TOSHIBA TOSHIBA 34D9UXE, 34D9UXH, 34D9UXM, 34D9UXR, 38D9UXE, 38D9UXR Service manual & schematics

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Page 1

FILE NO. 010-200005

TOSHIBA

SERVICE MANUAL

COLOUR TELEVISION FODS Chassis 34D9UXH, 34D9UXE

Page 2

CHAPTER 1 GENERAL ADJUSTMENTS

	SAFETY INSTRUCTIONS	3
	SET-UP ADJUSTMENT	4
	SERVICE MODE	8
	DESIGN MODE	11
	ELECTRICAL ADJUSTMENTS	12
	CIRCUIT CHECK	17
CHAI	PTER 2 SPECIFIC INFORMATIONS
	SETTING & ADJUSTING DATA	18
	LOCATION OF CONTROLS	19
	PROGRAMMING CHANNEL MEMORY	21
	CIRCUIT BLOCK DIAGRAM	23
	CHASSIS AND REPLACEMENT PARTS LIST	. 24
	PC BOARDS BOTTOM VIEW	41
	TERMINAL VIEW OF TRANSISTORS	. 51
	SPECIFICATIONS	55

CIRCUIT DIAGRAM

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CHAPTER 1 GENERAL ADJUSTMENTS

SAFETY INSTRUCTIONS

WARNING: BEFORE SERVICING THIS CHASSIS, READ THE "X-RAY RADIATION PRECAUTION", "SAFETY PRECAU-TION" AND "PRODUCT SAFETY NOTICE" INSTRUCTIONS BELOW.

X-RAY RADIATION PRECAUTION

Excessive high voltage can produce potentially hazardous X-RAY RADIATION. To avoid such hazards, the high voltage must not be above the specified limit. The nominal value of the high voltage of this receiver is (A) kV at zero beam current (minimum brightness) under a (C) V AC power source. The high voltage must not, under any circumstances, exceed (B) kV.

Refer to table-1 for high voltage (A), (B) & AC voltage (C). (See SETTING & ADJUSTING DATA on page 18)

Each time a receiver requires servicing, the high voltage should be checked following the HIGH VOLTAGE CHECK procedure in this manual. It is recommended that the reading of the high voltage be recorded as a part of the service record. It is important to use an accurate and reliable high voltage meter.

The only source of X-RAY RADIATION in this TV receiver is the picture tube. For continued X-RAY RADIATION protection, the replacement tube must be exactly the same type tube as specified in the parts list.
Some part in this receiver have special safety-related characteristics for X-RAY RADIATION protection. For continued safety, parts replacement should be undertaken only after referring to the PRODUCT SAFETY NOTICE below.

SAFETY PRECAUTION

WARNING : Service should not be attempted by anyone unfamiliar with the necessary precautions on this receiver. The following are the necessary precautions to be observed before servicing this chassis.

1. An isolation transformer should be connected in the power line between the receiver and the AC line before any service is performed on the receiver.
2. Always discharge the picture tube anode to the CRT conductive coating before handling the picture tube. The picture tube is highly evacuated and if broken, glass fragments will be violently expelled. Use shatter proof goggles and keep picture tube away from the unprotected body while handling.
3. When replacing a chassis in the cabinet, always be certain that all the protective devices are put back in place, such as; nonmetallic control knobs, insulating covers, shields, isolation resistor-capacitor network etc.

PRODUCT SAFETY NOTICE

Many electrical and mechanical parts in this chassis have special safety-related characteristics. These characteristics are often passed unnoticed by a visual inspection and the protection afforded by them cannot necessarily be obtained by using replacement components rated for higher voltage, wattage, etc. Replacement parts which have these special safety characteristics are identified in this manual and its supplements; electrical components having such features are identified by the international hazard symbols on the schematic diagram and the parts list.

Before replacing any of these components, read the parts list in this manual carefully. The use of substitute replacement parts which do not have the same safety characteristics as specified in the parts list may create shock, fire, X-ray radiation or other hazards.

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WARNING: BEFORE SERVICING THIS CHASSIS, READ THE "X-RAY RADIATION PRECAUTION", "SAFETY PRECAU-TION" AND "PRODUCT SAFETY NOTICE" ON PAGE 3 OF THIS MANUAL.

SET-UP ADJUSTMENT

The following adjustments should be made when a complete realignment is required or a new picture tube is installed. Perform the adjustments in order as follows :
- 1. Color Purity
- 2. Convergence
- 3. White Balance
- Note: 1. The PURITY/CONVERGENCE MAGNET assembly and rubber wedges need mechanical positioning Refer to figure 1.
  - Mounting position of the purity magnet assembly should fit to same position as old one because slightly difference to the position depend on a kind of tube.
* There are no adjustment of purity and convergence in some picture tube (Unified with purity magnet)

COLOR PURITY ADJUSTMENT

NOTE : Before attempting any purity adjustments, the receiver should be operated for at least fifteen minutes.
Demagnetize the picture tube and cabinet using a degaussing coil.
2. Set the brightness and contrast to maximum
3. Use a green raster from among the built-in test signals.
Loosen the clamp screw holding the yoke and slide the yoke backward or forward to provide vertical green belt (zone) in the picture screen.
5. Remove the Rubber Wedges.
Rotate and spread the tabs of the purity magnet (See figure 2.) around the neck of the picture tube until the green belt is in the center of the screen. At the same time, enter the raster vertically.
Slowly move the yoke forward or backward until a uniform green screen is obtained. Tighten the clamp screw of the yoke temporarily.
8. Check the purity of the red and blue raster

GLASS CLOT TAPES

Figure 1

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GENERAL ADJUSTMENTS

CONVERGENCE ADJUSTMENTS

NOTE: Before attempting any convergence adjustments, the receiver should be operated for at least fifteen minutes.

CENTER CONVERGENCE ADJUSTMENT

Use the cross-dot pattern from among the built-in test signals.
Set the brightness and contrast for well defined pattern.
3. Adjust two tabs of the 4-Pole Magnets to change the angle between them (See figure 2.) and superimpose red and blue vertical lines in the center area of the picture screen.
Turn the both tabs at the same time keeping the angle constant to superimpose red and blue horizontal lines at the center of the screen.
Adjust two tabs of 6-Pole Magnets to superimpose red/ blue line and green one. Adjusting the angle affects the vertical lines and rotating both magnets affects the horizontal lines.
Repeat adjustments 3, 4, 5 keeping in mind red, green and blue movement, because 4-Pole Magnets and 6-Pole Magnets have mutual interaction and make dot movement complex.

CIRCUMFERENCE CONVERGENCE ADJUSTMENT

Loosen the clamping screw of deflection yoke slightly to allow the yoke to tilt.
Temporarily put a wedge as shown in figure 1. (Do not remove cover paper on adhesive part of the wedge.)
Tilt front of the deflection yoke up or down to obtain better convergence in circumference. (See figure 3.) Push the mounted wedge into the space between picture tube and the voke to fix the voke temporarily.
Put other wedge into bottom space and remove the cover paper to stick.
Tilt front of the yoke right or left to obtain better convergence in circumference. (See figure 3.)
Keep the yoke position and put another wedge in either upper space. Remove cover paper and stick the wedge on picture tube to fix the yoke.
Detach the temporarily mounted wedge and put it in another upper space. Stick it on picture tube to fix the yoke.
After fixing three wedges, recheck overall convergence. Tighten the screw firmly to fix the yoke and check the yoke is firm.
Stick three adhesive tapes on wedges as shown in figure 1

4-POLE MAGNETS MOVEMENT

6-POLE MAGNETS MOVEMENT

INCLINE THE YOKE UP (OR DOWN)

INCLINE THE YOKE RIGHT (OR LEFT)

Circumference Convergence by DEF Yoke

Figure 3. Dot Movement Pattern

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BENERAL ADJUSTMENTS

WARNING: BEFORE SERVICING THIS CHASSIS, READ THE "X-RAY RADIATION PRECAUTION", "SAFETY PRECAU-TION" AND "PRODUCT SAFETY NOTICE" ON PAGE 3 OF SERVICE MANUAL.

SET-UP ADJUSTMENT (FOR FLAT TUBE)

The following adjustments should be made when a complete realignment is required or a new picture tube is installed. Perform the adjustments in order as follows :
- 1. Color Purity
- 2. Convergence
- 3 White Balance
- Note: The PURITY/CONVERGENCE MAGNET assembly and rubber wedges need mechanical positioning. Refer to figure 1.

COLOR PURITY ADUSTMENT

(1)Let the screen face in the installing direction or toward the east (when it is to be moved), bring up the service mode screen after demagnetizing (front, left, right, and top) with the degaussing coil, receive white signals by pressing the [TV/VIDEO] button, and then the receiver should be operated for more than 40 minutes.
[1V/VIDEO] button, and then the receiver should be operated for more than 40 minutes. (2)Perform rough adjustment of the central convergence with the P/C magnet according to the adjustment item
(3)Receive built-in green signals, loosen set screws on the deflection yoke, remove rubber wedges, and shift the deflection yoke to toward front

Figure 1

(4)Move alternately the two 2-pole magnets of the P/C magnets so that the green raster can come to the center of the screen.

Sub-4-pole convergence magnet (to be installed on deflection yoke for 30", 32")
(5)Receive built-in red and blue signals, check that there is no inclination of the single color raster toward one side, and if each color tilts to a great extent, make adjustment with the 2-pole magnet so that the 3 colors will come to the center evenly.
(6)Receive the green raster, shift the deflection yoke from a foremost position (hitting against the picture tube) to a backward position horizontally, stop the deflection yoke at a position where it begins to become a green raster, and perform accurate marking on the picture tube.
(7)Shift the deflection yoke further backward, and perform accurate marking at a position where the green raster begins to being luck.
(8)Fix the deflection yoke at a position 60% forward within the range marked in items (6) and (7) above.

CONVERGENCE ADJUSTMENTS

* Adjust the convergence magnet to get vest convergence in the the order to (1) ~ (5).

■ CENTER CONVERGENCE:

(1) Receive the white crosshatch or dot pattern from the service signal generator.
(2)Use the 2 pieces of main 4-pole magnets of P/C magnets, change the open angle, and align the red and blue vertical lines on the screen center.
(3) Freeze the open angle of the main 4-pole magnets, turn them simultaneously, and align the horizontal lines
(4) Take the same steps for items (2) and (3) above and align red/blue with green on the screen center using two 6-pole magnets.

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(5)Adjust the sub-4-pole magnets only in case there is any deviation of Xv bow-shaped convergence. (To be usually set at the initial position)

JERAL ADJUSTME

Align both sides with the sub-4-pole magnets and minimize the deviation of blue and red with the main 4-pole magnets.

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SERVICE MODE

GENERAL ADJUSTMENTS

1. ENTERING TO SERVICE MODE

Press or button once on Remote Control.

Press ox button again to keep pressing.
While pressing the ox button, press MENU button on TV set.

(Service mode display)

2. DISPLAYING THE ADJUSTMENT MENU

1) Press MENU button on TV.

3. KEY FUNCTION IN THE SERVICE MODE

The following key entry during display of adjustment menu provides special functions.

A single horizontal line ON/OFF: Test signal selection : Selection of the adjustment items : Change of the data value : Adjustment menu mode ON/OFF : Initialization of the memory (QA02) : Reset the count of operating protect	- / button (on Remote) or - € button (on TV) - € button (on Remote) Channel ▲/▼ (on TV or Remote) Volume → +/- (on TV or Remote) MENU button (on TV) CALL + Channel button on TV (▲)
circuit to "00": "RCUT" selection : "GCUT" selection : "BCUT" selection : "CNTX" (or "SCNT") selection : "COLC" selection : "TNTC" selection : Test audio signal ON/OFF (1kHz) : Self diagnostic display ON/OFF :	CALL + Channel button on TV (♥) 1 button 2 button 3 button 4 button 5 button Color thickness correction 6 button note: Displayed differently as shown below, de 8 button pending on the setting of the receiving colo 9 button system. COLP (PAL) COLC (NTSC) COLS (SECAM)

CAUTION : Never try to perform initialization unless you have changed the memory IC.

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4. SELECTING THE ADJUSTING ITEMS

Every pressing of CHANNEL ▲ button in the service mode changes the adjustment items in the order of table-2. (▼ button for reverse order)

Refer to table-2 for preset data of adjustment mode. (See SETTING & ADJUSTING DATA on page 18)

5. ADJUSTING THE DATA

Pressing of VOLUME

6. EXIT FROM SERVICE MODE

1) Pressing POWER button to turn off the TV once.

■ INITIALIZATION OF MEMORY DATA OF QA02

After replacing QA02, the following initialization is required

1. Enter the service mode, then select any register item.
Press and hold the CALL button on the Remote, then press the CHANNEL ▲ button on the TV. The initialization of QA02 has been complated.
Check the picture carefully. If necessary, adjust any adjustment item above. Perform "Auto search Memory" on the owner's manual.

CAUTION: Never attempt to initialize the data unless QA02 has been replaced

7. TEST SIGNAL SELECTION

Every pressing of button on the Remote Control changes the built-in test patterns on screen as described below in SERVICE MODE.

Signal off ------ NTSC signals (14 patterns)

PAL signals (14 patterns) ◀

Signals	Picture
Red raster Green raster Blue raster All Black All White
Black & White
Black cross-bar White cross-bar Black cross-bar on green raster
Black cross-hatch White cross-hatch
Black cross-dot White cross-dot
• H signal (white) • H signal (black)

* The signals marked with 💷 are not usable to display in the Test signal for some model.

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8. SELF DIAGNOSTIC FUNCTION

Press "9" button on Remote Control during display of adjustment menu in the service mode The diagnosis will begin to check if interface among IC's are executed properly.
2) During diagnosis, the following displays are shown.

	<>
23***** POWER BUS LINE BUS CONT BLOCK	: 00 : OK : OK : UV V1 V2 QV01

(1) Part number of microcomputer (QA01)
Operation number of protecting circuit ---- "00" is normal.

When indication is other than "00", overcurrent apts to flow, and circuit parts may possibly be damaged.

③ BUS LINE CHECK ----- "OK" is normal. "SDA1-GND" ------ SDA-GND short circuit. "SCL1-GND" ------ SCL-GND short circuit. "SCL 1-SDA1" ------ SCL -SDA short circuit.
SULT-SDAT ----- SUL-SDA short circuit. A BUS CONT ---- "OK" is normal.

When indication shows "Q OOO NG", the device with the number may possibly be damaged.

BLOCK

UV : TV reception mode
V1 : VIDEO 1 input mode (------------------------------------
V2 : VIDEO 2 input mode (-)2)

Indicated color of mode now selected : Green and Red Indicated color of other modes : White

Green : Norma

Red : The microcomputer operates to provide judgement of no video signal. The red color is still indicated though the signal is input, failure may exist in input signal line including QV01.
QV01 : In case of indication green ---Normal In case of indication red with input signal----Failure may exist in output line including QV01

NOTE: Component which controls character display on screen is QT01 (TELETEXT IC.). If this display function fails to operate due to damage in QT01, self diagnosis procedure is as follows.

(1) In case that power indicator is blinking with interval of 0.5 seconds; it means protecting circuit (Current limiter) is operating, and circuit components may possibly be damaged. Check related components.
(2) In case that power indicator is blinking with interval of 1 second; Protecting circuit does not operate, but a part of Bus line does not operate normally. Check Bus line.
* The items marked with 🐭 are not usable to display in the SELF DIAGNOSTIC FUNCTION for some model

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DESIGN MODE

1. ENTERING TO DESIGN MODE

When QA02 is initialized, items "OPT0", "OPT1", "OPT2" and "OPT3" of DESIGN MODE are set to the data of the representative model of this chassis family

Therefore, because ON-SCREEN specification remains in the state of the representative of model. This model is required to reset the data of items "OPT0", "OPT1", "OPT2" and "OPT3"

2 SELECTING THE ADJUSTING ITEMS

Every pressing of CHANNEL V button in the design mode changes the adjustment items in the order of table-3 (A button for reverse order)

Refer to table-3 for data of design mode. (See SETTING & ADJUSTING DATA on page 18)

3. ADJUSTING THE DATA

Pressing of VOLUME ▲ or ▼ button will change the value of data.

