manual: ct1110b sm panasonic en

ORDER NO. KME8112002-C5

Service Manual Color Television Monitor

CT-1110B Chassis

No. NMX-K8A

Main Manual

The service technician is required to read and follow the “Safety Precautions” and ‘‘Important Safety Notice’’ in

this service manual.

Specifications

Power Input:

Power Consumption:

Antenna Impedance:

Receiving Channels:

Intermediate

Frequency:

Semiconductors:

Integrated Circuits:

Anode Voltage:

Sound Output:

Speaker:

Q Tl-Lock:

Panasonic.

120 volts, 60 Hz, AC

49 watts average 1.0 ampere max.

UHF 300 2 Balanced

VHF 300 22 Balanced

75 Q Coaxial

2 — 13 (VHF), 14 — 83 (UHF)

Video |-F carrier 45.75 MHz

Sound I-F carrier’ 41.25 MHz

Color sub carrier 42.17 MHz

17 transistors

35 diodes

1 posistor

5

24 kV +1kvV (Zero Beam Current) 1.0 watt (10 % Distortion)

3 inches Round Type,

Dynamic Voice Coil 16 2

One button adjustment for Tint and

Color

Automatic Circuit: | Automatic Fine Tuning

Peak Value AGC

Automatic Voltage Regulator

Automatic Beam Limiter

Automatic Frequency and

Phase Control

Automatic Horizontal

Frequency Control

Automatic Degaussing

Automatic Noise Caneller

Automatic Color Control

Picture Tube: 290KB22 52 square inches

10 inches measured diagonally’

90° deflection Quintrix I, In-Line Dimensions: Height: 12-% inches (325 mm)

Width: —11-% inches (290 mm)

Depth: §13-% inches (328 mm}

Weight: 18-% Ibs. (8.3 kg)

Weight and dimensions shown are approximate.

Panasonic Company Panasonic Hawaii Inc. Panasonic Sales Company, Division of Matsushita Electric 91-238 Kauhi St. Ewa Beach Division of Matsushita Electric Corporation of America P.O. Box 774 of Puerto Rico, inc. One Panasonic Way, Secaucus, Honolulu, Hawaii 96808-0774 Ave, 65 De infanteria, KM 9.7 New Jersey 07094 Victoria Industrial Park

Specifications are subject to change without notice.

Carolina, Puerto Rico 00630

CT-1110B

CONTENTS SAFETY PRECAUTIONS. ............-25

DISASSEMBLY INSTRUCTIONS .......... FIELD ADJUSTMENT. .............000- GENERAL ALIGNMENT...............- CIRCUIT EXPLANATION......... Ph brat tes

CONDUCTOR VIEWS.............-005: SCHEMATIC DIAGRAM.............--- EXPLODED VIEWS ......... Lindi Grats REPLACEMENT PARTS LIST ............

THIS MODEL COMPLIES WITH DHHS RULES 21 CFR SUBCHAPTER J APPLICABLE AT DATE OF MANUFACTURE.

on the schematic diagram and on the replacement parts list.

replaced with .manufacturer’s specified parts to prevent X-RADIATION, shock, fire, or other hazards. Do not

ABBREVIATIONS USED IN THIS MANUAL

ABL Automatic Beam Limiter

ACC Automatic Color Control

AGC Automatic Gain Control

AFT Automatic Fine Tuning

APF Active Power Filter

APC Automatic Phase Control

AVR Automatic Voltage Regulator

SAFETY PRECAUTIONS GENERAL GUIDELINES 1. It is advisable to: insert an isolation transformer in the

power line and 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.

. Before turning the receiver on, measure the resistance

between B+ line and chassis.ground. Connect © side of

an ohmmeter to the B+ lines, and @ side to chassis

gound: © Each. line should have more resistance than

spedified, as follows:

modify the original design without permission of Matsushita Electric.

eee

4 IMPORTANT SAFETY NOTICE @2222 53a" 7

There are special components used in Panasonic TV sets which are important for safety. These parts are shaded ‘|

Le It is essential that these critical parts should be es

See

Sree cone See eee

CRT Cathode Ray Tube

DY Deflection Yoke

FBT Flyback Transformer

OTL Output Transformerless

SEPP — Single-Ended Push-Pull Circuit

VIR Vertical Interval Reference

ADDP Automatic Deep Discharge Protection

Minimum Resistance :

A5KQ.

5.6kQ

5002

4002

. When the. TV set is not to be used for a long period of

time, unplug the power cord from the AC outlet. .

. Potentials, as high as 24.0 kV are present when. this

receiver is in operation.. Operation of the receiver with-

out 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.

. After servicing make the following leakage current

checks to prevent the customer from being exposed: to

shock hazards. oe

LEAKAGE CURRENT COLD CHECK

1. Unpiug 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, bet-

ween the jumpered AC plug and each exposed metallic

cabinet part on the receiver, such as screwheads, anten-

nas, control shafts, handle bracket, etc. When the

exposed metallic part has a return path to the chassis,

the reading should be between 240 kQ and 5.2 MQ.

When the exposed metal does not have a return path to

the chassis, the reading must be oo.

LEAKAGE CURRENT HOT CHECK (See figure 1.)

1. Plug the AC cord directly into the AC outlet. Do not

use an isolation transformer for this check.

2. Connect a 1.5 kQ, 10 watts resistor, in parallel with a

0.15 uF capacitor, between each exposed ..metallic part

on the set and a good earth ground such as a water pipe,

as shown in figure 1.

3. Use an AC voltmeter, with 1000 ohms/volt or more

sensitivity, to measure the potential across the resistor.

4. Check each exposed metallic part, and measure the

voltage at each point.

5. Reverse the AC plug in the AC outlet and repeat each of

the above measurements.

6. The potential at any point should not exceed 0.75 volts

RMS. A leakage current tester (Simpson Model 229 or

equivalent) may be used to make the hot checks, leakage

current must not’ exceed 1/2 milliamp.

urement is outside of the limits specified, there is a

In case a meas-

possibility of a shock hazard, and the receiver should be

repaired and rechecked before it is returned to the

customer.

