PANASONIC TC1480, TC1480EU, TC1485, TC1485T, TC1785 Service manual & schematics

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Page 1

Service Manua

Colour Television TC-1485

Specifications

High Voltage:

i .


Power Source:	AC 240 V, 50 Hz	Picture Tube:	A34JRD30X01 14 inches
Power Consumption:	: 61 W (Max.)		(34 cm V) measured diagonally, 90° deflection
Aerial Impedance:	75 Ω unbalanced, Coaxial Type	Audio output:	3 Watt
Receiving System:	CCIR: 625 Lines, PAL - I	Speaker:	10 cm, 8 Ω, Round Type
Receiving Channels:	UHF channel 21 to 68	Accessories
Intermediate		supplied:	Remote Controller UM4 Battery
Frequency:	Video 39.5 MHz Sound 33.5 MHz Colour 35.07 MHz	Dimensions:	Height: 344 mm Width: 365 mm Depth: 376 mm
Video/Audio Termina	als:	NI-+\A/-:	10.2 km
RCA IN	Video 1 Vp-p 75 Ω	ivet weight:	10.2 kg
RCA IN	Audio 0.5 Vrms, 10 KU (80% modulation)

Specifications are subject to change without notice. Net weight and dimensions shown are approximate.

IMPORTANT

22.2 kV at zero beam current

This receiver uses a HOT chassis, after service please ensure that the chassis is returned to its correct position Particular care being taken to the position of the customer controls. Failure to do so could endanger customer safety.

PANASONIC (U.K.) LTD. 300-318 BATH ROAD, SLOUGH, BERKS.

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	гауе
SAFETY PRECAUTIONS	2
LOCATION OF CONTROLS	3
SERVICE HINTS	3
ADJUSTMENTS	4
CONDUCTOR VIEWS	57
SCHEMATIC DIAGRAM	11
PARTS LOCATION	12
	12

SAFETY PRECAUTIONS

GENERAL GUIDE LINES

1. It is advisable to insert an isolation transformer in the AC supply before servicing a hot chassis.
When servicing, observe the original lead dress, especially the lead dress in the high voltage circuits. If a short circuit is found, replace all parts which have been overheated or damaged by the short circuit.
After servicing, see to it that all the protective devices such as insulation barriers, insulation papers, shields and isolation R-C combinations, are properly installed.
4. When the receiver is not to be used for a long period of time, unplug the power cord from the AC outlet.
5. Potential, as high as 22.2 kV, is present when this receiver is in operation. Operation of the receiver without the rear cover involves the danger of a shock hazard from the receiver power supply. Servicing should not be attempted by anyone who is not thoroughly familiar with the precautions necessary when working on high voltage equipment. Always discharge the anode of the picture tube to the receiver chassis before handling the tube.
6. After servicing make the following leakage current checks to prevent the customer from being exposed to shock hazards.

LEAKAGE CURRENT COLD CHECK

1. Unplug the AC cord and connect a jumper between the two prongs on the plug.
2. Turn on the receiver's power switch.
3. Measure the resistance value, with an ohmmeter, between the jumpered AC plug and each exposed metallic cabinet part on the receiver, such as screwheads, aerials, connectors, control shafts, etc. When the exposed metallic part has a return path to the chassis, the reading should be between 4MΩ and 20 MΩ. When the exposed metal does not have a return path to the chassis, the reading must be ∞.

LEAKAGE CURRENT HOT CHECK (See Fig. 1)

1. Plug the AC cord directly into the AC outlet. Do not use an isolation transformer for this check.
2. Connect a 2 kΩ, 10W resistor, in series with an exposed metallic part on the receiver and an earth such as water pipe.

3. Use an AC voltmeter, with high impedance to measure the potential across the resistor.
Check each exposed metallic part, and measure the voltage at each point.
Reverse the AC plug in the AC outlet and repeat each of the above measurements.
6. The potential at any point should not exceed 1.4 volts RMS. In case a measurement is outside of the limits specified, there is a possibility of a shock hazard, and the receiver should be repaired and rechecked before it is returned to the customer.

X-RADIATION

WARNING:

1. The potential sources of X-Radiation in TV sets are the High Voltage section and the picture tube.
2. When using a picture tube test jig for service, ensure that jig is capable of handling 25.0 kV without causing X-Radiation.
NOTE: It is important to use an accurate periodically calibrated high voltage meter.
1. Set the brightness to minimum.
2. Set the service switch to the SERVICE position.
Measure the High Voltage. The meter reading should indicate 22.2 kV ± 1.5 kV. If the meter indication is out of tolerance, immediate service and correction is required to prevent the possibility of premature component failure.

Page 3

SHUT DOWN CIRCUIT TEST This test must be made as a final check before the

2. Check that the shut down circuit functions when -60 V is applied to TPE40, but does not function when -40 V is applied.

set is returned to the customer. 1. Receive the Philips pattern.

Fig. 2

SERVICE HINTS Removal of E-Board

Note:

(

If the following procedure is not carried out, damage may occur to E-Board when attempting removal.
1. Using a small screwdriver release the Pcb retaining clip (A) as shown in fig. 3 and 4.
2. To remove the Pcb from the cabinet, lift the Pcb and pull backwards see fig. 5.

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ADJUSTMENTS

ITEM/PREPARATION	ADJUSTMENT PROCEDURE
B VOLTAGE		-
Operate the TV set. Set controls: Bright (R318)minimum Sub Bright (R308)minimum	1. Confirm the indicated test points for the specified voltage. TPE1: 103 ± 1.5 V TPE10: 148 ± 10 V TPE2: 5 ± 0.5 V TPE11: -32 ± 2 V TPE4: 17 ± 1 V TPE12: 26 ± 2 V TPE5: 12 ± 1 V TPE49: 9 ± 1 V
AFC 1. Operate the TV set. 2. Set Preset switch (S1128) to "NOR". 3. Earth TPE3. 4. Connect a DVM to TPE27.	Apply 39.5 MHz continuous wave to TP of Tuner (0.5 Vp-p/75Ω). Adjust L105 so that voltage at TPE27 becomes 4.5 ± 0.1 V. Change the frequency and confirm the voltage as shown below. + 100 kHz: less than 2.0 V - 100 kHz more than 7.5 V Remove earth link from TPE3.
RF AGC 1. Receive the Philips pattern. 2. Set the input level to 66 ± 2 dB (75Ω open). 3. Connect an oscilloscope to TPE28.	Turn RF AGC control (R101) fully counterclockwise. Slowly turn RF AGC control clockwise to set it at the point just before voltage at TPE28 drops.
CONTRAST/COLOUR 1. Receive the Philips pattern. 2. Set controls: Contrastmaximum Brightminimum Colourminimum	Connect an oscilloscope to TPE26 and confirm the amplitude of waveform is 1.8 Vp-p ± 0.3 V. Set Colour control to maximum. Connect oscilloscope to the following test points and confirm the voltage at end test point. TPE15: 3.0 ± 0.3 Vp-p TPE16: 1.5 ± 0.5 Vp-p TPE17: 2.5 ± 0.5 Vp-p	C
HIGH VOLTAGE 1. Receive a crosshatch pattern. 2. Set Contrast, Bright and Sub Bright controls to their minimum positions (Zero beam current)	Connect a high voltage meter (Electro-static type) to an anode of the picture tube. Confirm that the high voltage is within a range of 22.2 ± 1.5 kV.	C