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ELECTRICAL ADJUSTMENTS


	34.38
2002	18 M
		10000
-	00	200000
	1.1	10000
	1000	10100
		735532
000X	2262
		10000
	ыл ^. .	338386
	r
		.caecae
	~~~	200000
	98	30556

2022
***
	M
		200000
200	10000	ALC: 13
		12222
	102.0
	***	100000
2233	138 4	200000
	5	10000

2003 (S	-	200.00
2000	80 S X
202		1000346
	io nel
	22000	100000
	5556

20 M	1000	100000
2000		2005000
		4000000
283	·
202
30.65	Sec	200000
2202	C 840 C
808	() ( )	738336
S	Notes a	5555588
2555		200300
	8444	200-000
3338	1.5	20120-0
2000	Res.	2002
	. w	100000
2030
5 W W		2000
2002	2000	20.00
4000		1000000
- 200		2020
1000	r~~~~	20.00
	юн ^и .
2018	1.14	cont200
a: 50
888. J	1.8.3	100,000
202	. 4 8	301003
80.39
2006
2000	8.8	20.00
88	ر سې	100.00
80 B	200.05
-

ITEM	ADJUSTMENT PROCEDURE
FOCUS VR ADJ	Enter the service mode, then select any register item. Press the TV/VIDEO button on the Remote until the black cross-bar pattern appears on the screen. Adjust the FOCUS control (on T461) for well defined scanning lines on the picture screen.
SUB-BRIGHTNESS (BRTC) Note: Constrict the picture height until the vertical retrace line appears adjusting the item HIT (HEIGHT).	Set CONTRAST to minimum, and BRIGHTNESS to center by adjusting user controls. Set the TV in service mode to get white cross-bar of inside pattern. Select BRTC (brightness correction), and adjust the
HORIZONTAL POSITION ADJUSTMENT (HPOS) VERTICAL POSITION ADJUSTMENT (VPOS)	Set the TV in service mode, and get black or white cross-bar signal with VIDEO button on remote hand unit. Select either HPOS (Horizontal pic- ture phase) or VPOS (Vertical picture phase) with CHANNEL ▲, ▼ buttons, and adjust horizontal or vertical pic- ture position in the center of screen with VOLUME
VERTICAL AMPLITUDE ADJUSTMENT (HIT)	Set the TV in service mode, and get black or white cross-hatch signal with VIDEO button on remote hand unit. Select HIT (Vertical amplitude) with CHANNEL ▲, ▼ buttons, and adjust vertical amplitude with VOLUME △ - /+ buttons so that vertical am- plitude lacks a little. Adjust vertical amplitude with VOL- UME △ - /+ buttons so that the first bar on cross-hatch signal touches edge of screen.

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ITEM	ADJUSTMENT PROCEDURE
WIDTH (WID)	Call up the adjustment mode display, then select the item WID. Press the
E-W PARABOLA (PARA)	Call up the adjustment mode display, then select the item PARA. Press the -● button on Remote until the cross-hatch pattern appears on the screen. Press the ∠ - /+ button to make vertical lines straight as shown below.
WHITE BALANCE ADJUSTMENT • CUTOFF ADJUSTMENT (RCUT) (GCUT) (BCUT) • DRIVE ADJUSTMENT (GDRV) (BDRV)	Set Contrast to 40, and brightness to +20 by picture control. Set the TV in service mode, and get the inside W/B adjusting signal with VIDEO button. Select RCUT, GCUT and BCUT with CHANNEL ▲, ▼ buttons, to set individual values to Initial reference data, and to set GDRV and BDRV to Initial reference data with VOLUME △ - /+ buttons (See page 18). Press - button on the remote control and rotate Screen VR to get one slight horizontal line on screen. Note: Every pressing of - button provides Horizontal line picture and Normal picture alternately. Press - button to release horizontal line picture, and select the two other colors which did not light in the above step with CHANNEL ▲, ▼ buttons. Then tap VOL-UME △ - /+ buttons so that three colors slightly light in the same level. To correct white balance in light area, select GDRV and BDRV with CHANNEL ▲, ▼ buttons to adjust. To correct white balance in dark area, perform fine adjustment of RCUT, GCUT and BCUT.

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F0DS Series (Reference factory adjustment)


Items	Settings	Input signals	Measuring methods	Adjusting methods	Measuring instruments	Adjusting methods	Adjust-
SBY	SECAM B-Y black level	Contrast: MAX Bright: CNT Color: CNT	SECAM Color bar (E2CH)	TP46B	Synchro	1 Adjusting the level of black- and-white signal part with the black level. Adjust this after COLS, BELL adjustment.	standard ±40mV
SRY	SECAM B-Y black level	Contrast: MAX Bright: CNT Color: CNT	SECAM Color bar (E2CH)	TP46R	Synchro	Adjust the level of black-and- white signal part with the black level. Adjust this after COLS, BELL adjustment.	±40mV
SCNT	Sub-contract	Contrast: MAX Bright: CNT Color: CNT Taint: CNT	Sub-bright signal (J2CH)	TP46R	Synchro	If SCNT is selected, Y signals are issued from the monitor output. Adjust the amplitude of white level from the pedestal level.	2.5V(P-P) ±0.2V(P-P)
BRTC	Sub-bright center	Contrast: MAX Bright: CNT Color: MIN	Sub-bright signal (J2CH)	Screen adjust- ment	Screen ad- justment	Adjust the number of collapsed black lines of the sub-bright sig- nal. Adjust this after W/B, SCNT adjustment	4 ±1.5 lines
COLC	Sub-color NTSC	Contrast: MAX Bright: CNT Color: CNT Taint: CNT Screen mute: ON	Sub-bright signal (J2CH)	TP46B	Synchro	If COLC is selected, B-Y signals are issued from the monitor output. Adjust the amplitude of color bar output. Adjust this after SCNT, TNTC adjustment.	1.40 V (P-P) ±0.2V(P-P) *P-P val- ues for the up- per half
COLP	Sub-color center	Contrast: MAX Bright: CNT Color: CNT Taint: CNT Screen mute: ON	Sub-bright signal (UK23CH)	TP46B	Synchro	If COLP is selected, B-Y signals are issued from the monitor output. Adjust the amplitude of color bar section. Adjust this after SCNT, COLC adjustment.	1.40V(P-P) ±.2V(P-P) *P-P val- ues for the up- per half
COLS	Sub-color SECAM	Contrast: MAX Bright: CNT Color: CNT Taint: CNT Screen mute: ON	SECAM Color bar (42ch)	TP46B	Synchro	If COLS is selected, B-Y signals are issued from the monitor output. Adjust the amplitude of color bar. Adjust this after SCNT adjustment.	1.90 V (P-P) ±0.2V(P-P) *P-P val- ues for the up- per half
R CUT G CUT B CUT Screen VR	R cutoff G cutoff B cutoff	Set to R CUT: 40H G CUT: 40H Set to BCUT: 40H Enter Horizontal Straight-line Mode		Screen adjust- ment	Screen judgment	Carry out the setting as in the left condition. Gradually increase the screen VR and stop it at a position where any line of R,G, and B slightly emits light. This position right here will be set for screen VR adjustment. Gradually increase remaining two screen VRs - except the line that emitted slight light as mentioned in item (2) above - and stop it at positions where respective lines start to emit light slightly. (Make adjustment until the screen becomes vir- tually white.)

Page 15

Items	Settings	Input signals	Measuring methods	Adjusting methods	Measuring instruments	Adjusting methods	Adjust- ing
RCUT GCUT BCUT GDRV BDRV	White balance R cutoff G cutoff B cutoff G drive B drive	Contract: MAX Bright: CNT Color: MIN Set to GDRV: 40H BDRV: 40H.	Raster sig- nal without color burst	C·P·T	W/B checker	Carry out RCUT, GCUT, BCUT and Screen VR after abovementioned adjustment Carry out the setting of GDVR, BDRV as in the left condition. Use a checker that can change modulation factor and adjust brightness	HIGH (103cd/ m ² ) 11500 k + 0.0075uv DARK (17cd/m ² ) 10500 k + 0.0105uv * The range of adjust- ment is identical to the one employed in the past


Adjusting parts	Input/output points	Adjusting signals	Adjusting conditions and procedures
Horizontal ampli-	Visual adjustment by	WG Phillips Pattern	1 Conditions: These are to be Cont max, Bright cent, Color
tude adjustment	patterns	Do not use the Phillips	cent, and DFS modes after adjusting V.HEIGHT, VERT
Adjusting number	(Bus control)	Pattern of France	POSITION, and H. CENT.
of pin distortion		SECAM.	2 Adjusting procedures
correction			a Turn the geomagnetism correction circuit OFF (cursor
Adjusting number			- 00).
of trapezoid dis-			b Adjust the horizontal amplitude by Sub Address WID.
tortion correction			Make sure that you hide the left and right white flags to
			the utmost possible limit.
			c Turn the left and right vertical bars into straight lines by
			Sub Address PARA.
			d Correct the trapezoid distortion by Sub Address TRAP.
			e Adjust Sub Address WID again.
H. CENT	Visual adjustment by	WG Phillips Pattern	1 Conditions: Cont max, Bright cent, Color cent, and DES
	patterns	Do not use the Phillips	modes
	(Bus control)	Pattern of France	2 Adjusting procedures
		SECAM.
			- 00).
			tor
			(Finalize D-C in the CBT adjusting magnetic field)
	Visual adjustment by	WG Phillips Pattern	1 Conditions: Cont max Bright cent. Color cent. and DES
VERT POSITION	natterns	Do not use the Phillips	modes
	(Bus control)	Pattern of France	2 Adjusting procedures
		SECAM.	a Turn the geomagnetism correction circuit OFF (cursor
			- 00).
			b Adjust the V. Position to the center by Sub Address
			VPOS so that the up-and-down position of the Phillips
			Pattern's circle comes to the center.
			c Adjust HEIGHT by Sub Address HIT so that you will
			be able to hide the up-and-down flags of Phillips Pat-
			tern to the utmost possible limit.
			d Adjustment is to be made facing south or north. If it is
			impossible to do so, offset the adjustment by geomag-
			netism.
V901	C: CRT adjustment		Magnetic fields UXC, UC, UXM (BV = 35mT)(BH = 30mT)
	magnetic fields		UXH, UH, UE (BV =0mT)(BH = 40mT)

Page 16

PIP ADJUSTMENT

[DATA ADJUSTMENT]

1 Sub-bright adjustment of sub-screen

Condition) Carry this out after completing adjustment of main screen.
- (1) Both the main and sub screens receive the images of in-house signals and domestic 2 channel (2) Select the adjusting item PYOF and adjust the number of collapsed black lines.
Standard) 4 ± 1.5 lines
2 BELL adjustment [PBEL] of sub-screen
- Condition) -
- Adjustment)(1) Receive the image of SECAM color bar (E-2ch) on the sub-screen.
  - (2) Observe TPM02
- (3) Select the adjusting item [PBEL] and make adjustment so that the waveforms will become flat. Standard) + 10%

<Reference data>

3 DC offset adjustment of sub-screen on color difference
- Condition) Carry this out after completing adjustment of sub-screen
- Adjustment) (1) Both the main and sub screens receive the entire black signals.
  - (2) Observe PY01#4 (Rout).
  - (3) Select the adjusting item PIOF and adjust DC offset amount.
  - (4) Observe PY01#5 (Bout).
  - (5) Select the adjusting item PQOF and adjust DC offset amount.
Standard) 0 ± 10mV
4 SECAM R-Y black level adjustment [PSRY] of sub-screen
- Condition) (1) Dynamic mode
(2) After adjusting [PIOF], [PQOF], and [PBEL]
Adjustment) (1) Let the sub-screen receive SECAM color bar (E-2ch)
- (2) Observe TP-46R.
- (3) Adjust the level of black-and-white signal part to the black level.
Standard) ± 40mV
5 SECAM R-Y black level adjustment [PSBY] of sub-screen
Condition) (1) Dynamic mode
- (2) After adjusting [PIOF], [PQOF], and [PBEL]
Adjustment) (1) Let the sub-screen receive SECAM color bar (E-2ch)
- (2) Observe TP-46B
  - (3) Adjust the level of black-and-white signal part to the black level
Standard) ± 40mV

Page 17

CIRCUIT CHECK

HIGH VOLTAGE CHECK

CAUTION: There is no HIGH VOLTAGE ADJUSTMENT on this chassis. Checking should be done following the steps below.

Connect an accurate high voltage meter to the second anode of the picture tube.
Turn on the receiver. Set the BRIGHTNESS and CONTRAST controls to minimum (zero beam current).
3. High voltage must be measured below (B) kV.

4. Vary the BRIGHTNESS control to both extremes to be sure the high voltage does not exceed the limit under any conditions.

Page 18

CHAPTER 2 SPECIFIC INFORMATIONS -

SETTING & ADJUSTING DATA

[ SAFETY INSTRUCTIONS ]

		34"
HIGH VOLTAGE AT ZERO BEAM:	(A)	32.6 kV
MAX HIGH VOLTAGE:	(B)	34.0 kV
AC VOLTAGE	(C)	110~240 V

Table-1

ADJUSTING ITEMS AND DATAS IN THE SERVICE MODE:


ltem	Name of adjustment	Preset	Data	Item	Name of adjustment	Preset	Data
RCUT GCUT BCUT GDRV BDRV CNTX BRTC COLC TNTC COLP COLS SCNT VOLS FVOL NVOL NICL NICH IDL	R CUTOFF (B/W) G CUTOFF (B/W) B CUTOFF (B/W) G DRIVE B DRIVE SUB CONTRAST MAX (4:3 MODE) SUB BRIGHT CEN SUB COLOR CEN NTSC SUB TINT CEN SUB COLOR CEN PAL SUB COLOR CEN PAL SUB COLOR CEN SECAM SUB COLOR CEN SECAM SUB CONTRAST VOL SCART FM VOL PRE SCALE NICAM VOL PRE SCALE NICAM THRESHOLD LEVEL IGR THRESHOLD LEVEL	40H 40H 40H 40H 7FH 80H 45H 20H 03H 45H 03H 45H 08H 75H 15H 3CH 03H 03H 0AH 90H	†	IDH EVOL HPOS VPOS HIT VLIN VSC VPS VCP WID PARA CNR TRAP HCP VFC SRY SBY	IGR THRESHOLD LEVEL EXT PRE. VOLUME 50Hz H-POSITION V-POSITION HEIGHT HEIGHT V-LINEARITY V-S CORRECTION V-SHIFT V-COMPENSATION PICTURE WIDTH E-W PARABOLA E-W CORNER TRAPEZIUM H-COMPENSATION V-F CORRECTION SECAM R-Y SECAM-B-Y	A0H 00H 31H 88H 44H 12H 16H 0CH 05H 29H 17H 0AH 28H 01H 0FH 08H 08H	†
				1		1

Table-2

ADJUSTING ITEMS AND DATAS IN THE DESIGN MODE

ſ	ltem	Name of adjustment	Preset Data	Da	Bemarks
			Treset Data	UXH	UXE
	OPT0 OPT1 OPT2 OPT3	OPTION 0 OPTION 1 OPTION 2 OPTION 3	00H 42H 04H 00H	00H 6AH 04H DFH	80H 6AH 04H CEH

Table-3

Page 19

LOCATION OF CONTROLS (Representative: 34D9UXE)

Page 20

• Fower on/standby
		_	P.in-P functions
		ſ	PIP (P_in_P_on/off)
🕸 Sound mute			En Location

CALL (Position call/		/
On-screen off)		í
🗊 index, initial

OD I/II Stereo/bilingual select
			the state of the s
Teletext			.ΤΧΤ/ΤΥ
R (Red)	DILT SEARCH STROBE IXITY		(Text/Mix/TV select)
G (Green)			STROBE (Strobe on/off)
Y (Yellow)			SEARCH (Multi window on/of
B (Blue)			SEARCH (Mail Window On/or
Picture control			Sound control

VTP functions
Toshiba V/TB can be operated with			∙ ⊲Դ Super woofer
these buttons
() Power on/standby			Number buttons
			(Channel select)
Stop			· -/Digit select
	00000
►► Fast forward			- TV/VIDEO input select




Position down/up		1	· →I∕⊒I≁ Selectable picture
(Channel select)	B
			HNK Salaatabla sound
Teletext		Î
🗃 Stop	III MENU E.Đ & II
Reveal/conceal	∭ °∕ _ ∵⊗⊂ °−⊓		· F (Quick operation)
Full/top/bottom
Ime/text cancel
			MENU V/A
			(Menu item
	/		select)
/			MENU -/+
MENU			(Menu item adjust)
(menu open/close)			-

	TOSHIBA		: 34D9UXE,
			34D9UXM and
			34D9UXA only
		,

Page 21

PROGRAMMING CHANNEL MEMORY

First, use the ASM (Automatic Search Memory) function to preset all the active channels in your area automatically. Then, arrange the preset channels with the MANUAL SEARCH (SEARCH or >>>), MFT (Manual Fine Tuning) and SKIP functions so that you can tune into only desired channels.
This section shows how to tune in channels using mainly the Remote Controller. You can also perform the system select, ASM, MANUAL SEARCH (SEARCH or >>>), MFT and SKIP operations using the buttons on the TV set.

To preset channels (ASM)

ASM (Automatic Search Memory)

Select the first position number you want the ASM to start presetting from with the POSITION ▼/▲ buttons or the direct select buttons.
2 Press the MENU button repeatedly to call up the SET UP menu on the screen.

Confirm that "COLOR" is set to "AUTO" and "SOUND" is set to proper system. If not, press the MENU ▼/▲ (or position ▼/▲) buttons to move the cursor (►) to "COLOR" or "SOUND" then press the MENU -/+ (or -/+) buttons to select the proper systems.

Press the MENU ▼/▲ (or position ▼/▲) buttons to move the cursor (►) to "ASM".
5

Press the MENU + (or

After presetting

Check the preset channels by pressing the POSITION V buttons.

If the picture or sound of a certain channel is not good, re-tune the channel using the ASM, MANUAL SEARCH (SEARCH or >>>) or MFT function.
If the colour of a certain channel is abnormal, the automatic colour system selection (AUTO) may have malfunctioned, or sound system selection is wrong. In such a case, select another colour and/or sound system.

MFT (Manual Fine Tuning)

The adjustments below are not necessary under normal conditions. However, in areas of inferior broadcast conditions where adjustment is necessary for a better picutre, adjust the tuning with the MFT (Manual Fine Tuning).

Select the channel you want to fine-tune with the PO-SITION * buttons or direct select buttons.
2 Press the MENU button repeatedly to call up the SET UP menu on the screen.
Press the MENU ▼/▲ (or position ▼/▲) buttons to move the cursor (►) to "MFT".

Press the MENU -/+ (or /+) buttons until the best possible picture and sound are obtained. [-]DOWN or [+]UP is highlighted while tuning in.

Page 22

• Use the MANUAL SEARCH (SEARCH or >>>) function if desired channels cannot be preset with the ASM or if you would like to preset channels to specific position numbers one by one.

It is convenient to set the channel numbers to the same position numbers using MANUAL SEARCH (SEARCH or >>>) and SKIP functions.

To preset channels (Manual search) and skip unnecessary position numbers

Manual search (SEARCH or >>>) To skip a position number Select a desired position number with the POSITION After presetting the channels, you may skip unnecessary po A or direct select buttons sition numbers so that only the channels you want to watch are selected Press the MENU button repeatedly to call up the SET LIP menu on the screen Select the position number to be skipped with the PO SITION VA buttons or direct select buttons Press the MENIL V/A (or position V/A) buttons to move 2 the cursor (►) to "SEARCH or >>>" Press the MENU button repeatedly to call up the SET 2 LIP menu on the sereen Press the MENU -/+ (or -/+) buttons to start searching. The MENU – (or –) button searches for lowernumbered channels: the MENU + (or +) button for higher-numbered channels Press the MENU V/A (or position V/A) buttons to move Repeat this process until you can get the desired chan-2 the cursor (►) to "SKIP" When the desired channel is shown, press the MENU 5 ▼/▲ buttons (or position ▼/▲) to move the cursor (►) to " → " Press the MENU -/+ (or -/+) buttons to select "SKIP ON" Press the MENU + (or 1 +) button to store the chan-6 nel at the current position 5 Press the CALL button to turn off the SET UP menu display Select the position number to be skipped with the direct select buttons. The * mark appears to the left of the position number When you desire to store another channel at another The position number will then be skipped when you position, move the cursor (>) to "POSITION" with the MENU V/▲ (or position V/▲)buttons and select a deselect channels with the POSITION VA buttons sired position number with the MENU -/+ (or 2 -/ +)buttons. Then, press the MENU t/s (or position V /A) buttons to move the cursor (>) to "SEABCH or >>> To restore a skipped position number and repeat the steps 4 to 7. Or, repeat the steps 1 to 7 1 Select the position number you want to restore with the diafter the display disappears. rect select buttons. 2 Press the MENU button to call up the SET UP menu display and press the MENU V/▲ (or position V/▲) buttons to move the cursor (►) to "SKIP" 3 Press the MENU -/+ (or -/+) buttons to select "SKIP OFF"

* Please refer to owner's manual.

Page 23

CIRCUIT BLOCK DIAGRAM

- 23 -

Page 24

CHASSIS AND CABINET REPLACEMENT PARTS LIST

WARNING: BEFORE SERVICING THIS CHASSIS, READ THE "X-RAY RADIATION PRECAUTION", "SAFETY PRE CAUTION" AND "PRODUCT SAFETY NOTICE" ON PAGE 3 OF THIS MANUAL.

CAUTION : The international hazard symbols "A" in the schematic diagram and the parts list designate components which have special characteristics important for safety and should be replaced only with types identical to those in the original circuit or specified in the parts list. The mounting position of replacements is to be identical with originals. Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE. Do not degrade the safety of the receiver through improper servicing.

NOTICE