Hot-Check Circuit

AC VOLTMETER

TO INSTRUMENT’S EXPOSED METAL PARTS

GOOD TH GROUND

15000, 10W Oe

Figure 1

X-RADIATION

WARNING: 1. The potential source of X-Radiation in TV

sets is the High Voltage section and the

picture tube.

CT-1110B

2. When using a. picture tube. test jig for

service, make sure that the jig is capable of

handling 25.0 kV without causing X-Radia-

tion.

NOTE: It is important to use an accurate, periodically

calibrated high voltage meter.

1. Turn the Brightness control fully counterclockwise.

2. Set the SERVICE switch to SERVICE.

3. Measure the High Voltage. The upper meter (Electro-

static type) reading should indicate 24 kV, +1.0 kV,

—1.0 kV. If the upper meter indication is out of toler-

ance, immediate service and correction is required to

prevent the possibility of premature component failure.

4. To prevent an X-Radiation possibility, it is essential to

use the specified picture tube.

5. To prevent exposure to X-Radiation, the picture tube

shield must be kept in place with power applied to the

set.

HORIZONTAL OSC. DISABLE CIRCUIT TEST

SERVICE WARNING: This test must be made as a final

check before set is returned to customer.

1. With rear cover removed, supply nominal 120V AC to

set and turn on power switch.

2. Adjust customer controls to normal position.

3. Short the collector and the emitter of Q801 with a

jumper wire. Confirm that the picture tube screen

blacks out (horizontal oscillation stops).

4. If this does not occur, Horizontal OSC. Disable Circuit

is not operating.

Follow the Horizontal Oscillator Disable Circuit Repair

Procedures before the set is returned to customer.

HORIZONTAL OSC. DISABLE CIRCUIT REPAIR

PROCEDURE

1) Connect a DC voltmeter between the cathode of D510

and chassis ground of the main circuit board. If nearly

21V jis not present on the cathode, find the cause.

Check R515, D510 and C531.

2) Connect a DC voltmeter between the cathode of D504°

and chassis ground of the main circuit board. If nearly

11.0V is not present on the cathode, find the cause.

Check R535, R536 and D504.

3) Repeat step 2) procedure. If nearly 11.0V is present on

the cathode, check 1C401, R519, C515 and D503.

4) Carefully check above specified parts, and related

circuits and parts. When the circuit is repaired, try the

horizontal oscillator disable circuit test again.

CT-1110B

C. WITH TEST EQUIPMENT

When measuring voltage with a VT VM, be sure to use the

test points located on the conductor side of the circuit

boards.

B+ VOLTAGE (+130V) ADJUSTMENT

1. Connect a voltmeter between TP91 and chassis ground.

2. Adjust R808 for 130V + 1.5V.

HIGH VOLTAGE ADJUSTMENT

1. Adjust color temperature. (See page 7.)

2. Adjust Screen (R365), ABL (R310), Bright (R308) and

Panabrite (R307) controls to zero beam.

3. Using a calibrated high voltage meter (electrostatic

type), confirm that High Voltage is within a range of

+24.0 kV + 1.0 kV.

NOTE: Be certain that B+ is +130V + 1.5V with beam

current at zero during the High Voltage Adjust-

ment.

4. lf the high voltage is out of tolerance, adjust R808

until the high voltage becomes within tolerance with-

out getting B+ voltage to be out of tolerance.

COLOR PURITY ADJUSTMENT

(See figures 4, 6 and 7)

1. Operate the receiver for 20 min. with Bright control at

maximum to warm up the CRT.

2. Degauss the receiver fully by using an external degaus-

sing coil.

3. Roughly adjust convergence. (See page 7.)

4, Receive a black and white signal.

5. Turn red-and blue Cut Off controls fully counterclock-

wise to obtain a green field. Adjust Drive controls if

green field is not obtained.

6. Loosen the deflection yoke clamp screw and move the

deflection yoke as close to the purity magnet as

possible.

7. Loosen purity magnet clamper (See figure 7) and

adjust the purity magnet to set the vertical green raster

precisely at the center of the screen (See figure 4).

Then tighten the clamper.

8. Slowly move the deflection yoke forward and adjust

for the best overall green screen.

9. Tighten the deflection yoke clamp screw,

. Produce the blue and red raster by Cut Off controls

and observe that good purity is obtained on the

respective field.

11. Observe that a uniform: white raster is obtained by

adjusting R, B, Cut Off controls.

uniformly white, repeat above procedure.

If screen is not

NOTE: Purity correction magnet may be effective to

contro! purity slightly.

Red Raster Green Raster Raster Horizontal Line

Figure 4 Figure 5

17.2+ 0.5mm

Position of Convergence, Yoke

CRT Pin Base

End of CY

Figure 6

(RB)-G Static " Convergence Magnet

Clamp for Convergen & Purity Magnet

sseenecontrol (R365)

RS53 : Cut Off ~ Drive Control - eqhiR3 5s Control

old (R401)

Service Switch(GWaOdie RF AGC (R100 —— Sharpness Control (R318):

=i OCUS Control

jee . Hold (R508)

V. Height (R408)

Figure 8

COLOR TEMPERATURE ADJUSTMENT

(See figures 5 and 8)

1. Tune in a black and white program.

2. Turn Color control fully counterclockwise and QII-

Lock Switch to the OFF position.

3. Set Bright and Panabrite controls to minimum position.

4. Set Service Switch to SERVICE position.

5. Turn the two Cut Off controls (R, B on C-Board) fully

counterclockwise.

6. Turn the Screen control (R365) fully counterclockwise.

7. Connect VTVM between TP47G on C-Board and

chassis ground.

8. Adjust ABL control (R310) and Bright control to

obtain a VTVM reading of 120V + 1V.

9. Slowly turn the Screen control clockwise until the

slight green horizontal line appears on the picture tube.

10. Make the horizontal line white by turning the two Cut

Off controls which were previously set fully counter-

_ clockwise at step (5).

11. Return the SERVICE switch to NORMAL position.

12. Alternately adjust the Red and Blue Drive controls to

produce a normal black and white picture. Check the

black and white picture detail for proper black and

white rendition (no ‘coloration) from lowlights .to

highlights and at all brightness levels for proper track-

ing. Proper tracking at all brightness levels can be

obtained when the Screen control, Cut Off controls,

and Drive controls are properly adjusted. !f the results

are unsatisfactory, repeat all the above steps.