ITEM/PREPARATION	ADJUSTMENT PROCEDURE	WAVEFORM
DELAY LINE 1. Receive a colour bar pattern. 2. Connect an oscilloscope to TPE15. 3. Set controls: Contrast Colour maximum Colour	1. Adjust DL Adj. (R604) and DL Matching Trans (L602) to obtain waveform at TPE15 as shown in Fig 6.	Minimize the differences (by L602) Adjust this level to zero (by R604)
		F1g. 6

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CONDUCTOR E-BOARD TNP

I.C.'s	IC1102	IC1101 IC1104		IC451		IC25 IC801 IC2504
TRANSISTORS	Q1121 Q1122 Q506 Q505 Q504 Q551		Q1130 Q1123 Q1129	Q1135 Q1124 Q452 Q1125 Q451 Q531	Q302 Q303 Q250 Q2501 Q2505 Q502	Q804 7 Q2502 Q101 Q250 Q250 Q250 Q2503
DIODES	D1135 D552 D1112	D1134 D1136 D1131 D1142 D1123 D1152 D1130 D1128 D1141 D1132	D556 D453 D551	553 D504 D101 D1149 D554 D102 D1151 D103 D555 D1150	D501 D4 D505 D4 D2502	814 802 D817 D1125 D2501
TEST POINTS	TPE35 TPE37 TPE38 TPE40	TPE10 TPE34 TPE31 TPE36	TPE11 TPE52 TF TF	TPE29 PE50 PE12	TPE3 TPE14	TPE2 TPE1 TPE19

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CONDUCTOR VIEW E-BOARD TNP197026

IC1102	IC11	IC1101 04		iC	451			IC2	IC25 IC801 504	503				I	IC802 C101
Q1121 Q1122 Q506 Q505 Q504 Q551			Q1130 Q1123 Q1	129 () () ()	01135 01124 0452 01125 0451 0531		Q302 Q Q250 Q2505 Q502	1303 12507 1	Q804 Q2502 Q101 Q250 Q250 Q2503	8 6	Q806	Q805 Q807 Q304			C 0802	803 Q103
D1135 D552 D1112	D1134 D1131 D1123 D1130 D1141 D1132	D1136 D1142 D1152 D1128	D556 D453 D551	D553 D554 D1151	D504 D101 D1149 D102 D103 D555 D1150	D501 D505	D250	D814 D802 2	D817 D1125 D2501	D810 D1126	DE C DE	313 0818 303	D811 D823 D821 D822 D806 D824	D809 D1133 D1124 D506	D1	120
TPE35 TPE37 TPE38 TPE40	т т	TPE10 PE34 TPE31 PE36	TPE11 TPE52	TPE50 TPE12	TPE29		TPE3 TPE14	TPE TPE TPE	2 1 1 19	TPE41	TP	TPE4 E23	TPE1: TPE4:	3	TPE22 TPE39 TPE24 TPE25	TPE16 TPE17 TPE26 TPE6

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NOTES

1. RESISTC All Resis marked a Unit of r 1,000,000 O : Non △ : Soli ☑ : Wire
2. CAPACI^- All capa marked Unit of noted. X : Terr Cc M : Poly M : Met
3. COIL Unit of noted.

⊠ : Poly

4. TEST PC ♥ : Test I

5. EARTH S

Page 8

SCHEMATIC DIAGRAM FOR MODEL TC-1485 (Z-3 Chassis)

Important Safety Notice

Components identified by A mark have special characteristics important for safety. When replacing any of these components, use only manufacturer's specified parts.

NOTES

All Resistors are carbon 1/4W resistor, unless marked as follows: Unit of resistance is OHM (Ω) (K = 1 000 M =

1.000.000).
0 : Nonflammable ⊠ · Metal Oxide · Metal Film
∆ : Solid
☑ : Wire Wound .
Ň · Fuse

All capacitors are ceramic 50V capacitor, unless marked as follows: Unit of capacitance is µ F, unless otherwise

noted.

(X) : Temperature "#^™ · Electrolvtic Bipolar
Compensation M : Polvester
Metalized Polvester
3 COIL Unit of inductance is µ H, unless otherwise noted.
4. TEST POINT • : Test Point position.
5 EARTH SYMBOL 777 : Chassis Earth (Hot)
⊥ : Line Earth (Cold)

: Dipped Tantalum

(Z) : Z - Type

6. VOLTAGE MEASUREMENT
- Voltage is measured by a DC voltmeter. Conditions of the measurement are the following Power Source ..... 240 V AC, 50Hz Receiving Signal .........Colour Bar signal (RF) All the other customer's controls ......maximum
7. ------------------------------------
8. This schematic diagram is the latest at the time of printing and subject to change without notice.

REMARKS

1. Care must be taken when servicing this receiver, as it uses a HOT chassis. The circuit is defined by HOT and COLD indications in the schematic diagram. Take the following precautions. All circuits except the Audio. Video input circuits are HOT.

Precautions

a. Do not touch the hot part or the hot and cold parts at the same time as you are liable to a shock hazard.
b. Do not short-circuit the hot and cold circuits as electrical components may be damaged.
c. Do not connect an instrument, such as an oscilloscope, to the hot and cold circuits simultaneously, as this may cause fuse failure. Connect the earth of instruments to the earth connection of the circuit being measured.
d. Make sure to disconnect the power plug before removing the chassis.