The part number must be used when ordering parts, in order to assist in processing, be sure to include the Model number and Description.

Electrolytic Metal Film Fusible Resistor

• The PC board assembly with * mark is no longer available after the end of the production

			Model : 34	D9UX	H/3	4D9UXE
Capacitors	CD	:	Ceramic Disk	PF	:	Plastic Film	EL	:
Resistors	CF	:	Carbon Film	СС	:	Carbon Composition	MF	:
	OMF	:	Oxide Metal Film	VR	:	Variable Resistor	FR	:

(All CD and PF capacitors are ±5%, 50V and all resistors, ±5%, 1/6W unless otherwise no

Location No.	Part No.	Description	Location No.	Part No.	Description
CAPACITOR	S		C321	24591203	PF, 0.02μF
C105	24212102	CD, 1000pF, ±10%	C322	24617915	EL, 1µF, ±10%, 50V
C106	24797100	EL, 10μF, ±20%, 50V	C323	24567224	PF, 0.22µF
C107	24763221	EL, 220µF, ±20%, 16V	C324	24567683	PF, 0.068μF
C110	24232103	CD, 0.01µF, +80%, -20%	C325	24539684	PF, 0.68μF
C111	24794101	EL, 100μF, ±20%, 16V	C327	24073042	EL, 1000μF, ±20%, 16V
C115	24232103	CD, 0.01µF, +80%, -20%	C328	24232103	CD, 0.01µF, +80%, -20%
C116	24763221	EL, 220µF, ±20%, 16V	C341	24591104	PF, 0.1μF
C117	24232103	CD, 0.01µF, +80%, -20%	C350	24214122	CD, 1200pF, ±10%, 500V
C190	24232103	CD, 0.01µF, +80%, -20%	C351	24591102	PF, 1000pF
C199	24666221	EL, 220μF, ±20%, 16V	C352	24617912	EL, 2.2μF, ±10%, 50V
C201	24567224	PF, 0.22μF	C361	24539474	PF, 0.47μF
C202	24109103	Chip, 0.01µF, ±10%, 25V	C370	24794101	EL, 100μF, ±20%, 16V
C203	24092730	Chip, 0.1µF, ±10%, 16V	C371	24794100	EL, 10μ F , ±20%, 16V
C204	24669010	EL, 1μF, ±20%, 50V	C380	24797229	EL, 2.2μF, ±20%, 50V
C205	24669229	EL, 2.2µF, ±20%, 50V	C390	24669100	EL, 10μF, ±20%, 50V
C206	24797220	EL, 22μF, ±20%, 50V	C391	24666100	EL, 10μF, ±20%, 16V
C210	24085958	EL, 1.0μF, ±20%, 50V,	C392	24085981	EL, 10μF, ±20%, 16V,
		Non-Polar			Non-Polar
C212	24794100	EL, 10μF, ±20%, 16V	C393	24666100	EL, 10μF, ±20%, 16V
C214	24591334	PF, 0.33μF	C394	24591104	PF , 0.1μ F
C218	24105390	Chip. 39pF	C396	24082598	PF, 1800pF, ±3%, 1800V
C219	24105100	Chip, 10pF, +0.5pF	C403	24591433	PF, 0.043μF
C220	24105100	Chip, 10pF, ±0.5pF	C404	24797229	EL, 2.2μF, ±20%, 50V
C221	24105100	Chip, 10pF, ±0.5pF	C406	24214471	CD, 470pF, ±10%, 500V
C263	24794470	EL. 47μF. ±20%. 16V	C413	24214332	CD, 3300pF, ±10%, 500V
C264	24794100	EL. 10µF. ±20%. 16V	C416	24676330	EL, 33μF, ±20%, 100V
C265	24794470	EL. 47μF, ±20%, 16V	C417	24214391	CD, 390pF, ±10%, 500V
C266	24794100	EL. 10µE. +20%, 16V	C419	24212102	CD, 1000pF, ±10%
C303	24214471	CD, 470pF, ±10%, 500V	C420	24666101	EL, 100µF, ±20%, 16V
C304	24693473	PF, 0.047μF, 100V	C421	24567104	PF, 0.1μF
C306	24667332	EL. 3300 µ ^- , ±20%, 25V	C423	24829513	PF, 0.051μF, 400V
C307	24567393	PE, 0.039 u F	C430	24109103	Chip, 0.01µF, ±10%, 25V
C308	24669221	EL. 220µE. +20%. 50V	C431	24763102	EL, 1000µF, ±20%, 16V
C309	24073090	EL. 100µF. ±20%, 50V	C432	24073059	EL, 3300μF, ±20%, 25V
C310	24669222	EL. 2200 µ F. ±20%. 50V	C433	24232103	CD, 0.01µF, +80%, -20%
C313	24082058	PF, 0.27μF, 100V	C440	24082941	PF, 3000pF, ±3%, 1500V
C315	24797478	EL, 0.47μF, ±20%, 50V	C442	24829333	PF, 0.033µF, 400V
C316	24539104	PF, 0.1µF	C443	24082637	PF, 0.1μ F , 400V
C318	24666221	EL, 220µF, ±20%, 16V	C444	24082835	PF, 4700pF, ±3%, 1800V
C319	24212472	CD, 4700pF, ±10%	C445	24828473	PF, 0.047μF, 200V

Page 25

C446 24679330 EL, 33μF, ±20%, 250V C448 24640908 EL, 33μF, ±20%, 160V C451 24829243 PF, 0.024μF, 400V C460 24073092 EL, 330μF, ±20%, 50V C463 24591203 PF, 0.02μF C464 24640927 EL, 120%, 50V
C448 24640908 EL, 33μF, ±20%, 160V C451 24829243 PF, 0.024μF, 400V C460 24073092 EL, 330μF, ±20%, 50V C463 24591203 PF, 0.02μF C464 24673092 EL, 330μF, ±20%, 50V
C451 24829243 PF, 0.024μF, 400V C460 24073092 EL, 330μF, ±20%, 50V C463 24591203 PF, 0.02μF C464 2462023 FL 1000(
C460 24073092 EL, 330μF, ±20%, 50V C463 24591203 PF, 0.02μF
C463 24591203 PF, 0.02μF

L 404 Z464U87Z EL 104E ±20% 100V
C467 24082416 PE, 6200pE, +3%, 1250V
C470 24794101 EL 100μF, ±20%, 16V
C472 24567474 PF. 0.47 µ F
C473 24073081 EL 1.0 u E +20% 50V
C477 24591393 PE 0.039//E
C478 24539104 PE 0.1µE
C481 24085988 EL 1.0µE +20% 50V
Non-Polar
C482 24212122 CD. 1200pE. +10%
C495 24092343 CD, 680pF, ±10%, 2kV
C496 24092343 CD, 680pF, +10%, 2kV
C497 24214471 CD, 470pE +10% 500V
C499 24591152 PE, 1500pE
C500 24763101 EL. 100μE. +20%. 16V
C502 24109103 Chip. 0.01 u E +10% 25V
C503 24763221 EL 220//E +20% 16V
C508 24669010 EL 1µE +20% 50V
C509 24763101 EL 100µE +20% 16V
C510 24763101 EL 100µE +20% 16V
C511 24109103 Chip 0.01 u E ±10% 25V
C513 24109103 Chip, 0.01µF, ±10%, 25V
C514 24092730 Chip, 0.1µF, ±10%, 16V
C515 24092730 Chip, 0.1µF, ±10%, 16V
C520 24109102 Chip, 1000pF, +10%
C521 24109102 Chip, 1000pF, ±10%
C522 24797010 EL 1µE +20% 50V
C523 24109103 Chip 0.01//E +10% 25V
C524 24092730 Chip 0.1/F +10% 16V
C525 24092730 Chip, 0.1µE, ±10%, 16V
C526 24474101 CD. 100pE. +10%
C530 24797101 EL. 100µE, ±20%, 50V
C531 24109103 Chip. 0.01 u E. +10%. 25V
C532 24797220 EL. 22 µ F. ±20%. 50V
C533 24797220 EL. 22 µ F, ±20%, 50V
C534 24797220 EL. 22µF. ±20%. 50V
C535 24797220 EL. 22 µ F. ±20%. 50V
C536 24794220 EL 22 µ E ±20% 16V
C537 24797220 EL. 22 u F. ±20%, 50V
C541 24092730 Chip. 0.1 u F. ±10% 16V
C542 24092730 Chip. 0.1μF. ±10% 16V
C543 24797470 EL. 47 u F. ±20%. 50V
C544 24109103 Chip, 0.01 u F. ±10%. 25V
C545 24797470 EL. 47 u F. ±20%. 50V
C546 24109103 Chip, 0.01µF. ±10%. 25V
C547 24092730 Chip, 0.1µF, ±10%, 16V
C548 24092730 Chip, 0.1µF, ±10%, 16V
C549 24092730 Chip, 0.1μF, +10%, 16V
C550 24797479 EL, 4.7 u F. ±20%. 50V
C551 24092730 Chip. 0.1 u F. ±10% 16V
C552 24092730 Chip, 0.1 u F, ±10%, 16V
C553 24092730 Chip, 0.1 u F, +10% 16V
C554 24763102 EL, 1000μF, ±20%, 16V
C555 24109103 Chip, 0.01µF, ±10%, 25V
C560 24105100 Chip, 10pF. ±0.5pF
C561 24109103 Chip, 0.01µF. ±10%. 25V
C562 24797478 EL, 0.47µF. ±20%, 50V
C563 24092730 Chip, 0.1 u F. ±10%, 16V
C564 24092730 Chip, 0.1μF, ±10%. 16V

Location No.	Part No.	Description
C565	24567223	PF, 0.022μF
C566	24797229	EL, 2.2μF, ±20%, 50V
C567	24092730	Chip, 0.1µF, ±10%, 16V
C568	24109103	Chip, 0.01µF, ±10%, 25V
C569	24109103	Chip, 0.01µF, ±10%, 25V
C580	24567104	PF. 0.1 u F
C601	24591681	PE 680pE
C602	24591681	PF. 680pF
C603	24797100	FL 100E +20% 50V
C604	24797100	EL 10//E +20% 50V
C605	24795100	EL 100//E +20% 25V
C605	24795101	EL 100//E +20% 25V
C607	24591104	PE 0 1//E
C608	24591104
C609	24073094	EL 1000//E +20% 50V
C610	24073094	EL 1000µF +20% 50V
C611	24075004	EL 220//E +20% 25V
C613	24753221	EL, 220µ1, ±20%, 25V
C614	24703471	EL 4700, ±20%, 100
C615	24/3/4/3	EL, 4.7 µr, ±20%, 50V
C616	24073034	PE 0.1.
C617	24591104
C619	24591104	FF, 0.1μF EL 470//E ±209/ ΕΟ\/
C619	24073093	EL, 470µF, ±20%, 50V
C619	24795101	EL, 100μF, ±20%, 25V
CG21	245914/3	FF, 0.047μF
C622	24591102
C623	24797100	EL, 10µF, ±20%, 50V
C624	24/9/010	EL, 1µF, ±20%, 50V
0620	24/9/4/1	EL, 470µF, ±20%, 50V
C627	24/9/4/9	EL, 4.7µF, ±20%, 50V
C628	24/944/0	EL, 47µF, ±20%, 16V
0630	24/95101	EL, 100µF, ±20%, 25V
0000	24/9/100	EL, 10μF, ±20%, 50V
C632	24/95221	EL, 220µF, ±20%, 25V
C633	24/9/4/8	EL, 0.47µF, ±20%, 50V
C634	24200010	EL, 1µF, ±20%, 50V
0035	24232103	CD, 0.01µF, +80%, -20%
C630	24591082
C637	24591224
C030	24091224
C639	24091082
C680	24/9/4/1	EL, 470µF, ±20%, 50V
C704	24206010	EL, 1µF, ±20%, 50V
C704	24091022
C705	24232103	CD, 0.01µF, +80%, -20%
0712	24/944/0	EL, 47µF, ±20%, 16V
C712	24000470	EL, 47µF, ±20%, 160
0713	24/90100	CD 100=Ε
C714	24430101
C715	24214472	CD, 4700pF, ±10%, 500V
C710	24430101
0710	24214472	CD, 4700pr, ±10%, 500v
C718	24/004/0	EL, 47µF, ±20%, 50V
C719	24435560	CD, 560F, 500V
0720	24/90100	EL, IUME, ±20%, IOUV
0721	24/9/4/0	EL, 47µF, ±20%, 50V
0722	24436820
0/26	24212102	CD, 1000pF, ±10%
A C801	24503002	PF, 0.22μF, ±20%, AC275V
Z C802	24503002	PF, 0.22μF, ±20%, AC275V
C805	24092281	CD, 4700pF, ±20%, AC250V
0806	24092281	CD, 4/00pF, ±20%, AC250V
0807	24567474
C808	24669331	EL, 330μF, ±20%, 50V

Page 26










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2
2 N
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0

Location No.	Part No.	Description		Location No.	Part No.	Description
C809	24214471	CD, 470pF, ±10%, 500V		C904	24436561	CD, 560pF
C810	24086043	EL, 820µF, ±20%, 450V		C905	24436471	CD, 470pF
C811	24092565	CD, 470pF, ±10%, AC250V		C907	24436681	CD, 680pF
∆C813	24092563	CD, 220pF, ±10%, AC250V		C909	24679330	EL, 33μF, ±20%, 250V
C814	24092563	CD, 220pF, ±10%, AC250V	l l	C911	24203100	EL, 10μF, ±20%, 16V
∆C815	24092567	CD, 470pF, ±10%, AC250V		C913	24666102	EL, 1000µF, ±20%, 16V
C816	24676221	EL, 220µF, ±20%, 100V		C914	24232103	CD, 0.01µF, +80%, -20%
C817	24092347	CD, 470pF, ±10%, 2KV		C918	24567104
C819	24676220	FL 220051, 12500		C920	24567104
C821	24214471	CD. 470pF. +10%. 500V		C921	24567104	PF. 0.1 µ F
C825	24539104	PF, 0.1μF		C922	24436390	CD, 39pF
C829	24591152	PF, 1500pF	l I	C923	24794470	EL, 47μF, ±20%, 16V
C832	24665470	EL, 47μF, ±20%, 10V		C924	24794470	EL, 47μF, ±20%, 16V
C833	24669229	EL, 2.2μF, ±20%, 50V		C931	24214101	CD, 100pF, ±10%, 500V
C834	24669100	EL, 10μF, ±20%, 50V		C940	24436220	CD, 22pF
C835	24666470	EL, 47μF, ±20%, 16V		C941	24436220	CD, 22pF
C838	2461/040	EL, 1000µF, ±20%, 25V		C942	24436470
C840	24/93222	EL, 2200µF, ±20%, 10V	í	C4405	2450/103	PF, 0.01μF CD 0.01μE (80% 20%
C841	24669100	EL, 470μF, ±20%, 10V		C4408	24232103	CD 0.01 µ F +80% -20%
C842	24669100	EL. 10µF. ±20%, 50V		C4418	24591103	PF. 0.01 µ F
C843	24567104	PF, 0.1μF		C4421	24085988	EL, 1.0μF, ±20%, 50V,
C844	24539104	PF, 0.1μF				Non-Polar
C845	24539104	PF, 0.1μF		C4425	24669010	EL, 1µF, ±20%, 50V
C846	24567334	PF, 0.33µF		C4426	24666331	EL, 330µF, ±20%, 16V
C847	24214331	CD, 330pF, ±10%, 500V		C4461	24567224	PF, 0.22μF
C848	24796102	EL, 1000μF, ±20%, 35V		CA13	24474101	CD, 100pF, ±10%
C850	24214471	CD, 470pF, ±10%, 500V	i i	CA30	24474101	CD, 100pF, ±10%
C851	24668222	EL, 2200µF, ±20%, 35V		CA33	24232103	CD, 0.01µF, +80%, -20%
C855	24214222	CD, 2200pF, ±10%, 500V		CA37	244/4(0)	CD, 100pF, ±10%
C860	24212102	EL 100E +20% 16V			24474101	CD, 100pF, ±10%
C861	24591104	PE. 0.1 µ F		CA41	24474101	CD 100pF +10%
C862	24669010	EL. 1µF. ±20%. 50V		CA42	24794100	EL. 10 u F. ±20%, 16V
C863	24669222	EL, 2200μF, ±20%, 50V	ļ	CA43	24232103	CD, 0.01µF, +80%, -20%
C864	24669222	EL, 2200μF, ±20%, 50V		CA44	24232103	CD, 0.01µF, +80%, -20%
C865	24669222	EL, 2200µF, ±20%, 50V		CA68	24794100	EL, 10μF, ±20%, 16V
C866	24214331	CD, 330pF, ±10%, 500V		CA69	24232103	CD, 0.01µF, +80%, -20%
C867	24214331	CD, 330pF, ±10%, 500V		CA80	24794100	EL, 10μF, ±20%, 16V
C868	24092281	CD, 4700pF, ±20%, AC250V		CA95	24232103	CD, 0.01µF, +80%, -20%
C869	24086936	EL, 270µF, ±20%, 450V	ļ	CA98	24/9/220	EL, 22µF, ±20%, 50V
C870	24092281	CD, 4700pF, ±20%, AC250V		CBOI	24000470	EL, 47µF, ±20%, 16V
C872	24082934	PE 1500pE +3% 1500V		CC11	24232103	CD 1000pE +10%
C873	24591272	PF, 2700pF		CC89	24474151	CD, 150pF, ±10%
C874	24503001	PF, 0.1μF		CC90	24232103	CD, 0.01µF, +80%, -20%
C875	24092563	CD, 220pF, ±10%, AC250V		CD02	24109103	Chip, 0.01µF, ±10%, 25V
C876	24092563	CD, 220pF, ±10%, AC250V	ł	CD03	24092730	Chip, 0.1µF, ±10%, 16V
C877	24591471	PF, 470pF		CD04	24092730	Chip, 0.1µF, ±10%, 16V
C878	24092339	CD, 330pF, ±10%, 2kV		CD05	24109103	Chip, 0.01μF, ±10%, 25V
C882	24591122	PF, 1200pF		CD06	24092743	Chip, 0.47µF,
C883	24092341	CD, 470pF, ±10%, 2KV		CD07	24702470	+80%, -20%, 10V
C885	24095634	PE 0.01μE 630V		CD07	24793470	Chip 0.01//E +10% 25V
C887	24214471	CD, 470pF, ±10%, 500V		CD09	24105121	Chip, 120pF
C891	24667332	EL, 3300µF, ±20%, 25V		CD10	24105101	Chip, 100pF
C892	24667332	EL, 3300μF, ±20%, 25V		CD11	24092730	Chip, 0.1µF, ±10%, 16V
C893	24092337	CD, 220pF, ±10%, 2kV		CD12	24092730	Chip, 0.1µF, ±10%, 16V
C895	24676470	EL, 47μF, ±20%, 100V		CD13	24797479	EL, 4.7μF, ±20%, 50V
C896	24214471	CD, 470pF, ±10%, 500V		CD14	24092730	Chip, 0.1µF, ±10%, 16V
C898	24667332	EL, 3300μF, ±20%, 25V		CD15	24092730	Chip, 0.1μF, ±10%, 16V
C899	24214471	CD, 470pF, ±10%, 500V		CD16	24092730	Chip, 0.7µF, ±10%, 16V
0002	2-032333	ου, τουρε, ±τυ/α, 2κν			24105220	omp, zzpr

Page 27

Location No.	Part No.	Description
CD18	24105220	Chip. 22pF
CD19	24092730	Chip, 0.1µF. ±10%, 16V
CD21	24793101	EL 100µE +20% 10V
CD22	24092730	Chip 0.1//E +10% 16V
CD23	24109152	Chip 1200pE +10%
CD24	24109152	Chip 1200pF ±10%
CD25	24100102	Chip 0.1/E +10% 16V
CD26	24794100	EI 10//E +20% 16V
CD27	24092730	Chip 0.1/E +10% 16V
CD28	24794100	EL 10//E +20% 16V
CD29	24794100	EL 10//F +20% 16V
CD30	24794100	EL 10//E +20% 16V
CD31	24092730	Chip 0.1 u E +10% 16V
CD32	24794100	EL 10µE +20% 16V
CD33	24092730	Chip. 0.1 µ E +10%, 16V
CD34	24794470	EL 47µE +20% 16V
CD35	24794220	EL 22µE +20% 16V
CD36	24794220	EL 22//F +20% 16V
CD44	24285103	Chip 0.01 u E +10%
CD45	24794100	EL 10µE +20% 16V
CD46	24092733	Chip 0.022 µ E +10%
CD47	24092733	Chip 0.022µF, ±10%
CD48	24794100	EL 10 u E +20% 16V
CD49	24092542	Chip. 1µF. +10%
CD50	24092730	Chip 0.1 u E +10% 16V
CD51	24794101	EL. 100 µ E. +20%, 16V
CD52	24794100	EL. 10µE. +20%, 16V
CD53	24794100	EL 10µE ±20% 16V
CD54	24794100	EL. 10µF, +20%, 16V
CD55	24109332	Chip 3300pE +10%
CD56	24109822	Chip, 8200pF, ±10% 25V
CD61	24092726	Chip, 2.2 µ E, +10%, 16V
CD62	24092726	Chip, 2.2µF, ±10%, 16V
CD63	24669479	EL, 4.7μF, ±20%, 50V
CD64	24794100	EL, 10μF, ±20%, 16V
CD65	24797010	EL, 1µF, ±20%, 50V
CD66	24794470	EL. 47μF. ±20%, 16V
CD67	24539273	PF. 0.027 µ F
CD68	24539394	PF. 0.39µF
CD69	24092542	Chip. 1µF. ±10%
CD70	24092542	Chip. 1µF. +10%
CD90	24212222	CD. 2200pF. +10%
CD91	24793221	EL 220//E +20% 10V
CD92	24092730	Chin 0.1//E +10% 16V
CD93	24092730	Chip, 0.1 µ F, ±10%, 16V
CD94	24092616	Chip, 0.33 µ F, +10% 16V
CD95	24092730	Chip, 0.1µF, ±10%, 16V
CD96	24793221	EL. 220µF. ±20%. 10V
CD97	24092730	Chip. 0.1 µ E. +10%, 16V
CD98	24092730	Chip, 0.1µE, ±10%, 16V
CD98	24793222	EL 2200//E +20% 10V
CE01	24793471	EL 470//E +20% 10V
0.01	24700471	(34D911XE)
CF03	24567104	PF. 0.1µF (34D9UXF)
CF04	24766101	EL. 100µF. +20%. 50V
		(34D9UXE)
CF05	24766101	EL. 1004E. +20% 50V
2. 30		(34D9UXE)
CF06	24353220	CD. 22pF. CH (34D9UXE)
CF07	24353220	CD, 22pF, CH (34D9UXF)
CF08	24567104	PF. 0.1µF (34D9UXF)
CF09	24567104	PF. 0.1µF (34D9UXF)
CF10	24206100	EL. 10µF. +20%. 50V
		(34D9UXE)

Location No.	Part No.	Description
CF11	24567104	PF, 0.1µF (34D9UXE)
CF12	24232103	CD, 0.01µF, +80%, -20%
		(34D9UXE)
CF13	24436101	CD, 100pF (34D9UXE)
CF14	24232103	CD. 0.01 µ E. +80% -20%
		(34D9LIXE)
CE15	24232103	CD 0.01//E +80% -20%
	24202100	(34D9UXF)
CF16	24567224	PE. 0.22µE (34D9UXE)
CG01	24092730	Chip. 0.1µF. ±10%, 16V
CG02	24092730	Chip, 0.1µF, ±10%, 16V
CG03	24109473	Chip, 0.047µF, ±10%, 25V
CG04	24092542	Chip, 1µF, ±10%
CG05	24666220	EL, 22μF, ±20%, 16V
CG07	24092542	Chip, 1µF, ±10%
CG08	24092542	Chip, 1µ F , ±10%
CG09	24092542	Chip, 1µF, ±10%
CG10	24109103	Chip, 0.01µF, ±10%, 25V
CG11	24109103	Chip, 0.01µF, ±10%, 25V
CG12	24539273	PF, 0.027μF
CG13	24109103	Chip, 0.01µF, ±10%, 25∨
CG14	24666101	EL, 100μF, ±20%, 16V
CG15	24109822	Chip, 8200pF, ±10%, 25V
CG16	24092542	Chip, 1µF, ±10%
	24539273	PF, 0.027µF
	24109822	Chip, 8200pF, ±10%, 25V
CG21	24039273	PF, 0.027µF
CG22	24092542	Chip, 1µF, ±10%
CG23	24109822	EL 1005 ±2000 501
CG25	24009100	Chip 1000pE ±10%
CG25	24109102	El 1005 +20% 16V
0020	24003342	Non-Polar
CG27	24669479	EL. 4.7μF. ±20%. 50V
CG28	24669479	EL, 4.7μF, ±20%, 50V
CG29	24085901	EL, 0.47μF, ±20%, 50V.
		Non-Polar
CG31	24109103	Chip, 0.01µF, ±10%, 25∨
CG32	24109103	Chip, 0.01µF, ±10%, 25∨
CR12	24539104	PF, 0.1μF
CR13	24539104	PF, 0.1μF
CR14	24539104	PF, 0.1μF
CS01	24206229	EL, 2.2μF, ±20%, 50V
CS02	24206229	EL, 2.2µF, ±20%, 50∨
CS03	24797229	EL, 2.2μF, ±20%, 50V
CS05	24206229	EL, 2.2μ F , ±20%, 50V
CS06	24206229	EL, 2.2μF, ±20%, 50V
CS07	24206229	EL, 2.2μF, ±20%, 50V
CS08	24206229	EL, 2.2μF, ±20%, 50V
CS09	24206229	EL, 2.2μF, ±20%, 50V
CS14	24206100	EL, 10µF, ±20%, 50∨
CS15	24206100	EL, 10μF, ±20%, 50V
CS16	24206229	EL, 2.2μF, ±20%, 50V
CS19	24206478	EL, 0.47μF, ±20%, 50V
CS20	24206100	EL, 10µF, ±20%, 50V
CV02	24206100	EL, 10µF, ±20%, 50V
CV02	240/30//	EL, U.1µF, ±20%, 50V
CV04	24073077	EL, 0.1µF, ±20%, 50V
CV05	24232103	CD 0.01//F ±80% -20%
CV06	24073077	EL 0.1µF +20% 50V
CV07	24232103	CD. 0.01µF. +80% -20%
CV08	24763221	EL. 220µF. ±20% 16V
CV09	24073077	EL, 0.1μF, ±20%, 50V

Page 28



7

**
-
***
11
T
18
Ŧ

Location No.	Part No.	Description
CV12	24567104	PF, 0.1µF
CV23	24794101	EL, 100μF, ±20%, 16V
CV24	24232103	CD, 0.01µF, +80%, -20%
CV25	24794220	EL, 22μF, ±20%, 16V	1
CV26	24567473	PF, 0.047μF
CV35	244/4102	CD 1000pF, ±10%
CV48	244/4102	CD 1000pF, ±10%
CV50	24232102	CD, 0.01 u F, +80%, -20%
CV51	24666101	EL, 100μF, ±20%, 16V
CV52	24666100	EL, 10μF, ±20%, 16V
CV53	24666100	EL, 10μF, ±20%, 16V	1
CV54	24666100	EL, 10μF, ±20%, 16V
CV55	24232103	CD, 0.01µF, +80%, -20%	1
	24666470	EL, 47µF, ±20%, 16V
CV64	24000100	EL, 10µF, ±20%, 16V
CV71	24794471	EL. 470µE. +20%, 16V
CV72	24794101	EL. 100µF. ±20%, 16V
CV73	24212103	CD, 0.01µF, ±10%
CY102	24666221	EL, 220µF, ±20%, 16V
CY103	24232103	CD, 0.01µF, +80%, -20%
CY104	24794101	EL, 100μF, ±20%, 16V	ĺ
CY109	24232103	CD, 0.01µF, +80%, -20%
CY111	24797479	EL, 4.7μF, ±20%, 50V
CY601	24232103	CD, 0.01μF, +80%, -20%
CY602	24794101	EL, 100µP, 120%, 10V
CY603	24797479	EL, 4.7 µ F, ±20%, 50V
CY604	24794100	EL, 10μF, ±20%, 16V
CY605	24794100	EL, 10μF, ±20%, 16V
CY606	24794100	EL, 10μF, ±20%, 16V
CY607	24797229	EL, 2.2μF, ±20%, 50V
CY608	24794101	EL, 100µF, ±20%, 16V
CY609	24/9/229	EL, 2.2µF, ±20%, 50V
C701	24200478	CD 100pE +10%
CZ02	24474101	CD, 100pF, ±10%
CZ03	24085973	EL, 0.47μF, ±20%, 50V,
		Non-Polar
CZ03	24763102	EL, 1000μF, ±20%, 16V
CZ05	24109103	Chip, 0.01µF, ±10%, 25V	1
CZ07	24092730	Chip, 0.1µF, ±10%, 16V
CZ10	24105220		ĺ
CZ11	24105220	Chip, 22pF
CZ12	24109103	Chip, 0.01µF, ±10%, 25V
CZ13	24109103	Chip, 0.01µF, ±10%, 25V
CZ14	24794100	EL, 10μF, ±20%, 16V
CZ17	24109103	Chip, 0.01µF, ±10%, 25V
CZ19	24105181	Chip, 180pF	1
CZ20	24109103	Chip, 0.01µF, ±10%, 25V
C722	24794100	EL 10//E +20% 16V	ł
CZ23	24109103	Chip, 0.01µF, ±10%, 25V
CZ24	24109103	Chip, 0.01μF, ±10%, 25V
CZ25	24794100	EL, 10μF, ±20%, 16V
CZ26	24109103	Chip, 0.01µF, ±10%, 25V
CZ28	24109103	Chip, 0.01µF, ±10%, 25V
CZ29	24109103	Cnip, 0.01µF, ±10%, 25V
CZ30	24/94100	EL, ΙΟμΓ, Ξ20%, Ιδν Chip 0.1//Ε +10% 16V
CZ32	24105470	Chip, 47pF
CZ33	24105470	Chip, 47pF

Location No.	Part No.	Description
CZ34	24105470	Chip. 47pF
CZ35	24105470	Chip, 47pF
CZ45	24105100	Chip, 10pF, ±0.5pF

RESISTORS
R101	24382153	OMF, 15k ohm, 1W
R180	24366103	CF, 10k ohm
R181	24366103	CF, 10k ohm
R185	24366103	CF, 10k ohm
R 186	24366103	Chip 100k above 1/16W/
R204	240/2104	Chip, 100k onn, 1/16W
R205	24072101	Chip, 100 Ohm, 1/16W
R213	24872681	Chip 680 ohm 1/16W
R214	24872681	Chip, 680 ohm, 1/16W
R215	24872681	Chip, 680 ohm, 1/16W
R216	24872103	Chip, 10k ohm, 1/16W
R217	24366392	CF, 3900 ohm
R218	24366333	CF, 33k ohm
R218	24872101	Chip, 100 ohm, 1/16W
R219	24872101	Chip, 100 ohm, 1/16W
R220	24872101	Chip, 100 ohm, 1/16W
R227	24366303	CF, 30k ohm
R230	24872101	Chip, 100 ohm, 1/16W
R258	24872101	Chip, 100 ohm, 1/16W
R259	248/2101	Chip, 100 ohm, 1/16W
R200	248/2222	Chip, 2200 onm, 1/16W
R261	24072001	Chip, 080 Onm, 1/16W
R263	24872102	Chip, 1k ohm 1/16W
R264	24872102	Chip, 10k ohm, 1/16W
R265	24872392	Chip, 3900 ohm, 1/16W
R266	24872332	Chip, 3300 ohm, 1/16W
R267	24872101	Chip, 100 ohm, 1/16W
R269	24872151	Chip, 150 ohm, 1/16W
R270	24872102	Chip, 1k ohm, 1/16W
R271	24872472	Chip, 4700 ohm, 1/16W
R272	24872222	Chip, 2200 ohm, 1/16W
R2/3	24872821	Chip, 820 ohm, 1/16W
R2/4 R276	248/2103	Chip, TUK Onm, 1/16W
R275	24872352	Chip, 18 obm 1/16W
R277	24872101	Chip, 100 obm, 1/16W
R278	24872102	Chip, 1k ohm, 1/16W
R279	24872332	Chip, 3300 ohm, 1/16W
R299	24366103	CF, 10k ohm
R303	24321109	MF, 1 ohm, 1/2W