CONVERGENCE ADJUSTMENT

NOTE: Before adjusting convergence, vertical height, line-

arity and focus adjustments must be completed.

1. Connect a dot pattern generator to the set.

2. The brightness level should be no higher. than necessary

to obtain a clear pattern.

3. Loosen the convergence magnet clamp and converge the

red and blue dots at the center of the screen, by rotating

the R-B Static Convergence Magnet. (See figure 7)

4. Align the converged red/olue dots with the green dots at

the center of the screen, by rotating the (RB)-G Static

Convergence Magnet. (See figure 7)

5. Tighten the convergence magnet clamp.

6. Remove the DY wedges (See figure 7) and slightly tilt

(do not rotate) the deflection yoke horizontally and

vertically to obtain good overall convergence.

7. Secure the deflection yoke by reinserting the wedges.

(See figure 9) .

8. If purity error is found, repeat the putity adjustments.

—B« DY. Wedge

0~30°

Figure 9

- NOTE:

1. Wedge A shown in figure 9 should be fixed within a

range of.0° ~ 30° to the left of the vertical line as shown.

2. After inserting wedge A, insert wedges B and C. The

wedges should be set 120° apart from each other.

3. Be cartain that the three wedges are firmly fixed and the

Deflection Yoke is tightly clamped in place. Otherwise

the Deflection Yoke may shift its position and cause a

loss of convergence and purity.

ABL CONTROL ADJUSTMENT

This is factory aligned. Usually no further alignment is

required in the field. However, when the A-Board, C-Board

or CRT is replaced, the following alignment is necessary:

1. Cennect a jumper lead between TP14 and GND.

2. Tune in a better air signal.

3. Turn Bright (R308) and Panabrite (R307) controls

fully clockwise.

4. Connect the DC voltmeter between TP85 and TP86

(positive lead of the voltmeter to TP85 and negative lead

to TP86).

5. Adjust the ABL control (R310). to obtain a voltmeter

‘reading of approximately 12.5V to obtain proper picture

brightness.

| CT-11108 |

i

| CT-1110B | OS

GENERAL ALIGNMENT

VIDEO I-F ALIGNMENT Preparation

1. Set. up sweep and marker generator, oscilloscope,.and 3. Set up AGC Bias control (5kQ) as shown in. figure 10.

power supply as shown in figure 10. 4. Connect R-jumper (100Q) in parallel with R110.

2. Rotate the. VHF channel.selector- knob and set the

channel at high position.

IF AGC BIAS CONTROL

(5kQ) CO-3A © O———*WA———-0 €0-7A

t (Chassis Ground)

TP14

R JUMPER (100) ON Parallel with R110

Oscilloscope VIF Sweep & Generator

From Receiver

A-Board (TNP62878)

1C601.

g @ TP45

CO-7A ~ TP14 TP12

VHF.TUNER

Figure 10

Alignment-Procedure. ort ; 44.0 . MHz

1. Set the sweep generator output level to 100mVp-p.

2. Adjust the bias voltage at TP14 for maximum signal gain.

Then: increase: the bias. voltage to decrease the detector

output voltage at TP12 until it becomes. 1.0Vp-p on

oscilloscope.

3. Adjust tuner converter coil to achieve a waveform as

that of figure 11, with maximum amplitude at 44 MHz. 30+ 10% 30+ 10%

4. Make sure that there is no spurious oscillation by varying

sweep output by + 15 dB adjusting IF AGC bias control.

Figure 11

45.75 MHz TUNING TRANSFORMER ALIGNMENT

Preparation

+. Set up sweep and marker generator, oscilloscope and

power supply as shown in figure 12.

2. Set up AGC Bias control (5kQ) as shown in figure 12.

Oscilloscope

A-Board (TNP62878)

{C601

i @TP45

pc 11V Power Source

Figure 12

Alignment Procedure

1. Set the sweep output level to 100mVp-p.

2. Adjust the IF-AGC Bias contro! (5kQ) to achieve a

Detector output voltage of 200mVp-p on oscilloscope.

. Adjust 1101 for maximum wave amplitude at 45.75

MHz. (See figure 13)

| CT-1110B

IF AGC BIAS CONTROL

CO3A @©0-———-* Ww © COVA

(5kQ) !

TP14

VIF Sweep & Trap Generator

From Receiver

DC 8.0V Power Source

45.75

Figure 13

T-1110B

AUTOMATIC FINE TUNING (AFT) ALIGNMENT

Preparation

1. Set up 45.75 MHz signal. generator, power supply and

voltmeter as shown in figure 14.

2. Rotate the channel selector knob and set the channel

at VHF high position.

IF AGC BIAS CONTROL

co-3A © 0o————-"VWW €0-7A (5k) I

P14

A-Board (TNP62878)

DC 11V Power Source

1C601

iv

Volt Meter

U @ TP45

3. Set up IF-AGC Bias control (5kQ) as shown in figure 14,

and adjust it to approximately 6.5V.

45.75MHz Signal. Generator

VHF TUNER

Figure 14

Alignment Procedure

1. Set signal generator frequency at 45.75 MHz and output

level to 100mVp-p.

. Adjust T151 to obtain 6.5V + 1.0V at CO-3A@.

. Vary signal generagor frequency 100 kHz higher and

lower (45.65 MHz — 45.85 MHz) and confirm that the

voltage at CO-3A @ varies more than 2V.

NOTE: This alignment is factory set and should require no

adjustment. If adjustment should become necessary,

use an accurate frequency counter to monitor the

RE generator frequency.

, Se eee ea - | CT-1110B

SOUND I-F ALIGNMENT

Preparation

1. Set up sweep and: marker generator, power supply and

oscilloscope as shown in figure 15.

Oscilloscope Sweep & Marker Generator

A-Board (TNP62878)

i 1C601

e TP45

CO-7A e@ TP14

e @TP12

TP1I5¢ TP21 0.01uF

DC11V Power Source Ls) aid teh © @ CO-3A TP22

Support Pin ab of R206 Soe.