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TC-1485

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Page 13

PARTS LOCATION

Page 14

REPLACEMENTS PARTS LIST

Important Safety Notice

Components identified by A mark have special characteristics important for safety. When replacing any of these components, use only manufacturer's specified parts.

					·
Ref No.	Part No. Description	Ref No.	Part No.	Description
MIC	OF LANFOUR COMPONENTS	R124	ERDS2TJ332	carbon	3k3n ± 5%	%W
10112	CELLANEOUS CONFONENTS	R202	ERDS2TJ332	carbon	3K3Ω ± 5% 56ko + 5%	%W
1)	TNQ8E0417 remote control	\| R205	A ERO14A1100P	fusable	100 ± 5%	WW.
2)	FA11D1201 battery cover	R251	FRDS2TJ101	carbon	100a ± 5%	wW
3)	A A34JRD30X01 C.R.I.	R253	ERDS2TJ472	carbon	4k7a ± 5%	WW/
4)	A TKY190700 cabinet (black)	R254	ERDS2TJ332	carbon	3k3n ± 5%	14W
51	A TKY180701 cabinet (white)	R255	ERDS2TJ471	carbon	4/00 ± 5%	≫4₩ %a\u/
6)	TBM173003 Panasonic badge (black)	R256	ERDS21J3R3	carbon	100 ± 5%	īV
6)	TBM173023 Panasonic badge (white)	H25/	A ERGICIFIOUS	carbon	3k3n ± 5%	14W
7)	TEK17918 lid switch	8301	ERDS2TJ152	carbon	1k50 ± 5%	₩W
8)		R302	ERDS2TJ272	carbon	2k7a ± 5%	%.W
191	TKP1810384 lid (black)	R304	ERDS2TJ152	carbon	1k50 ± 5%	%t₩ \|4\J
10)	TKP1810385 lid (white)	R307	ERD25TJ152	carbon	50ko	~
10	TBM17461 Q badge	R308	E9092T1154	carbon	150ka ± 5%	₩W
12)	TKP1810391 smoked panel	R310	FRDS2TJ103	carbon	10ka ± 5%	X4W
13)	TBL171404 set feet	8311	ERDS2TJ152	carbon	1k5a ± 5%	XW
14)	TRX1888300 nower button	R312	ERDS2TJ471	carbon	4700 ± 5%	%W %W
16)	A TNP197026 E P.C.B.	R313	ERDS2TJ471	carbon	220kg + 5%	wW
17) $801	ESB99267S power switch	R315	ERDS21J224	carbon	47kn ± 5%	WW.
18)	▲ TJB1722405 Ant terminal	R310	ERDS2TJ102	carbon	1ka ± 5%	WW.
19)	∆ ENV87812F2 tuner	R318	EVUE2AM30B5	4 control	50ka	143.1
20)	A TLE14752E transformer	R319	ERDS2TJ333	carbon	33kn ± 5%	жw
221	A TNP107308AA Y P.C.B.	R320	ERDS2TJ561	carbon	560 a ± 5%	%W
23)	A TKU526901 back cover	R321	ERDS2TJ561	carbon	5600 ± 5%	14W 141.1
24)	TSA113001 antenna	R322	ERDS21J333	carbon	4700 + 5%	WW
25)	TBM120622 back cover label	R324	ERUS2114/1 ERDS2T1561	carbon	560 n ± 5%	WW.
	TPC1814901BK outer carton (black)	B328	ERDS2TJ102	carbon	1kn ± 5%	%W
	TPC1814901WH outer carton (white)	R329	EVND4AA00B	2 control	500 nB
	TQB8E0387 instruction book	R330	ERDS2TJ393	carbon	39K0 ± 5%	74 W 1/4 W
	520-001 fuse holder	R331	ERDS21J183	carbon	4700 ± 5%	W.W
F801	A 195-3.15 3.15A TUSE	8351	FRGI SJI 23P	metal oxide	12ka ± 5%	1 V 🕴
DL 601	SDI145D delay line	R352	ERGI SJ123P	metal oxide	12ka ± 5%	1 V
X101	F1045A S.A.W. filter	R353	ERGI SJ123P	metal oxide	12ka ± 5%	1 W
X102	EFCS6ROMW3 filter	R354	ERDS2TJ121	carbon	1200 I 5%	%4₩ %4₩
X201	EFCS6ROMS4 6Mhz S.I.F. Filter	R355	ERUSZIJZ/I EROSZTIJZ/I	carbon	1200 ± 5%	WW.
X601	EVORIALIS switch	R350	ENDERADOR	22 control	300 oB
S801	ESB99267S switch	8357	EVN65AA008	32 control	300 nB
S1121	EVQQBH12T switch	R359	ERDS2TJ102	carbon	1ka ± 5%	¼₩
$1122	EVQQBH12T switch	R360	ERDS2TJ102	carbon	1ka ± 5%	14W
S1123	EVQQBH12G SWITCH	R361	ERDS2TJ102	carbon	1K0 ± 5%	24 W
51124	EVQ0BH12T switch	R362	EVN65AAUUB	33 control	3kg
S1127	EVQQBH12T switch	8365	FRDS1 TJ1 52	carbon	1k50 ± 5%	%W
S1128	EVQQBH12G switch	R366	ERDS1 TJ1 52	carbon	1k5a ± 5%	۸W
S1129	EVQQBH121 SWITCh	R367	ERDS1 TJ1 52	carbon	1k5Ω ± 5%	%W
51130	FVQ0BH12T switch	R369	EVN65AA008	33 control	1500 + 5%	×W
$1133	EVQQBH12T switch	8372	FRDS2TJ102	carbon	1kΩ ± 5%	wW
S1134	EVQQBH12G switch	R374	ERDS2TJ102	carbon	1ka ± 5%	×W
S1135	EVQ08H12T switch	R375	ERDS2TJ102	carbon	1kg ± 5%	24W
51137		R401	ERD25TJ563	carbon	50KΩ ± 5%	WW I
	RESIGTORS	R402	ERUS211103	carbon	1ka ± 5%	WW
	REGIO I ORO	R403	ERDS2TJ103	carbon	10ka ± 5%	×V
R101	EVND4AA00B14 control 10koB	R451	ERDS2TJ102	carbon	1ka ± 5%	14 W
R102	ERDS2TJ102 carbon 1kn ± 5% %	W R453	ERDS2TJ153	carbon	15ka ± 5%	%w/ ⊻
R103	ERDS2TJ472 carbon 4k7n ± 5% %	W R454	ERDS1 TJ1 02	carbon	1kΩ ± 5% 1ko + 5%	~~ %W
\| R104	ERDS2TJ472 carbon 4k/0 ± 5% %	W \| H455 W \| DAGA	FRDS1 T 1102	carbon	1kn ± 5%	×V I
H106	ERDS21J2/1 Carbon 2/00 ± 5% %	W 8457	ERDS2TJ151	carbon	150n ± 5%	%W
B108	ERDS2TJ222 carbon 2k2a ± 5%	W R458	ERDS2TJ471	carbon	470a ± 5%	%W
R109	ERDS2TJ333 carbon 33kg ± 5% %	W R459	ERDS2TJ393	carbon	39kn ± 5%	%4¥/ ⊮_\/
8110	ERDS2TJ103 carbon 10kn ± 5% *	W R461	ERDS1 TJ3R3	carbon	3.30 ± 5% 15ko + 5%	w.W
8111	ERDS2TJ471 carbon 4700 ± 5% %	W \| 1462 W \| 1462	ERU3211133	carbon	1kn ± 5%	жŴ
\| H112 \| B112	ENDSZIJJ941 CAEDON J90KG ± 5% %	W R464	EVND4AA00B	22 control	200 nB
R118	ERDS2TJ123 carbon 12kg ± 5% %	W R465	ERDS2TJ101	carbon	100a ± 5%	%W
RIIG	EBDS2T1123 carbon 12kg ± 5% %	W R466	ERDS2TJ183	carbon	18kΩ ± 5%	% ₩

