1324472S or L, 🔳 R 79 Carbon Res. 1/5W ±5% 10KΩ 1324103S or - R 113 Carbon Res. 1/5W ±5% 47KΩ 1324473S
Tr. 250 C1815(GR)-TPE2 2SC1815GRZ or Carbon Res. 1/6W ±5% 4.7KΩ 132A472S Carbon Res. 1/6W ±5% 10KΩ 132A103S Carbon Res. 1/6W ±5% 47KΩ 132A473S
Ir. 250 C3331(T)-AANP 2SC3331TZ or R 39 Carbon Res. 1/5W ±5% 22KΩ 1324223S or f" 🗰 R 80 Carbon Res. 1/5W ±5% 180Ω 1324181S or R 114 Carbon Res. 1/5W ±5% 47KΩ 1324473S
Ir. 250 C3331(U)-AANP 2SC3331UZ Carbon Res. 1/6W ±5% 22KΩ 132A223S Carbon Res. 1/6W ±5% 180Ω 132A181S Carbon Res. 1/6W ±5% 47KΩ 132A473S
RESIS STORS R 40 Carbon Res. 1/5W ±5% 100KΩ 1324104S or 6- 8 R 82 Carbon Res. 1/5W ±5% 330Ω 1324331S or R 115 Metal Res. 1W ±5% 15KΩ 534A153
Carbon Res. 1/6W ±5% 100KΩ 132A104S Carbon Res. 1/6W ±5% 330Ω 132A331S R 116 Carbon Res. 1/5W ±5% 15KΩ 1324153S
2 Carbon Res. 1/5W ±5% 1KΩ 1324102S or |R 41 Carbon Res. 1/5W ±5% 15KΩ 1324153S or R 83 Carbon Res. 1/5W ±5% 680Ω 1324681S or Carbon Res. 1/6W ±5% 15KΩ 132A153S
Carbon Hes. 1/6W ±5% 1KΩ 132A102S Carbon Res. 1/6W ±5% 15KΩ 132A153S Carbon Res. 1/6W ±5% 680Ω 132A681S R 117 Carbon Res. 1/5W ±5% 33KΩ 1324333S
3 . Carbon Hes. 1/5W ±5% 180Ω 1324181S or R 42 Carbon Res. 1/5W ±5% 1.5KΩ 1324152S or R 84 Carbon Res. 1/5W ±5% 5.6KΩ 1324562S or Carbon Res. 1/6W ±5% 33KΩ 132A333S
Carbon Res. 1/5W ±5% 18022 132A1815 D 40 Carbon Res. 1/6W ±5% 1.5KΩ 132A152S Carbon Res. 1/6W ±5% 5.6KΩ 132A562S R 118 Carbon Res. 1/5W ±5% 33KΩ 1324333S
4 Carbon Ros 1/2WI ±5% 1KU2 13241025 OF H 43 Carbon Hes. 1/5W ±5% 10KΩ 1324103S or H 85 Carbon Res. 1/5W ±5% 180KΩ 1324184S or Carbon Res. 1/6W ±5% 33KΩ 132A333S
5 Carbon Bos 1/5W/ ±5% 1.5KO 132A1025 Carbon Res. 1/6W ±5% 10KΩ 132A103S Carbon Hes. 1/6W ±5% 180KΩ 132A184S R 119 Carbon Res. 1/5W ±5% 2.4KΩ 13242425
5 Carbon Res 1/5W ±5% 1.5KO 13241525 01 Carbon Res. 1/5W ±5% 4.752 13244/95 or H 86 Carbon Hes. 1/5W ±5% 2/Ω 13242705 or D 100 Carbon Res. 1/6W ±5% 2.4KΩ 132A242S
6 Carbon Res 1/5W +5% 3 9KO 132/1323 B 45 Carbon Res. 1/6W ±5% 4./12 132A4/95 Carbon Hes. 1/6W ±5% 2/Ω 132A2705 H 120 Carbon Res. 1/5W ±5% 68KΩ 13246835
Ŭ | Carbon Res 1/6W +5% 3 9KO 13243925 01 R 45 Carbon Boo 12451020 R 87 Carbon Res. 1/0W 15% 1.5K2 13241525 OF D 101 Carbon Res. 1/6W ±5% 68K12 132A6835
7 Carbon Res 1/5W +5% 120KO 1324124S or n 40 Carbon Bes 1/4W ±5% 1KS2 13451025 L, B D 00 Carbon Res. 1/5/V/ ±5% 1.5/\22 132A1525 H 121 Carbon Res. 1/5W ±5% 68K22 13246835
Carbon Res 1/6W +5% 120KQ 13241245 01 Ifor HT a 13241023 H 88 Carbon Res. 1/5W ±5% 680 13246805 01 D 100 Carbon Res. 1/5/W ±5% 10/CO 132A6835
8 Carbon Res 1/5W +5% 1KO 1324102S or Carbon Bes 1/4W/ +5% 5.6KO 13455625 B oo Carbon Res. 13240003 R 122 Carbon Res. 1/5W ±5% 10K22 13241035
° I Carbon Res. 1/6W +5% 1KQ 13241025 01
132A1025
Carbon Res 1/4W ±5% 5.6KO 13945625 H 90 Carbon Res. 1/5W/ ±5% 82K22 13248235 01 D 100 Carbon Res. 1/5W ±5% 10K12 13241035