R305	24338688	MF, 0.68 ohm, 1W
R315	24366684	CF, 680k ohm
R316	24366474	CF, 470k ohm
R318 R210	24366471	CF, 470 onm CF, 470 ohm
R320	24366101	CF, 470 ohm
R327	24339689	ME 68 ohm 2W
R329	24366153	CF. 15k ohm
R330	24366102	CF, 1k ohm
R331	24366334	CF, 330k ohm
R333	24366163	CF, 16k ohm
R336	24383471	OMF, 470 ohm, 2W
R341	24366752	CF, 7500 ohm
R343	24366273	CF, 27k ohm
H344	24383121	OMF, 120 ohm, 2W
R350 R351	24553121	UNF, 120 ohm, 1W
1321	24300003	CF, SOK ONT

Page 29

Location No.	Part No.	Description
R352	24366123	CF, 12k ohm
R353	24366105	CF, 1M ohm
R360	24382151	OMF, 150 ohm, 1W
R361	24366433	CF, 43k ohm
R362	24366103	CF, 10k ohm
R363	24366103	CF, 10k ohm
R370	24322159	MF, 1.5 ohm, 1W
R371	24366562	CF, 5600 ohm
R372	24366332	CF, 3300 ohm
R3/3	24366182	CF, 1800 ohm
N3/4 R379	243004/3
R380	24362103	CC 22M obm +10% 1/2W
R381	24366822	CE. 8200 ohm
R385	24366102	CF. 1k ohm
R386	24366103	CF, 10k ohm
R390	24366123	CF, 12k ohm
R391	24366754	CF, 750k ohm
R392	24366102	CF, 1k ohm
R393	24366103	CF, 10k ohm
R394	24366103	CF, 10k ohm
R395	24366752	CF, 7500 ohm
R396	24366103	CF, 10k ohm
R397	24366103	CF, TUK ohm
R398 R300	24300333	CF, 33k onm
R399	24300004	CC 560 obm 1/2W
R401	24940301	Chip 390 ohm 1/16W
R403	24872242	Chip, 2400 ohm, 1/16W
R404	24872103	Chip, 10k ohm, 1/16W
R405	24553682	OMF, 6800 ohm, 1W
R411	24366180	CF, 18 ohm
R412	24323208	MF, 0.2 ohm, 2W
R415	24554271	OMF, 270 ohm, 2W
R416	24381563	OMF, 56k ohm, 1/2W
R417	24510101	Cement, 100 ohm, 5W
R424	24366751	CF, 750 ohm
R425	24552182	OMF, 1800 ohm, 1/2W
R426	24003898	MF, 3300 ohm, 1/4W
R427	24300183	CF, 18k onm
N420 R420	24300001	ME 9.1 obm 1/2\//
R430	24321313	Chip 1M ohm 1/16W
R441	24383561	OMF, 560 ohm, 2W
R450	24321129	MF, 1.2 ohm, 1/2W
R460	24552182	OMF, 1800 ohm, 1/2W
R461	24381123	OMF, 12k ohm, 1/2W
R463	24323229	MF, 2.2 ohm, 2W
R464	24366223	CF, 22k ohm
R465	24366333	CF, 33k ohm
R466	24366332	CF, 3300 ohm
R469	24531150	FR, 15 ohm, 1/2W
R470	24322568	MF, 0.56 ohm, 1W
K4/1	24531271	FR, 270 ohm, 1/2W
R4/3	24366103
R474	243004/3	ER 68 ohm 1/2\//
R480	24552222	OME, 2200 ohm, 1/2W
R481	24366392	CF, 3900 ohm
R482	24366123	CF, 12k ohm
R483	24366223	CF, 22k ohm
R487	24366154	CF, 150k ohm
R488	24366154	CF, 150k ohm
R490	24366101	CF, 100 ohm

Location No.	Part No.	Description
R491	24366101	CE 100 obm
R/92	24366682	CE 6800 obm
R502	24872101	Chip 100 ohm 1/16W
R503	24872101	Chip, 100 ohm, 1/16W
R504	24872682	Chip 6800 ohm 1/16W
R505	24872082	Chip, 0000 0hm, 1/16W
R506	24072272	Chip 8200 ohm 1/16W
R507	24872101	Chip 100 obm 1/16W
R508	24872472	Chip 4700 ohm 1/16W
R509	24872101	Chip, 100 ohm 1/16W
R510	24872101	Chip, 100 ohm, 1/16W
R513	24366472	CF. 4700 ohm
B514	24366472	CF. 4700 ohm
R515	24872222	Chip. 2200 ohm. 1/16W
R516	24872222	Chip, 2200 ohm, 1/16W
R518	24872100	Chip, 10 ohm, 1/16W
R520	24872100	Chip, 10 ohm, 1/16W
R522	24872100	Chip, 10 ohm, 1/16W
R524	24872103	Chip, 10k ohm, 1/16W
R526	24872472	Chip, 4700 ohm, 1/16W
R529	24872472	Chip, 4700 ohm, 1/16W
R530	24872102	Chip, 1k ohm, 1/16W
R562	24872273	Chip, 27k ohm, 1/16W
R563	24872392	Chip, 3900 ohm, 1/16W
R580	24872681	Chip, 680 ohm, 1/16W
R581	24872103	Chip, 10k ohm, 1/16W
R590	24872101	Chip, 100 ohm, 1/16W
R591	24872472	Chip, 4700 ohm, 1/16W
R592	24872472	Chip, 4700 ohm, 1/16W
R593	24872102	Chip, 1k ohm, 1/16W
R594	24872102	Chip, 1k ohm, 1/16W
R595	24872472	Chip, 4700 ohm, 1/16W
R596	24872102	Chip, 1k ohm, 1/16W
R597	24872102	Chip, 1k ohm, 1/16W
R601	24366472	CF, 4700 ohm
R602	24366472	CF, 47 00 ohm
R603	24366272	CF, 2700 ohm
R604	24366272	CF, 2700 ohm
R609	24366229	CF, 2.2 ohm
R610	24366103	CF, 10k ohm
R611	24366103	CF, 10k ohm
R612	24366103	CF, 10k ohm
R613	24366331	CF, 330 ohm
R614	24366103	CF, 10k ohm
R615	24366229	CF, 2.2 ohm
R616	24510159	Cement, 1.5 ohm, 5W
R617	24366229	CF, 2.2 ohm
R618	24366229	CF, 2.2 ohm
R620	24366562	CF, 5600 ohm
R621	24366472	CF, 4700 ohm
R622	24366562	CF, 5600 ohm
R623	24366222	CF, 2200 ohm
R624	24366104	CF, 100k ohm
R625	24366273	CF, 27k ohm
H626	24366224	CF, 220k ohm
	24366331
	24300104
R032	243004/2
nojj Dega	24306223	CF, 22K ONM
R636	24300332
Rese	24300332	CF, 3300 onm
R637	243002/2	CF, 2700 ohm
R661	24300272	OME 270 ohm 1/2/M
	270022/1	GIVIT, 270 OTHII, 1/2VV

Page 30

Location No.	Part No.	Description
R662	24552271	OMF, 270 ohm, 1/2W
R668	24366223	CF, 22k ohm
R669	24366223	CF, 22k ohm
R680	24366104	CF, 100k ohm
R681	24366472	CF, 4700 ohm
R683	24366223	CF, 22k ohm
R684	24366223	CF, 22k ohm
R702	24552221	OMF, 220 ohm, 1/2W
R709	24366563	CF, 56k ohm
R713	24366393	CF, 39k ohm
R715	24366273	CF, 27k ohm
R716	24366273	CF, 27k ohm
R717	24366333	CF, 33k ohm
R718	24366222	CF, 2200 ohm
R/19	24366101	CF, 100 ohm
R/20	24366102	CF, 1k ohm
R721	24300102	CF, IK ONM
R722	24002471	CE 100 obm
R723	24366151	CF, 100 ohm
B725	24366182	CF 1800 obm
B730	24552100	OME 10 ohm 1/2W/
R731	24552331	OME 330 ohm 1/2W
R732	24366330	CF. 33 ohm
R733	24366683	CF, 68k ohm
R734	24366330	CF, 33 ohm
R735	24366683	CF, 68k ohm
R736	24553430	OMF, 43 ohm, 1W
R737	24366751	CF, 750 ohm
R738	24366102	CF, 1k ohm
R739	24366751	CF, 750 ohm
R740	24553430	OMF, 43 ohm, 1W
R741	24322209	MF, 2 ohm, 1W
R742	24322209	MF, 2 ohm, 1W
R743	24554181	CE 1200 abm
R744	24300122	CF, 1200 ohm
∧ B801	24009954	Metal-Glazed Besistor
	21000001	2.2M ohm, 1/2W
R802	24321568	MF, 0.56 ohm, 1/2W
R803	24384333	OMF, 33k ohm, 3W
R805	24552101	OMF, 100 ohm, 1/2W
R806	24552332	OMF, 3300 ohm, 1/2W
🛆 R808	24019484	PTC Thermistor, 4.5 ohm
R811	24366225	CF, 2.2M ohm
R812	24568479	Cement, 4.7 ohm, 7W
R813	24007061	Cement, 1.8 ohm, ±10%, 2W
R814	24366122	CF, 1200 ohm
R815	24552102	OMF, 1k ohm, 1/2W
R816	24323689	MF, 6.8 ohm, 2W
R010	24019459	ME 0.22 abm 1/2W
R921	24321220	CE 100 chm
R822	24552103	OME 10k ohm 1/2\\/
R823	24366272	CE 2700 obm
R824	24569689	Cement 6.8 ohm 10\/
R827	24366472	CF. 4700 ohm
R828	24366222	CF, 2200 ohm
R831	24366471	CF, 470 ohm
R832	24366472	CF, 4700 ohm
R833	24366222	CF, 2200 ohm
R841	24531120	FR, 12 ohm, 1/2W
R842	24552392	OMF, 3900 ohm, 1/2W
R843	24366103	CF, 10k ohm

Location No.	Part No.	Description
R844	24366102	CF. 1k ohm
R846	24366560	CF. 56 ohm
R847	24366472	CF. 4700 ohm
R851	24366101	CF. 100 ohm
R852	24366102	CF. 1k ohm
R853	24366103	CF. 10k ohm
R854	24366472	CF, 4700 ohm
R855	24366472	CF. 4700 ohm
R860	24366102	CF, 1k ohm
R861	24367273	CF, 27k ohm, ±2%
R862	24367562	CF, 5600 ohm, ±2%
R863	24366101	CF, 100 ohm
R864	24321109	MF, 1 ohm, 1/2W
R865	24366272	CF, 2700 ohm
R866	24366332	CF, 3300 ohm
R867	24366103	CF, 10k ohm
R868	24568150	Cement, 15 ohm, 7W
R869	24322278	MF, 0.27 ohm, 1W
R870	24322338	MF, 0.33 ohm, 1W
R871	24366621	CF, 620 ohm
R872	24384333	OMF, 33k ohm, 3W
R873	24568229	Cement, 2.2 ohm, 7W
R875	24366332	CF, 3300 ohm
R876	24366562	CF, 5600 ohm
R877	24366153	CF, 15k ohm
R880	24552471	OMF, 470 ohm, 1/2W
H881	24552561	OMF, 560 ohm, 1/2W
N000 R006	24300104
N000 2007	24300003
R890	24300332	OME 33k obm 1\/
R893	243935533	OME 56 kohm 3W
R8934	23160994	Terminal 1P
R894	24366334
R895	24366393	CF. 39k ohm
R896	24366562	CF. 5600 ohm
R897	24366224	CF, 220k ohm
△ R899	24005015	Metal-Glazed Resistor,
		8.2M ohm, 1W
R901	24946561	CC, 560 ohm, 1/2W
R902	24946561	CC, 560 ohm, 1/2W
R903	24946561	CC, 560 ohm, 1/2W
R904	24366472	CF, 4700 ohm
R905	24366150	CF, 15 ohm
R906	24366103	CF, 10k ohm
R912	24366102	CF, 1k ohm
R914	24366471	CF, 470 ohm
R915	24366470	CF, 47 ohm
R916	24366180	CF, 18 ohm
R917 R010	24366431	CF, 430 ohm
R918 R010	24366240	CF, 24 onm
R919	24300102
R920	24000883	CE 470 chm
R921	24300471
R922	24300470	CF, 47 Onm
R925	24366421	CE 430 obm
R926	24366102	CF. 1k ohm
R928	24366471	CF. 470 ohm
R929	24366470	CF, 47 ohm
R930	24366180	CF, 18 ohm
R932	24366332	CF, 3300 ohm
R934	24366391	CF, 390 ohm
R935	24366112	CF, 1100 ohm

PECIFIC INFORMATION

- 30 -

Page 31

Location No.	Part No.	Description
R937	24366431	CF, 430 ohm
R939	24366470	CF, 47 ohm
R942	24366392	CF, 3900 ohm
R943	24366392	CF, 3900 ohm
R944	24366392	CF, 3900 ohm
R945	24366180	CF, 18 ohm
R946	24366180	CF, 18 ohm
R947	24366561	CF, 560 ohm
R948	24366822	CF, 8200 ohm
R949	24366271	CF, 270 ohm
R950	24060356	VR, 20M ohm, 0.6W
R952	24366622	CF, 6200 ohm
R953	24366622	CF, 6200 ohm
R954	24366622	CF, 6200 ohm
R960	24383153	OMF, 15k ohm, 2W
R961	24383153	OMF, 15k ohm, 2W
R962	24383153	OMF, 15k ohm, 2W
R963	24383153	OMF, 15k ohm, 2W
R964	24383153	OMF, 15k ohm, 2W
R965	24383153	OMF, 15k ohm, 2W
R966	24366471	CF, 470 ohm
H967	24366331	CF, 330 ohm
R968	24366271	CF, 270 ohm
R969	24366222	CF, 2200 onm
R970 B071	24366102	CF, TK ONM
R9/1	24366272
R972	24300102	CF, IK ohm
R973	24300103	CF, TOK ONTH
R975	24306103	CF, Tok onni CF, 2700 ohm
R977	24366561	CE 560 ohm
R978	24303301	OME 15k obm 2\\/
R979	24383153	OME 15k ohm 2W
B980	24366471	CE 470 obm
B981	24366471	CE 470 ohm
B982	24366682	CE. 6800 ohm
R983	24366222	CF. 2200 ohm
R984	24367821	CF, 820 ohm, ±2%
R985	24367471	CF, 470 ohm, ±2%
R986	24367681	CF, 680 ohm, ±2%
R987	24367681	CF, 680 ohm, ±2%
R988	24367472	CF, 4700 ohm, ±2%
R989	24367472	CF, 4700 ohm, ±2%
R990	24366561	CF, 560 ohm
R991	24367391	CF, 390 ohm, ±2%
R992	24366150	CF, 15 ohm
R993	24383153	OMF, 15k ohm, 2W
R994	24383153	OMF, 15k ohm, 2W
R995	24383153	OMF, 15k ohm, 2W
H996	24383153	OMF, 15k ohm, 2W
R997	24366272
R4403	24300102	CF, IK ONM
R4403	24300101	CF, 100 onm CF 100 obm
R4404	24300101
R4400	24366361	CE 360 ohm
B4410	24366103	CF 10k ohm
R4412	24366103	CF. 100 ohm
R4413	24366101	CF, 100 ohm
R4416	24366471	CF, 470 ohm
R4417	24366471	CF, 470 ohm
R4418	24366102	CF, 1k ohm
R4421	24366224	CF, 220k ohm
R4422	24366101	CF, 100 ohm

Location No.	Part No.	Description
R4425	24552471	OMF, 470 ohm, 1/2W
R4426	24366152	CF, 1500 ohm
R4427	24366101	CF, 100 ohm
R4460	24366102	CF, 1k ohm
R4461	24366102	CF, 1k ohm
R4462	24366133	CF, 13k ohm
R4463	24366682	CF, 6800 ohm
R4464	24366103	CF, 10k ohm
R4465	24366103	CF, 10k ohm
R4466	24366101	CF, 100 ohm
R4472	24366223	CF, 22k ohm
RA01	24366102	CF, 1k ohm
RA03	24366102	CF, 1k ohm
RA04	24366102	CF, 1k ohm
RA05	24366102	CF, 1k ohm
RA06	24366102	CF, 1k ohm
RA07	24366102	CF, 1k ohm
RAU8	24366102	CF, 1k ohm
RA09	24366102	CF, 1k ohm
RAIJ	24366682	CF, 6800 onm
RA14	24366103
RA 10	24366102	CF, IK onm
RA17 RA10	24366102	CF, 1k ohm
RA 18 RA 10	24300102	CF, IK onm
RAZU RAZI	24366102	CF, 1k onm
	24300103	CF, TUK ONT
RA22	24300102	CF, IK Onm
DA24	24300101	CF, 100 ohm
RA25	24300101	CF, 100 onm
RA20	24300102	CF, 1k ohm
DA27	24300102	CF, IK Ohm
RA33	24300102	CF, IK OIIII
RA35	24300103	CF, Tok Onini
RA35	24366472	CF, IK OIIII
RA30	24366101	CF, 4700 0mm
BA38	24366101	CE 100 ohm
RA39	24366102	CF 1k obm
BA40	24366331	CF. 330 ohm
BA41	24366331	CF. 330 ohm
RA61	24366103	CF, 10k ohm
RA62	24366103	CF. 10k ohm
RA64	24366103	CF. 10k ohm
RA65	24366332	CF, 3300 ohm
RA66	24366332	CF, 3300 ohm
RA67	24366273	CF, 27k ohm
RA68	24366273	CF, 27k ohm
RA69	24366223	CF, 22k ohm
RA70	24366333	CF, 33k ohm
RA71	24366683	CF, 68k ohm
RA72	24366223	CF, 22k ohm
RA73	24366103	CF, 10k ohm
RA74	24366682	CF, 6800 ohm
RA75	24366333	CF, 33k ohm
RA76	24366103	CF, 10k ohm
RA78	24366102	CF, 1k ohm
RA79	24366103	CF, 10k ohm
RA81	24366102	CF, 1k ohm
HA83	24366102
RA85 DA07	24300104
	24300223
RA00	243004/2	CF, 4700 0nm (34D9UXE)
RA100	24300103
NATUU	24300102	CF, IK ONIM

Page 32

No.	Part No.	Description

RATIO	24366103
RA122	24366221	CF, 220 onm
RA123	24366221	CF, 220 onm
RA124	24366221
RA125	24366221	CF, 220 onm CF, 2200 ohm
RA 130	24300332	CF, 3300 ohm
RA 131	24300332	CF, 3300 onm
RA101	24300332	CF, 3300 0mm
RA192	24366101	CE 100 ohm
BA195	24366101	CE 100 ohm
BA241	24366472	CF. 4700 ohm
RA251	24366472	CF. 4700 ohm
RB01	24366271	CF, 270 ohm
RB02	24366221	CF, 220 ohm
RB03	24366101	CF, 100 ohm
RB04	24366223	CF, 22k ohm
RB09	24366470	CF, 47 ohm
RB11	24366103	CF, 10k ohm
RB20	24366102	CF, 1k ohm
RB21	24366104	CF, 100k ohm
RB30	24366682	CF, 6800 ohm
RB40	24366103	CF, 10k ohm
RB41	24366102	CF, 1k ohm
RB42	24366102	CF, 1k ohm
RB43	24366103	CF, 10k ohm
RB44	24366103	CF, 10k ohm
R845	24366101	CF, 100 ohm
RB81 RB92	24300122	CF, 1200 onm CF, 12k ohm
RB93	24300123	CF, 12k ohm
RB84	24366562
RB90	24366392	CE 3900 ohm
RB91	24366473	CF. 47k obm
RB92	24366271	CF, 270 ohm
RB93	24366271	CF, 270 ohm
RB94	24366222	CF, 2200 ohm
RB95	24366222	CF, 2200 ohm
RB98	24366102	CF, 1k ohm
RD01	24872221	Chip, 220 ohm, 1/16W
RD02	24872105	Chip, 1M ohm, 1/16W
RD03	24872104	Chip, 100k ohm, 1/16W
RD04	24872101	Chip, 100 ohm, 1/16W
RD05	24872472	Chip, 4700 ohm, 1/16W
RD06	24872102	Chip, 1k ohm, 1/16W
RD07	24872103	Chip, 10k ohm, 1/16W
RD08	24872102	Chip, 1k ohm, 1/16W
RD09	24872103	Chip, 10k ohm, 1/16W
RD10	24872101	Chip, 100 ohm, 1/16W
RD11	248/2101	Chip, 100 ohm, 1/16W
RD12	24872101	Chip, 100 ohm, 1/16W
RD13	248/2101	Chip, 100 ohm, 1/16W
	24072101	Chip, 100 ohm, 1/16W
RD16	24872101	Chip, 100 ohm, 1/16W
BD17	24872101	Chip, 100 ohm, 1/16W
RD18	24872225	Chip, 2.2M ohm 1/16W
RD19	24872473	Chip, 47k ohm. 1/16W
RD20	24872473	Chip, 47k ohm, 1/16W
RD21	24872101	Chip, 100 ohm, 1/16W
RD23	24872331	Chip, 330 ohm, 1/16W
RD24	24872100	Chip, 10 ohm, 1/16W
RD25	24872331	Chip, 330 ohm, 1/16W
RD26	24872331	Chip, 330 ohm, 1/16W

Location No.	Part No.	Description
RD27	24872331	Chip, 330 ohm, 1/16W
RD29	24872473	Chip, 47k ohm, 1/16W
RD30	24000824	Chip, Jumper, 2125 type
RD31	24872472	Chip, 4700 ohm, 1/16W
RD32	24872472	Chip, 4700 ohm, 1/16W
RD33	24872103	Chip, 10k ohm, 1/16W
RD34	24872103	Chip, 10k ohm, 1/16W
RD35	24872123	Chip, 12k ohm, 1/16W
RD36	24872272	Chip, 2700 ohm, 1/16W
RD37	24872103	Chip, 10k ohm, 1/16W
RD38	24872103	Chip, 10k ohm, 1/16W
RD39	248/22/2	Chip, 2700 onm, 1/1600
	248/2123
RD43	240/2104	Chip, 100k ohm, 1/16W
RD46	2487223	Chip, 12k ohm, 1/16W
RD47	24872332	Chip, 3300 ohm, 1/16W
RD49	24872332	Chip, 3300 ohm, 1/16W
RD50	24872153	Chip, 15k ohm, 1/16W
RD51	24872393	Chip, 39k ohm, 1/16W
RD52	24872223	Chip, 22k ohm, 1/16W
RD53	24872183	Chip, 18k ohm, 1/16W
RD54	24872562	Chip, 5600 ohm, 1/16W
RD55	24872562	Chip, 5600 ohm, 1/16W
RD56	24872472	Chip, 4700 ohm, 1/16W
	248/2223	Chip, 22k onm, 1/16vv
RD63	240/2222	Chip, 2200 onni, 1/16W
RD64	24872471	Chip, 470 ohm 1/16W
RD65	24872471	Chip, 470 ohm, 1/16W
RD66	24872183	Chip, 18k ohm, 1/16W
RD67	24872103	Chip, 10k ohm, 1/16W
RD68	24872103	Chip, 10k ohm, 1/16W
RD69	24872183	Chip, 18k ohm, 1/16W
RD70	24872103	Chip, 10k ohm, 1/16W
RD71	24872103	Chip, 10k ohm, 1/16W
RD72	24872103	Chip, 10k ohm, 1/16W
RD73	248/2103	Chip, 10k ohm, 1/16W
	248/2103	Chip, 10k ohm, 1/16W
BD76	24872103	Chip, 10k ohm, 1/16W
BD77	24872103	Chip 10k ohm 1/16W
RD78	24872103	Chip, 10k ohm, 1/16W
RD79	24872822	Chip, 8200 ohm, 1/16W
RD80	24872103	Chip, 10k ohm, 1/16W
RD81	24872183	Chip, 18k ohm, 1/16W
RD82	24872104	Chip, 100k ohm, 1/16W
RD83	24872103	Chip, 10k ohm, 1/16W
RD84	24872223	Chip, 22k ohm, 1/16W
RD85	24366151	CF, 150 ohm
RD85	24872222	Chip, 2200 ohm, 1/16W
RD86	24872123	Chip, 12k ohm, 1/16W
RD87	24300101	CF, 150 onm Chip, 12k ohm, 1/16W/
BD88	24872123	Chip, 1500 obm 1/16W
RD89	24000824	Chip, Jumper. 2125 type
RD90	24872822	Chip, 8200 ohm. 1/16W
RD91	24872333	Chip, 33k ohm, 1/16W
RD92	24872153	Chip, 15k ohm, 1/16W
RD93	24872393	Chip, 39k ohm, 1/16W
RD94	24872473	Chip, 47k ohm, 1/16W
RD98	24872563	Chip, 56k ohm, 1/16W
RD100	24872102	Chip, 1k ohm, 1/16W
RDTUT	248/24/3	unip, 47k ohm, 1/16W

Page 33

Location No.	Part No.	Description
RD102	24872101	Chip, 100 ohm, 1/16W
RD103	24872473	Chip, 47k ohm, 1/16W
RD105	24872104	Chip, 100k ohm, 1/16W
RD106	24872105	Chip, 1M ohm, 1/16W
RD107	24872473	Chip, 47k ohm, 1/16W
RD108	24872101	Chip, 100 ohm, 1/16W
RD109	24000824	Chip, Jumper, 2125 type
RD110	24000824	Chip, Jumper, 2125 type
RF01	24366222	CF, 2200 ohm (34D9UXE)
RF03	24366472	CF, 4700 ohm (34D9UXE)
RF04	24366472	CF, 4700 ohm (34D9UXE)
RF06	24366102	CF, 1k ohm (34D9UXE)
RF08	23238506	Coil, Peaking, TRF4229AJ (34D9UXE)
RF09	23238506	Coil, Peaking, TRF4229AJ (34D9UXE)
RF10	23238506	Coil, Peaking, TRF4229AJ (34D9UXE)
RF11	24366103	CF, 10k ohm (34D9UXF)
RF12	24366101	CF, 100 ohm (34D9UXF)
RF13	24366101	CF, 100 ohm (34D9UXF)
RF14	24366101	CF, 100 ohm (34D9UXF)
RF15	24366103	CF, 10k ohm (34D9UXE)
RF16	24366471	CF, 470 ohm (34D9UXE)
RF20	24366472	CF, 4700 ohm (34D9UXE)
RF21	24366102	CF, 1k ohm (34D9UXE)
RF22	24366102	CF, 1k ohm (34D9UXE)
RF26	24366102	CF. 1k ohm (34D9UXE)
RF31	24366102	CF, 1k ohm (34D9UXE)
RF32	24366821	CF. 820 ohm (34D9UXE)
RF33	24366152	CF, 1500 ohm (34D9UXE)
RF34	24366102	CF. 1k ohm (34D9UXE)
RF35	24366181	CF, 180 ohm (34D9UXE)
RF36	24366181	CF, 180 ohm (34D9UXE)
RF37	24366181	CF, 180 ohm (34D9UXE)
RG01	24872223	Chip. 22k ohm. 1/16W
RG02	24872223	Chip, 22k ohm, 1/16W
RG03	24872101	Chip, 100 ohm, 1/16W
RG04	24872101	Chip, 100 ohm, 1/16W
RG05	24872101	Chip. 100 ohm. 1/16W
RG06	24872101	Chip, 100 ohm, 1/16W
RG07	24872101	Chip, 100 ohm, 1/16W
RG08	24872101	Chip, 100 ohm, 1/16W
RG09	24872472	Chip, 4700 ohm, 1/16W
RG10	24872153	Chip, 15k ohm, 1/16W
RG11	24872472	Chip, 4700 ohm, 1/16W
RG12	24872153	Chip, 15k ohm, 1/16W
RG15	24872101	Chip, 100 ohm, 1/16W
RG16	24872103	Chip, 10k ohm, 1/16W
RG17	24872103	Chip, 10k ohm, 1/16W
RJ01	24366103	CF, 10k ohm
RJ02	24366102	CF, 1k ohm
RJ04	24366102	CF, 1k ohm
RJ05	24323479	MF, 4.7 ohm, 2W
RJ06	24366103	CF, 10k ohm
RR10	24872101	Chip, 100 ohm, 1/16W (34D9UXH)
RR70	24366222	CF, 2200 ohm
RR76	24366103	CF, 10k ohm
RR77	24366392	CF, 3900 ohm
RS01	24366102	CF, 1k ohm
RS02	24366102	CF, 1k ohm
RS03	24366562	CF, 5600 ohm
RS04	24366562	CF, 5600 ohm

Location No.	Part No.	Description
RS06	24366272	CF, 2700 ohm
RS07	24366562	CF, 5600 ohm
RS08	24366562	CF, 5600 ohm
RS09	24366562	CF, 5600 ohm
RS10	24366562	CF, 5600 ohm
RS11	24366562	CF, 5600 ohm
RS12	24366562	CF, 5600 ohm
RS13	24366101	CF, 100 ohm
RS14	24366101	CF, 100 ohm
RS15	24366104	CF, 100k ohm
RS16	24366104	CF, 100k ohm
RS17	24366223	CF, 22k ohm
RS18	24366223	CF, 22k ohm
RS19	24366102	CF, 1k ohm
RS20	24366102	CF, 1k ohm
RS21	24366222	CF, 2200 ohm
RS22	24366222	CF, 2200 ohm
RS23	24366101	CF, 100 ohm
RS24	24366101	CF, 100 ohm
R531	24366103	CF, 10k ohm
R532	24366104	CF, 100k ohm
R535	24366104	CF, 100k ohm
H536	24366223
N337	24300102	CF, IK ONM
N330 R620	24300222	CF, 2200 onm CF, 100 ohm
R540	24366101
RS41	24300104
RS42	24366102	CE 1k ohm
RS43	24366222	CE 2200 obm
RS44	24366101	CE 100 obm
BV01	24366101	CE 100 ohm
BV03	24366101	CE 100 ohm
RV04	24366101	CF, 100 ohm
RV05	24366101	CF, 100 ohm
RV06	24366101	CF, 100 ohm
RV09	24366101	CF, 100 ohm
RV10	24366101	CF, 100 ohm
RV11	24366101	CF, 100 ohm
RV12	24366101	CF, 100 ohm
RV15	24366101	CF, 100 ohm
RV19	24366333	CF, 33k ohm
RV20	24366223	CF, 22k ohm
RV21	24366333	CF, 33k ohm
RV22	24366103	CF, 10k ohm
RV23	24552101	OMF, 100 ohm, 1/2W
RV24	24300471	CF, 470 ohm
RV25	24300101	CF, 100 0mm
RV20	24300332	CF, 3300 0mm
BV28	24366102	CE 1k obm
RV30	24366750	CE. 75 obm
RV31	24366103	CF. 10k ohm
RV32	24366750	CF. 75 ohm
RV34	24366101	CF, 100 ohm
RV35	24366103	CF, 10k ohm
RV36	24366333	CF, 33k ohm
RV37	24366223	CF, 22k ohm
RV38	24366750	CF, 75 ohm
RV50	24366272	CF, 2700 ohm
RV51	24366101	CF, 100 ohm
RV52	24366750	CF, 75 ohm
RV53	24366272	CF, 2700 ohm
HV54	24366272	CF, 2700 ohm

Page 34


Location No.	Part No.	Description
RV55	24366223	CF. 22k ohm
RV56	24366473	CF, 47k ohm
RV57	24366392	CF, 3900 ohm
RV59	24366102	CF. 1k ohm
RV61	24366103	CF. 10k ohm
RV62	24366103	CF. 10k ohm
RV63	24366103	CF. 10k ohm
RV64	24366472	CF. 4700 ohm
RV66	24366750	CF, 75 ohm
RV67	24366750	CF, 75 ohm
RV71	24366750	CF, 75 ohm
RV72	24552101	OMF, 100 ohm, 1/2W
RV73	24366181	CF, 180 ohm
RV74	24366101	CF, 100 ohm
RV80	24366101	CF, 100 ohm
RV88	24366181	CF, 180 ohm
RV95	24366103	CF, 10k ohm
RV98	24366750	CF, 75 ohm
RY02	24366101	CF, 100 ohm
RY03	24366222	CF, 2200 ohm
RY04	24366103	CF, 10k ohm
RY126	24366683	CF, 68k ohm
RY127	24366104	CF, 100k ohm
RY604	24366123	CF, 12k ohm