Alignment Procedure _ —90kHz

1. Set sweep generator output level to 3mVr.m.s. and : : 4.5MHz Trap

adjust T201 to achieve waveform as shown in figure 16. Ove aL,

2. Confirm that waveform line between +90 kHz and —90

kHz point is straight and shows more than 2.0Vp-p in

amplitude. — a

(There should be no distortion in the range of + 100 +90kHz_

kHz.) - Figure 16

4.5 MHz TRAP ALIGNMENT —

Preparation ; bi Pele cH toe,

1. Connect Oscilloscope between: TP12.and chassis ground. a higher frequency so that a waveform should:be obtain-

2. Tune in a rainbow color bar signal. ed as shown in figure 17. .

; 2. Set T102 to minimize the amplitude of 4.5 MHz beat.

Alignment Procedure , 3. Rotate the fine tuning knob back and again tune in a

1, Rotate the fine tuning knob to shift the local Osc. to rainbow color bar signal.

4.5MHz Beat

« Adjusting T102 eectnentonmaccmmen

* Figure 17

lcT-1110B |

APC ALIGNMENT Alignment Procedure

Preparation 1. Tune in a rainbow color bar signal.

1. Connect the R-jumper (100k92) between TP45 and 2.. Measure the voltage of terminal (3 of 1C601.

terminal 42 of |C601 as shown in figure 18. 3. Then tune in a black and white signal.

2. Connect the digital multi-meter between (3) of 1C601 4. Adjust the APC Control (R612) so that the reading of

and chassis ground. the multi-meter becomes equal to the voltage measured

by step 2.

R JUMPER (100k 9) 1C601 (2) o—————*Y~\y"—_© TP45 A-Board (TNP62878)

TP45

APC Control

(R612)

eTP21

Figure 18

SUB-COLOR & COLOR PHASE ALIGNMENT

Preparation

1. Connect oscilloscope between TP46B on A-Board and

chassis ground.

2. Tune in a rainbow color bar signal.

Alignment Procedure

1. Sub-Tint Alignment 5. Confirm that the color phase does not change with

1. Set Sub-Color and Sub-Tint controls approximately Q Ii-Lock ON and OFF. If it changes, repeat steps 3

in the mid-position. and 4.

2. Set Color and Tint controls approximately in the 2. Sub-Color Alignment

mid-position. 1. With the condition of Sub-Tint aligned and OQ I1!-Lock

3. Adjust Tint control to the point where the color Switch ON, set Color control at maximum position.

phase does not change with Q i|-Lock Switch ON and 2. Align Sub-Color control to achieve the wave voltage

OFF, ‘ 1.4V as shown in figure 19..

4. Adjust Sub-Tint control to achieve the waveform as

shown in figure 19.

Coior level

(6th height is 1.4V)

Tint level

5th and 7 th are same height

Figure 19

= 72

CIRCUIT EXPLANATION

HORIZONTAL OSC. DISABLE CIRCUIT (See figure 20)

1. Under normal operation conditions, zener diode (D504) 3. The conduction of D504 increases the voltage at pin ©

is Cut Off due to its low cathode voltage. of C401. This causes the Horizontal Oscillator Circuit

2. When the amplitude of the pulse applied to diode D510 to stop and reduces the high voltage to zero.

increases, the cathode voltage of zener diode D504 rises,

and D504 conducts.

7 100v

R535 | \ p504 D503 3.24 R515 D510 RD12EBM MA26WO 4.1% 15 RH-1

TO PIN @ OF FBT

Figure 20

CONDUCTOR VIEWS

C-BOARD TNP12953ZA

S-BOARD TNP42188ZA K-BOARD TNP66525ZA

CT-1110B

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CRIOL~CRIOZ,

TSA8|08-6Y

va

10.4),

21.0

EXN

GI0ZZ

3 a

ae

4!

Ic2014.8Vp-p

as

iis

AN5255

pee

| _

R203

“TH

R103

~

GRIN

S ”

BBK

||

EXNG102Z155

iyi

Wy

: R202

!

! FROM

G0-6A

180

| ERT

TSE

RMR

PERE

RET,

yy

—

ai

(ee

gee

a

2SC945A

(Q.R)

2506

36

(RST)

4 ||

| VHETUNER

“R301

Th

80

| TNT4681C

OOF

00*O

303]

ee

il

zm

1 A

®t

Tho,

fp fc.

(Z20P

RINS

CRIN0

| IC1O|

lIDE

O 1F1F

5 cK

EXRP

220K

5628

2

|

‘ (501

THo!

ee

ih

at

TLIB

1368

-|

ORSOI

I!

Seni

to

EXRPIOZKZ13§

> us

peeve

|

=

One

eH

| HE

& diss

|

con)

27

Aa

R502

)

aL

ose

as

S30K

tR509

|,

® =)

|

| EP

esl

ot

fe

ice

a

ae

b—

/|

-0.25|

25,

102,

129,

6Ol

25

TNK3612ZIEBT

! 6.1

8”

gi

18

iN

GRt07

1C401

EXRP{O3P821S

AN54

36

[ViF_AMP

|

= ICR

I108 “EXRP{03P392S

osc mose]

.01S

L @,

C 507

LL

| eRto

50

qf

# EXREIOBP273S

C504

, oo

r

D508

KD4.7EB2

2SD893(Q.R

D506

MAW

RSI Sy

; a

Ww

| 0.9Vp-p

[AB REGULATOR]

“a

RSIZ 210

R519 = 0515 22h

34K 14

5.4Vp-piH]

NOTE:

anes

1. RESISTOR

QP

: |

IMPORTANT SAFETY NQUEE

: All

resistors are

carbon 1/8W

resistor, unless

otherwise noted

the following

marks. Qooxr4

THE SHADED

AREA ON

THIS SCHEMATIC

DIAGRAM INCORPORATES

SPECIAL FEATURES

ae Ee

toes oe ee

ee

® :1

IMPORTANT

FOR PROTECTION FROM X—RADIATION,

FIRE. AND ELECTRICAL SHOCK

HAZARDS.

oO

: Wire

Wound

®@

Fuse 2 eee die

WHEN SERVICING

IT IS

ESSENTIAL THAT ONLY MANUFACTURER'S

SPECIFIED PARTS

BE ©

: Non-flamble

@ :

Metal Oxide

4. TEST POIN"

USED FOR THE CRITICAL COMPONENTS

IN THE SHADED AREAS

OF THE SCHEMATIC.