10 Carbon Res. 1/5W +5% 100KO 1324104S or Ifor SAM 13243023 L, X D 01 Carbon Res. 1/5/W ±5% 1.9KO 13240233
12241825 or
n 123 Carbon Res. 1/5WV ±5% 10K32 13241035
Carbon Res. 1/6W ±5% 100KΩ 132A104S R 47 Carbon Bes 1/5W +5% 39KO 13243935 or Carbon Ros 1/5W ±5% 1.0K22 13241023 01 D 124 Carbon Ros 1/5W/ ±5% 10K32 13241035
11 Carbon Res. 1/5W ±5% 68KΩ 1324683S or Carbon Res. 1/6W +5% 39KO 13243935 B 02 Carbon Res 1/5W +5% 1.8KO 1324182S or n 124 Carbon Bes 1/5W ±5% 22052 13242213
Carbon Res. 1/6W ±5% 68KΩ 132A683S B 48 Carbon Res 1/5W +5% 3.3KO 1324332S or 11 52 Carbon Res 1/6W +5% 1 8KO 13241825 B 125 Carbon Res 1/5W +5% 68KO 13246835
12 Carbon Res. 1/5W ±5% 4.7KΩ 1324472S or Carbon Res. 1/6W +5% 3.3KΩ 132A332S R 93 Carbon Res 1/5W +5% 5 6KO 1324562S or 11 125 Carbon Res 1/6W +5% 68KO 13246835
Carbon Res. 1/6W ±5% 4.7KΩ 132A472S R 49 Carbon Res. 1/4W +5% 1Q 1345109S or 1, 20 Carbon Res 1/6W +5% 5.6KO 13245625 B 126 Carbon Res 1/5W +5% 1000 13241015
13 Carbon Res. 1/5W ±5% 3.9KΩ 1324392S or Carbon Res. 1/5W +5% 1Ω 1324109S B 94 Carbon Res 1/5W +5% 3900 1324391S or 11 120 Carbon Res 1/6W +5% 10002 13241015
Carbon Res. 1/6W ±5% 3.9KΩ 132A392S R 50 Carbon Res. 1/5W ±5% 68KΩ 1324683S or Carbon Res 1/6W +5% 390O 132A391S B 127 Carbon Res 1/5W ±5% 10002 13241015
14 Carbon Res. 1/5W ±5% 6.8KΩ 1324682S or Carbon Res. 1/6W ±5% 68KΩ 132A683S R 95 Carbon Res. 1/5W ±5% 270Ω 1324271S or Carbon Res. 1/6W +5% 100Ω 132A101S
Carbon Res. 1/6W ±5% 6.8KΩ 132A682S R 51 Carbon Res. 1/5W ±5% 1.8KΩ 1324182S or i Carbon Res. 1/6W +5% 270Ω 132A271S B 128 Carbon Bes 1/5W +5% 100Q 13241015
5 Carbon Res. 1/5W ±5% 5.6KΩ 1324562S or Carbon Res. 1/6W ±5% 1.8KΩ 132A182S R 96 Carbon Res. 1/5W ±5% 470Ω 1324471S or Carbon Res. 1/6W ±5% 100Ω 132A101S
Carbon Res. 1/6W ±5% 5.6KΩ 132A562S R 58 Carbon Res. 1/5W ±5% 1.8KΩ 1324182S or Carbon Res. 1/6W ±5% 470Ω 132A471S R 142 Carbon Res. 1/5W ±5% 33KΩ 1324333S
6 Carbon Res. 1/5W ±5% 3.3KΩ 1324332S or Carbon Res. 1/6W ±5% 1.8KΩ 132A182S R 97 Carbon Res. 1/5W ±5% 470Ω 1324471S or Carbon Res. 1/6W ±5% 33KΩ 132A333S
Carbon Res. 1/6W ±5% 3.3KΩ 132A332S R 59 Carbon Res. 1/5W ±5% 220Ω 1324221S or Carbon Res. 1/6W ±5% 470Ω 132A471S R 143 Carbon Res. 1/5W ±5% 10KΩ 1324103S
7 Carbon Res. 1/5W ±5% 6.8KΩ 1324682S or Carbon Res. 1/6W ±5% 220Ω 132A221S R 98 Carbon Res. 1/5W ±5% 1KΩ 1324102S or Carbon Res. 1/6W ±5% 10KΩ 132A103S
Carbon Res. 1/6W ±5% 6.8KΩ 132A682S R 61 Carbon Res. 1/5W ±5% 1.8KΩ 1324182S or Carbon Res. 1/6W ±5% 1KΩ 132A102S R 144 Carbon Res. 1/5W ±5% 3.3KΩ 1324332S
18 Carbon Res. 1/5W ±5% 10KΩ 1324103S or Carbon Res. 1/6W ±5% 1.8KΩ 132A182S R 100 Carbon Res. 1/5W ±5% 1KΩ 1324102S or Carbon Res. 1/6W ±5% 3.3KΩ 132A332S
Carbon Res. 1/6W ±5% 10KΩ 132A103S R 63 Carbon Res. 1/5W ±5% 820Ω 1324821S or Carbon Res. 1/6W ±5% 1KΩ 132A102S R 145 Carbon Res. 1/5W ±5% 33KΩ 1324333S
19 Carbon Res. 1/5W ±5% 10KΩ 1324103S or Carbon Res. 1/6W ±5% 820Ω 132A821S R 101 Carbon Res. 1/5W ±5% 560KΩ 1324564S or Carbon Res. 1/6W ±5% 33KΩ 132A333S
