Sharp 29RX5, 29RX8 Service Manual

29RX5
29F1X8

L

SX7i329RX5111

28 SYSTEM COLOUR TELEVISION

28

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Chassis

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SP-71

MODELS

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In the interests of user-safety (Required by safety regulations in some countries) the set should be restored to its
original condition and only parts identical to those specified should be used.

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CONTENTS

Page

• ELECTRICAL

SPECIFICATIONS

2

•

IMPOTANT

SERVICE

NOTES

3

• 'ADJUSTMENT

PRECAUTIONS

4

•

SERVICE

ADJUSTMENT

12

•

TROUBLE

SHOOTING

TABLE

25

•

CHASSIS

LAYOUT

DIAGRAM 35

• PRINTED WIRING

BOARD

ASSEMBLIES

37

•

SCHEMATIC

DIAGRAMS

AND

WAVEFORMS

43

•

OVERALL

BLOCK

DIAGRAM 67

•

REPLACEMENT

PARTS

LIST 69

WARNING

The

chassisinthis

receiver is

partially

hot. Use an

isolation transformer between the line

cord plug and

power

receptacle, when

servicing

this

chassis.

To

prevent

electric shock, do

not

remove cover. No user

- serviceable parts inside. Refer

servicingto qualified

service personnel.

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43

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..· · ·· · ··..· 67

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....·..·· ·..· · ·..·..·..··· ··· 69

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SHARP CORPORATION

ELECTRICAL SPECIFICATIONS

EE!..~~~

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xx

COC1l

Et!.lli\

··············3i::liiE110-240V,

50/60Hz(

13

i'j;W~)

:w$li1ljEfj···

·..··•..·..· ·•••••·•·••··••··•·..···········•·...•••.•.••..•....•••.....•......•....•.•..

185W

~~

···········································I3~~~gjf.

~.s··············

..·..

·················..················

..

·························~Et!.UL,

~Et!.ULmtEt!.1t.S

39tl1i~~··················································

~i.li:~~

tp~

l?fl~tp~~1&:

38.0MHi·

P;'tl'tp~$'t1&:

6.

5MHz······

..····•······ ..································

31.5MHz

6.OMHz···················································.......•..•........•...................... 32.

OMHz

5.

5MHz

..···•· ..··•..··..··· ..··..··········..··················· 32.

5MHz

4.5MHz

..•······················ ....···· ..,··..·..·······..···· .......•..........•.....•............

33.5MHz

-@'~iJ~l&:

PAL/NTSC$J~····················································································33.

57MHz

SECAM$J~·

..···········································································33.594/33.

75MHz

NTSC$J~··························································································34.

42MHz

~lI\oJllJl5'E:~lli:w$·

..

•••••·••••••••••••..···•••·••••••..••••·•••..•••••••

..·····10Wx

2+13W=33W(Al*)

tmp;~

R -r

10cmrnll~

x 2,R,10cm{iirtlbfIJa

'tl'1II~ll.tt·····

..······•·..·•·························..400Hzlt-tJJ8Q

.400Hz1t-tJJ5Q

({iirtm~H)

;1Cf&~;\.~ll.tt······································

..············································75 Q

~F:ljZ1ti~

~®:~~

PAL-B/G,

SECAM-B/G$J~

il!i:il1Ii~VHF··············································································

..

····E2-E12~~

@il1Ii~UHF·················································

...•............................

E21-E69~~

11Jf&Et!.tl\!.CATV·········..·····································..............................

X-Z+2~~

Sl-S41~~

PAL-D/K,

SECAM-D/K$U~

il!i:il1Ii~VHF·········

..··············································• ..

························R1-R12~~

Cl-C12~~

@il1Ii~UHF·················

..······..···..· ·..······

······

21-69~~

C21-C57~~

PAL-I,SECAM-

I$J~

il!i:il1Ii~VHF··

..······· ·················· ············..........

(~~~):B-J~~

@il1Ii~UHF

..···· ··..·..·········....····· ·

··········

C5iH!!I,

w~):21-69~~

NTSC-M$J~

il!i:il1Ii~VHF

..·..···..··· ....··..·..········..·····..........·..

·········

..·........

(~OO):2-13~~

(8:$:)

:

1-12~~

@il1Ii~UHF··

..···•..•···..····························· .. ···..··...............

(~OO):14-69~~

(8:$:)

:

13-62~~

1ff&Et!.tl\!.CATV

....·.... ·..

·······

..·· ..········....·......··..·· ....·········

(~OO):A-6-A-1~~

A-W+29~~

(8:$:)

:

C13-C63~~

thru R12,

C1 thru C12

21 thru 69,

C21 thru C57

(IRELAND):

B thru J

(U.K.,H.K.):

21 thru 69

(US):

2 thru 13

(JAPAN):

1 thru 12

..... (US):

14 thru 69

(JAPAN):

13 thru 62

(US):

A-6 thru A-1

A thru W+29

(JAPAN):

C13 thru C63

PAL-D/K, SECAM-D/K

VHF R

NTSC-M

VHF .

PAL-I, SECAM-I

VHF ..

CATV .

Receiving Frequency . 48.25 MHz thru 161.25 MHz

~~~

~~~.::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::

: : ::: ::;3~~i:~~~i~~~

~~~:~~

~~~

Power Input AC 110-240V,50/60Hz (Auto)
Power Consumption 185W
Convergence Self Convergence System
Focus Bi-Potential, Uni-Potential Electroslatic
Sweep Deflection Magnetic
Intermediate Frequency

Picture IF Carrier

y 38.9 MHz

Sound IFCarrier

6.5 MHz 32.4 MHz

6.0 MHz 32.9 MHz

5.5 MHz 33.4 MHz

4.5 MHz 34.4 MHz

Colour Sub-Carrier

PAUNTSC 34.47 MHz
SECAM 34.494/34.65 MHz

NTSC 35.32 MHz
Audio Power Output Rating 10 W x 2 + 13W total 33W (Max)
Speaker

Size 10 em Round x z-pcs., 1OemWoofer Box
Voice Coil Impedance 8 ohm at400 Hz, 5 ohm at 400Hz (Woofer Box)

Aeriallnpul

Inpedance 75 ohm Unbalanced

Receiving Channels

PAL-B/G, SECAM-B/G

VHF E2 thru E12

UHF E21 thru E69

CATV

..x thru Z +2,

S1 thru S41

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1~~il!i:il1Ii~VHF""''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''48.

25l1Hz-161.

25MHz

il1IiJ.$;~il1Ii~VHF"·"··"·"·"····"···"""""·""""·"·"·"··"·"····

168.

25MHz-431.

25MHz

@il1li~UHF""""""'""""""""''''''''''''''''''''''''''''''''''''''''

439.

25MHz-863.

25MHz

Specifications are subject to change without notice.

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IMPOTANT SERVICE NOTES

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Maintenance

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repairofthis

receiver

shouldbedonebyqualified

service

peronnel

only.

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SERVICING OF HIGH VOLTAGE SYSTEM AND
PICTURE TUBE

When servicing the high voltage system, remove static charge from it by
connecting a 10k ohm Resistor in series with an insulated wire (such as a
test probe) between picture tube dag and 2nd anode lead. (AC line cord
ahould be disconnected fromAC outlet.)

1. Picture tube Inthis receiver employs integral implosion protection.

2. Replace with tube of the same type number for continued safety.

3. Do not lift picture tube by the neck.

4. Handle the picture tube only when wearing shatterproofgoggies and after discharging
the high voltage completely.

BEFORE RETURNING THE RECEIVER

Before returning the receiver to the user, perform the following safety
checks.

1. Inspect all lead dresstomakecertainthattheleadsarenotpinched orthat hardware is not
lodged between the chassis and other metalpartsinthe receiver.

2. Inspect all protective device such as non-metallic control knobs, tnsulatinq fishpapers,
cabinet

backs,

adjustment

and

compartment

coversorshields,

isolation resistor-

capacity networks, mechanical Insulators etc.

X-RAY

This receiver is designed so that any X-Ray radiation is keptto an absolute
minimum. Since certain malfunctions or servicing many produce potentially
hazardous radiation with prolonged exposure at close range, the following
precautions should be observed:

1. When repairing the circuit, be sure not to increase the high voltage to more than 34.0 kV
(at beam

OIlA) for the set.

2. To keep the set in a normal operation, be sure to make it function on 29.0

± 1.5kV (at

beam 1.6

mAl

in the case of the set. The set has been factory-Adjusted to the above
mentioned high voltage.
...Ifthere is a possibility that the high voltage fluctuates as a result of repairs, never

forget to check for such high voltage after the work.

3. Do not substitute a picture tube with unauthorized types and/or brands which may cause
excess X-Ray radiation.

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ADJUSTMENT PRECAUTIONS

This model's settings are adjusted intwo different ways: through the I'C bus control and in the conventional analog
manner. The adjustmentvia I'C bus control include present-only variable data.

1) Calling the service mode by the

microprocessor

G)Make a short-circuit between TP1001 and TP1002, and the microprocessoris put in the service mode (adjust-

ment through the I'C bus control).

® Perss the CH-DOWN key on the remote controller to get ready to select the modes one by one.

@ Perss the CH-UP key on the remote controller to get readyto select the modes in order opposite tothe avove

step

®.

@ Using the VOL UR keys onthe remote controller, the data can be converted.

@Removetheshort-circuitbetweenTP1001

and TP1002, and the microprocessor is put out of the service

mode.

2) Setting the initial (preset) values

G)Call upthe service mode andturn on the main power switch. Anew E'PROM Uudgedbythefirst 4bytes) can

be automatically setto the initial data.

®The

initial data 'ire as shown onpages 8,9,10 and 11.

@ Note that some items of the data must be modified and the others must stay as initial.

NOTE: Afterthe chassis has beenassembled, be sure to call upthe service mode firstand then turn on the

main

power

switch, as discussed in 2-G)above. If the main

power

switch is turned on without the

E'PROM initialized, anexcess beamcurrent may

flow

into

the circuitry.

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SERVICE MODE

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(1) Press the specific keys to change the mode as follows.

In the direction of allow: CH DOWN Key
In the opposite direction; CH UP Key

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50Hz ADJUST mode

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In the direction of allow: CH DOWN Key
In the opposite direction; CH UP Key

• The characters in parentheses appear on the
on-screen display.

H-SIZE 50Hz V-BIAS

(V-SIZE5) (V-BIAS)

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4SUB-ADJUST

mOde!-+

--..

SUB-CONTRAST (SUB CON)

+

SUB-BRIGHT (SUB BRI)

+

SUB-COLOUR (SUB COL)

+

SUB-TINT (SUBTIN)

+

SUB-SHARPNESS (SUB SHP)

+

SUB-VOLUME (SUB VOL)

----»

In the direction of allow: CH DOWN Key
In the opposite direction; CH UP Key

In the direction of allow: CH DOWN Key
In the opposite direction; CH UP Key

-------..BELL

FILTER (SCM BELL)

+

SECAM R-Y(SCM R-Y)

+

SECAM B-Y(SCM B-Y)

+

CHROMA GATE PULSE (SCM GP)

----»

-+I

COLOUR ADJUSTmode

1+

H-COMPENSATION

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(H-COM)

t

V-COMPENSATION

(V-COM)

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TRAPEZIUM

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V-AMP50Hz

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+

V-LINE 50Hz

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+

S-CORRECT 50Hz

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+

V-PHASE 50Hz

(V-PHS5)

+

H-PHASE 50Hz

(H-PHS5)

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CJ1

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Inthe

directionofallow:CHDOWN

Key

Inthe

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Inthe

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,f

I

'.R.

o I 1

ill

I)'

/l\::k

o - 7

7r1¥:c

o I 1

1f/*-

o I 1

00:10 IRE - 11:40IREBS
00:28IRE

-11'7 IRE SRT

R'IJJ'

I!i::k

o - 7

JIl/j, i'it*

o - 7

11Q'~1JioJ

:

CII-DOWN!!

ffi&:1JioJ

: C!I-UPll!

