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AV28GS1E

JVC AV-28GS1 E, AV-25GS1 E, AV-28S1 E, AV-25S1 E Service manual & schematics

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Page 1

Preface

There have been changes in the Service Manual. Please refer to the leaflet "Manual Update", whitch is inserted into this manual.

CONTENTS

2-1
2-2
2-4 MODEL MANUAL No.
2-5 NAME
SPECIFIC SERVICE INSTRUCTIONS 2-5 AV-28GS1E No.50757C
2-12 AV-25GS1E No.50807C
3-1 AV-25/28S1E No.50788C
7

AV-28GS1E AV-25GS1E AV-28S1F

11 2001E

Page 2

Manual Update

Change have been made in the following service manuals.

• Since the changes are numerous, we plan to issue new service manuals. Consequently, the old service manuals will no longer be usable. Please replace them with the revised manuals.

Note however that there are no changes in the Operating Instructions, so these booklets included with the old service manuals may still be used.

MODEL Old service Old service mamual
date of issue Manual
number 		Manual
number
AV-28GS1EN/ENS
AV-25GS1EN
AV-28S1EN/ENS
AV-25S1EN
AV-25GS1EK/28GS1EK
AV-25GS1EK/28S1EK
AV-28GS1E
AV-28GS1E
(Italian edition)
AV-25GS1E(Italian edition)
AV-25GS1E/28GS1E
AV-25GS1E/28GS1E
AV-25S1E/28S1E
(Italian edition)
AV-28GS1EG 		Feb.1993
Aug.1993
Jun.1993
Jun.1993
Mar.1993
May.1993
Apr.1993
Apr.1993
Sep.1993
Sep.1993
July.1993
July.1993 		50755
50806
50814
50787
50756
50789
50757
50757B
50807
50807B
50788
50788
50788B 		50755B
50806B
50814B
50787B
50756B
50789B
50757C
50757D
50807C
50807D
50788C
50788D
50788D
AV-25051EG
AV-25S1EG/28S1EG 		Sep.1993
Sep.1993 		50812
50813 		50812B
50813B

Notes

1. On the silk printing label on the MAIN PWB BOAD

On the circuit board having circuit board pattern number "CK11620-E01-1".The pin numbers printed on connectors CN001,CN002 and CN003 are opposite to those in the circuit diagram.The circuit board silk printing is wrong,so use caution.

2. On the TELETEXT AUX PWB ASSEMBLY

The TELETEXT AUX PWB ASSEMBLY(SMX-7001A-U2 or SMX-7901A-U2) is a sub-circuit board that was added to the original circuit board. Eventually it will be absorbed into the MAIN PWB ASSEMBLY. For details, please refer to the following table and page 3-19 of the STANDARD CIRCUIT DIAGRAMS.

Circuit board pattern No. TELETEXT AUX PWB ASSEMBLY
CK11620-C01-1 yes
CK11620-D01-1 yes
CK11620-E01-1 Absorbed into the MAIN PWB ASSEMBLY.
CK11620-FB1-1 Absorbed into the MAIN PWB ASSEMBLY.
Page 3

CONTENTS

SPECIFICATIONS 2-2
SAFETY PRECAUTIONS 2-4
MAIN PARTS LOCATION 2-5
SPECIFIC SERVICE INSTRUCTIONS 2-5
PRECAUTIONS FOR WORK DISASSEMBLY PROCEDURE Removing the REAR COVER 2-5
2-6
2-6
Removing the HYPER BASS SPEAKER Removing the MAIN SPEAKER Removing the SIDE CONTROL UNIT 2-6
2-7
2-7
Removing the CHASSIS BASE 2-7
2-7
2-7
2-8
2-8
2-9
2-9
2-9
REPLACEMENTS Replacement of MEMORY ICs Replacement of CHIP COMPONENTS 2-10
2-10
2-11
SERVICE ADJUSTMENTS 2-12
2-12
2-12
  • ADJUSTMENT LOCATION
  • ADJUSTING STEP WITH VRs AND OTHER PARTS
  • SETTING AND ADJUSTMENT IN THE PRESET MODE
2-12
2-14
2-18
Page 4

SPECIFICATIONS

ltem Content
Dimensions 28":66.0cm (W) × 55.1cm (H) × 48.0cm (D)
Weight AV-28GS1E : 37.3kg
AV-25GS1E : 30.9kg
AV-28S1E : 35.3kg
AV-25S1E:29.3kg
TV RF System CCIR (B/G)
Colour System PAL / SECAM / NTSC (only in EXT mode)
Stereo System A2
reletext system
Receiving Channels and 		TEOF (United Kingdom system), TOP (demany system)
Frequency
· VHF Low Band E2 - E4 , ITALY A - C 47MHz - 88MHz
VHF High Band E5 - E12 , ITALY D - H 174MHz - 230MHz
EZI - Eby
CATV MID Band
CATV Super Band 		S11 - S20
CATV Hyper Band S21 - S41 302MHz - 470MHz
Intermediate Frequency
VIF Carrier 38.9WHZ
SIF Carrier
Colour Sub Carrier Frequency
PAL 4.43MHz
SECAM 4.40625MHz / 4.25MHz
NTSC 3.58MHz / 4.43MHz
Aenai inpuc i erminai
Power Input 220 - 240V AC , 50Hz
Power Consumption AV-28GS1E : 175W (max.), 125W (avg.)
AV-25GS1E : 1/0W (max.), 115W (avg.)
AV-25S1E : 160W (max.), 115W (avg.)
Picture Tube 28" : (Visible size: 66cm) Diagonally measured
25" : (Visible size: 59cm) Diagonally measured
Viewable Picture Size 28" : 54cm (W) × 41cm (H)
High Voltage 28kV ± 1kV (at zero beam current)
Focus Voltage Approx. 8.7kV
Speaker 10cm Round Type, 8Ω ×2
Audio Output 13cm Hound Type, 852 ×1 [Hyper Bass] : only AV-28/25GS1E
Audio Output
Music Power 		AV-28/25GS1E : 6W + 6W + 11W (L + R + 3D)
AV-28/25S1E : 5W + 5W(L + R)
Audio Power AV-28/25GS1E : 6W + 6W + 11W (L + R + 3D)
AV-28/25S1E : 5W + 5W(L + H)
External Speaker Terminal |
Impedance : 8 - 16Ω (5W + 5W)
Head-phone Terminal φ3.5mm Mini-jack (Stereo type)
Hemote Control Unit AV-28/25G51E : HM-C870
AV-28/25S1E : RM-C872
, 20/2001C . HIVE 00/2

Page 5

21-pin Euro connector (SCART socket) : EXT-1 / EXT-2

Pin
No. 		Signal
Designation 		Matching Value EXT-1 EXT-2
1 AUDIO R output 500mVrms(Nominal), Low impedance (Below 1kΩ) (TV OUT) (LINE OUT)
2 AUDIO R input 500mVrms(Nominal), High impedance (Above 10kΩ) 0 0
3 AUDIO L output 500mVrms(Nominal), Low impedance (Below 1kΩ) (TV OUT) (LINE OUT)
4 AUDIO GND 0 0
5 GND (B) 0 0
6 AUDIO L input 500mVrms(Nominal)), High impedance (Above 10kΩ) 0 0
7 B input 700mVB-W, 75Ω 0 NC
8 FUNCTION SW
(SLOW SW) 		Low : 0 - 3V, Middle : 4 - 7V,
High : 8 - 12V, High impedance (Above 10kΩ) 		0 Ο
9 GND (G) 0 0
10 NC NC
11 G input 700mVB-W, 75Ω 0 NC
12 NC NC
13 GND (R) 0 0
14 GND (Ys) 0 NC
15 R / C input R : 700mVB-W, 75Ω
C : 300mVp-p, 75Ω 		(R/C) O(only C)
16 Ys input Low : 0 - 0.4V, High : 1 - 3V, 75Ω 0 NC
17 GND (VIDEO output) 0 0
18 GND (VIDEO input) 0 0
19 VIDEO output 1VB-W (Negative going sync), 75Ω,DC output:Below 2V (TV) (LINE)
20 VIDEO / Y input 1VB-W (Negative going sync), 75Ω,DC input:Below 2V 0 0
21 COMMON GND 0 0

[P-P:Peak to Peak, S-W:Sync tip to White peak, B-W:Blanking to White peak]

[Pin assignment]

Input connector : EXT-3 [P-P:Peak to Peak ,B-W:Blanking to White peak ]

Connector Pin No. Signal Matching Value
S(Y/C)-Connector 1 GND (Y)
(4-pin) 2 GND (C)
3 Y input 1Vp-p, 75Ω (Negative Sync. Provided)
4 C input 300mVp-p, 75Ω
RCA-jack (V) — VIDEO input 1VB-W (Negative going sync), 75Ω,
DC input:Below 2V
RCA-jack (L) _ AUDIO L input 500mVrms (Nominal),
High Impedance (Above 10kΩ)
RCA-jack (R) 500mVrms (Nominal),
High Impedance (Above Opk P)

[Pin assignment]

Page 6

SAFETY PRECAUTIONS

  • The design of this product contains special hardware, many circuits and components specially for safety purposes. For continued protection, no changes should be made to the original design unless authorized in writing by the manufacturer. Replacement parts must be identical to those used in the original circuits. Service should be performed by qualified personnel only.
  • Alterations of the design or circuitry of the products should not be made. Any design alterations or additions will void the manufacturer's warranty and will further relieve the manufacturer of responsibility for personal injury or property damage resulting therefrom.
  • 3. Many electrical and mechanical parts in the products have special safety-related characteristics. These characteristics are often not evident from visual inspection nor can the protection afforded by them necessarily be obtained by using replacement components rated for higher voltage, wattage, etc. Replacement parts which have these special safety characteristics are identified in the parts list of Service manual. Electrical components having such features are identified by shading on the schematics and by (⚠) on the parts list in Service manual. The use of a substitute replacement which does not have the same safety characteristics as the recommended replacement part shown in the parts list of Service manual many create shock, fire, or other hazards.
  • 4. Don't short between the LIVE side ground and NEU-TRAL side grounding or EARTH side ground when repairing.

Some model's power circuit is partly different in the GND. The difference of the GND is shown by the LIVE ( 1) side GND, the NEUTRAL( +) side GND and EARTH ( +) side GND. Don't short between the LIVE side GND and NEUTRAL side GND or EARTH side GND and never measure with a measuring apparatus (oscilloscope etc.) the LIVE side GND and NEUTRAL side GND or EARTH side GND at the same time. If above note will not be kept, a fuse or any parts will be broken.

  • If any repair has been made to the chassis, it is recommended that the B1 setting should be checked or adjusted (See AD-JUSTMENT OF B1 POWER SUPPLY).
  • 6. The high voltage applied to the picture tube must conform with that specified in Service manual. Excessive high voltage can cause an increase in X-Ray emission, arcing and possible component damage, therefore operation under excessive high voltage conditions should be kept to a minimum, or should be prevented. If severe arcing occurs, remove the AC power immediately and determine the cause by visual inspection (incorrect installation, cracked or melted high voltage harness, poor soldering, etc.). To maintain the proper minimum level of soft X-Ray emission, components in the high voltage circuitry including the picture tube must be the exact replacements or alternatives approvided by the manufacturer of the complete product.
  • 7. Do not check high voltage by drawing an arc. Use a high voltage meter or a high voltage probe with a VTVM. Discharge the picture tube before attempting meter connection, by connecting a clip lead to the ground frame and connecting the other end of the lead through a 10kΩ 2W resistor to the anode button.
  • 8. When service is required, observe the original lead dress. Extra precaution should be given to assure correct lead dress in the high voltage circuit area. Where a short circuit has occurred, those components that indicate evidence of overheating should be replaced. Always use the manufacturer's replacement components.
Isolation Check

q

(Safety for Electrical Shock Hazard)

After re-assembling the product, always perform an isolation check on the exposed metal parts of the cabinet (antenna terminals, video/audio input and output terminals, Control knobs, metal cabinet, screwheads, earphone jack, control shafts, etc.) to be sure the product is safe to operate without danger of electrical shock.

(1) Dielectric Strength Test

The isolation between the AC primary circuit and all metal parts exposed to the user, particularly any exposed metal part having a return path to the chassis should withstand a voltage of 3000V AC (r.m.s.) for a period of one second.

(.... Withstand a voltage of 1100V AC (r.m.s.) to an appliance rated up to 120V, and 3000V AC (r.m.s.) to an appliance rated 200V or more, for a period of one second.)

This method of test requires a test equipment not generally found in the service trade.

(2) Leakage Current Check

Plug the AC line cord directly into the AC outlet (do not use a line isolation transformer during this check.). Using a "Leak-age Current Tester", measure the leakage current from each exposed metal part of the cabinet, particularly any exposed metal part having a return path to the chassis, to a known good earth ground (water pipe, etc.). Any leakage current must not exceed 0.5mA AC (r.m.s.).

Alternate Check Method

Plug the AC line cord directly into the AC outlet (do not use a line isolation transformer during this check.). Use an AC voltmeter having 1000 ohms per volt or more sensitivity in the following manner. Connect a 1500Ω 10W resistor paralleled by a 0.15µF AC-type capacitor between an exposed metal part and a known good earth ground (water pipe, etc.). Measure the AC voltage across the resistor with the AC voltmeter. Move the resistor connection to each exposed metal part, particularly any exposed metal part having a return path to the chassis, and measure the AC voltage across the resistor. Now, reverse the plug in the AC outlet and repeat each measurement. Any voltage measured must not exceed 0.35V AC (r.m.s.). This corresponds to 0.5mA AC (r.m.s.).

Fig. A

Page 7

MAIN PARTS LOCATION

SPECIFIC SERVICE INSTRUCTIONS PRECAUTIONS FOR WORK

  • 1. When servicing the TV, place it on a stable surface to avoid fall.
  • 2. The AC plug or power cord may be trod by the TV during installation and be damaged. Take sufficient care to avoid damage to the AC plug or power cord.
  • 3. This TV is designed for 220 to 240V AC, 50 Hz. Never connect it to the other power supplies.
  • 4. If any connectors or clamps are removed when the chassis is removed for servicing, reinstall them after servicing.
  • 5. When the chassis is removed for servicing, connectors or ground wires may come off. Before turning the power on, check that they are connected correctly and that they do not touch the chassis.
  • 6. Check the wires are clamped or fixed properly and do not contact any moving parts, heating parts, sharp edges, or power supplies (high voltage).
  • 7. Since the following parts become hot, they must not contact electrolytic capacitors or wires. → IC1441, Q1462, Q1541, IC1706, Q2001, D2031, IC6804, IC0703, and heat sinks
  • 8. Since the AUDIO PWB ASS'Y and AV SELECTOR PWB ASS'Y are installed upright, they may contact each other if the bracket is removed. Avoid this when servicing.
  • 9. When the POWER PWB ASS'Y shield is removed, the ground wire get free and may cause secondary defect contacting with the other part. Take care to avoid such contact.
  • 10.Before installing a fuse, check the fuse rating and the safety mark shown on the panel. When the fuse is installed, confirm that the fuse holder is fixed properly, and check the rating indication on the PWB ASS'Y.
    • → F9901 : T3.15AH / 250V
  • 11. Check as follows after servicing :
    • Has any solder or have any removed screws been left in the set ?
    • Have all connectors, covers, shield cases, and screws been put back and secured or tightened
    • Have dirt and dust been removed ? A build-up of dust may cause malfunction by moisture .
Page 8

Note : Before starting work, disconnect the power plug from the outlet.

Removing the REAR COVER

  • 1. Remove the seven screws (A).
  • Pull the back away slightly, then remove the connector-D of the wire from the hyper bass speaker box. Ionly the AV-28/25GS1E1
  • 3. Remove the REAR COVER.
  • 3. Remove the REAR CON
  • If the REAR COVER is removed, the set may be tilted backward or fall easily. Handle the set carefully during work.

Removing the HYPER BASS SPEAKER [only the AV-28/25GS1E]

  • 1. Remove the REAR COVER. [See "Removing the REAR COVER".]
  • 2. Remove the four screws B.
  • 3. Remove the hyper bass speaker box from the REAR COVER.
  • 4. Remove the four screws ©.
  • 5. Remove the speaker from the HYPER BASS SPEAKER BOX.

Page 9

Fig. 3

REAR TERMINAL BOARD CHASSIS BASE Fig. 4

AV SELECTOR PWB ASS'Y AUDIO PWB ASS'Y

Removing the MAIN SPEAKER

  • Remove the REAR COVER. [See "Removing the REAR COVER" 1
  • 1 Remove the four screws (E).
  • 2. To remove the MAIN SPEAKER BOX, remove the two screws
  • 3. Pull out the MAIN SPEAKER BOX toward you.

Note: The speaker cord connector (speaker side) may not be disconnected easily. If so, disconnect it carefully with pliers.

Removing the SIDE CONTROL UNIT

  • Remove the REAR COVER. [See "Removing the REAR COVER".1
  • 1. Remove the one screw (F).
Removing the CHASSIS BASE

  • Remove the REAR COVER. [See "Removing the REAR COVER".1
  • Remove the SIDE CONTROL UNIT. [See "Removing the SIDE CONTROL UNIT".
  • 1. Lift the rear of the CHASSIS BASE, and pull it out. When pulling it out, remove the strained wires. Before turning the power on, reinstall the removed wires.

Removing the REAR TERMINAL BOARD

  • Remove the REAR COVER. [See "Removing the REAR COVER".]
  • 1. Push hook (6) in the direction of the arrow, and release the REAR TERMINAL BOARD from the book
  • 2. Remove the cable between the aerial connecter on the REAR TERMINAL BOARD and the tuner, and remove the REAR TERMINAL BOARD

Removing the AUDIO PWB ASS'Y & AV SELECTOR PWB ASS'Y

  • Remove the REAR COVER. [See "Removing the REAR COVER".1
  • Pull out the CHASSIS BASE. [See "Removing the CHASSIS BASE".]
  • Remove the REAR TERMINAL BOARD. [See "Removing the REAR TERMINAL BOARD".]
  • 1. Lift hook (1) and remove the bracket in the direction of the arrow.
  • 2. Lift the AUDIO PWB ASS'Y or AV SELECTOR PWB ASS'Y.
Page 10

Removing the POWER PWB ASS'Y

  • Removing the REAR COVER. [See "Removing the REAR COVER".]
  • Pull out the CHASSIS BASE. [See "Removing the CHASSIS BASE".]
  • Push hook ① down, slide the POWER PWB ASS'Y toward vou, and release hook ②. Lift off the POWER PWB ASS'Y.

Removing the FRONT CONTROL BASE

  • Remove the REAR COVER. [See "Removing the REAR COVER".]
  • Pull out the CHASSIS BASE. [See "Removing the CHASSIS BASE".]
  • 1. Hold down hook (6), and remove the FRONT CONTROL BASE in the direction of the arrow.
  • Use special care in handling the hook (6) because it is breakable.
Page 11

Note : Before starting work, remove the power plug from the outlet.

Erecting the CHASSIS BASE

  • Remove the REAR COVER. [See "Removing the REAR COVER".]
  • Pull out the CHASSIS BASE. [See "Removing the CHASSIS BASE". ]
  • Remove the FRONT CONTROL BASE and LINE FILTER BASE. [See "Removing the FRONT CONTROL BASE".]

1. Erect the CHASSIS BASE.

Note

  • When the CHASSIS BASE is erected, confirm that each connector has been plugged in securely
  • The PWBs must not contact each other when the CHASSIS BASE is erected, if there is a possibility that they will contact each other, put a piece of paper between them.
Diagnosis of the PIF PWB ASS'Y

  • To diagnose the PIF PWB ASS'Y, an extension connector is required. Use the EXTENSION TOOL (TV-J003 = for IF).
  • 1. Remove the shield cover that encloses the PIF PWB ASS'Y.
  • 2. Lift off the PIE PWB ASS'Y.
  • 3. Connect the EXTENSION TOOL (TV-J003) between the PIF PWB ASS'Y and MAIN PWB ASS'Y.
  • 4. After diagnosis, remove the extension tool, and reinstall the PWB and the shield.

Note :

• When the PIF PWB ASS'Y is diagnosed with the EXTENSION TOOL, the PIF PWB ASS'Y must not touch another PWB.

Page 12

BEPLACEMENTS

Replacement of MEMORY ICs

The TV contains several EEP-ROM ICs. If these ICs are replaced, data must be reinput, IC704 and IC707 on the MAIN PWB ASS'Y store setting of video, delection, and sound. If they are replaced with new ones., they do not contain data, and correct images cannot be displayed

•IC704 (MAIN MEMORY) on the MAIN PWB ASS'Y

  • This IC is mainly data of the items listed in Table 1 and 2 1. Symptom after IC replacement
    • Pictures and sound are produced but the broadcasts cannol received because no real channel is preset
  • 2. Replacement procedure
  • 1) Before replacing the IC receive a broadcast and write down the values of the items listed in the Table 1.
  • 2) Switch the power off and unplug the power cord.
  • 3) Replace IC704
  • 4) Plug the power cord in and switch the power on.
  • 5) Set the values written down in step 1 with the remote control unit.
  • 3 Data setting
  • 1) First, Set the "PR channel" to receive broadcast. [See the OPERAT-ING INSTRUCTIONS.
  • 2) Set the "MENU language". [See the OPERATING INST RUCTIONS I
  • 3) Set the "VSM-STD(0)". [See "SETTING AND ADJUST-MENT IN THE PRESET MODE" on page 2-18.]
  • 4) The other items can be set in any ordr. Set each of them
  • ① Table 1 lists the items set by the user. Select and set each of the items on the MENU screen. [See the OPERATING INST-RUCTIONS.
  • ② Table 2 lists the items set by the serviceman. Select and set each of the items on the PRESET MODE screeb. [See "SETTING AND ADJUSTMENT IN PRESET MODE" on page 2-18.]
elC707 (I2C MEMORY) on the MAIN PWB ASS'Y

This IC is stored adjustment values about the deflection. [See Table 3.]

  • 1. Symptom after IC replacement Picture are not displayed correctly
  • 2. Replacement procedure
  • 1) Switch the power off and unplug the power cord
  • 2) Replace IC707
  • 3) Plug the power cord in and switch the power on.
  • 4) Receive a TV broadcast
  • 5) Enter "PRESET MODE"
  • 6) Select "DEFLECTION" and set each of the items listed in Table 3. [See "SETTING AND ADJUSTMENT IN THE PRE-SET MODE" on page 2-18.]

Itom to be set

[ ]: only the AV-28/25GS1E

User setting

Mode Item to be
set in TV 		Item to be set in EXT
Wienu mode mode
SET UP
PROGRAM 0 х
LANGUAGE 0 0
OPTIONS 0 х
PR SUMMARY 0 ×
EXT SETTING × 0
PICTURE
VSM 1 0 0
VSM 2 0 0
VSM 3 0 0
VNR 0 0
SOUND
[HYPER BASS] 0 0
TONE 0 0
MUTE 0 0
MULTI SOUND 0 ×
FEATURES
SET CLOCK 0 0
LOCKS 0 ×
AUTO SHUT OFF 0 ×
Table 1

Table 1

Serviceman setting
Preset mode Setting item
VSM STD(0) TINT COLOUR BRIGHT
CONTRAST SHARP
CINEMA TINT COLOUR BRIGHT
CONTRAST SHARP BASS
TREBLE BALANCE [HYPER BASS]
SUB-VSM TINT COLOUR SHARP
(PAL / SECAM / NTSC3.58 / NTSC4.43)

Table 2

Serviceman setting
DEFLECTION
item 		Variable
range
1. V-LIN -16~ + 15
2. V-SIZE -32~ +31
3. H-SIZE -32~ +31
4. EW-PIN -32~ +31
5. TRAPEZ -32~+31
6. V-S. CR 0~31
7. V-EDGE 0~15
8. EW-COR 0~15

www.rtv-horvat-dj.me

Page 13

REPLACEMENT OF CHIP COMPONENT

1. CAUTIONS

Avoid heating for more than 3 seconds. Do not rub the electrodes and the resist parts of the pattern. When removing a chip part, melt the solder adequately. Do not reuse a chip part after removing it.

2. SOLDERING IRON

Use a high insulation soldering iron with a thin pointed end of it. A 30W soldering iron is recommended for easily removing parts.

3. REPLACEMENT STEPS

(1) How to remove Chip parts

  • Resistors, capacitors, etc
  • As shown in the figure, push the part with tweezers and alternately melt the solder at each end.

2) Shift with tweezers and remove the chip part.

  • Transistors, diodes, variable resistors, etc
  • 1) Apply extra solder to each lead.

As shown in the figure, push the part with tweezers and alter-nately melt the solder at each lead. Shift and remove the chip part.

Note : After removing the part, remove remaining solder from the pattern.

(2) How to install Chip parts

  • Resistors, capacitors, etc
  • Apply solder to the pattern as indicated in the figure.

Grasp the chip part with tweezers and place it on the solder. Then heat and melt the solder at both ends of the chip part.