RY605	24366682	CF, 6800 ohm
RY606	24366333	CF, 33k ohm
RY607	24366392	CF, 3900 onm
RY608	24300123	CF, 12k onm
RY609	24300102
DV611	24300104
BV612	24300473
BY613	24553121	OME 120 obm 1W
BY614	24366103	CE 10k obm
BY615	24366223	CF. 22k ohm
RY616	24366183	CF. 18k ohm
RY631	24366100	CF, 10 ohm
RY632	24366100	CF, 10 ohm
RZ01	24366272	CF, 2700 ohm
RZ01	24872102	Chip, 1k ohm, 1/16W
RZ02	24366272	CF, 2700 ohm
RZ02	24872102	Chip, 1k ohm, 1/16W
RZ03	24366102	CF, 1k ohm
RZ03	24872332	Chip, 3300 ohm, 1/16W
RZ04	24366102	CF, 1k ohm
RZ04	24872102	Chip, 1k ohm, 1/16W
RZ05	24366102	CF, 1k ohm
RZ05	24872221	Chip, 220 ohm, 1/16W
RZ06	24366102	CF, 1k ohm
RZ06	248/2821	Chip, 820 ohm, 1/16W
RZ08	248/24/1	Chip, 470 onm, 1/16W
RZ09	24872101	Chip, 100 onm, 1/1600
RZ13	24072102	Chip, ik ohm, i/16W
RZ15	24872102
RZ17	24872221	Chip, 220 ohm 1/16W
RZ18	24872471	Chip, 470 ohm, 1/16W
RZ20	24872101	Chip, 100 ohm, 1/16W
RZ29	24872331	Chip, 330 ohm, 1/16W
RZ30	24872331	Chip, 330 ohm, 1/16W

COILS &	TRANSFORM	MERS

1401 00040005 Call Chairs TI N0070D
LIUI 23248035 COII, CHOKE, ILN32/8D
L106 23238562 Coil, Peaking, TRF4109AJ

Location No.	Part No.	Description
L200	23103824	Coil, TEM2028K
L301	23103859	Coil (Ferrite Bead), TEM2011
L302	23289101	Coil, Peaking, TRF4101AF
L390	23103859	Coil (Ferrite Bead), TEM2011
L400	23238702	Coil, Peaking, TRF4101AJ
L400	23280022	Coil, Peaking, TRF4101AZ
L441	23233973	Coil, Linearity, TLN2199AY
L442	23248168	Coil, Choke, TLN3328AD
L449	23103859	Coil (Ferrite Bead), TEM2011
L461	23248240	Coil, Choke, TLN3367AF
L462	23231306	Deflection Yoke, TDY-634DK
L470	23103859	Coil (Ferrite Bead), TEM2011
L501	23238714	Coil, Peaking, TRF4100AJ
L503	23289844	Coil, Peaking, TRF4470AT
L504	23238714	Coil, Peaking, TRF4100AJ
L506	23238714	Coil, Peaking, TRF4100AJ
L530	23289840	Coil, Peaking, TRF4100AT
L702	23261974	Coil, Choke, HC5-035
L704	23103859	Coil (Ferrite Bead), TEM2011
L705	23103859	Coil (Ferrite Bead), TEM2011
L706	23289840	Coil, Peaking, TRF4100AT
L811	23103859	Coil (Ferrite Bead), TEM2011
L815	23103859	Coil (Ferrite Bead), TEM2011
L817	23103937	Coil (Ferrite Bead), TEM2004
L818	23280016	Coil, Peaking, TRF4100AZ
L819	23248087	Coil, Choke, TLN3312D
L820	23103859	Coil (Ferrite Bead), TEM2011
L821	23103859	Coil (Ferrite Bead), TEM2011
L823	23103859	Coil (Ferrite Bead), TEM2011
L824	23103859	Coil (Ferrite Bead), TEM2011
L834	23280019	Coil, Peaking, TRF4330AZ
L835	23248255	Coil, Choke, TLN3503AF
L836	23248236	Coil, Choke, TLN3441AF
L840	23248073	Coil, Choke, TLN3299D
L850	23103859	Coil (Ferrite Bead), TEM2011
L851	23289840	Coil, Peaking, TRF4100AT
L870	23103859	Coil (Ferrite Bead), TEM2011
L871	23103859	Coil (Ferrite Bead), TEM2011
L883	23221747	Coil, Choke, TRF9253D
L885	23248073	Coil, Choke, TLN3299D
L891	23103859	Coil (Ferrite Bead), TEM2011
L892	23103859	Coil (Ferrite Bead), TEM2011
L893	23222694	Coil, Width, TLN2026
L896	23103859	Coil (Ferrite Bead), TEM2011
L897	23280016	Coil, Peaking, TRF4100AZ
△ L901	23200373	Coil, Degaussing, TSB-2386AC
L902	23289846	Coil, Peaking, TRF4101AT
L903	23289846	Coil, Peaking, TRF4101AT
L904	23289846	Coil, Peaking, TRF4101AT
L905	23238712	Coil, Peaking, TRF4150AJ
L906	23238712	Coil, Peaking, TRF4150AJ
L907	23238712	Coil, Peaking, TRF4150AJ
L908	23289840	Coil, Peaking, TRF4100AT
1910	23289834	Coll, Peaking, TRF41R0AT
	23289846
LAUT	23289100
	23202281	Coll, IF, TRETT97D
	23238562	Coil (Fearite Read) TEM2011
	23103058
	23230302	Con, reaking, Inr4109AJ
	23103032	TEM2125M
1002	23103859	Coil (Ferrite Read) TEM2011
	23103959	Coil (Ferrite Beed) TEM2011
	201000000	Son (reinte beau), reivizuit

Page 35

Location No.	Part No.	Description
LD87	23103832	Chip (Ferrite Bead), TEM2125M
LF01	23238506	Coil, Peaking, TRF4229AJ (34D9UXE)
LF06	23238562	Coil, Peaking, TRF4109AJ (34D9UXE)
LF07	23238562	Coil, Peaking, TRF4109AJ (34D9UXE)
LF08	23238714	Coil, Peaking, TRF4100AJ (34D9UXE)
LF09	23238714	Coil, Peaking, TRF4100AJ (34D9UXE)
LF10	23238562	Coil, Peaking, TRF4109AJ (34D9UXE)
LF11	23289109	Coil, Peaking, TRF41R0AF (34D9UXE)
LF12	23238714	Coil, Peaking, TRF4100AJ (34D9UXE)
LF13	23289100	Coil, Peaking, TRF4100AF (34D9UXE)
LF16	23289121	Coil, Peaking, TRF4121AF (34D9UXE)
LJ901	23200321	Coil, Degaussing, TSB-2377A
LR21	23103898	Coil, Filter, TEM2030AH
LR22	23103898	Coil, Filter, TEM2030AH
LR23	23103898	Coil, Filter, TEM2030AH
LR24	23103898	Coil, Filter, TEM2030AH
LR25	23103898	Coil, Filter, TEM2030AH
LR26	23103898	Coil, Filter, TEM2030AH
LR27	23103898	Coil, Filter, TEM2030AH
LV01	23103852	Coil, Filter, TEM2028AH
	23103852	Coil Filter TEM2028AH
1 V03	23103852	Coil Filter TEM2028AH
	23103852	Coil Filter TEM2028AH
	23103852	Coil Filter TEM2028AH
1 0 6	23103852	Coil Eilter TEM2028AH
1 1/07	23103852	Coil Filter TEM2028AH
1/51	23103852	Coil Filter TEM2028AH
1//52	23103852	Coil Filter TEM2028AH
	23103002	Coil Chaka TIN2040D
	2322 1003	Coll, Choke, TENS040D
	23236710	Coll, Peaking, TRF4220AJ
	23238/14	Coll, Peaking, TRF4100AJ
LZ02	23289100	Coll, Peaking, TRF4100AF
	23230714	Coll, Feaking, TRE4100AJ
	23238714	Coll, Peaking, TRF4100AJ
L205	23238/14	Coll, Peaking, TRF4100AJ
LZ08	23238707	Coll, Peaking, TRF4390AJ
LZ09	/0131060	Baze Filter, ZBF253D-00
LZ10	70131060	Baze Filter, ZBF253D-00
LZ11	70131060	Baze Filter, ZBF253D-00
T400	23224364	Transformer, Focus, TLN2168AH
T401	23224371	Transformer, Horiz, Drive, TLN1080AH
∆ T461Z	23236593	Transformer, Flyback, TFB4155ZD
∆T801	23211713	Line Filter, TRF3197AQ
T804	23217395	Transformer, Converter, TPW3399AE
T806	23211722	Line Filter, TRF3148BQ
△ T862	23217337	Transformer, Converter, TPW3349AG

SEMICONDUCTORS Q180 23114528 Transistor, 2SC1740S, Q Q185 23114528 Transistor, 2SC1740S, Q Q201 A6335470 Transistor, 2SA1162-Y Q203 A6541130 Transistor, 2SA1162-Y Q204 A6541130 Transistor, 2SA1162-Y Q204 A6541130 Transistor, 2SA1162-Y Q210 A6541130 Transistor, 2SA1162-Y Q211 A6335470 Transistor, 2SC2712-Y Q212 A6335470 Transistor, 2SC2712-Y Q261 A6335470 Transistor, 2SC2712-Y Q262 A6335470 Transistor, 2SC2712-Y Q263 A6335470 Transistor, 2SC2712-Y Q301 Z3319787 IC, LA7832S Q301B 70391356 Screw, BITB3X10 SZN Q302 B0384625 IC, TA7558S Q390 B0350510 IC, TA7558S Q391 23314548 Transistor, 2SC236-O Q404 A6374144 Transistor, 2SC378-Q Q404 A6374144 Transistor, 2SC3852	Location No.	Part No.	Description
Q180 23114528 Transistor, 2SC1740S, Q Q185 23114528 Transistor, 2SC1740S, Q Q201 A635470 Transistor, 2SA1162-Y Q203 A6541130 Transistor, 2SA1162-Y Q204 A6541130 Transistor, 2SA1162-Y Q204 A6541130 Transistor, 2SA1162-Y Q210 A6541130 Transistor, 2SC1712-Y Q211 A6335470 Transistor, 2SC2712-Y Q261 A6541130 Transistor, 2SC2712-Y Q262 A6335470 Transistor, 2SC2712-Y Q263 A6335470 Transistor, 2SC2712-Y Q301 Z3319787 IC, LA7833S Q301B 70391356 Screw, BITTB3X10 SZN Q302 B0360510 IC, TA76558S Q391 23314548 Transistor, 2SC375-0 Q404 A6374144 Transistor, 2SC375-0 Q404 A6374144 Transistor, 2SC3852 Q420 Z3314141 Transistor, 2SC3852 Q420B 70391356 Screw, BITTB3X10 SZN Q4430 Z3314141	SEMICONDU	JCTORS
Q185 23114528 Transistor, 2SC1740S, Q Q201 A6335470 Transistor, 2SA1162-Y Q203 A6541130 Transistor, 2SA1162-Y Q209 A6541130 Transistor, 2SA1162-Y Q209 A6541130 Transistor, 2SA1162-Y Q210 A6541130 Transistor, 2SA1162-Y Q211 A6335470 Transistor, 2SC2712-Y Q261 A6541130 Transistor, 2SC2712-Y Q263 A6335470 Transistor, 2SC2712-Y Q263 A6335470 Transistor, 2SC2712-Y Q263 A6335470 Transistor, 2SC2712-Y Q301 23319787 IC, LA7833S Q302 B0384625 IC, TA8859CP Q305 23906077 IC, TA75585 Q391 2314548 Transistor, 2SC4256 Q402 A6325413 Transistor, 2SC4256 Q402 A6325413 Transistor, 2SC4256 Q404 A6374144 Transistor, 2SC4256 Q404 A247142 Transistor, 2SC4256 Q404 Z341441 T	Q180	23114528	Transistor, 2SC1740S, Q
Q201 A6335470 Transistor, 2SC2712-Y Q202 A6541130 Transistor, 2SA1162-Y Q204 A6541130 Transistor, 2SA1162-Y Q209 A6541130 Transistor, 2SA1162-Y Q210 A6541130 Transistor, 2SC2712-Y Q211 A6335470 Transistor, 2SC2712-Y Q261 A6541130 Transistor, 2SC2712-Y Q261 A6335470 Transistor, 2SC2712-Y Q263 A6335470 Transistor, 2SC2712-Y Q263 A6335470 Transistor, 2SC2712-Y Q301 23319787 IC, LA7833S Q3011 23319787 IC, LA7833S Q302 B0350510 IC, TA58585 Q303 23906077 IC, TA55585 Q402 A632413 Transistor, 2C4256 Q402 A632413 Transistor, 2C5570 Q404 A6371444 Transistor, 2SC3852 Q418 23314141 Transistor, 2SC3852 Q420 Z3314141 Transistor, 2SC3852 Q4208 70391356 Screw, BITB3X	Q185	23114528	Transistor, 2SC1740S, Q
Q202 A6541130 Transistor, 2SA1162-Y Q204 A6541130 Transistor, 2SA1162-Y Q204 A6541130 Transistor, 2SA1162-Y Q210 A6541130 Transistor, 2SA1162-Y Q211 A6335470 Transistor, 2SC2712-Y Q212 A6335470 Transistor, 2SC2712-Y Q263 A6335470 Transistor, 2SC2712-Y Q263 A6335470 Transistor, 2SC2712-Y Q263 A6335470 Transistor, 2SC2712-Y Q263 A6335470 Transistor, 2SC2712-Y Q301 23319787 IC, LA7833S Q301B 70391356 Screw, BITTB3X10 SZN Q302 B0386251 IC, TA755585 Q391 23314548 Transistor, 2SC4256 Q404 A6374144 Transistor, 2SC3852 Q418 23314141 Transistor, 2SC3852 Q4418 Z0391356 Screw, BITTB3X10 SZN Q420 23314141 Transistor, 2SC3852 Q4208 Z0391355 Screw, BITTB3X10 SZN Q420 23314141	Q201	A6335470	Transistor, 2SC2712-Y
Q203 A6541130 Transistor, 2SA1162-Y Q209 A6541130 Transistor, 2SA1162-Y Q210 A6541130 Transistor, 2SA1162-Y Q211 A6335470 Transistor, 2SA1162-Y Q212 A6335470 Transistor, 2SC2712-Y Q261 A6541130 Transistor, 2SC2712-Y Q263 A6335470 Transistor, 2SC2712-Y Q263 A6335470 Transistor, 2SC2712-Y Q301 23319787 IC, LA7833S Q301 20391365 Screw, BITTB3X10 SZN Q302 B0384625 IC, TA755585 Q303 B0305010 IC, TA755585 Q391 23314548 Transistor, 2SC4256 Q402 A6325413 Transistor, 2SC3750 Q404 A6374144 Transistor, 2SC3852 Q402 A6325413 Transistor, 2SC3852 Q404 A6371444 Transistor, 2SC3852 Q404 A6371444 Transistor, 2SC3852 Q404 A6371444 Transistor, 2SC3852 Q412 2314141 Trans	Q202	A6541130	Transistor, 2SA1162-Y
Q204 A6541130 Transistor, 2SA1162-Y Q209 A6541130 Transistor, 2SA1162-Y Q210 A6541130 Transistor, 2SC2712-Y Q212 A6335470 Transistor, 2SC2712-Y Q261 A6541130 Transistor, 2SC2712-Y Q262 A6335470 Transistor, 2SC2712-Y Q263 A6335470 Transistor, 2SC2712-Y Q301 23319787 IC, LA7833S Q301B 70391366 Screw, BITTB3X10 SZN Q302 B0384625 IC, TA75588 Q390 B0350510 IC, TA75588 Q391 2314548 Transistor, 2SC235-0 Q404 A6374144 Transistor, 2SC3852 Q418 23314141 Transistor, 2SC3852 Q418 23314141 Transistor, 2SC3852 Q418 Z3314141 Transistor, 2SC1740S, Q Q420 23314141 Transistor, 2SC1740S, Q Q430 23314141 Transistor, 2SC1740S, Q Q430 23314152 Transistor, 2SC1740S, Q Q430 23314528	Q203	A6541130	Transistor, 2SA1162-Y
Abstrint Transistor, 25A1162-Y Q210 A6541130 Transistor, 2SC2712-Y Q211 A6335470 Transistor, 2SC2712-Y Q261 A6541130 Transistor, 2SC2712-Y Q262 A6335470 Transistor, 2SC2712-Y Q263 A6335470 Transistor, 2SC2712-Y Q263 A6335470 Transistor, 2SC2712-Y Q301 Z331977 IC, LA7833S Q301B 70391356 Screw, BITTB3X10 SZN Q302 B0384625 IC, TA765585 Q390 B0350510 IC, TA755585 Q391 23314548 Transistor, 2SC4256 Q402 A6374144 Transistor, 2SC5570 Q404 A6374144 Transistor, 2SC5570 Q404 A6374144 Transistor, 2SC3852 Q418 23314141 Transistor, 2SC3852 Q420 23314141 Transistor, 2SC3852 Q420 23314141 Transistor, 2SC1740S, Q Q421 2314528 Transistor, 2SC1740S, Q Q450 23314850 Transistor, 2SC1740S,	0204	A6541130	Transistor 2SA1162-Y
Abb Fransistor, 2SA1162-Y Q210 A6541130 Transistor, 2SC2712-Y Q212 A6335470 Transistor, 2SC2712-Y Q261 A6541130 Transistor, 2SC2712-Y Q263 A6335470 Transistor, 2SC2712-Y Q263 A6335470 Transistor, 2SC2712-Y Q301 23319787 IC, LA7833S Q301 23319787 IC, LA7833S Q302 B0384625 IC, TA8859CP Q305 23906077 IC, TCA0372 DP1 Q370 23114530 Transistor, 2SC4256 Q402 A6325413 Transistor, 2SC4256 Q402 A6324144 Transistor, 2SC4256 Q404 A6374144 Transistor, 2SC3852 Q418 23314141 Transistor, 2SC3852 Q418 23314141 Transistor, 2SC3852 Q420 23314141 Transistor, 2SC1740S, Q Q421 23114528 Transistor, 2SC1740S, Q Q421 23114528 Transistor, 2SC1740S, Q Q421 23114528 Transistor, 2SC1740S, Q	0209	A6541130	Transistor 2SA1162-Y
Q211 A6335470 Transistor, 2SC2712-Y Q212 A6335470 Transistor, 2SC2712-Y Q261 A6541130 Transistor, 2SC2712-Y Q262 A6335470 Transistor, 2SC2712-Y Q263 A6335470 Transistor, 2SC2712-Y Q301 23319787 IC, LA7833S Q301 23319787 IC, LA78352 Q302 B0384625 IC, TA8859CP Q305 23906077 IC, TA755585 Q390 B0350510 IC, TA755585 Q404 A6374144 Transistor, 2SC235-O Q404 A6374144 Transistor, 2SC35570 Q404B A8012650 Spacer, AC263 Q404D 72471082 Screw, BITTB3X10 SZN Q420 23314141 Transistor, 2SC3852 Q418 70391356 Screw, BITTB3X10 SZN Q420 23314141 Transistor, 2SC1740S, Q Q430 2331455 Transistor, 2SC1740S, Q Q420 23314850 Transistor, 2SC1740S, Q Q420 2314528 Transistor, 2SC1	0210	A6541130	Transistor 2SA1162-V
Q211 A6335470 Transistor, 2SC2712-Y Q261 A6541130 Transistor, 2SC2712-Y Q262 A6335470 Transistor, 2SC2712-Y Q263 A6335470 Transistor, 2SC2712-Y Q301 Q331977 IC, LA7833S Q301B 70391356 Screw, BITTB3X10 SZN Q302 B0384625 IC, TA8859CP Q305 23906077 IC, TCA0372 DP1 Q370 23114530 Transistor, 2SC4256 Q402 A6325413 Transistor, 2SC235-O Q404 A6374144 Transistor, 2SC335-O Q404 A6374144 Transistor, 2SC3570 Q404 A6374144 Transistor, 2SC35570 Q404 A6012650 Spacer, AC263 Q404 A6012650 Spacer, SC3552 Q420 23314141 Transistor, 2SC370 Q418 23314141 Transistor, 2SC1740S, Q Q421 23114528 Transistor, 2SC1740S, Q Q430 23314141 Transistor, 2SC1740S, Q Q4421 23114528 Trans	0211	A6335470	Transistor, 200712-V
Q261 A65341130 Transistor, 2SA1162-Y Q262 A6335470 Transistor, 2SC2712-Y Q263 A6335470 Transistor, 2SC2712-Y Q301 23319787 IC, LA7833S Q301 C3319787 IC, LA7833S Q302 B0384625 IC, TA75558S Q303 23314548 Transistor, 2SC4256 Q402 A6325413 Transistor, 2SC4256 Q402 A6325413 Transistor, 2SC4256 Q404 A6374144 Transistor, 2SC4256 Q404 A6374144 Transistor, 2SC352 Q404B A8012650 Spacer, AC263 Q404D 72471082 Screw, BRD12W3X10 SZN Q420 23314141 Transistor, 2SC3852 Q430B 70391356 Screw, BITTB3X8 SZN Q420 23314141 Transistor, 2SC1740S, Q Q430 23314141 Transistor, 2SC1740S, Q Q420 23314141 Transistor, 2SC1740S, Q Q420 2331456 Screw, BITTB3X10 SZN Q420 23314560 Trans	0212	A6335470	Transistor, 25C2712-1
Q262 A6335470 Transistor, 2SC2712-Y Q263 A6335470 Transistor, 2SC2712-Y Q301 23319787 IC, LA7833S Q3011 23319787 IC, LA7833S Q3012 B0386425 IC, TA8550CP Q305 23906077 IC, TA75558S Q391 Q3314548 Transistor, 2SC4256 Q404 A6325413 Transistor, 2C55570 Q404 A6374144 Transistor, 2SC3852 Q404 A6374144 Transistor, 2SC3852 Q404 A6374141 Transistor, 2SC3852 Q404B A8012650 Spacer, AC263 Q404B A8012650 Spacer, AC263 Q404B 72471082 Screw, BITTB3X10 SZN Q418 23314141 Transistor, 2SC3852 Q420 23314141 Transistor, 2SC1740S, Q Q430 23314141 Transistor, 2SC1740S, Q Q430 23314142 Transistor, 2SC1740S, Q Q430 23314142 Transistor, 2SC1740S, Q Q420 23114528 Transistor, 2SC	0261	A6541130	Transistor, 2502712-1
Q263 A6335470 Transistor, 2SC2712-Y Q301 23319787 IC, LA7833S Q301B 70391356 Screw, BITTB3X10 SZN Q302 B0384625 IC, TA8592CP Q305 23906077 IC, TCA0372 DP1 Q370 23114530 Transistor, 2SC4256 Q402 A6325413 Transistor, 2SC235-O Q404 A6374144 Transistor, 2SC3570 Q404B A8012650 Spacer, AC263 Q404D 72471082 Screw, BRDT2W3X10 SZN Q418 23314141 Transistor, 2SC3852 Q420B 70391355 Screw, BITTB3X10 SZN Q421 23114528 Transistor, 2SC1740S, Q Q430 2314141 Transistor, 2SC1740S, Q Q430 2314141 Transistor, 2SC1740S, Q Q430 2314580 Transistor, 2SC1740S, Q Q430 2314528 Transistor, 2SC1740S, Q Q461 23114528 Transistor, 2SC1740S, Q Q462 23114528 Transistor, 2SC1740S, Q Q470 23114528	0262	A6335470	Transistor, 25A 102-1
Q301 Q3039470 IC, LA7833S Q301B 70391356 Screw, BITTB3X10 SZN Q302 B0384625 IC, TA8559CP Q305 23906077 IC, TCA0372 DP1 Q370 23114530 Transistor, 2SA933S-Q Q391 23114530 Transistor, 2SC4256 Q402 A6325413 Transistor, 2SC235-O Q404 A6374144 Transistor, 2SC3852 Q404B A6374144 Transistor, 2SC3852 Q404B A6374141 Transistor, 2SC3852 Q404B A6374141 Transistor, 2SC3852 Q418 23314141 Transistor, 2SC3852 Q418 23314141 Transistor, 2SC3852 Q420 23314141 Transistor, 2SC1740S, Q Q420 23314141 Transistor, 2SC1740S, Q Q421 23114528 Transistor, 2SC1740S, Q Q430 23314450 Transistor, 2SC1740S, Q Q460 23314850 Transistor, 2SC1740S, Q Q461 23114528 Transistor, 2SC1740S, Q Q462 23114528 Transistor, 2SC1740S, Q Q461 23114528	0262	A6335470	Transistor, 25C2712-1
G301 233 19787 IC, LA3335 G301B 70391366 Screw, BITTB3X10 SZN G302 B0384625 IC, TA8859CP G305 23906077 IC, TCA0372 DP1 G370 23114530 Transistor, ZSA933S-Q G390 B0350510 IC, TA75558S G391 23314548 Transistor, ZSC4256 G402 A6325413 Transistor, ZCS5570 Q404B A8012650 Spacer, AC263 Q404D 72471082 Screw, BITTB3X10 SZN Q418 23314141 Transistor, ZSC3852 Q420 23314141 Transistor, SC3852 Q420 23314141 Transistor, SC1740S, Q Q421 23114528 Transistor, ZSC1740S, Q Q420 23314141 Transistor, ZSC1740S, Q Q430 2331455 Screw, BITTB3X10 SZN Q420 23314142 Transistor, ZSC1740S, Q Q430 2331452 Transistor, ZSC1740S, Q Q440 23114528 Transistor, ZSC1740S, Q Q460 23114528 Tra	0203	A0335470
O301B 70391356 Screw, BITB3X10 S2N Q302 B0384625 IC, TA8859CP Q307 23114530 Transistor, 2SA933S-Q Q390 B0350510 IC, TA75558S Q391 23314548 Transistor, 2SC4256 Q402 A6325413 Transistor, 2CS570 Q404 A6374144 Transistor, 2CS570 Q404B A8012650 Spacer, AC263 Q404D 72471082 Screw, BRDT2W3X10 SZN Q418 23314141 Transistor, 2SC3852 Q418B 70391355 Screw, BITTB3X10 SZN Q420E 70391355 Screw, BITTB3X10 SZN Q421 2314141 Transistor, 2SC1740S, Q Q430 23314141 Transistor, 2SC1740S, Q Q430 23314141 Transistor, 2SC1740S, Q Q441 2314528 Transistor, 2SC1740S, Q Q430 2331452 Transistor, 2SC1740S, Q Q460 23314528 Transistor, 2SC1740S, Q Q461 2314528 Transistor, 2SC1740S, Q Q461 2314528	0301	23319/8/	IC, LA78335
G302 B0384625 IC, TA8859CP G305 23906077 IC, TCA0372 DP1 G370 23114530 Transistor, 2SA933S-Q G390 B0350510 IC, TA75558S G391 23314548 Transistor, 2SC4256 Q402 A6325413 Transistor, 2SC235-O Q404 A6374144 Transistor, 2SC3852 Q404D 72471082 Screw, BRDT2W3X10 SZN Q418 23314141 Transistor, 2SC3852 Q420 23314141 Transistor, 2SC3852 Q421 23114528 Transistor, 2SC3852 Q420 23314141 Transistor, 2SC3852 Q421 23114528 Transistor, 2SC3852 Q430 23314141 Transistor, 2SC3852 Q430 23314141 Transistor, 2SC1740S, Q Q421 23114528 Transistor, 2SC1740S, Q Q460 23314850 Transistor, 2SC1740S, Q Q461 23114528 Transistor, 2SC1740S, Q Q461 23114528 Transistor, 2SC1740S, Q Q461 2314528	03016	70391355	Screw, BITTB3XTU SZIN
C305 239060/7 IC, TA755585 C370 23114530 Transistor, 2SA933S-Q C390 B0350510 IC, TA755585 C391 23314548 Transistor, 2SC2235-O C402 A6325413 Transistor, 2SC5570 C404B A8012650 Spacer, AC263 C404D 72471082 Screw, BRD12W3X10 SZN C418 23314141 Transistor, 2SC3852 C418 70391356 Screw, BITTB3X10 SZN C420 23314141 Transistor, 2SC3852 C420 23314141 Transistor, 2SC1740S, Q C430 Z3314528 Transistor, 2SC1740S, Q C430 Z3314850 Transistor, 2SC1740S, Q C440 23314850 Transistor, 2SC1740S, Q C460 23314850 Transistor, 2SC1740S, Q C461 23114528 Transistor, 2SC1740S, Q C461 23114528 Transistor, 2SC1740S, Q C461 23114528 Transistor, 2SC1740S, Q C461 23114528 Transistor, 2SC1740S, Q C461	0302	BU384625
G370 23114530 Transistor, 25A9335-G Q390 B0350510 IC, TA75558S Q391 23314548 Transistor, 2SC2235-O Q402 A6325413 Transistor, 2CS5570 Q404 A6374144 Transistor, 2SC3852 Q404D 72471082 Screw, BITTB3X10 SZN Q418 23314141 Transistor, 2SC3852 Q420 23314141 Transistor, 2SC3852 Q420 23314141 Transistor, 2SC3852 Q420 23314141 Transistor, 2SC3852 Q420 23314141 Transistor, 2SC3852 Q420 23314141 Transistor, 2SC1740S, Q Q430 23314141 Transistor, 2SC1740S, Q Q430 23314150 Transistor, 2SC1740S, Q Q460 2314850 Transistor, 2SC1740S, Q Q461 23114528 Transistor, 2SC1740S, Q Q461 23114528 Transistor, 2SC1740S, Q Q461 23114528 Transistor, 2SC1740S, Q Q461 23114528 Transistor, 2SC3437-Y Q503	0305	23906077	TC, TCA0372 DP1