1 Carbon Res. 1/6W ±5% 10KΩ 132A103S R 65 Carbon Res. 1/5W ±5% 220Ω 1324221S or Carbon Res. 1/6W ± 5% 560KΩ 132A564S R 146 Carbon Res. 1/5W ±5% 2.7KΩ 1324272S
0 Carbon Res. 1/5W ±5% 100KΩ 1324104S or Carbon Res. 1/6W ±5% 220Ω 132A221S R 102 Carbon Res. 1/5W ±5% 470KΩ 1324474S or Carbon Res. 1/6W ±5% 2.7KΩ 132A272S
Carbon Res. 1/6W ±5% 100KΩ 132A104S R 66 Fuse Res. 2.2Ω 1W ±5% 5363229 or Carbon Res. 1/6W ±5% 470KΩ 132A474S R 147 Carbon Res. 1/5W ±5% 33KΩ 1324333S
1 | Carbon Res. 1/5W ±5% 100KΩ 1324104S or Fuse Res. 2.2Ω 1W ±5% 5368229 R 103 Carbon Res. 1/5W ± 5% 15KΩ 1324153S or Carbon Res. 1/6W ±5% 33KΩ 132A3335
Carbon Res. 1/6W ±5% 100KΩ 132A104S R 67 Fuse Res. 2.2Ω 1W ±5% 5363229 or Carbon Res. 1/6W ±5% 15KΩ 132A153S R 148 Carbon Res. 1/5W ±5% 8.2KΩ 1324822S
2 | Carbon Res. 1/5W ±5% 100KΩ 1324104S or Fuse Res. 2.2Ω 1W ±5% 5368229 R 104 Carbon Res. 1/5W ± 5% 10KΩ 1324103S or Carbon Res. 1/6W ±5% 8.2KΩ 132A822S
Carbon Res. 1/6W ±5% 100KΩ 132A104S R - 68 Fuse Res. 1/2W ±5% 1Ω 5362109 or Carbon Res. 1/6W ± 5% 10KΩ 132A103S R 149 Carbon Res. 1/5W ±5% 22KΩ 1324223S
3 | Carbon Res. 1/5W ±5% 4.7KΩ 1324472S or Fuse Res. 1/2W ±5% 1Ω 5367109 H 105 Carbon Res. 1/5W ± 5% 15KΩ 1324153S or Carbon Res. 1/6W ±5% 22KΩ 132A223S
Carbon Res. 1/6W ±5% 4.7KΩ 132A472S R 69 Cement Res. 3.9Ω 5W 1330734 or Carbon Res. 1/6W ±5% 15KΩ 132A153S R 150 Carbon Res. 1/5W ±5% 33KΩ 1324333S
6 0 Carbon Res. 1/5W ±5% 33KΩ 1324333S or Cement Res. 3.9Ω 5W 1330900 н 106 Carbon Res. 1/5W =5% 10KΩ 1324103S or ļ Carbon Res. 1/6W ±5% 33KΩ 132A3335
Carbon Res. 1/6W ±5% 33KΩ 132A333S R 70 Metal Res. 3.3KΩ 3W 5330879 or D 107 Carbon Res. 1/6W ±5% 10KΩ 132A103S R 151 Carbon Res. 1/5W ±5% 8.2KΩ 13248225
8 Carbon Res. 1/5W ±5% 1KΩ 1324102S or Metal Res. 3.3KΩ 3W 5330667 H 10/ Carbon Res. 1/5W ±5% 10KΩ 1324103S or Carbon Res. 1/6W ±5% 8.2KΩ 132A822S
| ( Carbon Res. 1/6W ±5% 1KΩ 132A102S R 71 Metal Res. 3.9KΩ 3W 5330880 or Carbon Res. 1/6W ±5% 10KΩ 132A103S R 152 Carbon Res. 1/5W ±5% 1.2KΩ 1324122S
Metal Res. 3.9KΩ 3W 5330668 Carbon Res. 1/6W ±5% 1.2KΩ 132A122S

L7004/54EL

L7004/54EL

analysis the the set statistic

Page 26
REF. NO DESCRIPTION PART NO. REF. N 10. DESCRIPTION PART NO. REF. NO. DESCRIPTION PART NO. | [ REF. NO . DI ESCRIPTION PART NO
B 153 Carbon Bes 1/5W +5% 10KO 1324103S or B 282 Carbon Bes 1324222S or Catas Res 1/5W +5% 10KO 1324103S or
11 135 Carbon Res 1/6W ±5% 10KO 132A103S 11 202 Carbon Res 1/6W +5% 2.2KQ 132A222S ¶°_ ⊨ |' H 432 Carbon Res. 1/5WV ±5% 10KO 13241035 01 MISCE LLANEOUS
B 154 Carbon Res 1/5W ±5% 10KQ 1324103S or B 310 Carbon Res 1/5W +5% 33KΩ 1324333S or F 400 Carbon Res. 1/5W/ ±5% 2700 1324271S or Τ 1 4450005
11 134 Carbon Res 1/6W ±5% 10KO 13241035 11 010 Carbon Res 1/6W ±5% 33KO 132A333S H 433 Carbon Res. 1/6W/ +5% 2700 13242713 01 II
T 2 A
H.Drive trans 1150325