  • Transistors, diodes, variable resistors, etc
  • 1) Apply solder to the pattern as indicated in the figure.

Grasp the chip part with tweezers and place it on the solder.

First solder lead A as indicated in the figure.

Page 14

SERVICE ADJUSTMENTS

Before starting adjustment

  • 1. Turn the TV and measuring equipment on and allow them to warm up (at least 30 minutes) before starting adjustment.
  • Check that the AC power (220V AC) is being supplied correctly.
  • If the receive or input signal is not specified, use the most appropriate signal for the adjustment.
  • Never touch parts (such as VRs, transformers, and capacitors) not shown in the adjustment items.
  • 5. The ADJUSTMENT LOCATION on all PWBs are included in the STANDARD CIRCUIT DIAGRAM. See this diagram.
  • Preparation for adjustment (presetting) VSM (Video Status Memory)
    • Set the TINT(30), COLOUR(30), BRIGHT(30), CONT.(45), and SHARP(30) levels.

(The setting for VSM STD(0) see "SETTING AND ADJUSTMENT IN THE PRESET MODE " on page 2-18.)

TOOLS AND FIXTURES FOR ADJUSTMET

  • 1. DC voltmeter (or digital voltmeter)
  • 2. Oscilloscope [2 phenomena, delay function]
  • 3. Signal generator (Pattern generator) [PAL / SECAM / NTSC3.58 / NTSC4.43]
  • 4. Multiplex audio signal generator
  • 5. Remote control unit

ADJUSTMENT LOCATIONS

www.rtv-horvat-dj.hr

• After adjustment, set them to their original levels.

2,0 iaiao
3) C olour system : AU то
4) 1( 5:9 : OFI F (4:3)
- -
5) CINEMA : OFF
6) VNR : OFF
Page 15

Page 16

ADJUSTING STEP WITH VRs AND OTHERS

ltem Measuring
instrument 		Test point Adjustment part Description
1.
B1 VOLTAGE
adjustment 		DC voltmeter TP-91 B1 ADJ. VR
(R032)
[POWER]
  1. Receive an entirely black signal.
  2. Connect the DC voltmeter to TP-91.
  3. Set 146 ± 0.5V DC with the B1 ADJ. VR.
2.
NOISE (RF AGC)
adjustment 		NOISE VR
(R012)
[MAIN]
  1. Receive a broadcast.
  2. Turn the NOISE VR so that noise appears on the display.
  3. Turn the NOISE VR until the noise disappears.
  4. Change the channel and check that the display is normal.
3.
FOCUS
adjustment 		Signal
generator 		FOCUS VR
[built-in FBT]
  1. Receive the cross-hatch signal.
  2. Make the vertical and horizontal lines as thin and
    clear as possible. Turn the control as for counter-
    clockwise as possible (to decrease voltage).
  3. Darken the screen and check the focus is correct.
4.
WHITE BALANCE
(LOW LIGHT &
HIGH LIGHT)
adjustment 		R CUT OFF VR
(R108)
G CUT OFF VR
(R107)
B CUT OFF VR
(R109)
R DRIVE VR
(R114)
G DRIVE VR
(R113)
[CRT SOCKET]
SERVICE SW
(S401)
[MAIN]
SCREEN VR
[built-in FBT]
  • Do as follows after adjusting the deflecthion system.
  • Receive a black and white signal.
  • Turn the R, G and B CUT OFF VRs counterclockwise.
  • Set the R and G DRIVE VRs to the center positions.
  • Display one horizontal line by method of servicing with one horizontal line. (Select the SERVICE SW from N to S.)
  • Turn the SCREEN VR slowly until one red, green or blue horizontal line appears faintly.
  • Turn the CUT OFF VR for the first colour that appears about 10 degrees clockwise, and adjust the SCREEN VR again so that this colour appears faintly.
  • Adjust the CUT OFF VRs for the other two colours so that the colour has the same intensity as the colour of the horizontal line that appeared in step 6 and the three colours light faintly at the same level.
  • Return the SERVICE SW from S to N.)
  • Display a normal, bright white screen using the R and G DRIVE VRs.
  • Repeat steps 7 to 9 as required.(Perfrom step 2 and subsequent steps if required.)
5.
VIDEO DETECTION
OUTPUT LEVEL
adjustment 		Signal
generator
Oscilloscope
[H-rate] 		CN006 pin-6
[PIF] or
TP-VTV1
[AV-
SELECTOR] 		V. LEVEL VR
(R137)
[PIF]
  1. Receive the PAL split colour bar signal (including 100% white).
  2. Connect the oscilloscope to pin-6 of the connector-006 (or TP-VTV1).
  3. Set the voltage from the synchronizing signal to the white level to 1.5Vp-p with the V. LEVEL VR.
Page 17
ltem Measuring
instrument 		Test point Adjustment part Description
6.
VERTICAL PULSE
WIDTH
adjustment 		Signal
generator
Oscilloscope
[V-rate]
TP-VP V puls
TP-3V Video s
16µsec (±4µs 		VP WIDTH VR
(R773)
[AV SELECTOR]
  1. Receive the PAL split colour bar signal.
  2. Connect the oscilloscope to TP-VP and TP-3V.
  3. Set the oscilloscope sweep time to the vertical scanning period.
  4. Set the oscilloscope to delay mode and enlarge the signal start point.
  5. Adjust the VP WIDTH VR so the vertical pulse changes from high to low 16µsec (±4µsec)before colour bar signal starts.
7.
COMB FILTER
INPUT LEVEL
adjustment 		Signal
generator
Oscilloscope
[H-rate] 		COMB F. LEVEL
VR (R507)
[AV SELECTOR]
  1. Receive the PAL split colour bar signal (including 100% white).
  2. Connect the oscilloscope to TP-VTV1, and confirm that the peak-to-peak voltage of the signal is 1.5 Vp-p. If not, perform "VIDEO DETECTION OUT-PUT LEVEL adjustment" again.
  3. Connect the oscilloscope to TP-Y.
  4. Adjust the range from the pedestal level to the white level to 0.7V with the COMB F. LEVEL VR.
8.
SECAM
CHROMA TRAP
adjustment 		Signal
generator
Oscilloscope
[H-rate] 		ТР-Ү SECAM C. TRAP
trimmer capacitor
(C610)
[AV SELECTOR]
  1. Receive the SECAM split colour bar signal.
  2. Connect the oscilloscope to TP-Y.
  3. Adjust so that the colour component of the waveform is the minimum with the SECAM C. TRAP trimmer capacitor.
9.
SECAM
BELL FILTER
adjustment 		Signal
generator
Oscilloscope
[V-rate] 		TP-CS BELL FILTER
transformer
(T601)
[AV SELECTOR]
  1. Remove the TELETEXT module, and short pin-8 connector-008 and pin-5 connector-009.
  2. Receive the SECAM split colour bar signal.
  3. Connect the oscilloscope to TP-CS.
  4. Adjust so that the waveform changes from (a) to (b) shown in the figure with the BELL FILTER transformer.
10.
SECAM
COLOUR IDENT.
adjustment 		Signal
generator
DC voltmeter 		TP-SID SECAM IDENT
transformer
(T304)
[MAIN]
  1. Receive the SECAM split colour bar signal.
  2. Connect the DC voltmeter to TP-SID.
  3. Adjust so that the voltage is the maximum (about 11
    Y) with the SECAM IDENT transformer.
Page 18
ltem Measuring
instrument 		Test point Adjustment part Description
11.
SECAM
CHROMA
DISCRIMINATION
adjustment 		Signal
generator
Oscilloscope
[H-rate] 		тр-в-ү
тр-я-ү 		B-Y DISCRI
transformer
(T303)
R-Y DISCRI
transformer
(T302)
[MAIN]
(b)
(b)
  1. Receive the SECAM split colour bar signal.
  2. Connect the oscilloscope to TP-B-Y.
  3. Adjust so that the waveform changes from (a) to (b) shown in the figure with the B-Y DISCRI. transformer.
  4. Connect the oscilloscope to TP-R-Y.
  5. Adjust so that the waveform changes from (c) to (d) shown in the figure with the R-Y DISCRI. transformer.
12.
DELAY LINE
MATRIX
adjustment 		Signal
generator
Oscilloscope
[H-rate]
- IC201 pin-1
+
6.3 in the
IC201 pin-14
IC201 pin-12
TP-B-Y
4-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
- 		DL GAIN VR
(R309)
DL PHASE
transformer
(T301)
[MAIN]
IC201 pin-12 -
  1. Receive the PAL colour bar signal.
  2. Connect the oscilloscope to IC201 pin-14.
  3. Adjust the variable button of the oscilloscope so that
    the p-p value of the waveform (chroma signal)
    becomes 6.3 in the measure on the screen of the
    oscilloscope.
  4. While maintaining this state, then connect the
    oscilloscope to IC201 pin-12.
  5. Adjust DL GAIN VR so that the p-p value of the
    waveform becomes 1 (-16dB) in the measure on
    the screen of the oscilloscope.
  6. Connect the oscilloscope to TP-B-Y.
  7. Adjust with the DL PHASE transformer so that the
    waveform changes from (a) to (b) shown in the
    figure.
  8. Repeat adjustments steps 2 and 7 as required.
13.
SUB BRIGHT
adjustment 		Signal
generator 		SUB BRIGHT VR
(R216)
[MAIN]
  • Check the WHITE BALANCE is adjusted.
  • 1. Receive an entirely black signal.
  • 2. Adjust the SUB BRIGHT VR until the entire screen lights.
14.
SUB CONTRAST
adjustment 		Signal
generator 		SUB CONTRAST
VR (R207)
[MAIN]
  • Check the SUB BRIGHT is adjusted.
  • Receive the PAL split colour bar signal.
  • Adjust so that the best image appears on the screen with the SUB CONTRAST VR.
Page 19
Item Measuring
instrument 		Test point Adjustment part Description
15.
NTSC
SUB TINT
adjustment 		Signal
generator
Oscilloscope
[H-rate] 		TP-47B
[CRT
SOCKET]
  • Check the SUB COLOUR is adjusted.
  • Input the NTSC (3.58MHz) colour bar signal from the 21-pin Euro connector (EXT1 or EXT2) and chenge the input mode.
  • Select SUB-VSM TINT and set the level to 00 with the (-) and (+) keys and press the OK key to store.
  • Adjust so that the best image appears on the screen with the SUB TINT VR.
  • [If measuring equipment is used]
    Connect the osilloscope to TP-47B.
    Adjust so that there is no difference (0V) between white and magenta with the SUB TINT VR.
  • If you cannot adjust it correctly with the SUB TINT VR, select SUB-VSM TINT and adjust it to the best value with the (-) and (+) keys and press the OK key.
  • Use EXT3 (S-VIDEO input) for input.
  • Select SUB-VSM TINT and adjust it to the best value with the (-) and (+) keys and press OK key.
  • [If measuring equipment is used]
    Select SUB-VSM TINT and adjust so that there is no difference (0V) between white and magenta with the (-) and (+) keys and press OK key.
  • Input the NTSC(4.43MHz) colour bar signal from the 21-pin Euro connector (EXT1 or EXT2) and chenge the input mode.
  • Select SUB-VSM TINT and adjustment it to the best value with the (-) and (+) keys.
  • ('Do not use the SUB TINT VR.)
  • [If measuring equipment is used]
    Select SUB-VSM TINT and adjustment it to the best value with the (-) and (+) keys and press OK key.
16.
AUDIO MULTIPLEX
DEMODULATION
SEPARATION
adjustment 		Multiplex audio
signal generator 		IC301 pin-14
(TP-L) 		SEPARATION VR
(R145)
[AUDIO]
  1. Receive a stereo audio signal(R:400Hz;L:No input).
  2. Set the sound multiplex mode to STEREO.
  3. Connect the oscilloscope to TP-L.
  4. Adjust with the SEPARATION VR so that the right channel signal component appearing as crosstalk is minimized.
17.
CW (audio carrier)
adjustment 		DC VOLTMETER ТР-АГС CW transformer
(T100)
[AUDIO]
  1. Tune to a general broadcast (B/G system).
  2. Connect the DC voltmetar to TP-AFC.
  3. Adjust the CW transformer,find a point at which the AFC output suddenly changes between 0 and 5V,and set the voltage to2.5V ± 1V in this range.

Page 20

SETTING AND ADJUSTMENT IN THE PRESET MODE

1. Set the following four items in the PRESET

MODE

1.VSM STANDARD 2.CINEMA

★ For the operations and detailed settings in the PRESET MODE, account of the setting setti

2. Basic operations in the PRESET MODE

(1) Entering the PRESET MODE

Press the DISPLAY key and VSM STANDARD key on the remote control unit at the same time.

The PRESET MODE menu screen shown as Fig. 1 is displayed.

(2) Adjustment item selection

1) To select an adjustment item, press the UP, DOWN, R or L key on the remote control unit.

The sub-menu for the selected adjustment item as shown in

Fig. 2 is displayed.

Fig. 1 Menu screen

2) Adjustment items are displayed on the sub-menu screen. Select an item by pressing the UP or DOWN key.

(3) Adjustment and setting

  • 1) Enter the PRESET MODE. [See item (1).]
  • 2) Select an adjustment item. [See item (2).]
  • 3) Press the L(-) or R(+) key and adjust the setting of the selected adjustment item.
  • 4) If adjustment is continued, repeat steps 2 and 3.
  • 5) If all adjustments are complete, press the OK (STORE) key to store the adjustment values in memory.
  • 6) Press the EXIT key to return to the menu screen.

(4) PRESET MODE termination

1) After adjustment is complete and return to the menu screen, press the EXIT key again.

NOTE :

The symbols for remote comtroll unit keys in the text correspond to the keys listed in the table below.

Representation Кеу
DISPLAY +
VSM STANDARD VSM →·←
OK, STORE, MEMORY ОК
EXIT
UP Δ
DOWN
-, L, LEFT
Page 21
1. Display the PRESET MODE menu on the sc
and select "VSM STADDARD
setting 1. Display the PRESET MODE menu on the sc
and select "VSM STAD ()". 2. Select TINT and set its adjustment value to '
with the (-) or (+) key. 2. CLUUR 2. CINEMA setting unit adjustment item Select TINT and set its adjustment value to '
with the (-) or (+) key. 3. Select TINT and set its adjustment value to '
with the (-) or (+) key. Adjustment item Setting
tem Adjustment item Setting
tem Adjustment value Adjustment items to the values late
the table on the left in the same way. Adjustment value Setting
tem Adjustment value Setting
tem Adjustment value Setting
tem Adjustment value Setting
tem SUB-VSM setting
and adjustment Remote control
unit Recover
signal
Adjustment PAL Recover
signal
Adjustment PAL SECAM
INTSC
Adjust PAL SECAM
INTSC
Adjust PAL Secort INT Adjust or both the com value set its adjustment value
"+00" with the (-) or (+) key. Set the other adjust or both the composite video
its to the value set its adjustment value
"+00" with the (-) or (+) key. Set 		Item Measuring
instrument 		Test point Adjust ment part Description
Adjustment item Setting value TINT 30 COLOUR 30 BRIGHT 30 CONT 45 SHARP 30 Image: Setting CONT 45 Adjustment Setting Setting value '''''''''''''''''''''''''''''''''''' 1.
VSM STANDARD
setting 		Remote control
unit
  1. Display the PRESET MODE menu on the screen
    and select "VSM STD (0)".
  2. Select TINT and set its adjustment value to "30"
    with the (-) or (+) key.
  3. Set the other adjustment items to the values listed in
2. Remote control unit Image: Display the PRESET MODE menu on the sci and select "CINEMA". 2. CINEMA setting unit Adjustment setting value Adjustment setting value Adjustment value Adjustment value Setting value Image: Note Colour value Adjustment value Setting value TINT 30 TREBLE 07 COLOUR 25 BASS 10 BRIGHT 30 TREBLE 07 CONT 20 BALANCE 08 SHARP 20 HYPER 12 SUB-VSM setting and adjustment Image: value Set the other Adjustment value Image: value Adjustm
TIN
CO
BRI
CO
SH 		ent item
IT
IGUR
IGHT
NT
ARP 		Setting
3
3
3
4
3
4 		i value
0
0
0
5
0 		the table on the left in the same way.
Adjustment
item Setting
value Adjustment
item Setting
value TINT 30 Adjustment
item Setting
value Setting
value Image: Setting
value Image: Setting
value Image: Setting
value TINT 30 TREBLE 07 O Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Setting
value Image: Seting
value Image: Seting
value 		2.
CINEMA setting 		Remote control
unit
  1. Display the PRESET MODE menu on the screen
    and select "CINEMA".
  2. Select TINT and set its adjustment value to "30"
    with the (-) or (+) key.
3. Remote control unit Image: Sub-VSM setting and adjustment Image: Sub-VSM setting unit Image: Sub-VSM setting unit Image: Sub-VSM setting unit Image: Sub-VSM setting unit Image: Sub-VSM setting. Image: Sub-VSM setting. 3. Receive signal adjustment set se Adjustment
item
TINT
COLOUR
BRIGHT
CONT
SHARP 		Setting
value
30
25
30
20
20 		Adjus
ite
BAS
TRE
BALA
HYF 		tment
m
SS
EBLE
NNCE
PER 		Setting
value
10
07
08
12
  1. Set the other adjustment items to the values listed in
    the table on the left in the same way.
Receive signal Adjust-ment item PAL SECAM NTSC NTSC * + 00" with the (-) or (+) key. Adjust-ment item PAL SECAM NTSC 3.58 4.43 [Comp. V] - - 00 * 5 Set the SECAM, NTSC3.58, and NTSC4.43 in same way. Receive each colour system signal set it to the value listed in the table on the left. COLOUR 00 00 *1 00 *2 00 *3 SHARP 00 + 05 + 10 + 15 [Sep. V] - - 00 00 TINT - - 00 00 TINT - 00 00 + 15 [Sep. V] - - 00 00 TINT - - 00 00 + 15 3.
SUB-VSM setting
and adjustment 		Remote control
unit
  1. [SETTING]
  2. Receive the PAL split colour bar signal.
  3. Display the PRESET MODE menu on the screen
    and select "SUB-VSM".
  4. Select COLOUR and set its adjustment value to
TINT 00 00 set it to the value listed in the table on the left. COLOUR 00 00 *1 00 *2 00 *3 ★ For TINT, adjust for both the composite video in (EXT1 or EXT2) and separated video input. SHARP 00 +05 +10 +15 ★ If the EEP-ROM IC (IC704) is replaced, make s you carry out this setting. Receive
signal
Adjust-
ment
item
[Comp. V] 		PAL S ECAM NTSC
3.58 		NTSC
4.43
  • "+00" with the (-) or (+) key.
  • Select SHARP and set its adjustment value to
    "+00" with the (-) or (+) key.
  • Set the SECAM, NTSC3.58, and NTSC4.43 in the
    same way. Receive each colour system signal and
TINT
COLOUR
SHARP
[Sep. V]
00
00
00 *1
+ 05 		00
00 * 2
+ 10 		00
00 *3
+ 15
  • set it to the value listed in the table on the left.
  • ★ For TINT, adjust for both the composite video input (EXT1 or EXT2) and separated video input.
  • ★ If the EEP-ROM IC (IC704) is replaced, make sure proceedings of the setting.
COLOUR 00 (*1) (*2) (*3) SHARP 00 COLOUR and SHARP for separated video cannot be adjusted (they are simply displayed on the screen). The adjustment values of COLOUR for composite video are displayed at (*1), (*2), and (*3) in the table. ★ If the screen becomes abnormal or if a component associated with COLOUR is replaced, set the value screen). The adjustment values of COLOUR for composite video are displayed at (*1), (*2), and (*3) in the table. COLOUR and SH
adjusted (they are
adjustment values
displayed at (*1), (* 		00
00
IARP for
simply dis
of COLO 		(*1)
00
separate
splayed o
UR for c
3) in the 		( ·2 )
00
ed video
on the scr
omposite
table. 		cannot be
reen). The
video are 		you carry out this setting. ★ If the screen becomes abnormal or if a component associated with COLOUR is replaced, set the values listed in the table (SUB-VSM setting) and perform the "PAL/ SECAM/ NTSC SUB COLOUR adjustment".

3. VSM STD(0), CINEMA, SUB-VSM setting and adjustment method

Page 22
ltem Measuring
instrument 		Test point Adjustment part Description
NTSC
SUB COLOUR
adjustment > 		Signal
generator
Oscilloscope
[H-rate]
Remote control
unit 		TP-47B
[CRT
SOCKET] 		PAL SUB
COLOUR VR
(R315)
[MAIN]
  • [ADJUSTMENT]
  • Check the SUB CONTRAST is adjusted. (See page 2-16.)
  • Receive the PAL split colour bar signal.
  • Display the PRESET MODE menu on the screen and select "SUB-VSM".
  • Check the COLOUR level is "+00". If not, select COLOUR, and set it to +00 with the (-) or (+) key, and store it in memory with the OK key.
  • Adjust the PAL SUB COLOUR VR and set the screen colour density to the best value.
  • Receive the SECAM split colour bar signal.
  • Select COLOUR and set the screen colour density to the best value with the (-) or (+) key.
  • Press the OK key to store the adjustment value in memory.
  • Input the NTSC (3.58MHz) colour bar signal from the 21-pin external input connector(EXT1 or EXT2).
  • Change the input mode to the signal input connector (EXT1 or EXT2).
  • Select COLOUR and set the screen colour density to the best value with the (-) or (+) key.
  • Input the NTSC (4.43MHz) clolour bar signal, and adjust in the same way.
  • Press the OK key to store the adjustment value in memory.
< PAL > I
W Cy M 		I
g B −4V
  1. If measuring equipment is used ]
  2. Receive the PAL split colour bar signal.
  3. Display the PRESET MODE menu on the screen
    and select "SUB-VSM".
  4. Check the COLOUR level is "+00". If not, select
    COLOUR, set it to +00, and press the OK key to
    store it in memory.
  5. Connect the oscilloscope to the TP-47B.
< SECAM > W Cy M g B ↑ ov
  1. Adjust so that the difference between while and blue
    is a difference of -4V with the PAL SUB COLOUR
    VR.
  2. Receive the SECAM split colour bar signal.
  3. Select COLOUR and adjust so that there is no
    difference (0V) between white and blue with the (-)
    or (+) key.
W Cy M
  1. 8. Press the OK key to store the adjustment value in memory.
  2. 9. Input the NTSC (3.58MHz) colour bar signal from the 21-pin external input connector(EXT1 or EXT2).
  3. 10. Change the input mode to the signal input connector (EXT1 or EXT2).
  4. 11. Select COLOUR and adjust so that there is no difference (0V) between white and blue.
  5. 12. Input the NTSC (4.43MHz) colour bar signal, and adjust in the same way.
  6. 13. Press the OK key to store the adjustment value in memory.
Page 23

4. Deflection adjustment method

  • Before this adjustment is conducted, confirm that the "B1 VOLTAGE", "NOISE(RFAGC)", "FOCUS", "SCREEN", "CON TRAST" and "BRIGHT" have been adjusted correctly.
  • There are four adjustment modes according to the signals(Vertical frequency) and aspect size. The screens are displayed in the following order.
    • ① 50Hz 4:3 screen ② 50Hz 16:9 screen
    • ③ 60Hz 4:3 screen ④ 60Hz 16:9 screen
    • ★ 50Hz = PAL, SECAM 60Hz = NTSC (3.58 / 4.43), PAL
  • The basic mode is "① 50Hz 4:3 screen", and the others are auxiliary. So perform adjustment ① first, and perform other adjustments if any item is incorrect.
  • If the keys associated with the following operations are pushedbefore storing the adjustment value with the OK key, the value before adjustment returns. To prevent this, do not press these keys.
Adjustment procedure

  • ★ Power on/off, EXIT, ASPECT SIZE switching, Input selecting, Channel selecting
  • Display of adjustment values in adjustments Ø, ③, and ④ If the adjustment value is displayed in magenta, it is outside the adjustment range and overflows in the + or direction. Adjustment data becomes the maximum or minimum value in that mode. So the actual adjustment data and screen are not changed until the adjusted data is within the adjustment range.
Adjustment state Adjustment
value
display colour 		Adjustment
data 		Screen
change
Overflow Magenta Fixed
(maximum or
minimum) 		None
Within adjustment range Blue Variable Yes
Item Measuri
instrume 		ng Tes
ent 		t point Adju stment part Desc cription |
DEFLECTION Reference e adjustmer nt value 1
SYSTEM
adjustment 		Adjustmen Variable BASIC Refere 28
ence adj 		3"
justmen 		t value Refere 2:
nce adj 		5"
ustmen 		t value
titem Adjustment name range CHASSIS 50
4:3 		50
16:9 		60
4:3 		60
16:9 		50
4:3 		50
16:9 		60
4:3 		60
16:9
1.
V-LIN 		Vertical linea arity -16~
+15 		MX1
MX2 		+7
+6 		+7
+8 		+6
+6 		+6
+5 		+5
+6 		+7
+9 		+3
+5 		+4
+5
2.
V-SIZE 		Vertical high t -32~
+31 		MX1
MX2 		+8
+13 		-10
-6 		+8
+12 		-10
-7 		+5
+10 		-10
-10 		+5
+10 		-13
-13
3.
H-SIZE 		Horizontal w idth -32~
+31 		MX1
MX2 		-1
+3 		-1
+3 		-1
+3 		-1
+3 		-6
+ 5 		-6
+5 		-6
+ 5 		-6
+5
4.
EW-PIN 		Side pin correction -32~
+31 		MX1
MX2 		+ 5
-2 		-12
-16 		+6
-1 		-11
-16 		0
-5 		-14
-19 		+ 2
-3 		-15
-18
5.
TRAPEZ 		Trapezoidal
distortion
correction 		-32~
+31 		MX1
MX2 		-5
-4 		-5
-4 		-3
-2 		-3
-2 		-8
-8 		-8
-16 		-4
-7 		-3
-7
6.
V-S.CR 		Vertical high correction t 0~
31 		MX1
MX2 		20
19 		13
12 		21
20 		14
13 		21
20 		15
13 		23
21 		15
14
7.
V-EDGE 		Vertical high
peripheral
correction 		t 0~
15 		MX1
MX2 		15
15 		11
11 		15
15 		11
11 		15
15 		12
11 		15
15 		12
11
8.
EW-COR 		Side pin four
corner corre 		ction 0~
15 		MX1
MX2 		9
10 		5
6 		9
10 		5
5 		11
9 		6
2 		11
9 		5
2
9.
V-COMP 		Vertical high
voltage varia
control 		ition 0~
15 		MX1
MX2 		4
4 		4
4 		4
4 		4
4 		4
4 		4
4 		4
4 		4
4
10.
H-COMP 		Horizontal hi
voltage varia
control 		gh
.tion 		0~
15 		MX1
MX2 		0
0 		0
0 		0
0 		0
0 		0
0 		0
0 		0
0 		0
0
WW VVV . F įv-[ hoi rvat Normally
ence ad
are refer
alues lis 		r, perfor
justmen
ence va
sted in t
hange ' 		m fine
it value
alues, th
he abov
'9. V-C 		adjustr
s listed
ne set n
ve table
OMP" a 		nent us
above
nay not
.)
and "10 		ing the
. (Sinc
. be set
). H-CC 		e refer-
e they
to the
MP".
Page 24

Page 25

AV-25GS1E/AV-28GS1E PARTS LIST

CAUTION

  • The parts identified by the A symbol are important for the safety. Whenever replacing these parts, be sure to use specified ones to secure the safety.
  • The parts not indicated in this Parts List and those which are filled with lines in the Parts No. columns will not be supplied.
  • P. W. Board Ass'y will not be supplied, but those which are filled with the Parts No. in the Parts No. columns will be supplied.
  • As a rule, the resistors and capacitors which are indicated as shown in "HOW TO EXPRESS PARTS NUMBERS OF STANDARD PARTS" are not shown in the list of the parts on the board.