4

:-iICfu'lJiilJit

~

IGRJiilJiti%:iJZ

(IGR-LVL)

"

IGR$Jit:i'l:f*fS(IGR

ST)

"

~ICAH$Jiti£~-Ji*(N-ERR

~X}

"

NICfu'l$Jiti£~-liiJNN-ERR

:11:1)

"

NICfu\j*Uitfu~IS(N-fu~IS)~

~

~~I!l$;l.1it~

~

---.

BSfilJ1SRTULill.(LEVEL)

+

8~tHzfx~Jl(RS)

"

SRTFU¥.

(RTC)

"

V/C/J

BS(BS)

+

NICA1'I$rJ'i:t~~

Ei

rJJ

(N-AMDIS)

"

~1V~m;.(V-E~H)

J,

~Hg*JmlJl!.lJ1~

(CBPF)

V

It. ;:\iJHHLD)

t

ftft,(CORING)

~I

PIPiJlil~~~

~

--+~

*'¥·{iHl.(H-POS)

J,

ili!1i.{;?''i!(V-POS)

7l<:iJZ/$1[I!!liMJ3t(FR.'-l)

--+

.. t

PIPmtJi!!.iJlil(PIP-TINT)

I!!li~-@.(UFC)

V t

Ifllj

i1E.1tJl*~~

~ilS

(VSI

DLY)

I!!li3l:I3t

(YFC)

t t

Ujl)*

o/M:I~1

~1850Hz

(HSIDLY5)

PLL01'iriJ#~(PLLTC)

V t

I\IIJ

*-

')Zj[,j(

~~

~J860Hz

(HSIOLY6)

NTSC:titjil:>,tJt~18

(YOLYN)

t t

:t

~

KJl*M'

~ilS

(VSPOLY)

PAL:liIJ'i:t3'Mt~JlS

(YOLYP)

I

l>-~tHg~(SELOLY)

11Q'~1JioJ

:

CH-DOWN!!

ffi&:1J

ioJ

:

CH-UP!!

11Q'~1JioJ

:

CH-DOWNll!

ffi&:1J

ioJ

:

CH-UP!!

-1

60HzlllU~~~

f-+

--4>

llHIJIH160Hz(V-AMP6)

...

~J[~ttJt60Ilz(V-LIN6

)

...

IoJ

tJ;f~

iE60llz

(V-SCOR6)

...

~

J[ffi{t[60Hz

(V-PHS6)

...

7l<

If''-l'!3{t[60Hz

(H-PHS6)

+

7l<1fR.'f"60Ilz(H-SIZE6)

~

~

00:10

IRE- 11:40IREBS

00:28

IRE-11:7IRE

SRT

MiN

MAX

0-7

MIN

MAX

0-7
ON/OFF

0/1

ON/OFF

0/

1

MIN

MAX

0-7
ON/OFF

o/1

ON/OFF

0/

1

ON/OFF

o/1

4

NICAM

mode

~

IGR

LEVEL

(IGR-LVL)

"

IGR

STEREO

(IGR

ST)

"

NICAM

ERR-MAX

(N-ERR

MAX)

"

NICAM

ERR-MIN

(N-ERR

MIN)

"

NICAM

AMDIS

(N-AMDIS)-iI>

--.

BSDETSRT

POINT

(LEVEL)

"

8

MHzfRES

PONCE

(RS)

"

SRT

TRAC

(RTC)

"

V/C/JBS(BS)

"

NICAM

ERROR

AUTO

(N-AMIDIS)

"

V-ENHANCEMENT

LEVEL

(V-ENH)

"

COLOUR

BANDPASS

FILTR

(CBPF)

"

1

LINE

DOT

IMPROVEMENT

(LD)

"

CORING

(CORING)

-.I

SPECIAL

PICTURE

mode

~

HN

FRAME

WIDTH

(FRM)

-+

+

FRAME

COLOUR

(UFC)

+

FRAME

LUMINANCE

(YFC)

+

PLL

TIME

CONSTANT

(PLLTC)

+

Y-DELAY

NTSC

(YDLYN)

+

Y-DELAY

PAL

(YDLYP)

L

~

SELECT

PH~SE

(SELDLY)

~

PIP

ADJUST

mOde~

-----.

H-POSITION

(H-POS)

"

V-POSITION

(V-POS)

"

PIPSUBTINT

(PIP-TINT)

"

SUB

V-PULSE

DELAY

(VSIDLY)

"

SUB

H-PULSE

DELAY

50Hz

(HSIDLY5)

"

SUB

H-PULSE

DELAY

60Hz

(HSIDLY6)

"

MAIN

V-PULSE

DELAY

(VSPDL

Y)

Inthe

directionofallow:CHDOWN

Key

Inthe

opposite

direction;

CHUPKey

~

60Hz

ADJUST

mode

~

--.

V-AMP

60Hz

(V-AMP6)

"

V-LINE

60Hz(V-L1N6)

"

S-CORRECT

60Hz(V-SCOR6)

"

V-PHASE

60Hz(V-PHS6)

"

H-PHASE

60Hz(H-PHS6)

"

H-SIZE

60Hz

(V-SIZE6)

-iI>

en

Use the following keys in the service modeto select desired items directly.

1':E{*~iJilj~=!*;~:n::f!l4!t.it1JL

""Ff.l:!!ffi,

!!Pi'iJK~:i2M~FJT~~lJj(

I§I

0

CaNT-UP
COL-UP
BRI-UP
TINT-UP
SHP-UP
TRBL-UP
BASS-UP
UBASS-UP
SURR-UP
BAL-LEFT
FINE-UP

CUTOFF
V-AMP"
V-SCaR"

H-PHS"
SCM-BELL
SCM-BY
SUB-BRI

SUB-VOL
TXT-CaNT

PIP H-POS

PIP TINT

CaNT-DOWN
COL-DOWN
BRI-DOWN
TINT-DOWN
SHP-DOWN
TRBL-DOWN
BASS-DOWN
UBASS-DOWN :
SURR-DOWN
BAL-RIGHT
FINE-DOWN

EW-PAR

V-LIN"

V-PHS"
H-SIZP
SCM-RY
SUB-CON
SUN-TINT
S-SYS
TXT-BRI
PIP

v-ros

OSD-HR

CaNT-UP
COL-UP
BRI-UP
TINT-UP
SHP-UP
TRBL-UP
BASS-UP
UBASS-UP
SURR-UP
BAL-LEFT
FINE-UP

CUTOFF
V-AMP"
V-SCaR"

H-PHS"
SCM-BELL
SCM-BY
SUB-BRI
SUB-VOL
TXT-CaNT
PIP H-POS
PIP TINT

CaNT-DOWN

COL-DOWN
BRI-DOWN
TINT-DOWN
SHP-DOWN
TRBL-DOWN
BASS-DOWN
UBASS-DOWN :
SURR-DOWN
BAL-RIGHT
FINE-DOWN

EW-PAR

V-LIN"

V-PHS"
H-SIZE"
SCM-RY
SUB-CON
SUN-TINT
S-SYS
TXT-BRI
PIP

v-ros

OSD-HR

"""

The asterisked ("-marked) items areselected for the 50 Hz and 60 Hz modes according to the main

50/60 settings.

~~.:l:.iJ!:%:~$SO/60,

m*t:f-i}~lJj(

I§I

~i'iJ

13

iYJ±tB:ilE*SOHz

9.li;60Hz7JJ'to

NN

cocc

::D::ll

Xl><

CDCl1

(2)'

itt/\

f:Wd~l1Iil~:I*~at

,EEPROM.ti¥J~:tJl:1~~OOH£03Hi¥J~tfJ~·ff#l;'Fic.tl.~

'Ji

ep0i!1J*JJ::

J'&:fJi5:t'Nir

-ric.!lt~~*,

&p*-r

:ttfiJT7f;~*ittrrEEPROMi¥J*mf:l1li¥J~£!o

!.Iii'"}

i)l:~:r;j

13

1£

m.

~lbF

P"l

@:

IC

~jj§i)l:~

ml<i1fJI

a

f*~iJIil~:liI:~

1

~.Li:iJIil"P

CUTOFF BKGD

..

."

2

jjj;KtII11l:(50Hz)iJIil"P

iV-AMPS

PDC

V-AMPLITUDE

50

3

jjj;K~tt&(50Hz)iJIill'J

i

V-L1NS

PDC

V-LINEARITY

18

4

jjj;Kl'iiltFtltiE

V-SCORS

POC

V-So

CORRECTION

10

5

¥

K.f§t'L

(50Hz)

iJIill'J

V-PHS5

VCD1

V·PHASE 7

5

7l<'f.f§t'L(50HzliJlil1'J

H-PHS5

vcoi

H-PHASE

15

7

7l<'fR"i"(50HzliJlil1'J

' H-SIZE5

PoC

H-SIZE

40

8

EWWltmiliiiJliJ1'J

EJWPAR

PoC

EW-PARABOLA

35

9 ¥K-\li;ffi

I V-BIAS

poc

V-BIAS

7

10

jjj;K- Stl'ljE

v-j

COR

PDC

V-

JCORRECTION 15

11

EW:I1i$iJIill'J

EJWCOR PDC

EW-eORNER

5

12

jj#~$\:Jt

TRAPE

POC

TRAPEZIUM

25

13

jjj;K*H~

V-COM

POC

V-COMPENSAnON

5

14

7l<'f*~

H-COM

PDC

H-COMPENSATION

7'

15

9l.

~!I!rBi:~iJIill'J

SCM BELL

SECAM BELL FILTER

120

15

SECAM$Jil.:,tt'@.:JIC&iJIill'J

SCM R-Y

SECAM R-Y

8

17

SECAM$Jil.:ilii:'@.:JIC&iJIill'J

SCM B-Y

I SECAM B-Y

8

18

SECAM$Jil.::il'S)iH!/tPiJliJl'J

ISCM GP

! SECAM SGP

a

19

SECAM$Jil.:'@.!.tArr

SCMATT

SECAM

C-ATT

0

20

SECAM$]

il.:imJIJi)l:~

SCM 10

SECAM

lo-SENS

a

21

iJlJi'~~'@.i)l:~

FLESH

I vcot

FLESH

1

22

SRT:liI:~ill:~

SRT-MD

vco- SRT-MD

a I

23 s'@.liIimfirBi:"e.'f

WPoL

VC01

WPoL

1

24

s'@.liIi11l:firBi:"e.l)if

WPOC

vcoi

WP-oET

a

25

g:JIC&~'@.i)l:~

HIBRT

VCDl

HI-BRT

1

25 I

:ll1:&-)'

iJliJl'J

i Y-GMMA

VC01 Y-y

1

27

~

'@.-)'

iJIill'J

C-GMMA

vee-

COLOUR- Y

2

28

~'@.!'Itil'bTJ31iJl:~

CoE

vee- CoE

1

29

GP.f§t'LiJliJl'J

GP-PHS

vco- GP-PHS

a

30

,tt'@.:JIC&.f§t'LiJIil1'J

RY-PHS

VCD1

R-Y PHASE 1

31

,tt'@.:JICJ31.f§t'LiJIil1'J

(~TSC$lJil.:)

RY-PHSNT VC01

R-Y PHASE

1

32

tr.'@.:JIC&~~jf,ij1'J

RY-GAIN

VC01

R·Y GAIN

a

33

!If<'@.:JIC&~~iJliJ1'J

GY-GAIN

VCDl

G-YGAIN

2

34

P

/N-iJl,j]IJ

~

lli:&i)l:~

PN-Io

VCD1

PIN-Io

1

35

:JIC&~J8iJ1ill'J

y-oLY

VC01

Y-DLY

a

36

VM.f§t'LiJiIill'J

VM-PHS

VC01 VM-PHS

0

37

j.jtFm~iJiIill'J

STRAC VCD1

S-TRAC

1

38

7l<'jl-~xH!/tPiJIill'J

HBLK

VCb1

H-BLK

a

39

DC~t'L!i1:iJiIill'J

oCT-P vcoi

oC-TRNS POINT

2

40

DC~t'L~iJIill'J

oCT-R VC01

DC-TRNS RATE

5

41

DC~t'LIlUJiJ/l!l'J

DCT-L

VC01

oC-TRNS LIMIT

a

42

B.S.PIll!t'L

BSPL

VCD1 B.S.P.LIMIT

0

43

B.S.t'LJll

BSP1

VCD1

B.S. POINTl

5

44 B.S.t'Ljl2

BSP2

vco- B.S.POINT2

5

(lI)

(2) • In going to the service mode, read the data ataddresses

OOH

thru 03H on the EEPROM. If the data is different

from the one below, initializethe EEPROM as follows.