R 155 Carbon Bes 1/5W ±5% 10KO 13241035 or B 400 Carbon Res 1/5W +5% 1.5KO 1324152S or n 494 Carbon Res. 1/5/0/ ±5% 2000 132A2/15 F.B. I. FCM-208010 1813481
Carbon Res 1/6W ±5% 10KO 13241035 01 11 400 Carbon Res 1/6W +5% 1 5KO 132A152S R 434 Carbon Hes. 1/5/0 ±5% 39052 13243913 01 UI Remocon Receive e Unit USESJRSKK001
R 156 Carbon Res 1/5W +5% 1KO 13241025 or R 401 Carbon Res 1/5W +5% 1 8KO 1324182S or - Carbon Res. 1/0W ±3% 39052 132A3915 Remocon Receive e Unit 1813042
IN 130 Carbon Res. 12241025 01 Carbon Res 1/6W/ +5% 1.8KO 13241825 R 436 Carbon Res. 1/3VV ±5% 47052 13244715 OF 02 IF3H-291 1813591
D 157 Carbon Res. 1/5W/ +5% 100KO 13241025 B 402 Carbon Res 1/5W/ +5% 100KO 1324104 or - Carbon Res. 1/5/W ±5% 4/US2 132A4715 Ceramic Filter SFE6.5MB 1813595
n 137 Carbon Res. 12241045 01 11 402 Carbon Res 1/6W/ ±5% 100KO 1324104 R 437 Carbon Res. 1/5W ±5% 39052 13243915 OF Ceramic Filter SFE5.5MBF 1812018
D 150 Carbon Res. 132A1045 P 402 Carbon Ros 1/5W/ ±5% 100K32 1324104S or Carbon Res. 1/6W ±5% 39012 132A3915 Ceramic Discre CDA6.5MC26 1813594
H 158 Carbon Res. 1/5W ±5% 10KS2 13241035 01 n 403 Carbon Ros 1/5W 15% 100K22 13241045 01 R 438 Carbon Res. 1/5W ±5% 2/0Ω 13242/1S or CF 4 Ceramic Discre CDA5.5MC26 1812020
D 450 Carbon Res. 1/6W ±5% 10KS2 10241035 D 404 Carbon Res. 1/5W/ ±5% 100K22 1324821S or Carbon Hes. 1/6W ±5% 2/0Ω 132A2/15 1 CF 5 Ceramic Trap TPW02B 1813593
H 159 Carbon Res. 1/5W ±5% 180KS2 10041045 01 Carbon Res. 1/5WV 15% 02052 12240210 01 R 439 Carbon Res. 1/5W ±5% 2/0Ω 1324271S or CF 6 Saw Filter SAF38.0MZ70Z 1813592
Carbon Res. 1/6W ±5% 180KS2 132A1845 Carbon Res. 1/0W 10% 02052 10240210 Carbon Res. 1/6W ±5% 2/0Ω 132A271S CF 7 X'tal 4 .194304MHz 1811369 or
R 160 Carbon Res. 1/5W ±5% 39KΩ 13243935 OF R 405 Carbon Hes. 1/5W ±5% 2./KSZ 10040700 ™ |™ |⊦ R 440 Carbon Res. 1/5W ±5% 270Ω 1324271S or X'tal 4.194304MHz 1811214
Carbon Res. 1/6W ±5% 39KΩ 132A393S Carbon Res. 1/6W ±5% 2./KS2 132A2725 _ Carbon Res. 1/6W ±5% 270Ω 132A271S CF 400 Ceramic Resonate or (CSB500F2) 1812039
R 161 Carbon Res. 1/5W ±5% 68KΩ 1324683S or H 406 Carbon Res. 1/5W ±5% 3.3KL2 13243325 OF R 441 Carbon Res. 1/4W ±5% 470Ω 1345471S CF 401 X'tal 4 .43MHz 1811387
Carbon Res. 1/6W ±5% 68KΩ 132A683S Carbon Res. 1/6W ±5% 3.3KΩ 132A332S F R 442 Carbon Res. 1/4W ±5% 470Ω 1345471S CF 402 X'tal 3 .58MHz 1811291
R 164 、 Carbon Res. 1/2W ±5% 10KΩ 1322103 R 407 Carbon Res. 1/5W ±5% 10KΩ 1324103S or ∣∎ ∣⊦ R 443 、 Carbon Res. 1/5W ±5% 100KΩ 1324104S or CN 1 Connector Base 2P 1770258
R 184 Carbon Res. 1/5W ±5% 2.7KΩ 1324272S or Carbon Res. 1/6W ±5% 10KΩ 132A103S Carbon Res. 1/6W ±5% 100KΩ 132A104S CN 2 Connector Base 5 P RTB-1.5-5V 1780168 or
Carbon Res. 1/6W ±5% 2.7KΩ 132A272S R 408 Carbon Res. 1/5W ±5% 10KΩ 1324103S or R 444 Carbon Res. 1/5W ±5% 680KΩ 1324684S or Connector Base 5 P TV-50P-05-V1 1730813 or