When ordering the service parts, confirm the resistance/rated power, capacitance/rated voltage, and type of the parts, then order by the part No. indicated according to "HOW TO EXPRESS PARTS NUMBERS OF STANDARD PARTS".

ABBREVIATIONS OF RESISTORS, CAPACITORS AND TOLERANCES

RESISTORS CAPACITORS
CR Carbon Resistor C CAP. Ceramic Capacitor
FR Fusible Resistor E CAP. Electrolytic Capacitor
PR Plate Resistor M CAP. Mylar Capacitor
VR Variable Resistor HV CAP. High Voltage Capacitor
HV R High Voltage Resistor MF CAP. Metalized Film Capacitor
MFR Metal Film Resistor ММ САР. Metalized Mylar Capacitor
MG R Metal Glazed Resistor MP CAP. Metalized Polystyrol Capacitor
MP R Metal Plate Resistor PP CAP. Polypropylene Capacitor
OM R Metal Oxide Film Resistor PS CAP. Polystyrol Capacitor
CMF R Coating Metal Film Resistor TF CAP. Thin Film Capacitor
UNF R Non-Flammable Resistor MPP CAP. Metalized Polypropylene Capacitor
CHVR Chip Variable Resistor TAN. CAP. Tantalum Capacitor
CH MG R Chip Metal Glazed Resistor СН С САР. Chip Ceramic Capacitor
COMP. R Composition Resistor BP E CAP. Bi-Polar Electrolytic Capacitor
LPTC R Linear Positive Temperature Coefficient
Resistor 		CH AL E CAP. Chip Aluminum Electrolytic Capacitor
CH AL BP CAP. Chip Aluminum Bi-Polar Capacitor
CH TAN. E CAP. Chip Tantalum Electrolytic Capacitor
CH AL BP E CAP. Chip Tantalum Bi-Polar Electrolytic Capacitor
TOLERANCES
F G J к М Ν R н z Ρ
+ 1% + 2% ± 5% ± 10% ±20% ±30% + 30%
- 10% 		+ 50% +80%
- 20% 		+ 100%
- 0%
Page 26

HOW TO EXPRESS PARTS NUMBERS OF STANDARD PARTS

Page 27

EXPLODED VIEW

Page 28

Page 29

EXPLODED VIEW PARTS LIST

🛆 Ref.No. Part No. Part Name Description Lo cal
  • ▲ 1
  • ▲ 2
  • ▲ 2
  • ▲ 3
  • 3
  • 4
  • 5
A59EAK252X11
A66EAK252X11
CELD019-002J2
CELD020-002J2
AEM2018-004-E
AEM2018-001-E
CM22602-D01-E
CM35642-B01-E 		PICTURE TUBE
PICTURE TUBE
DEGAUSSING COIL
DEGAUSSING COIL
RATING LABEL
RATING LABEL
CONTROL BASE
PB STOPPER 		V01 (AV-25GS1E)
V01 (AV-28GS1E)
(AV-25GS1E)
(AV-28GS1E)
(AV-25GS1E)
(AV-28GS1E)
(AV-28GS1E) 		* *
  • ▲
  • 6
  • 7
  • ▲
  • 8
  • 9
  • ▲
  • 10
  • 10
  • 11
  • 11
CE42295-00AJ1
CM12374-D01-E
QMP40C0-200K
CM46618-A01-E
CM12351-J01-E
CM12355-H01-E
CM35881-003-E
CM35881-002-E 		HVT(SERVICE)
AV TERMINAL BASE
POWER CORD
POWER CORD CLAMP
REAR COVER
REAR COVER
RATING LABEL
RATING LABEL 		(AV-25GS1E)
(AV-28GS1E)
(AV-25GS1E)
(AV-28GS1E) 		*
12
13
14
15
16
17
18
19 		GBSA4016N
CEBSP13P-01J2
CM12372-E01-E
CM12373-E01-E
CM11754-E01-E
CM22601-B01-E
CM12352-B01-E
CM35752-A01-E 		TAPPING SCREW
SPEAKER
3D BOX (T)
3D BOX (B)
SIDE FRAME
LF PB BASE
CHASSIS BASE
CRT SPACER 		× 7 书书书书书
20
21
22
23
24
25
26
27 		FF102-L6-KD
CM12388-A02-E
CM35685-002-E
CM47734-B01
CM47638-00A
CM22604-B01-E
CE42112-001
CM12376-B03 		SPEAKER
SIDE DOOR
CONTROL SHEET
SPRING
DOOR LATCH
SIDE BASE
PALJ CONNECTOR
CONTROL PANEL 		×2
(AV-25GS1E) 		*
*
27
29
30
31
32
33
35 		CM12377-B03
CM47136-00B
CHGB0010-AE-CE
CHGB0010-AD-CE
CHGB0011-0A-CE
CM12463-B01-E
CM12464-B01-E
CM47876-001 		CONTROL PANEL
DAMPER
BRAIDED ASSY
BRAIDED ASSY
BRAIDED ASSY
HORN
HORN PANEL
DOOR SHEET 		(AV-28GS1E)
(AV-25GS1E)
(AV-28GS1E)
× 2
× 2 		******
36
37
38
39
100
100
101
102 		CM47877-001
CM47846-001
GBSA4016N
CHGY0010-0A-YS
CM12349-H0A-E
CM12353-H0A-E
CM35643-A01
CM35641-B01 		CORD CLAMP
DOME ABSORBER
TAPPING SCREW
CONNECTOR ASSY
FRONT CABI ASSY
FRONT CABI ASSY
MAIN POWER KNOB
SUB POWER KNOB 		×4
×22
Inc No.101~105(AV-25GS1E
Inc.No.101~105(AV-28GS1E 		*
*
*
*
103
104
104
105 		CM35110-002
CM22605-E01-E
CM22606-A01-E
CM47783-A01-E 		SPRING
PUNCH SHEET
PUNCH SHEET
JVC MARK 		×2
×2 (AV-25GS1E)
×2 (AV-28GS1E) 		**

Page 30

PRINTED WIRING BOARD PARTS LIST

MAIN PW BOARD ASS'Y (SMX-1003A-U2) [AV-25GS1E]

∆ Sy nbol No. Part No. Part Name Descripti on Local
V
R1
R1
R1
R1
R1
R1 		A R I A B
012
207
216
305
309
315
504 		LE RESI
QVPA603-223AZ
QVPE611-103HZ
QVPE611-103HZ
QVPE611-303HZ
QVPE611-303HZ
QVPE611-102HZ
QVPE611-103HZ
QVPE611-501HZ 		S T O R
V R(NOISE)
V R(CONT.)
V R(BRIGHT)
V R(TINT)
V R(DL GAIN)
V R(PAL-C)
V R(H.CENTER) 		22k Ω B
10k Ω B
10k Ω B
30k Ω B
1k Ω B
10k Ω B
500 Ω B
R
R1
R1
R1
R1
R1
R1
R1 		E S I S T
445-46
448-49
457
469
470
471
511
515 		O R
QRG019J-561S
QRX019J-2R2S
QRG019J-332S
QRG039J-390A
QRG029J-561
QRG029J-471
QRG019J-331S
QRG029J-150 		OM R
MF R
OM R
OM R
OM R
OM R
OM R
OM R 		560 Ω
2.2 Ω
3.3k Ω
39 Ω
560 Ω
470 Ω
330 Ω
15 Ω 		1W
1W
1W
3W
2W
2W
1W
2W 		1
1
1
1
1
1
1
1
1 		***
R1
R1
R1
R1
R1
R1
R1
R1 		518
521
522
523
524
525
526
526
527 		QRG029J-101A
QRD123J-220SX
QRG029J-223
QRG019J-102S
QRF074K-3R3
QRG019J-121S
QRD129J-390S
QRG029J-101A 		OM R
C R
OM R
OM R
UNF R
OM R
C R
OM R 		100 Ω
22 Ω
22kΩ
1kΩ
3.3 Ω
120 Ω
39 Ω
100 Ω 		2W
1/2W
2W
1W
7W
1W
1/2W
2W 		]
]
]
]
]
]
]
]
] 		*
*
*
*
*
*
*
*
R1
R1
R1
R1
R1
R1 		546
561
562
709
713
736 		QRG029J-101A
QRV141F-6201AY
QRV141F-3901AY
QRB089J-472
QRB089J-472
QRB089J-472
QRB065J-682 		OM R
MF R
MF R
NETW.R
NETW.R
NETW.R 		100 Ω
6.2kΩ
3.9kΩ
4700 Ω
4700 Ω
6800 Ω 		2W
1/4W
1/4W
1/10W
1/10W
1/8W 		J
F
J
J
J 		*
*
*
C
C1
C1
C1
C1
C1
C1
C1
C1
C1
C1 		A P A C I
009
013
205
209
212
214
301
303 		T O R
QCZ0120-104MZ
QCZ0120-104MZ
QCZ0120-104MZ
QFV71HJ-104MZ
QFLC1HJ-103MZ
QEN61HM-105Z
QFLC1HJ-103MZ
QFV71HJ-273MZ 		C CAP.
C CAP.
C CAP.
TF CAP.
M CAP.
BP E CAP.
M CAP.
TF CAP. 		0.1 μ F
0.1 μ F
0.1 μ F
0.1 μ F
0.01 μ F
1 μ F
0.01 μ F
0.027 μ F 		25V
25V
25V
50V
50V
50V
50V
50V 		Z
Z
J
J
J
J
J
J
J 		**
**
**
**
**
**
C1
C1
C1
C1
C1
C1
C1
C1
C1 		304
306-08
312
313
320
322
323-24
325 		QFLC1HJ-103MZ
QFLC1HJ-103MZ
QFLC1HJ-103MZ
QCZ0120-104MZ
QFV71HJ-104MZ
QFV71HJ-104MZ
QFLC1HJ-103MZ
QFV71HJ-563MZ 		M CAP.
M CAP.
M CAP.
C CAP.
TF CAP.
TF CAP.
M CAP.
TF CAP. 		0.01 μ F
0.01 μ F
0.1 μ F
0.1 μ F
0.1 μ F
0.1 μ F
0.01 μ F
0.056 μ F 		50V
50V
50V
25V
50V
50V
50V
50V 		J
J
Z
J
J
J
J
J 		******
C1
C1
C1
C1
C1
C1
C1
C1
C1 		326-27
328
329
330
331
332
333
333
335 		QFLC1HJ-103MZ
QEN61HM-225Z
QFV71HJ-563MZ
QCT25CH-330Z
QCT25CH-220Z
QCT25CH-120Z
QCT25CH-120Z
QCT25CH-390Z
QFLC1HJ-103MZ 		M CAP.
BP E CAP.
TF CAP.
C CAP.
C CAP.
C CAP.
C CAP.
M CAP. 		0.01 μ F
2.2 μ F
0.056 μ F
33 p F
22 p F
12 p F
39 p F
0.01 μ F 		50V
50V
50V
50V
50V
50V
50V
50V 		J
M
J
J
J
J
J
J
J
J 		***************************************
C1
C1
C1
C1
C1
C1
C1
C1
C1 		441
443
444
445
448
450
461
462 		QFLC1HJ-103MZ
QEHB1VM-108M
QEHC1VM-107MZ
QFLC2AJ-563MZ
QEHC1HM-475MZ
QFLC2AJ-393MZ
QFLC1HJ-223MZ
QEM61HK-225MZ 		M CAP.
E CAP.
E CAP.
M CAP.
E CAP.
M CAP.
E CAP.
E CAP. 		0.01 μ F
1000 μ F
100 μ F
0.056 μ F
4.7 μ F
0.039 μ F
0.022 μ F
2.2 μ F 		50V
35V
35V
100V
50V
100V
50V
50V 		J
M
J
M
J
J
K 		****
NY/ \64 4631/0 [[1 [04/771H]-684MZ 0.68µF 50V J *
Page 31

www.rtv-horvat-dj.hr

Δ Symbol No. Part No. Part Name Description Local
C A P A C I
C1465
C1468-69
C1501
C1503
C1504
C1509
C1512
C1513 		T O R
QFLC1HJ-473MZ
QEM61HK-475MZ
QCZ0120-104MZ
QFV71HJ-104MZ
QFLC1HJ-472MZ
QFLC1HJ-123MZ
QFLC2AJ-123MZ
QFLC2AJ-123MZ 		M CAP.
E CAP.
C CAP.
TF CAP.
M CAP.
M CAP.
M CAP.
M CAP. 		0.047 μ F 50V J
4.7 μ F 50V K
0.1 μ F 25V Z
0.1 μ F 50V J
4700 p F 50V J
0.012 μ F 50V J
0.012 μ F 100V J
0.039 μ F 50V J 		*
C1514
C1522
C1523
C1524
C1525
C1526
C1526
C1527
C1528 		QEM61HK-106MZ
QFZ0117-1401S
QFZ0112-1382S
QFLC2AJ-104MZ
QFP32GJ-123M
QFZ0118-224S
QFZ0118-393S
QFZ0119-304S 		E CAP.
MPP CAP.
MPP CAP.
M CAP.
PP CAP.
MPP CAP.
MPP CAP.
MPP CAP. 		10 μ F 50V K
1400 μ F 2000V ± 2.5%
13800 μ F 2000V ± 3%
0.1 μ F 100V J
0.012 μ F 400V J
0.22 μ F 25V Z
0.33 μ F 25V Z 		*
*
*
C1533
C1542
C1563
C1568
C1593
C1594
C1702
C1705 		QFP32GJ-123M
QEHB1VM-108M
QFV71HJ-394MZ
QFLC1HJ-103MZ
QCT25CH-151Z
QFV71HJ-104MZ
QCZ0120-104MZ
QCT25CH-220Z 		PP CAP.
E CAP.
TF CAP.
M CAP.
C CAP.
TF CAP.
C CAP.
C CAP. 		0.012 μ F 400V J
1000 μ F 35V M
0.39 μ F 50V J
0.01 μ F 50V J
150 p F 50V J
0.1 μ F 50V J
0.1 μ F 25V Z
22 p F 50V J 		*
C1706
C1707
C1708
C1711
C1712
C1713
C1714
C1715 		QCT25CH-820Z
QEB61HM-104MZ
QFLC1HJ-333MZ
QFLC1HJ-563MZ
QFLC1HJ-103MZ
QCT25CH-100Z
QCT25CH-120Z
QCZ0120-104MZ 		C CAP.
E CAP.
M CAP.
M CAP.
M CAP.
C CAP.
C CAP.
C CAP. 		82 p F 50V J
0.1 μ F 50V M
0.033 μ F 50V J
0.056 μ F 50V J
0.01 μ F 50V J
10 p F 50V J
12 p F 50V J
0.1 μ F 25V Z 		****
C1717
C1720
C1722
C1761
C1763
C1765
C1766
C1854-56 		QFLC1HJ-103MZ
QFLC1HJ-103MZ
QCZ0120-104MZ
QCT25CH-270Z
QFLC1HJ-682MZ
QCZ0120-104MZ
QFV71HJ-474MZ
QFV71HJ-474MZ 		M CAP.
M CAP.
C CAP.
C CAP.
M CAP.
C CAP.
TF CAP.
TF CAP. 		0.01 μ F 50V J
0.01 μ F 50V J
0.1 μ F 25V Z
27 p F 50V J
6800 p F 50V J
0.1 μ F 25V Z
0.47 μ F 50V J
0.47 μ F 50V J 		*
T R A N S F
T1301
T1302-03
T1304
T1501
T1521
T1541 		O R M E R
CELT016-009J1
CELT025-015J1
CELT015-001J1
CE41970-001J1
CE40381-00A
CE42295-00AJ1 		DL.PHASE TRANSF.
DISCRI TRANSF.
IDENT TRANSF.
DRIVE TRANSF.
SIDE PIN TRANSF.
H V MODULE 		*
*
*
C O I L
L1001-04
L1201
L1301
L1521
L1522
L1523
L1524
L1541 		CELP026-8R2Z
CELP027-120Z
CELP026-8R2Z
CELC901-056J6
CELC009-003
CE41883-001J1
CELC051-821
CELC901-054J6 		PEAKING COIL
PEAKING COIL
PEAKING COIL
HEATER CHOKE
CHOKE COIL
LINEARITY COIL
CHOKE COIL
COIL 		8.2µН
12µН
8.2µН
820µН 		*
L 1542
L 1701
L 1702
L 1703
L 1761 		CELP002-272Z
CELP027-120Z
CELP026-470Z
CELP026-2R2Z
CELP026-4R7Z 		PEAKING COIL
PEAKING COIL
PEAKING COIL
PEAKING COIL
PEAKING COIL 		2700 μ Η
12 μ Η
47 μ Η
2.2 μ Η
4.7 μ Η 		*
*
*
D I O D E
D1001 		MA4330(M)-T2 ZENER DIODE *

AV-25GS1E

Page 32
🛆 Symbol No. Part No. Part Name Description Local
D I O D E
D1002
D1201-02
D1441
D1442
D1443
D1461
D1462
D1463-64 		MA700-T2
1SS133-T2
RD3.0ES(B2)-T2
1N4002ID-T3
MA4120(M)-T2
1N4002ID-T3
RD12E(B1)-T2
1SS133-T2 		SI.DIODE
SI.DIODE
ZENER DIODE
SI.DIODE
ZENER DIODE
SI.DIODE
ZENER DIODE
SI.DIODE
SI.DIODE 		*
*
*
*
D1465
D1501
D1502
D1503
D1521
D1522-23
D1524
D1525 		MA700-T2
MA4091(M)-T2
MA4120(M)-T2
BAV21-T2
BY228-20
BYW95B-20
BYW95B-20
BYD33G-T3
RD27F(B1)-T3 		SI.DIODE
ZENER DIODE
ZENER DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
ZENER DIODE 		*
*
*
*
D1541
D1542-45
D1546
D1547
D1548
D1550-51
D1552
D1553 		BYD33G-T3
BYW95B-20
BYD33D-T3
1SS133-T2
RD4.3E(B2)-T2
1SS133-T2
1N4003-T2
MA4068(N)C1-T2 		SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
ZENER DIODE
SI.DIODE
SI.DIODE
ZENER DIODE 		*
*
*
*
D1591
D1592
D1593
D1701-02
D1703-04
D1705-14
D1716
D1717 		RD3.6ES(B1)-T2
1SS133-T2
1SS252-T2
1SS146-T2
MA700-T2
1SS133-T2
1SS146-T2
1SS146-T2
1SS133-T2 		ZENER DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE 		*
*
*
*
D1734
D1737
D1741
D1751-53
D1761
O1762
D1763
D1851-53 		1SS133-T2
1SS133-T2
1SS133-T2
1SS133-T2
1SS146-T2
RD16ES(B3)-T2
1SS133-T2
1SS133-T2 		SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
ZENER DIODE
SI.DIODE
SI.DIODE
SI.DIODE 		*
*
*
*
D1854-56
D1857 		RD13JS(B)-T2
1SS133-T2 		ZENER DIODE
SI.DIODE 		*
T R A N S
Q1004
Q1201-03
Q1204
Q1205
Q1206
Q1301
Q1302-05
Q1306 		I S T O R
DTC144ES-T
2PC1815(YG)-T
2PA1015(YG)-T
DTC144ES-T
2PA1015(YG)-T
2SK301(P)-T
DTC144ES-T
2PC1815(YG)-T 		DIGI TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
DIGI TRANSISTOR
SI.TRANSISTOR
F.E.T.
DIGI TRANSISTOR
SI.TRANSISTOR 		*
*
*
*
*
Q1307-08
Q1401
Q1402-03
Q1461
Q1462
Q1463
Q1501
Q1502 		DTA144ES-T
DTC144ES-T
2PA1015(YG)-T
2PC1815(YG)-T
2SD1408(OY)
DTC144ES-T
2SC3669(OY)-T
DTC144ES-T 		DIGI.TRANSISTOR
DIGI TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
DIGI TRANSISTOR
SI.TRANSISTOR
DIGI TRANSISTOR 		*
Q1503-04
A Q1521
Q1541
Q1701 		2PA1015(YG)-T
BU508AFI
2SD1266(P)
DTC144ES-T 		SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
DIGI TRANSISTOR 		*
Page 33
🛆 Symbol No. Part No. Part Name Description Local
T R A N S
Q1702-03
Q1704
Q1761-62
Q1763-65
Q1851-52
Q1901
Q1902 		I S T O R
2PA1015(YG)-T
DTC144ES-T
2PC1815(YG)-T
DTC144ES-T
2PC1815(YG)-T
2PC1815(YG)-T
2SA966(OY)-T 		SI.TRANSISTOR
DIGI.TRANSISTOR
SI.TRANSISTOR
DIGI TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR 		*
*
*
I C
IC1201
IC1441
IC1461
IC1701
IC1702
IC1703
IC1704
IC1705 		TA8759BN
TDA3654
TA8859P
M37204M8-A48SP
MN1280-Q
TC4066BP
CAT35C104HP
UPD6326C 		I.C.(MONO-ANA)
I.C.(MONO-ANA)
I.C.
I.C.
I.C.(DIGI-MOS)
I.C.(DIGI-MOS)
I.C.(MEMORY-OTH)
I.C.(DIGI-MOS) 		*
*
*
*
IC1706
IC1707 		TA78M05P
ST24C01B1 		I.C.
I.C.(EP-ROM) 		34e
34e
OTHER
DL1301
☆ FR1466
☆ FR1541
☆ FR1542
☆ FR1543 		CM46611-001-E
CE42038-001J1
QRZ0054-820M
QRH017J-100M
QRH027J-1R8M
QRH027J-1R0M 		PIF PWB ASSY
VNR&RGB PWB ASSY
TRANSF.HOLDER
DELAY LINE
F R
F R
F R
F R
F R 		As follows (SMXOF
Refer to P2-32 (Si
82 Ω 1/4W
10 Ω 1W
1.8 Ω 2W
1 Ω 2W 		001A-U2)
MXON001A-U2)
*
J *
J *
J *
J *
J *
  • ▲ FR1544
  • ▲ FR1545
  • ▲ FR1547
  • ▲ FR1560
  • ▲ FR1743
  • K1501
  • K1521
  • K1801
QRH027J-1R0M
QRH017J-1R0M
QRZ0054-220M
QRZ0054-4R7M
QRZ0054-120M
CE41433-001Z
CE41169-002J2
CE41433-001Z 		F R
F R
F R
F R
BEADS CORE
BEADS CORE
BEADS CORE 		1 Ω 2W
1 Ω 1W
22 Ω 1/4W
4.7 Ω 1/4W
12 Ω 1/4W 		J *
J *
J *
J *
S1401
S1441
TU1001
X1301
X1302
X1501
X1701 		QSL6A13-C01
QSL6A13-C01
CEEK451-A03-U
CE40749-001J1
CE40668-001
CSB503F30-T2
CE41887-001J1 		LEVER SWITCH
LEVER SWITCH
TUNER
CRYSTAL
CRYSTAL
C RESONATOR
CRYSTAL 		SERVICE SW
V.CENTER SW 		*
*
*
PIF PW BOARD ASS'Y (SMX0F001A-U2) This P.W.Board Ass'Y is included in the above MAIN P.W.Board Ass'Y.
À Symbol No. Part No. Part Name Descriptio on
Local
VARIAE
R137 		BLE RESIS
QVPA603-102AZ 		TOR
VR(VLEVEL) 		1kΩ B
CAPACI TOR
C111 OCT25CH-820Z C CAP. 82 p F 50V J *
C112 OCT25CH-101Z C CAP. 100 p F 50V J *
C113-14 OCT25CH-181Z C CAP. 180 p F 50V J *
C117 OCT25CH-4R0Z C CAP. 4 p F 50V J *
C118 0CT25CH-5R07 C CAP. 5 p F 50V J *
C124 OFV71H.}-104M7 TE CAP. 0.1 u F 50V J *
C125 OFLC1HJ-123M7 M CAP. 0.012 u F 50V Ĵ *
C127 QFLC1HJ-473MZ M CAP. 0.047 µ F 50V J *