00H:50H 01H:80H 02H:30H 04H:13H

[Adjusting items]

No. Selling item

On-screen display IC Data setting

Initial value

0

SERVICE MODE

1

CUT OFF ADJ.

CUTOFF

BKGD

X

X

2

V-AMPLITUDE (50Hz) ADJ. V-AMP5 PDC V-AMPLITUDE 60

3 VLlNEARITY (50Hz) ADJ.

V-L1N5 PDC V-LINEARITY 18

4 V-S CORRECTION (50Hz) ADJ.

V-S COR5 PDC V-S CORRECTION 10

5

V-PHASE (50Hz) ADJ. V-PHS5

VCD1 V-PHASE 7

6

H-PHASE (50Hz) ADJ. H-PHS5 VCD1 H-PHASE 16

7

H-SIZE (50Hz) ADJ. H-SIZE5 PDC H-SIZE 40

8

EW-PARABOLAADJ.

E/W PAR PDC EW-PARABOLA 35

9 V-BIAS

V-VIAS PDC

V-BIAS 7

10 V-JCORRECTION

V-JCOR PDC

V-JCORRECTION 15

11 EW-CORNER ADJ.

E/WCOR

PDC EW-CORNER

5

12

TRAPEZIUM

TRAPE PDC TRAPEZIUM 25

13

V-COMPENSATION V-COM PDC

V-COMPENSATION

5

14 H-COMPENSATION

H-COM PDC H-COMPENSATION 7

15 BELL FILTER ADJ. SCM BELL SECAM BELL FILTER

120

16 SECAM R-Y ADJ. SCM R-Y

SECAM

R-Y

8

17

SECAM

B-Y ADJ. SCM B-Y

SECAM

B-Y

8

18

SECAM

GATE PULSE ADJ.

SCMGP

SECAM SGP 0

19 SECAM

CHROMA

ATT

SCMATT

SECAM C-ATT

0

20 SECAM ID SETTING SCM ID SECAM ID-SENS

0

21 FLESH

COLOUR

SETTING FLESH VCD1 FLESH 1

22 SRT MODE SETTING SRT-MD VCD1 SRT-MD

0

23 WHITE

PEEK

DETECT LEVEL WPDL VCD1

WPDL

1

24 WHITE

PEEK

DETECT CURRENT WPDC VCD1 WP-DET

0

25

HI-BRIGHT

COLOUR

SETTING HIBRT VCD1 HI-BRT 1

26 Y-YADJ. Y-GMMA VCD1

Y-y

1

27

COLOUR-y

ADJ. C-GMMA VCD1

Coy

2

28

COLOUR

DETAIL SETTING CDE VCD1 CDE 1

29 GP-PHASE ADJ. GP-PHS

VCD1

GP-PHASE

0

30

R-Y PHASE ADJ. RY-PHS VCD1 R-Y PHASE 1

31

R-Y PHASE ADJ. (NTSC) RY-PHSNT VCD1 R-Y PHASE

1

32

R-Y GAIN ADJ. RY-GAIN VCD1 R-Y GAIN

0

33 G-Y GAIN ADJ. GY-GAIN VCD1

G-YGAIN

2

34 PIN ID SENSITIVITY SETTING PN-ID VCD1 P/N-ID

1

35

Y DELAY ADJ. Y-DLY VCD1 Y-DLY

0

36

VM-PHASE

ADJ. VM-PHS VCD1 VM-PHS

0

37 S-TRACKING ADJ.

STRAC

VCD1 S-TRAC

1

38

H-BLK PULSE ADJ. HBLK VCD1 H-BLK

0

39 DC-TRANS POINTADJ. DCT-P VCD1

DC-TRANS POINT

2

40 DC-TRANS RATEADJ. DCT-R VCD1 DC-TRANS RATE

6

41 DC-TRANS LIMIT ADJ. DCT-L VCD1 DC-TRANS LIMIT

0

42 B.S.P. LIMIT BSPL

VCD1

B.S.P. LIMIT 0

43 B.S. POINT1 BSP1 VCD1 B.S. POINT1 5

OOH:50H

liJlillllPllil3

}

OlH:

SOH

02H:30H

04H:

13H

NN

<.0<.0

::IIJ::IIJ

XX

COCJ1

1.O

No. Setting item

On-screen display IC Data setting Initial value

44 B.S. POINT2 BSP2

VCDl

B.S. POINT2

6

45

B.S.G. BSG

VCDl

B.S.G.

0

46 BLACK LEVEL CORRECTl

BLC

VCDl

B.L.C.

1

47 BLACK LEVEL CORRECT2

BLS

VCDl

B.L.S.

0

48 BLACK DETECT LEVEL BDL

VCDl

B.D.L.

1

49 DYN. ABL-POINT

DABLP

VCDl

DYN. ABL-POINT

6

50 DYN. ABL-GAIN

DABLG VCD1 DYN. ABL-GAIN 4

51 ABL-POINT

ABLP

VCDl

ABL-POINT 5

52 ABL-GAIN

ABLG

VCDl

ABL-GAIN

6

53

TOF FOCHARACTERISTIC

TOF-F VCD1 TOFFO

0

54 TOF Q CHARACTERISTIC

TOF-Q VCD1

TOFQ

0
55 SUB-CONTRASTADJ. SUB CON VCD1 SUB-CONTRAST 15
56

BRIGHTNESS SUB ADJ.

SUB BRI

VCDl

BRIGHTNESS 140

57

SUB COLOUR ADJ. SUB COL

VCDl

SUB-COLOUR

35

58

TINT SUBADJ.

SUB TIN

VCDl

TINT

55

59 SHARPNESS SUB ADJ. SUB SHP

VCDl

SHARPNESS

63

60 VOLUME SUB ADJ.

SUB VOL S-CTRL

VOLUME

80

61

TONE FILTERADJ.

S-FIL S-CTRL FILTER

0
62

TXT-CONTRAST ADJ.

TXT-CONT

VCD1 TXT-CONTRAST

50

63

TXT-BRIGHTNESS ADJ.

TXT-BRI VCD1 TXT-BRIGHTNESS 90

64

V-AMPLITUDE (60Hz) ADJ.

V-AMP6 PDC V-AMPLITUDE 60

65

V-LINEARITY (60Hz) ADJ. V-L1N6 PDC V-LINEARITY 18

66

V-S CORRECTION (60Hz) ADJ.

V-S COR6

PDC

V-S CORRECTION

10

67 V-PHASE (60Hz) ADJ.

V-PHS6

VCDl

V-PHASE 3

68

H-PHASE 160Hz)ADJ.

H-PHS6

VCDl

H-PHASE 20

69

H-SIZE 160Hz'ADJ. H-SIZE6 PDC

H-SIZE

39

70 PLL MODE SETTING PLL PLL1/2

TEST 4

71 IGR LEVEL ADJ.

IGR-LVL

IGR

LEVEL 4

72 IGR

IGR-ST IGR

STEREO 24

73

NICAM ERROR RATE (MAX) N-ERR MAX NICAM

ERR-MAX 70

74

NICAM ERROR RATE (MIN)

N-ERRMIN

NICAM

ERR-MIN 35

75 NICAM ERROR

N-AMDIS NICAM

AMDIS 0

76

V-ENHANCEMENT V-ENH DCF

VENH 4

77 COLOUR BAND CBPF

DCF

CBPF 0

78

1 LINE DOT IMPROVEMENT LD DCF

LD 0

79 CORING

CORING DCF

COR 0

80

PIP H-DISPLAY POSITION H-POS PIP

POS-H2,POS-H

16

81

PIP V-DISPLAY POSITION V-POS PIP

POS-V 16

82

PIP SUB TINT

PIP-TINT VCD2

TINT 35

83

PIP V-POSITION

VSIDLY5 PIP

VSIDEL 10

84

PIP H-POSITION 150Hz)

HSIDLY5 PIP

VSIDEL 3

85

PIP H-POSITION (60Hz) HSIDLY6 PIP

VSIDEL 2

86

PIP DISPLAY ADJ.

VSPDLY PIP

VSPDEL

0

87 PIP SELADJ.

SELDLY PIP

SELDEL

2

88

PIP Y-DELAY (PAL)

YDLYP PIP

YDEL

0

89

PIP Y-DELAY (NTSC)

YDLYN

PIP

YDEL

0

t!ii-li}

i5l:;E:~

§

:t£)jf.*:~p'q~

IC

l:t:lJiH5l:;E:

mr.>1Jt

45 B.S.G.

BSG

VCD1

B.S.G.

0

46

~'@.f'\!:!jZf.lCiEl

BLC

VCD1

B.L.C.

1

47

~

'@.E@.:!jZf.lCiE2

BLS VCD1

B.L.S.

0

48

~'@.~~f'\!:!jZ

SDL VCD1 B.D.L.

1

49

DYN.ABLfiLIt

DABLP VCD1

DYN. ABL-POINT

6

50

DYN.ABL:m~

DABLG VCD1

DYN. ABL-GAIN

4

51

ABLfiLll:

ABLP VCD1

ABL-POINT

5

52

ABL:m~

ABLG VCD1

ABL-GAIN

6

53

TOF

F04'iftt

TOF-F

VCD1

TOFFO

0

54

TOF

Q4'iftt

TOF-Q

VCD1

TOFQ

0

55

~m

l:t.§£iJilJTi

SUB CON VCD1

SUB-CONTRAST

15

56

~j~.§£iJilJTi

SUB SRI

VCD1

BRIGHTNESS

140

57

~j~'@.iJilJTi

SUB

COL

VCD1

SUS-GOLOUR

35

58

~J'@.iJilJiJi!lTi

SUBTIN

VCD1

TINT

55

59

~J~~'§£iJilJTi

SUBSHP

VCD1

SHARPNESS

63

60

~j

if-:l:iJilJTi

SUB VOL

S-GTRL VOLUME

80

61

if-iJilJill

ilU~

iJ/ilTi

S-FIL

S-GTRL FILTER

0

62

TXTJt-t

l:t,iJ!:iJiilTi

TXT-CONT VCD1

TXT-CONTRAST

50

63

TXT3!E,iJ!:iJilJ

1'i TXT-BRI

VCOl

TXT-BRIGHTNESS

90

64

~1l:.$iHI(

60Hz

)iJ/ilTi

V-AMP6 PDC

V-AMPLITUDE

60

65

~

1Hlttil£

(60Hz)

iJiilTi

V-L1N6 PDC V-LINEARITY

18

66

3E1l:./il'ltFf.lCiE

(60Hz

)iJi!lTi

V-SCOR6 PDC

V-So

CORRECTION

10

67

~1l:.:j:§fiL

(60Hz)

iJi!l1'i

V-PHS6 VC01

V-PHASE

3

68

7J<

:!jZffifiL

(60Hz)

iJiil1'i

H-PHS6

VC01

H-PHASE

20

69

7J<~

R

't

(60Hz

)iJiilTi

H-SIZE6 PDC ' H-SIZE

39

70

PLL:l*~i5l:;E:

PLL

PLl1/2

TEST

4

71

IGRf'\!

