TOSHIBA 29N3DXE, 29N3XE Service manual & schematics

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TOSHIBA

SERVICE MANUAL

COLOUR TELEVISION S9ES Chassis 29N3DXE, 29N3XE

PRINTED IN JAPAN. Aug., 1999 So

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CHAPTER 1 GENERAL ADJUSTMENTS
SAFETY INSTRUCTIONS
SET-UP ADJUSTMENT
SERVICE MODE6
DESIGN MODE9
ELECTRICAL ADJUSTMENTS 10
CIRCUIT CHECK
CHAPTER 2 SPECIFIC INFORMATIONS
SETTING & ADJUSTING DATA 19
LOCATION OF CONTROLS
PROGRAMMING CHANNEL MEMORY
CIRCUIT BLOCK DIAGRAM
CHASSIS AND CABINET REPLACEMENT PARTS LIST
PC BOARDS BOTTOM VIEW
TERMINAL VIEW OF TRANSISTORS
SPECIFICATIONS
APPENDIX:

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 19)

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.

2. 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.

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 table.
* 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.
1. 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.
4. 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.

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

1. Use the cross-dot pattern from among the built-in test signals.
2. Set the brightness and contrast for well defined pattern.
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

1. 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 yoke to fix the yoke temporarily.
Put other wedge into bottom space and remove the cover paper to stick.
5. 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.
9. Stick three adhesive tapes on wedges as shown in figure

Circumference Convergence by DEF Yoke

Figure 3. Dot Movement Pattern

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SERVICE MODE

GENERAL ADJUSTMENTS

1. ENTERING TO SERVICE MODE

Press ☆ button once on Remote Control.

Press ox button again to keep pressing.

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

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

* The key function marked with IIII are not usable to control in the Test signal for some model.

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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 19)

5. ADJUSTING THE DATA

Pressing of VOLUME → +/- button will change the value of data in the range from 00H to FFH. The variable range depends on the adjusting item.

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.
3. 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 I are not usable to display in the Test signal for some model.

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8 SELE DIAGNOSTIC FUNCTION

1) 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.


12345	2390**** POWER : 00 BUS LINE : OK BUS CONT : OK BLOCK : UV V1 V2 QV01

(1) Part number of microcomputer (QA01)
2 Operation number of protecting circuit ---- "00" is nor-

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. "SCL1-SDA1" ------ SCL-SDA short circuit.
(4) 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 (-O1) V2 : VIDEO 2 input mode (-O2)

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

Green : Normal

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
interval of 1 second; Protecting circuit does not operate, but a part of Bus line does not operate normally. Check Bus line.

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

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

1) Select the Service mode. 2) While pressing 感(or CALL) button on 3) Press MENU button on TV. Remote and press MENU button on TV.

When QA02 is initialized, items "OPT0" and "OPT1" 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" and "OPT1"

2. SELECTING THE ADJUSTING ITEMS

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

The second s
				and the second state and share and share and the second state and
			CONTRACTOR STATES AND ADDRESS OF A STATES OF A STATES

			NK // // ) /// ( 40 ( 🔶 )///////////////////////////////////
	I we have be the table to the second second to the second se

			COMMENDIAL REAL COMMENDIAL AND A DESCRIPTION OF THE OWNER

		and the second sec
	A MARK MARKED AND A MARKED AND A MARKED
COMPANY AND COMPANY AND A COMPANY	12 V 14 10
the second	. 10 2 406. 2005 * 20500 . 10 56 400 1 6	2 2 90.30 90 3 °C 7 900.000 90 °C.	AN ANY - MANDA ANA
			10 10/3 0000 A Y & 100 A Y & Y
			20 1 20 21 1

	and the second se	and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states and the second states	0. 3. 3. 400 - 200 - A (0. 400 A + + A
and the second sec	A NEW AREA WARD AND A VIEW A
				a boottom construction of the second

3. ADJUSTING THE DATA

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

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ELECTRICAL ADJUSTMENTS

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 △ - /+ buttons.
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
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 VIDI button. Select RCUT, GCUT and BCUT with CHANNEL ▲, ▼ buttons, to set individing values to Initial reference data, and to set GDRV and BDRV to Initial reference data with VOLUME △ - /+ buttons (See page 19). Press [] button on the remote control and rotate Screen VR to get one slip horizontal line on screen. Note: Every pressing of [-/] button provides Horizontal line picture and Norm picture alternately. Press [-/-] button to release horizontal line picture, and select the two other cold which did not light in the above step with CHANNEL ▲, ▼ buttons. Then tap VC 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.

ITEM

ADJUSTMENT PROCEDURE

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 VIDI button.
Select RCUT, GCUT and BCUT with CHANNEL ▲, ▼ buttons, to set individing values to Initial reference data, and to set GDRV and BDRV to Initial reference data with VOLUME △ - /+ buttons (See page 19).
Press [] button on the remote control and rotate Screen VR to get one slip horizontal line on screen.
Note: Every pressing of [-/] button provides Horizontal line picture and Norm picture alternately.
Press [-/-] button to release horizontal line picture, and select the two other cold which did not light in the above step with CHANNEL ▲, ▼ buttons. Then tap VC 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.

NOTE: It is released built-in test pattern by changing the adjustment item for some model. In this case, select the adjustment item with channel ▲▼ button first and then select the built-in test pattern with ------------------------------------

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MODEL: S9ES Series (Reference factory adjustments)


1. SUB CONTRAST
(Measuring point) (Adiusting signal)	Q501 #14 R-OUT Sub Bright (NTSC) signal
(Adjusting method)
1. BUS data of C	(Q501 SUB ADDB:0C)	→ Initial value	(204)
Υγ	(Q501 SUB ADDR:08/D7)		(0)
PACL	(Q501 SUB ADDR:08/D6) (Q501 SUB ADDR:08/D5)	→ OFF → OFF	(1)
COLOR	(Q501 SUB ADDR:02/D7-D0)	→ MIN	(0) (00H)

2. Set user contr	ol to the standard 1
3. Change to adj	ust SCNT data (Q501 SUB ADDR:05/D4~I	D0).
4. After adjustme	nt, return the data which are set in steps 1	, 2 above, to original data	VH. 3
		_
	SPEC 2.5 ± 0.2	V р-р

2. SUB COLOR PAL (TH		ITSC)
(Adjusting signal)	Sub Bright (PAL) signal
(Adjusting method)	of 0501 to the same value as that of SUR
2. Set user control	b) to the standard 1.	nar adjustment.
3. Change COLP	data (COLC Difference data) to adjust the	6th peak amplitude of ra	inbow color bar.

	Adjust the amplitude of color bar


			μ-μ


4. After adjustmer	nt return the data set in steps 1,2 above, to	the original data.
		Ŭ

			·

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(Measuring point) (Adjusting signal) (Adjusting method) 1. Set BUS data 2. Set user contr 3. Change COLC	Q501 #12 B-OUT Sub Bright (NTSC) signal of Q501 to the same value as that of Sub ol setting to the standard 1 C data (Q501 SUB ADDR:02/D7~D0) to ad	TINT adjustment. Jjust the 6th peak amplitu	de of rainbow color bar.
4. After adjustme	Adjust the amplitude of color (p-p value of the upper half	or bar. ) V U ove. to the original.	.2 V р-р

	data (0501 SUB ADDB:01/D7 D0) to set	block colleges numbers	hu ava abaak
2. Change BRTC	SPEC 4 ± 1.5 V p-p	, black collapse numbers	ву еуе спеск.
7. WHITE BALANCE AE (Adjusting method) 1. Set user contr
7. WHITE BALANCE AE (Adjusting method) 1. Set user contr 2. BUS data of C	SPEC 4 ± 1.5 V p-p DJUSTMENT ol setting to the standard 1.
7. WHITE BALANCE AE (Adjusting method) 1. Set user contr 2. BUS data of C GDRV BDBV	SPEC 4 ± 1.5 V p-p DJUSTMENT ol setting to the standard 1. (Q501 SUB ADDR:09) (Q501 SUB ADDR:04)	→ Initial value	(80H) (80H)
7. WHITE BALANCE AD (Adjusting method) 1. Set user contr 2. BUS data of C GDRV BDRV RCUT	SPEC 4 ± 1.5 V p-p DJUSTMENT ol setting to the standard 1. (Q501 SUB ADDR:09) (Q501 SUB ADDR:0A) (Q501 SUB ADDR:0C)	→ Initial value → Initial value → Initial value → Initial value	(80H) (80H) (80H) (20H)
7. WHITE BALANCE AD (Adjusting method) 1. Set user contr 2. BUS data of C GDRV BDRV RCUT GCUT BCUT	SPEC 4 ± 1.5 V p-p DJUSTMENT ol setting to the standard 1. (Q501 SUB ADDR:09) (Q501 SUB ADDR:09) (Q501 SUB ADDR:0A) (Q501 SUB ADDR:0C) (Q501 SUB ADDR:0D) (Q501 SUB ADDR:0E)	→ Initial value → Initial value → Initial value → Initial value → Initial value → Initial value → Initial value	(80H) (80H) (80H) (20H) (20H) (20H)
7. WHITE BALANCE AD (Adjusting method) 1. Set user contr 2. BUS data of C GDRV BDRV RCUT GCUT BCUT BCUT	SPEC 4 ± 1.5 V p-p DJUSTMENT ol setting to the standard 1. (Q501 SUB ADDR:09) (Q501 SUB ADDR:00) (Q501 SUB ADDR:0C) (Q501 SUB ADDR:0C) (Q501 SUB ADDR:0C) (Q501 SUB ADDR:0E)	→ Initial value → Initial value → Initial value → Initial value → Initial value → Initial value	(80H) (80H) (80H) (20H) (20H) (20H) (20H)
7. WHITE BALANCE AD (Adjusting method) 1. Set user contr 2. BUS data of C GDRV BDRV RCUT GCUT BCUT 3. Set the mode MUTE	SPEC 4 ± 1.5 V p-p DJUSTMENT ol setting to the standard 1. (Q501 SUB ADDR:09) (Q501 SUB ADDR:04) (Q501 SUB ADDR:0C) (Q501 SUB ADDR:00) (Q501 SUB ADDR:00) (Q501 SUB ADDR:06) to the one horizontal line mode (Q501 SUB ADDR:18/D7~D6)	→ Initial value → Initial value → Initial value → Initial value → Initial value → Initial value → Initial value	(80H) (80H) (80H) (20H) (20H) (20H) (20H)
7. WHITE BALANCE AE (Adjusting method) 1. Set user contr 2. BUS data of C GDRV BDRV RCUT GCUT BCUT 3. Set the mode MUTE BRIGHT	SPEC 4 ± 1.5 V p-p OJUSTMENT ol setting to the standard 1. (Q501 SUB ADDR:09) (Q501 SUB ADDR:0A) (Q501 SUB ADDR:0C) (Q501 SUB ADDR:0C) (Q501 SUB ADDR:0D) (Q501 SUB ADDR:0E) to the one horizontal line mode (Q501 SUB ADDR:1B/D7~D6) (Q501 SUB ADDR:01)	→ Initial value → Initial value → Initial value → Initial value → Initial value → Initial value → Initial value	(80H) (80H) (20H) (20H) (20H) (20H) (20H) (11) (80H)
7. WHITE BALANCE AD (Adjusting method) 1. Set user contr 2. BUS data of C GDRV BDRV RCUT GCUT BCUT 3. Set the mode MUTE BRIGHT 4. Change SCRE 5. Change CUT (	SPEC 4 ± 1.5 V p-p DJUSTMENT ol setting to the standard 1. (Q501 SUB ADDR:09) (Q501 SUB ADDR:09) (Q501 SUB ADDR:0A) (Q501 SUB ADDR:0C) (Q501 SUB ADDR:0D) (Q501 SUB ADDR:0D) (Q501 SUB ADDR:0E) to the one horizontal line mode (Q501 SUB ADDR:0E) to the one horizontal line mode (Q501 SUB ADDR:01) EN VR to set it so that one of lines R, G a DFF data to adjust so that each one of R, Line mode	→ Initial value → Initial value → Initial value → Initial value → Initial value → Initial value → Initial value → Initial value → Initial value → Initial value	(80H) (80H) (80H) (20H) (20H) (20H) (20H) (11) (80H) (for about white).
7. WHITE BALANCE AL (Adjusting method) 1. Set user contr 2. BUS data of C GDRV BDRV RCUT GCUT BCUT 3. Set the mode MUTE BRIGHT 4. Change SCRE 5. Change CUT ( 6. Release the H 7. Change B/G d	SPEC 4 ± 1.5 V p-p DJUSTMENT ol setting to the standard 1. (Q501 SUB ADDR:09) (Q501 SUB ADDR:09) (Q501 SUB ADDR:0A) (Q501 SUB ADDR:0C) (Q501 SUB ADDR:0C) (Q501 SUB ADDR:0D) (Q501 SUB ADDR:0E) to the one horizontal line mode (Q501 SUB ADDR:0E) to the one horizontal line mode (Q501 SUB ADDR:0E) to the one horizontal line mode (Q501 SUB ADDR:0E) to the one horizontal line mode (Q501 SUB ADDR:01) EN VR to set it so that one of lines R, G a DFF data to adjust so that each one of R, . Line mode.	→ Initial value → Initial value → Initial value → Initial value → Initial value → Initial value → Initial value → Initial value → H. Line → Initial value → Initial value	(80H) (80H) (80H) (20H) (20H) (20H) (20H) (11) (80H) (for about white).
7. WHITE BALANCE AE (Adjusting method) Set user contr BUS data of C GDRV BDRV RCUT GCUT BCUT 3. Set the mode mute BRIGHT 4. Change SCRE 5. Change CUT C 6. Release the H 7. Change B/G d Bright area Dark area (I	SPEC 4±1.5 V p-p DJUSTMENT ol setting to the standard 1. (Q501 SUB ADDR:09) (Q501 SUB ADDR:09) (Q501 SUB ADDR:0A) (Q501 SUB ADDR:0C) (Q501 SUB ADDR:0D) (Q501 SUB ADDR:0D) (Q501 SUB ADDR:0E) to the one horizontal line mode (Q501 SUB ADDR:0E) to the one horizontal line mode (Q501 SUB ADDR:0D) (Q501 SUB ADDR:01) EN VR to set it so that one of lines R, G a DFF data to adjust so that each one of R, . Line mode. rive data and R/G/B CUT OFF data to adj (High-light area) : 30FL → 25FL _ow-light area) : 4FL → 3FL	→ Initial value → Initial value → Initial value → Initial value → Initial value → Initial value → Initial value G and B will light slightly.	(80H) (80H) (80H) (20H) (20H) (20H) (20H) (11) (80H) (for about white).
7. WHITE BALANCE AE (Adjusting method) Set user contr BUS data of C GDRV BDRV RCUT GCUT BCUT 3. Set the mode mute BRIGHT 4. Change SCRE 5. Change CUT C 6. Release the H 7. Change B/G d Bright area Dark area (I	SPEC 4±1.5 V p-p DJUSTMENT ol setting to the standard 1. (Q501 SUB ADDR:09) (Q501 SUB ADDR:09) (Q501 SUB ADDR:0A) (Q501 SUB ADDR:0C) (Q501 SUB ADDR:0D) (Q501 SUB ADDR:0D) (Q501 SUB ADDR:0E) to the one horizontal line mode (Q501 SUB ADDR:0E) to the one horizontal line mode (Q501 SUB ADDR:01) EN VR to set it so that one of lines R, G a DFF data to adjust so that each one of R, . Line mode. rive data and R/G/B CUT OFF data to adj (High-light area) : 30FL → 25FL _ow-light area) : 4FL → 3FL	→ Initial value → Initial value → Initial value → Initial value → Initial value → Initial value → Initial value G and B will light slightly. G and B will light slightly.	(80H) (80H) (80H) (20H) (20H) (20H) (20H) (11) (80H) (for about white).
7. WHITE BALANCE AD (Adjusting method) Set user contr BUS data of C GDRV BDRV RCUT Set the mode mute BCUT 3. Set the mode mute BCUT Set the mode mute Change SCRE Change CUT (Content of the set of the s	SPEC 4±1.5 V p-p DJUSTMENT ol setting to the standard 1. (Q501 SUB ADDR:09) (Q501 SUB ADDR:09) (Q501 SUB ADDR:0A) (Q501 SUB ADDR:0C) (Q501 SUB ADDR:0C) (Q501 SUB ADDR:0D) (Q501 SUB ADDR:0E) to the one horizontal line mode (Q501 SUB ADDR:0E) to the one horizontal line mode (Q501 SUB ADDR:01) EN VR to set it so that one of lines R, G a DFF data to adjust so that each one of R, . Line mode. rive data and R/G/B CUT OFF data to adj (High-light area) : 30FL → 25FL _ow-light area) : 4FL → 3FL rea : 11500° k + 0.0075UV	→ Initial value → Initial value → Initial value → Initial value → Initial value → Initial value → Initial value → H. Line → Initial value Mill light slightly. G and B will light slightly.	(80H) (80H) (20H) (20H) (20H) (20H) (11) (80H) (for about white). It area and dark area.