; (@

:- Cement

@© :

Metal Film

Y

Lot 2.

CAPACITOR

: 5.

VOLTAGE!

All capacitors

are ceramic 50V capacitor,

unless otherwise noted the

following marks.

Voltage

is m:

Unit

of

capacitance

is

uF,

unie

ss

otherwise

note

d.

aes See opin a

CT-1110B

T-1110B (CHASSIS NO. NMX-K8A

5.2Vp-p [H

et

YZ LAAMAAANAA,

DA Pate

pial arened

Dee i

WN ie

aaa

7

D.2BVp-p [H]

1.6Vp-p [H]

COR ere

COLOR] L254 SUB

Deo2 = KOS

SOKBF” | COLOR

0.01p .

5.8Vp-p [H]

MAISO fy O2K

|/C-BOARD ROZT |

suB T 220K

TOOKB

? Ro6{

18K

2.1K}_

OR351

EXRPSUK4TIS O

DRIVE 4 ‘RED |

F R358

1KB J

RBEq Yaw

ee

: (8C2)

VIDEO ras

VIDEO_OUT|PUT (8)

purrs

PPP HE

VIDEO DRIVE

25C1473NC 303

(QR) AH

25C1685.2SD637 wan

R34

307 680

ppixe Vay RDIDEBL

SWiToH 145A (Q.R) 2SD636

(R.S$.7) 1.5Vp-p

684°Q.R

501 TLKBLT

SUB.CONT. SWw301

L EVORSALIS

3 | PLL

XANT130

XANTS22

V.

DRIVE

/

OUTPUT

| 630K

SR503

220

—y+t

C4IS | ca07 tooyz5y

Nn TA T00P

5|

10,2

EVMEGUIOKBS6

43Vp-p [Vv]

22Vp-p [V]

FBT 1502

TLFI4630F

PSOLLECTOR Ze0636 2SD637 EMITTER 2SB641

2.0Vp

BASE

EMITTER 2SC1687 COLLECTOR er

Q502

: 2SD1171

80

FOCOUS

28C1383

2SC1473NC

2SC945A

SCREEN

28CIat7

2SD893

BASE

2SA564

COLLECTOR

EMITTER

2801384

2SC1

573A

NC

2SC1685

2SC1686

RST

2SC1688

@ =F 0sn ew eee

“dhe

0514

28C1098(4) 2SB547

y 1QuS0V

BASE

28C1446

oe

COLLECTOR

|

2SC1

448

\6/

——

2SC1507

7

FP EMITTER

| osp402

RSI

2 2SA636(4)

22K 28C1505(1)

\85/

2sp1i71 28C1768 28C1875

ren

i EMITTER

2SA463 6

BASE

2SA766

orMAI5S0 28C582 COLLECTOR

280647 (Case)

28C783 28C1450

28C1664A

GULATOR]

\

Q501 25CI573ANC |

H. DRIVE

0513 ar

R537 SoU

0.349 52

.

25

Sane

Yow 500y

R519

s

OSS

It

224

34k

ti)

Ss)

ee

|

Vp-pH]

12Vp-p [H]

1000Vp-p [H]

=

250606

t L501 DY

TL

YIS3

44F

2801520 (=== BASE 2SC1556

<==

COLLECTOR]

9501550

— 28D794(2) 7

ZT

EMITTER

(2)

EMITTER

COLLECTOR

: ZType

e@

: Temp

Compensation

7.

When

schematic

diagram

of

a

board

is

described

in

most

than

two

places,

they

are

enci

rcle

d wi

th

: Dipped

Tantalum

@

: Polyester

dott

ed

line.

(—-—)

3.

COIL

: 8.

Th

is

schematic

diag

ram

is

the

late

st

at

the

time

of

printing

and

subject

to

change

without

notice.

Unit

of

indicatance

is

“wH.

4.

TEST

POINT

VY

> Te

st

point

posi

tion

5.

VOLTAGE

MEASUREMENT

Volt

age

is

measured

by

a vo

lt

ohm

mete

r with

DC

20k

OHM/V

receiving

color

bar

sign

al,

when

all

controls

are

set

to

the

maximiim

onci

tinn

~

QP

: Bipolar

©

: Titanium

Oxide

&

: Po

lypr

opyl

ene

6.

When

arrow

mark

(“)

is

foun

d,

connection

is

easily

found

along

with

the

dire

ctio

n of

an

arrow.

@ ®

sce

This

schematic

is

the

latest

at

the

time

of

printing.

CABINET PARTS

VHF Antenna

TSA8108-6Y

UHF Antenna

TSA338

Convergence Yoke

TLC2036

L501 (Deflection

Yoke) TLY15344F

x

DY Wedge

TMM17538

Speaker

EAS8P47S

CRT

Socket

Cap

TMM15207

CRT

Sock

et TJS35090

;

Picture

Tube

290KB22

Earphone

Socket

Bp

Ts27080

Fron

t Cabinet TXFKEO11110B

a CRT

Mount

Screw

THT945-2

CRT

Rubber

Spacer

TMM1551

L851 (Degaussing Coil)

TLK159025N

UHF Indicator

TBX1774501

Fine

Tuning

Knob

: TBX643601

y

UHF

Chan

nel

| (

\)

Sele

ctor

Knob

: ©)

ae

mens

TBX1774401

eile

765500

Fine Tuning Knob.

TBX643601

VHF Channel

Selector Knob

TBX677402

NOTE:

.

Parts

or

Components

marked

with

(NA)

and

unlisted

are

not

available

as

replacement

part

s.