R 193 Carbon Res. 1/5W ±5% 33KΩ 1324333S or Carbon Res. 1/6W ±5% 10KΩ 132A103S Carbon Res. 1/6W ±5% 680KΩ 132A684S Connector Base 5 P W-P3005-02 1730812
Carbon Res. 1/6W ±5% 33KΩ 132A333S R 410 Carbon Res. 1/5W ±5% 270Ω 1324271S or j⊞ ∣⊓ R 445 Carbon Res. 1/5W ±5% 3.3KΩ 1324332S or CN 3 Connector Pin 1P , 1730688
R 207 Carbon Res. 1/5W ±5% 33KΩ 1324333S or Carbon Res. 1/6W ±5% 270Ω 132A271S Carbon Res. 1/6W ±5% 3.3KΩ 132A332S CN 9 Connector Base SP . 5700108
Carbon Res. 1/6W ±5% 33KΩ 132A333S R 411 Carbon Res. 1/5W ±5% 180Ω 1324181S or r 'a 🛛 R 446 Carbon Res. 1/5W ±5% 270Ω 1324271S or CN 11 Pin Plua Cord 1760613
R 208 Carbon Res. 1/5W ±5% 2.7KΩ 1324272S or Carbon Res. 1/6W ±5% 180Ω 132A181S Carbon Res. 1/6W ±5% 270Ω 132A271S CN 20 Angle Pin Header 8P II -S- 8P-S2I 2-FF 1740781
Carbon Res. 1/6W ±5% 2.7KΩ 132A272S R 412 Carbon Res. 1/5W ±5% 4.7KΩ 1324472S or ╘╸╷⋑╴│⋼ R 447 Carbon Res. 1/5W ±5% 4.7KΩ 1324472S or CN 21 Connector Base 1630367 or
R 211 Carbon Res. 1/5W ±5% 2.2KΩ 1324222S or Carbon Res. 1/6W ±5% 4.7KΩ 132A472S Carbon Res. 1/6W ±5% 4.7KΩ 132A472S Connector Base 01P 1030307 01
Carbon Res. 1/6W ±5% 2.2KΩ 132A222S R 413 Carbon Res. 1/5W ±5% 470Ω 1324471S or R 449 Carbon Res. 1/5W ±5% 10KΩ 1324103S or l I DE 400 Delay Line 1121/252
R 229 Carbon Res. 1/5W ±5% 1KΩ 1324102S or Carbon Res. 1/6W ±5% 470Ω 132A471S Carbon Res. 1/6W +5% 10KO 132A103S Delay Line 1131032 01
Carbon Res. 1/6W ±5% 1KΩ 132A102S R 414 Carbon Res. 1/5W ±5% 330Ω 1324331S or 3 450 Carbon Res. 1/5W +5% 10KO 1324103S or l. Glass Dolay
B 231 Fuse Bes. 68Ω 1/2W 5362680 or Carbon Res. 1/6W ±5% 330Ω 132A331S Carbon Res 1/6W +5% 10KO 13241035 ' Glass Delay 1813554 or
Fuse Bes 68Q 1/2W 5367680 B 415 Carbon Bes. 1/5W +5% 5.6KΩ 1324562S or 3 451 Carbon Res 1/5W ±5% 10KO 13241030 14 4 Glass Delay 1812056
B 235 Carbon Res 1/4W +5% 1 8KO 1345182S or Carbon Bes 1/6W +5% 5.6KQ 132A562S Carbon Res 1/6W/ ±5% 10KO 1224103 0 JA I IEC Antenna Jack 700 004 0144 1780292 or
11 200 Carbon Res 1/5W ±5% 1.8KO 13241825 R 416 Carbon Bes 1/5W +5% 330KO 1324334S or 3 452 Carbon Res 1/5W/ ±5% 10K22 1324103 IEC Ant.Jack TCH-HCA-2VW 1780284
B 240 Fuse Bes 1/2W +5% 10 5362109 or Carbon Bes 1/6W +5% 330KO 132A334S 1 402 Carbon Ros 1/5W ±5% 10KS2 13241035 01 JA 2 BNC Jack 1780202
11 240 Fuso Res 1/2W +5% 10 5367109 B 417 Metal Res 6.8KO 3W BN03682KE002 or 3 453 Carbon Roc 1/5W/ ±5% 10K22 132A1035 JA 3 HCA Jack YKB11-0478 1780237
P 252 Carbon Boc 1/5W/+5%/15KO 1324152S or 11 417 Metal Res. 6.8KO 3W BN03682K4001 1455 Carbon Res. 1/3W ±5% 10K22 13241035 OF JA 4 BNC Jack 1780202
11 235 Carbon Ros 1/6W +5% 1.5KO 13241525 01 R 418 Carbon Bes 1/5W/ +5% 1KO 1324102S or ╘╸╷⋑╴├╴ Carbon nes. 1/0W ±5% 10K22 13241035 JA 5 HCA Jack YKB11-0478 1780237
D 254 Carbon Ros 1/5W/±5% 10KO 1224102S or 11 410 Carbon Ros 1/6W/ +5% 1KO 13241025 SWI TCHES Wire Ass'y CE5400-01 CE5400-01
n 204 Carbon Res. 10241000 01 P 410 Carbon Res. 1/5/1/ +5% 4700 1324471S or Clide Wire Ass'y WX1L5402-001 WX1L5402-001