Page 15

Ref No.	Part No.	Description				Ref No.	Part No.	Description	.
R467	ERDS2TJ1R8	carbon	1.80	± 5%	×W	R817	ERDS2TJ333	carbon	33ka ± 5%	WW.
R468	ERDS2TJ103	carbon	10kn	± 5%	×W	R818	ERDS2TJ104	carbon	100kn ± 5%	%W
R469	ERDS2TJ473	carbon	47k a	± 5%	×4.	R822	ERDS2TJ103	carbon	10kn ± 5%	14W
R470	ERDS2TJ684	carbon	680kn	± 5%	%4.₩/ 14.1./	R823	ERDS21J103	carbon	10kg ± 5%	14W
\| R4/1	ERDSZIJZZZ	carbon	2820	± 5%	74 W 14 W	R825	ERDS213562	carbon	5K00 ± 5%	%W %U/
R472	ERDS213333	carbon	4k70	± 5%	×V	B1112	FRDS2TJ223	carbon	22ko + 5%	%V
R474	ERD25TJ155T	carbon	1 M5 Ω	± 5%	WW.	R1114	ERDS2TJ103	carbon	10ka ± 5%	×W
R476	ERD25TJ152	carbon	1k50	± 5%	%W	R1115	ERDS2TJ101	carbon	100a ± 5%	%₩
R477	ERDS2TJ392	carbon	3k9n	± 5%	×4W	R1116	ERDS2TJ183	carbon	18kΩ ± 5%	WW.
R501	ERDS2TJ151	carbon	1500	± 5%	%W	R1117	ERDS2TJ473	carbon	47ka ± 5%	%W
\| R502	ERDS21J472	carbon	4K/0		24.W/ 14.1./	81118	ERDS21J473	carbon	4/K0 ± 5%	74 W 141.1
H503	ERDSZIJZZZ	carbon	10ko	1 J70 + 5%	%W		ERG2S 1561 P	metal oxide	5600 + 5%	24
8505	ERDS211103	carbon	4700	± 5%	WW	B1121	ERDS2TJ101	carbon	100n ± 5%	14W
8506	FRDS2TJ224	carbon	220k n	± 5%	WW.	B1124	ERDS2TJ183	carbon	18kn ± 5%	%√
R507	ERDS2TJ152	carbon	1k50	± 5%	×W	R1126	ERDS2TJ183	carbon	18ka ± 5%	%W
R509	EVND4AA00B14	control	10k nE	3		R1127	ERDS2TJ123	carbon	12kn ± 5%	%W
R511	ERDS2TJ394T	carbon	390k a	± 5%	%w	R1128	ERDS21J472	carbon	4K/Ω ± 5% 10ko ± 5%	74 W
R512	ERDS2TJ103	carbon	10k Ω	± 5%	94.W/ 143.J	H1130	ERDS213103	carbon	22ko + 5%	14W
\| R513	ERDS2 \| J103	carbon	1060	± 570 ∔ 54/	74.W 141.J	R1133	FRDS2T 1103	carbon	10ka ± 5%	₩W
0515	ERU5213103	carbon	6800	+ 5%	×.	B1134	ERDS2TJ223	carbon	22ka ± 5%	wW
8518	FRDS2T 1681	carbon	680 n	± 5%	¥.W	R1135	ERDS2TJ123	carbon	12ka ± 5%	%W
R519	ERDS2TJ333	carbon	33k n	± 5%	жW	R1136	ERDS2TJ123	carbon	12ka ± 5%	%W
R520	ERDS2TJ682	carbon	6k8n	± 5%	We	R1137	ERDS2TJ563	carbon	56kΩ ± 5%	%W
R521	ERDS2TJ472	carbon	4k7n	± 5%	% 4₩	R1138	ERDS2TJ563	carbon	ססגם בס% 10ג∧ + ⊆ע	%4₩ %/\./
\| R522	ERDS2TJ222	carbon	2K20	⊥ 3% + cov	74₩ 1,⊾\1	R1139	ERDO211103	carbon	12ko + 5%	жW
\| H523	ERDS21J103	carbon	10kg	- 570 + 594	~w %W	R1141	FRDS2TH53	carbon	15kg ± 5%	¥4W
R525	FRDS2T 1333	carbon	33k o	± 5%	14 WK	R1150	ERDS2TJ103	carbon	10ka ± 5%	14W
R526	ERDS2TJ103	carbon	10k n	± 5%	iew.	R1151	ERDS2TJ102	carbon	1ka ± 5%	×W
R527	ERDS2TJ223	carbon	22k a	± 5%	×W	R1152	ERDS2TJ102	carbon	1ka ± 5%	%W
R528	A ERQ14AJ180P	fusable	180	± 5%	X4W	R1153	ERDS2TJ102	carbon	1kn ± 5%	%4¥√
R529	ERDS2TJ822	carbon	8k20	± 5%6	%w/ 1.∪	R1154	ERDS2TJ102	carbon	1K0 ± 5%	24 W 16 W
R531	A ERQICJP102S	rusable	1 K Ω 3 k 0 o	± 576 ∔ 594	1.0	H1155	ERDSZIJIUZ	carbon	1kn + 5%	W.
H532	ERGI SJ392H	metal oxide	18k0	+ 5%	×Ψ	91157	ERDS2T 1102	carbon	1kg ± 5%	WW.
0524	ED0211103	carbon	334.0	+ 5%	141	81158	ERDS2TJ102	carbon	1ka ± 5%	₩W
8535	ERDS2T 1154	carbon	150kg	± 5%	4W	R1159	ERDS2TJ102	carbon	1kn ± 5%	*₩
R536	ERDS2TJ682	carbon	6k8n	± 5%	×W	R1160	ERDS2TJ102	carbon	1kn ± 5%	%a\w/
R537	ERDS2TJ684	carbon	680k n	± 5%	×₩	R1161	ERDS2TJ102	carbon	1k0 ± 5%	%4₩ 141.7
R538	ERDS2TJ334	carbon	330k n	± 5%	%a\w/	R1162	ERD251J472	carbon	4κ/Ω ± 5%	%W
\|R539	ERD25TJ125	carbon	1.2MΩ	± 5% + 5¥	745W 1411	R1165	ERDS2T1102	carbon	1kg ± 5%	14W