GENERAL ADJUSTMENTS

Page 15

8. SECAM BELL FILTER ADJUSTMENT (Measuring point) Q501 #36 B-Y OUT (Adjusting signal) Color bar (SECAM) signal (Adjusting method) 1. Connect resistor 1k ohm between color limiter terminal (Q501 #26) and 5V. 2. Connect resistor 100 ohm between Q501 #26 and 5V. 3. Set COLOR control data to "04H". 4. Set MICOM YS output to "H", and set Q501 to DIGITAL RGB mode. 5. Change BELL data (Q501 SUB ADDR:ifD1~D0) to set it so that SECAM signal at #36 pin of Q501 (B-Y OUT) can be flat. 6. After adjustment, remove resistor 1k ohm between Color limiter terminal (Q501 #26). and 5V, and remove resistor 100 ohm between Q501 #35 and 5V, to return COLOUR control data to original.
Make the white part flat
9. SECAM OFFSET ADJUSTMENT (Measuring point) Q501 #35 R-Y OUT #36 B-Y OUT (Adjusting signal) Color bar (SECAM) signal (Adjusting method) 1. Change SRY data (Q501 SUB ADDR:11/D7~D4) to coincide level of black and white part in color differential signal (R-Y) to the level of H. BLK part. Match the level of black and white signal part in color differential signal to that of H.BLK. (Center of noise signal) W
SPEC B-Y/R-Y 0 ± 10 mV p-p
Change SBY data (Q501 SUB ADDR:11/D3~D0) to coincide level of black and white part in color differential signal (B-Y) to the level of H. BLK part.
Match the level of black and white signal part in color differential signal to that of H.BLK. (Center of noise signal)

SPEC B-Y/R-Y 0±10 mV p-p

Page 16

10. CHROMA TRAP ADJUSTMENT → NO ADJUSTMENT 11 VERTICAL POSITION (Input signal) WG Philips Pattern (Do not use French SECAM.) (Measurement place) On Picture (Setting) Contrast=Max. Bright=Center Color=Center (Adiustment method) Adiust VPOS upper and lower position on Philips pattern may become a center. (Turn the direction of CPT to the south or the north when adjusting. Adjust the amount offsetting if it is not possible to do.) 12 VEBTICAL HEIGHT (Input signal) WG Philips Pattern (Do not use French SECAM.) (Measurement place) On Picture (Setting) Contrast=Max. Bright=Center Color=Center (Adiustment method) Adiust the sub address HIT of Philips pattern may hide frag of the upper and lower sides in exactly. 13. HORIZONTAL POSITION (Input signal) WG Philips Pattern (Do not use French SECAM.) (Measurement place) On Picture (Setting) Contrast=Max. Bright=Center Color=Center (Adjustment method)Adjust the sub address HPOS of Philips pattern may become center location. (Minimize D-C in the adjustment magnetic field on CRT.) 14. HORIZONTAL WIDTH/SIDE PINCUSHION/TRAPEZOID DISTORTION (Input signal) WG Philips Pattern (Do not use French SECAM.) (Measurement place) On Picture (Setting) Contrast=Max. Bright=Center Color=Center After V-HEIGHT/V-POSITION adjustment. (Adiustment method) Adiust the sub-address WID on Philips Pattern may hide frag of right and left side. Adjust the subaddress PARA and adjust the line of setting up in changeable right and left to the straight line. Move Sub address TRAP and correct a trapezoid distortion. Again, adjust Sub address WID. (Turn the direction of CPT to the east or the west when adjusting. Adjust the amount offsetting if it is not possible to do.)

Page 17

(Point) C CBT adjusting magnetic field (Adjusting magnetic field)

Correction field		Adjusting	Confirming
		perpendicular field	perpendicular field
Mid Near East Russian Asia, Hongkong New Zealand, Australia	North field North field Zero field South field	35 μΤ 35 μΤ Ο μΤ –50 μΤ	35 μΤ 35 μΤ Ο μΤ –50 μΤ

16. PIP ADJUSTMENT (Applied for models with PIP)

[PIP SUB BRIGHTNESS]

(CONDITION)

Master picture sub brightness must be adjusted.

Reset all picture controls.

• PIP CONTRAST is max

Receive the sub brightness pattern on the master picture and PIP. If the sub brightness level of PIP exceeds 4±2 bars, adjust "PYOF" data.

[PIP WHITE BALANCE]

Basically, PIP white balance adjustment is not necessary.

If the white balance of PIP is extremely different from the master picture, adjust as (a) or (b).

(a) Adjustment by using wave forms.
- 1. Check a wave form at PY01 #4of PIP modeule.
- 2. Chose "PIOF" mode with specil key. (PIP turns greenish and wave form changes from R to R-Y.)
- 3. Adjust the offset level of PIP part to 0±10 mV.
- 4. Check a wave form at PY01 #6pin of the PIP module.
- 5. Chose "PQOF" mode with special key. (PIP turns greenish and wave form changes from B to B-Y.) 6. Adjust the offset level of PIP part to 0±10 mV.

(b) Adjustment by eye.

(CONDITION)
- Master picture sub brightness must be adjusted.
- Reset all picture controls.
- PIP CONTRAST is max.

1. Chose SERVICE MODE with remote controlloer.

2. Adjust the white balance of PIP with "PIOF" and "PQOF" of SERVICE MODE.

Page 18

CIRCUIT CHECK

HIGH VOLTAGE CHECK

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

1. 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 condition

Page 19

SETTING & ADJUSTING DATA

[ SAFETY INSTRUCTIONS ]

		29"
HIGH VOLTAGE AT ZERO BEAM:	(A)	31.3 kV
MAX HIGH VOLTAGE:	(B)	33.0 kV
AV VOLTAGE	(C)	110~240 V

Table-1

ADJUSTING ITEMS AND DATAS IN THE SERVICE MODE:


RCUTR CUTOFF (B/W)GCUTG CUTOFF (B/W)BCUTB CUTOFF (B/W)BCUTB CUTOFF (B/W)GDRVG DRIVEBDRVB DRIVEBRTCSUB BRIGHT CENCOLCSUB COLOR CEN NTSCTNTCSUB TINT CENCOLPSUB COLOR CEN PALCOLSSUB COLOR CEN SECAMSCNTSUB COLOR CEN SECAMSCNTSUB CONTRASTHPOS50Hz H-POSITIONVPOSV-POSITIONHITHEIGHTVLINV-LINEARITYWIDPICTURE WIDTHPARAE-W PARABOLATRAPTRAPEZIUMBELLSECAM BELL FILTERSRYSECAM R-Y	20H 20H 20H 80H 80H 80H 80H 40H F6H F6H 07H 09H 03H 20H 03H 20H 0AH 0FH 27H 10H 01H 08H

ADJUSTING ITEMS AND DATAS IN THE DESIGN MODE:

			Data		Bomorko
Item	Name of adjustment	Preset Data	DXE	3XE	Remarks
OPT 1 OPT 0	OPTION 1 OPTION 0	00H 00H	04H 10H	00Н 00Н

Table-3

Page 20

LOCATION OF CONTROLS (Representative: 29N3DXE)

Front

Page 21

Remote

Page 22

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 SEARCH (>>>), MFT (Manual Fine Tuning) and AFT (Auto Fine Tuning) 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, SEARCH (>>>), SKIP, MFT and AFT operations using the buttons on the TV set.

To preset channels (ASM)

To preset channels (Manual search, AFT, MFT)

ASM (Automatic Search Memory) Manual search (>>>) Select a position number with the position down (v)/ Select the head of the position number to start the up (A) or digit/direct select buttons. ASM with the position down (v)/up (^) buttons or the digit/direct select buttons. 2 Press the MENU button repeatedly to call up the SET UP menu on the screen Press the MENU button repeatedly to call up the SET 2 LIP menu on the screen 3 Press the V /▲ buttons to move the cursor (►) to ">>>". Confirm that "COLOR" is set to "AUTO" and "SOLIND" 3 Press the -/+ buttons to start searching is set to proper system Λ If not, press the V/A buttons to move the cursor (>) to The – button searches for lower-numbered channels: "COLOR" or "SOUND" and press the -/+ buttons to the + button for higher- numbered channels. select each proper system. Repeat this process until you can get the desired channel. 5 When the desired programme is shown, press the V/A Press the V/A buttons to move the cursor (>) to buttons to move the cursor ( b ) to "->" "ASM" Press the + button to memorize the channel at the 6 Press the "+" button to start the ASM. All active 5 current postion. channels will be preset automatically. When presetting is complete, the initial position number will reappear. When you desire to store another channel at another postion, move the cursor ( b ) to "POSITION" with the V / ▲ buttons and select a desired position with the -/+ buttone After presetting Then, press the V/A buttons to move the cursor (>) Check the preset channels by pressing the position down to ">>>" and repeat the steps 4 to 7. (∨)/up (∧) buttons. • If the picture or sound of a certain channel is not good, fine-

If the colour of a certain channel is abromal, automatic colour of a certain channel is abromal, automatic colour of a certain channel is abromal, automatic
colour system selection (AUTO) may malfunction, or sound system selection is wrong. In such a case, select another colour and/or sound system.

Page 23

Use the SEARCH function if desired channels could not be preset with the ASM, or if you would like to preset the desired channels to specific position numbers one by one.
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). The AFT OFF status automatically keeps the condition adjusted with the MFT function.
The AFT (Auto Fine Tuning) function automatically corrects slight fluctuations when receiving signals.
When using Manual Search to preset the channel, the AFT will automatically turn ON and SKIP to OFF.

To skip unnecessary position numbers

After presetting the channels, you may skip unnecessary position numbers so that only the channels you want to watch are selected.

To skip a position number

MFT (Manual Fine Tuning)
Select the position number you want to fine-tune with the position down ( ∨ )/up( ∧) buttons or digit/direct select buttons.
2 Press the MENU button repeatedly to call up the SET UP menu on the screen.
3 Press the V / ▲ buttons to move the cursor (►) to "MFT".
Press the -/+ buttons until the best possible picture and sound are obtained.

Note

When operating the MFT function, the AFT status is automatically set to OFF.

AFT (Auto Fine Tuning)

Select the position number you want to fine-tune with the position down ( ∨)/up( ∧) buttons or digit/direct select buttons.
Press the MENU button repeatedly to call up the SETUP menu on the screen.

Press the V/▲ buttons to move the cursor (►) to "AFT". Press the -/+ buttons to select the "ON" indication.

Note

When position is set to AFT OFF status, the "" mark appears to the left of the position number. When the channel is set to AFT ON status, the position number is displayed without the "" mark.

Select the position number to be skipped with the position down (v)/up (^) buttons or digit/direct select buttons. Press the MENU button repeatedly to call up the SET UP menu on the screen.
Press the V/▲ buttons to move the cursor (►) to "SKIP".
Press the

Press the -/+ buttons to select "SKIP ON".
Press the MENU 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.

The position number will then be skipped when you select channels with the position down ( v)/up ( ^ ) buttons.

To restore a skipped position number

1 Select the position number you want to restore with the direct select (and/or digit select) buttons.
2 Press the MENU button to call up the SET UP menu display and press the V/▲ buttons to move the cursor (►) to "SKIP".
3 Press the -/+ buttons to select "SKIP OFF".

Page 24

Page 25

CHASSIS AND CABINET REPLACEMENT PARTS LIST

WADNING DEEDE SEDVICING THIS CHASSIS DEAD THE "Y DAY DADIATION DECALITION" "SAFETY DE 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.
The PC board assembly with * mark is no longer available after the end of the production.

Model · 20N2DXE/20N2XE

			WOUCH .	2311007
Capacitors	CD	:	Ceramic Disk	PF	:
Resistors	CF	:	Carbon Film	CC	:
	OMF	:	Oxide Metal Film	VR	:

Plastic Film Carbon Composition Variable Resistor

EL : Electrolvtic MF : Metal Film

FR : Fusible Resistor

(All CD and PF capacitors are ±5%, 50V and all resistors, ±5%, 1/6W unless otherwise noted.)

Location No.	Part No.	Description		Location No.	Part No.	Description
CAPACITO	RS			C325	24590183	PF, 0.018μF
C101	24796479	EL. 4.7 u F. +20%. 35V		C326	24590222	PF, 2200pF
C103	24794221	EL, 220µE, +20%, 16V		C327	24617787	EL, 470µF, ±20%, 16V
C105	24232103	CD. 0.01µF. +80%20%		C341	24794101	EL, 100μF, ±20%, 16V
C106	24669010	EL. 1μE. +20%. 50V		C342	24795100	EL, 10μF, ±20%, 25V
C108	24794221	EL, 220μF, ±20%, 16V		C402	24232103	CD, 0.01µF, +80%, -20%
C110	24474221	CD, 220pF, ±10%		C403	24590223	PF, 0.022μF
C113	24590104	PF, 0.1μF		C404	24669229	EL, 2.2µF, ±20%, 50V
C114	24590104	PF, 0.1µF		C406	24590104	PF, 0.1μF
C115	24590104	PF, 0.1μF		C407	24232103	CD, 0.01µF, +80%, -20%
C120	24797478	EL, 0.47μF, ±20%, 50V		C409	24590122	PF, 1200pF
C121	24797478	EL, 0.47μF, ±20%, 50V		C413	24214821	CD, 820pF, ±10%, 500V
C123	24794221	EL, 220µF, ±20%, 16V		C416	24678010	EL, 1µF, ±20%, 200V
C210	24590104	PF, 0.1μF		C417	24214391	CD, 390pF, ±10%, 500V
C212	24590104	PF, 0.1μF		C420	24794101	EL, 100μF, ±20%, 16V
C213	24797220	EL, 22µF, ±20%, 50V		C430	24232103	CD, 0.01µF, +80%, -20%
C214	24212103	CD, 0.01µF, ±10%		C431	24794102	EL, 1000µF, ±20%, 16V
C215	24794470	EL, 47μF, ±20%, 16V		C432	24232103	CD, 0.01µF, +80%, -20%
C216	24797010	EL, 1μF, ±20%, 50V	1	C433	24794470	EL, 47μF, ±20%, 16V
C217	24797479	EL, 4.7μF, ±20%, 50V		C439	24232103	CD, 0.01µF, +80%, -20%
C218	24590104	PF, 0.1μF		C440	24082928	PF, 7000pF, 1500V
C220	24590104	PF, 0.1µF(29N3DXE)		C441	24693472	PF, 4700pF, 100V
C221	24590104	PF, 0.1µF(29N3DXE)		C442	24082916	PF, 0.27μF, 315V
C222	24590104	PF, 0.1µF(29N3DXE)		C443	24667102	EL, 1000µF, ±20%, 25V
C304	24214471	CD, 470pF, ±10%, 500V		C444	24082610	PF, 5600pF, ±3%, 1800V
C305	24617912	EL, 2.2μF, ±10%, 50V		C445	24828563	PF, 0.056μF, 200V
C306	24073059	EL, 3300µF, ±20%, 25V		C446	24829393	PF, 0.039μF, 400V
C307	24693473	PF, 0.047μF, 100V		C447	24679220	EL, 22μF, ±20%, 250V
C308	24668221	EL, 220µF, ±20%, 35V		C448	24640908	EL, 33μF, ±20%, 160V
C310	24073072	EL, 1000μF, ±20%, 35V		C449	24214331	CD, 330pF, ±10%, 500V
C311	24214821	CD, 820pF, ±10%, 500V		C463	24212222	CD, 2200pF, ±10%
C313	24082057	PF, 0.22μF, 100V		C464	24640872	EL, 10μF, ±20%, 100V
C314	24590563	PF, 0.056µF		C466	24797478	EL, 0.47μF, ±20%, 50V
C315	24590102	PF, 1000pF		C467	24095881	PF, 0.018μF, ±3%, 630V
C315	24797010	EL, 1µF, ±20%, 50V		C470	24666220	EL, 22μF, ±20%, 16V
C318	24617926	EL, 220µF, ±20%, 16V		C472	24538474	PF, 0.47μF
C319	24212102	CD, 1000pF, ±10%		C477	24590393	PF, 0.039μF
C320	24668101	EL, 100µF, ±20%, 35V		C478	24538224	PF, 0.22µF
C322	24617912	EL, 2.2μF, ±10%, 50V		C491	24590182	PF, 1800pF
C323	24590154	PF, 0.15μF		C501	24797479	EL, 4.7μF, ±20%, 50V
C324	24590683	PF, 0.068μF		C502	24590103	PF, 0.01μF