D 055 Carbon Res. 132A1033 11 413 Carbon Res. 1/5/1/ ±5% 47022 12244715 01 , i Slide 1621654 or Wire Ass'y WX1L5464-001 WX1L5464-001
H 255 Carbon Res. 1/5W ±5% 4/KS2 13244735 01 D 400 Carbon Res. 1/0W ±3% 4/052 132A4713 Silde SSS0202WM001 Wire Ass'y WX1L5470-001 WX1L5470-001
0.050 Carbon Res. 1/6W ±5% 4/KS2 132A4735 R 420 Carbon Res. 1/5W ±5% 39022 13243915 01 5622172 Wire Lead WX3301A6FF10 WX3301A6FF10
H 258 Carbon Hes. 1/2N21 %C± WC/1 13241235 OF Carbon Hes. 1/0W ±5% 39052 10243910 5622172 1 Wire Lead WX3901A6FF08 WX3901A6FF08
0.050 Carbon Hes. 1/0W ±5% 12KS2 132A1235 H 421 Carbon Hes. 1/3W ±3% 4/KS2 13244/35 OF 5622172 | Wire Lead WX3601A63316 WX3601A63316
H 259 Carbon Res. 1/5W ±5% 82KΩ 1324823S or Carbon Hes. 1/6W ±5% 47KΩ 132A4/35 WV 5 lact 5622172 Heat Sink Sheet XJ0Z000DB001
Carbon Res. 1/6W ±5% 82KΩ 132A823S H 422 Carbon Res. 1/5W ±5% 22KΩ 1324223S or S W 6 lact 5622172 Heat Sink A EM41434 0EM400378
R 260 Carbon Res. 1/5W ±5% 2.7KΩ 1324272S or Carbon Res. 1/6W ±5% 22KΩ 132A223S lact 5622172 Heat Sink D EM41436 0EM400380
Carbon Res. 1/6W ±5% 2.7KΩ 132A272S R 423 Carbon Res. 1/5W ±5% 100KΩ 1324104S or S 8 W lact 5622172 Heat Sink B K42428 8S00362
R 261 Carbon Res. 1/5W ±5% 3.3KΩ 1324332S or Carbon Res. 1/6W ±5% 100KΩ 132A104S S S W 9 lact 5622172 Lead Clamper 1790256
Carbon Res. 1/6W ±5% 3.3KΩ 132A332S R 424 Carbon Res. 1/5W ±5% 100KΩ 1324104S or S SW 10 Tact 5622172 Lead Clamper 1790356
R 262 Carbon Res. 1/5W ±5% 3.3KΩ 1324332S or Carbon Res. 1/6W ±5% 100KΩ 132A104S VOL LIMES PIN (Test) 1700093
Carbon Res. 1/6W ±5% 3.3KΩ 132A332S R 425 Carbon Res. 1/5W ±5% 100KΩ 1324104S or PIN (Test) 1740354
R 266 Carbon Res. 1/5W ±5% 10KΩ 1324103S or Carbon Res. 1/6W ±5% 100KΩ 132A104S /R 13 P.O.T 10KOHM B 638A103 or 11-0004
Carbon Res. 1/6W ±5% 10KΩ 132A103S R 426 Carbon Res. 1/5W ±5% 390Ω 1324391S or Semi Fixed Res s. 10KΩ B 1380707
R 270 Carbon Res. 1/4W ±5% 2.2Ω 1345229S or Carbon Res. 1/6W ±5% 390Ω 132A391S /R 400 Semi Fixed Res s. KVSF637AO-B203 638A223 or
1 Carbon Res. 1/5W ±5% 2.2Ω 1324229S R 427 Carbon Res. 1/5W ±5% 3.3MΩ 1324335S or P.O.T. 20ΚΩ Β 1380709 ĺ
R 271 Carbon Res 1/5W ±5% 1KΩ 1324102S or Carbon Res 1/6W ±5% 3.3MΩ 132A335S /R 401 P.O.T. 470Ω B 6384471 or
1 Carbon Res 1/6W ±5% 1KΩ 132A102S B 428 Carbon Res 1/5W +5% 47KO 1324473S or P.O.T. 500Ω B 1380712
B 274 Carbon Res 1/5W +5% 10KO 1324103S or Carbon Res 1/6W +5% 47KO 132A473S /R 402 P.O.T. 47KΩ B 6380472
Carbon Res 1/6W +5% 10KO 132A103S R 429 Metallzed Film Bes 1/5W F 27KO 13C2702 Semi Fixed Roo s 50KO B 1380704
R 270 Carbon Rec 1/5W +5% 2200 1324221S or R /30 Carbon Ros 1/5W +5% 100KO 13241049 or /R 403 POT 4700 B 6396471
Carbon Res 1/6W +5% 2200 132A221S 11 400 Carbon Res 1/6W +5% 100K2 13241045 POT 5000 B 1200710
Carbon nes. 1/011 - 3 /0 100//22 1300/12 L

L7004/54EL

17-8

L7004/54EL

Page 27
REF. NO. D ESCRIPTION PART NO.