8540	ERDS21J082	carbon	1820	± 5%	ve w	R1166	ERDS2TJ681	carbon	680a ± 5%	%W
R552	ERDS2T.1273	carbon	27k 0	± 5%	жW	R1167	ERDS2TJ102	carbon	1ka ± 5%	/4 W
8553	A ERQ12HJ1R0P	fusable	1 Ω	± 5%	‰₩	R1168	ERDS2TJ822	carbon	8k2a ± 5%	%W
R554	A ERQICJP681S	fusable	680 n	± 1%	1 W	R1169	ERDS2TJ473	carbon	4/K0 ± 5% 20ka ± 5%	24 W
R557	ERDS2TJ153	carbon	15k Ω	± 5%	54W	R1170	ERDS21J223	carbon	22KΩ ± 376 22k0 ± 5%	14W
R558	ERDS2TJ274	carbon	2/060	± 5% + 5≪	%4₩/ 7₩/		ERU521J223	carbon	2k2a ± 5%	WW I
H559	EPDS2T1274	cachoo	270ko	± 5%	×V	R1173	FRDS2TJ822	carbon	8k2a ± 5%	WW
1000		turable	1.0	+ = 0/	w.L.	R1174	ERDS2TJ273	carbon	27ka ± 5%	14W
8561		rusable	1 80	± 376 + 5%	78 W 14 W	R1175	ERDS2TJ103	carbon	10ka ± 5%	×.
8563	ERDS2T 1101	carbon	1000	± 5%	w.W	R1176	ERDS2TJ103	carbon	10kg ± 5%	%4₩/
R564	ERDS2TJ474	carbon	470ka	± 5%	X	R1177	ERDS2TJ103	carbon	10kn ± 5%	14
R601	ERDS2TJ471	carbon	470a	± 5%	1/4 W	R1178	ERUSZIJIZ3	23 control	2k oB
R602	ERDS2TJ391	carbon	390 n	± 5%	%W		ERDS2T1473	carbon	47kn ± 5%	×W
R603	ERDS2TJ511T	carbon	5100	± 5%	%4 W		ERDS2TJ102	carbon	1ka ± 5%,	We.
R604	EVND4AAUUBI 3	control	4700	+ 5%	16 W	R1163	ERDS2TJ102	carbon	1ka ± 5%	% ₩
R608	ERDS2TJ822	carbon	8k2n	± 5%	×W	R1184	ERDS2TJ102	carbon	1K0 ± 5% 560k0 + 5%	%₩ %\
R609	ERDS2TJ392	carbon	3k9n	± 5%	×W	R1185	ERUSZI J564	carbon	560ko + 5%	×V
R610	ERDS2TJ332	carbon	3k3n	± 5%	%₩	R1100	EDDOCT LOOA	carbon	680ko + 5%	1/4 W
R611	ERDS2TJ331	carbon	330 n	± 5%	%4₩ 6.U	R118/	ERDS211084	carbon	18ka ± 5%	×W
8612	ERDS2TJ332	carbon	3630	± ⊃%) + ⊆o⁄	жw и.ш	R1602	ERDS2T.1274	carbon	270ka ± 5%	×W
R614	ERDS21332	carbon	330n	+ 5%	%W	R1603	EVND4 AA00B	15 control	50k n
R615	ERDS2T1331	carbon	330 n	± 5%	жW	R1604	ERDS2TJ4R7	carbon	4.70 ± 5%	14 W
R616	ERDS2TJ103	carbon	10k a	± 5%	WW	R1605	ERDS2TJ101	carbon	100n ± 5%	%W
R617	ERD25TJ225	carbon	2.2Ma	± 5%	×W	R1606	ERDS2TJ101	carbon	1000 ± 5% 9 200 ± 52	74.W 34.L/
R623	ERDS2TJ154	carbon	150k n	± 5%	%₩	H2501	ER0/51AJ82	carbon	330n + 5%	WV I
R624	ERDS2TJ272	carbon	2k7n	± 5%	%4₩/ µ.L./	R2502	ERDS2T1151	carbon	150a ± 5%	14W
R625	ERD251J335	carbon	3,3MΩ 475	± ⊃%) +1∩≪	*#W 5.U	R2505	ERDS2TJ471	carbon	470Ω ± 5%	×W
R802	6 ERDS1 T 1334	cachon	330ko	± 5%	×W	R2506	ERDS2TJ103	carbon	10ka ± 5%	∕a₩
R803	ERDS1 TJ681	carbon	6800	± 5%	×W	R2507	ERDS2TJ101	carbon	100a ± 5%	%₩
R804	ERDS1 TJ6R8T	caebon	6R8n	± 5%	×W	R2508	ERDS2TJ563	carbon	56KQ ± 5%	24W
R805	ERDS2TJ562	carbon	5k6a	± 5%	×W	R2509	ERDS2TJ152	carbon	ικοΩ Σο% 2⊭∧⊒	/4 W
R807	ERGI ANJ 560H	metal oxide	56n	± 5%	1.	H2510	EVND4AAU0B	23 CONTFOL Carbon	1000 + 5%	%W-
R808	ERG2ANJ153H	metal oxide	1580	± 5% + ⊊¢/	2W 5W	R2513	E8052T1392	carbon	3k9a ± 5%	×₩
R810	ERG571022	metal oxide	0K20 8k2n	- 576 + 594	5W	R2514	ERDS2TJ473	carbon	47ka ± 5%	×W
R811	ERDS2T.1221	carbon	2200	± 5%	×W	R2515	ERDS2TJ123	carbon	12ka ± 5%	WW \|
R812	ERDS2TJ102	carbon	1ka	± 5%	×V	R2516	ERDS2TJ101	carbon	100a ± 5%	%W
R813	ERD25TJ103	carbon	10ka	± 5%	×W	R2517	EVND4AA00B	53 control	5koB	141
R814	ERD25TJ103	carbon	10k a	± 5%	%₩ 1.1.1	R2518	ERDS2TJ562	carbon	3k90 ± 370	ω.
H815	ERDS21J392	carbon	3KAU	± >% + ≲≪	%w %⊾Li	R2519	ERDS2T1563	carbon	56ka ± 5%	×W
010	EUD9517552		CMCN	÷ 570	/9 W