Q390 B0350510 IC, 14755585 Q391 23314548 Transistor, 2SC4256 Q402 A6325413 Transistor, 2SC235-0 Q404 A6374144 Transistor, 2CS5570 Q404 A6374144 Transistor, 2SC3852 Q418 23314141 Transistor, 2SC3852 Q418 70391356 Screw, BITTB3X10 SZN Q420 23314141 Transistor, 2SC3852 Q420 23314141 Transistor, 2SC1740S, Q Q430 23314141 Transistor, 2SC1740S, Q Q430 23314141 Transistor, 2SC1740S, Q Q430 2331414528 Transistor, 2SC1740S, Q Q440 2314850 Transistor, 2SC1740S, Q Q460 23037312 Screw, BTBW3X12SZN Q461 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC4162-Y Q503 A6541130 Transistor, 2SC3437-Y Q510	0370	23114530	Transistor, 25A9335-U
Q391 23314548 Transistor, 2SC4256 Q402 A6325413 Transistor, 2SC235-O Q404 A6374144 Transistor, 2CS570 Q404B A8012650 Spacer, AC263 Q404D 72471082 Screw, BRDT2W3X10 SZN Q418 23314141 Transistor, 2SC3852 Q420 23314141 Transistor, 2SC3852 Q420 23314141 Transistor, 2SC3852 Q420 23314141 Transistor, 2SC1740S, Q Q430 23314141 Transistor, 2SC1740S, Q Q430 2331450 Transistor, 2SC1740S, Q Q460 23314528 Transistor, 2SC1740S, Q Q461 23114528 Transistor, 2SC1740S, Q Q461 23114528 Transistor, 2SC1740S, Q Q461 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q461 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q501 B01A2334 IC, TB1274F(J) Q502 A6361770 Transistor, 2SC3437-Y Q503 A	0390	B0350510	IC, 1A75558S
Q402 A6325413 Transistor, 2SC2235-O Q404 A6374144 Transistor, 2CS570 Q404B A8012650 Spacer, AC263 Q404D 72471082 Screw, BRDT2W3X10 SZN Q418 23314141 Transistor, 2SC3852 Q418 70391356 Screw, BITTB3X10 SZN Q420 23314141 Transistor, 2SC3852 Q421 23114528 Transistor, 2SC1740S, Q Q4308 70391356 Screw, BITTB3X10 SZN Q420 23314141 Transistor, 2SC1740S, Q Q4308 70391356 Screw, BTB3X10 SZN Q460 23314850 Transistor, 2SC1740S, Q Q460 23314528 Transistor, 2SC1740S, Q Q461 23114528 Transistor, 2SC1740S, Q Q462 23114528 Transistor, 2SC1740S, Q Q461 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC3437-Y Q503 A6541130 Transistor, 2SC3437-Y Q504	Q391	23314548	Transistor, 2SC4256
Q404 A6374144 Transistor, 2CS5570 Q404B A8012650 Spacer, AC263 Q404D 72471082 Screw, BRDT2W3X10 SZN Q418 23314141 Transistor, 2SC3852 Q420 23314141 Transistor, 2SC3852 Q420 23314141 Transistor, 2SC3852 Q420 23314141 Transistor, 2SC3852 Q420 23314141 Transistor, 2SC1740S, Q Q430 233141528 Transistor, 2SC1740S, Q Q430 23314850 Transistor, 2SC1740S, Q Q460 23314850 Transistor, 2SC1740S, Q Q461 23114528 Transistor, 2SC1740S, Q Q462 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q501 B01A2334 IC, TB1274F(J) Q502 A6361770 Transistor, 2SC3437-Y Q503 A6541130 Transistor, 2SC3437-Y Q510	Q402	A6325413	Transistor, 2SC2235-0
Q404B A8012650 Spacer, AC263 Q404D 72471082 Screw, BRDT2W3X10 SZN Q418 23314141 Transistor, 2SC3852 Q418B 70391365 Screw, BITTB3X10 SZN Q420 23314141 Transistor, 2SC3852 Q420 23314141 Transistor, 2SC3852 Q421 23114528 Transistor, 2SC1740S, Q Q430 23314141 Transistor, 2SC1740S, Q Q430 23314558 Screw, BITTB3X10 SZN Q460 23314850 Transistor, 2SC1740S, Q Q460 23114528 Transistor, 2SC1740S, Q Q461 23114528 Transistor, 2SC1740S, Q Q462 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q501 B01A2334 IC, TB1274F(J) Q502 A6341130 Transistor, 2SC3437-Y Q503 A6541130 Transistor, 2SC3437-Y Q504 A6541130 Transistor, 2SC3437-Y Q505 A6361770 Transistor, 2SC3437-Y Q506	Q404	A6374144	Transistor, 2CS5570
Q404D 72471082 Screw, BRDT2W3X10 SZN Q418 23314141 Transistor, 2SC3852 Q418 70391356 Screw, BITTB3X10 SZN Q420 23314141 Transistor, 2SC3852 Q420B 70391355 Screw, BITB3X8 SZN Q421 23114528 Transistor, 2SC3852 Q430 23314141 Transistor, 2SC3852 Q430 23314141 Transistor, 2SC1740S, Q Q440 23314850 Transistor, 2SC1740S, Q Q460 23314850 Transistor, 2SC1740S, Q Q461 23114528 Transistor, 2SC1740S, Q Q462 23114528 Transistor, 2SC1740S, Q Q461 23114528 Transistor, 2SC1740S, Q Q462 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q501 B01A2334 IC, TB1274F(J) Q502 A6541130 Transistor, 2SC3437-Y Q503 A6541130 Transistor, 2SC3437-Y Q504 A6541130 Transistor, 2SC3437-Y Q505	Q404B	A8012650	Spacer, AC263
Q418 23314141 Transistor, 2SC3852 Q418B 70391356 Screw, BITTB3X10 SZN Q420 23314141 Transistor, 2SC3852 Q420B 70391355 Screw, BITTB3X8 SZN Q421 23114528 Transistor, 2SC1740S, Q Q430 23314141 Transistor, 2SC3852 Q430B 70391356 Screw, BITTB3X10 SZN Q460 23314850 Transistor, 2SC1740S, Q Q461 23114528 Transistor, 2SC1740S, Q Q461 23114528 Transistor, 2SC1740S, Q Q462 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q501 B01A2334 IC, TB1274F(J) Q502 A6361770 Transistor, 2SC3437-Y Q503 A6541130 Transistor, 2SC3437-Y Q504 A654170 Transistor, 2SC3437-Y Q505 A6361770 Transistor, 2SC3437-Y Q510	Q404D	72471082	Screw, BRDT2W3X10 SZN
Q418B 70391356 Screw, BITTB3X10 SZN Q420 23314141 Transistor, 2SC3852 Q420B 70391355 Screw, BITTB3X8 SZN Q421 23114528 Transistor, 2SC1740S, Q Q430 23314141 Transistor, 2SC3852 Q430B 70391356 Screw, BITTB3X10 SZN Q460 23314850 Transistor, 2SC1740S, Q Q461 23114528 Transistor, 2SC1740S, Q Q462 23114528 Transistor, 2SC1740S, Q Q462 23114528 Transistor, 2SC1740S, Q Q462 23114528 Transistor, 2SC1740S, Q Q462 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q501 B01A2334 IC, TB1274F(J) Q502 A6361770 Transistor, 2SC3437-Y Q503 A6541130 Transistor, 2SC3437-Y Q504 A654170 Transistor, 2SC1740S, Q Q505 A6361770 Transistor, 2SC3437-Y Q506 A6361770 Transistor, 2SC3437-Y Q530 70129558 IC, MM1231XFFK Q530 <	Q418	23314141	Transistor, 2SC3852
Q420 23314141 Transistor, 2SC3852 Q420B 70391355 Screw, BITTB3X8 SZN Q421 23114528 Transistor, 2SC1740S, Q Q430 23314141 Transistor, 2SC3852 Q430B 70391356 Screw, BITTB3X10 SZN Q460 23314850 Transistor, 2SA1788, E Q460B 23037312 Screw, BTBW3X12SZN Q461 23114528 Transistor, 2SC1740S, Q Q462 23114528 Transistor, 2SC1740S, Q Q461 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q501 B01A2334 IC, TB1274F(J) Q502 A635470 Transistor, 2SC3437-Y Q503 A6541130 Transistor, 2SC3437-Y Q504 A654170 Transistor, 2SC3437-Y Q510 B01A0352 IC, TA1276AF Q520 A6361770 Transistor, 2SC3437-Y Q530 70129558 IC, MM1231XFFK Q580 231145	Q418B	70391356	Screw, BITTB3X10 SZN
Q420B 70391355 Screw, BITTB3X8 SZN Q421 23114528 Transistor, 2SC1740S, Q Q430 23314141 Transistor, 2SC3852 Q430B 70391356 Screw, BITTB3X10 SZN Q460 23314850 Transistor, 2SA1788, E Q460B 23037312 Screw, BTBW3X12SZN Q461 23114528 Transistor, 2SC1740S, Q Q462 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q4501 B01A2334 IC, TB1274F(J) Q502 A635470 Transistor, 2SC2712-Y Q503 A6541130 Transistor, 2SC3437-Y Q504 A6541130 Transistor, 2SC3437-Y Q505 A6361770 Transistor, 2SC3437-Y Q510 B01A0352 IC, MM1231XFFK Q580 23114528 Transistor, 2SC1740S, Q Q601 23318413 IC, LA4282 Q601 23318413 IC, LA4282 Q602 23318413 IC, LA4282 Q602 Z318453 Tra	Q420	23314141	Transistor, 2SC3852
Q421 23114528 Transistor, 2SC1740S, Q Q430 23314141 Transistor, 2SC3852 Q430B 70391356 Screw, BITTB3X10 SZN Q460 23314850 Transistor, 2SA1788, E Q460B 2307312 Screw, BTBW3X12SZN Q461 23114528 Transistor, 2SC1740S, Q Q462 23114528 Transistor, 2SC1740S, Q Q462 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q501 B01A2334 IC, TB1274F(J) Q502 A635470 Transistor, 2SC3437-Y Q503 A6541130 Transistor, 2SC3437-Y Q504 A6541130 Transistor, 2SC1740S, Q Q505 A6361770 Transistor, 2SC1740S, Q Q504 A6541130 Itansistor, 2SC1740S, Q Q601 2318413 IC, LA4282 Q601B 70391356 Screw, BITTB3X10 Q602 2318413 IC, LA4282 Q602B 70391356 Screw, BITTB3X10 Q603 23114528	Q420B	70391355	Screw, BITTB3X8 SZN
Q430 23314141 Transistor, 2SC3852 Q430B 70391356 Screw, BITTB3X10 SZN Q460 23314850 Transistor, 2SA1788, E Q460B 23037312 Screw, BTBW3X12SZN Q461 23114528 Transistor, 2SC1740S, Q Q462 23114528 Transistor, 2SC1740S, Q Q462 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q501 B01A2334 IC, TB1274F(J) Q502 A6335470 Transistor, 2SC1740S, Q Q503 A6541130 Transistor, 2SC1740S, Q Q504 A6541130 Transistor, 2SC3437-Y Q505 A6361770 Transistor, 2SC3437-Y Q506 A6361770 Transistor, 2SC1740S, Q Q601 2318413 IC, LA4282 Q601B 70391356 Screw, BITTB3X10 SZN Q602 2318413 IC, LA4282 Q602B 70391356 Screw, BITTB3X10 SZN Q603 23114528 Transistor, 2SC1740S, Q Q611 2318	Q421	23114528	Transistor, 2SC1740S, Q
Q430B 70391356 Screw, BITTB3X10 SZN Q460 23314850 Transistor, 2SA1788, E Q460B 23037312 Screw, BTBW3X12SZN Q461 23114528 Transistor, 2SC1740S, Q Q462 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q451 B01A2334 IC, TB1274F(J) Q502 A6335470 Transistor, 2SC2712-Y Q503 A6541130 Transistor, 2SC3437-Y Q504 A6541130 Transistor, 2SC3437-Y Q505 A6361770 Transistor, 2SC3437-Y Q510 B01A0352 IC, TA1276AF Q520 A6361770 Transistor, 2SC1740S, Q Q601 B01A0352 IC, TA1276AF Q520 A6361770 Transistor, 2SC3437-Y Q530 70129558 IC, MM1231XFFK Q580 23114528 Transistor, 2SC1740S, Q Q601 23318413 IC, LA4282 Q602B 70391356 Screw, BITTB3X10 SZN Q602 23114528	Q430	23314141	Transistor, 2SC3852
Q460 23314850 Transistor, 2SA1788, E Q460B 23037312 Screw, BTBW3X12SZN Q461 23114528 Transistor, 2SC1740S, Q Q462 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q501 B01A2334 IC, TB1274F(J) Q502 A6335470 Transistor, 2SC2712-Y Q503 A6541130 Transistor, 2SA1162-Y Q504 A6541130 Transistor, 2SC3437-Y Q505 A6361770 Transistor, 2SC3437-Y Q510 B01A0352 IC, TA1276AF Q520 A6361770 Transistor, 2SC3437-Y Q530 70129558 IC, MM1231XFFK Q580 23114528 Transistor, 2SC1740S, Q Q601 23318413 IC, LA4282 Q601B 70391356 Screw, BITTB3X10 SZN Q602 23114528 Transistor, 2SC1740S, Q Q611 2311453	Q430B	70391356	Screw, BITTB3X10 SZN
Q460B 23037312 Screw, BTBW3X12SZN Q461 23114528 Transistor, 2SC1740S, Q Q462 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q501 B01A2334 IC, TB1274F(J) Q502 A6335470 Transistor, 2SC2712-Y Q503 A6541130 Transistor, 2SC3437-Y Q504 A6541130 Transistor, 2SC3437-Y Q505 A6361770 Transistor, 2SC3437-Y Q500 A6361770 Transistor, 2SC3437-Y Q510 B01A0352 IC, TA1276AF Q520 A6361770 Transistor, 2SC1740S, Q Q530 70129558 IC, MM1231XFFK Q580 23114528 Transistor, 2SC1740S, Q Q601 23318413 IC, LA4282 Q601B 70391356 Screw, BITTB3X10 SZN Q602 23318413 IC, LA4282 Q602B 70391356 Screw, BITTB3X10 SZN Q603 23114528 Transistor, 2SC1740S, Q Q611 23114530	Q460	23314850	Transistor, 2SA1788, E
Q461 23114528 Transistor, 2SC1740S, Q Q462 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q501 B01A2334 IC, TB1274F(J) Q502 A6335470 Transistor, 2SC2712-Y Q503 A6541130 Transistor, 2SA1162-Y Q504 A6541130 Transistor, 2SC3437-Y Q505 A6361770 Transistor, 2SC3437-Y Q510 B01A0352 IC, TA1276AF Q520 A6361770 Transistor, 2SC3437-Y Q530 70129558 IC, MM1231XFFK Q580 23114528 Transistor, 2SC1740S, Q Q601 23318413 IC, LA4282 Q601B 70391356 Screw, BITTB3X10 SZN Q602 23318413 IC, LA4282 Q602B 70391356 Screw, BITTB3X10 SZN Q603 23114528 Transistor, 2SC1740S, Q Q611 23114530 Transistor, 2SC378-A Q603 23114528 Transistor, 2SC378-A Q631 A6342200	Q460B	23037312	Screw, BTBW3X12SZN
Q462 23114528 Transistor, 2SC1740S, Q Q470 23114528 Transistor, 2SC1740S, Q Q501 B01A2334 IC, TB1274F(J) Q502 A6335470 Transistor, 2SC2712-Y Q503 A6541130 Transistor, 2SA1162-Y Q504 A6541130 Transistor, 2SC3437-Y Q505 A6361770 Transistor, 2SC3437-Y Q510 B01A0352 IC, TA1276AF Q520 A6361770 Transistor, 2SC3437-Y Q530 70129558 IC, MM1231XFFK Q580 23114528 Transistor, 2SC1740S, Q Q601 23318413 IC, LA4282 Q601B 70391356 Screw, BITTB3X10 SZN Q602 23318413 IC, LA4282 Q602B 70391356 Screw, BITTB3X10 SZN Q603 23114528 Transistor, 2SC1740S, Q Q611 23114530 Transistor, 2SC1740S, Q Q611 23114528 Transistor, 2SC378-A Q630 A6342200 Transistor, 2CS2878-A Q631 A6342200 <	Q461	23114528	Transistor, 2SC1740S, Q
Q470 23114528 Transistor, 2SC1740S, Q Q501 B01A2334 IC, TB1274F(J) Q502 A6335470 Transistor, 2SC2712-Y Q503 A6541130 Transistor, 2SA1162-Y Q504 A6541130 Transistor, 2SC3437-Y Q505 A6361770 Transistor, 2SC3437-Y Q510 B01A0352 IC, TA1276AF Q520 A6361770 Transistor, 2SC3437-Y Q530 70129558 IC, MM1231XFFK Q580 23114528 Transistor, 2SC1740S, Q Q601 23318413 IC, LA4282 Q601B 70391356 Screw, BITTB3X10 SZN Q602 23318413 IC, LA4282 Q602B 70391356 Screw, BITTB3X10 SZN Q603 23114528 Transistor, 2SC1740S, Q Q611 2314530 Transistor, 2SC378-A Q633 A6342200 Transistor, 2S2878-A Q631 A6342200 Transistor, 2CS2878-A Q681 A6342200 Transistor, 2SC1815-Y Q706 A6317440 Tra	Q462	23114528	Transistor, 2SC1740S, Q
Q501 B01A2334 IC, TB1274F(J) Q502 A6335470 Transistor, 2SC2712-Y Q503 A6541130 Transistor, 2SA1162-Y Q504 A6541130 Transistor, 2SA1162-Y Q505 A6361770 Transistor, 2SC3437-Y Q510 B01A0352 IC, TA1276AF Q520 A6361770 Transistor, 2SC3437-Y Q530 70129558 IC, MM1231XFFK Q580 23114528 Transistor, 2SC1740S, Q Q601 23318413 IC, LA4282 Q601B 70391356 Screw, BITTB3X10 SZN Q602 23318413 IC, LA4282 Q603 23114528 Transistor, 2SC1740S, Q Q601 23318413 IC, LA4282 Q602B 70391356 Screw, BITTB3X10 SZN Q603 23114528 Transistor, 2SC1740S, Q Q611 23114530 Transistor, 2SC3383C-Q Q612 23114530 Transistor, 2SC3878-A Q631 A6342200 Transistor, 2CS2878-A Q681 A6342200 Transistor	Q470	23114528	Transistor, 2SC1740S, Q
Q502 A6335470 Transistor, 2SC2712-Y Q503 A6541130 Transistor, 2SA1162-Y Q504 A6541130 Transistor, 2SA1162-Y Q505 A6361770 Transistor, 2SC3437-Y Q510 B01A0352 IC, TA1276AF Q520 A6361770 Transistor, 2SC3437-Y Q530 70129558 IC, MM1231XFFK Q580 23114528 Transistor, 2SC1740S, Q Q601 23318413 IC, LA4282 Q601B 70391356 Screw, BITTB3X10 SZN Q602 23318413 IC, LA4282 Q602B 70391356 Screw, BITTB3X10 SZN Q603 23114528 Transistor, 2SC1740S, Q Q611 23114530 Transistor, 2SC1740S, Q Q611 23114530 Transistor, 2SC333S-Q Q630 A6342200 Transistor, 2CS2878-A Q631 A6342200 Transistor, 2CS2878-A Q682 A6342200 Transistor, 2CS2878-A Q682 A6342200 Transistor, 2SC1815-Y Q705 A6317440	Q501	B01A2334	IC, TB1274F(J)
Q503 A6541130 Transistor, 2SA1162-Y Q504 A6541130 Transistor, 2SA1162-Y Q505 A6361770 Transistor, 2SC3437-Y Q510 B01A0352 IC, TA1276AF Q520 A6361770 Transistor, 2SC3437-Y Q530 70129558 IC, MM1231XFFK Q580 23114528 Transistor, 2SC1740S, Q Q601 23318413 IC, LA4282 Q601B 70391356 Screw, BITTB3X10 SZN Q602 23318413 IC, LA4282 Q602B 70391356 Screw, BITTB3X10 SZN Q603 23114528 Transistor, 2SC1740S, Q Q611 23114530 Transistor, 2SC1740S, Q Q612 23114528 Transistor, 2SC39335-Q Q630 A6342200 Transistor, 2CS2878-A Q631 A6342200 Transistor, 2CS2878-A Q681 A6342200 Transistor, 2SC1815-Y Q705 A6317440 Transistor, 2SC1815-Y Q706 A6317440 Transistor, 2SC1815-Y Q707 A6734590	Q502	A6335470	Transistor, 2SC2712-Y
Q504 A6541130 Transistor, 2SA1162-Y Q505 A6361770 Transistor, 2SC3437-Y Q510 B01A0352 IC, TA1276AF Q520 A6361770 Transistor, 2SC3437-Y Q530 70129558 IC, MM1231XFFK Q580 23114528 Transistor, 2SC1740S, Q Q601 23318413 IC, LA4282 Q601B 70391356 Screw, BITTB3X10 SZN Q602 23318413 IC, LA4282 Q602B 70391356 Screw, BITTB3X10 SZN Q603 23114528 Transistor, 2SC1740S, Q Q611 2318413 IC, LA4282 Q602B 70391356 Screw, BITTB3X10 SZN Q603 23114528 Transistor, 2SC1740S, Q Q611 23114530 Transistor, 2SC393S-Q Q632 23114528 Transistor, 2SC3878-A Q631 A6342200 Transistor, 2CS2878-A Q681 A6342200 Transistor, 2SC1815-Y Q706 A6317440 Transistor, 2SC1815-Y Q706 A6317440 Trans	Q503	A6541130	Transistor, 2SA1162-Y
Q505 A6361770 Transistor, 2SC3437-Y Q510 B01A0352 IC, TA1276AF Q520 A6361770 Transistor, 2SC3437-Y Q530 70129558 IC, MM1231XFFK Q580 23114528 Transistor, 2SC1740S, Q Q601 23318413 IC, LA4282 Q601B 70391356 Screw, BITTB3X10 SZN Q602 23318413 IC, LA4282 Q602B 70391356 Screw, BITTB3X10 SZN Q603 23114528 Transistor, 2SC1740S, Q Q611 23114528 Transistor, 2SC1740S, Q Q603 23114528 Transistor, 2SC1740S, Q Q611 23114528 Transistor, 2SC1740S, Q Q612 23114530 Transistor, 2SC1740S, Q Q611 23114530 Transistor, 2SC1740S, Q Q612 23114530 Transistor, 2SC1740S, Q Q612 23114530 Transistor, 2SC393S-Q Q630 A6342200 Transistor, 2CS2878-A Q681 A6342200 Transistor, 2SC1815-Y Q706 A6317440<	Q504	A6541130	Transistor, 2SA1162-Y
Q510 B01A0352 IC, TA1276AF Q520 A6361770 Transistor, 2SC3437-Y Q530 70129558 IC, MM1231XFFK Q580 23114528 Transistor, 2SC1740S, Q Q601 23318413 IC, LA4282 Q601B 70391356 Screw, BITTB3X10 SZN Q602 23318413 IC, LA4282 Q602 23318413 IC, LA4282 Q602 23318413 IC, LA4282 Q602 23318413 IC, LA4282 Q602 23318413 IC, LA4282 Q602 23114528 Transistor, 2SC1740S, Q Q603 23114528 Transistor, 2SC1740S, Q Q611 23114530 Transistor, 2SC1740S, Q Q612 23114530 Transistor, 2SC1740S, Q Q611 23114530 Transistor, 2SC333S-Q Q633 A6342200 Transistor, 2CS2878-A Q681 A6342200 Transistor, 2SC1815-Y Q705 A6317440 Transistor, 2SC1815-Y Q706 A6317440 Transistor, 2SC1815-Y	Q505	A6361770	Transistor, 2SC3437-Y
Q520 A6361770 Transistor, 2SC3437-Y Q530 70129558 IC, MM1231XFFK Q580 23114528 Transistor, 2SC1740S, Q Q601 23318413 IC, LA4282 Q601B 70391356 Screw, BITTB3X10 SZN Q602 23318413 IC, LA4282 Q602B 70391356 Screw, BITTB3X10 SZN Q603 23114528 Transistor, 2SC1740S, Q Q6011 23114528 Transistor, 2SC1740S, Q Q603 23114528 Transistor, 2SC1740S, Q Q611 23114530 Transistor, 2SC383S-Q Q612 23114530 Transistor, 2S2878-A Q630 A6342200 Transistor, 2CS2878-A Q681 A6342200 Transistor, 2CS2878-A Q682 A6342200 Transistor, 2SC1815-Y Q705 A6317440 Transistor, 2SC1815-Y Q706 A6317440 Transistor, 2SC1815-Y Q707 A6734590 Transistor, 2SC1815-Y Q709 A6317440 Transistor, 2SC1815-Y Q710 A6534040	Q510	B01A0352	IC, TA1276AF
Q530 70129558 IC, MM1231XFFK Q580 23114528 Transistor, 2SC1740S, Q Q601 23318413 IC, LA4282 Q601B 70391356 Screw, BITTB3X10 SZN Q602 23318413 IC, LA4282 Q603 23114528 Transistor, 2SC1740S, Q Q604 23318413 IC, LA4282 Q602B 70391356 Screw, BITTB3X10 SZN Q603 23114528 Transistor, 2SC1740S, Q Q611 23114530 Transistor, 2SA933S-Q Q612 23114530 Transistor, 2CS2878-A Q631 A6342200 Transistor, 2CS2878-A Q681 A6342200 Transistor, 2CS2878-A Q682 A6342200 Transistor, 2CS2878-A Q682 A6342200 Transistor, 2SC1815-Y Q705 A6317440 Transistor, 2SC1815-Y Q706 A6317440 Transistor, 2SC1815-Y Q707 A6734590 Transistor, 2SC1815-Y Q709 A6317440 Transistor, 2SC1815-Y Q710 A6534040	Q520	A6361770	Transistor, 2SC3437-Y
Q580 23114528 Transistor, 2SC1740S, Q Q601 23318413 IC, LA4282 Q601B 70391356 Screw, BITTB3X10 SZN Q602 23318413 IC, LA4282 Q602B 70391356 Screw, BITTB3X10 SZN Q603 23114528 Transistor, 2SC1740S, Q Q6011 23114528 Transistor, 2SC1740S, Q Q603 23114528 Transistor, 2SC1740S, Q Q611 23114530 Transistor, 2SA933S-Q Q612 23114530 Transistor, 2CS2878-A Q630 A6342200 Transistor, 2CS2878-A Q681 A6342200 Transistor, 2CS2878-A Q682 A6342200 Transistor, 2CS2878-A Q682 A6342200 Transistor, 2CS2878-A Q682 A6342200 Transistor, 2CS2878-A Q705 A6317440 Transistor, 2SC1815-Y Q706 A6317440 Transistor, 2SC1815-Y Q707 A6734590 Transistor, 2SC1815-Y Q709 A6317440 Transistor, 2SC1815-Y Q710	Q530	70129558	IC. MM1231XFFK
G601 23318413 IC, LA4282 G601B 70391356 Screw, BITTB3X10 SZN G602 23318413 IC, LA4282 G602B 70391356 Screw, BITTB3X10 SZN G603 23114528 Transistor, 2SC1740S, Q G611 23114530 Transistor, 2SA933S-Q G612 23114530 Transistor, 2SA933S-Q G630 A6342200 Transistor, 2CS2878-A G681 A6342200 Transistor, 2CS2878-A G681 A6342200 Transistor, 2CS2878-A G682 A6342200 Transistor, 2CS2878-A G682 A6342200 Transistor, 2CS2878-A G682 A6342200 Transistor, 2CS2878-A G682 A6342200 Transistor, 2CS2878-A G705 A6317440 Transistor, 2SC1815-Y G706 A6317440 Transistor, 2SC1815-Y G707 A6734590 Transistor, 2SC1815-Y G709 A6317440 Transistor, 2SC1815-Y G710 A6534040 Transistor, 2SA1015-Y G711 2331491	Q580	23114528	Transistor, 2SC1740S, Q