Page 34
Local n Descriptio Part Name Part No. 🛆 Symbol No.
*
*
* 		K
J
J 		35V
50V
50V
50V 		0.47 μ F
0.068 μ F
0.12 μ F
0.068 μ F 		TAN.CAP.
M CAP.
TF CAP.
TF CAP. 		T O R
QEE61VK-474BZ
QFLC1HK~683MZ
QFV71HJ-124MZ
QFV71HJ-683MZ 		C A P A C I
C129
C134
C705
C706
*
*
* 		1ST PIF TRANSF.
C.W.TRANSFORMER
TRAP COIL
FTZ TRAP TRANSF. 		FORMER
CE40117-308
CELT001-301J1
CE41597-401
CELT022-001J1 		T R A N S F
T101
T102
T104
T105
* 1.8µН
10µН
4.7µН 		PEAKING COIL
PEAKING COIL
PEAKING COIL 		CELP037-1R8
CELP026-100Z
CELP026-4R7Z 		COIL
L104
L105
L106
* ZENER DIODE
SI.DIODE 		MA4056(H)-T2
1SS133-T2 		D I O D E
D101
D701
*
*
*
* 		SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR 		S T O R
2SC4502-T
2PC1815(YG)-T
2PA1015(YG)-T
2PC1815(YG)-T
2SC1959(Y)-T
2PC1815(YG)-T 		T R A N S I
Q101-04
Q105
Q106
Q107
Q108
Q701
* I.C.(MONO-ANA)
I.C.(MONO-ANA) 		TDA3842
LA7210 		I C
IC101
IC701
* CERAMIC FILTER
SAW FILTER
CER.RESONATOR 		5
TPS5.5MW
CE41706-401
CSB500F9 		O T H E R S
CF101
SF101
X701

VNR & RGB SWITCH PW BOARD Ass'Y (SMX0N001A-U2) This P.W.Board Ass'Y is included in the above MAIN P.W.Board Ass'Y.

⚠ Symbol No. Part No. Part Name Descriptio on Local
C A P A C I
C102
C104
C205
C206
C209
C212 		T O R
QFLC1HJ-103MZ
QFLC1HJ-103MZ
QFLC1HJ-103MZ
QFV71HJ-104MZ
QFV71HJ-104MZ
QFV71HJ-104MZ
QFLC1HJ-103MZ 		M CAP.
M CAP.
M CAP.
TF CAP.
TF CAP.
M CAP. 		0.01 μ F
0.01 μ F
0.1 μ F
0.1 μ F
0.1 μ F
0.01 μ F 		50V
50V
50V
50V
50V
50V 		1
1
1
1 		*
*
*
COIL
L101 		CELP026-330Z PEAKING COIL 33 μ H *
D I O D E
D101
D102
D103
D104
D105
D106-07
D108
D109 		MA4062(M)-T2
1SS133-T2
MA4062(M)-T2
1SS133-T2
MA4062(M)-T2
1SS133-T2
RD18ES(B3)-T2
RD3.6ES(B1)-T2 		ZENER DIODE
SI.DIODE
ZENER DIODE
SI.DIODE
ZENER DIODE
SI.DIODE
ZENER DIODE
ZENER DIODE 		*
*
*
*
T R A N S I
Q101-04
Q105
Q106 		S T O R
DTC144ES-T
2PC1815(YG)-T
DTC144ES-T 		DIGI TRANSISTOR
SI.TRANSISTOR
DIGI TRANSISTOR 		*
*
w.rtv-he orvat -di .hr
Page 35
≙ Symbol No. Part No. Part Name DescriptionLocal
TRANSI STOR
Q107-10 2PA1015(YG) ~T SI. TRANSISTOR *
Q111 2PC1815(YG) -T SI. TRANSISTOR *
0113-15 2PC1815(YG) -T SI. TRANSISTOR *
0201-03 2PC1815(YG) -T SI. TRANSISTOR *
Q204 2PA1015(YG) -T SI. TRANSISTOR *
0205 2PC1815(YG) -T SI. TRANSISTOR *
Q206-07 DTC144ES-T DIG I TRANSISTOR *
Q208 2PC1815(YG) ) – T SI. TRANSISTOR *
IC
IC101 TC4053BP I.C .(DIGI-MOS) *
IC102 AN5860 I.C .(M) *
IC201 M51494L 1.0 .(MONO-ANA) *

A Symbol No. Part No. Part Name DescriptionLocal

MAIN PW BOARD ASS'Y (SMX-1004A-U2) [AV-28GS1E]

🛆 Symbol No. Part No. Part Name Descripti on Local
V A R I A B
R1012
R1207
R1216
R1305
R1309
R1315
R1504 		L E R E S I S
QVPA603-223AZ
QVPE611-103HZ
QVPE611-103HZ
QVPE611-303HZ
QVPE611-102HZ
QVPE611-103HZ
QVPE611-501HZ 		STOR
VR(NOISE)
VR(CONT.)
VR(BRIGHT)
VR(TINT)
VR(DLGAIN)
VR(PAL-C)
VR(H.CENTER) 		22k Ω B
10k Ω B
10k Ω B
30k Ω B
1k Ω B
10k Ω B
500 Ω B
R E S I S T
R1445-46
R1448-49
R1457
R1469
R1470
R1471
R1511
R1515 		O R
QRG019J-561S
QRX019J-2R2S
QRG019J-332S
QRG039J-390A
QRG029J-561
QRG029J-471
QRG019J-331S
ORG029J-150 		OM R
MF R
OM R
OM R
OM R
OM R
OM R
OM R 		560 Ω
2.2 Ω
3.3kΩ
39 Ω
560 Ω
470 Ω
330 Ω
15 Ω 		1W
1W
1W
2W
2W
1W
2W 		]
]
]
]
]
]
] 		*
R1518
R1521
R1522
R1523
R1523
R1525
R1525
R1526
R1527 		QRG029J-101A
QRD123J-220SX
QRG029J-223
QRG019J-102S
QRF074K-3R3
QRG019J-121S
QRD129J-390S
QRG029J-101A 		OM R
C R
OM R
OM R
UNF R
OM R
C R
OM R 		100 Ω
22 Ω
22kΩ
1kΩ
3.3 Ω
120 Ω
39 Ω
100 Ω 		2W
1/2W
2W
1W
7W
1W
1/2W
2W 		J
J
J
J
J
J
J
J 		*
R1546
R1561
R1562
R1709
R1713
R1736 		QRG029J-101A
QRV141F-6201AY
QRV141F-3901AY
QRB089J-472
QRB089J-472
QRB065J-682 		OM R
MF R
MF R
NETW.R
NETW.R
NETW.R 		100 Ω
6.2kΩ
3.9kΩ
4700 Ω
6800 Ω 		2W
1/4W
1/4W
1/10W
1/10W
1/8W 		J
F
J
J
J 		*
*
*
*
C A P A C I
C1009
C1013
C1205
C1209
C1212
C1214
C1301
C1303 		T O R
QCZ0120-104MZ
QCZ0120-104MZ
QCZ0120-104MZ
QFV71HJ-104MZ
QFUC1HJ-103MZ
QFN61HM-105Z
QFLC1HJ-103MZ
QFV71HJ-273MZ 		C CAP.
C CAP.
C CAP.
TF CAP.
M CAP.
BP E CAP.
M CAP.
TF CAP. 		0.1μF
0.1μF
0.1μF
0.1μF
0.01μF
1μF
0.01μF
0.01μF 		25V
25V
50V
50V
50V
50V
50V 		Z
Z
J
J
M
J
J
J 		*
*
*
*
C1304
C1306-08
C1312
C1313
C1320
C1322
C1323-24 		QFLC1HJ-103MZ
QFLC1HJ-103MZ
QFLC1HJ-103MZ
QC20120-104MZ
QFV71HJ-104MZ
QFV71HJ-104MZ
QFV71HJ-104MZ 		M CAP.
M CAP.
C CAP.
C CAP.
TF CAP.
TF CAP. 		0.01 µ F
0.01 µ F
0.1 µ F
0.1 µ F
0.1 µ F
0.1 µ F 		50V
50V
50V
25V
50V
50V
50V 		J
J
Z
J
J
J 		*
*
*
*
Page 36
C1712 OFLC1H.1-103M7 MCAP 0 01 n E 50V .i *
C1713 QCT25CH-100Z C CAP. 10 p F 50V J *
40 5 5 014
C1714 QC125CH-120Z C CAP. 12 p F 50V J -
C1715 QCZ0120-104MZ C CAP. 0.1µF 25V L *
C1717 QFLC1HJ-103MZ M CAP. 0.01µF 50V J *
C1720 QFLC1HJ-103MZ M CAP. 0.01µF 50V J *
C1722 QCZ0120-104MZ C CAP. 0.1µF 25V Z *
C1761 QCT25CH-270Z C CAP. 27 p F 50V J *
C1763 QFLC1HJ-682MZ M CAP. 6800 p F 50V J *
C1765 QCZ0120-104MZ C CAP. 0.1 µ F 25V Z *
C1766 OFV71HJ-474MZ TF CAP. 0.47 u F 50V J *
C1854-56 QFV71HJ-474MZ TF CAP. 0.47μF 50V J *
TRANSF ORMER
T1301 CELT016-009J1 DL.PHASE TRANSF. *
T1302-03 CELT025-015.11 DISCRI TRANSF. *
T1304 CEL T015-001.11 IDENT TRANSF. *
Δ T1501 CF41970-001.11 DRIVE TRANSE *
دب T1521 CE40381-00A SIDE PIN TRANSE
A. T1541 CE42295-00A.11 _ *
ᢣᡏ ᠵᡞ ᡍ ᢒᡪᡗᡶ -dhi
┉╻ᡁ┉┍╻╻╚ 끼 씬 예냐 -UII ᆸᄔᄔᅛ
Ð
2-3 34
Symbol No. Fait No. Fait Name Description Local
CAPACITOR
C1325 QFV71HJ-563MZ TF CAP. 0.056 µ F 50V J *
C1326-27 OFLC1HJ-103MZ M CAP. 0.01 u F 50V J *
C1328 0EN61HM-2257 BP E CAP 2 2 1 E 50V M *
1 *
U
7 *
C1330 QC125CH-330Z C CAP. 33 p r 50V J
C1331 QC125CH-2202 C CAP. 22 p F 50V J T
C1332 QCT25CH-120Z C CAP. 12 p F 50V J *
C1333 QCT25CH-390Z C CAP. 39 p F 50V J *
C1335 QFLC1HJ-103MZ M CAP. 0.01 µ F 50V J *
C1441 QFLC1HJ-103MZ M CAP. 0.01 μ F 50V J *
C1443 OEHB1VM-108M E CAP. 1000 µ F 35V M *
C1444 OFHC1VM-107M7 F CAP. 100 u F 35V M *
C1445 OFLC241-563M7 M CAP 0.056 J F 100V .1 *
M *
C1446 QERCIAM-475MZ Ε CAR. 4.7 μ 500 ויו
ז א
C1450 QFLC2AJ-393MZ M CAP. 0.039 µ F 100V
C1461 QFLC1HJ-223MZ M CAP. 0.022 μ F 50V J +
¥ *
∧ *
1 ±
C1463 QFV/1HJ-684MZ FF CAP. 0.68 μF 50V J
C1465 QFLC1HJ-473MZ M CAP. 0.047 µ F 50V J *
C1468-69 QEM61HK-475MZ E CAP. 4.7 u F 50V К *
C1501 0CZ0120-104MZ C CAP. 0.1 u F 25V Z *
C1503 0EV71HJ=104M7 TE CΔP 0.1 μF 50V .] *
1 *
C1504 QFLC1HJ-4/2MZ M CAP. 4700 p F 50V J
C1509 QFLC1HJ-123MZ M CAP. 0.012 µ F 50V J +
C1512 051 C2A 1-122M7 M CAD 0 012 11 E 100V ] *
ט
ז *
J
C1514 QEM61HK-106MZ E CAP. 10 µ F 50V
C1522 QFZ0117-1401S MPP CAP. 1400 µ F 2000V ±2.5%
C1523 QFZ0112-1382S MPP CAP. 13800 µ F 2000V ± 3%
C1524 OFLC2AJ-104MZ M CAP. 0.1 µ F 100V J *
C1525 0FP32GJ-123M PP CAP. 0.012 u F 400V J *
C1526 OFZ0118-224S MPP CAP. 0.22 µF 25V Z
C1527 QFZ0118-393S MPP CAP. 0.039 μF 25V Z
C1528 0FZ0119-304S MPP CAP. 0.3 µ F 25V Z *
C1533 0FP32GJ-123M PP CAP 0.012 n F 400V .] *
C1542 OF BLUM - 108M F CAP 1000 IF 35V M *
1 *
C1563 GrV/1H3-394MZ 1F CAP. 0.39 μ F 50V J *
C1568 QFLC1HJ-103MZ M CAP. 0.01 µ F 50V J *
C1593 QCT25CH-151Z C CAP. 150 p F 50V J *
C1594 QFV71HJ-104MZ TF CAP. 0.1 µ F 50V J *
UT/UZ QUZU1ZU-104MZ C CAP. 0.1 µ F 25V
C1705 QCT25CH-220Z C CAP. 22 p F 50V J *
C1706 QCT25CH-820Z C CAP. 82 p F 50V J *
C1707 OEB61HM-104MZ E CAP. 0.1 u F 50V M *
C1708 OFLC1HJ-333M7 M CAP 0 033 n F 50V J *
1 *
1 *
J ·
C1/13 QC125CH-100Z C CAP. 10 p F 50V J +
C1714 OCT25CH-1207 C CAP 12 n F 50V .] *
C1715 OC70120_104M7 C CAD 0 1 E 25V 7 *
د.
۲ ۴
U1/1/ QFLC1HJ-103MZ M CAP. 0.01μF 50V J *
C1/20 QFLC1HJ-103MZ M CAP. 0.01 µ F 50V J *
C1722 QCZ0120-104MZ C CAP. 0.1 µ F 25V Ζ *
C1761 OCT25CH-270Z C CAP. 27 p F 50V J *
C1763 OFLC1HJ-682M7 M CAP 6800 n F 50V J *
7 *
C1765 OCZ0120-104MZ C CAP. 0.1 u F 25V L.
C1765 QCZ0120-104MZ C CAP. 0.1µF 25V L
C1765 QCZ0120-104MZ C CAP. 0.1 μ F 25V C1766 QFV71HJ-474MZ TF CAP. 0.47 μ F 50V J *

Part Name

A Symbol No. Part No.

Page 37
🛆 Symbol No. Part No. Part Name Description Local
C O I L
L1001-04
L1201
L1301
L1521
L1522
L1523
L1524
L1541 		CELP026-8R2Z
CELP027-120Z
CELP026-8R2Z
CELC901-056J6
CELC009-003
CE41883-001J1
CELC051-821
CELC901-054J6 		PEAKING COIL
PEAKING COIL
PEAKING COIL
HEATER CHOKE
CHOKE COIL
LINEARITY COIL
CHOKE COIL 		8.2 µ Н
12 µ Н
8.2 µ Н
820 µ Н 		*
*
*
*
L 1542
L 1701
L 1702
L 1703
L 1761 		CELP002-272Z
CELP027-120Z
CELP026-470Z
CELP026-2R2Z
CELP026-4R7Z 		PEAKING COIL
PEAKING COIL
PEAKING COIL
PEAKING COIL
PEAKING COIL 		2700 μ Η
12 μ Η
47 μ Η
2.2 μ Η
4.7 μ Η 		*
*
*
D I O D E
D1001
D1002
D1201-02
D1441
D1442
D1443
D1461
D1462 		MA4330(M)-T2
MA700-T2
1SS133-T2
RD3.0ES(B2)-T2
1N4002ID-T3
MA4120(M)-T2
1N4002ID-T3
RD12E(B1)-T2 		ZENER DIODE
SI.DIODE
SI.DIODE
ZENER DIODE
SI.DIODE
ZENER DIODE
SI.DIODE
ZENER DIODE
ZENER DIODE 		*
*
*
D1463-64
D1465
D1501
D1502
D1503
D1521
D1522-23
D1524 		1SS133-T2
MA700-T2
MA4091(M)-T2
MA4120(M)-T2
BAV21-T2
BY228-20
BYW95B-20
BYD33G-T3 		SI.DIODE
SI.DIODE
ZENER DIODE
ZENER DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE 		*
*
*
*
*
D1525
D1541
D1542-45
D1546
D1547
D1548
D1550-51
D1552 		RD27F(B1)-T3
BYD33G-T3
BYW95B-20
BYD33D-T3
1SS133-T2
RD4.3E(B2)-T2
1SS133-T2
1N4003-T2 		ZENER DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
ZENER DIODE
SI.DIODE
SI.DIODE
SI.DIODE 		*
*
*
D1553
D1591
D1592
D1593
D1701-02
D1703-04
D1705-14
D1716 		MA4068(N)C1-T2
RD3.6ES(B1)-T2
1SS133-T2
1SS252-T2
1SS146-T2
MA700-T2
1SS133-T2
1SS146-T2 		ZENER DIODE
ZENER DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE 		*
*
*
*
D1717
D1734
D1737
D1741
D1751-53
D1761
D1762
D1763 		1SS133-T2
1SS133-T2
1SS133-T2
1SS133-T2
1SS133-T2
1SS1346-T2
RD16ES(B3)-T2
1SS133-T2 		SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
ZENER DIODE
SI.DIODE 		*
*
*
*
D1851-53
D1854-56
D1857 		1SS133-T2
RD13JS(B)-T2
1SS133-T2 		SI.DIODE
ZENER DIODE
SI.DIODE 		*
T R A N S
Q1004
Q1201-03
Q1204
Q1205
Q1206
Q1301 		I S T O R
DTC144ES-T
2PC1815(YG)-T
2PA1015(YG)-T
DTC144ES-T
2PA1015(YG)-T
2SK301(P)-T 		DIGI TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
DIGI TRANSISTOR
SI.TRANSISTOR
F.E.T. 		*
WW vw.riv-h 10rvat-d IJ.hr
Page 38
Symbol No. Part No. Part Name Description Local
T R A N S I
Q1302-05
Q1306
Q1307-08
Q1401
Q1402-03
Q1461
Q1462
Q1463 		S T O R
DTC144ES-T
2PC1815(YG)-T
DTA144ES-T
DTC144ES-T
2PA1015(YG)-T
2PC1815(YG)-T
2SD1408(OY)
DTC144ES-T 		DIGI TRANSISTOR
SI.TRANSISTOR
DIGI.TRANSISTOR
DIGI TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
DIGI TRANSISTOR 		*
*
*
*
Δ Q1501
Q1502
Q1503-04
Q1521
Q1541
Q1701
Q1702-03
Q1704 		2SC3669(0Y)-T
DTC144ES-T
2PA1015(YG)-T
BU508AFI
2SD1266(P)
DTC144ES-T
2PA1015(YG)-T
DTC144ES-T 		SI.TRANSISTOR
DIGI TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
DIGI TRANSISTOR
SI.TRANSISTOR
DIGI.TRANSISTOR 		*
*
*
*
Q1761-62
Q1763-65
Q1851-52
Q1901
Q1902 		2PC1815(YG)-T
DTC144ES-T
2PC1815(YG)-T
2PC1815(YG)-T
2SA966(OY)-T 		SI.TRANSISTOR
DIGI TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR 		*
*
*
I C
IC1201
IC1441
IC1461
IC1701
IC1702
IC1703
IC1704
IC1705 		TA8759BN
TDA3654
TA8859P
M37204M8-A48SP
MN1280-Q
TC4066BP
CAT35C104P
UPD6326C 		I.C.(MONO-ANA)
I.C.(MONO-ANA)
I.C.
I.C.
I.C.(DIGI-MOS)
I.C.(DIGI-MOS)
I.C.(MEMORY-OTH)
I.C.(DIGI-MOS) 		*
*
*
IC1706
IC1707 		TA78M05P
ST24C01B1 		I.C.
I.C.(EP-ROM) 		*
O T H E R S
DL 1301
FR1466
FR1541
FR1542
FR1543 		CM46611-001-E
CE42038-001J1
QRZ0054-820M
QRH017J-100M
QRH027J-1R8M
QRH027J-1R0M 		PIF PWB ASSY
VNR&RGB PWB ASSY
TRANSF.HOLDER
DELAY LINE
F R
F R
F R
F R
F R 		Refer to P2-31
Refer to P2-32
82 Ω 1/4W
10 Ω 1W
1.8 Ω 2W
1 Ω 2W 		(SMX0F001A-U2)
(SMX0N001A-U2)
*
J *
J *
J *
J *
J *
J *
FR1544
FR1545
FR1547
FR1560
FR1743
K1501
K1521
K1801 		QRH027J-1R0M
QRH017J-1R0M
QRZ0054-220M
QRZ0054-4R7M
QRZ0054-120M
CE41433-001Z
CE41169-002J2
CE41433-001Z 		F R
F R
F R
F R
BEADS CORE
BEADS CORE
BEADS CORE 		1 Ω 2W
1 Ω 1W
22 Ω 1/4W
4.7 Ω 1/4W
12 Ω 1/4W 		J *
J *
J *
J *
S1401
S1441
TU1001
X1301
X1302
X1501
X1701 		QSL6A13-C01
QSL6A13-C01
CEEK451-A03-U
CE40749-001J1
CE40668-001
CSB503F30-T2
CE41887-001J1 		LEVER SWITCH
LEVER SWITCH
TUNER
CRYSTAL
CRYSTAL
C RESONATOR
CRYSTAL 		SERVICE SW
V.CENTER SW 		*
*
*
Page 39

POWER PW BOARD ASS'Y (SMX-2001A-U2)