Page 26

Location No.	Part No.	Description		Location No.	Part No.	Description
C503	24797229	EL, 2.2μF, ±20%, 50V	1	C867	24590272	PF. 2700pF
C504	24538104	PF, 0.1μF		C868	24676470	FL 47µF +20% 100V
C505	24538104	PF, 0.1μF		C869	24678229	EL. 2.2µE. +20% 200V
C508	24353120	CD, 12pF, ±0.25pF, CH		C870	24082890	PF, 0.082µF, 800V
C509	24794100	EL, 10μF, ±20%, 16V		C871	24092484	CD. 1500pF. +10%. 2kV
C510	24232103	CD, 0.01µF, +80%, -20%		C872	24092474	CD. 220pF. +10% 2kV
C511	24794101	EL, 100μF, ±20%, 16V		C873	24538224	PE 0.22//F
C512	24232103	CD, 0.01µF, +80%, -20%		C874	24214471	CD 470pE +10% 500V
C513	24232103	CD, 0.01µF, +80%, -20%		C876	24538474	PF. 0.47μF
C514	24590104	PF, 0.1μF		C877	24667470	EL. 47µE. +20%. 25V
C515	24232103	CD, 0.01µF, +80%, -20%		C879	24669010	EL, 1μF, ±20%, 50V
C521	24797010	EL, 1μF, ±20%, 50V		C883	24538474	PF, 0.47μF
C610	24794100	EL, 10μF, ±20%, 16V		C884	24086916	EL. 330 µ E. +20%. 160V
C612	24794470	EL, 47μF, ±20%, 16V		C885	24214471	CD, 470pF, ±10%, 500V
C661	24590102	PF, 1000pF		C886	24214471	CD, 470pF, +10%, 500V
C662	24590102	PF, 1000pF		C889	24668222	EL, 2200µF, +20%, 35V
C663	24766220	EL, 22μF, ±20%, 50V		C891	24082272	PE, 0.047µE, +5%, 100V
C665	24797229	EL, 2.2μF, ±20%, 50V		C892	24709010	EL. 10µE. +20%, 200V
C666	24797229	EL, 2.2μF, ±20%, 50V		C893	24092338	CD. 270pF. +10%. 2kV
C667	24590473	PF, 0.047μF		C894	24092338	CD. 270pF +10% 2kV
C668	24590473	PF. 0.047μF		C895	24082272	PE 0.047/JE +5% 100V
C670	24666100	EL, 10µF, ±20%, 16V(29N3XE)		C898	24212102	CD 1000pE +10%
C673	24669229	EL. 2.2μE. +20%. 50V		C902	24092345	CD 1000pE ±10% 2kV
C676	24590104	PF. 0.1 µ F		C903	24436121	CD 120pE
C677	24590104	PF. 0.1 µ F		C904	24436471
C679	24795470	FL 47/JF +20% 25\/		C905	24436471
C681	24668102	EL 1000µE +20% 35V		C906	24436121
C683	24668102	EL, 1000µF +20% 35V		C907	24436471
C684	24668101	EL, 100 u E +20% 35V		C908	24436121
C688	24797229	EL, 2.2µE, +20% 50V		C909	24679220	EL 22//E +20% 250V
C690	24232103	CD 0.01//F +80% -20%		C910	24070220	EL, 22 ^µ , ±20%, 200V
C693	24667470	EL, 47µE, +20% 25V		C911	24707470	EL 10.47 µl , ±20%, 50V
C694	24795470	EL 47/JE +20% 25V		C912	24203100	EL 1000//E +20% 16V
C704	24590822	PF. 8200pF		C913	24794220	EL 220E +20% 16V
C705	24232103	CD. 0.01µF. +80%20%		C914	24212103	CD 0.01//E +10%
C707	24795470	EL. 47μF. +20%. 25V		C930	24214101	CD 100pE +10% 500V
C712	24795470	EL, 47μF, +20%, 25V		C931	24214101	CD 100pE ±10% 500V
C713	24790100	EL, 10μF, ±20%, 160V		CA10	24474271	CD. 270pF. +10%
C714	24436101	CD, 100pF		CA22	24473150	CD. 15pF
C715	24214472	CD, 4700pF, ±10%, 500V		CA23	24473150	CD. 15pF
C716	24436101	CD, 100pF		CA24	24473150	CD. 15pF
C717	24214472	CD, 4700pF, ±10%, 500V		CA25	24473150	CD. 15pF
C718	24794470	EL, 47μF, ±20%, 16V		CA33	24232103	CD. 0.01µE. +80% -20%
C719	24435560	CD, 56pF, 500V		CA34	24212101	CD, 100pF, +10%
C720	24790100	EL, 10μF, ±20%, 160V		CA36	24436470	CD. 47pF
C721	24794470	EL, 47μF, ±20%, 16V		CA37	24212101	CD. 100pF. +10%
C722	24436561	CD, 560pF		CA38	24212101	CD, 100pF, +10%
C726	24212102	CD, 1000pF, ±10%		CA42	24794100	EL, 10μF, ±20%, 16V
∆ C801	24503002	PF, 0.22μF, ±20%, AC275V		CA43	24232103	CD, 0.01µF, +80%, -20%
C805	24092281	CD, 0.0047µF, ±20%, AC250V		CA44	24232103	CD. 0.01µF. +80%20%
C806	24092281	CD, 0.0047µF, ±20%, AC250V		CA68	24794100	EL. 10μF. ±20%. 16V
C810	24086934	EL, 560µF, ±20%, 450∨		CA69	24232103	CD. 0.01µF. +80%20%
∆ C813	24092567	CD, 1000pF, ±20%, AC250V		CB01	24794470	EL. 47μF. +20%. 16V
△ C814	24092567	CD, 1000pF, ±20%, AC250V		CB20	24212101	CD, 100pF. ±10%
C831	24794470	EL, 47μF, ±20%. 16V		CB21	24212221	CD. 220pF +10%
C841	24796100	EL, 10μF, ±20%. 35V		CS02	24797010	EL. 1μF. ±20% 50V
C842	24794100	EL, 10μF, ±20%. 16V		CS03	24797010	EL. 1μF. +20%, 50V
C843	24590104	PF, 0.1μF		CS04	24797010	EI 1//E +20% 50\/
C846	24538224	PF. 0.22 µ F		CS05	24797010	EI 1/JE +20% 50V
C860	24214103	CD, 0.01µF. ±10%. 500∨		CS06	24797010	EL 1µE +20% 50V
C861	24214471	CD, 470pF, +10%, 500V		CS07	24797010	EI 1μΕ +20% 50V
C863	24590104	PF. 0.1μF		CS10	24794100	El 10//F +20% 16V
C864	24092476	CD. 330pF. +10% 2kV		CS11	24794100	EL, 10µ1, ±20/0, 10V
C866	24538474	PF. 0.47 u F		CS12	24797010	EL 1//E +20% 50\/
\|	2.00017	,,		0012	24,07010	, ιμι, - 20/0, 30V

Page 27

Location No.	Part No.	Description
CS13	24797010	EL, 1μF, ±20%, 50V
CS29	24203220	EL, 22μF, ±20%, 16V
CT01	24590104	PF, 0.1μF(29N3DXE)
CT02	24353080	CD, 8pF, ±0.25pF, CH (29N3DXE)
СТ03	24353150	CD, 15pF, ±0.25pF, CH (29N3DXE)
CT04	24212102	CD, 1000pF, ±10% (29N3DXE)
CT05	24590104	PF, 0.1µF(29N3DXE)
CT06	24590104	PF, 0.1µF(29N3DXE)
CT07	24085944	EL, 2.2μF, ±20%, 50V, Non-Polar(29N3DXE)
CT08	24232103	CD, 0.01µF, +80%, -20% (29N3DXE)
СТ09	24763101	EL, 100µF, ±20%, 16V (29N3DXE)
CT10	24473220	CD, 22pF(29N3DXE)
CT14	24794100	EL, 10μF, ±20%, 16V (29N3DXE)
CT15	24474101	CD, 100pF, ±10% (29N3DXE)
CT16	24473220	CD, 22pF(29N3DXE)
C⊤20	24232103	CD, 0.01µF, +80%, -20% (29N3DXE)
CV01	24794101	EL, 100μF, ±20%, 16V
CV02	24590103	PF, 0.01μF
CV03	24794100	EL, 10μF, ±20%, 16V
CV11	24232103	CD, 0.01µF, +80%, -20%
CV19	24794100	EL, 10μF, ±20%, 16V
CV20	24794100	EL, 10μF, ±20%, 16V
CV22	24794100	EL, 10μF, ±20%, 16V
CV30	24085942	EL, 10μF, ±20%, 16V, Non-Polar
CV32	24232103	CD, 0.01µF, +80%, -20%
CV33	24232103	CD, 0.01µF, +80%, -20%
CV34	24762471	EL, 470μF, ±20%, 10V
CV36	24/94221	EL, 220µF, ±20%, 16V
CV39	24/94100	EL, 10µF, ±20%, 16V
CZ01	24/9/4/8	EL, 0.47μF, ±20%, 50V
CZ02	24/94101	EL, 100µF, ±20%, 16V
CZ03	24092398	CD, 0.1µF, +80%, -20%, 25V
CZ04	24232103	CD 0.01µF, +80%, -20%
CZ05	24232103	CD 0.01/JE +80% -20%
CZ00	24794101	FL 100/JE +20% 16V
CZ08	24092398	CD. 0.1µF. +80% -20% 25\/
CZ09	24590103	PF, 0.01μF
CZ10	24473150	CD, 15pF
CZ11	24590103	PF, 0.01μF
CZ12	24474181	CD, 180pF, ±10%
CZ13	24232103	CD, 0.01µF, +80%, -20%
CZ14	24232103	CD, 0.01µF, +80%, -20%
CZ15	24473390	CD, 39pF
CZ16	24473560	CD, 56pF
CZ18	24473680	CD, 68pF, ±10%
RESISTORS
R101	24382183	OMF, 18k ohm, 1W
R106	24000245	MF, 33k ohm, ±1%, 1/4W
R109	24000245	MF, 33k ohm, ±1%, 1/4W
R110	24366221	CF, 220 ohm
R111	24366223	CF, 22k ohm
R113	24366333	CF, 33k ohm
R114	24366333	CF, 33k ohm
R115	24366225	CF, 2.2M ohm