:!jZiJilJ1'i

IGR-LVL IGR LEVEL

4

72 IGR

IGR-ST

IGR

STEREO

24

73

NICAM1liIj:a:~~$

(l'it;lc) N-ERR MAX

NICAM

ERR-MAX

70

74

NICAM1liIJ:a:~~$

(ii/j,

)

N-ERR MIN NICAM ERR-MIN

35

75

NICAM1liIj:a:~~

N-AMOIS

NICAM I AMDIS

0

76

~1l:.m~s

V-ENH OCF VENH

4

n

~'@.~li!i

CBPF

OCF CBPF

0

78

li1.};'H~fr

LD OCF

LD

0

79

~it

CORING

OCF

COR

0

80

PIP*:!jZ~lJ'fiL:R

H-POS

PIP

POS-H2, POS-H 16

81

PIP~1l:.~lJ'1i'Lii

V-POS PIP POS-V

16

82

PIP~J'@.j}Iij

PIP-TINT

VCD2 TINT

35

83

PIP~llfiLii

VSIDLY5

PIP VSIDEL

10

84

PIP*~fiLii

(50Hz)

HSIDLY5

PIP

HSIDEL 3

85

PIP*~1i'Lii

(60Hz)

HSIDLY6

PIP

HSIDEL 2

86

PIP~lJ'j}lijTi

VSPDLY PIP VSPDEL 0

87

PIP~~iJiil1'i

SELDLY

PIP SELDEL

2

88

PIP1Eil£ji£j8

(PAL1liIJ:a:)

YDLYP

PIP YDEL

0

89

PI

p~~ji£j8

(XTSC1lilJ:a:

:

YDLYN

PIP

YDEL

0

"'"

<Dec

:xJ::I

~~

.....

o

No. Setting item On-screen display IC Data setting

Initial value

90

PIP PLL SETTING PLLTC PIP PLLTC

3

91 PIP FRAME LUMINANCE YFC PIP FRY

10

92 PIP FRAME COLOUR UFC PIP

FRV.FRU

0

93

PIP FRAME WIDTH

FRM

PIP

RWIDV,FRWIDH

12

94 OSD

"

MICON HR

9

95 STANDARD SOUND SYSTEM S-SYS MICON

BG

96 LANGUAGE OPTION SETTING LANG MICON

255

97

PAL-TINT SETTING PAL-TINT VCD1 TINT

64

"For 60 Hz data, enter the following values in the data set for 50 Hz.

Setting Item

Offset Value

V-AMPLITUDE ADJ.

0

V-LINEARITY ADJ.

0

V-So

CORRECTION

0

V-BIAS

-4

H-PHASE ADJ.

+4

H-SIZEADJ.

-1

III INITIALCHANNEL SELECTION DATA SETTINGS

1) Call up the service mode. Enter MCL1to make the settings ofthe channel selection data on the
EEPROM (see the next page). Then select the channel POS1.

Factory

settings

and

geomagnetic

adjustment

model by model

(reference)

Suffix for model number Geomagnetism (H,V) nT Background Language

S-sys

B

30000

20000 12300K

CHINESE I

C (SINGAPOLE) -10000 40000 12300K

ENGLISH

BIG

iil%

i5l:~JjQ

13

t£~:&:~pq~

IC

;k~i5I:~

joJJltilfiI

90

PIP

PLLi5I:~

PLLTC

PIP PLLTC

3

91

PIP~31EEl

YFC PIP

FRY

10

92

PIP~~~

UFC PIP FRV, FRU

0

-

93

PIP~~El

FRM

PIP

FRWIDV. FRWIDH

12

94

t£m~1l"

"

MICON HR

9

95

~/'I£1I'IIJOJ~UJt

S-SYS

MICON

BG

96

ii%§~l$i5l:~

LANG

MICON

255

97

PAL*,Ji\:~iJliJi5l:~

PAL-TINT VCD1

TINT

64

*1

50Hz~jJ5i.5I:~st,

~,~]iiJliJ11=lti5l:~~jJ5ilif;iltIT60Hz~jJ5S'9i5l:~0

i51:~~13

i

-t!ii~{i

~

1i:

$lil

m:

jjJ11

I 0

~1i:~f.EEliJliJ11

i

0

~1i:IiiJ%~IE

I

0

~1i:-t!iiff

!

-4

7.K~~ttillil11

+4

7.K~R>tiJliJ11

I

-1

III

~~r£ml¥919J~~mj5t:iE

1

)IJlf04f:liH·FjjJ~tI:~1H~"'F~FJT~~*,EF.jMCL1*:I4~.g.fJ(mi.5I::JE:TEEPROMZ.9='

(.!:i!.

"'F9i')0

fA.

ITS,

~l$POSlo

*

~

%

t:e

r:

a-g-l3'9

*J.J'!l'€!i~5FO

~j:mlft!ij

~(~

~

)

~-"}~~

liilJ:iJ(*~,

~1i:)nT

'If,*

'0;:-

s-svs

'J;c i=i

B

30000 20000

12300K

9='Jt

I

C

(~.1JIlf&:)

-10000 40000

12300K

~Jt

BIG

NN

<0<0

:0:0

XX

cocn

...

...

FACTRY SETTINGS

1) Using the keys, make the following factory settings on the EEPROM
ITEM

DATA SETTING

SKIP

OFF

AFT

ON

C-SYSTEM

AUTO

S-SYSTEM

'1

IGR FORCED FM

ON (29RX5 ONLY)

IGR MODE

ST, MAIN (29RX5 ONLY)

NICAM FORCED FM

ON

NICAM MODE

M1

LAST POWER

ON

LASTTV/AV (MAIN/SUB)

TV

DIGIT

2DIG

LANGUAGE

'1

BULE BACK

ON

AVMENU

STANDARD

AUTO SELECT

OFF

LAST POS (MAIN/SUB)

1

LASTFB

POS

1

VOLUME

0

BALANCE

0

CONTRAST

INITIALVALUE OF EACH AV MENU MODE

COLOUR

INITIAL VALUE OF EACH AV MENU MODE

BRIGHTNESS

INITIAL VALUE OF EACH AV MENU MODE

TINT

INITIAL VALUE OF EACH AV MENU MODE

SHARPNESS

INITIALVALUE OF EACH AV MENU MODE

YNR

INITIALVALUE OF EACH AV MENU MODE

BKGD

INITIAL VALUE OF EACH AV MENU MODE

TREBLE

INITIAL VALUE OF EACH AV MENU MODE

BASS

INITIALVALUE OF EACH AV MENU MODE

U-BASS

INITIAL VALUE OF EACH AV MENU MODE

SPATIALIZER

INITIAL VALUE OF EACH AV MENU MODE

TIMER

CLEAR

SAVE

OFF

HEAD PHONE

AUTO ILEVEL: CENTER)

INSET TINT

0

DEMO

OFF

PIP DISPLAY POSITION

LOWER RIGHT

'1:

Refer to the Job Instruction Sheet.
For S-SYSTEM, the following factory settings 1, 2, 3and 4 can cover all the channels.

1: M 2: B/G

3:1

4: D/K

t:e

rr

a-r

1¥9

*J]3!~~

i..~

JCE:

1

)*-r

~?JTjf-~*ftt*!ii;lt:fl3@:B<J~UB.,

J<).

i!~~M~iilj':i!::iETEEPROMZ

e:p

0

i,5l::iEr.9!

gj

~!i5i&::iE

mVi:i,5l::iE

fiLji

~

AFT

3f

~~i!iIJ:<ti,5l::iEfiLji

§Z9J

p;=a'i!iIJ:<ti,5l::iEfiLji

'1

!GRs!

i!iIJ~~i,5l::iE

fiLjI

3f{~~29RX5)

IGRi!iIJ:<ti,5l::iE

fiL:ii

STEREO(:iLf*Jl'f)

.±~~

"MAIN"

(~~29RX5)

NI

CAMSSi.i!iIJ~~i,5l::iE

fiLjI

3f

NI

CAMi!iIJ

:<ti,5l::iE

fiLii

Ml

II:S

El!

lJ~GF

~

i,5l::iE

fiL:ii

3f

II:sEl!'!:\iI./;a~i,9::iEfiLji

(.3:./11J

El!'!:\iI.

~~i,9::iEfiLji

-fiL~

i,:g:~i,5l::iEfiLJI

'1

ili

~

'If*i,9::iE

fiLJI

3f

p;~j2'£:iEfiLii

fif-/t

§Z9Jj2'£:tffiLii

~

l'isi,5l::iEfiLii

(.3:./iilJ)

1

II:s

FBi,5l::iE

fiLii

1

'/if:l:

i,5l::iE

fiLJI

0

titi

"fWi,5l::iE

fiLii 0

~

~t

13'U5l::iE

fiL

Ii

~P~j2'£:tfr.9!gjB<JM~m.

*~~i,5l::iEfiLii

~P~j2'£:tfr.9!gjB<JM~iil

j!EJ3{

i,5l::iE

fiLii

~i5"~j2'£:tfr.9!

gj

B<JM~Sm.

-B

~j.5l::iE

fiLii

~

Jl'f~JiE:tfr.9!

§I

B<JM~~m.

~

IJI3

J3{

i,5l::iE

fiLii'.

~Jl'f~JiE:tfr.9!

gj

B<J1<msm.

YNR

~P;~JiE:tfr.9!gjB<JM~m.

BKGD

~P~JiE:tfr.9!

gj

B<JM~Sm.

j@j

'/if

i,5l::iE

fiL

ji

~P~JiE:tfr.9!

gj

B<J1<.msm.

1~

=a'

i,5l::iE

fiLii

~P;~JiE:tfr.9!

gj

B<J1<.m~m.

~

1I£iH5l::iE

fiLji

~P;~JiE:tfr.9!

gj

B<JM~~m.

SPATIALIZER

~;a~JiE:tfIJii

gj

B<J1<msm.

:iE1It*j.5l::iE:

fiL

ii

!J3~

~!i51*:

fH5l::iE

fiLii

~

~ilPHJl.i.5l::iE:fiLIi

§Z9J(El!"f:

e:p~)

IIJ

~Jjf.

'@.

~j.5l::iE

fiL:ii

0

7J'

~

i,5l::iE

fiLlf

~

PIP,'i7J'Jjf.

i,5l::iE

fiL

Ji

ti-r

'1

:

~~p;ifi!ilJ:<tB<Ji,5l::iE,

~tIJrIltB<JM~Siilj]L

2, 3&411t,

iiJi,5l::iE:?JT~~J1to

l:M

2:B/G

3:I

4:D/K

1\)1\)

(.ClCO

7.17.1

XX

COUl

SERVICE ADJUSTMENT

PIF/AFT/AGC ADJUSTMENT

f*~iffiJ~

PIF/AFT/

AGCI¥.J

iJj!!ij~

1\)1\)

<0<0

:Il:Il

XX

COC1J

10kO

- 1.5dB

± 0.8dB

100kO

~I&U

-c

001

E-9~iIil:

002

750

s 1000p

"'~~l!l~

1000p

o-I~

2.

ttJ~t'iH~~VCOI3

J%i:~~~

:T203

(Tl03)

1..

Mjcttl~~~w:

tl:l7C~0

2.

X'tIC20l

(IClOl

)~"I$lI

(4) (IF

ACC

)Jil[tJll1l:i:JiE~EEo

6.0+0.lV

TP202(TPI02)

3.

jlH5i:iil;;;\;~EEitl9!tl;!li:IC201

(ICIOI)"I

$lI

(20)

(PLL

FIL)

~1f.i:JiE~EEiilo

TP203(TPI03):~0.007V~~~IOkHz

*&H~~Jili'iJ~:lrlVH~.ra31!L~~~iil;;;\;~EErr

0

4.~~i!tJll~IC20l(IClOl)"I$lI(4)~1l:i:JiE~EEo

5.

fi§A.7C~.

~1&E-12!Ji!jBI!1i3%

0

(AFT9t~*f;lJ:I1t~at

,1i4~1&!Ji!jf~lt!j~:i'E~224.

25MHz)

6.

~~1t;;;\;~EEit~IC20l

(IClOl

)~"I$lI(20)o

~'PT203

(Tl03).

~~EEiilJ2s~~3

.I.iiiPJTl9!~:!ittl:l~~iilo

$ilfm:15iI

:+0

.015V(20kHz)

1.

~i~~IFT(~i~)~~~:TU20l(TUlOl)

1.

T7'Gfil/%\'iiAi¥.Jl'll:i&:f*;;i5"F.

1l!~l\UBH

l'll:i&E-9~l1itli!!%z:t!t;;!;i.

~'PPLLf&!!:L

2.l'll:f.3m~llifl\'ii

l!l~I!l!lT~lWfl5'i:~l'll:~~

(M~f.3m).

3.

~r,HI!)iHU~~

l!l

!\!ljl-j980d81l

v.