\land Symbol No. Part No. Part Name Description Local
VARIA BLE RESIS TOR
R2032 QVPA603-332AZ V R(B1 ADJ.) 3.3kΩ B
DECIC Ψ Λ Ρ
R2002 ORF104K-3R9 UNF R 3.9Ω 10W K K *
R2003 ORG039J-183 OM R 18kΩ 3W J j +
R2005 ORF104J-221 UNF R 220 Ω 10W J ) +
R2006 ORD123J-101SX CR 100 Ω 1/2W J ; *
R2007 QRM055K-R15 MP R 0.15 Ω 5W K (
R2009 QRX019J-2R2S MF R 2.2Ω 1W J J *
R2010 QRX029J-6R8 MFR 6.8 Ω 2W J | *
R2011 QRD123J-180SX CR 18 Ω 1/2W J ) *
R2016 ORV141F-5602AY MFR 56kΩ 1/4W F : +
R2017 ORV141F-1503AY MF R 150kΩ 1/4W F : *
R2031 QRD123J-124SX CR 120kΩ 1/2W J J *
R2041 QRG039J-153 OM R 15kΩ 3W 3 J *
R2042 QRG029J-102 OM R 1kΩ 2W 3 ) *
R2044-45 QRG039J-181 OM R 180 Ω 3W J j *
R2046 QRX039J-R56A MF R 0.55 Ω 3W . ) *
) *
R2047 QRG029J-102 OWK 1K 12 ZW 0 , ·
R2048 ORX039J-R56A MF R 0.56 Ω 3W 3 j *
R2049 QRD123J-331SX CR 330 Ω 1/2W J ) • •
▲ R2051 QRZ0057-825 CR 8.2MΩ 1W ] *
CAPAC ITOR
0F79036-104M MF CAP. 0.1 u FAC250V 4 *
A C2006 OF Z9036-473M MF CAP. 0.047 µ FAC250V 4 *
C2007-10 OCZ9034-472A C CAP. 4700 p FAC125V ) *
C2011 QEZ0167-227M E CAP. 220 µ F 385V M 1 *
C2013 QFZ0117-1501S MPP CAP. 1500 p F 2000V±2 .5%
C2015 QEHC1EM-477MZ E CAP. 470μF 25V Ν 4 *
C2017 QEM51VM-476M E CAP. 47μF 35V Ν 4 *
C2018-19 QFLC1HJ-393MZ M CAP. 0.039 µ F 50V ) *
C2020 OFV71HJ-394MZ TF CAP. 0.39 µ F 50V . J *
C2021 OFP31HG-102S PP CAP. 1000 p F 50V ( 3
C2026 QFLC1HJ-332MZ M CAP. 3300 p F 50V J *
C2031-32 QEH52CM-107M E CAP. 100 µ F 160V / 4 *
C2033 QCZ0128-332A C CAP. 3300 p F 500V K *
C2034 QCZ0122-122A C CAP. 1200 p F 2000V K •
C2035 QEHC1HM-475MZ E CAP. 4.7µF 50V I 4 1
C2037 QFLC1HJ~123MZ M CAP. 0.012με 500 . J
C2038 OEHB1EM-108M E CAP. 1000 μ F 25V I Mi *
C2040 QEHB1VM-338M E CAP. 3300 μ F 35V I M *
C2042 QEN61CM-106Z BP E CAP. 10 µ F 16V I M *
C2044 QCZ0128-332A C CAP. 3300 p F 500V K *
C2048 QEHB1EM-338M E CAP. 3300 µ.F 25V I M *
⚠ C2051 QCZ9036-472M C CAP. 4700 p FAC125V M *
∆ C2052 QCZ9036-472M C CAP. 4700 p FAC125V M T
V T
∆ C2053 QCZ9036-102M C CAP. 1000 p FAC125V κ +
∆ C2054 QCZ9036-102M C CAP. 1000 p FAC125V к *
▲ C2055 QCZ9036-102M C CAP. 1000 p FAC125V К *
TRANS FORMER
∆ T2001 CE42296-001J1 S W TRANSF. *
COIL CELCONE 17 CHOKE COTI 2 5 11 4 *
LELLUUD-2KDJ/
CELC001-10016 		HEVIE CAIF 2.5μn
10πH 		*
12031 CELCOUI-10000
CELCOU2-170.17 		CHOKE COTI 47 u H *
L2033 CELC026-100 CHOKE COIL 10 µ H *
·
DOCREO PDINCE DIODE
D32000 ST DIADE *
DID30M-13
DD3 05(D3)_T3 		7ENER DIODE
D2003 RYD33D-T3 ST.DIODE *
D2030 BY229-600 = SI.DIODE *
าเตโซง/ติหื–ต
VV V ╵╜╶╜╹╘╹╹ חחחוני
Page 40
Δ Symbol No. Part No. Part Name Description Loca1
D I O D E
D2032
D2033-35
D2036 		RD6.2ES(B2)-T2
BYV28-200-20
BYD33M-T3 		ZENER DIODE
SI.DIODE
SI.DIODE 		*
T R A N S
Q2001
Q2002
Q2031-32
Q2033 		I S T O R
SGSIF444
2PC1815(YG)-T
2PC1815(YG)-T
2SC2229(OY)-T 		SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR 		*
*
*
⚠ I C
IC2001
IC2002 		TEA2261
CNY17F-C1 		I.C.
I.C.(PH.COUPLER) 		*
O T H E R S
LF2001
TH2001 		5
CM46611-001-E
CE41890-001J2
CE41884-001J1 		TRANSF.HOLDER
LINE FILTER
W-P.THERMISTOR 		*
*

CRT SOCKET PW BOARD ASS'Y (SMX-3001A-U2)

Δ Symbol No. Part No. Part Name Description Local
VARIAB
R3107
R3108
R3109
R3113
R3114 		LE RESIST
QVPE805-102H
QVPE805-102H
QVPE805-102H
QVPE805-102H
QVPE805-301H
QVPE805-301H 		O R
V R(G CUT OFF)
V R(R CUT OFF)
V R(B CUT OFF)
V R(G DRIVE)
V R(R DRIVE) 		1k Ω B
1k Ω B
1k Ω B
300 Ω B
300 Ω B
_ RESIST
R3116-21 		O R
QRG029J-153A 		OM R 15kΩ 2W J ŧ
C A P A C I
C3106
C3113 		T O R
QCZ0118-104M
QFZ0097-223M 		C CAP.
MM CAP. 		0.1μF 25V
0.022μF 1250V 		Z
K 		*
C O I L
L3101-03
L3104-06 		CELP026-181Z
CELP026-390Z 		PEAKING COIL
PEAKING COIL 		180 µ Н
39 µ Н 		*
D I O D E
D3151 		1SS133-T2 SI.DIODE *
T R A N S I
Q3101-03
Q3104-06
Q3151
Q3152-53
Q3154 		S T O R
2PC1815(YG)-T
2SC4544-C1
DTC144ES-T
2SK301(P)-T
2PA1015(YG)-T 		SI.TRANSISTOR
SI.TRANSISTOR
DIGI TRANSISTOR
F.E.T.
SI.TRANSISTOR 		*
*
*
*
⚠ OTHERS CE41603-001J1 C R T SOCKET *
Page 41
Δ Symbol No. Part No. Part Name Description Local
C A P A C I
C6807-08
C6823-24
C6831-32
C6834
C6851
C6853-54
C6857 		T O R
QEN61CM-106Z
QEN61CM-106Z
QEN41HM-105
QFLC1HJ-473MZ
QEN61HM-474Z
QFV71HJ-104MZ
OFV71HJ-104MZ 		BP E CAP.
BP E CAP.
BP E CAP.
M CAP.
BP E CAP.
TF CAP.
TF CAP. 		10 μ F
10 μ F
1 μ F
0.047 μ F
0.47 μ F
0.1 μ F
0.1 μ F 		16V
16V
50V
50V
50V
50V
50V 		M
M
J
M
J
J 		*
*
*
*
C6859
C6860 		QFLC1HJ-102MZ
QEZ0158-474M
QFV71HJ-104MZ 		M CAP.
BP E CAP.
TF CAP. 		1000 р F
0.47 µ F
0.1 µ F 		50V
50V
50V 		J
M
J 		*
*
D I O D E
D6801-02 		155133-72 SI.DIODE *
T R A N S I
Q6801
Q6851
Q6852
Q6853 		S T O R
2PA1015(YG)-T
DTC323TS-T
DTC124ES-T
DTC144ES-T 		SI.TRANSISTOR
DIGI.TRANSISTOR
DIGI.TRANSISTOR
DIGI TRANSISTOR 		*
*
*
I C
IC6801
IC6802
IC6803
IC6804 		BA15218N
UPC1406HA
BA15218N
TDA7263 		I.C.(M)
I.C.(MONO-ANA)
I.C.(M)
I.C. 		*
*
 OTHERS
R6815
R6838 		;
QRZ0054-470M
QRZ0054-470M 		FR
FR 		47 Ω
47 Ω 		1/4W
1/4W 		J
J 		*

HYPER BASS PW BOARD ASS'Y (SMX-6001A-U2)

TELETEXT AUX PW BOARD ASS'Y (SMX-7001A-U2)

Symbol No. Part No. Part Name Description Local
D I O D E
D7001-03 		1SS133-T2 SI.DIODE *

LINE FILTER PW BOARD ASS'Y (SMX-9001A-U2)

 Symbol No. Part No. Part Name Description Local
 C A P
C9902 		ACI T O R
QFZ9035-474M 		MM CAP. 0.47 μ FAC250V M *
отн ERS
A44594-002 FUSE CLIP
 F9901 OMF51D2-3R15J1 FUSE T3.15AH *
 LF9901 ČE42209-00AJ1 LINE FILTER *
 S9901 QSP2J21-C02 PUSH SWITCH POWER
Page 42

FRONT CONTROL PW BOARD ASS'Y (SMX-8001A-U2)

Δ Symbol No. Part No. Part Name Description Loca1
C A P A C I
C8002 		T O R
QCZ0118-104M 		C CAP. 0.1µF 25V Z ×
D I O D E
D8001
D8002
D8003
D8004
D8005 		GL3ED8
SLR-342DU3F
SLR-342MG3F
SLR-342YY3F
1SS133-T2 		L.E.D.2(G+R)
L.E.D.(ORG)
L.E.D.(GRN)
L.E.D.(YLW)
SI.DIODE 		POWER
TIMER
STEREO/BILINGUAL
S-INPUT SELECT 		*
*
*
T R A N S I
Q8001
Q8002-03
Q8004-09 		S T O R
DTC144ES-T
DTA144ES-T
DTC144ES-T 		DIGI TRANSISTOR
DIGI.TRANSISTOR
DIGI TRANSISTOR 		*
*
I C
IC8001 		GP1U781Q IFR DETECT UNIT
ОТНЕ Я S
S8001 		QSP4H11-C03 PUSH SWITCH POWER *

SIDE CONTROL PW BOARD ASS'Y (SMX-8051A-U2)

🛆 Symbol No. Part No. Part Name Description Local
COIL
L8051 CELP017-270Y PEAKING COIL 27 µ H *
L8052 CE41832-001 LEAD CORE - *
L8053 CELP017-270Y PEAKING COIL 27 µ H *
L8054-55 CELP017-5R6Y PEAKING COIL 5.6µH *
L8056 CE41832-001 LEAD CORE · *
DIODE
D8051-56 1SS133-T2 SI.DIODE *
OTHERS 3
J8051 0MD2B04-001 MINI CONNECTOR *
J8052 CEMN011-001 JACK
J8053 CEMN011-002 JACK
J8054 CEMN011-003 JACK
J8055 AX49607-004 HEADPHONE JACK
S8051 CESP001-001 PUSH SWITCH EXT/S-IN
S8052 CESP001-001 PUSH SWITCH PR DOWN/UP
$8053 CESP001-001 PUSH SWITCH VOL ±

AUDIO PW BOARD ASS'Y (SMX0A001A-U2)

⚠ Symbol No. Part No. Part Name Description ו
L .ocal
VARIAB
R137
R145 		L E R E S I S T
QVPE611-502HZ
QVPE611-502HZ 		O R
V R(PHASE)
V R(SEPARATION) 		5kΩ B
5kΩ B
RESIST
R911 		O R
QRG019J-820S 		OM R 82 Ω 1W J *
CAPACI TOR _
C137 QFLC1HJ-822MZ M CAP. 8200 p F 50V J *
C138 QFLC1HJ-104MZ M CAP. 0.1µF 50V J *
C157-58 OFLC1HJ-104MZ M CAP. 0.1 µ F 50V J *
C307 OFV71HJ-474MZ TF CAP. 0.47 u F 50V J *
C604 OFV71HJ-823MZ TF CAP. 0.082 µ F 50V J *
C607 OFLC1HJ-333MZ M CAP. 0.033 µ F 50V J *
C608-09 OFLC1HJ-182MZ M CAP. 1800 p F 50V J *
C610 QFV71HJ-104MZ IF CAP 504 8 the *
गण्डाए ٢ ╴╽╷╷╷
Page 43
⚠ Symbol No. Part No. Part Name Descriptio on Local
C A P A C I
C612-13
C653-54
C655
C656-61
C662-64
C709-10
C755-56
C912 		T O R
QEN61HM-225Z
QFLC1HJ-272MZ
QEN61HM-225Z
QFV71HJ-104MZ
QEN61HM-225Z
QFLC1HJ-473MZ
QFV71HJ-124MZ
QFLC1HJ-103MZ 		BP E CAP.
M CAP.
BP E CAP.
TF CAP.
BP E CAP.
M CAP.
TF CAP.
M CAP. 		2.2 μ F
2700 p F
2.2 μ F
0.1 μ F
2.2 μ F
0.047 μ F
0.12 μ F
0.01 μ F 		50V
50V
50V
50V
50V
50V
50V
50V 		M
J
M
J
J
J
J 		*
*
*
*
TRANSF
T100 		O R M E R
CELT039-303J1 		CW TRANSF. *
C O I L
L102
L951-52
L953
L954-55 		CELP026-1R2Z
CELC026-100
CE41832-001
CELC026-100 		PEAKING COIL
CHOKE COIL
LEAD CORE
CHOKE COIL 		1.2 µ Н
10 µ Н
10 µ Н 		*
*
*
D I O D E
D301-02
D651
D701
D702-05
D731-34
D751-52 		1SS133-T2
RD9.1ES(B2)-T2
RD6.2ES(B2)-T2
1SS133-T2
1SS133-T2
RD33ES(B1)-T2 		SI.DIODE
ZENER DIODE
ZENER DIODE
SI.DIODE
SI.DIODE
ZENER DIODE 		*
T R A N S I
Q102
Q105
Q301
Q302-03
Q601
Q602
Q603
Q731 		S T O R
2SC1906-T
2PA1015(YG)-T
DTC323TS-T
2PC1815(YG)-T
2PA1015(YG)-T
2PC1815(YG)-T
2PC1815(YG)-T
2PC1815(YG)-T 		SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
DIGI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR 		*
Q732-33 2PC1815(YG)-T SI.TRANSISTOR *
I C
IC101-02
IC301
IC601
IC602
IC701-02
IC703
IC911 		TDA9800
TDA8415
UPC1891ACY
TDA7314V
BA15218N
TA8200AH
L7805ABV 		I.C.
I.C.
I.C.(MONO-ANA)
I.C.(DIGI-OTHER)
I.C.(M)
I.C.(MONO-ANA)
I.C.(MONO-ANA) 		*
*
*
*
▲
企
企 		O T H E R S
CF101-02
CF107-08
CP901
FR615
FR653
FR719
J901
S901
SF101 		A75088-C
SFE5.74MC2
ICP-N15-Y
QRZ0054-470M
QRZ0054-470M
QRZ0054-470M
CEMT012-001
QSS4C22-C04
CE41911-201J1 		CERAMIC FILTER
CERAMIC TRAP
I.C.PROTECT
F R
F R
F R
PUSH TERMINAL
SLIDE SWITCH
SAW FILTER 		47 Ω
47 Ω
47 Ω
SPEAKER S 		1/4W
1/4W
1/4W
ELECT 		J
J
J 		*
*
*
*
*
Page 44

AV SELECTOR PW BOARD ASS'Y (SMX0S001A(U))

∆ Symbol No. Part No. Part Name Description Local
VARIAI BLE RESI STOR
R507 OVPE611-101HZ V R(LEVEL) 100 Ω B
R773 QVPC611-203HZ V R(VP WIDTH) 20kΩ B
RESIST
D112 		OPC0101-1015 OM P 100 0 11 1
QR0019J-1015
R114
D152 		QRU1230-2715X 270 St 172W J
R103 QRU123J-2215A 220 S2 1/2W J
RZU4 QRG019J-1015
R205
R257 		ORD1233~2713X CR 270 St 172W 3
QUDIEOU EEIGA
CAPACI TOR
C103 QEN61CM~107Z BP E CAP. 100 µ F 16V M
C109 QEKC1CM-476MZ E CAP. 47 µ F 16V M
C122 NCF21EZ-104AY CHIP C CAP. 0.1µF 25V Z
C125 QFLC1HJ-103MZ M CAP. 0.01µF 50V J
C152 NCF21EZ-104AY CHIP C CAP. 0.1µF 25V Z
C159-62 NCB21HK-472AY CHIP CAP. 4700 p F 50V K
C171-73 NCT03CH-102AY CHIP CAP. 1000 р F 1600V – Н
C204 QFLC1HJ-103MZ M CAP. 0.01µF 50V J
C255-58 NCB21HK-4724Y CHIP CAP 4700 p F 50V K
C302 OFI C1H.1-103M7 M CAP 0.01 u F 50V J
C403 OFI C1H.1-103MZ M CAP 0.01 u F 50V J
C407 NCF21F7-104AY CHIP C CAP 0 1 µ F 25V 7
C409 OFN51AM-227 BP F CAP 220 u F 10V M
C400 NCTOSCH-120AY CHTP CAP 12 n F 1600V H
C502 NCF21F7-1044Y CHIP C CAP 0 1 µ F 25V 7
C509 OEN61CM-336Z BP E CAP. 33 µ F 16V M
-
C510 QFLC1HJ-103MZ M CAP. 0.01µF 50V J
C511 QEN61CM-336Z BP E CAP. 33μF 16V M
C513 NCT03CH-330AY CHIP CAP. 33 p F 1600V H
C515 NCF21EZ-104AY CHIP C CAP. 0.1µF 25V Z
C521-22 QFLC1HJ-103MZ M CAP. 0.01µF 50V J
C524 NCF21EZ-104AY CHIP C CAP. 0.1µF 25V Z
C525 QFLC1HJ-103MZ M CAP. 0.01µF 50V J
C527 QFLC1HJ-103MZ M CAP. 0.01µF 50V J
C601 OFLC1HJ-103MZ M CAP. 0.01 u F 50V J
C602 NCT03CH-270AY CHIP CAP. 27 p F 1600V H
C603 NCT03CH-180AY CHIP CAP. 18 p F 1600V H
C605 OFLC1HJ-103MZ M CAP. 0,01µF 50V J
C606 NCT03CH-560AY CHIP CAP. 56 p F 1600V H
C607 NCT03CH-330AY CHIP CAP. 33 p F 1600V H
C608 QCT25CH-5R0Z C CAP. 5 p F 50V J
C609 NCT03CH-270AY CHIP CAP. 27 p F 1600V H
C610 0072112-2004 20 m E
C010
C615 		VAISII2"200A 1810.0AP.
CHID C CAD 		20pr
01.552577
C703 CHIP C CAP. 0,1µF 20V 2
0,1µF 25V 7
C705 CHIP C CAP. 0.1 n F 25V Z
C707 NCF21F7-104AT CHIP C CAP. 0.1 n F 25V Z
C708 OFI (1H.1-153M7 M CAP 0.015 1 F 50V 1
0711 ΓΗΤΡ Γ ΓΔΡ 0 1 1 F 25V 7
C713-14 NCF21EZ-104AY CHIP C CAP. 0.1µF 25V Z
C716 QFV71HJ-474MZ TF CAP. 0.47μF 50V J
C718 QETCOJM-227Z E CAP. 220 µ F 6.3V M
C719 QFLC1HJ-103MZ M CAP. 0.01µF 50V J
C752 NCF21EZ-104AY CHIP C CAP. 0.1μF 25V Z
C753 QCT25CH-470Z C CAP. 47 p F 50V J
C756 NCT03CH-102AY CHIP CAP. 1000 p F 1600V H
C758 NCT03CH-100AY CHIP CAP. 10 p F 1600V H
U/59 QFP31HJ-153SZ PP LAP. 0.015µF 50V J
C760-61 QFLC1HJ-103MZ M CAP. 0.01µF 50V J
C762 QCT25CH-6R0Z C CAP. 6 p F 50V J
C765 NCF21EZ-104AY CHIP C CAP. 0.1µF 25V Z
C767 NCF21EZ-104AY CHIP C⊿CAP. ⊓ 0.1 µ F 1 25₩ ⊡ Z
∖∧√₹\∕₽₽ ₽₽₽₽₽₽₽₽₽₽₽₽₽₽₽₽₽₽₽₽₽₽₽₽₽₽₽₽₽₽₽₽₽₽
Page 45
🖄 Symbol No. Part No. Part Name Description Local
TRANSF
T601 		O R M E R
CELT015-007 		BELL TRANSF.
C O I L
L151
L152-55
L251
L252-55
L501-02
L602-03
L701-04
L751 		CE41832-001
CELP017-5R6Y
CE41832-001
CELP017-5R6Y
CELP026-101Z
CELP026-101Z
CELP026-101Z
CELP026-101Z 		LEAD CORE
PEAKING COIL
LEAD CORE
PEAKING COIL
PEAKING COIL
PEAKING COIL
PEAKING COIL
PEAKING COIL 		5.6 µ Н
5.6 µ Н
100 µ Н
33 µ Н
100 µ Н
100 µ Н
L752
L753 		CELP027-220Z
CELP027-100Z 		PEAKING COIL
PEAKING COIL 		22 µ Н
10 µ Н
D I O D E
D001-02
D101-02
D121-24
D151-54
D171-72
D173
D201-02
D251-54 		1SS133-T2
MTZJ13(B)-T2
MTZJ13(B)-T2
MTZJ13(B)-T2
MTZJ13(B)-T2
1SS133-T2
MTZJ13(B)-T2
MTZJ13(B)-T2 		SI.DIODE
ZENER DIODE
ZENER DIODE
ZENER DIODE
ZENER DIODE
SI.DIODE
ZENER DIODE
ZENER DIODE
D255-56
D301-02
D353-54
D401-03
D405-06
D701 		1SS133-T2
MTZJ13(B)-T2
MTZJ13(B)-T2
1SS133-T2
MTZJ13(B)-T2
1SS133-T2 		SI.DIODE
ZENER DIODE
ZENER DIODE
SI.DIODE
ZENER DIODE
SI.DIODE
T R A N S I
Q001-02
Q006
Q101-02
Q103
Q104
Q121
Q122
Q123-24 		S T O R
DTC144EK-W
ZSA1162(YG)-W
2SC2712(YG)-W
2SC1815(YG)-T
2SC2712(YG)-W
2SA1162(YG)-W
2SC2712(YG)-W 		DIGI TRANSISTOR
DIGI TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
Q125
Q151-52
Q201
Q202
Q251-54
Q255
Q401
Q402 		2SA1162(YG)-W
2SC2712(YG)-W
2SA1162(YG)-W
2SC1815(YG)-T
2SC2712(YG)-W
2SA1162(YG)-W
DTC144EK-W
2SC2712(YG)-W 		SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
DIGI TRANSISTOR
SI.TRANSISTOR
Q403
Q501-04
Q505
Q506-07
Q601-03
Q604
Q605-06
Q607 		2SA1162(YG)-W
2SC2712(YG)-W
2SA1162(YG)-W
2SC2712(YG)-W
2SC2712(YG)-W
2SA1162(YG)-W
2SC2712(YG)-W
2SC2712(YG)-W
DTC144EK-W 		SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
DIGI TRANSISTOR
Q701-02
Q751-53
Q754-55 		2SA1162(YG)-W
2SC2712(YG)-W
DTC144EK-W 		SI.TRANSISTOR
SI.TRANSISTOR
DIGI.TRANSISTOR
I C
IC171
IC201
IC401
IC402
IC501-02
IC601
IC701
IC702 		NJM2901N
TC4066BF-W
MC13547SP
AN78L09-Y
LA7016
LA7016
MC141625AFU
AN7805-20-0 		I.C.
I.C.(DIGI-MOS)
I.C.(MONO-ANA)
I.C.
I.C.
I.C.
I.C.
I.C.
I.C. 		]].[]].[]].[]].[]].[]].[]].[]].[]].[]].
Page 46
⚠ Symbol No. Part No. Part Name Descript ion Local
I C
IC752 		TC4538BP I.C.(DIGI-MOS)
OTHERS
DL501-02 CE42330-001
DL503 CE42382-001
DL601 CE42350-001 DELAY LINE
⚠ FR414 QRZ0054-100M FR 10 Ω 1/4W J
Δ FR711 QRZ0054-120M FR 12 Ω 1/4W J
J001-02 CEMJ001-001 21 PIN SOCKET

TELETEXT MODULE PW BOARD ASS'Y (SMX-T101A-MJ2)

🛆 Symbol No. Part No. Part Name Description Local
OTHERS 5
SMX-T101A-MJ2 TELETEXT MODULE *

REMOTE CONTROL UNIT (RM-C870-E)

REMOTE CONTROL UNIT PARTS LIST

🛆 Ref.No. Part No. Part Name Description Local
1 103RRC-028-01UR FRONT COVER *
2 103RRC-027-01UR BATTERY COVER *
3 421RRC-036-01UR RUBBER SHEET *
4 703RRC-020-01UR BASE COVER *
WWW. w.rtv-h iorvait-dij. hr
Page 47