No. Pair No. Description R116 24942226 CC, 22M ohm, 1/2W R210 24366271 CF, 270 ohm R211 24366271 CF, 270 ohm R212 24366271 CF, 22k ohm R214 24366222 CF, 2200 ohm R215 24366222 CF, 2200 ohm R217 2436622 CF, 200 ohm R217 24366122 CF, 200 ohm R217 24366122 CF, 200 ohm R217 24366122 CF, 200 ohm R217 24366101 CF, 100 ohm R228 24366222 CF, 200 ohm R217 24366103 CF, 10k ohm R228 24366104 CF, 100 ohm R303 24366104 CF, 200 ohm R304 24366104 CF, 200 ohm R305 24322758 OMF, 0.75 ohm, 1W R306 24366171 CF, 400 ohm R307 24366104 CF, 100k ohm R314 24366105 CF, 111 ohm, 129N3DXE)	Location	Part No	Description
R116 24942226 CC, 22M ohm, 1/2W R210 24366271 CF, 270 ohm R211 24366271 CF, 270 ohm R212 24366223 CF, 22k ohm R213 24366223 CF, 22k ohm R214 24366222 CF, 220 ohm R217 24366222 CF, 220 ohm R217 24367822 CF, 200 ohm R217 24366101 CF, 100 ohm R211 24366222 CF, 200 ohm R221 24366103 CF, 100 ohm R221 24366103 CF, 100 ohm R271 24366103 CF, 10k ohm R303 2436613 CF, 10k ohm R304 24366102 CF, 10k ohm R305 24322758 OMF, 0.75 ohm, 1W R306 2436613 CF, 10k ohm R307 24366102 CF, 11k ohm R314 24366102 CF, 100 ohm R314 24366137 CF, 220 ohm R314 24366147 CF, 470 ohm <	No.	Fart NO.	Description
R116 24942226 CC, 22M ohm, 1/2W R210 24366271 CF, 270 ohm R211 24366271 CF, 270 ohm R213 24366223 CF, 22k ohm R214 24366222 CF, 22k ohm R215 24366222 CF, 220 ohm R216 24366102 CF, 120 ohm R217 24366622 CF, 200 ohm R217 24366102 CF, 120 ohm R217 24366101 CF, 100 ohm R221 24366103 CF, 10k ohm R221 24366103 CF, 10k ohm R272 24366103 CF, 10k ohm R271 24366104 CF, 10k ohm R272 24366103 CF, 10k ohm R303 24366120 CF, 120 ohm R304 24366104 CF, 10k ohm R305 24322758 OMF, 0.75 ohm, 1W R306 2436613 CF, 10k ohm R307 2436624 CF, 200k ohm R308 24366102 CF, 14 ohm R314 2436613 CF, 100 ohm R314 243661
R210 24366271 CF, 270 ohm R211 24366271 CF, 22k ohm R212 24366272 CF, 22k ohm R214 24366222 CF, 2200 ohm R215 24366102 CF, 1200 ohm R216 24366102 CF, 1200 ohm R217 2436622 CF, 2200 ohm R217 24366101 CF, 100 ohm R220 24366101 CF, 100 ohm R221 243667822 CF, 2200 ohm R221 243667822 CF, 2200 ohm R271 24366623 CF, 100 ohm R271 243666101 CF, 100 ohm R271 243667822 CF, 2700 ohm R303 24366135 CF, 15k ohm R303 24366104 CF, 100 ohm R304 24366104 CF, 100 ohm R305 24322758 OMF, 0.75 ohm, 1W R306 24366103 CF, 100 ohm R307 24366103 CF, 100 ohm R314 2436612 CF, 820k ohm R314 24366147 CF, 470 ohm R314	R116	24942226	CC, 22M ohm, 1/2W
R211 24366271 CF, 270 ohm R213 24366223 CF, 22k ohm R214 24366223 CF, 220 ohm R215 24366122 CF, 1200 ohm R216 24366122 CF, 1200 ohm R217 24366223 CF, 2200 ohm R217 24366122 CF, 200 ohm R211 24366122 CF, 200 ohm R221 24366101 CF, 100 ohm R221 24366103 CF, 100 ohm R222 24366103 CF, 100 ohm R217 24366103 CF, 100 ohm R217 24366103 CF, 100 ohm R212 24366103 CF, 100 ohm R303 24366124 CF, 200 ohm R304 24366103 CF, 100 ohm R305 2432624 CF, 200 ohm R306 24366473 CF, 47k ohm R307 24366103 CF, 10k ohm R312 24382122 OMF, 1.2k ohm, 1W R314 24366174 CF, 470 ohm R314 24366174 CF, 470 ohm R316 2436610	R210	24366271	CF, 270 ohm
R212 24366271 CF, 270 ohm R213 24366222 CF, 2200 ohm R214 24366824 CF, 820k ohm R215 24366122 CF, 1200 ohm R217 24366122 CF, 1200 ohm R217 24366101 CF, 6800 ohm, ±2% R220 24366101 CF, 100 ohm R221 24366103 CF, 100 ohm R222 24366103 CF, 10k ohm R273 24366133 CF, 10k ohm R273 24366134 CF, 2700 ohm R303 24366134 CF, 10k ohm R304 24366134 CF, 10k ohm R305 24322758 OMF, 0.75 ohm, 1W R306 24366132 CF, 10k ohm R307 24366132 CF, 10k ohm (29N3DXE) R314 24366135 CF, 10k ohm (29N3DXE) R314 24366147 CF, 470 ohm R314 24366147 CF, 470 ohm R318 24366147 CF, 100 ohm R319 24366114 CF, 100 ohm R320 24366102 CF, 100 ohm	R211	24366271	CF, 270 ohm
R213 24366223 CF, 22k ohm R214 24366222 CF, 2200 ohm R215 24366102 CF, 1200 ohm R217 24366102 CF, 1200 ohm R217 24366101 CF, 100 ohm R212 24366101 CF, 100 ohm R221 24366101 CF, 100 ohm R221 24366103 CF, 100 ohm R221 24366103 CF, 100 ohm R271 24366103 CF, 100 ohm R272 24366103 CF, 100 ohm R303 24366104 CF, 100k ohm R304 24366102 CF, 1k ohm R305 24322758 OMF, 0.75 ohm, 1W R306 24366102 CF, 1k ohm R307 24366102 CF, 1k ohm R312 24382122 OMF, 1.2k ohm, 1W R314 24366103 CF, 100 ohm R315 2436624 CF, 820k ohm R316 24366124 CF, 100 ohm R318 24366124 CF, 100 ohm R319 24366124 CF, 100 ohm R320 24	R212	24366271	CF, 270 ohm
R214 24366824 CF, 820k ohm R215 24366122 CF, 1k ohm R217 24366122 CF, 1200 ohm R217 24366122 CF, 2200 ohm R217 24366122 CF, 2200 ohm R221 24366122 CF, 2200 ohm R221 24366101 CF, 100 ohm R221 24366101 CF, 100 ohm R272 24366101 CF, 100 ohm R271 24366101 CF, 100 ohm R272 24366103 CF, 100 ohm R303 24366173 CF, 47k ohm R304 24366104 CF, 200k ohm R305 24322758 OMF, 0.75 ohm, 1W R306 24366102 CF, 10k ohm (29N3DXE) R314 24366103 CF, 10k ohm (29N3DXE) R314 24366105 CF, 10k ohm R314 24366105 CF, 10k ohm R314 24366104 CF, 22k ohm R315 24366105 CF, 10k ohm R316 24366102 CF, 1k ohm R320 24366102 CF, 100 ohm R321<	R213	24366223	CF, 22k ohm
R215 24366222 CF, 2200 ohm R217 24366102 CF, 1k ohm R217 24366122 CF, 6800 ohm, ±2% R220 24366101 CF, 100 ohm R221 24366222 CF, 2200 ohm R228 24367822 CF, 8200 ohm R221 24366101 CF, 100 ohm R221 24366103 CF, 10k ohm R273 24366153 CF, 15k ohm R303 24366153 CF, 1700 ohm R304 24366104 CF, 100k ohm R305 24322758 OMF, 0.75 ohm, 1W R306 24366102 CF, 12k ohm R307 24366103 CF, 10k ohm R314 24366103 CF, 10k ohm R314 24366103 CF, 10k ohm R314 24366103 CF, 10k ohm R314 24366154 CF, 200 ohm R314 24366154 CF, 150 ohm R314 24366171 CF, 470 ohm R319 24366171 CF, 470 ohm R320 24366122 CF, 22k ohm R331	R214	24366824	CF, 820k ohm
R216 24366102 CF, 1k ohm R217 24366122 CF, 1200 ohm R217 24366101 CF, 100 ohm R220 24366101 CF, 100 ohm R221 24366103 CF, 100 ohm R271 24366103 CF, 10k ohm R272 24366103 CF, 10k ohm R304 24366133 CF, 10k ohm R303 24366134 CF, 10k ohm R304 24366134 CF, 10k ohm R305 24322758 OMF, 0.75 ohm, 1W R306 24366473 CF, 47k ohm R307 24366102 CF, 10k ohm(29N3DXE) R314 24366103 CF, 10k ohm(29N3DXE) R314 24366147 CF, 470 ohm R316 24366147 CF, 470 ohm R318 24366101 CF, 100 ohm R320 24366101 CF, 100 ohm R321 24366102 CF, 1k ohm R322 24366102 CF, 1k ohm R320 24366102 CF, 1k ohm R321 24366133 CF, 22k ohm R331	R215	24366222	CF, 2200 ohm
R217 24366122 CF, 1200 ohm R217 24367682 CF, 6800 ohm, ±2% R220 24366101 CF, 100 ohm R221 24366122 CF, 2200 ohm R222 24366101 CF, 100 ohm R271 24366101 CF, 100 ohm R272 24366103 CF, 100 ohm R273 24366173 CF, 470 ohm R303 24366173 CF, 47k ohm R304 24366104 CF, 100k ohm R305 24322758 OMF, 0.75 ohm, 1W R306 24366473 CF, 47k ohm R307 24366204 CF, 200k ohm R312 24382122 OMF, 1.2k ohm, 1W R314 24366105 CF, 10k ohm (29N3DXE) R314 24366154 CF, 470 ohm R315 24366471 CF, 470 ohm R316 24366171 CF, 470 ohm R320 24366101 CF, 100 ohm R321 24366171 CF, 470 ohm R322 24366122 CF, 22k ohm R330 24366102 CF, 100 ohm R32	R216	24366102	CF, 1k ohm
R217 24367682 CF, 6800 ohm, ±2% R220 24366101 CF, 100 ohm R221 2436622 CF, 2200 ohm R228 2436782 CF, 8200 ohm R271 24366101 CF, 100 ohm R272 24366103 CF, 10k ohm R273 24366104 CF, 10k ohm R303 24366153 CF, 15k ohm R304 24366104 CF, 100k ohm R305 24322758 OMF, 0.75 ohm, 1W R306 24366102 CF, 1k ohm R307 24366102 CF, 10k ohm(29N3DXE) R314 24366105 CF, 11M ohm(29N3DXE) R315 24366105 CF, 10k ohm(29N3DXE) R316 24366101 CF, 100 ohm R318 24366101 CF, 100 ohm R319 243666101 CF, 100 ohm R320 24366101 CF, 100 ohm R321 24366102 CF, 12k ohm, 1/2W R322 24366102 CF, 100 ohm R323 24366102 CF, 18k ohm R321 24366102 CF, 100 ohm	R217	24366122	CF, 1200 ohm
R220 24366101 CF, 100 ohm R221 24366222 CF, 2200 ohm R221 24366101 CF, 100 ohm R271 24366101 CF, 100 ohm R272 24366103 CF, 10k ohm R303 24366153 CF, 15k ohm R304 24366104 CF, 100k ohm R305 24366173 CF, 47k ohm R306 24366102 CF, 10k ohm R307 24366102 CF, 10k ohm R308 24366103 CF, 10k ohm (29N3DXE) R314 24366105 CF, 15k ohm R312 24366154 CF, 150k ohm R314 24366154 CF, 150k ohm R318 24366154 CF, 170 ohm R319 24366171 CF, 470 ohm R320 24366123 CF, 22k ohm R321 24366102 CF, 110 ohm, 1/2W R322 24366120 CF, 18 ohm R330 24366102 CF, 18 ohm R331 24366103 CF, 100k ohm R332 24366133 CF, 18k ohm R332	R217	24367682	CF, 6800 ohm, ±2%
R221 24366222 CF, 2200 ohm R271 24366101 CF, 100 ohm R272 24366103 CF, 10k ohm R273 24366153 CF, 17k ohm R303 24366153 CF, 17k ohm R304 24366104 CF, 100k ohm R305 24322758 OMF, 0.75 ohm, 1W R306 24366102 CF, 47k ohm R307 24366102 CF, 1k ohm R308 24366103 CF, 100k ohm (29N3DXE) R314 24366105 CF, 11M ohm (29N3DXE) R315 24366154 CF, 470 ohm R316 24366154 CF, 100 ohm R318 24366154 CF, 100 ohm R319 24366154 CF, 100 ohm R320 24366101 CF, 100 ohm R321 24366102 CF, 14k ohm R322 24366102 CF, 120 ohm R323 24366102 CF, 18k ohm R330 24366102 CF, 18k ohm R331 24366123 CF, 22k ohm R332 24366133 CF, 100k ohm R333	R220	24366101	CF. 100 ohm
R228 24367822 CF, 8200 ohm R271 24366103 CF, 10k ohm R273 24366103 CF, 10k ohm R303 24366153 CF, 15k ohm R304 24366104 CF, 100k ohm R305 24322758 OMF, 0.75 ohm, 1W R306 24366473 CF, 47k ohm R307 24366102 CF, 200k ohm R308 24366103 CF, 10k ohm (29N3DXE) R314 24366105 CF, 10k ohm (29N3DXE) R314 24366104 CF, 100 ohm R315 24366154 CF, 100 ohm R316 2436611 CF, 470 ohm R318 24366101 CF, 100 ohm R327 24366102 CF, 1k ohm R320 24366102 CF, 1k ohm R321 24366102 CF, 1k ohm R322 24366102 CF, 1k ohm R323 24366102 CF, 1k ohm R330 24366102 CF, 1k ohm R331 24366132 CF, 22k ohm R331 24366132 CF, 22k ohm R332	R221	24366222	CF 2200 ohm
R271 24366101 CF, 100 ohm R272 24366103 CF, 10k ohm R303 24366153 CF, 15k ohm R304 24366104 CF, 100k ohm R305 24322758 OMF, 0.75 ohm, 1W R306 24366104 CF, 200k ohm R307 24366204 CF, 200k ohm R308 24366102 CF, 1k ohm R312 24366103 CF, 10k ohm(29N3DXE) R314 24366105 CF, 1M ohm(29N3DXE) R315 24366471 CF, 470 ohm R318 24366101 CF, 100 ohm R319 24366471 CF, 470 ohm R320 24366101 CF, 100 ohm R321 24366101 CF, 100 ohm R322 24366102 CF, 1k ohm R323 24366102 CF, 1k ohm R331 24366133 CF, 100k ohm R332 24366132 CF, 18k ohm R333 24366133 CF, 18k ohm R331 24366133 CF, 18k ohm R332 24366133 CF, 18k ohm R332	R228	24367822	CF 8200 ohm
R272 24366103 CF, 10k ohm R273 24366153 CF, 15k ohm R304 24366153 CF, 100k ohm R305 24366173 CF, 47k ohm R306 24366104 CF, 200k ohm R307 24366102 CF, 200k ohm R308 24366102 CF, 10k ohm R312 24382122 OMF, 1.2k ohm, 1W R314 24366105 CF, 10k ohm (29N3DXE) R314 24366154 CF, 50k ohm R315 24366171 CF, 470 ohm R318 24366171 CF, 100 ohm R319 24366123 CF, 22k ohm R320 24366101 CF, 100 ohm R321 24366123 CF, 22k ohm R322 24366102 CF, 1k ohm R320 24366102 CF, 1k ohm R321 24366123 CF, 22k ohm R330 24366102 CF, 18k ohm R331 24366133 CF, 19k ohm R332 24366133 CF, 19k ohm R333 24366133 CF, 100k ohm R333 <	R271	24366101	CF 100 ohm
R273 24366122 CF, 2700 ohm R303 24366153 CF, 15k ohm R304 24366104 CF, 100k ohm R305 24322758 OMF, 0.75 ohm, 1W R306 24366102 CF, 200k ohm R307 24366204 CF, 200k ohm R308 24366102 CF, 1k ohm R314 24366103 CF, 10k ohm(29N3DXE) R314 24366154 CF, 100 ohm R315 24366154 CF, 100 ohm R316 24366101 CF, 100 ohm R318 24366101 CF, 100 ohm R320 24366101 CF, 100 ohm R321 24366101 CF, 100 ohm R322 24366102 CF, 11k ohm R320 24366102 CF, 11k ohm R321 24366102 CF, 11k ohm R322 24366102 CF, 11k ohm R331 24366103 CF, 100k ohm R331 24366103 CF, 100k ohm R332 24366103 CF, 100k ohm R333 24366103 CF, 100k ohm R333	R272	24366103	CF 10k ohm
R303 24366153 CF, 15k ohm R304 24366104 CF, 100k ohm R305 24322758 OMF, 0.75 ohm, 1W R306 24366102 CF, 200k ohm R307 24366102 CF, 1k ohm R308 24366102 CF, 10k ohm(29N3DXE) R314 24366103 CF, 10k ohm(29N3DXE) R314 24366154 CF, 150k ohm R315 24366471 CF, 470 ohm R318 24366154 CF, 100 ohm R319 24366101 CF, 100 ohm R320 24366101 CF, 100 ohm R321 24366101 CF, 100 ohm R322 24366101 CF, 100 ohm R322 24366102 CF, 1k ohm R330 24366102 CF, 1k ohm R331 24366102 CF, 1k ohm R332 24366102 CF, 18k ohm R333 24366102 CF, 1k ohm R331 24366102 CF, 18k ohm R332 24366133 CF, 18k ohm R333 24366133 CF, 18k ohm R332	R272	24366272	CE 2700 ohm
R304 24366104 CF, 100k ohm R305 24322758 OMF, 0.75 ohm, 1W R306 24366104 CF, 200k ohm R308 24366102 CF, 10k ohm R312 24382122 OMF, 1.2k ohm, 1W R314 24366103 CF, 10k ohm (29N3DXE) R314 24366154 CF, 150k ohm R315 24366471 CF, 470 ohm R316 24366101 CF, 100 ohm R319 24366471 CF, 470 ohm R320 24366101 CF, 100 ohm R321 24366102 CF, 100 ohm R322 24366102 CF, 100 ohm R323 24366102 CF, 100k ohm R330 24366102 CF, 100k ohm R331 24366102 CF, 100k ohm R332 24366103 CF, 100k ohm R333 24366103 CF, 100k ohm R331 24366103 CF, 1800 ohm R332 24366103 CF, 180 ohm R333 24366182 CF, 180 ohm R334 24366182 CF, 180 ohm R342	R203	24366153	CE 15k obm
R305 24302758 OMF, 0.75 ohm, 1W R306 24322758 OMF, 0.75 ohm, 1W R307 24366473 CF, 47k ohm R308 24366102 CF, 1k ohm R314 24366103 CF, 1k ohm R314 24366105 CF, 1M ohm (29N3DXE) R314 24366105 CF, 10k ohm (29N3DXE) R315 24366624 CF, 820k ohm R316 24366117 CF, 470 ohm R318 24366471 CF, 100 ohm R320 24366101 CF, 100 ohm R321 24366101 CF, 100 ohm R322 24366102 CF, 1k ohm R323 24366102 CF, 100k ohm R330 24366102 CF, 100k ohm R331 24366102 CF, 100k ohm R331 24366102 CF, 100k ohm R332 24366102 CF, 100k ohm R333 24366102 CF, 100k ohm R331 24366103 CF, 100k ohm R332 24366103 CF, 100k ohm R333 24366133 CF, 100k ohm <	R303	24300155
R306 24322736 OMIF, 0.75 0HH, 1W R306 24366473 CF, 47k ohm R307 24366204 CF, 200k ohm R312 24382122 OMF, 1.2k ohm, 1W R314 24366103 CF, 10k ohm (29N3DXE) R314 24366154 CF, 820k ohm R315 24366624 CF, 820k ohm R316 24366171 CF, 470 ohm R318 24366471 CF, 470 ohm R320 24366101 CF, 100 ohm R321 C4366101 CF, 100 ohm R322 24366102 CF, 1k ohm R322 24366102 CF, 1k ohm R330 24366102 CF, 1k ohm R331 24366102 CF, 18k ohm R332 24366102 CF, 18k ohm R333 24366103 CF, 18k ohm R332 24366133 CF, 18k ohm R333 24366133 CF, 180 ohm R333 24366133 CF, 180 ohm R333 24366133 CF, 180 ohm R334 24366132 CF, 180 ohm R344	N304	24300104
R300 24366204 CF, 200k ohm R307 24366204 CF, 200k ohm R308 24366102 CF, 1k ohm R312 24382122 OMF, 1.2k ohm, 1W R314 24366103 CF, 10k ohm(29N3DXE) R314 243666154 CF, 150k ohm R315 24366471 CF, 470 ohm R318 24366471 CF, 470 ohm R320 24366101 CF, 100 ohm R321 24366102 CF, 1k ohm R322 24366102 CF, 1k ohm R323 24366102 CF, 1k ohm R330 24366102 CF, 1k ohm R331 24366102 CF, 1k ohm R332 24366102 CF, 1k ohm R331 24366102 CF, 1k ohm R332 24366102 CF, 1k ohm R333 24366103 CF, 100k ohm R333 24366103 CF, 18k ohm R332 24366103 CF, 18k ohm R332 24366133 CF, 18k ohm R333 24366133 CF, 18k ohm R332 2436		24322/50
R307 24366102 CF, 200k ohm R308 24366102 CF, 1k ohm R312 24382122 OMF, 1.2k ohm, 1W R314 24366103 CF, 10k ohm(29N3DXE) R314 24366154 CF, 820k ohm R315 24366824 CF, 820k ohm R316 24366171 CF, 470 ohm R319 24366471 CF, 100 ohm R320 24366101 CF, 100 ohm R327 24321109 MF, 1 ohm, 1/2W R328 24339479 MF, 4.7 ohm, 2W R329 24366102 CF, 1k ohm R330 24366102 CF, 1k ohm R331 24366102 CF, 1k ohm R331 24366102 CF, 1k ohm R331 24366102 CF, 1k ohm R331 24366103 CF, 100k ohm R331 24366103 CF, 18k ohm R332 24366133 CF, 18k ohm R333 24366133 CF, 18k ohm R334 24366182 CF, 18k ohm R335 24366182 CF, 1800 ohm R342	R300	24300473
H308 24366102 CF, 1k ohm R312 24382122 OMF, 1.2k ohm, 1W R314 24366103 CF, 1M ohm (29N3DXE) R314 24366105 CF, 1M ohm (29N3DXE) R315 24366105 CF, 1N ohm (29N3DXE) R316 24366101 CF, 150k ohm R318 24366471 CF, 470 ohm R319 24366101 CF, 100 ohm R320 24366101 CF, 100 ohm R327 24321109 MF, 1 ohm, 1/2W R328 2439479 MF, 4.7 ohm, 2W R329 24366223 CF, 22k ohm R330 24366102 CF, 1k ohm R331 24366102 CF, 1k ohm R331 24366102 CF, 1k ohm R331 24366103 CF, 100k ohm R331 24366103 CF, 100k ohm R332 24366223 CF, 22k ohm R332 24366133 CF, 100k ohm R332 24366133 CF, 100k ohm R332 24366133 CF, 100k ohm R333 24366133 CF, 180 ohm	R307	24366204	CF, 200k onm
R312 24382122 OMF, 1.2k ohm, 1W R314 24366103 CF, 10k ohm (29N3DXE) R314 24366105 CF, 1M ohm (29N3DXE) R315 24366824 CF, 820k ohm R316 24366154 CF, 150k ohm R318 24366471 CF, 470 ohm R319 24366471 CF, 470 ohm R320 24366101 CF, 100 ohm R321 24366102 CF, 1k ohm, 1/2W R328 2439479 MF, 4.7 ohm, 2W R329 24366223 CF, 22k ohm R330 24366102 CF, 1k ohm R331 24366103 CF, 100k ohm R331 24366104 CF, 100k ohm R332 24366103 CF, 1k ohm R331 24366103 CF, 10k ohm R332 24366104 CF, 100k ohm R332 24366103 CF, 1k ohm R333 24366103 CF, 10k ohm R333 24366133 CF, 10k ohm R332 2436623 CF, 20 ohm, 2W R333 24366183 CF, 180 ohm	R308	24366102	CF, 1k ohm
R314 24366103 CF, 10k ohm(29N3DXE) R314 24366105 CF, 1M ohm(29N3DXE) R315 24366824 CF, 820k ohm R316 24366154 CF, 150k ohm R318 24366171 CF, 470 ohm R319 24366101 CF, 100 ohm R320 24366101 CF, 100 ohm R327 24321109 MF, 1 ohm, 1/2W R328 24366102 CF, 1k ohm R330 24366102 CF, 1k ohm R331 24366102 CF, 100k ohm R331 24366102 CF, 100k ohm R331 24366103 CF, 100k ohm R331 24366103 CF, 100k ohm R332 24366133 CF, 100k ohm R332 24366133 CF, 10k ohm R332 24366133 CF, 10k ohm R332 24366183 CF, 10k ohm R333 24366183 CF, 10k ohm R334 24366182 CF, 180 ohm R340 24382471 OMF, 470 ohm, 1W R341 24366523 CF, 1560 ohm R34	R312	24382122	OMF, 1.2k ohm, 1W
R314 24366105 CF, 1M ohm (29N3DXE) R315 24366824 CF, 820k ohm R316 24366454 CF, 150k ohm R318 24366471 CF, 470 ohm R320 24366471 CF, 100 ohm R321 24366471 CF, 100 ohm R322 24366223 CF, 22k ohm R323 24366223 CF, 22k ohm R330 24366102 CF, 1k ohm R330 24366102 CF, 1k ohm R331 24366102 CF, 1k ohm R331 24366102 CF, 100k ohm R331 24366103 CF, 100k ohm R332 24366223 CF, 22k ohm R332 24366223 CF, 22k ohm R332 24366183 CF, 10k ohm R332 24366183 CF, 10k ohm R333 24366103 CF, 10k ohm R334 24366183 CF, 180 ohm R342 24366183 CF, 180 ohm R344 24366182 CF, 1800 ohm R342 24366153 CF, 1800 ohm R342 243	R314	24366103	CF, 10k ohm(29N3DXE)
R315 24366824 CF, 820k ohm R316 24366154 CF, 150k ohm R318 24366471 CF, 470 ohm R319 24366101 CF, 100 ohm R320 24366101 CF, 100 ohm R327 24321109 MF, 1 ohm, 1/2W R328 24339479 MF, 4.7 ohm, 2W R329 24366223 CF, 22k ohm R330 24366102 CF, 1k ohm R331 24366102 CF, 1k ohm R331 24366102 CF, 1k ohm R331 24366103 CF, 100k ohm R331 24366103 CF, 10k ohm R332 24366133 CF, 10k ohm R332 24366130 CF, 10k ohm R332 24366133 CF, 10k ohm R332 24366133 CF, 10k ohm R333 24366183 CF, 180 ohm R340 24382471 OMF, 470 ohm, 1W R341 24366182 CF, 1800 ohm R342 24366522 CF, 5600 ohm R343 24310109 OMF, 1.0 ohm, 1/2W R344	R314	24366105	CF, 1M ohm (29N3DXE)