EXPLODED

Model Name

Plate TBM37507

Service Plate

-)

—BM37511

Back Cabinet

TXFKY011110B

CHASSIS _

4P Lug-Terminal

TJB5304F

K-Board

TNP665252ZA

|Q801

(AVR

TR)

2SD1044A

Q502

(H. Out TR)———

2SD1171 \ a

ae

L fie Ps

O

:

“oo

, RS

ys a

Eb

QA———_

|

Z

2 A.

0:

~e AN5512 \

| Se

Ss

4

F

Don

: D

e. BO QD)

F

Front Control Knobs

TBX 1553600

R307. (Pa EWHNLA

CHASSIS PARTS

2=>LODED VIEWS

TUNER PARTS

UHF Tuner

TNK36121EBT

i

SW601

(QO IlLock Switch)

TSE1453

R811

fi

ERF20HMJ221

AFT

&

Q Il-Lock

Knob

s TBX1787500A

K-Board

ae

TNP66525ZA

801

(AVR

TR)

3D1044A

ee

<6

-

e Hold

ol) Sy

usi

olaer

Fe

TJC6320

F802

(D

C Fuse)

XBA1C08NU100

| T502 (Flyback

Trans.) TLF14630F

Power Supply Cord

TSX1195

F801

(AC

Fuse)

XBA1F30NU14A

5

R401 (V-Hold)

EVHOTAS20B

14

Example:

|

R318 (Sharpness)

EVHOTAS20B 14

ne

VHF Tuner TNT4681C

SW801

(Pull On Volume)

EV VON6F 2054L

oO

S-Board TNP42188ZA

SW151

(AFT

Swit

ch) TSE1453

RESISTOR

PART NAME & DESCRIPTION

Description

©

100K WY,

Part No.

ERD12TJ104

CAPACITOR

PART NAME & DESCRIPTION

ALLOWANCE

: sw301

-

ONS.

aS

EVOR3AL13 Cic

i ic402

~ )

| Ceramic

AN5512 St

aa

us E

1 Electrolytic

~

SOS =)

| P | Polyester

ce fos

- AC Cord Bracket

15% <4

5)

,

TMM6322 :

SAS

: &

10% QE Ae

T | Tantalum

+10%

PROF x

Vv! Trimmer

L}

+15%

wt

Nal

yf "

Fuse Holder (L) fhe

a NPY,

TJC6319 +20%

A-Board +100%—0%

R604 (Color)

: 4

EWHNLAF20B14 RO

eaeeh +80%—20%

DB

R606 (Tint)

J)

EWHNLAF20B14 Part No.

Description

R308 (Bright)

Example: ECKD1H103PF2

©

0.01uF ®,

ee. EWHNLAF20B52

R307

. (P

anab

rite

) EWHNLAF20B15

ABBREVIATION OF PART NAME

AND DESCRIPTION

1/2W 50V

Note:

Ref. No.

RiOd

Folge

Rios

RLod

Rios

R106

RAO?

Rio

RLid

Riis

Fii4 Riis Rilé Rid

Rise RIS REO1 R202 R203

R205

ROG

R207

REPLACEMENT PARTS LIST

TNP62878ZA (A-Board), TNP12953ZA (C-Board), TNP66525ZA (K-Board) and TNP42188ZA (S-Board) are not available as a

.CT-1110B

complete printed circuit board.

_ Part No.

RESISTORS

ERDLIOTI223

ERDLOTIRES

ERDIOTI22£2 EVNESUACORE

ERDLOTILOS

EROLOTIIOL

ERDLOTIS932

ERDIOTI2Z72

ERDLIOTIS2 1

ERDIOTILO2

ERDLOTI2? 1 ERDIOTIS62

ERDIOTIS82

ERDLOTILOL

ERDIOTIZ25

ERDLOTIIES ERDLOT ILO

ERDIOTILS1 ERDLOTIGOS2

ERD2STIZ21 ERGLIANIS3 1

ERDIOTIL23

ERDSSF J 4F 7

wea

ERDIOTISS31

ERDIOT I 472

ERDLIOTI222

ERDSITI4? 1

SJERDIOTISS

EVNSQAROOBIS

SOS /EROLOT ISS 1

RSL R311 RS12

R13

R214

RALS

ERDLOTA LG.

T VEWHNLAFSORIS

EWHNLAF SORA

ERDLOGOTIS92 EVN50AA00B13

ERDLGTI47 3

ERDZST IOS

ERDLIOTIS&1

ERD2ZSTIS681

ERDLOTIZ9 1

C

C

ae

C

CONTROL Biacoakoahm

CONTROL & Sodehm|E Cc

CONTROL & 1kohm

Cc

C

C

C

C

CONTROL B&B Skohm

CONTROL 8 lRoahm

Description [eetne:[—feene[eoeinion ERDIOTJIS91 C: S9Qohm 7 1/8W

ERDLIOTIS91 C S90ahm J 1/8W

EVHOTAS2SZOR14 [CONTROL BF 1OoKohm

ERD2ZSTILO2L CG iF-ohm J 1/4W

ERDLOTIIOL “1000hm

Sekahm J 1/8h

2ekahm J 1/8

2.ekohm J 1/8W

1Okohm J 1/8W ERDSST I 22

ERDIOTI69—2

1o9deahm J 1/awW Mae LERDLOTI22

6, 8kahm J 1/olW ERDLOTIZ21

2. %EKohnm J ERDLIOTI272

B200hm J 1/8W

lkohm

Cc 2200hm J 4

& 6.8kohm J 1/8W

C S20ahnm Jd

C 2200hm J 1/8W

GC 2. 7Kohm J

R328 R329

ERDLOTI2Z72

ERDIOTI272

C 2.7Kohm J

CG 2.7Kohm J 1/8W

C 12koahm J

Cc J CO

aie fA S330 |ERDLOTIL23 1/8W 2700hm J 1/8Wi| RSS2/ERDLOTIS34 Bs0Kohm J 1/8W

S.okahm J 1/8W

&.@kohm J 1/8W

L1900hm

RAIS2 EVNEGARDORSS NTROL &B

“2 (/ERDLOTIZ72

iS | EVNKGAAOOEL 3 RAS “ C 2. 7Kohm J 1/8W

CONTROL B fekohm J

L8kahm J

ikohm J

L800ahm J if’

6. Skahm

ieee N GS 2. 7Eohm M 1/2W

CONTROL &B EVNE GAAQORSS

ERDLOTI272

EVNEGAGOOR 1

C 2.7Eoahm J 1/8W CONTROL &

Qahm

S20ahm

L2Kohm J 4. 7ohm J

igkahm

S lMoahm

CONTROL &

S 2. 7hahm

C 4. 7Kohm

& /EVMESULOK BGS ERCL2GM272 ERD25TJ472

Sso0ahm J 1/8W

4, %?Kohm J 1/8W

2.2Koahm J 1/3W

470o0hm J 1/4W Sees RD25TI472 Sheena ERDLOTI682 ERDLOTIZ21

4. 7Kohm

4, 7Kahm

CONTROL §&

C &. Sk ohm

2edohm

on

B8200hm J 1/8W

s6Q0ahm 7 1/a&W

Loooahm J 1/B8W ERDLIOTIS hes 3. 9Eahm

3.%Koahm J 1/8W C Séahm

CONTROL & 3000hm EVNSQUAOORS2

47K ahm .