4.l'll:IlfiJJ2l'1I!!.lt('I!l';g~!lJi:fli¥.J1ll;~JHJtj~Ht;

.!A!.

001)T~lWfl"'~\'iil!l~.

(Rfi'€!iiHtT~

l\'!ifl"'~~l!l~).

5.

RM~El~~~!!i!tlJRF

AGCi¥.J

!\!.ffi:il!ITO:3?:

6V~

i¥.J

.!;IJlt%::r:l'll:Mzfl'LIL

6.

N~~l'li'fl"'~!!.ltI!l!lJ9T~!lJi:%~3[002J9T~

i¥.JJjIlI,laJ!*.

~~:~~~~~~.

~~~L~Mfl~~W

1iJ:fi

•

- 1.5dB :l: O.8dB

10kn

100kn

Oscilloscope

Fig. 1.

E9CH

1000p

o---I~

Fig. 2.

1. Disconnect the antenna fromthe tuner antenna terminal.

2. Apply DC voltage at pin (4) (IF ACC) of IC201(IC101).

6.0 +0.1 V TP202 (TP102)

3. Using adigital voltmeter, measure the DC voltage atpin (20) (PLL FIL) of IC201 (IC101).
TP203 (TP103):About 0.007 Vcorresponds to

10kHz

.

• Prepare adigital voltmeter capable of reading down to the third decimal place.

4. Remove the DC voltage from pin (4) of IC201(IV101).

5. Reconnect the antenna and receive the E-12CH signal. (With the AFT off, set the receiving frequency to

224.25 MHz.)

6. Connect the DC digital voltmeter to pin (20) if IC201 (IC101). Adjust T203 (T103) to get the voltage
measured in the above step

@.

Allowable error: +0.015 V (20kHz)

2. vco ADJUSTMENT: T203 (T103)

1. Get the tuner ready to receive the E-9CH signal,but
with no signal input. Adjust PLLdata.

2. Connect the sweep generator's output cable to the
tuner antenna. (RF sweep)

3.

Adjust

the

sweep

generator's

output

level to

80dBIlV.

4. Connect 1heresponce lead (use alow-impedance
probe with wave detector; see

Fig.t.) to the tuner's

IF output terminal.
(This terminal must have the probe alone con­nected.)

5. Set the RF AGC voltage to

0-6V with no contact

with waveform.

6. Adjust the tuner IF coil to obtain the waveform as
shown in

Fig.2.

Note: Be sure to keep the tuner cover in position during

this adjustment.

1. TUNER 1FT(preset) ADJUSTMENT: TU201 (TU101)

IF-oUT

...

I\)

PIF/AFT/AGC ADJUSTMENT

PIF/AFT/AGC~

i./i!IlI_

3. AFT ADJUSTMENT: TP204(T104}

1. Receive the E-12CH (PAL colour bar) signal. ifthis

signal isnot available, any signal above the E-5CH
band is acceptable.

-Field strength:

55-80

dB~N

Make

sure the

frequencyisalmost

the

same

as

that of the received channel

(± 3011Hz).

2. Using the channel setting control, make afrequency
of 224.25 MHz

appear

on the screen. (AFT

011)(11

any other channel than E-12CH is received, make
its frequency on the screen.)

3. Turn

T204

(T104) coil clockwise first to have 6V

reading and then

counterclockwise

to get 0.2 V
reading.
Within this range, adjust this coil to reach the volt­age below.

4. Adjust

T204

(T104) so that the DC voltage at the

AFT

OUTterminal

- pin (1)of IC201 (IC101)be 3.3

± 0.1 V. (See Fig. 3.)

DC

voltage

at TP201

6V

3.3V

DOWN A S' S Ill" C UP

Fig. 3.

• Turn the core counterclockwise for the UPdi­rection, and clockwise for the DOWN direc­tion. Adjust the T204 core to point B (between
B' and B"). Point A and C are rejectable.

3.l3iYJt'i.tiJiiJAFTB-'JiJiiJJM:T204(T104)

1.1ti/l(E-12~iJ:t(PALttJ:itlGi~){s-l9'.

7GE-12

~.m4.Al!t.

~Jll~5~.~~~

••
{s-'%1't'l:l'.
itl;iUj1illt:

55-80dB~V

Milj.iEW!J:iI!!iJlijl'ilii/l(~iJ:ti¥J.$(

±

30kHz).

2.iilii±!IJ!iJ:tNlE**.

iJlijj)t3H~7i't±li¥J!IJ!$

~

-m:

~

224.

25MHz.

(AFT~'1"

*

~tt~).

(lti/l(

~

7E-12~

Jlt

~

~~

i¥J!Wl

iJ:t

fa%l!t.

!IZ.

~*Jjj

Eq;ii;;m$:i¥J.$).

3

.I;!.Jif!l(atH)]rli:JME~T204(T104

)~gj3atB-'J1'JJMi

Jtl..EEj;6V,

i9!atHjJrli:JME~atB-'JWMiJtl..EEj;

o. 2vj;iltrm,

iJiiJi'JT204~gj3

,~~gj3

<=P

~tLji

B-'JJtl..EEmJ<S~""f~[',~*o

4.iJiiJi'JT204(T104),~IC201(IC10l)51~(1)

(AFT~t!:l!ljjij

)B-'JH.l:IiEJtl..EE-mJ<S~3.

3V±O.1

Va<J

m.JE~*o

TP201Ji"JJ[tm.rtffi

6V

3.3V

H$

A B' B

B"

C

n$

003

*

litH,'

j;~8tH:1ji!;J8t~

~f$,

:Ef

1J11~

8tH:1jfi;J8t!ilIJ~H$o

l£B'

EqB

H

.<:.

is]

Mm~~T204i¥J1itt'L,{j'[illmJmT

BA.o

(A,

CA1JNG)

5. VIDEO DETECTION LEVEL ADJUSTMENT: R224

1. Receive the "B/G SYSTEM PAL COLOUR BAR" signal (100% white colour bar). Ste the S system to B/G.

2. Adjust R224 so that the video output at the AV OUT terminal be 1.0

±0.05 Vp-p with a 75-ohm termination.

4. RF AGC CUT-IN ADJUSTMENT: R226 (R116)

P201

(P101)

rtt!ll.ti1.

004

+J I 0

+

-wlBin

7i'1l!i:U

t..9..

1

Y

4.

M~13

iYJ:tt\'~~*1JRF

AGC1lIlAB-'JiJiiJ~

:R22B(R116)

1.~41l:E-12~j1[

"PAL*U~*3~"

1~%o

itl;iUj1illlt:

57±

IdB~

V(~1t75'PIHIl.)

2.

l1H!l4fj1f

7i'

j!:,jt

It

7i'

lI!i:

H

'1"

P201.

it

-wlBifl

:

~6.

5V

3.

ME~R226

(R116),

~FJrl!.Qtl<i!.EEil~:j(J3~Jll*o

4.

;f§&jJrli:Jm:f§!j:i!?ME~R226

(R116)

,.j4<i!.EEil

;tiJiiJ~Jll*m-o

.1VZ~j,J3!:o

5.

iJlij1El-'%51illlt~63-67dB

~V.W!Jl.\.7G~j'll'

t±l

m.

6.

NiJIij{"a--,%j1illlt~90-95dB

~v.W!Jl.\.7G~llt

fill-l9'iJlijttJitHst±lm.

i'E1i :

:llcjiIHI1!Jll::r-*50/75~!l.tltfH~fli¥J500

~~l;iU51illlttt.

~J;ib51illlt!f<:·~~~55

±

IdB~V.

~~~.

iI1!Jll~~fll!t.

B:;lfJ:!R

E!3

~~fl'fjH~i¥J~.Il.!Jtm;1<;.

5.1'Ji!.~~~Jtl.~B-'JiJiiJ~:R224

l.lii/l(

"B/Gfi1IJ:itPAL~~"

{i1!%(lOO%s'@.fl1f%).

tll:S-fillJ:it'fB/G{12I.

2.

iJIij

l'iR224.

iI1!j'll'

~

~

t±llt/HI:

i¥J

t!lI.!IJ!~

t±lj1illltii;J£l.0±O.

05Vp-pi¥J

mlE

j!:,jt

('1"750

Ii

~~).

i'E1i:

Jll

"IfillJ:itPALlGi~"

1EI%*i£ffJltJ3lliJlijJMl!t.

B:tll:StlJ:it'fI{;LI.

P201

TV

set

Fig. 4.

Oscilloscope

~

1. Receive the.E-12CH "PAL COLOUR BAR" signal.

- Fieid strength: 57

± 1

dB~V

(75 ohms open)

2.

Connect

the

oscilloscope

to P201, as

shown

in

Fig. 4.

- Bias box: About 6.5V

3. Turn R226 (R116) to have the highestvoltage.

4. Turn R226 (R116) slowly in the oppsite direction
untill the voltage goes down 0.1Vbelow the high­est level.

5. Adjust the signal levelto63-67

dB~V

and make sure

there are no noise.

6. Now adjust the signal levelto90-95

dB~V

and make

sure there is no chrominance modulation beat.

Note: If a 50 ohm field strength meter is used withouta

50/75 impedance converter, set the field strength

to 55

± 1

dB~V.

Pay attention to a loss that would

be cause with the converter.

....

W

NN

(Q(Q

JJJJ

~~

....

J:>,

DIGITALCOMB FILTERY LEVELADJUSTMENy

1. DIGITAL COMB FILTER Y LEVEL ADJUSTMENT: R5467

1. Input the PAL colour bar (100% white colour bar) signal to AV-IN terminal with a 75 ohm termination
(input level 1.0

Vp-p

+ 0.05Vp-p).

2. Connect the oscilloscope to

TP5462

(connector YA pin (7)).

3. Adjust R5467 so

that

the Y signal (100% white) at TP5462 be 2.0 ±

O.lVp-p.

Note:

Make

sure

that

the

signalislinearly

amplified

overall.

(The

100"10

portion

shouldbekept

intact.]

<Reference> Note the voltage level for the adjustmentwiththe E-12CH signal.
Tobe adjusted to 2.0 Vp-p at TP5462

• Make sure the abovevalueisavailableafter the adjustment

No.5.
Input (YB) (2): 2.0 V +0.1Vp-p
Output (YA)(7): 2.0 V +0.1 Vp-p

SOUND

ADJUSTMENT

1. SUB SOUND ADJUSTMENT (BUS ADJUSTMENT)

1. Feed the following signaltotheAV terminal.Signal: 1 kHz, 1.76Vp-p (terminatedwitha 10-kohmimpedance),

0.04/-0.06 Vp-p

2. Set the volume control to MAX.

3. Connect the VTVM probe to the

Sl

connector. (Pin G): L-ch,pin ®:GND, pin @: R-ch)

4. Adjust the sub-sound data so that theVTVMshould read the following voltage. For the left channel.
Adjustment error: B.9+0.1Vrms

Notes:

• Spatializer off

• In the S-Normal mode

• S-VOL control at MAX position
'Use anB-ohmdummy load.

2. NOISE MUTE CHECKING

1. Receive E-12CH "PALcolour bar" signal.

2. Turn up the volumecontrolto maximum and makesure the sound is heardfromthe speakers.Then put the
unit in the no-signal state.

3. Be sure that the sound muteiseffective.

4. Finally turn down the volumecontrolminimum.

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Fig. A

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Rank "A"(onthe Rank "A"(onthe
rightoftheCRT) left of the CRT)

" Holddownthe single- colorkeyfor 1secondsor longer,
whether

in the service modeor not, andthe single -

colour modeis calledup.Alsowiththetext keys"R", "G"

,and "Cy", the

corresponding

single-colorscreen comes
up.
"1:Thedeflectionyokeposition(YPB.is adjusted byset­tingthe"a"and "b" landings.
[CRT code: VB68LFP"""

==>20-!lmpoint,

CRTcode: VB68QBC"""==> o-umpoint]

RED ONLY
SCREEN

BULEONLY
SCREEN

SINGLE-COLOUR

I~

,

MODECLEARED

GREEN

ONLY

SCREEN

PURITY ADJUSTMENT

1. Using the remote controlier, cali the green-only
screen.Setthecontrastcontrolto have a beam cur­rentof 1.4

mAo

2. Fullydegaussthecathoderaytubewith the degauss­ing coil.

Note:Themagneticfield adjustment is referred to in the
Production Communication Sheet. See the factoryset-

tingstableforthemagneticfield.