R316 24366154 CF, 150k ohm R318 24366471 CF, 470 ohm R319 24366471 CF, 470 ohm R320 24366101 CF, 100 ohm R327 24321109 MF, 1 ohm, 1/2W R328 24339479 MF, 4.7 ohm, 2W R329 24366102 CF, 1k ohm R330 24366102 CF, 1k ohm R331 24366103 CF, 100k ohm R331 24366103 CF, 18k ohm R332 24366133 CF, 22k ohm R331 24366103 CF, 18k ohm R332 24366133 CF, 3900 ohm R332 24366133 CF, 18k ohm R333 24366133 CF, 18k ohm R334 24366133 CF, 18k ohm R340 24382471 OMF, 470 ohm, 1W R341 2436652 CF, 5600 ohm R342 2436652 CF, 5900 ohm R343 24310109 OMF, 1.0 ohm, 1/2W R344 2436652 CF, 220k ohm R342 24366153 CF, 150 ohm R342	R315	24366824	CF, 820k ohm
R318 24366471 CF, 470 ohm R319 24366471 CF, 470 ohm R320 24366101 CF, 100 ohm R327 24321109 MF, 1 ohm, 1/2W R328 24339479 MF, 4.7 ohm, 2W R329 24366102 CF, 2k ohm R330 24366102 CF, 1k ohm R331 24366102 CF, 1k ohm R331 24366103 CF, 18k ohm R332 24366223 CF, 22k ohm R331 24366183 CF, 18k ohm R332 24366392 CF, 3900 ohm R333 24366103 CF, 10k ohm R333 24366183 CF, 18k ohm R334 24366183 CF, 18k ohm R335 24366183 CF, 1800 ohm R340 24382471 OMF, 470 ohm, 1W R341 24366182 CF, 1800 ohm R342 24366392 CF, 3900 ohm R342 24366324 CF, 220k ohm R342 24366324 CF, 220k ohm R342 24366153 CF, 100 ohm R342	R316	24366154	CF, 150k ohm
R319 24366471 CF, 470 ohm R320 24366101 CF, 100 ohm R327 24321109 MF, 1 ohm, 1/2W R328 24339479 MF, 4.7 ohm, 2W R329 24366102 CF, 22k ohm R330 24366102 CF, 1k ohm R331 24366102 CF, 1k ohm R331 24366102 CF, 1k ohm R331 24366102 CF, 1k ohm R331 24366123 CF, 22k ohm R331 24366134 CF, 10k ohm R332 24366392 CF, 3900 ohm R332 24366103 CF, 10k ohm R332 24366183 CF, 18k ohm R332 24366183 CF, 18k ohm R333 24366183 CF, 18k ohm R340 24382471 OMF, 470 ohm, 1W R341 24366182 CF, 1800 ohm R342 24366392 CF, 5600 ohm R343 24310109 OMF, 1.0 ohm, 1/2W R344 24366392 CF, 220k ohm R352 24366224 CF, 220k ohm R365	R318	24366471	CF, 470 ohm
R320 24366101 CF, 100 ohm R327 24321109 MF, 1 ohm, 1/2W R328 24339479 MF, 4.7 ohm, 2W R329 24366223 CF, 22k ohm R330 24366102 CF, 1k ohm R331 24366102 CF, 1k ohm R331 24366102 CF, 1k ohm R331 24366102 CF, 1k ohm R331 24366103 CF, 10k ohm R332 2436623 CF, 22k ohm R332 2436623 CF, 22k ohm R332 24366103 CF, 10k ohm R332 24366130 CF, 10k ohm R333 24366183 CF, 18k ohm R336 24383221 OMF, 220 ohm, 2W R338 24366182 CF, 18k ohm R340 24382471 OMF, 470 ohm, 1W R341 24366182 CF, 1800 ohm R342 24366562 CF, 5600 ohm R343 24310109 OMF, 1.0 ohm, 1/2W R344 24366133 CF, 15k ohm R362 24366142 CF, 200k ohm R352	R319	24366471	CF, 470 ohm
R327 24321109 MF, 1 ohm, 1/2W R328 24339479 MF, 4.7 ohm, 2W R329 24366223 CF, 22k ohm R330 24366102 CF, 1k ohm R331 24366102 CF, 1k ohm R331 24366104 CF, 100k ohm R331 24366183 CF, 22k ohm R331 24366183 CF, 18k ohm R332 24366223 CF, 22k ohm R332 24366183 CF, 18k ohm R332 24366103 CF, 10k ohm R332 24366182 CF, 18k ohm R333 24366183 CF, 18k ohm R334 24366182 CF, 1800 ohm R340 24382471 OMF, 470 ohm, 1W R341 2436652 CF, 5600 ohm R342 2436652 CF, 1800 ohm R343 24310109 OMF, 1.0 ohm, 1/2W R344 24366392 CF, 3900 ohm R342 24366153 CF, 15k ohm R352 24366224 CF, 220k ohm R362 24366104 CF, 100k ohm R365	R320	24366101	CF, 100 ohm
R328 24339479 MF, 4.7 ohm, 2W R329 24366223 CF, 22k ohm R330 24366102 CF, 1k ohm R330 24366102 CF, 1k ohm R331 24366104 CF, 100k ohm R331 24366183 CF, 18k ohm R332 24366223 CF, 22k ohm R332 24366392 CF, 3900 ohm R332 24366103 CF, 10k ohm R332 24366103 CF, 10k ohm R333 24366103 CF, 10k ohm R336 2438221 OMF, 220 ohm, 2W R338 24366183 CF, 18k ohm R340 24382471 OMF, 470 ohm, 1W R341 24366182 CF, 1800 ohm R342 24366182 CF, 200 ohm R343 24310109 OMF, 1.0 ohm, 1/2W R344 24366392 CF, 220k ohm R345 24366153 CF, 100k ohm R346 24366153 CF, 100k ohm R349 24366153 CF, 100k ohm R365 24552682 OMF, 6800 ohm, 1/2WV (	R327	24321109	MF, 1 ohm, 1/2W
R329 24366223 CF, 22k ohm R330 24366102 CF, 1k ohm R330 24366102 CF, 1k ohm R331 24366104 CF, 100k ohm R331 24366183 CF, 22k ohm R332 24366223 CF, 22k ohm R332 24366392 CF, 3900 ohm R332 24366103 CF, 10k ohm R333 24366103 CF, 10k ohm R336 2438221 OMF, 220 ohm, 2W R338 24366183 CF, 18k ohm R340 24382471 OMF, 470 ohm, 1W R341 24366182 CF, 1800 ohm R342 24366562 CF, 5600 ohm R343 24310109 OMF, 1.0 ohm, 1/2W R344 24366392 CF, 3900 ohm R342 24366153 CF, 15k ohm R362 24366224 CF, 220k ohm R362 24366104 CF, 100k ohm R374 24366104 CF, 100k ohm R401 24366103 CF, 10k ohm R402 24366103 CF, 100k ohm R405	R328	24339479	MF, 4.7 ohm, 2W
R330 24366102 CF, 1k ohm R330 24366102 CF, 1k ohm R331 24366104 CF, 100k ohm R331 24366183 CF, 18k ohm R332 24366223 CF, 22k ohm R332 24366392 CF, 3900 ohm R332 24366103 CF, 10k ohm R333 24366103 CF, 10k ohm R336 24383221 OMF, 220 ohm, 2W R338 24366183 CF, 18k ohm R340 24382471 OMF, 470 ohm, 1W R341 24366182 CF, 1800 ohm R342 24366562 CF, 5600 ohm R343 24310109 OMF, 1.0 ohm, 1/2W R344 24366392 CF, 3900 ohm R343 24310109 OMF, 1.0 ohm, 1/2W R344 24366392 CF, 3900 ohm R342 24366153 CF, 120 whm R342 24366153 CF, 120 whm R352 24366224 CF, 220k ohm R365 24552682 OMF, 6800 ohm, 1/2WV (29N3DXE) R375 24366174 CF, 100k ohm	R329	24366223	CF, 22k ohm
R330 24366102 CF, 1k ohm R331 24366104 CF, 100k ohm R331 24366183 CF, 18k ohm R332 24366223 CF, 22k ohm R332 24366392 CF, 3900 ohm R332 24366103 CF, 10k ohm R332 24366103 CF, 10k ohm R333 24366183 CF, 18k ohm R336 24383221 OMF, 220 ohm, 2W R338 24366183 CF, 18k ohm R340 24382471 OMF, 470 ohm, 1W R341 24366182 CF, 1800 ohm R342 24366562 CF, 5600 ohm R343 24310109 OMF, 1.0 ohm, 1/2W R344 24366392 CF, 3900 ohm R343 24310109 OMF, 1.0 ohm, 1/2W R344 24366392 CF, 3900 ohm R342 24366153 CF, 120 whm R342 24366153 CF, 120 whm R352 24366224 CF, 220k ohm R365 24552682 OMF, 6800 ohm, 1/2WV (29N3DXE) R375 24366174 CF, 100k ohm	R330	24366102	CF, 1k ohm
R331 24366104 CF, 100k ohm R331 24366183 CF, 18k ohm R332 24366223 CF, 22k ohm R332 24366392 CF, 3900 ohm R333 24366103 CF, 10k ohm R333 24366103 CF, 10k ohm R333 24366183 CF, 18k ohm R336 24383221 OMF, 220 ohm, 2W R338 24366183 CF, 18k ohm R340 24382471 OMF, 470 ohm, 1W R341 24366182 CF, 1800 ohm R342 24366522 CF, 5600 ohm R343 24310109 OMF, 1.0 ohm, 1/2W R344 24366392 CF, 3900 ohm R343 24366153 CF, 15k ohm R362 24366224 CF, 220k ohm R365 24552682 OMF, 6800 ohm, 1/2WV (29N3DXE) R374 24366104 CF, 100k ohm R401 24366103 CF, 10k ohm R402 R403 24366103 CF, 10k ohm R403 R405 24366103 CF, 10k ohm R405 R405	R330	24366102	CF, 1k ohm
R331 24366183 CF, 18k ohm R332 24366223 CF, 22k ohm R332 24366392 CF, 3900 ohm R333 24366103 CF, 10k ohm R333 24366103 CF, 10k ohm R336 24383221 OMF, 220 ohm, 2W R338 24366183 CF, 18k ohm R340 24382471 OMF, 470 ohm, 1W R341 24366182 CF, 1800 ohm R342 24366562 CF, 5600 ohm R343 24310109 OMF, 1.0 ohm, 1/2W R344 24366392 CF, 3900 ohm R343 24310109 OMF, 1.0 ohm, 1/2W R344 24366392 CF, 3900 ohm R343 24366153 CF, 15k ohm R365 24366224 CF, 220k ohm R365 24366103 CF, 100k ohm R374 24366104 CF, 100k ohm R401 24366103 CF, 10k ohm R402 24366103 CF, 10k ohm R401 24366103 CF, 10k ohm R402 24366103 CF, 10k ohm R40	R331	24366104	CF, 100k ohm
R332 24366223 CF, 22k ohm R332 24366392 CF, 3900 ohm R333 24366103 CF, 10k ohm R336 24383221 OMF, 220 ohm, 2W R338 24366183 CF, 18k ohm R340 24382471 OMF, 470 ohm, 1W R341 24366182 CF, 1800 ohm R342 24366562 CF, 5600 ohm R343 24310109 OMF, 1.0 ohm, 1/2W R344 24366392 CF, 3900 ohm R343 24366153 CF, 15k ohm R362 24366224 CF, 220k ohm R362 24366124 CF, 100k ohm R365 24552682 OMF, 6800 ohm, 1/2WV (29N3DXE) R374 24366104 R375 24366473 CF, 100k ohm R401 24366104 CF, 100k ohm R402 24366103 CF, 10k ohm R403 24366104 CF, 10k ohm R401 24366103 CF, 10k ohm R402 24366103 CF, 10k ohm R403 24366127 CF, 2700 ohm R4	R331	24366183	CF, 18k ohm
R332 24366392 CF, 3900 ohm R333 24366103 CF, 10k ohm R336 24383221 OMF, 220 ohm, 2W R338 24366183 CF, 18k ohm R340 24382471 OMF, 470 ohm, 1W R341 24366182 CF, 1800 ohm R342 24366562 CF, 5600 ohm R343 24310109 OMF, 1.0 ohm, 1/2W R344 24366392 CF, 3900 ohm R343 24310109 OMF, 1.0 ohm, 1/2W R344 24366392 CF, 3900 ohm R349 24366153 CF, 15k ohm R362 24366224 CF, 220k ohm R365 24552682 OMF, 6800 ohm, 1/2WV (29N3DXE) R374 24366104 CF, 100k ohm R375 24366104 CF, 100k ohm R401 R401 24366103 CF, 100k ohm R402 R402 24366103 CF, 100k ohm R402 R403 24366103 CF, 10k ohm R405 R405 24366103 CF, 10k ohm R407 R411 2436651 CF,	R332	24366223	CF, 22k ohm
R333 24366103 CF, 10k ohm R336 24383221 OMF, 220 ohm, 2W R338 24366183 CF, 18k ohm R340 24382471 OMF, 470 ohm, 1W R341 24366182 CF, 1800 ohm R342 24366562 CF, 5600 ohm R343 24310109 OMF, 1.0 ohm, 1/2W R343 24366153 CF, 15k ohm R344 24366153 CF, 15k ohm R349 24366153 CF, 120k ohm R362 24366224 CF, 220k ohm R365 24552682 OMF, 6800 ohm, 1/2WV (29N3DXE) R374 24366104 CF, 100k ohm R375 24366173 CF, 47k ohm R401 24366103 CF, 100k ohm R402 24366103 CF, 100k ohm R403 24366103 CF, 100k ohm R405 24366103 CF, 100k ohm R405 24366103 CF, 100k ohm R405 24366103 CF, 100k ohm R405 24366103 CF, 100k ohm R411 24366510 CF, 560 ohm	R332	24366392	CF. 3900 ohm
R336 24383221 OMF, 220 ohm, 2W R338 24366183 CF, 18k ohm R340 24382471 OMF, 470 ohm, 1W R341 24366182 CF, 1800 ohm R342 24366562 CF, 5600 ohm R343 24310109 OMF, 1.0 ohm, 1/2W R344 24366153 CF, 15k ohm R349 24366153 CF, 15k ohm R362 24366224 CF, 220k ohm R365 24552682 OMF, 6800 ohm, 1/2WV (29N3DXE) R374 24366104 CF, 100k ohm R375 24366104 CF, 100k ohm R401 R401 24366103 CF, 100k ohm R402 24366103 CF, 100k ohm R403 24366103 CF, 100k ohm R404 24366103 CF, 100k ohm R405 24366103 CF, 100k ohm R403 24366103 CF, 100k ohm R404 24366510 CF, 560 ohm R411 24366511 CF, 150 ohm R413 24366151 CF, 150 ohm R415 24553472	B333	24366103	CF. 10k ohm
R338 24366183 CF, 18k ohm R340 24382471 OMF, 470 ohm, 1W R341 24366182 CF, 1800 ohm R342 24366562 CF, 5600 ohm R343 24310109 OMF, 1.0 ohm, 1/2W R344 24366392 CF, 3900 ohm R343 24366153 CF, 15k ohm R349 24366153 CF, 15k ohm R362 24366224 CF, 220k ohm R365 24552682 OMF, 6800 ohm, 1/2WV (29N3DXE) R374 24366104 R375 24366173 CF, 100k ohm R375 24366104 CF, 100k ohm R401 24366103 CF, 100k ohm R402 24366103 CF, 10k ohm R403 24366103 CF, 10k ohm R404 24366272 CF, 2700 ohm R411 24366561 CF, 560 ohm R413 24366151 CF, 150 ohm R413 24366151 CF, 150 ohm R415 24553472 OMF, 4700 ohm, 1W R416 24019332 OMF, 4300 ohm, 5W	R336	24383221	OMF 220 ohm 2W
R340 24382471 OMF, 470 ohm, 1W R341 24366182 CF, 1800 ohm R342 24366562 CF, 5600 ohm R343 24310109 OMF, 1.0 ohm, 1/2W R343 24366392 CF, 3900 ohm R344 24366392 CF, 3900 ohm R349 24366153 CF, 15k ohm R362 24366224 CF, 220k ohm R365 24552682 OMF, 6800 ohm, 1/2WV (29N3DXE) R374 24366104 R375 24366473 CF, 100k ohm R375 24366104 CF, 100k ohm R401 24366103 CF, 100k ohm R402 24366103 CF, 10k ohm R403 24366272 CF, 2700 ohm R405 24366511 CF, 560 ohm R411 24366551 CF, 150 ohm R413 24366151 CF, 150 ohm R415 24553472 OMF, 4700 ohm, 1W R416 24019332 OMF, 4300 ohm, 5W R425 24366751 CF, 750 ohm	R338	24366183	CF 18k ohm
R341 24366182 CF, 1800 ohm R342 24366562 CF, 5600 ohm R343 24310109 OMF, 1.0 ohm, 1/2W R343 24366132 CF, 3900 ohm R344 24366392 CF, 3900 ohm R349 24366153 CF, 15k ohm R362 24366224 CF, 220k ohm R365 24552682 OMF, 6800 ohm, 1/2WV (29N3DXE) CF, 100k ohm R374 24366104 CF, 100k ohm R375 24366103 CF, 100k ohm R401 24366103 CF, 100k ohm R402 24366103 CF, 100k ohm R403 24366103 CF, 100k ohm R404 CF, 100k ohm CF, 100k ohm R405 24366103 CF, 100k ohm R403 24366103 CF, 100k ohm R404 24366103 CF, 100k ohm R405 24366103 CF, 100 ohm R405 24366103 CF, 100 ohm R411 24366561 CF, 560 ohm R413 24366151 CF, 150 ohm R415	R340	24382471	OME 470 ohm 1W
R341 24366162 CF, 5600 ohm R342 24366562 CF, 5600 ohm R343 24310109 OMF, 1.0 ohm, 1/2W R344 24366392 CF, 3900 ohm R349 24366153 CF, 15k ohm R362 24366224 CF, 220k ohm R365 24552682 OMF, 6800 ohm, 1/2WV (29N3DXE) R374 24366104 R375 24366173 CF, 100k ohm R375 24366104 CF, 100k ohm R401 24366103 CF, 10k ohm R402 24366103 CF, 10k ohm R403 24366103 CF, 10k ohm R405 24366103 CF, 10k ohm R407 24366272 CF, 2700 ohm R411 24366561 CF, 560 ohm R413 24366151 CF, 150 ohm R413 24366151 CF, 150 ohm R415 24553472 OMF, 4700 ohm, 1W R416 24019332 OMF, 4300 ohm, 5W R425 24366751 CF, 750 ohm	R340	24366182	CE 1800 obm
R342 24306052 CF, 3000 0hm R343 24310109 OMF, 1.0 ohm, 1/2W R344 24366392 CF, 3900 ohm R349 24366153 CF, 15k ohm R362 24366224 CF, 220k ohm R365 24552682 OMF, 6800 ohm, 1/2WV (29N3DXE) R374 24366104 CF, 100k ohm R375 24366104 CF, 100k ohm R401 R401 24366104 CF, 100k ohm R402 R402 24366103 CF, 10k ohm R402 R403 24366103 CF, 10k ohm R405 R405 24366103 CF, 10k ohm R407 R405 24366103 CF, 10k ohm R407 R411 24366561 CF, 560 ohm R411 R413 24366151 CF, 150 ohm R415 R415 24553472 OMF, 4700 ohm, 1W R416 R416 24019332 OMF, 4300 ohm, 5W R425 24366751 CF, 750 ohm	0242	24300102
R343 24310109 OMF, 1.0 ohm, 1/2W R344 24366392 CF, 3900 ohm R349 24366153 CF, 15k ohm R362 24366224 CF, 220k ohm R365 24552682 OMF, 6800 ohm, 1/2WV (29N3DXE) CF, 100k ohm R374 24366104 CF, 100k ohm R375 24366473 CF, 47k ohm R401 24366104 CF, 100k ohm R402 24366103 CF, 100k ohm R403 24366472 CF, 4700 ohm R405 24366272 CF, 2700 ohm R407 24366561 CF, 560 ohm R411 24366561 CF, 150 ohm R413 24366151 CF, 150 ohm R415 24553472 OMF, 4700 ohm, 1W R416 24019332 OMF, 4300 ohm, 5W R425 24366751 CF, 750 ohm	N342	24300502	OME 1.0 abm 1/2\//
R344 24366352 CF, 3500 0hm R349 24366153 CF, 15k ohm R362 24366224 CF, 220k ohm R365 24552682 OMF, 6800 ohm, 1/2WV (29N3DXE) (29N3DXE) R374 24366104 CF, 100k ohm R375 24366104 CF, 100k ohm R401 24366104 CF, 100k ohm R402 24366103 CF, 100k ohm R403 24366472 CF, 4700 ohm R403 24366272 CF, 2700 ohm R407 24366561 CF, 560 ohm R411 24366151 CF, 150 ohm R413 24366151 CF, 150 ohm R415 24553472 OMF, 4700 ohm, 1W R416 24019332 OMF, 4300 ohm, 5W R425 24366751 CF, 750 ohm		24310109	CE 2000 obm
R349 24366153 CF, 15k ohm R362 24366153 CF, 220k ohm R362 24366224 CF, 220k ohm R365 24552682 OMF, 6800 ohm, 1/2WV (29N3DXE) R374 24366104 CF, 100k ohm R375 24366104 CF, 100k ohm R401 24366104 CF, 100k ohm R402 24366103 CF, 10k ohm R403 24366103 CF, 10k ohm R403 24366103 CF, 10k ohm R405 24366103 CF, 10k ohm R407 24366272 CF, 2700 ohm R407 24366561 CF, 560 ohm R411 24366151 CF, 150 ohm R413 24553472 OMF, 4700 ohm, 1W R416 24019332 OMF, 4300 ohm, 5W R425 24381471 OMF, 470 ohm, 1/2W R426 24366751 CF, 750 ohm		24300392
R362 24366224 CF, 220k 0nm R365 24552682 OMF, 6800 ohm, 1/2WV (29N3DXE) R374 24366104 CF, 100k ohm R375 24366473 CF, 47k ohm R401 24366104 CF, 100k ohm R402 24366103 CF, 10k ohm R403 24366103 CF, 10k ohm R405 24366103 CF, 10k ohm R405 24366103 CF, 10k ohm R407 24366272 CF, 2700 ohm R411 24366561 CF, 560 ohm R413 24366151 CF, 150 ohm R415 24553472 OMF, 4700 ohm, 1W R416 24019332 OMF, 4300 ohm, 5W R425 24366751 CF, 750 ohm	R349	24300153
R365 24552682 OMF, 6800 ohm, 1/2WV (29N3DXE) R374 24366104 CF, 100k ohm R375 24366473 CF, 47k ohm R401 24366104 CF, 100k ohm R402 24366103 CF, 10k ohm R403 24366472 CF, 4700 ohm R405 24366103 CF, 10k ohm R407 24366272 CF, 2700 ohm R411 24366561 CF, 560 ohm R413 24366151 CF, 150 ohm R415 24553472 OMF, 4700 ohm, 1W R416 24019332 OMF, 4300 ohm, 5W R425 24366751 CF, 750 ohm	R362	24366224
(29N3DXE) R374 24366104 CF, 100k ohm R375 24366104 CF, 47k ohm R401 24366104 CF, 100k ohm R402 24366103 CF, 10k ohm R403 24366472 CF, 4700 ohm R405 24366103 CF, 10k ohm R407 24366103 CF, 2700 ohm R411 24366561 CF, 560 ohm R413 24366151 CF, 150 ohm R415 24553472 OMF, 4700 ohm, 1W R416 24019332 OMF, 4300 ohm, 5W R425 24366751 CF, 750 ohm	R365	24552682	OWF, 6800 ohm, 1/2000
R374 24366104 CF, 100k ohm R375 24366473 CF, 47k ohm R401 24366104 CF, 100k ohm R402 24366103 CF, 10k ohm R403 24366472 CF, 4700 ohm R405 24366103 CF, 10k ohm R407 24366272 CF, 2700 ohm R411 24366561 CF, 560 ohm R413 24366151 CF, 150 ohm R415 24553472 OMF, 4700 ohm, 1W R416 24019332 OMF, 4300 ohm, 5W R425 24366751 CF, 750 ohm			(29N3DXE)
R375 24366473 CF, 47k ohm R401 24366104 CF, 100k ohm R402 24366103 CF, 10k ohm R403 24366472 CF, 4700 ohm R405 24366103 CF, 10k ohm R407 24366272 CF, 2700 ohm R411 24366561 CF, 560 ohm R413 24366151 CF, 150 ohm R415 24553472 OMF, 4700 ohm, 1W R416 24019332 OMF, 4300 ohm, 5W R425 24366751 CF, 750 ohm	R374	24366104	CF, 100k ohm
R401 24366104 CF, 100k ohm R402 24366103 CF, 10k ohm R403 24366472 CF, 4700 ohm R405 24366103 CF, 10k ohm R405 24366103 CF, 10k ohm R407 24366272 CF, 2700 ohm R411 24366561 CF, 560 ohm R413 24366151 CF, 150 ohm R415 24553472 OMF, 4700 ohm, 1W R416 24019332 OMF, 4300 ohm, 5W R425 24366751 CF, 750 ohm	R375	24366473	CF, 47k ohm
R402 24366103 CF, 10k ohm R403 24366472 CF, 4700 ohm R405 24366103 CF, 10k ohm R407 24366272 CF, 2700 ohm R411 24366561 CF, 560 ohm R413 24366151 CF, 150 ohm R415 24553472 OMF, 4700 ohm, 1W R416 24019332 OMF, 4300 ohm, 5W R425 24366751 CF, 750 ohm	R401	24366104	CF, 100k ohm
R403 24366472 CF, 4700 ohm R405 24366103 CF, 10k ohm R407 24366272 CF, 2700 ohm R411 24366561 CF, 560 ohm R413 24366151 CF, 150 ohm R415 24553472 OMF, 4700 ohm, 1W R416 24019332 OMF, 4300 ohm, 5W R425 24366751 CF, 750 ohm	R402	24366103	CF, 10k ohm
R405 24366103 CF, 10k ohm R407 24366272 CF, 2700 ohm R411 24366561 CF, 560 ohm R413 24366151 CF, 150 ohm R415 24553472 OMF, 4700 ohm, 1W R416 24019332 OMF, 4300 ohm, 5W R425 24366751 CF, 750 ohm	R403	24366472	CF, 4700 ohm
R407 24366272 CF, 2700 ohm R411 24366561 CF, 560 ohm R413 24366151 CF, 150 ohm R415 24553472 OMF, 4700 ohm, 1W R416 24019332 OMF, 4300 ohm, 5W R425 24381471 OMF, 470 ohm, 1/2W R426 24366751 CF, 750 ohm	R405	24366103	CF, 10k ohm
R411 24366561 CF, 560 ohm R413 24366151 CF, 150 ohm R415 24553472 OMF, 4700 ohm, 1W R416 24019332 OMF, 4300 ohm, 5W R425 24381471 OMF, 470 ohm, 1/2W R426 24366751 CF, 750 ohm	R407	24366272	CF, 2700 ohm
R413 24366151 CF, 150 ohm R415 24553472 OMF, 4700 ohm, 1W R416 24019332 OMF, 4300 ohm, 5W R425 24381471 OMF, 470 ohm, 1/2W R426 24366751 CF, 750 ohm	R411	24366561	CF, 560 ohm
R415 24553472 OMF, 4700 ohm, 1W R416 24019332 OMF, 4300 ohm, 5W R425 24381471 OMF, 470 ohm, 1/2W R426 24366751 CF, 750 ohm	R413	24366151	CF, 150 ohm
R416 24019332 OMF, 4300 ohm, 5W R425 24381471 OMF, 470 ohm, 1/2W R426 24366751 CF, 750 ohm	R415	24553472	OMF, 4700 ohm, 1W
R425 24381471 OMF, 470 ohm, 1/2W R426 24366751 CF, 750 ohm	R416	24019332	OMF, 4300 ohm, 5W
R426 24366751 CF, 750 ohm	R425	24381471	OMF, 470 ohm, 1/2W
	R426	24366751	CF, 750 ohm