1OoKoahm far te oe fs = ERD2STIIOL

ERDLIOTIIOS

2 /ERDLOTIS22

1/4W 1/8W 1/8W

Cc Lodgoahm

Cc LOkoahm

3. Skahm Ra ty fy B50a0hm J 1/SW

68Go0hm J i/4w

3900hm J 1/8 ERD2ZSTI1S1 LaQ0hm 1/4W

orm bie) =)

ERDIOTIZ22 RSilO /ERGZANIJI 25 M L2kahm R311 |ERD25STIS61 BaQoahm ROS : 270ohm —

RO? 5 2. 2kohm

KO ty Ca

es 2 sh

- &, 680hm E

Cc 22ekohm J

ERQ12HER68 ERDLIOTJIZ23 CAPACITORS

ERDIOTIS9 Skohm CiOl /ECEALHSSR3 E Ce eer | CLlOS |ECKEFLIHIOSZF [C O.OLuF Zz

ERDLOTI681 C 6800hm J C104 [ECKFLIHIOSZF IC O.,O1uF. Zz

ERQL2ZAISGIF | F socohm J 1/2W C1OS /ECKFILHLOSZF IC O.OLurF Z ERGIANJ180H Boehm J C1iO6 |ECKEFIHIOSZF |C O.O1uF Zz

ERD25TJI681 680o0hm 1/4W CLlO7 [ECKEFIHIOSZF IC O.O1uF Z ERGIANI1O2 ikohm ¢ C108 |/ECEALHSO1O E luF

a CLIO ;ECCFIHB20UP |C B2pF J 13.7 i vs Cil2 |ECEALHSR4A?7 E 0. 47 UF F 0. 390hm 1/2W Ciis |ECEAICS1IO1 E 100uF

ERDIOTI6&82 C 6.8Kohm J 1/8W C1liS |ECEASOZRE2 E 0. 22uF

RSS9 /ERD2STIL21 C 29o0hm J 1/4W C116 |ECEAICS100 E 1OurF

R601 |ERDIOTI271 C 279o0hm J 1/8W CLlIBJECKFIHIOSZF |C O.O1UuF Zz R602 [ERDLIOTIS92 C 2.9Kohm J 1/8W Ci2s0 /ECCFIHOSZOCC IC apr C

R6OOS |[ERDLOTIISS Cc 18kohm J 1/8W Ci2Zi /ECCFIHS20IC |C opr

R6o4 [EWHNLAF2ZORI4 | CONTROL EB 1OKohm Cize |ECEASOZ1 E LuF

R6os /ERDLOTIE23 C B82kKahm J 1/8W Ciss |ECEFLIHLOSZF. IC O.O1UF 2

RSOO6 |[EWHNLAPZORI4 | CONTROL 8 1Okohm C124 |ECEAICS221 E ee Our

R607 [ERDLIOTIJ224 C 220K ohm J 1/8W Ciss /ECEALCS470o E 47uF

R608 ([ERDLOTIL2S C Ll2kohm C126 | ECKD2H151KB2 k 150pF C

R609 |ERDLIOTI1I54 C 150kehm J 1/8w CiSi |ECEAIHS2R2 E 2. 2uF

RSLO/ERDLIOTIIS2 C 1.5Kohm J 1/8W CISS/ECCFLIHI2ZOIJL [CC lZpF J Réli ERDIOTJIS32 C 3.3Kohm J 1/8W CiSS |ECCFIHSS07L JC Sépr J

Réi2 EVNES6SA0081 4 | CONTROL EB LOkahm C1iS4 /ECKFIHIOSZF iC O.O1uF Z Roel ERDIOTI273 C CiS8 |/ECKFIHIOSZF |C Zz 27Eohm J 1/8W Oo. O1uF

R415 |ERDIOTI6381 Cc 4800hm J 1/8W R622 |ERDLOTILI2Z2 Cc .fkohm J

R416 |/ERDZ5TI101 Cc Lodohm J F{ERDIOTI681 C 680o0hm J

RSOL /ERDLOTIS71 Cc 27Oohm J ERDIOTJI101 C 1Odehm J

REO? |ERDLOTI684 C 680K ohm J 3S |EVNSQAG00BS4 [CONTROL & SOkahm RSOS (ERDLOTI22 C 2200hm J ERD1LOTJI473 Cc 47Kohm J

R504 /ERDLOTIIOZR ic lKohm J EVNSOAAQGOBR15 [CONTROL B100Kohm ROS |ERDLOTIZ72 |C 2. 7Kohm J = R506 |ERDLOTIIO1 c 1O00hm J RSO7 |ERDLOTIZ25 C 2@kohm J R508 |EVTEOCAOORZS |CONTROL B