Page 16

Ref No.	Part No. 🕠 🖡	Description			Ref No.	Part No.	Description
B2521	FRDS2TJ331	carbon	330n ± 5%	×W	C460	ECEAT HN010SB	electrolytic	1 µF	50v
R2522	ERDS2TJ103	carbon	10ka ± 5%	×W	C461	ECEA1 VU471E	electrolytic	470 µ⊦ 22 µF	350
R2523	ERDS2TJ101	carbon	100n ± 5%	%4₩ ₩17	C462	ECEAI CU330B	electrolytic	100 oF	500
R2524	ERDS2TJ272	carbon	2K/0 ± 5% 750 + 5%	×1	10502	ECEAT CU470B	electrolvtic	47 µF	16v
R2525	FRGLSU151P	metal oxide	150 a ± 5%	1 W	C503	ECEAT HU010B	electrolytic	1 µF	50 v
R2527	ERDS2TJ473	carbon	47ka ± 5%	×W	C504	ECOM1 H1 03KV3	plastic film	10 nF	50v
R2528	ERDS2TJ221	carbon	220a ± 5%	×₩	C506	ECQM1 H333KV3	plastic film	33 NF 1 7 HF	50V
R2529	ERDS2TJ473	carbon	4/kg ± 5% 1000 ± 5%	%\W \s\U	C508	ECERTH04R7 B ECKR1H391KB5	ceramic	390 pF	50v
H2530	ERDS21J101	carbon	100ko + 5%	%V	C509	ECEATHU010B	electrolytic	1 µF	50v
R2532	ERQI 2HKR33P	fusable	R330		C510	ECQM1 H562KV3	plastic film	5.6 nF	50v
R2533	ERDS2TJ333	carbon	33ka ± 5%	₩V	C511	ECQV1 H1 04 J Z 3			16v
R2534	ERDS2TJ103	carbon	10ko ± 5%	%.₩ %.₩	C512	FCOM1 H1 03KV3	plastic film	10 nF	50v
H2535	ERDS2TJ101	carbon	47kg ± 5%	W.	C515	ECEA1 JUI 00B	electrolytic	10 µF	50 v
R2537	ERDS2TJ683	carbon	68kn ± 5%	%₩	C516	ECKR1H102KB5	ceramic	1 nF	50 v
					C517	ECEAT CU470B ECKB2H101KB2	ceramic	47 µF 100 pF	500v
	CA	PACITORS			C519	ECEAT HUT 00B	electrolytic	10 µF	50 v
C1 5	ECEALHU4R78	electrolytic	4.7 µF	50 v	C520	ECEA1 CU470B	electrolytic	47 µF	16v
C16	ECEATHUR22B	electrolytic	0.22 µ⊦	500	C521	ECOMI H222KV3	plastic film	2.2 nF	50v
	ECENTHIOOR	electrolytic	10 uF	50v	0522	ECOMI HOOZKVS	plastic film	22 nF	50v
C24	ECEA50ZR47B	electrolytic	0.47 µF	50v	C524	ECCM1 H682KV3	plastic film	6.8 nF	50v
C1 01	ECKR1H103ZF5	ceramic	10 nF	50	C531	ECKW2H332KB8	ceramic	3.3 nF	500v
C1 02	ECKR1H103ZF5	ceramic	10 nF	50V	C532	ECKW2H332KB8	ceramic	3.3 nF	500V
C103	ECKH1H1032F5 ECOV1H224173	olastic film	220 nF	50v	0553	ECGF2H394J3A ECKR2H222KB2	ceramic	2.2 nF	500v
C104	ECQV1H104JZ3	plastic film	100 nF	50v	C554	ECEA2CS2R2E	electrolytic	2.2 µF	160v	£ ??
C106	ECEAI CU470B	electrolytic	47 µF	16v	C555	ECEA2ES100E	electrolytic	10 µF	250v
C110	ECKR1H103ZF5	ceramic	10 nF	50V 50V	C556	▲ ECKW3D222JBN	ceramic	2,2 01	2KV	•
	ECKALHIV32F5	electrolytic	33 µF	16v	C557	ECQVIHI04J23 ECVH12H6821S	plastic film	6.8 nF	500v
C113	ECKR1H103ZF5	ceramic	10 nF	50 v	C559	A ECKW3D122JBN	ceramic	1.2 nF	2kv
C114	ECQV1 H1 04 JZ3	plastic film	100 nF	50 V	C560	▲ ECKW3D271 JBN	ceramic	270 pF	2kv
C116	ECCR1H560JP5	ceramic	50 pr 22 nF	50V	C562	ECEATHUT00B	electrolytic	10 µF 470 oF	500
	ECCHI HZZUJES ECEALCU331 B	electrolytic	330 µF	16v	C564	ECRAZH47 I KBZ	electrolytic	10 µF	50v
C1 20	ECKR1 H561 KB5	ceramic	560 pF	50v	C601	ECKR1 H1 03ZF5	ceramic	10 nF	50v
C203	ECOMI H222KV3	plastic film	2.2 nF	50 1	C602	ECCR1H121J5	ceramic	120 pF	50v
C204	ECKR1 H1 03ZF5	ceramic oloctic film	10 AF	50v	C603	ECKR1H1032F5	ceramic		50V
1 C205	FCKR1H1037F5	ceramic	10 nF	50v	C605	ECKR1H103ZF5	ceramic	10 nF	50v	_
C207	ECCR1H680JP5	ceramic	68 pF	50v	C606	ECEAT HUR228	electrolytic	0.22 µF	50v