Gó01B 70391356 Screw, BITTB3X10 SZN Gó02 23318413 IC, LA4282 Gó02B 70391356 Screw, BITTB3X10 SZN Gó02B 70391356 Screw, BITTB3X10 SZN Gó03 23114528 Transistor, 2SC1740S, Q Gó11 23114530 Transistor, 2SA933S-Q Gó12 23114530 Transistor, 2SA933S-Q Gó30 A6342200 Transistor, 2CS2878-A Gó81 A6342200 Transistor, 2CS2878-A Gó82 A6342200 Transistor, 2CS2878-A Gó82 A6342200 Transistor, 2CS2878-A Gó82 A6342200 Transistor, 2CS2878-A Gó82 A6342200 Transistor, 2CS2878-A Gó82 A6342200 Transistor, 2CS2878-A G705 A6317440 Transistor, 2SC1815-Y G706 A6317440 Transistor, 2SC1815-Y G707 A6734590 Transistor, 2SC1815-Y G709 A6317440 Transistor, 2SC1815-Y G710 A6534040 Transistor, 2SA1015-Y G711	0601	23318413	IC. 1 A4282
G602 23318413 IC, LA4282 G602B 70391356 Screw, BITB3X10 SZN G603 23114528 Transistor, 2SC1740S, Q G611 23114530 Transistor, 2SA933S-Q G612 23114530 Transistor, 2SA933S-Q G630 A6342200 Transistor, 2CS2878-A G631 A6342200 Transistor, 2CS2878-A G681 A6342200 Transistor, 2CS2878-A G682 A6342200 Transistor, 2CS2878-A G682 A6342200 Transistor, 2CS2878-A G682 A6342200 Transistor, 2CS2878-A G682 A6342200 Transistor, 2CS2878-A G705 A6317440 Transistor, 2CS2878-A Q706 A6317440 Transistor, 2SC1815-Y Q707 A6734590 Transistor, 2SC1815-Y Q709 A6317440 Transistor, 2SC1815-Y Q710 A6534040 Transistor, 2SA1015-Y Q710 A6534040 Transistor, 2SB1569A E Q711 23314914 Transistor, 2SD2400A E	Q601B	70391356	Screw, BITTB3X10 SZN
Construction Constreacon Constreacon <	0602	23318413
Construction<	0602B	70391356	Screw BITTB3X10 SZN
Construction<	0603	23114528	Transistor 2SC1740S 0
Q612 23114530 Transistor, 2SA9335-Q Q612 23114530 Transistor, 2SA9335-Q Q630 A6342200 Transistor, 2CS2878-A Q631 A6342200 Transistor, 2CS2878-A Q681 A6342200 Transistor, 2CS2878-A Q682 A6342200 Transistor, 2CS2878-A Q682 A6342200 Transistor, 2CS2878-A Q705 A6317440 Transistor, 2CS2878-A Q706 A6317440 Transistor, 2CS2878-A Q706 A6317440 Transistor, 2CS2878-A Q707 A6734590 Transistor, 2CS2878-A Q707 A6734590 Transistor, 2SC1815-Y Q709 A6317440 Transistor, 2SC1815-Y Q710 A6534040 Transistor, 2SC1815-Y Q710 A6534040 Transistor, 2SA1015-Y Q711 23314911 Transistor, 2SD2400A E Q712 23314914 Transistor, 2SD2400A E	0611	23114530	Transistor, 2569335-0
Q630 A6342200 Transistor, 2CS2878-A Q631 A6342200 Transistor, 2CS2878-A Q681 A6342200 Transistor, 2CS2878-A Q681 A6342200 Transistor, 2CS2878-A Q682 A6342200 Transistor, 2CS2878-A Q682 A6342200 Transistor, 2CS2878-A Q705 A6317440 Transistor, 2CS2878-A Q706 A6317440 Transistor, 2CS2878-A Q706 A6317440 Transistor, 2CS2878-A Q707 A6734590 Transistor, 2CS2878-A Q709 A6317440 Transistor, 2CS2878-A Q709 A6317440 Transistor, 2SC1815-Y Q710 A6534040 Transistor, 2SC1815-Y Q710 A6534040 Transistor, 2SA1015-Y Q711 23314911 Transistor, 2SD2400A E Q712 23314914 Transistor, 2SD2400A E	0612	23114530	Transistor, 25A9335 0
Cost Cost Cost	0630	A6342200	Transistor, 2083838-0
Cost Cost Cost	0631	A6342200	Transistor, 2002070-A
Cost Ac342200 Transistor, 2C32878-A Q682 A6342200 Transistor, 2CS2878-A Q705 A6317440 Transistor, 2SC1815-Y Q706 A6317440 Transistor, 2SC1815-Y Q707 A6734590 Transistor, 2SC752(G)TM-Y Q709 A6317440 Transistor, 2SC1815-Y Q701 A6534040 Transistor, 2SC1815-Y Q710 A6534040 Transistor, 2SC1815-Y Q711 23314911 Transistor, 2SB1569A Q712 23314914 Transistor, 2SD2400A	0681	A6342200	Transistor, 2002070-A
Q705 A6317440 Transistor, 2SC1815-Y Q706 A6317440 Transistor, 2SC1815-Y Q707 A6734590 Transistor, 2SC752(G)TM-Y Q709 A6317440 Transistor, 2SC1815-Y Q701 A6734590 Transistor, 2SC752(G)TM-Y Q709 A6317440 Transistor, 2SC1815-Y Q710 A6534040 Transistor, 2SA1015-Y Q711 23314911 Transistor, 2SB1569A Q712 23314914 Transistor, 2SD2400A	0682	A6342200	Transistor, 2002070-A
Q706 A6317440 Transistor, 23C1815-Y Q707 A6734590 Transistor, 2SC752(G)TM-Y Q709 A6317440 Transistor, 2SC1815-Y Q710 A6534040 Transistor, 2SC1815-Y Q711 23314911 Transistor, 2SA1015-Y Q712 23314914 Transistor, 2SD2400A	0705	A6317440	Transistor 2901915-V
Q707 A6734590 Transistor, 2SC1615-T Q707 A6734590 Transistor, 2SC752(G)TM-Y Q709 A6317440 Transistor, 2SC1815-Y Q710 A6534040 Transistor, 2SA1015-Y Q711 23314911 Transistor, 2SB1569A E Q712 23314914 Transistor, 2SD2400A E	0706	Δ6317440 Δ6317440	Transietor 2901915 V
Q709 A6317440 Transistor, 2SC/52(G)TM-Y Q709 A6317440 Transistor, 2SC1815-Y Q710 A6534040 Transistor, 2SA1015-Y Q711 23314911 Transistor, 2SB1569A E Q712 23314914 Transistor, 2SD2400A E	0707	A6794500	Transistor 200752/01TM V
Q709 A6517440 Transistor, 25C1815-Y Q710 A6534040 Transistor, 2SA1015-Y Q711 23314911 Transistor, 2SB1569A E Q712 23314914 Transistor, 2SD2400A E	0700	AC217440	Transistor, 250/52(G) IVI-Y
Q710 A0034040 Transistor, 2SA1015-Y Q711 23314911 Transistor, 2SB1569A Q712 23314914 Transistor, 2SD2400A	0710	A031/440	Transistor, 250 1815-Y
Q712 23314911 Transistor, 2581569A E Q712 23314914 Transistor, 2SD2400A E	0711	A0534040	Transistor, 25A1015-Y
Q/12 23314914 Transistor, 25D2400A E	0712	20014911	Transistor, 2581569A E
	112	23314314	Hansistor, ZODZ400A E

Page 36

Location	Part No.	Description
NO
Q7 19	A6317440	Transistor, 2SC1815-Y
Q720	A6317440	Transistor, 2SC1815-Y
Q801	23905084	IC, STR-S6709, L
0802	23314141	Iransistor, 2SC3852
0803	23906300	IC, STR-F0053 Transistor 2801915 V
0805	23114528	Transistor 2SC1740S 0
Q806	A8643108	Photo Coupler, TLP621(GB-LE
Q807	23114528	Transistor, 2SC1740S, Q
Q821	23114528	Transistor, 2SC1740S, Q
🗅 Q826	A8643108	Photo Coupler, TLP621(GR-LF
Q831	23314141	Transistor, 2SC3852
Q831B	70391355	Screw, BITTB3X8 SZN
Q832	23905977	IC, PQ09RD11
0025	22000546	Screw, BITTB3XTU SZN
0835B	23000546	Screw BITTB3X10 SZN
0836	23114528	Transistor 2SC1740S 0
Q837	23114528	Transistor, 2SC1740S, Q
Q840	23318299	IC, L78MR05
Q840B	70391356	Screw, BITTB3X10 SZN
Q880	A6534040	Transistor, 2SA1015-Y
Q885	A6534040	Transistor, 2SA1015-Y
Q901	23314811	Transistor, 2SC5147
Q902	A6317440	Transistor, 2SC1815-Y
Q903	23314811	Transistor, 2SC5147
0904	A631/440	Transistor, 2SC1815-Y
0905	23314811	Transistor, 25C5147
0907	A6534145	Transistor, 25C1615-1
0910	A6317440	Transistor 2SC1815-Y
0911	A6317440	Transistor, 2SC1815-Y
Q912	A6534040	Transistor, 2SA1015-Y
Q913	A6534040	Transistor, 2SA1015-Y
Q914	A6317440	Transistor, 2SC1815-Y
Q917	A6317440	Transistor, 2SC1815-Y
Q918	A6534040	Transistor, 2SA1015-Y
Q919	A6317440	Transistor, 2SC1815-Y
0920	A6534040	Transistor, 2SA1015-Y
04420	A0317440	I C TA 1200AN
04460	23114528	Transistor 2SC1740S 0
04461	23114528	Transistor 2SC1740S 0
Q4465	23114530	Transistor, 2SA933S-Q
QA01	23000539	IC, 750011-143S
QA02	23906642	IC, AT24C64-10PC
QA05	A6734590	Transistor, 2SC752(G)TM-Y
QA10	23114530	Transistor, 2SA933S-Q
QA14	23114530	Transistor, 2SA933S-Q
QA27	23904780	IC, JLC1562BN
OB02	23114530	Transistor, 25A9335-Q
0830	23114528	Transistor, AN 1205
QB81	A6342200	Transistor, 2CS2878-A
QB82	A6342200	Transistor, 2CS2878-A
QB83	23114530	Transistor, 2SA933S-Q
QB92	23114528	Transistor, 2SC1740S, Q
QB93	23114530	Transistor, 2SA933S-Q
QB94	23114530	Transistor, 2SA933S-Q
QB95	23114530	Transistor, 2SA933S-Q
0896	23114530	Transistor, 2SA933S-Q
	A/014113	IC, IC9446F-011
0003	A6030620	IC TC7S04F
4000	A0030020

Location No.	Part No.	Description
0004	23000536	IC AK4522VE-E2
0005	23000077	IC NIM2058V-TE1
0006	23000077	IC. NJM2058V-TE1
0D07	23000077	IC. NJM2058V-TE1
OD08	23000077	IC. NJM2058V-TE1
0009	23000077	IC N.IM2058V-TE1
0010	B0347130	IC TA7523S
0011	A6030110	IC. TC4S66F
0D12	23000260	IC. CXA1279BS
0D13	23906484	IC BA033T
OD14	B0372560	IC. TA78L005AP
QF01	23000258	IC, SDA5273-3S (34D9UXE)
QF03	23114528	Transistor, 2SC1740S, Q (34D9UXE)
QF04	23114437	Transistor, 2SC752GTM-Y (34D9UXE)
QF07	23114528	Transistor, 2SC1740S, Q (34D9UXE)
QF08	23114530	Transistor, 2SA933S-Q (34D9UXE)
QG01	B0385648	IC, TA1217AF
QG02	23906597	IC, BA4558F-E2
QJ02	23114528	Transistor, 2SC1740S, Q
QJ03	A6325620	Transistor, 2SC2238-Y
QJ04	23114528	Transistor, 2SC1740S, Q
QR70	A6734590	Transistor, 2SC752(G)TM-Y
QS01	A6342200	Transistor, 2CS2878-A
QS02	A6342200	Transistor, 2CS2878-A
QS03	23114528	Transistor, 2SC1740S, Q
QS04	23114528	Transistor, 2SC1740S, Q
QS07	A6010040	Transistor, RN2004
QS08	A6342200	Transistor, 2CS2878-A
QS09	23114528	Transistor, 2SC1740S, Q
QS10	A6342200	Transistor, 2CS2878-A
QS11	23114528	Transistor, 2SC1740S, Q
QV01	23000369	IC, MM1495XD
QV07	A6002030	Transistor, RN1203
QV08	23114528	Transistor, 2SC1740S, Q
QV09	23114528	Transistor, 2SC1740S, Q
QV11	A6002030	Transistor, RN1203
QV13	23114528	Transistor, 2SC1740S, Q
QV51	23114528	Transistor, 2SC1740S, Q
QV52	23114528	Transistor, 2SC1740S, Q
QV53	23114530	Transistor, 2SA933S-Q
QV55	23114530	Transistor, 2SA933S-Q
QV57	23114528	Transistor, 2SC1740S, Q
QY10	23114530	Transistor, 2SA933S-Q
QY601	23318255
QY602	23906596	IC, BA4558
QY604	A6342200	Transistor, 2CS2878-A
QY605	23114530	Transistor, 2SA933S-Q
0701	22114520	Transistor, RN2004
0701	2311453U A7010002
0702	23114530	Transistor 25A9225 0
0702	A6335470	Transistor 2SC2712-V
0Z04	A6541130	Transistor, 2SA1162-V
QZ05	A6541130	Transistor, 2SA1162-Y
QZ07	A6541130	Transistor, 2SA1162-Y
QZ08	A6335470	Transistor, 2SC2712-Y
D101	23316756	Diode, Zener, MTZJ33D
D120	23357110	Diode, Zener, HZS11N B2
D201	23118041	Diode, MA111-(TX)
D240	23118041	Diode, MA111-(TX)

Page 37


Location No.	Part No.	Descri	ption
D240	23118859	Diode,	1SS133
D241	23316567	Diode,	Zener, MA8051-L, TX
D301	23118095	Diode,	ERB44-06, E
D302	23118095	Diode,	ERB44-06, E
D303	23316794	Diode,	SC570ALFE2
D306	23118859	Diode,	1SS133
D312	23118859	Diode,	1 S S133
D350	23118822	Diode,	ERB12-02
D370	23357070	Diode,	Zener, HZS5.6N B2
D371	23118859	Diode,	1SS133
D390	23357075	Diode,	Zener, HZS6.8N B1
D404	23357043	Diode,	FMQ-G5GS
D406	23118094	Diode,	EU2A, LF-F10
D415	23118094	Diode,	EU2A, LF-F10
D419	23357110	Diode,	Zener, HZS11N B2
D421	23357078	Diode,	Zener, HZS6.8N B2
D422	23357120	Diode,	Zener, HZS15N B3
D431	23357066	Diode,	Zener, HZS5.1N B1
D432	23357066	Diode,	Zener, HZS5.1N B1
D436	23118859	Diode,	1 S S133
D441	23357085	Diode,	Zener, HZS9.1N B2
D460	23316472	Diode,	RGP10JL-6392
D461	23316803	Diode,	FMU-G16S
D463	23118859	Diode,	1SS133
D464	23316741	Diode,	Zener, MTZJ24A
D466	23357070	Diode,	Zener, HZS5.6N B2
D467	23316472	Diode,	RGP10JL-6392
D468	23357112	Diode,	Zener, HZS12N B1
D488	23118859	Diode,	1SS133
D490	23118859	Diode,	1SS133
D501	23118859	Diode,	1SS133
D502	23118859	Diode,	1SS133
D580	23316572	Diode,	Zener, MA8056-H, TX
D601	23118859	Diode,	155133
D602	23118859	Diode,	155133
D603	23118859	Diode,	155133
D604	23118859	Diode,	155133
D606	23118859	Diode,	155133
D607	23118859	Diode,	100133
D608	23118859	Diode,	155133
D609	23118859	Diode,	100100
D612	23110059	Diode,	100100
D612	23110055	Diode,	100100
D615	23110050	Diode,	100100
D617	23118859	Diode,	199133
D618	23118859	Diode,	155133
D630	23110059	Diode,	199133
D631	23118859	Diode,	155133
D632	23118859	Diode,	199133
D633	23118859	Diode,	155133
D704	23115537	Diode,	155131
D705	23115537	Diode,	155131
D715	23115537	Diode,	155131
D721	23115537	Diode,	1SS131
D801	23357041	Diode	LN6SB60-F05
D803	23316472	Diode.	RGP10JL-6392
D804	23357076	Diode	Zener, HZS6.8N B2
D805	23118859	Diode.	1SS133
D806	23316472	Diode.	RGP10JL-6392
D808	23316472	Diode,	RGP10JL-6392
D810	23118859	Diode,	1SS133
D811	23118859	Diode,	1SS133
D815	23357119	Diode,	Zener, HZS15N B2

Location No.	Part No.	Description
D821	23118859	Diode, 1SS133
D828	23118859	Diode, 1SS133
D830	23118338	Diode, RU-4AM LF-L1
D831	23316184	Diode, FML-G12S
D832	23357070	Diode, Zener, HZS5.6N B2
D833	23118859	Diode, 155133
D834 D835	23118859	Diode, 155133
D836	23118094	Diode, EU2A, LF-F10
D837	23118859	Diode, 1SS133
D839	23357070	Diode, Zener, HZS5.6N B2
D840	23316391	Diode, D3SB60, 4109
D841	23118859	Diode, 1SS133
D843	23316463	Diode, RK46, LF-L1
D845	23316678	Diode, Zener, MTZ 16.88
D850	23118052	Diode, BU4Z LF-L1
D883	23316803	Diode, FMU-G16S
D885	23118859	Diode, 1SS133
D891	23118052	Diode, RU4Z LF-L1
D892	23316184	Diode, FML-G12S
D893	23357070	Diode, Zener, HZS5.6N B2
D894	233 1638 1	Diode, RUTP LF-C1 Diode, RGP1011 6392
D890	23357076	Diode Zener HZS6.8N B2
D899	24000656	Varistor, TNR15G471K
D904	23118859	Diode, 1SS133
D905	23118859	Diode, 1SS133
D906	23118859	Diode, 1SS133
D907	23118859	Diode, 1SS133
D908	23118859	Diode, 155133
D909	23118095	Diode, 155133 Diode, EBB44-06 E
D921	23118095	Diode, ERB44-06, E
D931	23118859	Diode, 1SS133
D932	23118859	Diode, 1SS133
D933	23118859	Diode, 1SS133
D934	23118859	Diode, 1SS133
D941	23118859	Diode, 185133
D942 D943	23118859	Diode, 155133
D946	23118859	Diode, 185133
D963	23118859	Diode, 1SS133
D964	23118859	Diode, 1SS133
D965	23118859	Diode, 1SS133
D966	23118859	Diode, 1SS133
D4421	23357085	Diode, Zener, HZS9.1N B2
DB01	23358504	Diode (LED), SCL003URC3FX
DB02	23358503	Diode (LED), SCLUUSIVICSFX Diode (LED), SIB-56SB3E
DB30	23118859	Diode, 1SS133
DD02	23357004	Diode, MA720-(TX)
DD03	23357004	Diode, MA720-(TX)
DF01	23316654	Diode, Zener, MTZJ3.0A (34D9UXE)
DJ01	23118859	Diode, 1SS133
DJ02	23316726	Diode, Zener, MTZJ15C
DV01	23357085	Diode, Zener, HZS9.1N B2
DV02	23357085	Diode, Zener, HZS9.1N B2
DV03	23357085	Diode, Zener, HZS9.1N B2
DV04 DV05	23357085	Diode, Zener, HZS9.1N B2
DV10	23357085	Diode, 188133
DV19	23357085	Diode, Zener, HZS9.1N B2

SPEPIEID MEDBARATIONS

Page 38

Location No.	Part No.	Description		Location No.
DY601	23118859	Diode, 1SS133		GJ110	:
DY602	23118859	Diode, 1SS133		GJ111	-
				GJ112
MISCELLA	NEOUS			GJ113
B207	23037312	Screw, BTBW 3X12 SZN		GJ114 CJ115
B209	23030937	Screw, BTBW 3X12 SBN		GHI16
BBU3A	23903022	Socket, 8P		G1117
BB03C	23903022			GJ118
BB04A	23308027	Socket 8P		GJ119
BB04B	23903022	Socket 8P		GJ120
BB04C	23368627	Plug, 8P		GJ121	2
BB05A	23903022	Socket, 8P		GJ122	2
BB05B	23903022	Socket, 8P		GJ123
BB05C	23368627	Plug, 8P		GY102
BB06A	23903022	Socket, 8P		GY103	į
BB06B	23903022	Socket, 8P		G7104
BBU6C	23368627	Plug, 8P Built an Madra
E912 E949	23526010	Adhasiya TSE2842 M		KB01
▲ F47 0	23144829				-
F470A	23165433	Holder, Fuse		L462A	1
▲ F801	23144458	Fuse, 5.0A, 250V
F801A	23165433	Holder, Fuse		L462B	2
⚠ F802	23144867	Fuse, 4.0A, 250V
F802A	23165433	Holder, Fuse		M461A	í
F803	23144832	Fuse, 2.0A, 250V		P501A
F803A	23165433	Holder, Huse		P502A
G107	23238506	Coil Peaking, TRF4229AJ		P502B
G103	23238714	Coil. Peaking, TRF4100AJ		P661	2
G104	23238714	Coil, Peaking, TRF4100AJ		▲ P801	2
G108	23238562	Coil, Peaking, TRF4109AJ		P801A	2
G308	24366102	CF, 1k ohm		P801B	2
G311	24366332	CF, 3300 ohm		P910
G313	24366393	CF, 39k ohm Diede EBB12.02		PE01B
G401	23118822	Coil (Ferrite Boad) TEM2011		PG01A	2
G403	23103859	Coil (Ferrite Bead), TEM2011		PG01B	2
G406	23103859	Coil (Ferrite Bead), TEM2011		PG02A	2
G430	23118094	Diode, EU2A, LF-F10		PG02B	2
G465	23357070	Diode, Zener, HZS5.6N B2		PU01	í
G510	23289479	Coil, Peaking, TRF44R7AF		PU02	2
G801	23316472	Diode, RGP10JL-6392
G802	23289840	Coll, Peaking, TRF4100A1		PV03	2
G812	23103859	Coil (Ferrite Bead), TEM2011		PV10A
G813	23103859	Coil (Ferrite Bead), TEM2011		PY630	2
G840	23280018	Coil, Peaking, TRF4220AZ		l∕∆ $801	2
G891	23248227	Coil, Choke, TLN3481AD		SA01	2
GA69	24366470	CF, 47 ohm		SA02	2
GJ01	24000576	Chip Jumper, 3216 type		SA03
GJ03	24000824	Chip Jumper, 21251ype		SA04	4
GI100	24000824	Chip Jumper, 21251ype		SA06	2
GJ101	24000576	Chip Jumper, 3216 type	1	SJ01	2
GJ102	24000576	Chip Jumper, 3216 type		SR81	2
GJ103	24000576	Chip Jumper, 3216 type	1	SR82	2
GJ104	24000824	Chip Jumper, 2125Type		SR83	2
GJ105	24000824	Chip Jumper, 2125Type		UX01	2
GJ106	24000824	Chip Jumper, 2125Type	1
GJ107	24000824	Chip Jumper, 2125Type	1		4
G.1109	24000824 24000824	Chip Jumper, 2125Type Chip Jumper, 2125Type	1
	24000024	cinp compet, zizorype

Location No.	Part No.	Description
GJ110	24000824	Chip Jumper, 2125Type
GJ111	24000576	Chip Jumper, 3216 type
GJ112	24000576	Chip Jumper, 3216 type
GJ113	24000576	Chip Jumper, 3216 type
GJ114	24000576	Chip Jumper, 3216 type
GJ115	24000576	Chin Jumper 3216 type
G1116	24000576	Chip lumper 3216 type
G1117	24000370	Chip Jumper, 2125Type
G1118	24000824	Chip Jumper, 2125Type
G 1110	24000024	Chip Jumper, 2125Type
GUID	24000824	Chip Jumper, 2125Type
GJ120	24000824	Chip Jumper, 2125Type
GJ 121	24000024	Chip Jumper, 2125Type
GJ122	24000624	Chip Jumper, 2125Type
GJ 123	24000824	Chip Jumper, 21251ype
GY 102	23238506	Coll, Peaking, TRF4229AJ
GY103	23238506	Coil, Peaking, TRF4229AJ
GY104	23238506	Coil, Peaking, TRF4229AJ
GZ03	23289841	Coil, Peaking, TRF4150AT
HY002	23148327	Module, MVCM13, PIP
KB01	23906905	Remote Sensor, PNA4612M01TH
L462A	23948535	Convergence Corrector,
L462B	23948536	Convergence Corrector, TC-V(MINUS)
M461A	23192944	Anode Cap. TCCP5161
P501A	23903025	Socket 25P
P501B	23368634	Plug 25P
P502A	23903025	Socket 25P
P502B	23368634	Plug. 25P
P661	23365444	lack Farnhone
P801	23372023	Power Cord
P801A	23164729	Plug 3P
P801B	23164729	Plug 3P
POID	23104725
DE01A	23104725	Plug P P 16P (24D0LIVE)
	23307724	Flug, B-B, ISF (34D9UXE) Socket B.B. 15B (34D9UXE)
PC01A	23902000	Socket, B-B, 15P (34D90AE)
PG01P	23302213
PG016	23300130	Flug, IVF Socket P.P. 6P
PC02A	23902003	SUCKEL, D-D, OF
PU01	23300000	Flug, or Socket B.B. 15D
PU01	23902000	Socket, B-B, 19P
PUU2 BV01	23902781	Socket, B-B, 12P
PV01	23305900	Jack, 156P
PV02	233654/3	Jack, 6P
PV03	23365837	Jack, 156P
PVIUA	23903040	Socket, 56P
PY630	23365444	Jack, Earphone
S801	23344382	Switch, Power
SA01	23145227	Switch, Push, 1C1P
SA02	23145227	Switch, Push, 1C1P
SA03	23145227	Switch, Push, 1C1P
SA04	23145227	Switch, Push, 1C1P
SA05	23145227	Switch, Push, 1C1P
SA06	23145227	Switch, Push, 1C1P
SJ01	23146958	Relay, DC12V
SR81	23146564	Relay, DC12V
SR82	23146564	Relay, DC12V
SR83	23146570	Relay, DC12V
UX01	23148350	Module, MKMM31, MULTI PICTURE
UX02	23148748	Module, TMA202, SCAN CONVERTER, D+P

SPECIFIC INFORMATIONS

Page 39

Location No.	Part No.	Description
UZ01	23148747	Module, MYCJ32, 3D-YCS COMB
∆V901A	23902824	Socket, CRT, 10P
V901B	23102456	Magnet MAG-4006
V901M	23102465	Magnet MAG-1108
W661	22261146	Spocker SPK 1402
**001	23351145	Speaker, SFK-1402,
NA/CCO	00054445
VV002	23351145	Speaker, SPK-1402,
		80X120mm, 8 ohm
W663	23351133	Speaker, SPK-1392,
		100X100mm, 16 ohm
W664	23351135	Speaker, SPK-1394,
		50x50mm, 8 ohm
W665	23351135	Speaker, SPK-1394,
ĺ		50x50mm, 8 ohm
X401	23153721	Ceramic Resonator, 503kHz,
		TCR1023
X4401	23153721	Ceramic Resonator, 503kHz
		TCB1023
X501	23153438	Crystal 16 200MHz
XA01	22152407	Crystal, 16.0 MHz
	23153497
XDOT	23153490	Crystal, 18.432 WHZ
XF01	23153421	Crystal, 20.48MHz (34D9UXE)
2301	23110845	Focus Pack, TPA6032BH
Z420	23144539	Protector, PRF20005491,
		125V, 2A
Z430	23144536	Protector, PRF10005491,
		125V, 1A
Z601	23107742	Filter, TEM1014
Z602	23107742	Filter, TEM1014
Z801	23904998	IC, HIC1016
Z889	23144543	Protector, PRF50005491, 125V, 5A
Z890	23144543	Protector, PRF50005491, 125V, 5A
Z891	23144543	Protector, PRF50005491, 125V, 5A
Z892	23144543	Protector, PRF50005491, 125V, 5A
Z897	23144539	Protector, PRF20005491, 125V, 2A
ZT01	23153736	Ceramic Resonator, TCR1025
PC BOARD	ASSEMB	LIES
* U901		Signal Board, PB9712B
		(34D9UXH)
* U901		Signal Board, PB9712E (34D9UXE)
* U902		Power Board, PB9713A
* U904A		CONTROL1 Board, PB9715B-1
* U904B		CONTROL 2 Board PB9715B-2
* 119040		DEF Board PR0715B 2
* 110050		VCD Board PP0716A 1
14 0905A
* U905A		VCD Board, PB9716C-1
* U905B		(34D90XE) BACK-T Board, PB9716A-2 (34D90XH)
* U905B		BACK-T Board, PB9716C-2 (34D9UXE)
* U906		V DOLBY Board, PB9717
* U907		CRT Drive-VM Board, PB9718
* U908		TEXT Board, PB7888A
		(34D9UXE)

Location No.	Part No.	Description
PICTURE TUBE
∆V901	A55770HC	Picture Tube, A80LTM350X
TUNER
H001	23321393	Tuner, EC954LW
HY001	23321384	Tuner, ECA32LX2
ACCESSOR	ACCESSORIES
K902	23306245	Remote Hand Unit, CT-9932 (34D9UXH)
K902	23306246	Remote Hand Unit, CT-9933 (34D9UXE)
AT03	23588254	Battery Cover
Y101C	23565037	Owner's Manual,
		Hong Kong, 34D9UXH
Y101E	23565035	Owner's Manual, English,
		34D9UXH/34D9UXE