PACKING

PACKING PARTS LIST

Local Description Part Name Part No. 🛆 Ref.No.
* RC HAND PIECE RM-C870-E 1
* (AV-25GS1E) CUSHION ASSY CP11228-B0A-E 2
* (AV-28GS1E) CUSHION ASSY CP11229-A0A-E 2
* (AV-25GS1E) PACKING CASE AEM1002-017-E 3
* (AV-28GS1E) PACKING CASE AEM1002-018-E 3
* (AV-25GS1E) EURO LABEL AEM1005-073-E 4
* (AV-28GS1E) EURO LABEL AEM1005-077-E 4
* (AV-25GS1E) SET COVER AEM1004-003-E 5
* (AV-28GS1E) SET COVER AEM1004-004-E 5
* CUSHION SHEET CP40193-009-E 6
* CUSHION SHEET CP40193-010-E 7
* INST.BOOK 258SGS1EEGIBAE 8
* DOCU BAG AEM3021-001-E 9
* ADDRESS CARD BT-20066A-E 10
Page 48

AV-25S1E/AV-28S1E PARTS LIST

EXPLODED VIEW PARTS LIST

Δ Ref.No. Part No. Part Name Description Lo cal
⚠ 1 A59ECF10X05 PICTURE TUBE V01 (AV-25S1E) *
⚠ 1 A66ECF30X05 PICTURE TUBE V01 (AV-28S1E) *
Δ 2 CELD019-002J2 DEGAUSSING COIL (AV-25S1E) *
Δ 2 CELD020-002J2 DEGAUSSING COIL (AV-28S1E) *
3 AEM2018-003-E RATING LABEL (AV-25SIE) *
3 AEM2018-002-E RATING LABEL (AV-28S1E) *
4 CM22602-D01-F CONTROL BASE ( *
5 CM35642-B01-E PB STOPPER *
⚠ 6 CE42295-00AJ1 HVT(SERVICE) *
7 CM12374-D01-E AV TERMINAL BASE *
Δ 8 OMP40C0-200K POWER CORD
9 CM46618-A01-E POWER CORD CLAMP *
10 CM12351-B02-E REAR COVER (AV-25S1E) *
10 CM12355-A02-E REAR COVER (AV-28S1E) *
11 CM35881-005-E RATING LABEL (AV-25S1E) *
11 CM35881-004-E RATING LABEL (AV-28S1E) *
12 GBSA4016N TAPPING SCREW × 7 *
16 CM11754-F01-F SIDE FRAME *
17 CM22601-B01-E LE PR BASE *
18 CM12352-B01-E CHASSIS BASE *
10 CM35752-A01-E CRT SPACER *
20 SDEAKED × 2
20 CM12200-A02-E STDE DOOD ~ 2 *
21 CM25695 002 E *
22 CM35085-002-E CUNTRUL SHEET Ŧ
23 CM47734-B01 SPRING
24 CM47638-00A DOOR LATCH
25 CM22604-B01-E SIDE BASE *
26 CE42112-001 PALJ CONNECTOR
27 CM12475-003 CONTROL PANEL (AV-25S1E)
27 CM12476-003 CONTROL PANEL (AV-28S1E)
29 CM47136-00B DAMPER ( =====)
30 CHGB0010-AE-CE BRAIDED ASSY (AV-25S1E) *
30 CHGB0010-AD-CE BRAIDED ASSY (AV-28S1F) *
31 CHGB0011-0A-CE BRAIDED ASSY () *
32 CM12463-B01-F HORN × 2 *
22 CM12464-B01-E HORN PANEL ×2 *
35 CM47876-001 DOOR SHEET
36 CM47977-001
30 CM47846 001 × 1
37 X 4
X 22
38 GBSA4016N TAPPING SCREW X 22
39 CHGY0010-0A-YS CONNECTOR ASSY *
100 CM12349-B0B-E FRONT CABI ASSY Inc.No.101~105(AV-25S1E) *
100 CM12353-A0B-F FRONT CABL ASSY Inc.No.101~105(AV-28S1F) *
101 CM35812-A01 MAIN POWER KNOB *
102 CM35813-A01 SUB POWER KNOB *
103 CM35110-002 SPRING × 2 *
104 CM22605-F01-F PUNCH SHEET x 2 (AV-25S1F) *
104 CM22606=A01 *
104 CM22000-AU1 FUNCE SHEET AL (AV-2031E) ·
105 CM47783-A01-E JVC MARK *

Page 49

EXPLODED VIEW

Page 50

Page 51

PRINTED WIRING BOARD PARTS LIST MAIN PW BOARD ASS'Y (SMX-1007A-U2) [AV-25S1E]

🛆 Symbol No. Part No. Part Name Description Local
V A R I A B
R1012
R1207
R1216
R1305
R1309
R1315
R1504 		L E R E S I S
QVPA603-223AZ
QVPE611-103HZ
QVPE611-103HZ
QVPE611-303HZ
QVPE611-303HZ
QVPE611-102HZ
QVPE611-103HZ
QVPE611-501HZ 		T O R
V R(NOISE)
V R(CONT.)
V R(BRIGHT)
V R(TINT)
V R(DL GAIN)
V R(PAL-C)
V R(H.CENTER 		22k Ω B
10k Ω B
10k Ω B
30k Ω B
1k Ω B
10k Ω B
10k Ω B
) 500 Ω B
R E S I S T
R1445
R1446
R1448
R1449
R1457
R1457
R1469
R1470
R1471 		O R
QRG019J-391S
QRG019J-561S
QRX019J-2R7S
QRX019J-2R2S
QRG019J-821S
QRG039J-270A
QRG029J-561
QRG029J-471 		OM R
OM R
MF R
MF R
OM R
OM R
OM R
OM R 		390 Ω 1W 560 Ω 1W 2.7 Ω 1W 2.2 Ω 1W 820 Ω 1W 27 Ω 3W 560 Ω 2W 470 Ω 2W J *
J *
J *
J *
J *
J *
J *
R1511
R1515
R1518
R1521
R1522
R1523
R1524
R1525 		QRG019J-331S
QRG029J-150
QRG029J-101A
QRD123J-220SX
QRG029J-223
QRG019J-102S
QRF074K-3R3
QRG019J-121S 		OM R
OM R
OM R
C R
OM R
OM R
UNF R
OM R 		330 Ω 1W 15 Ω 2W 100 Ω 2W 22 Ω 1/2W 22k Ω 2W 1k Ω 1W 3.3 Ω 7W 120 Ω 1W J *
J *
J *
J *
J *
K *
J *
R1526
R1527
R1546
R1561
R1562
R1709
R1713
R1736 		QRD129J-390S
QRG029J-101A
QRG029J-101A
QRV141F-6341AY
QRV141F-3901AY
QRB089J-472
QRB089J-472
QRB065J-682 		C R
OM R
OM R
MF R
MF R
NETW.R
NETW.R
NETW.R 		39 Ω 1/2W 100 Ω 2W 100 Ω 2W 6.34k Ω 1/4W 3.9k Ω 1/4W 4700 Ω 1/10W 4700 Ω 1/10W 6800 Ω 1/8W J *
J *
F *
J *
J *
C A P A C I
C1009
C1013
C1205
C1209
C1212
C1214
C1201
C1303 		T O R
QCZ0120-104MZ
QCZ0120-104MZ
QCZ0120-104MZ
QFV71HJ-104MZ
QFLC1HJ-103MZ
QFLC1HJ-103MZ
QFLC1HJ-103MZ
QFLC1HJ-103MZ
QFV71HJ-273MZ 		C CAP.
C CAP.
C CAP.
TF CAP.
M CAP.
BP E CAP.
M CAP.
TF CAP. 		0.1 μ F 25V
0.1 μ F 25V
0.1 μ F 25V
0.1 μ F 50V
0.01 μ F 50V
1 μ F 50V
0.01 μ F 50V
0.01 μ F 50V
0.027 μ F 50V 		Z *
Z *
J *
J *
M *
J *
J *
C1304
C1306-08
C1312
C1313
C1320
C1322
C1323-24
C1325 		QFLC1HJ-103MZ
QFLC1HJ-103MZ
QFLC1HJ-103MZ
QCZ0120-104MZ
QFV71HJ-104MZ
QFV71HJ-104MZ
QFLC1HJ-103MZ
QFV71HJ-563MZ 		M CAP.
M CAP.
C CAP.
TF CAP.
TF CAP.
M CAP.
TF CAP. 		0.01 µ F 50V
0.01 µ F 50V
0.01 µ F 50V
0.1 µ F 25V
0.1 µ F 50V
0.1 µ F 50V
0.1 µ F 50V
0.01 µ F 50V
0.056 µ F 50V 		J *
J *
J *
J *
J *
J *
J *
C1326-27
C1328
C1329
C1330
C1331
C1332
C1333
C1335 		QFLC1HJ-103MZ
QEN61HM-225Z
QFV71HJ-563MZ
QCT25CH-330Z
QCT25CH-220Z
QCT25CH-120Z
QCT25CH-120Z
QCT25CH-390Z
QFLC1HJ-103MZ 		M CAP.
BP E CAP.
TF CAP.
C CAP.
C CAP.
C CAP.
C CAP.
M CAP. 		0.01 µ F 50V
2.2 µ F 50V
0.056 µ F 50V
33 p F 50V
22 p F 50V
12 p F 50V
39 p F 50V
0.01 µ F 50V 		し *
M *
J *
J *
J *
J *
J *
J *
J *
C1441
C1443
C1444
C1445
C1448
C1450
C1461 		QFLC1HJ-103MZ
QEHB1VM-108M
QEHC1VM-107MZ
QFLC2AJ-563MZ
QEHC1HM-475MZ
QFLC2AJ-393MZ
QFLC2HJ-223MZ 		M CAP.
E CAP.
E CAP.
M CAP.
E CAP.
M CAP. 		0.01 μ F 50V
1000 μ F 35V
100 μ F 35V
0.056 μ F 100V
4.7 μ F 50V
0.039 μ F 100V
Page 52
🛆 Symbol No. Part No. Part Name Description Local
C A P A C
C1462
C1463
C1465
C1468-69
C1501
C1503
C1504
C1509 		I T O R
QEM61HK-225MZ
QFV71HJ-684MZ
QFLC1HJ-473MZ
QEM61HK-475MZ
QCZ0120-104MZ
QFV71HJ-104MZ
QFLC1HJ-472MZ
QFLC1HJ-123MZ 		E CAP.
TF CAP.
M CAP.
E CAP.
C CAP.
TF CAP.
M CAP.
M CAP. 		2.2 μ F 50V K
0.68 μ F 50V J
0.047 μ F 50V J
4.7 μ F 50V K
0.1 μ F 25V Z
0.1 μ F 50V J
4700 p F 50V J
0.012 μ F 50V J 		音 帝
C1512
C1513
C1514
▲ C1522
▲ C1523
▲ C1524
C1525
C1526 		QFLC2AJ-123MZ
QFLC1HJ-393MZ
QEM61HK-106MZ
QFZ0117-1001S
QFZ0112-1382S
QFLC2AJ-104MZ
QFP32GJ-123M
QFZ0118-224S 		M CAP.
M CAP.
E CAP.
MPP CAP.
MPP CAP.
M CAP.
PP CAP.
MPP CAP. 		0.012 µ F 100V J
0.039 µ F 50V J
10 µ F 50V K
1000 µ F 2000V ± 2.5%
13800 µ F 2000V ± 3%
0.1 µ F 100V J
0.012 µ F 400V J
0.22 µ F 25V Z 		*
*
*
*
C1527
C1528
C1533
C1542
C1563
C1568
C1568
C1593
C1594 		QFZ0118-393S
QFZ0119-304S
QFP32GJ-123M
QEHB1VM-108M
QFV71HJ-394MZ
QFLC1HJ-103MZ
QCT25CH-151Z
QFV71HJ-104MZ 		MPP CAP.
MPP CAP.
PP CAP.
E CAP.
TF CAP.
M CAP.
C CAP.
TF CAP. 		0.039 μ F 25V Z
0.3 μ F 25V Z
0.012 μ F 400V J
1000 μ F 35V M
0.39 μ F 50V J
0.01 μ F 50V J
150 p F 50V J
0.1 μ F 50V J 		*
*
*
*
*
*
C1702
C1705
C1706
C1707
C1708
C1711
C1712
C1713 		QCZ0120-104MZ
QCT25CH-220Z
QCT25CH-820Z
QEB61HM-104MZ
QFLC1HJ-333MZ
QFLC1HJ-563MZ
QFLC1HJ-103MZ
QCT25CH-100Z 		C CAP.
C CAP.
C CAP.
E CAP.
M CAP.
M CAP.
M CAP.
C CAP. 		0.1 μ F 25V Z
22 p F 50V J
82 p F 50V J
0.1 μ F 50V M
0.033 μ F 50V J
0.056 μ F 50V J
0.01 μ F 50V J
10 p F 50V J 		**********
C1714
C1715
C1717
C1720
C1722
C1761
C1763
C1765 		QCT25CH-120Z
QCZ0120-104MZ
QFLC1HJ-103MZ
QFLC1HJ-103MZ
QCZ0120-104MZ
QCT25CH-270Z
QFLC1HJ-682MZ
QCZ0120-104MZ 		C CAP.
C CAP.
M CAP.
C CAP.
C CAP.
C CAP.
M CAP.
C CAP. 		12 p F 50V J 0.1 μ F 25V Z 0.01 μ F 50V J 0.1 μ F 25V Z 0.1 μ F 25V J 0.1 μ F 25V Z 27 p F 50V J 6800 p F 50V J 0.1 μ F 25V Z *****
C1766
C1854-56 		QFV71HJ-474MZ
QFV71HJ-474MZ 		TF CAP.
TF CAP. 		0.47 µ F 50V J
0.47 µ F 50V J 		*
T R A N S I
T1301
T1302-03
T1304
T1501
T1521
▲ T1541 		F O R M E R
CELT016-009J1
CELT025-015J1
CELT015-001J1
CE41970-001J1
CE40381-00A
CE42295-00AJ1 		DL.PHASE TRANSF.
DISCRI TRANSF.
IDENT TRANSF.
DRIVE TRANSF.
SIDE PIN TRANSF.
H V MODULE 		4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
C O I L
L1001-04
L1201
L1301
L1521
L1522
L1523
L1523
L1524
L1524 		CELP026-8R2Z
CELP027-120Z
CELC901-056J6
CELC009-003
CE41883-001J1
CELC051-821
CELC901-048J6 		PEAKING COIL
PEAKING COIL
PEAKING COIL
HEATER CHOKE
CHOKE COIL
LINEARITY COIL
CHOKE COIL
HEATER CHOKE 		8.2 µН
12 µН
8.2 µН
820 µН 		k
*
*
*
L1542
L1701
L1702
L1703
L1761 		CELP002-272Z
CELP027-120Z
CELP026-470Z
CELP026-2R2Z
CELP026-4R7Z 		PEAKING COIL
PEAKING COIL
PEAKING COIL
PEAKING COIL
PEAKING COIL 		2700 µ H
12 µ H
47 µ H
2.2 µ H
4.7 µ H 		44
44
44
44
44
44
44
44
44
44
44
44
44
Page 53
🛆 Symbol No. Part No. Part Name Description Local
D I O D E
D1001
D1002
D1201-02
D1441
D1442
D1443
D1461
D1462 		MA4330(M)-T2
MA700-T2
1SS133-T2
RD3.0ES(B2)-T2
1N4002ID-T3
MA4120(M)-T2
1N4002ID-T3
RD12E(B1)-T2 		ZENER DIODE
SI.DIODE
SI.DIODE
ZENER DIODE
SI.DIODE
ZENER DIODE
SI.DIODE
ZENER DIODE 		*
*
*
*
D1463-64
D1465
D1501
D1502
D1503
D1521
D1522-23
D1524 		1SS133-T2
MA700-T2
MA4091(M)-T2
MA4120(M)-T2
BAV21-T2
BY228-20
BYW95B-20
BYD33G-T3 		SI.DIODE
SI.DIODE
ZENER DIODE
ZENER DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE 		*
*
*
*
*
D1525
D1541
D1542-45
D1546
D1547
D1548
D1550-51
D1552 		RD27F(B1)-T3
BYD33G-T3
BYW95B-20
BYD33D-T3
1SS133-T2
RD4.3E(B2)-T2
1SS133-T2
1N4003-T2 		ZENER DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
ZENER DIODE
SI.DIODE
SI.DIODE
SI.DIODE 		*
*
*
*
D1553
D1591
D1592
D1593
D1701-02
D1703-04
D1705-14
D1716 		MA4068(N)C1-T2
RD3.6ES(B1)-T2
1SS133-T2
1SS252-T2
1SS146-T2
MA700-T2
1SS133-T2
1SS146-T2 		ZENER DIODE
ZENER DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE 		*
*
*
*
D1717
D1732
D1734
D1737
D1741
D1751-53
D1761
D1762 		1SS133-T2
1SS133-T2
1SS133-T2
1SS133-T2
1SS133-T2
1SS133-T2
1SS133-T2
1SS146-T2
RD16ES(B3)-T2 		SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
ZENER DIODE 		*
*
*
*
D1763
D1851-53
D1854-56
D1857 		1SS133-T2
1SS133-T2
RD13JS(B)-T2
1SS133-T2 		SI.DIODE
SI.DIODE
ZENER DIODE
SI.DIODE 		*
T R A N S
Q1004
Q1201-03
Q1204
Q1205
Q1206
Q1301
Q1302-05
Q1306 		I S T O R
DTC144ES-T
2PC1815(YG)-T
2PA1015(YG)-T
DTC144ES-T
2PA1015(YG)-T
2SK301(P)-T
DTC144ES-T
2PC1815(YG)-T 		DIGI TRANSISTO
SI.TRANSISTOR
SI.TRANSISTOR
DIGI TRANSISTOR
SI.TRANSISTOR
F.E.T.
DIGI TRANSISTOR
SI.TRANSISTOR 		R
R 		*
*
*
*
Q1307-08
Q1401
Q1402-03
Q1461
Q1462
Q1463
Q1501
Q1502 		DTA144ES-T
DTC144ES-T
2PA1015(YG)-T
2PC1815(YG)-T
2SD1408(OY)
DTC144ES-T
2SC3669(OY)-T
DTC144ES-T 		DIGI.TRANSISTO
DIGI TRANSISTO
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
DIGI TRANSISTO
DIGI TRANSISTO
DIGI TRANSISTO 		R
R
R 		*
*
*
*
01503-04
À 01521 		2PA1015(YG)-T
BU508AFI 		SI.TRANSISTOR
SI.TRANSISTOR 		di.hr *
Page 54
Δ Symbol No. Part No. Part Name Description Local
T R A N S I
Q1541
Q1701
Q1702-03
Q1704
Q1761-62
Q1763-65
Q1851-52
Q1901 		S T O R
2SD1266(P)
DTC144ES-T
2PA1015(YG)-T
DTC144ES-T
2PC1815(YG)-T
DTC144ES-T
2PC1815(YG)-T
2PC1815(YG)-T 		SI.TRANSISTOR
DIGI TRANSISTOR
SI.TRANSISTOR
DIGI.TRANSISTOR
SI.TRANSISTOR
DIGI TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR 		*
*
*
*
*
Q1902 2SA966(0Y)-T SI.TRANSISTOR *
I C
IC1201
IC1441
IC1461
IC1701
IC1702
IC1703
IC1704
IC1705 		TA8759BN
TDA3654
TA8859P
M37204M8-A48SP
MN1280-Q
TC4066BP
CAT35C104HP
UPD6326C 		I.C.(MONO-ANA)
I.C.(MONO-ANA)
I.C.
I.C.(MICRO-COMP)
I.C.(DIGI-MOS)
I.C.(DIGI-MOS)
I.C.(MEMORY-OTH)
I.C.(DIGI-MOS) 		*
*
*
IC1706 TA78M05P I.C. *
101/07 ST24C01B1 1.C.(EP-ROM) *
O T H E R S
DL1301
FR1466
FR1541
FR1542
FR1543 		CM46611-001-E
CE42038-001J1
QRZ0054-820M
QRH017J-100M
QRH027J-1R8M
QRH027J-1R0M 		PIF PWB ASSY
VNR&RGB PWB ASSY
TRANSF.HOLDER
DELAY LINE
F R
F R
F R
F R
F R 		As follows (SMXOF0014
Refer to P2-53 (SMXON
82 Ω 1/4W J
10 Ω 1W J
1.8 Ω 2W J
1 Ω 2W J 		1-U2)
1001A-U2)
*
*
*
*
*
FR1544
FR1545
FR1547
FR1560
FR1743
K1501
K1521
K1801 		QRH027J-1R0M
QRH017J-1R0M
QRZ0054-220M
QRZ0054-4R7M
QRZ0054-120M
CE41433-001Z
CE41169-002J2
CE41433-001Z 		F R
F R
F R
F R
BEADS CORE
BEADS CORE
BEADS CORE 		1 Ω 2W J
1 Ω 1W J
22 Ω 1/4W J
4.7 Ω 1/4W J
12 Ω 1/4W J 		*
*
*
S1401
S1441
TU1001
X1301
X1302
X1501
X1701 		QSL6A13-C01
QSL6A13-C01
CEEK451-A03-U
CE40749-001J1
CE40668-001
CSB503F30-T2
CE41887-001J1 		LEVER SWITCH
LEVER SWITCH
TUNER
CRYSTAL
CRYSTAL
C RESONATOR
CRYSTAL 		SERVICE SW
V.CENTER SW 		*
*
*
*

PIF PW BOARD ASS'Y (SMX0F001A-U2) This P.W.Board Ass'Y is included in the above MAIN P.W.Board Ass'Y.

⚠ Symbol No. Part No. Part Name Description า L ocal
VARIAB
R137 		LE RESIST
QVPA603-102AZ 		OR
VR(VLEVEL) 		1kΩ B
CAPACI TOR
C111 QCT25CH-820Z C CAP. 82 p F 50V J *
C112 QCT25CH-101Z C CAP. 100 p F 50V J *
C113-14 QCT25CH-181Z C CAP. 180 p F 50V J *
C117 QCT25CH-4R0Z C CAP. 4 p F 50V J *
C118 QCT25CH-5R0Z C CAP. 5 p F 50V J *
C124 QFV71HJ-104MZ TF CAP. 0.1 µ F 50V J *
C125 QFLC1HJ-123MZ M CAP. 0.012 µ F 50V J *
C127 QFLC1HJ-473MZ M CAP. 0.047µF 50V J *
C129 QEE61VK-474BZ р 47 и F 6 350 Khrz
n var- الالك
Page 55
🛆 Symbol No. Part No. Part Name Description Loca1
C A P A C
C134
C705
C706 		I T O R
QFLC1HK-683MZ
QFV71HJ-124MZ
QFV71HJ-683MZ 		M CAP.
TF CAP.
TF CAP. 		0.068 μ F
0.12 μ F
0.068 μ F 		50V
50V
50V 		K
J
J 		*
T R A N S
T101
T102
T104
T105 		F O R M E R
CE40117-308
CELT001-301J1
CE41597-401
CELT022-001J1 		1ST PIF TRANSF.
C.W.TRANSFORMER
TRAP COIL
FTZ TRAP TRANSF. 		*
*
*
COIL
L104
L105
L106 		CELP037-1R8
CELP026-100Z
CELP026-4R7Z 		PEAKING COIL
PEAKING COIL
PEAKING COIL 		1.8µН
10µН
4.7µН 		*
*
D I O D E
D101
D701 		MA4056(H)-T2
1SS133-T2 		ZENER DIODE
SI.DIODE 		*
T R A N S
Q101-04
Q105
Q106
Q107
Q108
Q701 		I S T O R
2SC4502-T
2PC1815(YG)-T
2PA1015(YG)-T
2PC1815(YG)-T
2SC1959(Y)-T
2PC1815(YG)-T 		SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR 		*
*
*
I C
IC101
IC701 		TDA3842
LA7210 		I.C.(MONO-ANA)
I.C.(MONO-ANA) 		*
O T H E R
CF101
SF101
X701 		S
TPS5.5MW
CE41706-401
CSB500F9 		CERAMIC FILTER
SAW FILTER
CER.RESONATOR 		*

VNR & RGB SWITCH PW BOARD ASS'Y (SMX0N001A-U2) This P.W.Board Ass'Y is included in the above MAIN P.W.Board Ass'Y.