3. Setthepuritymagnetto the zero magneticfield, and
roughlyadjusttheconvergence.Nowadjust the pu­rity magnettogetthecenteringrank A.

4. Movethe

deflection

yoketoandfro,and

observe

the

points

"a"and"b"as

shown

inFig.

1-1

witha

microscope.

Setthe

landings

to20urn.Insertanddrivethe

wedge

tokeepthe

deflection

yokewell

balanced

topand

bottom.

4'. Ifthepoints"a"and"b"arepoorly

balanced,

correctthe

centering

upto therankAB.

5.

Adjust

the

raster

rotation

to0

eastward.

6.

TIghten

the

deflection

coillock

screwsTIghtening

torque:

108+20N

(11

+2k9n

7. Checkthe

corners

onthe

cathode

raytube

screen.

Cor-

rectthe

landings,asrequired,

totherankAby

applying

the

magnetic

sheet.
Note: Make this adjustmentafterwarminguptheunitat
thebeamcurrentof1400 +50

!lAfor30 minutesorlonger.
If any other adjustmentis made duringthe warming-up,
warm uptheunitfor2 moreminutes and start the purity
adjustment.
Note: Call the service mode withTP1001 (TP1002)and
pressthesingle-colorkeyon the processremotecontrol­ler,andthe green-color screencomesup.
Note:Afteradjustingtheconvergence, setthe"a"and "b"
landingsto20 urnin advance.

2" SURROUNDING PURITYADJUSTMENT

1. Make sure the deflection yoke (YPB) is positioned well. Receive the crosshatch signal and move the
deflectionyoke to roughly adjusttheYHandYV.(Fix the deflectionyokewith the wedgewithin30seconds.)

2. Call up the green-onlyscreen,and set the beam current to1400

!lA.

3. With BH at 0 andBVas specified by the Production Communication Sheet, make sure the landings at the
cornersareof rankA. If not, apply a purity correctionmagnetand readjustthelandings.
The magneticfield adjustment is referredtointheProductionCommunicationSheet.

....

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CONVERGENCE

ADJUSTMENT

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DYNAMIC CONVERGENCE

1. Adjust theconvergenceon the fringes of the screen

Inthe folloeing steps.

a) Fig. a: Drive the wedge at point "a" and swing

the deflection coil upward.

b) Fig. b: Drivethewedgeat points "b" and "c" and

swing the deflection coil downward.

c) Fig. c: Drive the "c"wedgedeeperandswingthe

deflection coil rightward.

d) Fig. d: Drivethe"b"wedge

deeper andswingthe

deflection coil leftward.

2. Fix allthewedgeson the CRT and apply glass tape
over them.

3. Apply lacquer to the deflection yoke lock screw,
magnetunit(purity,4-poleand6-pole magnets) and
magnet unit lock screw.

STATICCONVERGENCE

1. Turn the4-pole magnet to a proper opening angle

in order to superimpose the blue and red colours.

2. Turn the

s-poremagnet toa proper opening angle

in order to superimpose the green colour over the
blue and red ones.

BGR

Fig.d

Fig.b

u~n

....................

,..

+.

______

1.

'f'

._._.i-.!..

. ,

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I
I

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G

B

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E , I

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f ' I

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Wedge "a"

Fig. c

B

G

i=-=--I-::::r.:r.::w

R

RGB

(To be

done

after

the

purity

adjustment)

1. Receive the E-2CH "CROSSHATCH PATTERN"
signal.

2. Using the remote controller, call the Normal mode.

...

en

6-pole magnet

4

- pole magnet

CRT neck

lacquer

CRTCU~OF~BACKGROUNDANDSUB~ONTRAST

ADJUSTMENT

1. CRT CUT-OFFADJUSTMENTS

Adjusting Point

IIIl Sub-Brightness: R890

1. ReceiveE-5CH"MONOSCOPEPATTERN"signal.

2. Using the remote controller, call up the P-NORM
mode.

3. Turn on the service switch and select the cut-off/

n n

-.

background mode. I

4. Connect the oscilloscope to TP852 (RED cathode). 10",1Vp-p

5. Set the screen controlto 0/10 position.

6. Pressthe

"0/_"key ontheremotecontrollertoreach

the horizontal centering mode.

7. Adjust the sub-briqhtness control (R890) so that
the blanking pulse on the oscilloscope screen be

10

± 1Vp-p.

8. Disconnect the oscilloscope from TP852.

9. Turn the screen controlcounterclockwise untilthe horizontal raster becomes whitish.

10.Adjustthe cut-off data of the other two colours untilthe horizontal raster becomes whitish.

Note: The data can be

turned

up and

down

with

the abovekeys.

o R CUT OFF UP "1" key 0 G CUT OFFDOWN "5" key

• R CUT OFF DOWN "4" key

0 B CUT OFF UP "3" key

o G CUT OFF UP "2" key 0 B CUT OFF DOWN

"6"

key

11.Turn the screen control counterclockwise until the horizontal rasterdisappears.

Note:Before

starting

this

adjustment,

warm

up the

unit

for30minutesorlonger

at a beam

current

of 1400

±50lJA·

12.Press the "0/_" key on the remote controller to callthe normal mode.

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2. WHITE BALANCE and BACKGROUND FC BUS ADJUSTMENT

1. Receive the E-5CH"MONOSCOPE PATTERN" signal.

2. Using the remotecontroller,call the Video Normalmode.

3. Connect the beam ammeter between TP601 andTP602.

4. Roughly adjust R1631 (sub-contrast control) to have a beam current ofabout 1.6mA.

5. Receive the J-12CH (window pattern) signal. (Or receive the white balance pattern signal.)

6. Adjust the G-drive and B-drive data to havea colour temperature of 12300

QK

(white).

·12300"K X: 0.272

Y: 0.275
(with a Minolta colour temperture meter CA-100)
Note:The data can

be

turned

up and

down

with

the abovekeys.

o G-DRIVE UP "7" key 0 B-DRIVE UP "8" key

o G-DRIVE DOWN

"~"

key • B-DRIVE DOWN "0" key

7. Using the R-CUTOFF,G-CUTOFF,and B-CUT OFF controls, adjustthe white/dark portion to 12300"K.

8. Readjust the color temperature at the whitepeak.

9. Check the white/dark portion to make sure the colour temperature is 12300"K.
Note:Before

starting

this

adjustment,

warm

up the

unit

for30minutesorlonger

at a beam

current

of 1400

±50lJA·

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CRT CUT-OFF, BACKGROUND AND SUB-CONTRAST
ADJUSTMENT

(Continued)

3. MAX BEAM R1631

1. Receive the E-5CH "MONOSCOPE PATIERN" signal.

2. Using the remote controller, call the Video Normal mode.

3. Connect the beam ammeter between TP601 and TP602.

• Ammeter's full scale: 3mA range

• Ammeter's positive

(+) read: . TP601

• Ammeter's negative (-) read: TP602

4. Adjust R1631 (sub-contrastcontrol) so that thebeam current be 1.6mAo

Note: Before

starting

this

adjustment,

warm up the

unit

for30minutesorlonger

at a beam

current

of 1400±

50~.

II]

1 2 3 4 5

4. SUBBRIGHTNESS FC BUS ADJUSTMENT

1. Receive the E-2CH (crosshatch pattern) signal.

2. Using

the remote controller, call up thenormal video mode.

3. Adjust

the sub-brightness control in the service mode so that the
fourth (1 thru 5 from left)black zone of the window pattern should
look sinking.

II]

1 2 3 4 5

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HORIZONTAL AND VERTICAL CIRCUIT ADJUSTMENT

1. MAIN PICTURE ADJUSTMENT

For this items 1thru 6 below, use the remote controller in the service mode.

1. V-AMPLITUDE 50: Adjust the overscan

8.5% (E-5).

2. V-LINEARITY 50: Adjust to getthebest linearity.

3. V-S-CORRECTION 50: Preset (readjust ifthe linearity is poor).(10)

4. V-PHASE 50 (V-CENTER): Align the screen center WithCRT'sgeometrical center (E-5)

5. H-PHASE 50 (H-CENTER): Align the screen centerwithCRT's geometrical center (E-5)

6. H-SIZE: Adjust the overscan 8.5% (E-5).

7. EW-PALABOLA (SIDE-PIN): Adjust so that the secondvertical linesfrom the left and right ends of the cross-

hatch pattern be straight (E-2).

8. V-BIAS: Preset

(7)

9. V-S-CORRECTION: Preset (15)

10. EW-CORNER (SUB-SIDEPIN): Adjust so that the endofthe crosshatch pattern be straight.

11. TRAPEZIUM: Preset (Readjust ifnthe trapezium is poor). (25)

12. V-COMPENSATION: Preset (5)

13. H-COMPENSATION: Preset (5)

14. Others: For the V-AMPLITUDE60, V-LINEARITY 60, V-S-CORRECTION60,V-PHASE
60, H-SHIFT60, and H-WIDTH 60 adjustment, their corrected data are auto­matically entered when the corresponding 50 Hz mode adjustments aremade.

The signals of the receive channneIs in paretheses are follows.
(E-2):Crosshatch pattern (50Hz) (E-5):Monoscope pattern (50Hz)
If an error is too much in checking any of the 60Hz items, readjust the item in 60Hz mode

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2. FOCUSADJUSTMENT

1. Receive the E-5CH "MONOSCOPE PATTERN" signal.

2. Using the remote controller, call the Video Normal mode.

3. Adjust the focus control sothat the "SHARP" at the upside of the screen.

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1. SUB-COLOUR ADJUSTMENT

(FC

bus

adjustment, main picture)

1. Receive E-12CH "PAL colour bar" signal.

2. Using the remote controller, call the Video Normal
mode.

3. Connect the oscilloscope to TP852 (RED cathode).
(Use a 10:1probe.)

·Range: 2VIdiv.

·Sweep time:

20llsec/div.

4. Using the remotecontroller,call the sub-colour ad-

justment mode. Adjust the sub-colour data so that
the 75% white and red portions of the PAL colour
bar be at the same level. See

Fig.9.

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NTSC CHROMA ADJUSTMENT

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1. SUB-TINT ADJUSTMENT
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picture)

1. Call the sub-tint adjustment mode.Rceivethe JA­8CH "NTSC COLOUR BAR"signal.

2. Connect the oscilloscope toTP806 (B-Y)

·Range: 20mV/div.(AC)

·Sweep time: zousec/olv
(Use a 10:1probe.)

3. Adjust thesub-tint data to obtain the waveform as

shown in

Fig.tO.

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SECAM CHROMA ADJUSTMENT

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IC901.
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ADJUSTMENT

WC

bus

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1. Receivethe OI-5CH "SECAM COLOURBAR"sig­nal.

2. CalltheSECAMblack leveladjustmentR-Ymode.

3.

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(11)(R-Y

OUT,TP801)of IC901.

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-sweep time: 20/lsec/div.
(Usea 10:1probe.)

4. Adjustthe R-Ydatasothattheoffsetbetweenthe
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Fig.

12.

5. CalltheSECAMblack level adjustmentB-Ymode.

6. Reconnectthe oscilloscope to pin (10) (B-YOUT,
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step 3 above.

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SIF (NICAM) ADJUSTMENT

1. VCO COIL ADJUSTMENT: T2302

1. Receive the E-69CH (PALCOLOUR BAR) signal.

2. Adjust T2302 so that the DC voltage of connecter (NI) pin (2) (TP204 located on the main unit or TP2303
located on NICAM unit) be2.5

±0.1V.

SIF (IGR) ADJUSTMENT (29RX5)

1. AUDIO

LEVEL:

R2371

Adjusting conditions

191Avideo colour bar signal, 87.5% mod.
M1, M2, 400Hz, 30 KHz dev.

TWO SOUND mode (press the M1 or M2 switch)

RF output, 80 dBJl

1. Set the unit's bilingual mode switch to "MAIN" or "MAIN

+SUB".