C208	ECKR1 H1 03ZF5	ceramic	10 nF	50V	C607	ECKR1 H1 03ZF5	ceramic	10 nF	50v
C209	ECCRI H030CC	ceramic	47 oF	50v	C609	ECEATHOUTUB ECKRTH1037ES	ceramic	10 nF	50v
C211	ECEATHUT00B	electrolytic	10 µF	50v	C611	ECKR1H103ZF5	ceramic	10 nF	50v
C251	ECEA1 CUI 01 B	electrolytic	100 µF	16v	C612	ECKR1 H331 KB5	ceramic	330 pF	50v
C252	ECEATHN010SB	electrolytic	1 µF	50V 35v	C613	ECKR1H331KB5	ceramic	330 pF	50 V
C253	ECEAT VU4R7 B	olastic film	1.8 nF	50v	C614	ECKRIH331KB5	ceramic	330 рг 10 лF	50v
C254	ECEAI CU330B	electrolytic	33 µF	16v	C617	ECKR1H103ZF5	ceramic	10 nF	50v
C256	ECEA1 HUR22B	electrolytic	0.22 µF	50 v	C618	ECKR1 H1 02KB5	ceramic	1 n F	50v
C257	ECEAT VU471E	electrolytic	470 μF 150 οF	50v	C619	ECKR1 H1 02KB5	ceramic plastic film	1 OF	200
C258	ECENTRI 54JZ3	electrolytic	1000 µF	25v	6802	ECQU2A473MNB	plastic film	47 nF	200v
C302	ECEAI CNI 00SB	electrolytic	10 µF	16v	C803	ECKW2H472PU8	ceramic	4.7 nF	500v
C304	ECEAI CN220SB	electrolytic	22 µF	16V	C804	ECKW2H472PU8	ceramic	4.7 nF	500v
C306	ECEATHU4R78	electrolytic	4.7 pr 82 nF	50v	C805	ECKW2H472PU8	ceramic	4./ nF	500V
C307	ECKR1H103ZE5	ceramic	10 nF	50 v	6807	ECES2GI101G	electrolytic	100 uF	400v
C309	ECKR1 H221 KB5	ceramic	220 pF	50v	C809	ECQV1H184JZ3	plastic film	180 nF	50 v
C310	ECKR1H331KB5	ceramic	330 pF	50V 50V	C810	▲ ECKW3D1 52KBN	ceramic	1.5 nF	2kv
C311	ECEATHINDIUSB	electrolytic	10 µF	50v	C811		ceramic	1.5 BF	2KV 50V
0312	ECKR1H221KB5	ceramic	220 pF	50v	C812	FCFA1 60V33WE	electrolytic	33 µF	16v
C314	ECKR1H103ZF5	ceramic	10 nF	50 0	C816	ECKR2H561 KB2	ceramic	560 pF	500v
C351	ECKR1H471KB5	ceramic	470 pr 560 oF	50v	C817	ECEALEU471E	electrolytic	470 µF	25V 50V
C352	ECKRIHSOLKBS	ceramic	680 pF	50v	C818	ECEATHUTUUB ECKB1H1037E5	ceramic	10 pr	50v
C355	A ECKW3D1 52KBN	l ceramic	1.5 nF	2kv	C820	ECEATEUTOTB	electrolytic	100 µF	25v
C356	ECKR2H151KB2	ceramic	150 pF	5000	C821	ECKR1H103ZF5	ceramic	10 nF	50v
C358	ECEATHU220B	electrolytic	22 µr 1 µF	250v	C822	ECKR1 H1 02K85	ceramic	1 nF	50 v
C359 C360	ECEALCU331B	electrolytic	330 µF	16v	C823	ECOM1H332KV3	plastic film	3,3 NF 68 oF	50V 50V
C372	ECKR1 H331 KB5	ceramic	330 pF	50v	C1113	ECCR1H151J5	ceramic	150 pF	50 v
C373	ECCR1H470J5	ceramic	47 pF	50V	C1114	ECCR1H101J5	ceramic	100 pF	50v
C401	ECOMINI 53KV3	alectrolytic	1 uF	50v	C1117	ECEATHUT00B	electrolytic.	10 µF	50v
C402	ECEATHOUTUSE	electrolvtic	1 µF	50 v		ECKR1 H1 03ZF5	ceramic ceramic	270 05	50V 50V
C404	ECEATHU4R7B	electrolytic	4.7 µF	50v		FCKR1H1037F5	ceramic	10 nF	50v
C451	ECKR2H821 KB2	2 ceramic	820 pF	5000	C1123	ECEAT HUT 00B	electrolytic	10 µF	50 v	·
C452	ECOVEHED/ 179	plastic film	100 nF	50v	C1124	ECKR1H271KB5	ceramic	270 pF	50y
C455	ECEAT VUI 01 B	electrolytic	100 µF	35v	C1125	ECCR1H101J5	ceramic	100 pF	50v 50v
C455	ECOMI H223KV	3 plastic film	22 nF	50v	C1126	ECKR1H121KR5	ceramic	120 pF	50 v
C457	ECEAT VUI 02E	electrolytic	1000 µF 4 7 µF	35V 50v	C1128	ECKR1 H1 81 KB5	ceramic	180 pF	50v
C458	ECEASUZ4R/B ECOM1104MZV	plastic film	100 nF		C1 1 30	ECEA1 CU330B	electrolytic	33 µF	167
					-