ASS'Y, PCB, CR Т
CONSISTS OF THE FOLLOWING: BL5470F010 )01-B
CAPA CITORS
C 54 Ceramic 0.01uF/2KV 6220602
C 70 Ceramic ±10% 220pF/50V 32B3221S or
Ceramic ±10% 220pF/50V 3B42221S
C 71 Ceramic ±10% 270pF/50V 32B3271S or
Ceramic ±10% 270pF/50V 3B42271S
C 72 Ceramic ±10% 220pF/50V 32B3221S or
Ceramic ±10% 220pF/50V 3B42221S
C 205 Electrolytic 10uF/16V ±20% 126C106S
COILS
L 9 Micro Inductor 180uH 2165181S or
Micro Inductor 180uH-K-5FT 2162181S
TRAN SISTORS
0 14 Tr 2SC 2621(D) 2SC2621D or
Tr. 250 2621(E) 2SC2621F 5.
0 15 Tr. 250 2621(D) 2SC2621D or
a io Tr 250 2621(E) 2SC2621E 0.
0 16 Tr 250 2621(D) 2SC2621D or
a io Tr. 2SC 2621(E) 2SC2621E 0.
RESIS TORS
R 52 Carbon Res. 1/4W ±5% 1.5KΩ 1345152S or
Carbon Res. 1/5W ±5% 1.5KΩ 1324152S
R 53 Carbon Res. 1/4W ±5% 1.5KΩ 1345152S or
Carbon Res. 1/5W ±5% 1.5KΩ 1324152S
R 54 Carbon Res. 1/4W ±5% 1.5KΩ 1345152S or
Carbon Res. 1/5W ±5% 1.5KΩ 1324152S
R 55 Metal Res. 1W ±5% 15KΩ 534A153
R 56 Metal Res. 1W ±5% 15KΩ 534A153
R 57 Metal Res. 1W ±5% 15KΩ 534A153
R 58 Carbon Res. 1/5W ±5% 1.8KΩ 1324182S or
Carbon Res. 1/6W ±5% 1.8KΩ 132A182S
R 59 Carbon Res. 1/5W ±5% 220Ω 1324221S or
Carbon Res. 1/6W ±5% 220Ω 132A221S
R 61 Carbon Res. 1/5W ±5% 1.8KΩ 1324182S or
Carbon Res. 1/6W ±5% 1.8KΩ 132A182S
R 63 Carbon Res. 1/5W ±5% 220Ω 1324221S or
Carbon Res. 1/6W ±5% 220Ω 132A221S
R 64 Carbon Res. 1/5W ±5% 1.8KΩ 1324182S or
Carbon Res. 1/6W ±5% 1.8KΩ 132A182S
R 65 Carbon Res. 1/5W ±5% 220Ω 1324221S or
Carbon Res. 1/6W ±5% 220Ω 132A221S
B 232 Carbon Res. 1/4W ±5% 1.8KΩ 1345182S or
Carbon Res. 1/5W ±5% 1.8KΩ 1324182S
R 233 Carbon Res. 1/4W ±5% 1.8KΩ 1345182S or
Carbon Res. 1/5W ±5% 1.8KΩ 1324182S
B 234 Carbon Res. 1/4W ±5% 1.8KΩ 1345182S or
Carbon Res. 1/5W ±5% 1.8KΩ 13241825
R 279 Carbon Res 1/5W ±5% 220Ω 13242215 or
Carbon Res. 1/6W ±5% 220Ω 132A221S 01
VOLU MES
VR 1 P.O.T. 4.7KΩ B 138A957 or
P.O.1. 2K75 B 1380851
VH 2 P.U.I. 4/0 0 2 B 138A951 or
Semi Fixed Res. 500(B) 1380849
R EF. NO. DESCRIPTION PART NO.
VR 3 P.O.T. 4.7KΩ B 138A957 or
P.O.T. 5KQ B 1380851
Δ POT 1384957 or
••• - POT FKO P 1200051
c F.O.1. 1004051
٧Н 5 P.U.1. 47052 B 138A951 OF
Semi Fixed Re es. 500(B) 1380849
MIS CELLANOUS
CR T 1 CRT Socket JSCC290HD003 or
CRT Socket 1780246
CN 3 Connector Pin 1P BT-01N-2.3A 1730688
-
ASS'V DOD
۲۱ ASS I, PUB, BI 5410501000
_ CONSIS BL3410F01002
CA PACITORS
C1 46 Electrolytic 150uF/400V 122Z020 or
Electrolytic 150uF/400V 1220891 or
Electrolytic 150uF/400V 1220893
С 161 Electrolytic 1000uF/6.3V ±20% 626A108
С 162 Electrolytic 1000uF/16V ±20% 626C108
С 163 Electrolytic 10uF 160V 122Z333 or
- Electrolytic 10uF/160V 6220759
164 Coramia 6220353
104 Ceramia 6220000
100 Ceramic 6220333
C 166 Ceramic 0.00470F AC400V F 6220353
C 167 Δ Ceramic 0.004/UF AC400V F 6220353
С 169 Electrolytic 1uF/50V ±20% 126F105S
С 170 Ceramic 470pF/1KV 6220487
С 171 Ceramic 0.0033uF/1KV 6220577
С 172 Electrolytic 22uF/160V 122Z334 or
Electrolytic 22uF/160V ±20% 6220758
С 173 Ceramic 0.001uF/1KV 6220574
С 174 Electrolytic 100uF/160V ± 20% 122Z337 or
Electrolytic 100uF/160V 6220688 or
Electrolytic 100uF/160V 1220601