Page 28

Location No.	Part No.	Description	Location No.	Part No.	Description
B427	24366392	CE. 3900 ohm	B740	24366620	CE 62 ohm
B428	24366561	CF, 560 ohm	R741	24366279	CE 2.7 obm
B429	24552560	OME 56 ohm 1/2W	R742	24366279	CE 27 ohm
R430	24366103	CF. 10k ohm	B743	24554221	OME 220 ohm 2W
R430	24366222	CF. 2200 ohm	R744	24366122	CE 1200 obm
R432	24531560	FR. 56 ohm. 1/2W	B745	24366122	CE 1200 ohm
R434	24552820	OME 82 ohm 1/2W	B760	24366101	CE 100 ohm
R441	24532102	FR. 1k ohm. 1W	B775	24366182	CE 1800 ohm
R447	24382472	OME 4.7 ohm 1W	A 8801	24009954	Metal-Glazed Besistor
R448	24338228	ME. 0.27 ohm 1W		24000004	2 2M ohm 1/2W
R461	24366393	CE. 39k ohm	B808	24019340	PTC Thermistor
R463	24323689	MF. 6.8 ohm. 2W		21010010	18 ohm 290\/
R464	24366102	CF. 1k ohm	B811	24568271	Cement 270 ohm 7W
R465	24366472	CF. 4700 ohm	B812	24510479	Cement 47 ohm 5W
R466	24366333	CF. 33k ohm	B813	24007061	Cement 18 ohm 2W
R467	24366103	CF. 10k ohm	B830	24547399	FB 3 ohm 1W (29N3DXF)
R470	24338568	MF. 0.56 ohm. 1W	B830	24310399	MF 3.9 ohm 1/2W(29N3XE)
R471	24531271	FR. 270 ohm. 1/2W	B831	24366331	CF 330 ohm
R476	24366183	CF. 18k ohm	B840	24531120	FB 12 ohm 1/2W
R477	24366184	CF. 180k ohm	B842	24381472	OMF 4.7k ohm 1/2W
B480	24366561	CE 560 ohm	R847	24366472	CF 4700 obm
R483	24366564	CE 560k ohm	B861	24300472	OME 22k ohm 3W/
R501	24366273	CF. 27k ohm	B862	24552330	OMF 33 ohm 1/2W
B509	24366821	CF 820 ohm	B864	24552102	OME 1k ohm 1/2W
R510	24366102	CF 1k ohm	B866	24381470	OMF 47 ohm 1/2W
B610	24366273	CE 27k ohm	B867	24366333	CE 33k ohm
R612	24366103	CF 10k ohm	R868	24552103	OME 10k ohm 1/2W/
R643	24552331	OMF 330 ohm 1/2W	B869	24552560	OME 56 ohm 1/2W
R644	24552331	OME, 330 ohm 1/2W	B870	24381750	OME 75 ohm 1/2W
R661	24366122	CF. 1200 ohm	B871	24310109	OMF 1.0 ohm 1/2W
R662	24366122	CF. 1200 ohm	B872	24377224	CF 220k ohm 1W
R663	24366333	CF. 33k ohm	B883	24552822	OME 8200 ohm 1/2W
R664	24366333	CF. 33k ohm	R884	24366102	CF. 1k ohm
R665	24366562	CF, 5600 ohm (29N3XE)	B885	24366473	CF. 47k ohm
R666	24366562	CF, 5600 ohm (29N3XE)	R886	24366472	CF. 4700 ohm
R667	24366473	CF, 47k ohm	R888	24322228	OMF. 0.22 ohm. 1W
R668	24366103	CF. 10k ohm	R890	24382333	OMF. 33k ohm. 1W
R669	24366103	CF, 10k ohm	R892	24366101	CF, 100 ohm
R676	24366229	CF, 2.2 ohm	A R899	24005015	OMF, 8.2M ohm, 1W
R677	24366229	CF, 2.2 ohm	R901	24376102	CF, 1k ohm, 1/2W
R695	24366222	CF, 2200 ohm	R902	24376102	CF, 1k ohm, 1/2W
R702	24366821	CF, 820 ohm	R903	24376102	CF, 1k ohm, 1/2W
R709	24366563	CF, 56k ohm	R904	24366472	CF, 4700 ohm
R713	24366393	CF, 39k ohm	R905	24366150	CF, 15 ohm
R715	24366223	CF, 22k ohm	R912	24366221	CF, 220 ohm
R716	24366273	CF, 27k ohm	R914	24366561	CF, 560 ohm
R717	24366333	CF, 33k ohm	R915	24366121	CF, 120 ohm
R719	24366392	CF, 3900 ohm	R916	24366330	CF, 33 ohm
R720	24366392	CF, 3900 ohm	R917	24366391	CF, 390 ohm
R721	24366102	CF, 1k ohm	R918	24366270	CF, 27 ohm
R722	24552471	OMF, 470 ohm, 1/2W	R919	24366221	CF, 220 ohm
R723	24366471	CF, 470 ohm	R920	24000906	FR, 2.4 ohm, 2W
R724	24366470	CF, 47 ohm	R921	24366561	CF, 560 ohm
R725	24366182	CF, 1800 ohm	R922	24366121	CF, 120 ohm
R730	24552100	OMF, 10 ohm, 1/2W	R924	24366270	CF, 27 ohm
R731	24552331	OMF, 330 ohm, 1/2W	R925	24366391	CF, 390 ohm
R732	24366820	CF, 82 ohm	R926	24366221	CF, 220 ohm
R733	24366683	CF, 68k ohm	R928	24366561	CF. 560 ohm
R734	24366820	CF, 82 ohm	R929	24366121	CF, 120 ohm
R735	24366683	CF, 68k ohm	R930	24366270	CF. 27 ohm
R736	24366620	CF, 62 ohm	R932	24366102	CF. 1k ohm
R737	24366152	CF, 1500 ohm	R934	24366681	CF. 680 ohm
R738	24366102	CF, 1k ohm	B935	24366272	CE. 2700 ohm
R739	24366152	CF. 1500 ohm	R936	24545150	FR. 15 ohm. 1/4W
				21070100