🛆 Symbol No. Part No. Part Name Descriptio n Local
C A P A C I
C102
C104
C205
C206
C209
C212 		T O R
QFLC1HJ-103MZ
QFLC1HJ-103MZ
QFLC1HJ-103MZ
QFLC1HJ-103MZ
QFV71HJ-104MZ
QFV71HJ-104MZ
QFLC1HJ-103MZ 		M CAP.
M CAP.
M CAP.
TF CAP.
TF CAP.
M CAP. 		0.01 μ F
0.01 μ F
0.01 μ F
0.1 μ F
0.1 μ F
0.01 μ F 		50V
50V
50V
50V
50V
50V 		]
]
]
]
] 		*
*
*
*
COIL
L101 		CELP026-330Z PEAKING COIL 33 µ H *
D I O D E
D101
D102
D103
D104
D105
D106-07
D108
D109 		MA4062(M)-T2
1SS133-T2
MA4062(M)-T2
1SS133-T2
MA4062(M)-T2
1SS133-T2
RD18ES(B3)-T2
RD3.6ES(B1)-T2 		ZENER DIODE
SI.DIODE
ZENER DIODE
SI.DIODE
ZENER DIODE
SI.DIODE
ZENER DIODE
ZENER DIODE 		*
*
*
*
T R A N S I
Q101-04
Q105
Q106
Q107-10
Q111
Q113-15
Q201-03 		S T O R
DTC144ES-T
2PC1815(YG)-T
DTC144ES-T
2PA1015(YG)-T
2PC1815(YG)-T
2PC1815(YG)-T
DIGI TRANSISTOR
SI.TRANSISTOR
DIGI TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR 		j.hr *
Page 56
Symbol No. Part No. Part Name Description Local
TRANSI STOR
Q204 2PA1015(YG)-T SI.TRANSISTOR *
Q205 2PC1815(YG)-T SI.TRANSISTOR *
Q206-07 DTC144ES-T DIGI TRANSISTOR *
Q208 2PC1815(YG)-T SI.TRANSISTOR *
IC
IC101 TC4053BP I.C.(DIGI-MOS) *
IC102 AN5860 I.C.(M) *
IC201 M51494L I.C.(MÓNO-ANA) *

MAIN PW BOARD ASS'Y (SMX-1008A-U2) [AV-28S1E]

Δ Symbol No. Part No. Part Name Description Local
V A R I A B
R1012
R1207
R1216
R1305
R1309 		L E R E S I S T
QVPA603-223AZ
QVPE611-103HZ
QVPE611-103HZ
QVPE611-303HZ
QVPE611-102HZ 		O R
V R(NOISE)
V R(CONT.)
V R(BRIGHT)
V R(TINT)
V R(DI GAIN) 		22k Ω B
10k Ω B
10k Ω B
30k Ω B
1k Ω B
R1315
R1504 		QVPE611-103HZ
QVPE611-501HZ 		V R(PAL-C)
V R(H.CENTER) 		10k Ω B
500 Ω B
RESIST O R
R1445 QRG019J-391S OM R 390 Ω 1W J *
K1440 QKG019J-5015 560 Ω 1W J *
R1440 QRX019J-2R/S MFR
MFP 		*
R1457 ORG019J-821S OM R 820 O 1W .1 *
R1469 QRG039J-270A OM R 27 Ω 3W J *
R1470 QRG029J-561 OM R 560 Ω 2W J *
R1471 QRG029J-471 OM R 470 Ω 2W J *
R1511 QRG019J-331S OM R 330 Ω 1W J *
R1515 QRG029J-150 OM R 15 Ω 2W J *
R1518
P1521 		QRGU29J-101A UM K 100 Ω 2W J *
R1522 0RG0201-2203X 22 32 1/2W J *
R1523 ORG019J-102S OM R 1kO 1W .1 *
R1524 ORF074K-3R3 UNF R 3.3 Q 7W K *
R1525 QRG019J-121S OM R 120 Ω 1W J *
R1526 QRD129J-390S C R 39 Ω 1/2W J *
R1527 QRG029J-101A OM R 100 Ω 2W J *
K1546 QRG029J-101A OM R 100 Ω 2W J *
R1001
P1562 		QRV141F-0341AY MF K
ME D 		6.34K 1/4W F *
R1709 ORB089.1-472 NFTW R 3.9K ½ 1/4W F
4700 Ο 1/10W 1 		*
R1713 ORB089J-472 NETW.R 4700 S2 1/10W 3 *
R1736 QRB065J-682 NETW.R 6800 Ω 1/8W J *
CAPACI TOR
C1009 QCZ0120-104MZ C CAP. 0.1μF 25V Z *
QCZ0120-104MZ C CAP. 0.1µF 25V Z *
QUZUIZU-104MZ L LAP. *
C1209 OFLC1H.1-103M7 ΤΓ CAP.
Μ ΓΔΡ 		*
C1214 OEN61HM-1057 BP F CAP. 1 n F 50V M *
C1301 OFLC1HJ-103MZ M CAP. 0.01 u F 50V J *
C1303 QFV71HJ-273MZ TF CAP. 0.027μF 50V J *
C1304 QFLC1HJ-103MZ M CAP. 0.01μF 50V J *
C1306-08 QFLC1HJ-103MZ M CAP. 0.01μF 50V J *
QFLC1HJ-103MZ M CAP. 0.01µF 50V J *
C 1313
C 1320 		QULUIZU-IU4MZ
0EV71H1-104M7 		L LAP. *
C1320 QFV71HJ=104MZ TE CAP. 0.1µF 50V J *
C1323-24 OFLC1HJ-103MZ M CAP. 0.01 u F 50V J *
I C1325 QFV71HJ-563MZ TE CAPA 0.056 µ F1 50M □ J *
₩₽₽₽₽₽ Wait- Alf-hf /
Page 57
⚠ Symbol No. Part No. Part Name Descripti ion Local
CAPACI тов
C1326-27 0FLC1H1-103M7 M CAP 0.01 u F 50V J *
C1328 OFN61HM-2257 BP F CAP 2 2 11 F 50V м *
C1329 0EV71HJ-563M7 TE CAP. 0.056 u F 50V J sie
C1330 OCT25CH-3307 C CAP. 33 n F 50V Ĵ *
C1331 OCT25CH-2207 C CAP. 22 p F 50V Ĵ *
C1332 OCT25CH-1207 C CAP. 12 p F 50V Ĵ *
C1333 OCT25CH-3907 C CAP. 39 p F 50V Ĵ *
C1335 OFI C1HJ-103M7 M CAP. 0.01 u F 50V Ĵ *
• 1
C1441 OFLC1HJ-103MZ M CAP. 0.01µF 50V J *
C1443 ÕEHB1VM−108M E CAP. 1000 µ F 35V М *
C1444 QEHC1VM-107MZ E CAP. 100 µ F 35V М *
C1445 QFLC2AJ-563MZ M CAP. 0.056µF 100V J *
C1448 QEHC1HM-475MZ E CAP. 4.7µF 50V М *
C1450 QFLC2AJ-393MZ M CAP. 0.039µF 100V J *
C1461 QFLC1HJ-223MZ M CAP. 0.022µF 50V J *
5 011 ., ۍ.
C1462 QEM61HK-225MZ E CAP. 2.2µF 50V ĸ -
-
C1463 QFV71HJ-684MZ TF CAP. 0.68μF 500 J -
-
C1465 QFLC1HJ-473MZ M CAP. 0.04/µF 50V J *
C1468-69 QEM61HK-4/5MZ E CAP. 4./μ 500 ĸ +
C1501 QCZ0120-104MZ 0.1µF 250 2 *
C1503 QFV/1HJ-104MZ IF CAP. υ.ιμε 500 J *
C1504 QFLC1HJ-4/ZMZ M CAP. 4/00 p F 500 J *
C1509 QFLC1HJ-123MZ M LAP. 0.012μΓ 500 J
01510 051 024 1 12247 MCAR 0 012 y E 1001 1 *
0.012 µ F 50V 1 *
E CAD 0.039µ1 50V ĸ *
۵ 01514 QEMOINK-100MZ C CAF.
MDD CAD 		1000 μ Ε 200004 - 2 5%
01522 QFZ0117-10013 MPP CAP. 13800 µ F 20000 + 3%