С 175 Ceramic 0.001µE/1KV 6220574
č 176 ٨ Ceramic +20% 4700cE/4K\/ 1227013
ĉ 177 7:7 Electrolutio 170uE/16\/ +000/ 6260477
~ 170 م 1220755
178 ^!\ Line Across 0.100/2001 1220/30 01
Line Across 0.10F/200V 1222.101 01
^^ Line Across 0.10F/250V 6222631
_
D 36 Di. ERD28-06L AERD2506L000 or
_ Di. HGP30GL HGP30G5001L
D 37 Di. ERB44-08L3 AERB4408L300 or
Di. RGP15KL5001 RGP15KL5001
D 38 Di. ERC05-10L3 AERC0510L300 or
Di. GP15ML5014 GP15ML5014
D 39 Di. ERC05-10L3 AERCC510L300 or
Di. GP15ML5014 GP15ML5014
D 40 Di. ERC05-10L3 AERC0510L300 or
~ Di. GP15ML5014 GP15ML5014
р 41 Di EBC05-1013 AEBC05101 300 or
υ 41 Di. CD1EM E014 GP151/ 5014
40 DI. GE15ML5014 AFRANEDO14
υ 42 DI. ERATS-UZPNKB AEHATSUZPINHE OF
Di. GP104003EG16 GP104003EG16
REF. NO. DESCRIPTION PART NO. RE
D 43 Di. ERA15-02PNRB AERA1502PNRB or
Di. GP104003EG16 GP104003EG16
D 44 Di. ERA15-02PNRB AERA1502PNRB or
Di. GP104003EG16 GP104003EG16
D 45 Di. ERA15-02PNRB AERA1502PNRB or
Di. GP104003EG16 GP104003EG16
D 46 Di. ERA15-02PNRB AERA1502PNRB or
Di. GP104003EG16 GP104003EG16
ICS L 1
10 78M06 AN78M06 or CR
Сб IC 78M06 1.78M06
Doworld (STK7348) 14LQ203 or
POWERIC (STR7340) STK7348
COILS
L 20 Pot Type Coil 47uH LLBD**DMM001 W
L 23 \Lambda Line Filter 1812745 or
Line Filter LLBG000TE002
TRANSISTORS
Q 30 Tr. 2SC1740(R) 2SC1740RZ or
Tr. 2SC1740(S) 2SC1740SZ or
Tr. 2SC1815(GB)-TPF2 2SC1815GRZ or
Tr. 2SC3331(T)-AANP 2SC3331TZ or
Tr 2SC3331(1)-AANP 2SC3331UZ
RESISTORS
R 129 Carbon Res. 1/4W ±5% 3.3 3KΩ 1345332S or
Carbon Res. 1/5W ±5% 3.3 3KΩ 1324332S
R 130 Cement Res. 3.9Ω 7W 1330954
R 131 Carbon Res. 1/4W ±5% 5 6KΩ 1345563 or
Carbon Res. 1/5W ±5% 56 ΚΩ 1324563
[for SAM and CPT Type CRT
R 132 Carbon Res. 1/4W ±5% 1K Ω 1345102S or
_ Carbon Res. 1/5W ±5% 1K Ω 1324102S
R 133 Cement Res. BGR3X-270(2 27/3W) 1330703 or
RW03270UB001
R 134 Cement Res. 3W ±10% 1.5 Ω 1330702 or
RW03159UB001
R 135 Metal Res. 1W ±5% 33Ω 534A330
R 136 Cement Res. 33Ω 10W 1330955
R 137 Carbon Res. 270KΩ 1/4W 1345274S or
Carbon Res. 1/5W ±5% 2 70KΩ 1324274S
R 138 Carbon Res. 270KΩ 1/4W 1345274S or
Carbon Res. 1/5W ±5% 2 70KΩ 1324274S
R 139 Metal Res. 2W ±5% 15Ω 534B150
R 140 Fuse Res. 1/4W ±5% 150 5366150
R 141 Metal Res. 2.2Ω 1W 534A229
MISCELLANEOUS
RE 1 🗥 Power Relay 1680167 or
Power Relay 1680178 or
Power Relay MBPDC9ZON001
T 3 A Back Up Trans 1 TT25EDS201007 ~
- Back Up Trans FL35Y15 115M094
T 4 A Switching Trans ETS20KE22 115/057
AC 1 A AC Cord 5750110
CN 8 Connector Raso OD DTD 4 5/50112
F 1 A J-2V 1780165
1/90998 or
Α 1700407
Pasister 1790487

REF. NO. DESCRIPTION PART NO.
۸ Wire Ass'YCE5400-03Heat Sink CHeat Sink BK42428Cord StoperFuse Holder CE5400-03 or
0EM400379 or
8S00362
1790173 or
1790424
CAHSSIS ELECTRICAL PARTS
L 19 A
SP 1
CRT A
Degaussing Coil
Speaker
CRT [for HT Type CRT]
CRT [for GS Type CRT]
CRT [for SAM Type CRT]
CRT [for CPT Type CRT]
Wire Ass'y (Main PCB to Speaker)
1120174
1520612
1833133
TCRT190GS004
TCRT190SM005
UMNT020CP001
WX1L7002-006
W 1 Wire Ass'y (CRT GRU Wire) CE5201-03

L7004/54EL

17-10

L7004/54EL

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