Y109	23945015	Cover, Poly

	PARTS


A201	23540292	Front Cover (34D9UXH)
A201	23540326	Front Cover (34D9UXE)
A205	23150221	Speaker Box
A228	23035412	Screw, BTB4X12SZN
A308	23445199	Button, 6-key
A310	23451603	Damper
A401	23549401	Back Cover
A453	23035412	Screw, BTB4X12SZN
A508	23710161	Screw, BITE4X16SBZ
A701	23064352	Case (34D9UXH)
A701	23064377	Case (34D9UXE)
A702	23935890	Packing, T/B
A710	23845450	Joint
A902	23427888	Door (34D9UXH)
A902	23427904	Door (34D9UXE)
A903	23436752	Handle
A904A	23445436	Button, Power(FACE)
A904C	23035312	Screw, BTB3X12SZN
A905	23451976	Push, Catch

- 39 -

Page 40

SCHEMATIC DIAGRAM MODEL: 34D9UXH / 34D9UXE (1/6) OBSERVATION OF VOLTAGES AND WAVEFORMS

CAUTION: The intensitional hocard symbols "A_" in the schematic diagram and the parts list designate com-ponents which lave special characteristics important for safety and should be replaced only with hypes detected hocar in the original circlar or specified in the parts list. The mountim postelon (registerments is to a bidmical with original. Bother replacing any of these components, read cantify the PPCDUCT SAFETY NOTICE on page 3. Dan designet is tasked of the nocider through memory servicing.

OBSERVATION OF VOLTAGES AND WAVEFORMS 1. Voltages read with VTVM from point shown to chassis ground, line voltage 220 volts, colour bar signal. Voltages reading may vary ±20%. 2. All waveforms are taken using a with band oscilloscone and a low canselty proba

NOTES: 1. D.C. resistance value of a principal transformer is shown in this schematic dia-gram. These are measured for separated from the circuit. 2. The circuit are subject to change without notice. 3.

EXPRESSION

VALUE OF RESISTOR, CAPACITOR and INDUCTOR VALUE OF RESISTOR, CAPACITOR and INDUCTOR 1. Resistance is shown in dom, tw. 2000, Mr. 100000 2. Unless other wise noted in schematic, all capacitor values less than 1 are expres-sed in piF and the values more than 1 in pF. 3. Unless otherwise noted in schematic, all inductor values more than 1 are expres-sed in piK and the values less than 1 in H.

Page 41

SCHEMATIC DIAGRAM

MODEL: 34D9UXH / 34D9UXE (1/6)

CAUTION : The international hazard symbols "A" in the schematic diagram and the parts list designate components which have special characteristics important for safety and should be replaced only with types identical to those in the originals. Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE on page 3. Do not degrade the safety of the receiver through improper servicing

OBSERVATION OF VOLTAGES AND WAVEFO

1. Voltages read with VTVM from point shown to

voltages read with VIVM from point shown to volts, colour bar signal. Voltages reading may All waveforms are taken using a wide band osci

Waveforms are taken using a wide band oscillation. Waveforms are taken using a standard colour 4. Make sure that CONTRAST and COLOUR constraints and the BRIGHTNESS control is almost in maximum points. picture.

Page 42

OF VOLTAGES AND WAVEFORMS

OF VOLTAGES AND WAVEFORMS d with VTVM from point shown to chassis ground, line voltage 220 bar signal. Voltages reading may vary ±20%. s are taken using a wide band oscilloscope and a low capacity probe. re taken using a standard colour bar signal. hat CONTRAST and COLOUR controls are in mid position and s control is almost in maximum position. Set other controls for best

NOTES:

D.C. resistance value of a principal transformer is shown in this schematic dia gram. These are measured for separated from the circuit. The circuits are subject to change without notice.

3. C : Solder links.

Page 43

EXPRESSION

VALUE OF RESISTOR, CAPACITOR and INDUCTOR

VALUE OF RESISTOR, CAPACITOR and INDUCTOR 1. Resistance is shown in ohm, k=1,000, M=1,000,000 2. Unless other wise noted in schematic, all capacitor values less than 1 are expressed in μF and the values more than 1 in pF. 3. Unless otherwise noted in schematic, all inductor values more than 1 are expressed in μH, and the values less than 1 in H.

Page 44

Page 45

Page 46

Page 47

CAUTION: The international bacard cymbole "A," in the schematic diagram and the praifs lied designate com-ponents which have special characteristics important for sately and should be replaced only with pages identical house in the original class of specified in the parts IR. The maximizing position of replacements is to be identical with originals. Better replacing any of these components, read carefully the PRODUCT SAFETY NOTICE on page 3. D and objection basiley of the received through importer envirting.

SCHEMATIC DIAGRAM MODEL: 34D9UXH / 34D9UXE (2/6) OBSENVITION OF VICITARES AND WAVEFORMS L. Voltages read with VTVM from paint shown to chasies (provid, line voltage 220 L. Voltages read with VTVM from paint shown to chasies (provid, line voltage 220 CMUTION: The international hazard symbols 'A_' in the schematic dargman and the patie list designate com-ponents which have special characteristics important for safety and should be replaced only with types (infinitiant) 2. All workforms are taken using a which chock on the single. 3. Noveforms are taken using a shorter chock on the single.

NOTES: 1. D.C. resistance value of a principal transformer is shown in this schematic dia-gram. These are measured for separated from the circuit. 2. The circuits are subject to change without notice. 3.

EXPRESSION

VALUE OF RESISTOR, CAPACITOR and INDUCTOR 1. Resistance a bitwom in odm, pc. V000, Mr 1,000,000 2. Uldes other when notide in charmon, and application values less than 1 are expres-red in p2 and the values more than 1 in p2. 3. Unless otherwise noted in schematic, all inductor values more than 1 are expres-sed in p1,4 and the values is not than 1 in p1.

Page 48

SCHEMATIC DIAGRAM

MODEL: 34D9UXH / 34D9UXE (2/6)

OBSERVATION OF VOLTAGES AND WAVE 1. Voltages read with VTVM from point sho

volts, colour bar signal. Voltages reading 2. All waveforms are taken using a wide ban
Waveforms are taken using a wide band Waveforms are taken using a standard co Make sure that CONTRAST and COLO BRIGHTNESS control is almost in maxim picture.

CAUTION : The international hazard symbols "A" in the schematic diagram and the parts list designate components which have special characteristics important for safety and should be replaced only with types identical to ponents which have special characteristics important for safety and should be replaced only with types identical to those in the original circuit or specified in the parts list. The mounting position of replacements is to be identical with originals. Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE on page 3. Do not degrade the safety of the receiver through improper servicing.

Page 49

SERVATION OF VOLTAGES AND WAVEFORMS

SSERVATION OF VOLTAGES AND WAVEFORMS Voltages read with VTVM from point shown to chassis ground, line voltage 220 volts, colour bar signal. Voltages reading may vary ±20%. All waveforms are taken using a wide band oscilloscope and a low capacity probe. Waveforms are taken using a standard colour bar signal. Make sure that CONTRAST and COLOUR controls are in mid position and BRIGHTNESS control is almost in maximum position. Set other controls for best

NOTES:

D.C. resistance value of a principal transformer is show gram. These are measured for separated from the circuit. The circuits are subject to change without notice.

3. Colder links.

Page 50

EXPRESSION

VALUE OF RESISTOR, CAPACITOR and INDUCTOR

Resistance is shown in ohm, k=1,000, M=1,000,000 Unless other wise noted in schematic, all capacitor values less than 1 are expressed in μF and the values more than 1 in pF. Unless otherwise noted in schematic, all inductor values more than 1 are expressed in μH, and the values less than 1 in H.

this sche atic dia

Page 51

Page 52

Page 53

Page 54

Page 55

MODEL: 34D9UXH / 34D9UXE (3/6)

OBSERVATION OF VOLTAGES AND WAVEFO

1. Voltages read with VTVM from point show
volts, colour bar signal. Voltages reading r
volts, colour bar signal. Voltages reading r 2. All waveforms are taken using a wide band of 3. Waveforms are taken using a standard colo 4. Make sure that CONTRAST and COLOUI BRIGHTNESS control is almost in maximum picture.

CAUTION: The international hazard symbols "A" in the schematic diagram and the parts list designate com-CAUTION: The international nazard symbols "M" in the schematic diagram and the parts list designate com-ponents which have special characteristics important for safety and should be replaced only with types identical to those in the original circuit or specified in the parts list. The mounting position of replacements is to be identical with originals. Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE on page 3. Do not degrade the safety of the receiver through improper servicing.

Page 56

Page 57

EXPRESSION

VALUE OF RESISTOR, CAPACITOR and INDUCTOR

VALUE OF RESISTOR, CAPACITOR and INDUCTOR 1. Resistance is shown in ohm, k=1,000, M=1,000,000 2. Unless other wise noted in schematic, all capacitor values less than 1 are expressed in μF and the values more than 1 in pF. 3. Unless otherwise noted in schematic, all inductor values more than 1 are expressed in μH, and the values less than 1 in H.

atic dia

Page 58

Page 59

Page 60

Page 61

SCHEMATIC DIAGRAM MODEL : 34D9UXH / 34D9UXE (4/6) OBSERVATION OF VOLTAGES AND WAVEFORMS

CAUTION: The international factand symbols "A," in the schematic diagram and the pans list designate com-ponents which have special datasateristics important for safety and should be replaced only with types identical to have in the original circuit or specified in the parts list. The mounting pacifier for fraid-centent is to be identical with originals. Before replacing any of these components one specific components the FFOODCH SMETY MOTICE capage

OBSERVATION OF VOLTAGES AND WAVEFORMS 1. Voltages read with VTVM from point shown to chassis ground, line voltage 220 volts, colour bar signal. Voltages reading may vary ±20%.

EVERTONION

EXPRESSION VALUE OF RESISTOR, CAPACITOR and INDUCTOR 1. Biolitance is shown in drm, s+1000, N+1,000,000 2. Unless other watered in schematical is appeader subset less than 1 are expression of the schematic shown in the intermediate schematic shown in the schematics and n+1 are expression of the schematics and n+1 are schematics schematics and n+1 are schematics schematics and n+1 are schematics schematics and n+1 are schematics schematics and n+1 are schematics schematics and n+1 are schematics schematics and n+1 are schematics schematics and n+1 are schematics schematics and n+1 are schematics schematics and n+1 are schematics schematics and n+1 are schematics schematics and n+1 are schematics schematics and n+1 are schematics schematics and n+1 are schematics schematics and n+1 are schematics schematics and n+1 are schematics schematics and n+1 are schematics schematics and n+1 are schematics schematics and n+1 are schematics schematics and n+1 are schematics schematics and n+1 are schematics schematics and n+1 are schematics schematics and n+1 are schematics schematics and n+1 are schematics schematics and n+1 are schematics schematics and n+1 are schematics and n+1 are schematics s

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SCHEMATIC DIAGRAM

MODEL: 34D9UXH / 34D9UXE (4/6)

CAUTION : The international hazard symbols "A" in the schematic diagram and the parts list designate com-ponents which have special characteristics important for safety and should be replaced only with types identical to those in the original circuit or specified in the parts list. The mounting position of replacements is to be identical with originals. Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE on page 3. Do not degrade the safety of the receiver through improper servicing.

OBSERVATION OF VOLTAGES AND WAVEFOR

1. Voltages read with VTVM from point shown volts, colour bar signal. Voltages reading ma

volts, colour bar signal. Voltages reading ma 2. All waveforms are taken using a wide band os 3. Waveforms are taken using a standard colou 4. Make sure that CONTRAST and COLOUR BRIGHTNESS control is almost in maximum

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EXPRESSION

VALUE OF RESISTOR, CAPACITOR and INDUCTOR

Resistance is shown in ohm, k=1,000, M=1,000,000
Resistance is shown in orm, κ τουο, w τουο, του Unless other wise noted in schematic, all capacitor values less than 1 are expressed in μF and the values more than 1 in pF. Unless otherwise noted in schematic, all inductor values more than 1 are express
sed in µH, and the values less than 1 in H

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SCHEMATIC DIAGRAM

MODEL: 34D9UXH / 34D9UXE (5/6)

CAUTION : The international hazard symbols "A" in the schematic diagram and the parts list designate components which have special characteristics important for safety and should be replaced only with types identical to those in the original circuit or specified in the parts list. The mounting position of replaced only with types identical to with originals. Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE on page 3. Do not degrade the safety of the receiver through improper servicing.

OBSERVATION OF VOLTAGES AND WAVEF

1. Voltages read with VTVM from point show volts, colour bar signal. Voltages reading

volts, colour bar signal. Voltages reading 2. All waveforms are taken using a wide band 3. Waveforms are taken using a standard co 4. Make sure that CONTRAST and COLOL BRIGHTNESS control is almost in maximu picture

RD84 22K

RD77 10K

CD40

RD39 2.7K

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SCHEMATIC DIAGRAM MODEL: 34D9UXH / 34D9UXE (6/6) OREENVATION-1.0400.0000 3.040.0000 3.040.0000

NOTES: 1. DC: relationes value of a principal transformer is shown in 3. grow. Thesarem meaned for supported from the followit. 2. The instruction subject to change without notes.

VALUE OF RESIS' 1. Resistance is show 2. Unless other wise and in µF and the 3. Unless otherwise 3. Unless otherwise

..... toce than 1 are expres-

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MODEL : 34D9UXH / 34D9UXE (6/6)

10200005

OBSERVATION OF VOLTAGES AND WAVEF

1. Voltages read with VTVM from point show
Voltages read with V VM Hom point show volts, colour bar signal. Voltages reading All waveforms are taken using a wide band Waveforms are taken using a standard col Make sure that CONTRAST and COLOU BRIGHTNESS control is almost in r picture.

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OLTAGES AND WAVEFORMS

OLTAGES AND WAVEFORMS NUTVM from point shown to chassis ground, line voltage 220 ignal. Voltages reading may vary ±20%. taken using a wide band oscilloscope and a low capacity probe. ken using a standard colour bar signal. ONTRAST and COLOUR controls are in mid position and trol is almost in maximum position. Set other controls for best

NOTES:

D.C. resistance value of a principal transformer is shown in this schematic dia-gram. These are measured for separated from the circuit. The circuits are subject to change without notice.
- 3. 🗣 : Solder links,

EXT

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EXPRESSION

VALUE OF RESISTOR, CAPACITOR and INDUCTOR

Resistance is shown in ohm, k=1,000, M=1,000,000 Unless other wise noted in schematic, all capacitor values less than 1 are expressed in μF and the values more than 1 in pF. Unless otherwise noted in schematic, all inductor values more than 1 are expression.
- sed in µH, and the values less than 1 in H.

nsformer is shown in this schematic dia from the circuit. ut notice.

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TEXT

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		SPEC	IFICA	TIONS (Repr	esentativ	e: 34D9U)	(E)
Rated voltage	~ 110 V − 240 V, 50/60 Hz (34D9UXE/34D9UXH/34D9UXM/34D9UXA) ~ 220 V − 240 V, 50/60 Hz (34D9UXC/34D9UXR)
Power consumptio (at ~ 220 V, 50 Hz)	215 W
Dimensions (Width × Depth × H	eight)	828mm × 558 mm × 686mm
Mass						74.1 kę	]
Picture tube		Type 34, flat super crystal picture tube (85 cm) overall picture tube measured diagonally (80 cm) viewable picture measured diagonally 104° deflection
Television system	Channel	Systen	n		VHF	UHF	CATV (Channel)
(Aerial input)	coverage	PAL	B/G	(CCIR)	2 – 12	21 – 69	X ~ Z+2, S1 ~ S41
		PAL	1	(UK)		21 – 6 9	—
		PAL	D/K	(CHINA)	1 – 12	13 – 57	Z-1 ~ Z-38
			B/G	(CCIR)	2 - 12	21 - 69	X ~ Z+2, S1 ~ S41
					1 - 12	21-09
		NTSC	M	(US) (JAPAN)	2 – 13 1 – 12	14 – 69 13 – 62	M1 ~ M10, S1 ~ S41
	Special RF signal	Colour : NTSC4. PAL 60	syste .43 Hz	m Sour 5.5/6.0/6.5 \| 5.5/6.0/6.5 \|	nd syste n MHz MHz	n
Colour system	PAL/SECAM/NTSC4.43/NTSC3.58
Sound output		MAIN: 12W + 12W, SUPER WOOFER: 16W, CENTER 12W
Accessories		Remote controller × 1 Batteries (R03, AAA) × 2

* Pease refer to owner's manual in details.

TOSHIBA TOSHIBA 34D9UXE, 34D9UXH, 34D9UXM, 34D9UXR, 38D9UXE, 38D9UXR Service manual & schematics

TOSHIBA

SERVICE MANUAL

COLOUR TELEVISION FODS Chassis 34D9UXH, 34D9UXE

TABLE OF CONTENTS

CHAPTER 1 GENERAL ADJUSTMENTS

CHAPTER 1 GENERAL ADJUSTMENTS

SAFETY INSTRUCTIONS

X-RAY RADIATION PRECAUTION

SAFETY PRECAUTION

PRODUCT SAFETY NOTICE

WARNING: BEFORE SERVICING THIS CHASSIS, READ THE "X-RAY RADIATION PRECAUTION", "SAFETY PRECAU-TION" AND "PRODUCT SAFETY NOTICE" ON PAGE 3 OF THIS MANUAL.

SET-UP ADJUSTMENT

COLOR PURITY ADJUSTMENT

GENERAL ADJUSTMENTS

CONVERGENCE ADJUSTMENTS

CENTER CONVERGENCE ADJUSTMENT

CIRCUMFERENCE CONVERGENCE ADJUSTMENT

Figure 3. Dot Movement Pattern

SET-UP ADJUSTMENT (FOR FLAT TUBE)

COLOR PURITY ADUSTMENT

CONVERGENCE ADJUSTMENTS

■ CENTER CONVERGENCE:

SERVICE MODE

GENERAL ADJUSTMENTS

1. ENTERING TO SERVICE MODE

2. DISPLAYING THE ADJUSTMENT MENU

3. KEY FUNCTION IN THE SERVICE MODE

4. SELECTING THE ADJUSTING ITEMS

5. ADJUSTING THE DATA

6. EXIT FROM SERVICE MODE

■ INITIALIZATION OF MEMORY DATA OF QA02

7. TEST SIGNAL SELECTION

8. SELF DIAGNOSTIC FUNCTION

DESIGN MODE

1. ENTERING TO DESIGN MODE

2 SELECTING THE ADJUSTING ITEMS

3. ADJUSTING THE DATA

ELECTRICAL ADJUSTMENTS

F0DS Series (Reference factory adjustment)

PIP ADJUSTMENT

[DATA ADJUSTMENT]

<Reference data>

CIRCUIT CHECK

HIGH VOLTAGE CHECK

CHAPTER 2 SPECIFIC INFORMATIONS -

SETTING & ADJUSTING DATA

[ SAFETY INSTRUCTIONS ]

ADJUSTING ITEMS AND DATAS IN THE SERVICE MODE:

Table-2

ADJUSTING ITEMS AND DATAS IN THE DESIGN MODE

LOCATION OF CONTROLS (Representative: 34D9UXE)

PROGRAMMING CHANNEL MEMORY

To preset channels (ASM)

ASM (Automatic Search Memory)

After presetting

MFT (Manual Fine Tuning)

To preset channels (Manual search) and skip unnecessary position numbers

CHASSIS AND CABINET REPLACEMENT PARTS LIST

SCHEMATIC DIAGRAM MODEL: 34D9UXH / 34D9UXE (1/6) OBSERVATION OF VOLTAGES AND WAVEFORMS

OBSERVATION OF VOLTAGES AND WAVEFORMS 1. Voltages read with VTVM from point shown to chassis ground, line voltage 220 volts, colour bar signal. Voltages reading may vary ±20%. 2. All waveforms are taken using a with band oscilloscone and a low canselty proba

EXPRESSION

SCHEMATIC DIAGRAM

MODEL: 34D9UXH / 34D9UXE (1/6)

OBSERVATION OF VOLTAGES AND WAVEFO

OF VOLTAGES AND WAVEFORMS

NOTES:

EXPRESSION

EXPRESSION

SCHEMATIC DIAGRAM

MODEL: 34D9UXH / 34D9UXE (2/6)

SERVATION OF VOLTAGES AND WAVEFORMS

NOTES:

EXPRESSION

MODEL: 34D9UXH / 34D9UXE (3/6)

OBSERVATION OF VOLTAGES AND WAVEFO

EXPRESSION

SCHEMATIC DIAGRAM MODEL : 34D9UXH / 34D9UXE (4/6) OBSERVATION OF VOLTAGES AND WAVEFORMS

EVERTONION

MODEL: 34D9UXH / 34D9UXE (4/6)