Page 29

Location No.	Part No.	Description
R937	24366391	CE 390 ohm
B942	24366562	CF 5600 obm
R943	24366562	CF, 5600 ohm
R944	24366562	CF, 5600 ohm
R945	24366330	CF, 33 ohm
R946	24366330	CF. 33 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
R977	24366122	CF, 1200 ohm
R992	24366150	CF, 15 ohm
RA02	24366102	CF, 1k ohm
RA04	24366102	CF, 1k ohm
RA07	24366102	CF, 1k ohm
RA08	24366102	CF, 1k ohm
RA09	24366102	CF, 1k ohm
RA10	24366102	CF, 1k ohm
RA11	24366102	CF, 1k ohm
RA12	24366102	CF, 1k ohm
RA13	24366102	CF, 1k ohm
RA14	24366753	CF, 75k ohm
RA15	24366433	CF, 43k ohm(29N3DXE)
RA15	24366103	CF, 10k ohm(29N3XE)
RA16	24366102	CF, 1k ohm
RA17	24366102	CF, 1k ohm
RA18	24366102	CF, 1k ohm
RA19	24366221	CF, 220 ohm
RA22	24366152	CF, 1500 ohm
RA23	24366152	CF, 1500 ohm
RA24	24366152	CF, 1500 ohm
RA25	24366102	CF, 1k ohm
RA26	24366102	CF, 1k ohm
RA27	24366102	CF, 1k ohm
RA30	24366223	CF, 22k ohm
RA31	24366103	CF, 10k ohm
RA33	24366103	CF, 10k ohm
RA34	24366103	CF, 10k ohm
RA35	24366102	CF, 1k ohm
RA36	24366333	CF, 33k ohm
RA3/	24366331	CF, 330 ohm
RA38	24366331
	24366331	CF, 330 ohm
	24300331
RACI RACI	24300103
	24300103
RA04	24300333	CF, 33K OHH
RA67	24300333	CF, 35k Olim(29N3DAE)
RA68	24366103	CF, TOK OHM
RA70	24366333	CF 33k ohm
RA71	24366683
BA72	24366223	CF 22k ohm
BA73	24366103	CF 10k ohm
RA509	24366391	CF. 390 ohm
RA510	24366391	CF. 390 ohm
RB01	24366271	CF. 270 ohm
RB02	24366221	CF. 220 ohm
RB09	24366470	CF, 47 ohm
RB11	24366103	CF. 10k ohm
RB12	24366223	CF, 22k ohm
RB26	24366472	CF, 4700 ohm

Location No	Part No.	Description
140.
RB27	24366103	CF, 10k ohm
RB28	24366104	CF, 100k ohm
RB30	24366103	CF, 10k ohm
RB43 RB44	24366103	CF, IUK ONM
RB45	24366102	CF, 5000 Onin CF, 1k ohm
RB46	24366331	CF, 330 ohm
RB60	24366103	CF, 10k ohm
RB61	24366103	CF, 10k ohm
RR13	24366121	CF, 120 ohm(29N3DXE)
RR14	24366121	CF, 120 ohm(29N3DXE)
KK15	24366121	CF, 120 ohm(29N3DXE)
RR17	24300122	CF, 1200 onm(29N3DXE) CF 1200 ohm(29N3DXE)
RR18	24366122	CF. 1200 ohm (29N3DXE)
RS01	24366103	CF, 10k ohm
RS02	24366104	CF, 100k ohm
RS03	24366103	CF, 10k ohm
RS04	24366104	CF, 100k ohm
RS09	24366820	CF, 82 ohm
RS IU PS11	24366472	CF, 4700 ohm
RS14	24366472	CF, 4700 0000
RS15	24366101	CF. 100 ohm
RS17	24366472	CF, 4700 ohm
RS18	24366472	CF, 4700 ohm
RS19	24366101	CF, 100 ohm
RS20	24366222	CF, 2200 ohm
RS21	24366101	CF, 100 ohm
RS22 RS23	24366222	CF, 2200 ohm
RS24	24366102	CF, 1k ohm
RS27	24366561	CF. 560 ohm
RS30	24366104	CF, 100k ohm
RS31	24366104	CF, 100k ohm
RT01	24366332	CF, 3300 ohm(29N3DXE)
RT02	24366100	CF, 10 ohm (29N3DXE)
RT03	24366101	CF, 100 ohm(29N3DXE)
RT05	243002/3
RT05	24366103
RT08	24366103	CF. 10k ohm(29N3DXF)
RT09	24366101	CF, 100 ohm(29N3DXE)
RT15	24366101	CF, 100 ohm(29N3DXE)
RT16	24366101	CF, 100 ohm(29N3DXE)
RT17	24366102	CF, 1k ohm (29N3DXE)
RT18	24366152	CF, 1500 ohm (29N3DXE)
R1 19 RT20	24366122	CF, 1200 ohm (29N3DXE)
RT21	24366561	CF, 470 0HH(29N3DXE) CF 560 ohm(29N3DXE)
RT97	24366102	CF. 1k ohm (29N3DXE)
RT98	24366102	CF, 1k ohm (29N3DXE)
RT99	24366102	CF, 1k ohm (29N3DXE)
RV01	24366103	CF, 10k ohm
RV05	24366223	CF, 22k ohm
	24366103
	24366302
RV10	24300152	CF 100 ohm
RV11	24366472	CF, 4700 ohm
RV12	24366101	CF, 100 ohm
RV13	24366472	CF, 4700 ohm
RV14	24366101	CF, 100 ohm
RV15	24366101	CF, 100 ohm

Page 30

Location No.	Part No.	Description
BV16	24366101	CE 100 ohm
BV17	24366820	CF 82 ohm
RV21	24366221	CF, 220 ohm
RV24	24552101	OMF, 100 ohm, 1/2W
RV25	24366750	CF, 75 ohm
RV26	24366101	CF, 100 ohm
RV29	24366223	CF, 22k ohm
RV30	24366820	CF, 82 ohm
RV31	24366820	CF, 82 ohm
RV32	24366101	CF, 100 ohm
RV90	24366101	CF, 100 ohm
RV91	24366101	CF, 100 ohm
RZ01	24366101	CF, 100 ohm
RZ02	24366101	CF, 100 ohm
RZ03	24366102	CF, 1k ohm
RZ04	24366102	CF, 1k ohm
RZ05	24366821	CF, 820 ohm
RZ07	24366751	CF, 750 ohm
RZ08	24366102	CF, 1k ohm
RZ09	24366102	CF, 1k ohm
COILS & T	RANSFOR	MERS
L202	23289100	Coil, Peaking, TRF4100AF
L301	23103859	Coil (Ferrite Bead), TEM2011
L302	23237975	Coil, Peaking, TRF4101AC
L430	23289470	Coil, Peaking, TRF4470AF
L431	23289100	Coil, Peaking, TRF4100AF
L441	23233072	Coil, Linearity, TLN2115G
L442	23248122	Coil, Choke, TLN3384D
L461	23248115	Coil, Choke, TLN3367D
L462	23231197	Deflection Yoke, TDY629KS
L463	23103859	Coil (Ferrite Bead), TEM2011
L503	23289100
L505	23289100	Coll, Peaking, TRF4100AF
1704	23201974	Coil (Earrite Bood) TEM2011
1705	23103059	Coil (Ferrite Bead), TEM2011
1805	23103039
1806	23240213	Coil Choke, TLN3481AH
1861	23240213	Coil (Eerrite Bead) TEM2011
1 862	23103937	Coil (Ferrite Bead), TEM2004
1.883	23103775	Coil (Ferrite Bead) TEM2004
1884	23103775	Coil (Ferrite Bead) TEM2014
L885	23248073	Coil, Choke, TI N3299D
L886	23103859	Coil (Ferrite Bead), TEM2011
L887	23280016	Coil, Peaking, TRF4100AZ
L888	23103859	Coil (Ferrite Bead), TEM2011
▲ L901	23200294	Coil, Degaussing, TSB-2366AG
L902	23289221	Coil, Peaking, TRF4221AF
L903	23289221	Coil, Peaking, TRF4221AF
L904	23289221	Coil, Peaking, TRF4221AF
L905	23289390	Coil, Peaking, TRF4390AF
L906	23289390	Coil, Peaking, TRF4390AF
L907	23289390	Coil, Peaking, TRF4390AF
LA01	23289100	Coil, Peaking, TRF4100AF
L101	23289339	Coll, Peaking, TRF43R3AF (29N3DXE)
LT02	23238562	Coil, Peaking, TRF4109AJ (29N3DXF)
LT03	23289150	Coil, Peaking, TRF4150AF
LT04	23238714	Coil, Peaking, TRF4100AJ (29N3DXE)

Location No.	Part No.	Description
LT05	23238714	Coil, Peaking, TRF4100AJ (29N3DXE)
LT06	23238714	Coil, Peaking, TRF4100AJ (29N3DXE)
LT07	23238714	Coil, Peaking, TRF4100AJ (29N3DXE)
LT08	23103880	Coil (Ferrite Bead), TEM2011Y (29N3DXE)
LT10	23238506	Coil, Peaking, TRF4229AJ (29N3DXE)
	23238506	Coll, Peaking, TRF4229AJ (29N3DXE) Coll, Poaking, TRF4229A I
LT15	23238710	(29N3DXE) Coil, Peaking, TRF4220AJ
LT97	23238714	(29N3DXE) Coil, Peaking, TRF4100AJ
LT98	23238714	(29N3DXE) Coil, Peaking, TRF4100AJ
LT99	23238714	(29N3DXE) Coil, Peaking, TRF4100AJ
LZ01	23289330	(29N3DXE) Coil, Peaking, TRF4330AF
1702	23103880	Coil (Ferrite Bead) TEM2011Y
1703	23289100	Coil Peaking TBE4100AE
1704	23103880	Coil (Ferrite Bead) TEM2011V
1705	23289150	Coil Peaking TBE4150AE
1706	23289100	Coil Peaking, TRE4100AF
T401	23224373	Transformer Horiz Drive
/ T461	23224373	TLN1100AM Transformer, Flyback
	20200040	TFB4132ED
	23211/15	Line Filter, IRF3196BQ
/∆ 1862	2321/393	Transformer, Converter, TPW3397AS
SEMICOND	UCTORS
Q102	23314965	Transistor, KTC3198 Y
Q205	23314962	Transistor, KTA1266 Y
Q220	23314962	Transistor, KTA1266 Y
0271	23314965	Transistor, KTC3198 Y
Q301	B0378560	IC. TA8427K
Q301B	72471082	Screw, BRDT2W3X10_SZN
Q302	B0384625	IC. TA8859CP
Q310	A6002020	Transistor, RN1202 (29N3DXF)
Q311	A6002040	Transistor, RN1204 (29N3DXF)
Q340	23314962	Transistor, KTA1266 Y
Q402	A6330069	Transistor, 2CS2482 FA-1
Q404	A6873777	Transistor, 2SD2553
Q404B	72471082	Screw, BRDT2W3X10_SZN
Q420	23314141	Transistor, 2SC3852
Q420B	70391355	Screw, BITTB3X8 SZN
Q421	23314965	Transistor, KTC3198 Y
Q430	23314980	Transistor, 2SD2549 P
Q430B	70391355	Screw, BITTB3X8 SZN
Q460	23314938	Transistor, 2SD2493(P)
Q460B	72471082	Screw, BRDT2W3X10 SZN
Q461	23314962	Transistor, KTA1266 Y
Q501	B0101516	IC, TB1227AN
Q608	A6342200	Transistor, 2CS2878-A
Q609	A6342200	Transistor, 2CS2878-A
Q610	B0376856	IC, TA8211AH
Q610C	70391355	Screw, BITTB3X8 SZN
Q612	23314962	Transistor, KTA1266 Y

Page 31

Location No.	Part No.	Description
0706	23314965	Transistor, KTC3198 Y
Q707	A6734590	Transistor, 2SC752(G)TM-Y
Q70 9	23314965	Transistor, KTC3198 Y
Q710	23314962	Transistor, KTA1266 Y
Q711	23314911	Transistor, 2SB1569A E
Q712	23314914	Transistor, 2SD2400A E
Q719	23314965	Transistor, KTC3198 Y
Q720	23314965	Transistor, KTC3198 Y
Q773	23314965	Transistor, KTC3198 Y
Q801	23906540	IC, STR-Z4267
0830	23314141	Transistor, 2SC3852
Q830B	70391355	Screw, BITIB3X8 SZN
0840	23318299	IC, L/OIVIRUS
0040D	70391355	Bhoto Coupler ON2171 P
0863	23900937	Transistor 2SA1320
0872	23314141	Transistor, 25C3852
0872B	70391355	Screw BITTR3X8 S7N
0901	23314811	Transistor 2SC5147
0902	23314965	Transistor, KTC3198 Y
Q903	23314811	Transistor, 2SC5147
Q904	23314965	Transistor, KTC3198 Y
Q905	23314811	Transistor, 2SC5147
Q906	23314965	Transistor, KTC3198 Y
Q907	23314962	Transistor, KTA1266 Y
Q908	A6321240	Transistor, 2SC2120-Y
QA01	23906634	IC, M37222M8-B80 (29N3DXE)
QA01	23906722	IC, M37222M6-086 (29N3XE)
QA02	23904666	IC, NM24C08EN
QA03	23314965	Transistor, KTC3198 Y
QA04	23314965	Transistor, KTC3198 Y
QB01	23314965	Transistor, KTC3198 Y
OB02	23314962	Transistor, KTC2109 V
0830	23314905	Transistor, KTC3198 V
0B40	23314965	Transistor, KTC3198 V
0501	23314965	Transistor, KTC3198 Y
0502	23314965	Transistor, KTC3198 Y
QS03	A6342200	Transistor, 2CS2878-A
QS04	A6342200	Transistor, 2CS2878-A
QT01	23904899	IC, SAA5281ZP/E (29N3DXE)
QT04	23314962	Transistor, KTA1266 Y
		(29N3DXE)
QT05	23314965	Transistor, KTC3198 Y
		(29N3DXE)
QV01	B0385655	IC, TA1219N
QV02	23314965	Transistor, KTC3198 Y
QV03	23314965	Transistor, KTC3198 Y
0005	23314965	Transistor, KTC3198 Y
0\/06	22214065	(29N3DAE)
0000	23314905
0701	B0410867
0702	23314965	Transistor KTC3198 V
0703	23314965	Transistor, KTC3198 Y
QZ04	23314965	Transistor, KTC3198 Y
D101	23115922	Diode, Zener, µPC574J. (D)
D103	23118859	Diode, 1SS133
D201	23118517	Diode, Zener, RD9.1ESA B2
D202	23118517	Diode, Zener, RD9.1ESA B2
D203	23118517	Diode, Zener, RD9.1ESA B2
D204	23118859	Diode, 1SS133
D301	23118479	Diode, BYD33J
D305	23118859	Diode, 1SS133

Location No.	Part No.	Description
D306	23118859	Diode, 1SS133
D308	23118479	Diode, BYD33J
D319	23118822	Diode, ERB12-02
D320	23118822	Diode, ERB12-02
D332	23316794	Diode, SC570A
D340	23118638	Diode, RD2.4ESA B1
D401	23118519	Diode, Zener, RD8.2ESA B3
D403	23118534	Diode, Zener, RD4.7ESA B3
D406	23118479	Diode, BYD33J
D408	A/580658	Diode, JJH41 Diodo, Zapar, DD7 FESA B1
D420	23118622	Diode, Zener, RD10ESA B1
D441	23118516	Diode Zener BD9 1ESA B3
D443	23118859	Diode, 1SS133
D461	23316582	Diode, ERC20-06
D461B	70391355	Screw, BITTB3X8 SZN
D464	23118640	Diode, RD2.2ESA B1
D467	A7568754	Diode, 1S1887A FA-1
D468	23118512	Diode, Zener, RD12ESA
D477	23118859	Diode, 1SS133
D610	23118859	Diode, 1SS133
D611	23118859	Diode, 1SS133
D612	23118859	Diode, 1SS133
D615	23118859	Diode, 155133
D010	23110059	Diode, 155133
D618	23118859	Diode, 155133
D619	23118859	Diode, 155133
D704	23118859	Diode 1SS133
D705	23118859	Diode, 1SS133
D715	23118859	Diode, 1SS133
D720	23118859	Diode, 1SS133
D721	23118859	Diode, 1SS133
D801	23316275	Diode, RBV-606, LFA
D801B	72471082	Screw, BRDT2W3X10 SZN
D830	23118529	Diode, Zener, RD5.6ESA B2
D842	23118615	Diode, Zener, RD27ESA B3
D844	23118615	Diode, Zener, RD2/ESA B3
D845	23118518	Diode, Zener, KD9.1ESA B1
D864	23110094	Diode, EU2A, LF-F10 Diode, EU2A, LF-F10
D865	23118859	Diode, 199133
D872	23118506	Diode Zener BD15ESA B1
D875	23118516	Diode, Zener, RD9.1ESA B3
D876	23118859	Diode, 1SS133
D878	23118601	Diode, Zener, RD39ESA B1
D880	23118859	Diode, 1SS133
D883	23316531	Diode, RG-4, LF-L1
D884	23316531	Diode, RG-4, LF-L1
D885	23316399	Diode, EL1Z
D886	23316399	Diode, EL1Z
D890	23316553	Diode, 1SS145
D891	23316553	Diode, 1SS145
D901	23118859	Diode, 155133
D903	23118859	Diode, 155133
D905	23118859	Diode 155133
D906	23118859	Diode, 1SS133
D907	23118859	Diode, 1SS133
D908	23118859	Diode, 1SS133
D909	23118859	Diode, 1SS133
D910	23118859	Diode, 1SS133
D911	A7568250	Diode, 1S1834
DA36	23118859	Diode, 1SS133