2. Terminate the AUDIO OUT (L) terminal with 10k-ohm impedance. Adjust theAUDIO LEVEL control (R2371) so
that the waveform on the synchroscope be as follows.
Adjustment range: 1.32 Vp-p

± 0.04 Vp-p

Notes

1.Make surethat "MAIN" or "MAIN

+ SUB" appears on the OSD screen.

2.Make the setting of 1.76 Vp-p at 40 kHz deviation.

<Reference>
For the NICAM/IGR unit alone, the voltage at pin (17) (L-OUT(NI)) should be 1.36

±0.04 Vp-p.

2. SEPARATION: R2339

Under the same signal conditions asabove, set thesignal generator to the STEREO mode (press the

Lor

R switch).

Turn off the MON01 (L) audio signal.

·Press the S switch and make sure the meter indicates 5 kHz deviation.

1. Set the unit to the STEREO mode.

2. Terminate the AUDIO OUT(L) terminal with a10-kohm impedance.Adjust the SEPARATION control (R2339) to
make the 400-Hz waveform the smallest.

Notes

Make sure the STEREO appears on thescreen.

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INPUT

AND

OUTPUT

CHECK

1. AUDIONIDEO OUTPUT CHECK

1. Receive the E-12CH "PALCOLOUR BAR" signal (100% white colour bar, sound 400Hz, 100% mod.).

2. Terminate the video output with a 75-ohm impedance. Make sure the output isas specified (1.0Vp-p

±3dB).

3. Terminate the audio output with a 10k-ohm impedance. Make sure the output is as specified (1.76Vp-p

±3dB).

2. AUDIONIDEO INPUT CHECK,

S-TERMINALINPUT

CHECK

1. Using the TV/AV key onthe remote controller, make sure that themodes change in order of TV, AV1,AV2, AV3
and TV again and that the video and audio outputs are according to the input and output terminals for each

mode. .

2. In the AV1 mode, connect the connector to the S-VIDEO input terminal. Make sure the AVmode changes to
the S-VIDEO mode, that the unit functions well, and that "AV1-S" appears on the screen.

3. AV3 AUTOMATIC ID CHECKING

1. Using the remote controller, receive a TV broadcast signal.

2. Feed the signal to the AV3 VIDEO input terminal. Make sure the AV3 mode shows up automatically.

·Setting:AUTO SELECT to be turn on.

PROTECTOR

PERFORMANCE

CHECK

1. BEAM PROTECTOR

1. Receive the E-5CH "MONOSCOPE PATTERN" signal.

2. Set the contrast control to maximmum.

3. Set the brightness control to maximum.

4. Make a short-circuit between the collector and emitter of

0853

and make sure that the protector is activated

and the stand-by mode is called.

2. HiGH-VOLTAGE PROTECTOR

1. Receive the E-5CH "MONOSCOPE PATTERN" signal.

2. Connect the bias box to the cathode (R1625 side) of D1607.

3. Adjust the bias boxvoltage to 16V and make sure that the protector isnot activated.

ooReference:

usually about 19V

4. Boost the bias box voltage to 24V and make sure that the protector is activated.

3. OTHER PROTECTORS

1. In checking the performance ofotherprotectors- forexample,the one against shorting of smoothing electolytic
capacitor of

+ B line

-,

pay attention not to damage or deteriorate element.

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(,)

PERFORMANCE CHECK(VIDEO AND AUDIO)

NO.

ADJUSTING POINT

PROCEDUER AND CONDITIONS

1

CONTRAST

iReceive the E-5CH signal.

2 Select CONTRASTinthe P mode.
3 Using the UP/DOWN keys, make sure the contrast

changes accordingly.

2

COLOUR

iReceive the J-13CH signal.

2 Select COLOUR in the P mode.
3 Using the UP/DOWN keys, make sure the colour

changes accordingly. (At the MIN position, there
must be nocolor.)

3

BRIGHTNESS

iReceive the E-5CH signal.

2 Select BRIGHT in the P mode.
3 Using the UP/DOWN keys, make sure the black

level changes accordingly.

4

TINT

iReceive the J-13CH signal.

Forthis item,check

2 Select TINT in the Pmode.

thesub-screenstoo.

3 Using the UP key, make sure the tint changes to-

ward green. With the DOWN key, make sure it
changes toward red.

5

NORMAL

CD

In the PIS mode, pressthe NOR. key to make sure

the displayed content alone appears normal.

6

SHARPNESS

iReceive the E-5CH signal.

2 Select SHARPNESS in the P mode.
3 Using the UP/DOWN keys, make sure the sharp-

ness changes accordingly.

7

CHANNEL SIGN

CD

Make sure allthe channel (0 thru 99) signs appear
DISPLAY COLOUR green (with theAFT on).

8

TREBLE

!i

Receive the E-5CH signal.
2 Select TREBLE in the S mode.
3 Using the UP/DOWN keys, make sure the treble

changes accordingly.

9

BASS

iReceive the E-5CH signal. Keep the U-BASS off.

2 Select BASS in the S mode.
3 Using the UP/DOWN keys, make sure the bass

changes accordingly.

10

BALANCE

iReceive the E-5CH signal.

2 Select BALANCE in the S mode.
3 Using the UP/DOWN keys, make sure the left-to-

right balance changes accordingly.

EE!.

~

t~

fig

I¥:J

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CD

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4

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10

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CD

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~

NO.

ADJUSTINGPOINT

PROCEDUERAND CONDITIONS

11

COLOURSYSTEM

G) ReceivetheE-12CHPALcolour bar signal.Select

a colour system other than PAL. Make sure the
colour systemdoesnot work.

® Receive the E-10CH SECAM colour bar signal.

Select a colour system otherthanSECAM.Make
surethe coloursystemdoes not work.

@ ReceivetheE-37CHNTSC4.43colourbar signal.

Selecta coloursystemotherthan

N4.4~.

Makesure

the coloursystemdoesnot work.

@ ReceivetheJA-BCH

NTSC3.5B

colourbarsignal.

Selecta coloursystemotherthan

N3.5B.

Makesure

the colour systemdoesnot work.

12

SOUNDSYSTEM

G) Receivethe OI-9CHPALcolourbarsignal.Select

the M,

BIG and I soundsystemsto make surethe

sound systemdoesnotwork.

® Receive the E-23CHmonoscopepattern signal.

Selectthe M,

BIGandD/Ksoundsystemstomake

sure the soundsystemdoes not work.

@ Receive the E-12CHcolourbartignal. Select the

M, I and

D/K soundsystemsto make

sure the

soundsystemdoesnot work.

@)

Receivethe JA-BCHcolour bar signal. Select the

BIG, I and D/K sound systems to make sure the

soundsystemdoes not work.

13

SPATIALIZER

~

Receivethe E-5CHmusic broadcastsignal.

With the key on the

(KEY)

2 Using the SPATIALIZER key (on the remote con-

remotecontrolleror

troller), make sure the sound modes change as

onthemenuscreen.

follows.

@ In the mono mode, listen to the sound from the

speakersandmakesure it

feelwide.

~%

~~

.

.a

iJJ~1i~&;itfl;:#

l&:%~

11

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r~t&E-l0!YJJi:mSECAM$1J:a:~fl;:f~%o

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liffrv...:i!Bt~*J."€:i..~:9Jn

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13

SPATIllIZER

<D

~t&E-5~mr%1ti>'~*lHH~%o

f~Jfl3l~~

(@1Lf*Fi~$1Jt@)

®

~!*3l~K..t~SPATIllIZER~,~l~Jj;i~

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xx

cocn

TROUBLE

SHOOT~NG

TABLE

t&~~1~mt*~

I!I

:5'G§ _ :1'3 m

~~IC1501t~(6)~IC1502

t~(3)~a<J~.ffio

~'!!trC801R.;I'I;

~~ml'l!.

••

~~IC150l,

IC1502

bl:Jt~*~mo

~:ilfl'l!..:

~

rC501,

rC502R.;I'I;

~~I'l!..

Check the voltage at pin (6) of IC1501 and I

pin (3) of IC1502. . i

Circuits

to be

checked:

• IC1501, 1502 and its
adjacent circuit

~

Notel:

Make sure that not for the horizontal centering mode.
Turn onthe service mode. (Short TP100l and TP1002.)
Then when you press

"-"

key on the remote you can

get in the horizontal centering mode.

Note2: The vertical

sync

signal must be fed to pin (62) of
IC1001 in oder not to activate the vertical no-scan
protector.

Take

this

measure with the protector circuit for the

troubleshooting on the following pages.

Note3: Trouble for Sub Pinture (PIP).

See related trouble shooting, and convert to
equivalent parts asfollowings.

TU201_

TU101

IC201

_ IC10l

l200_l105

etc.

ttl:

7tliilltAjll:)jf.l"~5l:~=f*~e:p,C':tR~,

~s:jlf

~5l:~=ff,'HFjJIiJ~:tR~o

(~~TP1001~TP1002)0

Mf1Cm~~..ta<J

"--"

tfat,

jll:)jf.lWiiJ~A*

~e:p'c':tR~o

tt2:

JJIl1il1::~1:¥1i:13tIli~,

~1i:HJi~A¥1i:IJiJ:iJ;'

1~%=fIC100la<Jt~

(62)

,~!iltlfJik:!J"~U!~

3f;IJ0

*=fr~~s~~a<J~~~m,~~f1C..tR

~~~ITZ.o

i:t3:

iIJ~)jf.

(PIP)

a<Ji\'J(1Ii\[

~~.!:n't~*a<Ji\'J(IIi\[~fl~lJitfjl~,

~Sw..!;jr

~~~~IJiJ~#a<J$#~%~~~lJiJff~IT

i\'J(1Ii\[~1~0

TU20l~TU10l

IC20l~IC10l

L200~Ll05

N~

(Q~

::D~

X)

COt

I\)

O'l

TROUBLE SHOOTING TABLE (Continued)

I

NO RASTER

I

1

.'es

Does RY1701 turn on?

INo

I

.l.

Check CRT connector (KY), (H) bias. I Turns on, but soon turns off.

I

I

J.

I Does 01201 (POWER LED) turn on? I

I Normal I

rAbnorma~

1

Yes (RED)

Check

0850,

0851,0852,

Check IC801.

0853,0854,

0855.

01201 (POWER LED) turns on and

Does horizontal circuit momentary

off.

oscillate?

~

(Bus error)

~Yes

~NO

Clear the bus error by +5 voltage pin

Check

Check the

(16) of IC1001 first and then turning

protector circuit

power circuit

on the power. (01201 is then

and its related

consisting of

supposed tostop flashing).

parts (62) of

IC1701,IC1702,

Does 01201 turn inred?

IC1001 V

IC1703,01701

~Yes

~NO

PULSE.

etc.

Put pin (16) of
IC1001 in the
original state

Check

and see many

Bprotector.

often 01201

flashes in red.
This indicates
which

ICto

check up.

~

@
@
@

~

(>'lIj'i.

'!'.&:

1~mt~

00

(

~

--I=..

vr

)

I

:5'C

::Y6

:tJl1j-

I

1

;/!

l-e

1<Y1701

i!:-emiili ?

I

.l.

~1!l:CRTm~fHKY),

(H)I'fl-llil13i.

miili.

{§}Jf!&P-liJIiOi.

I

.l.

I IE1t I

I

;r-IE

1it

I

DI201(l'\!lDJl:!U'6=m'l1f);/!-e I

mil?

;ll!:(tti:r~)

~~Q850,

~:m:

IC80l

Q86l,

Q852,

Q853,

Q854

1>l:Q855.

D1201

(I'\!

lDJl:!t%=m'llf)l5l/ii. ,

*"l'-ji1Jt/1l'\!mli!:1!i'~I1ij~lli

?

-liJ1iOi3l:"II'.

~

(~~¥.l$lj:f'f~)

t;ll!:

t-e

fflIClOOll'fl+5Vtl!!

(16)

mllk<~

~~E!3

IC1701,

~~mll'fl~~:!1t~.

l'I.\,sl'\!lJlJ{

~~f:ji!JJ"%~

IC1702,

lC1703,

~ii..

(Jltil't.

lJl20I.fljl.!l:.f);J;!J).