Page 17

Ref No	. Part No.	Description		Ref No.	Part No.	Description
C1131 C1132 C1133 C1134 C1135 C1136 C1137 C1138 C1139 C1140 C1144 C1145 C1145 C1147 C1148 C1151 C1152 C1153 C1154 C1155 C1156 C1157 C1158 C1157 C1158 C1159 C1160 C1161 C1602 C1603 C1604 C1605 C1606 C2501 C2503 C2507 C2509 C2512 C2513 C2514 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2518 C2517 C2517 C2517 C2517 C2517 C2517 C2517 C2517 C2517 C2517 C2517 C2517 C2517 C2517 C2517	ECE A1 HU2R2B ECCR1 H1 01 J5 ECE A1 HU2R2B ECE A1 HU2R2B ECE A1 HU2R2B ECE A1 HU2R2B ECE A1 HU2R2B ECE A50ZR37B ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H471KB ECKR1 H	electrolytic 2.2 ceramic 100 electrolytic 2.2 electrolytic 2.2 electrolytic 2.2 ceramic 150 electrolytic 0.33 electrolytic 0.47 ceramic 470 ceramic 470 electrolytic 10 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 ceramic 470 selectrolytic 1 electrolytic 1 electrolytic 20 electrolytic 20 electrolytic 20 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10 electrolytic 10	µF 50v	D372 D373 D451 D453 D501 D505 D505 D505 D505 D552 D553 D554 D802 D803 D804 D803 D804 D805 D806 D807 D809 D810 D811 D811 D811 D813 D814 D813 D814 D817 D818 D821 D822 D823 D824 D1111 D8122 D823 D824 D1125 D1126 D1128 D1124 D1125 D1126 D1128 D1130 D1131 D1131 D1131 D1131 D1151 D151 D151	WA1 65 TA5 WA4047 TA ERA15-02V3 WA4270TA WA4360TA WA171 TA5 WA165TA5 ERA22-04V3 WA165TA5 ERA22-04V3 232266298009 EU02V0 WA4300MTA MA4056MTA MA165TA5 WA4030MTA MA165TA5 WA4030TA MA165TA5 WA165TA5	diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode
L107 L108 L109 L201 L201 L203 L204 L301 L502 L601 L602 L603 L801 L802 L803 L806 T531 T551 T801	TL 110 104991 R TL T1 00K166C TL T470K991 R TL T220K991 R TL T047L991 R EIS7ES7108 TL T390K991 R TL T542K991 K TL T542K991 K TL T542K991 K TL T542K991 K TL T542K991 K TL T542K991 K TL T542K991 K TL T542K91 K TL T5458E ▲ TLF14752F ETS29K14A	coil peaking coil coil coil sound IF transformer coil coil coil coil coil line filter bead choke bead choke bead choke bead choke bead choke		D2501 D2502 Q101 Q103 Q302 Q303 Q304 Q351 Q352 Q353 Q355 Q358 Q372 Q373 Q374 Q451 Q451 Q452 Q502 Q504 Q505	MA4082MTA EU02V0 TR 2SA564ATA UN4211TA 2SA564ATA 2SC2636T 2SC2636T 2SC1473A 2SC1473A 2SC1473A 2SC1473A 2SC1473A 2SC1473A 2SC1473A 2SC1473A 2SA564ATA 2SA564ATA 2SA564ATA 2SA564ATA 2SA564ATA 2SA564ATA 2SA564ATA 2SA564ATA 2SA564ATA 2SA564ATA	diode diode diode P.N.P. transis transistor P.N.P. transis transistor transistor N.P.N. transis N.P.N. transis N.P.N. transis P.N.P. transis P.N.P. transis P.N.P. transis P.N.P. transis P.N.P. transis P.N.P. transis P.N.P. transis P.N.P. transis N.P. transis N.P. transis N.P. transis N.P. transis N.P. transis N.P. transis N.P. transis N.P. transis N.P. transis N.P. transis N.P. transis	S stor stor stor stor stor stor stor stor
D1 01 D1 02 D1 03 D301 D302 D303 D304 D306 D307 D308 D351 D352 D353 D354	WA1 65 TA5 WA1 65 TA5 WA1 65 TA5 WA1 65 TA5 WA1 65 TA5 WA1 65 TA5 WA1 66 TA5 WA41 20 TA WA41 20 TA WA41 20 TA WA41 20 TA WA41 65 TA5 WA1 65 TA5 WA1 65 TA5 WA1 65 TA5	DIODES diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode diode		Q506 Q531 Q551 Q802 Q803 Q804 Q805 Q806 Q807 Q1121 Q1122 Q1123 Q1125 Q1129 Q1135	25316631A 25316431A 2501573AH 2501439RL UNI215 UNI111 2501317TA 2501573AH 2501685TA 2501685TA UNI211 UNI211 2501685TA 2501685TA 2501685TA	P.N.P. transis N.P.N. transis N.P.N. transis transistor transistor N.P.N. transis N.P.N. transis N.P.N. transis transistor transistor N.P.N. transis transistor transistor transistor transistor transistor transistor	tor tor tor tor tor tor tor tor tor

Page 18

Part No.	Description
2SC1 685TA	N.P.N. transistor
2501685TA	N.P.N. transistor
2SC1 685TA	N.P.N. transistor
2SC1685TA	N.P.N. transistor
2SC1685TA	N.P.N. transistor
2SC1685TA	N.P.N. transistor
2SC1685TA	N.P.N. transistor
2SC1 685 TA	N.P.N. transistor
	l.C's
M51407SP	I.C.
MN151421118 MN1220 T
AN5025K	I.C.
TLP751 VIDLF2	transformer
TLP731 AUDLF2	transformer
AN5265	audio I.C.
AN5521	vertical output I.C.
SIR50103A-M	1.C.

	Part No. 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC1685TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2SC185TA 2

8802017000BL2

PANASONIC TC1480, TC1480EU, TC1485, TC1485T, TC1785 Service manual & schematics

Specifications

IMPORTANT

CONTENTS

SAFETY PRECAUTIONS

GENERAL GUIDE LINES

LEAKAGE CURRENT COLD CHECK

LEAKAGE CURRENT HOT CHECK (See Fig. 1)

X-RADIATION

WARNING:

SHUT DOWN CIRCUIT TEST This test must be made as a final check before the

SERVICE HINTS Removal of E-Board

Note:

ADJUSTMENTS

SCHEMATIC DIAGRAM FOR MODEL TC-1485 (Z-3 Chassis)

__ Important Safety Notice __

NOTES

REMARKS

Precautions

REPLACEMENTS PARTS LIST

Important Safety Notice

Important Safety Notice