01523 QFZ0112~13023 M CAD 10000 µ [ 1000 .] *
25 01524 0FD32C1-123M 0.012 µ F 400V .1 *
01525 0570119-2246 0.012 µ F 251 7
01520 0.22 µ 1 201 -
C1527 0F70118-393S MPP CAP. 0.039 u F 25V Ζ
C1528 0F70119-304S MPP CAP. 0.3 u F 25V z *
C1533 OFP326.1-123M PP CAP 0.012 u F 400V Ĵ *
C1542 0FHB1VM-108M F CAP. 1000 u F 35V M *
C1563 OFV71HJ-394M7 TE CAP. 0.39 u F 50V J *
C1568 OFLC1HJ-103MZ M CAP. 0.01 µ F 50V J *
C1593 OCT25CH-151Z C CAP. 150 p F 50V J *
C1594 0FV71HJ-104MZ TF CAP. 0.1 µ F 50V J *
• _
C1702 QCZ0120-104MZ C CAP. 0.1µF 25V Ζ *
C1705 QCT25CH-220Z C CAP. 22 p F 50V J *
C1706 QCT25CH-820Z C CAP. 82 p F 50V J *
C1707 QEB61HM-104MZ E CAP. 0.1µF 50V М *
C1708 QFLC1HJ-333MZ M CAP. 0.033 µ F 50V J *
C1711 QFLC1HJ-563MZ M CAP. 0.056µF 50V J *
C1712 QFLC1HJ-103MZ M CAP. 0.01µF 50V J *
C1713 QCT25CH-100Z C CAP. 10 p F 50V J *
0070500 0.000 10 5 EOV ٦ ب
C1714 QCT25CH-120Z C CAP. 12 p F 50V J *
C1/15 QCZ0120-104MZ L LAP. υ.1μΕ 25V ۲
۱
01/1/ VFLC1HJ-103MZ M CAP. 0.01 μ F 507 J *
U1/20 VELUIHJ-103MZ 0.01µF 201 J
7 		*
01722 ULZU120-104MZ 0,1µt
27 		20V 2 *
L1/61 L LAP.
M CAP 		2/pf 500 J *
01765 QFLUIHJ-682MZ M LAP. 0800 p F 2000 J
7 		*
U1/00 QULUIZU-104MZ L LAP. υ.1μΓ 200 L
C1766 OFV71H1-474M7 τε σαρ 0 47 u F 50V J *
C1854~56 0FV71H.1-474M7 TE CAP. 0.47 u F 50V Ĵ *
אוודיד טונגידיצ τιν μ1 -
TRANSF ORMER
T1301 CELT016-009J1 DL.PHASE TRANSF. *
T1302-03 CELT025-015J1 DISCRI TRANSF. *
T1304 CELT015-001J1 IDENT TRANSF. *
Æ T1501 CE41970-001J1 DRIVE TRANSF. *
T1521 CE40381-00A SIDE PIN TRANSF.
Ź. T1541 CE42295-00AJ1 *
~~~`\\/\/\/\/\ ′∕╰Ѵ∧Ѵ/┌┼╔ ┓┇╲Ѵ/╘ יוחו(ס)וּ״ִיּאי/פוווֹנִ⊏(סוו -
Page 58
⚠ Symbol No. Part No. Part Name Description Local
C O I L
L1001-04
L1201
L1301
L1521
L1522
L1523
L1524
L1541 		CELP026-8R2Z
CELP027-120Z
CELP026-8R2Z
CELC901-056J6
CELC009-003
CE41883-001J1
CELC051-821
CELC901-048J6 		PEAKING COIL
PEAKING COIL
PEAKING COIL
HEATER CHOKE
CHOKE COIL
LINEARITY COIL
CHOKE COIL
HEATER CHOKE 		8.2 µ Н
12 µ Н
8.2 µ Н
820 µ Н 		*
*
*
*
L 1542
L 1701
L 1702
L 1703
L 1761 		CELP002-272Z
CELP027-120Z
CELP026-470Z
CELP026-2R2Z
CELP026-4R7Z 		PEAKING COIL
PEAKING COIL
PEAKING COIL
PEAKING COIL
PEAKING COIL 		2700 μ Η
12 μ Η
47 μ Η
2.2 μ Η
4.7 μ Η 		*
*
*
D I O D E
D1001
D1002
D1201-02
D1441
D1442
D1443
D1461
D1462 		MA4330(M)-T2
MA700-T2
1SS133-T2
RD3.0ES(B2)-T2
1N4002ID-T3
MA4120(M)-T2
1N4002ID-T3
RD12E(B1)-T2 		ZENER DIODE
SI.DIODE
SI.DIODE
ZENER DIODE
SI.DIODE
ZENER DIODE
SI.DIODE
ZENER DIODE
ZENER DIODE 		*
*
*
*
D1463-64
D1465
D1501
D1502
D1503
D1521
D1522-23
D1524 		1SS133-T2
MA700-T2
MA4091(M)-T2
MA4120(M)-T2
BAV21-T2
BY228-20
BYW95B-20
BYD33G-T3 		SI.DIODE
SI.DIODE
ZENER DIODE
ZENER DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE 		*
*
*
*
D1525
D1541
D1542-45
D1546
D1547
D1548
D1550-51
D1552 		RD27F(B1)-T3
BYD33G-T3
BYW95B-20
BYD33D-T3
1SS133-T2
RD4.3E(B2)-T2
1SS133-T2
1N4003-T2 		ZENER DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
ZENER DIODE
SI.DIODE
SI.DIODE
SI.DIODE 		**
D1553
D1591
D1592
D1593
D1701-02
D1703-04
D1705-14
D1716 		MA4068(N)C1-T2
RD3.6ES(B1)-T2
1SS133-T2
1SS252-T2
1SS146-T2
MA700-T2
1SS133-T2
1SS146-T2 		ZENER DIODE
ZENER DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE 		*
*
*
*
D1717
D1732
D1734
D1737
D1741
D1751-53
D1761
D1762 		1SS133-T2
1SS133-T2
1SS133-T2
1SS133-T2
1SS133-T2
1SS133-T2
1SS133-T2
1SS146-T2
RD16ES(B3)-T2 		SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
SI.DIODE
ZENER DIODE 		*
*
*
*
D1763
D1851-53
D1854-56
D1857 		1SS133-T2
1SS133-T2
RD13JS(B)-T2
1SS133-T2 		SI.DIODE
SI.DIODE
ZENER DIODE
SI.DIODE 		*
*
T R A N S J
Q1001
Q1004
Q1201-03
Q1204
Q1205
Q1206 		I S T O R
2SC4502-T
DTC144ES-T
2PC1815(YG)-T
2PA1015(YG)-T
DTC144ES-T
2PA1015(YG)∀T 		SI.TRANSISTOR
DIGI TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
DIGI TRANSISTOR
SI.TRANSISTOR 		orvat-di. ***
Page 59
Symbol No. Part No. Part Name Description Local
T R A N S I
Q1301
Q1302-05
Q1306
Q1307-08
Q1401
Q1402-03
Q1461
Q1462 		S T O R
2SK301(P)-T
DTC144ES-T
2PC1815(YG)-T
DTA144ES-T
DTC144ES-T
2PA1015(YG)-T
2PC1815(YG)-T
2SD1408(OY) 		F.E.T.
DIGI TRANSISTOR
SI.TRANSISTOR
DIGI.TRANSISTOR
DIGI TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR 		*
*
*
*
*
٨ Q1463
Q1501
Q1502
Q1503-04
Q1521
Q1541
Q1701
Q1702-03 		DTC144ES-T
2SC3669(OY)-T
DTC144ES-T
2PA1015(YG)-T
BU508AFI
2SD1266(P)
DTC144ES-T
2PA1015(YG)-T 		DIGI TRANSISTOR
SI.TRANSISTOR
DIGI TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
DIGI TRANSISTOR
SI.TRANSISTOR 		*
*
*
*
*
Q1704
Q1761-62
Q1763-65
Q1851-52
Q1901
Q1902 		DTC144ES-T
2PC1815(YG)-T
DTC144ES-T
2PC1815(YG)-T
2PC1815(YG)-T
2SA966(OY)-T 		DIGI.TRANSISTOR
SI.TRANSISTOR
DIGI TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR 		*
*
*
*
I C
IC1201
IC1441
IC1461
IC1701
IC1702
IC1703
IC1704
IC1705 		TA8759BN
TDA3654
TA8859P
M37204M8-A48SP
MN1280-Q
TC4066BP
CAT35C104HP
UPD6326C 		I.C.(MONO-ANA)
I.C.(MONO-ANA)
I.C.
I.C.(MICRO-COMP)
I.C.(DIGI-MOS)
I.C.(DIGI-MOS)
I.C.(MEMORY-OTH)
I.C.(DIGI-MOS) 		*
*
*
*
IC1706
IC1707 		TA78M05P
ST24C01B1 		I.C.
I.C.(EP-ROM) 		*
O T H E R S
DL1301
FR1466
FR1541
FR1542
FR1543
FR1544 		CE 42038-001J1
QRZ0054-820M
QRH017J-100M
QRH027J-1R8M
QRH027J-1R0M
QRH027J-1R0M 		PIF PWB ASSY
VNR&RGB PWB ASSY
DELAY LINE
F R
F R
F R
F R
F R
F R 		Refer to P2-52
Refer to P2-53
82 Ω 1/4W
10 Ω 1W
1.8 Ω 2W
1 Ω 2W
1 Ω 2W 		(SMX0F001A-U2)
(SMX0N001A-U2)
J *
J *
J *
J *
J *
J *
FR1545
FR1547
FR1560
FR1743
K1501
K1521
K1801
S1401 		QRH017J-1R0M
QRZ0054-220M
QRZ0054-4R7M
QRZ0054-120M
CE41433-001Z
CE41169-002J2
CE41433-001Z
QSL6A13-C01 		F R
F R
F R
BEADS CORE
BEADS CORE
BEADS CORE
LEVER SWITCH 		1 Ω 1W
22 Ω 1/4W
4.7 Ω 1/4W
12 Ω 1/4W
SERVICE SW 		ປ *
ປ *
ປ *
S1441
TU1001
X1301
X1302
X1501
X1701 		QSL6A13-C01
CEEK451-A03-U
CE40749-001J1
CE40668-001
CSB503F30-T2
CE41887-001J1 		LEVER SWITCH
TUNER
CRYSTAL
CRYSTAL
C RESONATOR
CRYSTAL 		V.CENTER SW *
*
*
*
Page 60

POWER PW BOARD ASS'Y (SMX-2002A-U2)

≙ Symbol No. Part No. Part Name Description Local
VARIAB LE RESIS TOR
R2032 QVPA603-332AZ V R(B1 ADJ.) 3.3kΩ B
RESIST OR
R2002 QRF104K-3R9 UNF R 3.9 Ω 10W K *
R2003 QRG039J-183 18kΩ 3W J *
R2005
R2006 		QKF104J-221
ORD1231-1015Y 		220 S2 10W J *
R2007 ORM055K-R15 MP R 0.15 Ω 5W K
R2009 QRX019J-2R2S MF R 2.2 Ω 1W J *
R2010 QRX029J-6R8 MF R 6.8 Ω 2W J *
R2011 QRD123J-180SX CR 18 Ω 1/2W J *
R2016 QRV141F-5602AY MF R 56kΩ 1/4W F *
R2017 QRV141F-1503AY MF K 150kΩ 1/4W F *
R2031 QR01230-1243A
ORG039.1-153 		120K 32 172W J
15k O 3W J 		*
R2042 ORG029J-102 OM R 1kΩ 2W J *
R2044-45 QRG039J-181 OM R 180 Ω 3W J ٠
R2046 QRX039J-R56A MF R 0.56 Ω 3W J *
R2049 QRD123J-331SX CR 330 Ω 1/2W J *
R2051 QRZ0057-825 C R 8.2MΩ 1W J *
CAPACI TOR
4 C2002 QFZ9036-104M MF CAP. 0.1 μ FAC250V M *
⚠ C2006 QFZ9036-473M MF CAP. 0.047µFAC250V M *
C2007-10 QCZ9034-4/2A C CAP. 4700 p FAC125V P *
C2011 QEZUI07-227M
OF70117-16019 		E LAP.
MDD CAD 		220 µ F 3850 M Ŧ
C2015 OFHC1FM-477M7 470 u F 25V M *
C2017 OEM51VM-476M E CAP. 47 u F 35V M *
C2018-19 QFLC1HJ-393MZ M CAP. 0.039µF 50V J *
C2020 QFV71HJ-394MZ TF CAP. 0.39 µ F 50V J *
C2021 QFP31HG-102S PP CAP. 1000 p F 50V G
C2026 QFLC1HJ-332MZ M CAP. 3300 p F 50V J *
C2031-32 QEH52CM-107M E CAP. 100 μ F 160V M *
C2033 QCZ0128-332A C CAP. 3300 p F 500V K *
C2034
C2035 		E CAP. *
C2037 QFLC1HJ-123MZ M CAP. 0.012 μ F 50V J *
C2038 OFHB1FM-108M E CAP. 1000 u F 25V M *
C2040 OEHB1VM-338M E CAP. 3300 u F 35V M *
C2042 QEN61CM-106Z BP E CAP. 10μF 16V M *
C2044 QCZ0128-332A C CAP. 3300 pF 500V K *
 C2051 QCZ9036-472M C CAP. 4700 p FAC125V M *
4 C2052 QCZ9036-472M C CAP. 4700 p FAC125V M *
C2053
C2054 		QCZ9036-102M
QCZ9036-102M 		C CAP.
C CAP. 		1000 p FAC125V K
1000 p FAC125V K 		*
 C 2055 0C79036-102M C CAP 1000 p FAC125V K *
بن O D M F D
⚠ TRANSF
T2001 		CE42386-001J1 S.M.TRANSF. *
COIL
L2001 CELC005-2R5J7 CHOKE COIL 2.5 µ H *
L2031 CELC901-100J6 HEATER CHOKE 10 µ H *
L2033 CELC002-470J7 CHOKE COIL 47 μ H *
L2034-35 CELC026-100 10 µ H *
DIODE
 D2001 D3SB60 BRIDGE DIODE
D2002 BYD33M-T3 SI.DIODE *
D2003 киз.UF(B2)-13
Вураар та 		ZENER DIODE ىك
D2000 BY229-600 SI,UIUUE
SI DIADE 		*
D2032 RD6.2ES(R2)-T2 ZENER DIADE
D2033-34 BYV28-200-20 SI.DIODE *
D2036 BYD33M-T3 SI.DIODE *
02036 RAD33W-13 orvat-dj.h *
Page 61
Δ Symbol No. Part No. Part Name Description Local
TRANSI STOR
Q2001 SGSIF444 SI.TRANSISTOR *
Q2002 2PC1815(YG)-T SI.TRANSISTOR *
Q2031-32 2PC1815(YG)-T SI.TRANSISTOR *
Q2033 2SC2229(0Y)-T SI.TRANSISTOR *
IC
IC2001 TEA2261 I.C. *
 IC2002 CNY17F-C1 I.C.(PH.COUPLER) *
OTHERS
СМ46611-001-Е TRANSF.HOLDER *
⚠ LF2001 CE41890-001J2 LINE FILTER *
Δ TH2001 CE41884-001J1 W-P.THERMISTOR *

CRT SOCKET PW BOARD ASS'Y (SMX-3001A-U2)

⚠ Symbol No. Part No. Part Name Description Local
V A R I A B
R3107
R3108
R3109-
R3113
R3114 		LE RESIST
QVPE805-102H
QVPE805-102H
QVPE805-102H
QVPE805-301H
QVPE805-301H 		O R
V R(G CUT OFF)
V R(R CUT OFF)
V R(B CUT OFF)
V R(G DRIVE)
V R(R DRIVE) 		1k Ω B
1k Ω B
1k Ω B
300 Ω B
300 Ω B
RESIST
R3116-21 		O R
QRG029J-153A 		OM R 15kΩ 2W J *
C A P A C I
C3106
C3113 		T O R
QCZ0118-104M
QFZ0097-223M 		C CAP.
MM CAP. 		0.1μF 25V
0.022μF 1250V 		Z *
K *
C O I L
L3101-03
L3104-06 		CELP026-181Z
CELP026-390Z 		PEAKING COIL
PEAKING COIL 		180 µ Н
39 µ Н 		*
D I O D E
D3151 		1SS133-T2 SI.DIODE *
T R A N S I
Q3101-03
Q3104-06
Q3151
Q3152-53
Q3154 		S T O R
2PC1815(YG)-T
2SC4544-C1
DTC144ES-T
2SK301(P)-T
2PA1015(YG)-T 		SI.TRANSISTOR
SI.TRANSISTOR
DIGI TRANSISTOR
F.E.T.
SI.TRANSISTOR 		*
*
*
*
Æ OTHERS CE41603-001J1 C R T SOCKET *

AUX PW BOARD ASS'Y (SMX-6051A-U2)

🛆 Symbol No. Part No. Part Name Descriptio Description
RESI
R6801 		STOR
QRF104K-5R6 		UNF R 5.6 Ω 10W к *

TELETEXT AUX PW BOARD ASS'Y (SMX-7001A-U2)

Local Description Part Name Part No. 🛆 Symbol No.
* 100132-12 DIODE
31.0100E
133133-12 		07001-03
4 4
Page 62
🖄 Symbol No. Part No. Part Name Description Local
САРАСІ
С8002 		T O R
QCZ0118-104M 		C CAP. 0.1µF 25V Z *
D I O D E
D8001
D8002
D8003
D8004
D8005 		GL3ED8
SLR-342DU3F
SLR-342MG3F
SLR-342YY3F
1SS133-T2 		L.E.D.2(G+R)
L.E.D.(ORG)
L.E.D.(GRN)
L.E.D.(YLW)
SI.DIODE 		POWER
TIMER
STEREO/BILINGUAL
S-INPUT SELECT 		*
*
*
T R A N S I
Q8001
Q8002-03
Q8004-09 		S T O R
DTC144ES-T
DTA144ES-T
DTC144ES-T 		DIGI TRANSISTOR
DIGI.TRANSISTOR
DIGI TRANSISTOR 		*
*
*
I C
IC8001 		GP1U781Q IFR DETECT UNIT
0 T H E R S
S8001 		QSP4H11-C03 PUSH SWITCH POWER *

FRONT CONTROL PW BOARD ASS'Y (SMX-8002A-U2)

SIDE CONTROL PW BOARD ASS'Y (SMX-8051A-U2)

🛆 Symbol No. Part No. Part Name Description Local
COIL
L8051 CELP017-270Y PEAKING COIL 27 u H *
L8052 CE41832-001 LEAD CORE I *
L8053 CELP017-270Y PEAKING COIL 27 µ H *
L8054-55 CELP017-5R6Y PEAKING COIL 5.6µH *
L8056 CE41832-001 LEAD CORE · *
DIODE
D8051-56 1SS133-T2 SI.DIODE *
OTHERS 3
J8051 OMD2B04-001 MINI CONNECTOR *
J8052 CEMN011-001 JACK
J8053 CEMN011-002 JACK
J8054 CEMN011-003 JACK
J8055 AX49607-004 HEADPHONE JACK
S8051 CESP001-001 PUSH SWITCH EXT/S-IN
S8052 CESP001-001 PUSH SWITCH PR DOWN/UP
$8053 CESP001-001 PUSH SWITCH VOL ±

LINE FILTER PW BOARD ASS'Y (SMX-9001A-U2)

≙ Symbol No. Part No. Part Name Description Local
Δ C A P
C9902 		ACI T O R
QFZ9035-474M 		MM CAP. 0.47 μ FAC250V M *
отн ERS
- A44594-002 FUSE CLIP
Δ F9901 QMF51D2-3R15J1 FUSE T3.15AH *
 LF9901 CE42209-00AJ1 LINE FILTER *
ź S9901 QSP2J21-C02 PUSH SWITCH MAIN POWER

Page 63

AUDIO PW BOARD ASS'Y (SMX0A002A-U2)

🛆 Symbol No. Part No. Part Name Description Local
VARIAB
R137
R145 		LE RESIST
QVPE611-502HZ
QVPE611-502HZ 		O R
V R(PHASE)
V R(SEPARATION) 		5kΩ B
5kΩ B
RESIST
R911 		O R
QRG019J-820S 		OM R 82Ω 1W J *
C A P A C I
C137
C138
C157-58
C307
C604
C607
C608-09
C610 		T O R
QFLC1HJ-822MZ
QFLC1HJ-104MZ
QFLC1HJ-104MZ
QFV71HJ-474MZ
QFV71HJ-823MZ
QFLC1HJ-333MZ
QFLC1HJ-182MZ
QFLC1HJ-182MZ
QFV71HJ-104MZ 		M CAP.
M CAP.
TF CAP.
TF CAP.
TF CAP.
M CAP.
TF CAP. 		8200 p F 50V
0.1 μ F 50V
0.47 μ F 50V
0.82 μ F 50V
0.033 μ F 50V
1800 p F 50V
0.1 μ F 50V 		J *
J *
J *
J *
J *
J *
J *
C612-13
C653-54
C655
C656-61
C662-64
C703-04
C705-06
C707-08 		QEN61HM-225Z
QFLC1HJ-272MZ
QEN61HM-225Z
QFV71HJ-104MZ
QEN61HM-225Z
QFV71HJ-683MZ
QFV71HJ-274MZ
QFLC1HJ-152MZ 		BP E CAP.
M CAP.
BP E CAP.
TF CAP.
BP E CAP.
TF CAP.
TF CAP.
M CAP. 		2.2 μF 50V
2700 p F 50V
2.2 μ F 50V
0.1 μ F 50V
2.2 μ F 50V
2.2 μ F 50V
0.068 μ F 50V
0.27 μ F 50V
1500 p F 50V 		M *
J *
J *
J *
J *
J *
C709-10
C755-56
C912 		QFLC1HJ-223MZ
QFV71HJ-124MZ
QFLC1HJ-103MZ 		M CAP.
TF CAP.
M CAP. 		0.022 μ F 50V
0.12 μ F 50V
0.01 μ F 50V 		ງ *
ງ *
ງ *
TRANSF
T100 		O R M E R
Celto39-303j1 		CW TRANSF. *
C O I L
L102
L951-52
L953 		CELP026-1R2Z
CELC026-100
CE41832-001 		PEAKING COIL
CHOKE COIL
LEAD CORE 		1.2µН
10µН 		*
D I O D E
D301-02
D651
D701
D702-05
D731-34
D751-52 		1SS133-T2
RD9.1ES(B2)-T2
RD6.2ES(B2)-T2
1SS133-T2
1SS133-T2
RD33ES(B1)-T2 		SI.DIODE
ZENER DIODE
ZENER DIODE
SI.DIODE
SI.DIODE
ZENER DIODE 		*
*
*
T R A N S I
Q102
Q105
Q301
Q302-03
Q601
Q602
Q603
Q731 		S T O R
2SC1906-T
2PA1015(YG)-T
2PA1015(YG)-T
DTC323TS-T
2PC1815(YG)-T
2PA1015(YG)-T
2PC1815(YG)-T
2PA1015(YG)-T 		SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
DIGI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR 		*
*
*
*
*
Q732-33 2PC1815(YG)-T SI.TRANSISTOR *
I C
IC101
IC102
IC301
IC601
IC602
IC701-02
IC703
IC911 		TDA9800
TDA9800
TDA8415
UPC1891ACY
TDA7314V
BA15218N
TA8200AH
L7805ABV 		I.C.
I.C.(MONO-ANA)
I.C.(MONO-ANA)
I.C.(MONO-ANA)
I.C.(DIGI-OTHER)
I.C.(M)
I.C.(MONO-ANA)
I.C.(MONO-ANA)
I.C.(MONO-ANA) 		*
OTHERS
CF101-02
CF107-08
A CP901 		S
A75088-C
SFE5.74MC2
ICP-N15-Y 		-dj.hr *
Page 64
Symbol No. Part No. Part Name Description Loca1
OTHERS 5
⚠ FR615 QRZ0054-470M FR 47 Ω 1/4W J *
⚠ FR653 QRZ0054-470M FR 47 Ω 1/4W J *
⚠ FR719 QRZ0054-470M FR 47 Ω 1/4W J *
J901 CEMT012-001 PUSH TERMINAL *
S901 QSS4C22-C04 SLIDE SWITCH SPEAKER SELECT *
SF101 CE41911-201J1 SAW FILTER *
X301 CE42298-001 CRYSTAL *

AV SELECTOR PW BOARD ASS'Y (SMX0S001A(U))

🛆 Symbol No. Part No. Part Name Description Local
VARIA BLE RESIS TOR
R507 QVPE611-101HZ V R(LEVEL) 100 Ω B
R773 QVPC611-203HZ V R(VP WIÓTH) 20kΩ B
DECIC тор
КЕЗІЗ
R112 		1 U K
0RG019.3-1015 		OM R 100 0 11 1
R112 0RD1231-2715Y 270 0 1/2₩ 1
R163 ORD1230 2713X C R 220 0 1/2W 1
R204 0R6010.1-1015 OMB 100 0 10 1
R205 ORD123.1-2715Y 270 0 1/2W 1
R257 QRD123J-221SX CR 220 Ω 1/2W j
CAPAC
C103 		1 T O R
DEN61CM-1077 		RD E CAD 100 y E 16V A
C100 OEKC1CM-476M7 E CAD 100µ1 100 1
17.5 16V 1 		4
C103 47μF 10V F 7
C125 0ELC1U1 102M7 M CAD '
C152 7
0.1µF 25V A
C171 72 4700 p F 50V F
C1/1-/3 NUTU3UH-IUZAY CHIP CAP. 1000 p F 1600V F 1
C204 QFLUIHJ-103MZ M LAP. 0.01μ+ 500 . J
C255-58 NCB21HK-472AY CHIP CAP. 4700 p F 50V H (
C302 QFLC1HJ-103MZ M CAP. 0.01µF 50V . ]
C403 QFLC1HJ-103MZ M CAP. 0.01µF 50V J J
C407 NCF21EZ-104AY CHIP C CAP. 0.1µF 25V 2 7
C409 QEN51AM-227 BP E CAP. 220 µ F 10V M 4
C410 NCT03CH-120AY CHIP CAP. 12 p F 1600V H 4
C502 NCF21EZ-104AY CHIP C CAP. 0.1 u F 25V 2 2
C509 QEN61CM-336Z BP E CAP. 33 µ F 16V M 4
C510 OFLC1H1-103M7 MCAP 0.01 u F 50V 1
C511 OFN61CM-3367 BP E CAP 33 u F 16V M ,
A
C513 NCT03CH-330AY CHIP CAP 33 p E 1600V 4
C515 NCF21F7-104AY 0.1 1 E 25V 7 7
(521-22 OFLC1H1-103M7 M CAP -
C524 NCE21E7-104AV 0.01 E 25V 7
C525 0ELC1H1_102M7 -
C525 QI LC 110 - 103MZ M CAP 1
027 QUECTUD-IOSME M CAP. υ.υιμε ουν ι
C601 QFLC1HJ-103MZ M CAP. 0.01µF 50V 3 ו
C602 NCT03CH-270AY CHIP CAP. 27 p F 1600V 🖡 1
C603 NCT03CH-180AY CHIP CAP. 18 p F 1600V H 1
C605 QFLC1HJ-103MZ M CAP. 0.01µF 50V J )
C606 NCT03CH-560AY CHIP CAP. 56 p F 1600V F 1
C607 NCT03CH-330AY CHIP CAP. 33 p F 1600V H 1
C608 OCT25CH-5R0Z C CAP. 5 p F 50V )
C609 NCT03CH-270AY CHIP CAP. 27 p F 1600V H ł
610 0473112-2004 TDIM CAD 20 n F
C615 CHID C CAD 20 µ F
0 1 µ E 25V 3 		,
C703 0.1 11 5 251 7 -
C705 NCE2157_104A1 0.1.5 251 2 -
C705 7
C709 NUTZIEZ=104A1
DELC103 159M7 		UNIP U UAP.
M CAD 		-
C711 VECTED 10304 MUCHP, 0.010 µF 50V 0 j
r
NCE21E2~104A1
NCE21E7 104AV 		CHIP C CAP 0.1µF 25V / -
U/13-14 hr
VIV VI ╜╙╜╻╻╚Ѡ╙║║ UI Vall-UI
Page 65
🛆 Symbol No. Part No. Part Name Description Local
C A P A C I
C716
C718
C719
C752
C753
C756
C758
C759 		T O R
QFV71HJ-474MZ
QETCOJM-227Z
QFLC1HJ-103MZ
NCF21EZ-104AY
QCT25CH-470Z
NCT03CH-102AY
NCT03CH-100AY
QFP31HJ-153SZ 		TF CAP.
E CAP.
M CAP.
CHIP C CAP.
C CAP.
CHIP CAP.
CHIP CAP.
PP CAP. 		0.47 μ F 50V J
220 μ F 6.3V M
0.01 μ F 50V J
0.1 μ F 25V Z
47 p F 50V J
1000 p F 1600V H
10 p F 1600V H
0.015 μ F 50V J
C760-61
C762
C765
C767 		QFLC1HJ-103MZ
QCT25CH-6R0Z
NCF21EZ-104AY
NCF21EZ-104AY 		M CAP.
C CAP.
CHIP C CAP.
CHIP C CAP. 		0.01 μF 50V J
6 pF 50V J
0.1 μF 25V Z
0.1 μF 25V Z
TRANSF
T601 		O R M E R
CELT015-007 		BELL TRANSF.
C O I L
L151
L152-55
L251
L252-55
L501-02
L602-03
L701-04
L751 		CE41832-001
CELP017-5R6Y
CE41832-001
CELP017-5R6Y
CELP026-101Z
CELP026-101Z
CELP026-101Z
CELP026-101Z 		LEAD CORE
PEAKING COIL
LEAD CORE
PEAKING COIL
PEAKING COIL
PEAKING COIL
PEAKING COIL
PEAKING COIL 		5.6 µ Н
5.6 µ Н
100 µ Н
33 µ Н
100 µ Н
100 µ Н
L752
L753 		CELP027-220Z
CELP027-100Z 		PEAKING COIL
PEAKING COIL 		22 µ Н
10 µ Н
D I O D E
D001-02
D101-02
D121-24
D151-54
D171-72
D173
D201-02
D251-54 		1SS133-T2
MTZJ13(B)-T2
MTZJ13(B)-T2
MTZJ13(B)-T2
MTZJ13(B)-T2
1SS133-T2
MTZJ13(B)-T2
MTZJ13(B)-T2
MTZJ13(B)-T2 		SI.DIODE
ZENER DIODE
ZENER DIODE
ZENER DIODE
ZENER DIODE
SI.DIODE
ZENER DIODE
ZENER DIODE
D255-56
D301-02
D353-54
D401-03
D405-06
D701 		1SS133-T2
MTZJ13(B)-T2
MTZJ13(B)-T2
1SS133-T2
MTZJ13(B)-T2
1SS133-T2 		SI.DIODE
ZENER DIODE
ZENER DIODE
SI.DIODE
ZENER DIODE
SI.DIODE
T R A N S I
Q001-02
Q006
Q101-02
Q103
Q104
Q121
Q122
Q123-24 		S T O R
DTC144EK-W
DTC144EK-W
2SA1162(YG)-W
2SC2712(YG)-W
2SC1815(YG)-T
2SC2712(YG)-W
2SA1162(YG)-W
2SC2712(YG)-W 		DIGI TRANSISTOR
DIGI TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
Q125
Q151-52
Q201
Q202
Q251-54
Q255
Q401
Q402 		2SA1162(YG)-W
2SC2712(YG)-W
2SA1162(YG)-W
2SC1815(YG)-T
2SC2712(YG)-W
2SA1162(YG)-W
DTC144EK-W
2SC2712(YG)-W 		SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
DIGI TRANSISTOR
SI.TRANSISTOR
Q403
Q501-04
Q505
Q506-07
Q601-03
Q604
Q605-06
Q607 		2SA1162(YG)-W
2SC2712(YG)-W
2SA1162(YG)-W
2SC2712(YG)-W
2SC2712(YG)-W
2SC2712(YG)-W
2SA1162(YG)-W
2SC2712(YG)-W
DTC144EK-W 		SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR
SI.TRANSISTOR 		v-horvat - di.h
Page 66
Á Symbol No. Part No. Part Name Descripti on Local
T R A N S I
Q701-02
Q751-53
Q754-55 		S T O R
2SA1162(YG)-W
2SC2712(YG)-W
DTC144EK-W 		SI.TRANSISTOR
SI.TRANSISTOR
DIGI.TRANSISTOR
I C
IC171
IC201
IC401
IC402
IC501-02
IC601
IC701
IC702 		NJM2901N
TC4066BF-W
MC13547SP
AN78L09-Y
LA7016
LA7016
MC141625AFU
AN7805 		I.C.
I.C.(DIGI-MOS)
I.C.(MONO-ANA)
I.C.
I.C.
I.C.
I.C.
I.C.(DIGI-OTHER)
I.C.
IC751
IC752 		NJM2240M-W
TC4538BP 		I.C.
I.C.(DIGI-MOS)
 O T H E R S
DL501-02
DL503
DL601
FR414
FR711
J001-02 		CE42330-001
CE42382-001
CE42350-001
QRZ0054-100M
QRZ0054-120M
CEMJ001-001 		L P F
L P F
DELAY LINE
F R
F R
21 PIN SOCKET 		10 Ω
12 Ω 		1/4W
1/4W 		J
J

TELETEXT MODULE PW BOARD ASS'Y (SMX-T101A-MJ2)

🖄 Symbol No. Part No. Part Nam е Description Local
ОТН ERS
SMX-T101A-MJ2 TELETEXT MODULE *

REMOTE CONTROL UNIT (RM-C872-E)

REMOTE CONTROL UNIT PARTS LIST

🖄 Ref.No. Part No. Part Name Description Local
1 103RRC-028-01UR FRONT COVER *
2 103RRC-027-01UR BATTERY COVER *
3 421RRC-036-01UR RUBBER SHEET *
703RRC -020-01UR BASE COVER -
Page 67

PACKING

PACKING PARTS LIST

Local Description Part Name Part No. 🛆 Ref.No.
RC HAND PIECE RM-C872-E 1
* (AV-25S1E) CUSHION ASSY CP11228-B0A-E 2
率 (AV-28S1E) CUSHION ASSY CP11229-00A-E 2
水 (AV-25S1E) PACKING CASE AEM1002-017-E 3
ste (AV-28S1E) PACKING CASE AEM1002-018-E 3
亦 (AV-25S1E) EURO LABEL AEM1005-099-E 4
* (AV-28S1E) EURO LABEL AEM1029-001-E 4
* (AV-25S1E) SET COVER AEM1004-003-E 5
來 (AV-28S1E) SET COVER AEM1004-004-E 5
* , CUSHION SHEET CP40193-009-E 6
* CUSHION SHEET CP40193-010-E 7
* INST BOOK 258SGS1EEGIBAE 8
* DOCU BAG AEM3021-001-E 9
÷ ADDRESS CARD BT-20066A-E 10
Page 68

AV-28GS1E / AV-25GS1E / AV-28S1E / AV-25S1E STANDARD CIRCUIT DIAGRAM

-NOTE ON LIGING CIDCHIT DIAGRAMS 1 SAEETV

The components identified by the Asymbol and shading are critical for safety. For continued safety replace safety critical components only with manufactures recommended narte

2 SPECIFIED VOLTAGE AND WAVEFORM

The voltage and waveform values have been measured under the following conditions

(1)Input signal :PAL Colour bar signal
(2)Setting positions
of each knob/button
and variable resistor :Original setting position
when shipped
(3)Internal resistance of tester :DC 20kΩ/V
(4)Oscilloscope sweeping time :H ⇒20µS/div
:V ⇒5mS/div
:Others => Sweeping time is
specified
(5)Voltage values :All DC voltage values
* Since the voltage values of sign nal circuit vary to some extent
percention to adjustments use the

3 INDICATION OF PARTS SYMBOLIEXAMPLE

●In the PW board ·B1200-----------------------------------

4 INDICATIONS ON THE CIRCUIT DIAGRAM

1)Resistors
  • Resistance val
ue
No unit :[Ω]
К :[KΩ]
М :[MΩ]
  • Rated allowable power
No indication :1/6[W]
Others :As specified
●Type
No indication :Carbon resistor
OMR :Oxide metal film resistor
MFR :Metal film resistor
MPR :Metal plate resistor
UNFR :Uninflammable resistor

ED :Fusible resistor

* Composition resistor 1/2 [W] is specified as 1/2S or Comp

(2)Capacitors

  • Capacitance value
    • 1 or higher
    • :fuF
  • •Withstand voltage
  • No indication :DC50[V]
  • Others :DC withstand voltage[V
  • AC indicated :AC withstand voltage[V
  • * Electrolytic Capacitors
  • 47/50[Example]:Capacitance value[µF]/withstand voltage[V]
●Туре
No indica tion :Ceramic capacitor
MY :Mylar capacitor
MM :Metalized mylar capacitor
PP :Polypropylene capacitor
MPP :Metalized polypropylene capacitor
MF :Metalized film capacitor
TF :Thin film capacitor
BP :Bipolar electrolytic capacitor
TAN :Tantalum capacitor
(3)Coils
No unit :[µH]
Others :As specified
(4)Power Sup ply
B1(146V)
■_ :B2(12V)
コ_ :9V
ユ :5V
* Respective voltage values are indicated.
(5)Test Point
Ŷ : Test point
Õ · Only test point display
(6)Connecting a method
· Connector
: Wrapping or soldering
(7)Ground symbol

  • : LIVE side around
  • 1 : NEUTRAL side ground
  • · FARTH around
  • Д : DIGITAL around

5.NOTE FOR REPAIRING SERVICE

This model's power circuit is partly different in the GND. The difference of the GND is shown by the LIVE (primary : 1) side GND and the NEUTRAL (secondary : +) side GND. Therefore, care must be taken for the following points.

  • (1) Do not touch the LIVE side GND or the LIVE side GND and the NEUTRAL side GND simultaneously. If the above caution is not respected, an electric shock may be caused Therefore, make sure that the power cord is surely removed from the receptacle when, for example, the chassis is pulled
  • (2) Do not short between the LIVE side GND and NEUTRAL side GND or never measure with a measuring apparatus (oscilloscope, etc.) the LIVE side GND and NEUTRAL side GND at the same time. If the above precaution is not respected, a fuse or any parts will be broken.
  • ♦ Since the circuit diagram is a standard one, the circuit and circuit constants may be subject to change for improvement without any notice. www.intw-honw

AV-28GS1EN/ENS No.50757 AV-25GS1EN AV-25/28S1E Sep. 1994 No.507880

Page 69

DIFFERENCE LIST

AV-28GS1E AV-25GS1E AV-28S1E AV-25S1E
SMX-1004A-U2 SMX-1003A-U2 SMX-1008A-U2 SMX-1007A-U2
SMX-2001A-U2 SMX-2002A-U2
SMX-3001A-U2 < • ↓
SMX-6001A-U2 4 SMX-6051A-U2 4
SMX-8001A-U2 4 SMX-8002A-U2 ←
SMX-8051A-U2 4 4
SMX-9001A-U2 ↓ ∢ •
SMX0A001A-U2 4 SMX0A002A-U2
SMX0F001A-U2 4 ↓
SMX0N001A-U2 4
SMX0S001A(U) 4 4
SMX-T101A-MJ2 • ←
RM-C870-E 4 RM-C872-E 4
[SMX-7001A-U2] 4 4 4

Page 70

SEMICONDUCTOR SHAPES

Page 71

Page 72

MAIN PARTS LOCATION AND ALIGNMENTS LOCATION

Note on using the layout drawing.

See the table below for the functions of the VR, trimmer capacitor, transformer, etc., on each PWB.

A : PIF PWB ASS'Y
R137 Video detection output level
B : AV SELECTOR PWB ASS'Y
C610 SECAM chroma trap trimer capacitor
T601 BELL filter transformar
D770 Vertical pulse width VD
R773 Vertical pules width VR
C.
0. R012 Noise (REAGC) VR
R012 Noise (ni AGO) VI
R216 Sub BRIGHT VB
B305 Sub TINT VB
B309 DL GAIN VB
B504 H CENTER VB
T301 DL PHASE transformar
T302 R-Y DISCRI transformar
T303 B-Y DISCRI transformar
T304 SECAM COLOUR IDENT. transformar
S441 V. CENTER SW
D: POWER PWB ASS'Y
R032 B1 voltage adjustment VR
| D: LINE FILTER PWB ASS'Y
E. /
| ⊑.
F: TELETEXT MODULE
G: SIDE CONTROL PWB ASS' (
FRONT CONTROL BWR AS
FRONT CONTROL FWB AS
1. CBT SOCKET PWB ASS'Y
B107 Green cut-off VB
B108 Bed cut-off VB
B109 Blue cut-off VB
R113 Green drive VR
R114 Red drive VR
J : HYPER BASS PWB ASS'Y (only MX- I )
AUX PWB ASS'Y (only MX-II)
| K: AUDIO PWB ASS'Y
R145 Separation VR
٢ www.rfw_borwef_dli br
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Page 73

[MX-1]

Page 74

Page 75

[MX-11]

Page 76

Page 77

BLOCK DIAGRAM [MX-1]

Page 78

Page 79

[MX-11]

Page 80

Page 81

A

CIRCUIT DIAGRAMS AND PWR PATTERNS

PIE PWB CIRCUIT DIAGRAM

Page 82

Q104 IF AMP

Page 83

AV SELECTOR PWB CIRCUIT DIAGRAM

Page 84

Page 85

MAIN PWB CIRCUIT DIAGRAM

Page 86

Page 87

Page 88

Page 89

[MX-1]

Page 90

Page 91

POWER PWB, LINE FILTER PWB CIRCUIT DIAGRAMS

[MX-II]

3-25

Page 92

Page 93

Page 94

.....

Page 95

TELETEXT MODULE CIRCUIT DIAGRAM

Page 96

www.rtv-horvat-dj.hr

29

3-30

Page 97

SIDE CONTROL PWB CIRCUIT DIAGRAM

Refer to the following PWB pattern. : SIDE PWB PATTERN 3-53page.

Page 98

FRONT CONTROL PWB CIRCUIT DIAGRAM

Refer to the following PWB pattern. : FRONT CONTROL PWB PATTERN 3-54page.

Page 99

CRT SOCKET PWB CIRCUIT DIAGRAM

Refer to the following PWB pattern. : CRT SOCKET PWB PATTERN 3-55page.

Page 100

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