Page 32

Location No.	Part No.	Description
DA42	23118538	Diode Zeper RD6 2554 B2
DA61	23118859	Diode 155133
DA62	23118859	Diode 1SS133
DA68	23118538	Diode, Zener BD6 2ESA B2
DB01	A8636650	Photo Diode, TLSG116
DB30	23118859	Diode 1SS133
DV01	23118517	Diode Zener BD9 1ESA B2
DV02	23118517	Diode, Zener, RD9.1ESA B2
MISCELLAN	IEOUS
B202	23037312	Screw BTBW 3X12 SZN
B232	23037312	Screw BTBW 3X12 SZN
E912	23848729	Rubber Wedge
△ F470	23144829	Fuse, 1.0A, 250V
F470A	23165433	Holder, Fuse
▲ F801	23144508	Fuse 40A 250V
F801A	23165433	Holder, Euse
G101	23248229	Coil. Choke. TI N3040AC
G472	24531680	FB. 68 ohm 1/2W
G614	23238714	Coil Peaking TRF4100A.
		(29N3DXE)
G615	23238714	Coil Peaking TRE4100A I
	10200/14	(29N3DXF)
G616	24366103	CE 10k ohm
G714	24545220	EB 22 obm 1/4W/
GA60	24366101	CE 100 obm
H002	23148323	Module MVCS45D
11002	20140020
H002	23148324	Module MVCM31D
		MPX A-PR (29N3XF)
J699A	23960136	Adhesive TSE3843-W
KB01	23904946	Remote Sensor
	2000 10 10	BPM-676CBB-S
L462A	23199314	Conver Revision Board
		TC-E(YV)
L462B	23948536	Convergence Corrector
		TC-V(MINUS)
L462C	23199192	Conver Revision Board
L462D	23948535	Convergence Corrector.
		TC-U(PLUS)
M461B	23504203	Cable, Forcus
M461C	23504204	Cable, Screen
N603	23960136	Adhesive, TSE3843-W
P661	23363607	Jack, Headphone
△ P801	23372096	Power Cord
P910	23164725	Plug, 2P
PB11A	23902751	Socket, B-B. 8P
PB11B	23368519	Plug. B-B. 8P
PB21A	23902751	Socket, B-B. 8P
PB21B	23368519	Plug. B-B. 8P
PB31A	23902751	Socket, B-B, 8P
PB31B	23368519	Plug B-B 8P
PB41A	23902751	Socket B-B 8P
PB41B	23368519	Plug. B-B. 8P
PB51A	23902751	Socket B-B 8P
PB51B	23368519	Plug B-B 8P
PV01	23365867	Jack 9P
PV02	23365818	Jack SVHS
PV03	23365762	Jack Phono 3P
A S801	23344420	Switch Power
SA01	23344429	Switch Push 101P
SA02	23145430	Switch Puch 101P
SA03	23145430	Switch Push 101P
SA04	23145430	Switch Push 1C1P
	20140430


Location	Part No	Description
No.	r art rto.	Description

SA05	23145430	Switch, Push, 1C1P
SA06	23145430	Switch, Push, 1C1P
A SR81	23146564	Relay, Power, DC12V
∆V901A	23902891	Socket, CRT, 10P
V901B	23102456	Magnet MAG-4006
V901M	23102438	Magnet, Purity-Convergence
	20102400	MAG 1002
W661	22251144	MAG-1055
00001	23351144
14/000		60X120, 8 ohm
W662	23351144	Speaker, SPK-1401,
		60X120, 8 ohm
X501	23153438	Crystal, 16.200MHz
XA01	23153325	Ceramic Resonator, 8.00MHz,
		TCR1056
XT01	23153472	Crystal, 27,000MHz (29N3DXE)
7424	23144539	Protector PRE20005491
~	20174000	125\/ 2A
7901	22004000
	23904998
2860	23144451	Protector, PRF5000, 125V, 5A

PC BOARD		LIES
* U901		CRT Drive Board, PB9071
* U902		Signal Board, PB9072
-		(29N3DXE)
*11902		Signal Board PB0171
0502
* 1.000
* 0903		POW/D Board, PB90/3
		(29N3DXE)
* U903		POW/D Board, PB9172
		(29N3XE)

PICTURE T	UBE
∕∆V901	23312790	Picture Tube A68KVI 74X


IUNER
H001	23321269	Tuner, ECA14

ACCESSOR	IES
K902	23306194	Remote Hand Unit, CT-9881
		(29N3DXE)
K902	23306191	Remote Hand Unit CT-9879
		(29N3XE)
ΔΤΩ3	23588016	Battery Cover
V101A	23300010	Owner's Manual Franksk
TIVIA	23003/20
V101A	00500700
YTUTA	23563792	Owner's Manual, English,
		29N3XE
Y102	23563451	Safety Instrctions
Y120	23943846	Cover, Poly


CABINET P	ARTS

A201	23549622	Front Cover (29N3DYE)
Δ201	23540692	Front Cover (20N2VE)
A261	20040000
A202	2342//30	Door
A264	23445205	Button, Key
A265	23445204	Knob, Power
A267	23836494	Spring, Coil
A270	23436554	Handle
A271	23451204	Push Catch
∆A401	23427603	Back Cover
A403	23550725	Label, Model No. 29N3DXF
	20000720
		E E

Page 33

Location No.	Part No.	Description
A403 A501 A503 A701 A701 A702A A702B	23550835 23035412 23035412 23525975 23064015 23935801 23935802	Label, Model No. 29N3XE Screw, BTB4X12SZN Screw, BTB4X12SZN Case(29N3DXE) Case(29N3XE) Packing, Top Packing, Bottom
A702B	23935802	Packing, Bottom

Location	Port No	Description
No.	Fart NO.	Description

Page 34

THIS PAGE IS INTENTIONALLY LEFT BLANK.

Page 35

SIGNAL BOARD PB9072 BOTTOM (FOIL) SIDE

- 35 -

- 36 -

Page 36

Page 37

SOARD PB9072

Page 38

Page 39

POWER/DEF BOARD BOTTOM (FOIL) SID

Page 40

EF BOARD PB9073

Page 41

CRT DRIVE/VM BOARD PB9071 BOTTOM (FOIL) SIDE

Page 42

TERMINAL VIEW OF TRANSISTORS

Page 43

SPECIFICATIONS (Representative: 29N3DXE)
Rated voltage			AC 110	) V – 240 V	, 50/60 Hz
Power consumption (at AC 220 V, 50 Hz	:)		1	20 W (App	rox.)
Dimensions		Width 8	10 mm × ł	leight 595 i	mm × Depth 531 mm
Mass				42.5 kg
Picture tube (measu	ired diagonally)	TYPE 29 (73 c (68 c 110°	m) Overa m) Viewa deflectior	II picture tul ble picture 1 1	be measured diagonally tube measured diagonally
Television system (Aerial input)	Channel coverage	SystemChannelPALB/GCCIRSECAMB/GCCIRSECAMD/KOIRTPALIUKPALD/KCHINANTSCMUS	VHF 2 - 12 2 - 12 1 - 12	UHF 21 - 69 21 - 69 21 - 69 21 - 69 13 - 57 14 - 69	CATV X ~ Z+2, S1 ~ S41 X ~ Z+2, S1 ~ S41 X 1 ~ X1P
	Special RF signal	Colour system Soun 4.43NTSC 5.5/6. PAL 60Hz 5.5/6.	d system 0/6.5 MHz 0/6.5 MHz	-
Colour system (Vide	eo input)	PAL / SECAM / 4.43NTSC / 3.58NTSC / 60 Hz PAL / 50 Hz 3.58NTSC
Sound output		10 W + 10 W
Speaker		2 pcs 60 × 120 mm
Input		VIDEO: 1V (p-p), 75 Ω, S-VideoAUDIO: 500 mV (rms) (54% modulation equivalent), more than 22 kΩ
Output		VIDEO : 1V (p-p), 75 Ω AUDIO : 500 mV (rms) (54% modulation), less than 2.2 kΩ
Accessories		Remote Controller × Battery (R6, AA) ×	1 2

* Please refer to owner's manual in detail.

SPEC

Page 44

TOSHIBA CORPORATION 1-1, SHIBAURA 1-CHOME, MINATO-KU, TOKYO 105-8001, JAPAN

Page 45

Page 46

SCHEMATIC DIAGRAM

MODEL: 29N3XE (1/2)

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 ident those in the original circuit or specified in the parts list. The mounting position of replacements is to be identi with originals. Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE or 3. Do not degrade the safety of the receiver through improper servicing.

040-9904

Page 47

OBSERVATION OF VOLTAGES AND WAVEFORMS

Voltages read with VTVM from point shown to chassis ground, line voltage: volts, colour bar signal. Voltages reading may vary ±20%.

Page 48

d, line voltage 220

ow capacity probe.

mid position and er controls for best

NOTES:

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

Page 49

EXPRESSION

er is shown in this schematic diahe circuit. e.

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 and in µF and the values more than 1 in pF.
3. Unless otherwise noted in schematic, all inductor value sed in µH, and the values less than 1 in H.

Page 50

APACITOR and INDUCTOR

n, k=1,000, M=1,000,000

n schematic, all capacitor values less than 1 are expresore than 1 in pF

schematic, all inductor values more than 1 are expresess than 1 in H.

Page 51

Page 52

Page 53

Page 54

Page 55

Page 56

Page 57

_	+	5	6
				- 1

Page 58

Page 59

Page 60

Page 61

Page 62

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

040-9904

Page 63

Page 64

ne voltage 220

capacity probe.

1 position and ontrols for best

NOTES:

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

Page 65

EXPRESSION

shown in this schematic dia-

VALUE OF RESISTOR, CAPACITOR and INDUCTOR

1. Resistance is shown in ohm, k=1,000, M=1,000,000

Unless other wise noted in schematic, all capacitor values sed in µF and the values more than 1 in pF.
Unless otherwise noted in schematic, all inductor values m sed in µH, and the values less than 1 in H.

Page 66

PACITOR and INDUCTOR

n, k=1,000, M=1,000,000

schematic, all capacitor values less than 1 are expresore than 1 in pF.

schematic, all inductor values more than 1 are expres-

Page 67

Page 68

Page 69

Page 70

Page 71

Page 72

Page 73

Page 74

Page 75

Page 76

Page 77

Page 78

MODEL: 29N3DXE / 29N3XE

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

040-9904

Page 79

lesignate com-

th types identical to is to be identical

TY NOTICE on page

OBSERVATION OF VOLTAGES AND WAVEFORMS

1. Voltages read with VTVM from point shown to chassis ground, line voltage 2 volts, colour bar signal. Voltages reading may vary ±20%.
2. All waveforms are taken using a wide band oscilloscope and a low capacity prol
3. Waveforms are taken using a standard colour bar signal.
Make sure that CONTRAST and COLOUR controls are in mid position a BRIGHTNESS control is almost in maximum position. Set other controls for be picture.

Page 80

Page 81

EXPRESSION

shown in this schematic diaircuit.

VALUE OF RESISTOR, CAPACITOR and INDUCTOR

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

Page 82

CAPACITOR and INDUCTOR

ohm, k=1,000, M=1,000,000

d in schematic, all capacitor values less than 1 are expresmore than 1 in pF.

in schematic, all inductor values more than 1 are express less than 1 in H.

Page 83

Page 84

Page 85

Page 86

Page 87

e table


9N3SXH

	·

Page 88

Page 89

Page 90

Page 91

(X) Mark:Difference table


LOC. NO.	29N3DXE	29N3XE	29N3SXH
	POWER/DEF BOARD
U903	PB9073	PB9172	PB9170
R888	1WR22	1WR22	1WR22
Z888	OPEN	OPEN	OPEN
C870	800V/0.082	800V/0.082	800V/0.082
C875	OPEN	OPEN	OPEN
C871	2KV/1500	2KV/1500	2KV/1500
C878	OPEN	OPEN	OPEN
R810	OPEN	OPEN	OPEN
R812	5W4.7	5W4.7	5W4.7
R813	2W1.8	2W1.8	2W1.8
SR81	DC12V	DC12V	DC12V
C813	AC250V/1000	AC250V/1000	AC250V/1000
C814	AC250V/1000	AC250V/1000	AC250V/1000
R365	1/2W6.8K	OPEN	OPEN
R217	1/6W6.8K	1/6W6.8K	1/6W7.5K
T862	TPW3397AS	TPW3397AS	TPW3397AS
CRT/D.VM BOARD
U901	PB9071	PB9071	PB9177
R916	1/6W33	1/6₩33	1/6₩39
R945	1/6W33	1/6₩33	1/6₩39
R946	1/6W33	1/6W33	1/6₩39
V901	A68KVL74X	A68KVL74X	A68KVL74XDT

1 1

Page 92

fference 1	tα	Ь	le


29N3XE	29N3SXH
DEF BOARD
PB9172	PB9170
WR22	1WR22
DPEN	OPEN
300V/0.082	800V/0.082
DPEN	OPEN
2KV/1500	2KV/1500
DPEN	OPEN
DPEN	OPEN
5W4.7	5W4.7
2W1.8	2W1.8
DC12V	DC12V
AC250V/1000	AC250V/1000
AC250V/1000	AC250V/1000
DPEN	OPEN
/6W6.8K	1/6W7.5K
TPW3397AS	TPW3397AS
1 BOARD
PB9071	PB9177
I/6W33	1/6W39
1/6W33	1/6W39
/6W33	1/6W39
COKVI 7/Y	AGOKVI 7/ YDT	1

POWE/DEF 29N3DXE 29N3XE PK3009

TOSHIBA 29N3DXE, 29N3XE Service manual & schematics

TOSHIBA

SERVICE MANUAL

COLOUR TELEVISION S9ES Chassis 29N3DXE, 29N3XE

TABLE OF CONTENTS

CHAPTER 1 GENERAL ADJUSTMENTS -

SAFETY INSTRUCTIONS

X-RAY RADIATION PRECAUTION

Refer to table-1 for high voltage (A), (B) & AC voltage (C) (See SETTING & ADJUSTING DATA on page 19)

SAFETY PRECAUTION

PRODUCT SAFETY NOTICE

SET-UP ADJUSTMENT

COLOR PURITY ADJUSTMENT

GENERAL ADJUSTMENTS

CONVERGENCE ADJUSTMENTS

■ CENTER CONVERGENCE ADJUSTMENT

■ CIRCUMFERENCE CONVERGENCE ADJUSTMENT

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 SELE DIAGNOSTIC FUNCTION

DESIGN MODE

1. ENTERING TO DESIGN MODE

2. SELECTING THE ADJUSTING ITEMS

3. ADJUSTING THE DATA

ELECTRICAL ADJUSTMENTS

(Point) C CBT adjusting magnetic field (Adjusting magnetic field)

[PIP SUB BRIGHTNESS]

CIRCUIT CHECK

HIGH VOLTAGE CHECK

SETTING & ADJUSTING DATA

[ SAFETY INSTRUCTIONS ]

ADJUSTING ITEMS AND DATAS IN THE SERVICE MODE:

ADJUSTING ITEMS AND DATAS IN THE DESIGN MODE:

LOCATION OF CONTROLS (Representative: 29N3DXE)

Remote

PROGRAMMING CHANNEL MEMORY

To preset channels (ASM)

To preset channels (Manual search, AFT, MFT)

To skip unnecessary position numbers

To skip a position number

Note

AFT (Auto Fine Tuning)

Note

To restore a skipped position number

CHASSIS AND CABINET REPLACEMENT PARTS LIST

NOTICE

Model · 20N2DXE/20N2XE

SIGNAL BOARD PB9072 BOTTOM (FOIL) SIDE

POWER/DEF BOARD BOTTOM (FOIL) SID

EF BOARD PB9073

CRT DRIVE/VM BOARD PB9071 BOTTOM (FOIL) SIDE

TERMINAL VIEW OF TRANSISTORS

TOSHIBA CORPORATION 1-1, SHIBAURA 1-CHOME, MINATO-KU, TOKYO 105-8001, JAPAN

SCHEMATIC DIAGRAM

MODEL: 29N3XE (1/2)

NOTES:

EXPRESSION

VALUE OF RESISTOR, CAPACITOR and INDUCTOR

APACITOR and INDUCTOR

NOTES:

EXPRESSION

VALUE OF RESISTOR, CAPACITOR and INDUCTOR

PACITOR and INDUCTOR

MODEL: 29N3DXE / 29N3XE

EXPRESSION

VALUE OF RESISTOR, CAPACITOR and INDUCTOR

CAPACITOR and INDUCTOR

(X) Mark:Difference table