1/8W 1/8W 1/8W

1/8W

BOY SOV BOV OV 5OV

Sov Sov

SOV

gov 16¥V

soy

14V

Sav

SOV

Soy |

SOV] SOV 16V' 16V' SOV

SOV SOV BOY SOV SOV,

CT-1110B

C201

C202 ECQM1LH473KZ ECOMLHLO4EZ

23 /ECEALHNO1OS C203

C204

C205

C207 C209

C210 Ceti we le

C213 C214

Deis

216 C217

C220

oon my ay Jeol Bice otioe

C222

hae Dan Ried to

C22 abe

C225

C201

Cso2 CBO3 C204

C305

S08

C307 C308 C309

C310

C351

CAS2

CSS

C354

C401 C4on

C403

C4o4

C405

C406 C4a7

C408

C409

C411

C412

ECEALHSSR3 ECEASOZ10

ECGMLH473K2 ECEAICS22 ECEALESS31 ECCFIH4707 ECCF1IH470d

ECEF LIHLOSZF ECEAICS1O0

ECEAICS1O1 ECCF 1H120J7F ECCF LH8207UL

ECQMIHLOSK2Z ECKF LHLOSZF ECEAIHS220 ECKF LHLOSZF ECKF LHLOSZF

ECKFLHLOSPF ECCFIHI2Z14 ECEALCNLOOS ECCFIH290d ECEALES4R7

ECEALICS100

ECCFLHLOLI

ECEFIHISIER ECKFLHISIER ECEFLIHISIER

ECCF 1H680I ECEF LH391KR

ECKFLHS91KE

ECE DSD68 1K ES ECKDID6S1LER?

ECOMLH273K 2 ECSZ25EF2R2N

ECSZ16EFS ey ECOMLHB23M

ECEA1HS010

ECEA25Z10 ECEAIES1IO1 ECKF LTH222K8

ECEAICS102 ECEA16Z100

ECEALHSSRS

Tm ira

OOM Mm a

OoOMmmMm oO

Oooo mM

Oooo

MMO MmMmM Mm pao

m

Oo. ete

« uF

LluF

3. Sur

1OuF

o O47UF

220uF

S30uF

47pF

47pF

0. O1UF

1LOuF

1L90uF

L2pF

2pF

o.O1uF

o,O01u0F

eur

Oo. O0UF

0.O01uUF

O.,O070F

120pF

LOuF

S9pF 4. 7UF

1LOuF

LOOpF

1S0OpF

LSoapF

LS0pF

68pF

=9OpF

S90pF

SBOpF

oBOpF

0,027uF

Se SUF

Se SUF

Oo, 082uF ot 1UF

10UF

1O0uF

2200pF

1LO0OuF

LO0uF

3. SUF

:

E

bart Sioa ECKFIH4ATSRE IC 47Q00pF k Sav SOV ECEALHS2RE E 2. 2uF SOV BaYV ECEA1CS100 E 1OuF 14V 5OV ECQMIHISSEZ [FF O<.015uF Kk Sov Sov ECOMIH473EZ [FF O.1O47uF KO Sav

SOV S/ECOMLHISSEZ JF O.015uF kK Say 16V ECEALHS2SR2E E ee SUF BoOV

25V ECOK1682IZ P 6B00pF Jo 100V SOV ECEAICS101 E Ld0uF 146V SOV ECEASCS10O1 E 100uF

OV

1 &V : g) abssetor eae: eae ps he ARS: ai venice

= | ECOF2H274JZ1 Oo.27uF J OV ECEALESZ31 SSO Ur OV ECEALHS100 1OuF

SOY “ /ECEAICS220 E ear mae ECEALES1IO1 1LOOuF

Soy JJECEDAGH22Z2ER2 jC 2eQOpF kK SaOV OV ECE DAH222KB2 |C 2200pF Kk Sa0aV

14V ECE LOOpF EO Saov D2EHIOLEB? IC

C daca

16V C6Ol |ECCFIHS40I C Sop J ¢

OV C602 /ECKFIHLOSZF IC O.O1uF £2 SOV

soy C603 /ECOMIH2Z23KZ |P O.O22urF KE Sov ov C604 /ECEALHSR47 E 0. 47u0F soy

Sav C60S /ECKFIH272ER (C 27O00pF EO SOV

OV C606 |[ECEALIEN4SR7S Je 4. 7UF av wOV C607 |ECEASOZR22 E 0. 22uF wOV

soy COOB|ECEASOZRI |E Oo. uF SOV

ek C609 |ECCFIH470IC IC 47pF J Sov kV C610 /ECCFIHOSOCC [Cc apF C Sov

m $70uF Céli ECEA14&Z470

CT-1110B

OTHERS . TSAB38 UHF Antenna TSAS1OR-6Y VHF Antenna

TXAITO111108 TXAITOSI110B

EASBP475S 6F Coupl Kit-COSA 2F Coupl Fit-CosAa

TXAITO4S1 1108 TXCSFDOS

TXFIUTORLLIIOB

TXFEEOLILIOER TXFEYOLLLIOB

SF Coupl Fit-Co1Aa

FM Trap Coil

SF Caoupl Fkit-CO4Aa

Frant Cabinet

Back Cabinet

NAKM27 3S atian

EXRFLOSP2723S |C-R Combinatian

EXRFIOSPS928 |C-R Cambination

EXRFLOSFPS21S |C-R Combination

EXRF 220K 5629 |C-Fk Combination

EXRFS91E471S |C-R Combination

TBEM3S7307 Model Name Flate

TEMS7S311 Service Flate

TEX LSS3400 Front Cont. Knobs

TEX17 435500 Full On Vol. Enob

TBK1774401 UHF Channel Knob

XEH3B1A1 Earphone

TEX1I7 74501 UHF Indicator

TEX17875008 |AFT/QII-Lock TEX6434601 U/V Fine Tuning

TEX6&77402 VHF Channel Knab THT 945-2 CRT Mount Screw

TIBSS04F 4FP Lug-Terminal TICSSL9 Fuge Holder (lL)

TICSS20 Fuse Holder (S)

TIS27980 Earphone Socket

TISSSO9O CRT Socket

TLOZOSS Canvergence Yoke TMM I S207 CRT Socket Cap TMMISS1 CRT Rubber Spacer

TMM1 73393 DY Wedge

TMM6 322 AC Cord Bracket

= oe

BRoard—-C

|

TNF LS9S3ZA Circuit

TNE 4219824 Circuit Board-S

TNF S2878ZA Circuit Board-A

TNE SSS 2524 Circuit Board-k

Ue oe cking

TPDIS1O8S Cushion

TFDIS1O084 Cushion

TPDIS2077 Cushion Hottomik)

TFDIS2078 Cushion Bottom (lL)

TFPEZ4090 Set Cover

TOBS11462 Fan Bag

manual: ct1110b sm panasonic en

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