W,&!!iICIOOl

Dl701~~ft,qX:a<J

DI201:ll!1!i'

liHW,tt~

?

~*a<J§IWj:

::t%m%~o

~:ll!

~1!i'

(62)(¥1tMc19'),

IIClOOltl!!

(6)

'FJij{!lil:!1t

~.~~

D1201

..

B

~j![~lJ"B.

tti:rI'flf);J;!JlX

1&.

l1.l.lHUJf

l'I~j![I'fJ~~

I'\!ml~.

1\)1\)

<.0<.0

::D::itI

XX

coc.n

TROUBLE SHOOTING

TABLE

(Continued)

~

~

>i'.ft

1~~~

m (

~

-l:::.

]7.(

)

~'l!EF1701

:Ej:jH1HJUL

titi:I'i!.J13.:

el'i!.l1IJll'i!.J13.

e{Jjl;~I'i!.J13.

e~~~J13.~%lil'i!.J13.

Check F1701.

Circuits to be checked:

• Power circuit.

• Protector circuit

• Peripheral circuit of
Bus Line.

Replace the Fuse.

i§

:/$li'in:l!i§N1X~1i'i7

Is the Fuse again blown out?

I\)

-...I

Check the
peripheral circuit
of IC1751,
IC1703, IC1004.

No

Check IC1001,
01012,01751
and IC1003.

Yes

7G

~:l1tIC1751

,

Q175UC1004

i¥J~~~~o

~:l1t

rteoi.

Q1012,

Q175l

;fa

IC1003.

:I!

1\)1\)

IDeo

J:lJ:l

~~

TROUBLE SHOOTING

TABLE

(Continued)

ti1c

f>jjJI1:

'!'.:'it'

1~mE~

0i9 (

:f~

-'=..

In

)

1\)1\)

<.0<.0

::ll:Il

XX

CiOU1

1~

2~

AV-SW

(IC45l)

DCF
(IC546l)

NICAM
(IC2303)

VCD2
(1C4900)

VCD1
(ICB01)

PLL2
(TU10l)

PIP
(1C4OOl)

TEXT
(IC1S02)

E'PROM

t

RI.

5'f.

(IC1002) I

V

~:R

SECAM
(ICOOl)

POC

(IC1502)

IGR
(IC2302)

PLLl

II

n

(TU20l)

-l

U

Inn

n n n n

, u u u u u u

lJlJlJlJL

B

DCF
(IC546l)

VCD1
(ICS01)

PIP
(IC4901)

NICAM
(IC2303)

TEXT
(IC1S02)

::

r----i ri

PLL2
(TU10l)

AV·SW
(IC45l)

VCD2
(IC4900)

t Lights up

E'PROM

,j,turn off

(IC1002)

i

SECAM
(IC90l)

PDC
(IC1502)

S·CONTROL
(IC303)

IGR
(IC2302)

PLLl
(TU20l)

I\)

QO

Other pattern: Other I'C bus control ic or unit.

(It has SDA and SCL PORT.)

;l:l;'t:I!I1f<

:

;l:l;'t:I2C~t:!l~ttlffl~Ji1tI%IlIf~Illt~Jl.

(A~SDA~SCLli!iiIO

TROUBLE SHOOTING

TABLE

(Continued)

i&

~

:>f:@:

~

me

m

00

(:r~

--I::..

]:T.( )

Circuits

to be checked:

• AN circuit.

• Tuner.

• PIF.

• Peripheral circuit of Bus Line.

NO PICTURE

Ji:l1l:ItJllf:

It;S~ltlllf

lt1Ji'ili\l\'ltlllf
ltPIFltlllf

lt~!'Jtl'llllfMJ~~ltlllf

:3'C

00

~

c

~'l1l:IC203,

rU20L&.

1200.

~~IC602~12V~~~o

~~

1201,IC506

~o

i9:3t't

/:tit,

~iti2filUTJIi

*Il"<t.

'!itm..t:l!1§'i:I:lJJlT.~

~nN!;S

7

I'

-

1)1

~~IC60LTU201&IC201~o

'Il"

~

rU201MJm

(9)

~'Il"5'C33Vf.@,.a;:

nUO

7

~

~

~~I!;lii;s!t~.

:I!

IC602~'ij1j

(2)

~~5'C12Vltff

iilEtJO?

rU20l(iJlijilfU)

MJm

(5)

~~5'C

9V

It

BiJ~;lm

7

TU201~51$11

(7)

~~x5VE!'!.ff

iilE1JO?

c

No

Check L201,IC606 etc.

Check 12V line IC602 etc.

ChecklC203, TU201,L200

Check IC601, TU201, IC201
etc and 9V-2 line.

Does the snow noise appear
on the picture tube at max
contrast and brishtness
control?

Yes

Yes

Yes

Snow noise increase.

Yes

Yes

Does 12V appear at pin (2) of
IC602.

Does 5V appear at pin

(7) of

IC602.

Does 9V appear atpin (6) of

TU201 (TUNER).

Does 33V appear at pin (9) of

TU201.

I\)

(0

Check TU201, IC201 etc.

~~TU201~IC201~o

N~

(D~

::D~

~~

TROUBLE SHOOTING TABLE (Continued)

i'&

fUilt

:f:&

1~~~

~

(t~

..J::. J1.t )

NN

tOtO

::0::0

XX

Q:lC1l

Check

0205,0215,0212,

0213,0214

and their

peripheral circuit.

Check IC451 its peripheral
circuit.

7G~:f!:~jll.

I

,l,

~~IC201~~~~~(21)o

1

l

I

IE

'Xt

l

I

::r-IE'Xt

I

J,

,l,

lI;\1ljl3'wHiI%llim.

I

li\l:'IIl:PIF$.Ulflit

1

it

:l'IHHlI

ft

•

Jl3'Il;U,

;a~2~jll~

£

f,[liQ205,Q215,Q212,Q213,

Si1l'%WiA:R;:'8'IE'Xt

71

Q2142iUHjlr~~no

1'8'

IC451~t~(S6)~~

7G

x~lkjl>9J41~-%tli

~?

f,[liIC451&*~~~~o

1'l'f

IC802~

tl'J

(2)~

'l'f7GlI;\1ljlljjjt1a%

'l'f

IC801fIJRGBtiltl:l2ffil

~

'l850, 'l851,

'l852~

~

F\!

tlim7

fi!:'S'iE'ilt?

1tkllfitlil&%:R;:'8'IE'Xt7

17G

L'8'

11!

1'8'

..,

li

'Ill:

IC802lit

it

f,[liIC801&it~

li'lll::litm-jl~i&gi

li

'IIl:Q850,

Q851-

~~$.~.

r~~no

(FBT)flJCRT~~

Q85mit~jll1lirl!

~$.Ulf.

1m.

~'l!f'1!~:

*;aat'1!Ulf

*VJll

*
*

Check 0850,

0851,0852

and
their peripheral
circuits.

Check the
peripheral circuits

of screen heater

(FBT) and the CRT.

Check IC801, their
peripheral circuits.

Check IC802 its
peripheral circuit.

Circuits

to be checked:

•NYcircuit.

• Tuner.

• Peripheral circuit of Bus Line.

w

o

TROUBLE SHOOTING TABLE (Continued)

~~~1~immOO

(~-,=-JT.()

Ji:l!fltl!lf:

3'C.IE

~

F

wfftr

t±:l

>,')f

Ji~IC301,

l!l:iW:IlI.:-r:il:*Bt.

IC302,

IC303i!'l

(19).

j!

IC303lt;fl;

(20) fn (22)~I

~~ltlllf.

f'f:t!t~~~iEf,\"?

IC451a<Jll!!

~

:R<

(29)fIJ(31)

~ff7C,*Jj;jji

1j'j"~I±llJl!,?

5C

>,')f

Ji~

IC201,

ICl301~

tl1l

(2);fll

It;fl;~~1t

(3)

~

>,')f

5C

'a'

1m

Ji:l!f

I!lf.

~n5C~

ffl-l}!±lJ:W.?

IC201,

'lit. l!l:JlI'a'

>,')f

iJli11\11ftlt

ff;tlitT~ir

;fI;~~1'\!.

i;Il'.l'E:

z

iii.

JI1:

•

I!lf.

Ji'liE

IC451

It;fl;~~

I'\!./llf

•

Yes

Set S-Vol at
maximum. Do pins
(19), (20),(22)
of IC303 work?

No

Check IC301,
IC302, IC303
peripheral
circuit.

Is there audio
signal at pins (1)
of IC1301?

Yes

Check IC201

and its
peripheral
circuits, ifno
problem, set
the sound
system in
position.

Yes

Is there audio
signal at pin
(29), (31) of
IC451?

Check IC451
and its
peripheral
circuit.

Check IC201,
tuner and its
peripheral
circuit.

Circuits

to be checked:

• Sound control circuit.

• Sound out circuit.

• SIF circuit.

• S-convertor.

w

...

1\)1\

lOel

:0::1

~~

eN

I\)

TROUBLE SHOOTING TABLE (Continued)

Fix cotrol to
coloured
system.

NTSC3.58:
Check X802, pin
(10) of IC801 and
their peripherals.

PAL, SECAM.
NTSC4.43:
Check X801. pin
(8) of IC801 and
their peripherals.

Check IC803 and
its peripherals.

NTSC3.

5B1IlIJot

:

~

~XB02,

lCBOl

i¥J

m

(10)

;lU,\;

~~

~EE.Jl1\.

PAL,

SECAM,

NTSC4.4311l1Jot

:

~~XBOl,

lCBOl

i¥J

m (B)

;lUHlI

~EE.IIlf.

~l!ElCB03:&A:

~~ttlllf.

~ ~

>i'.ft

1~mE~

00

( flS:§.J::.

Jr.[

)

-@:..

~:;;r:::~*~;;;E:

~*

NN

(0(0

::ll::ll

XX

COlJ1

TROUBLE SHOOTING

TABLE

(Continued)

~

~

:>f'.ft

1~

mEm

0!.'9

(

~

-'=-

]I.(

)

r

~

~

~

I

~

J,.

..J.

I!

8

~t!JI."P~9"Ji1l~'@.~.

~'@.~ttl

~iilf:t'±

/ill:~.

~~:;r-~.

~~tt!!~)jl~*,J:;r-I.fF

•

~

,[,.

,[,.

1i1l!~~~!ttl=.F~

l]llilLIIl1.

(tJ

~i

l]ll

WL;lj

(tJ

~"P~~jUtl.

tnf

~ ~

!ttl

;:t~itHF~111

•

'@.

~ :I!:a

1111$1<:

?

~~:I!:a:<lt'±~il]ll'll:1t

?

~~:I!:a~J'J{\?

..l,.:I!

,[,.:a

:Ii!:

I:a

,[,.:Ii!:

:a

J11Jttl~iilf

:

13~-'f"iIi!:

jot:g,:IC801.

1mlE:~~~tIJ=.F

I

jotjfIC801

~'jj(

ICSOl

.~f!tJ~~$lJ;:t.

],t~~~

f!tJh~Jl[=

~iilf.

~t€il:ll~iilf.

~~fJ!1JIn~:tiI.:~ror:aJtl:IT

IC801~

i¥J

~lll:

t€i

A

<Il.-'f"

:li!:fIi'iE1!l'?

itl~~~miJlij

?

:1il;XHIl.

:

lOO~500mVp-p.

-ror

,J;fIi'

:I!

..l,.fIi'

l!il:

lE:

=.F

itl

~

~

~

'lJl:

IC801],t

~'jj(

Q803,

IC45l.

IC5461

{l'rI

~~~~<Il.8lf.

],t~~~<Il.iilf.

I

TP801~TP802~f!tJill%IIIO~:I!fIi'iE'!ii?

:Ii!:

IC80H~

(2)

J1l:i¥JSCPfif%

11l!~:Ii!::aiE'!ii

?

,j,.:I!

:a

,j,.fIi'

lCS05

~(29)~(30)~i¥Jfil%

IC80HI'j(''!5)~i¥J

FBPii!"%

1II<~:I!fIi'iE1!l'?

IIIt~:Ii!:iriE'i!I'

?

t:li!:

t:a

t-l!

tfli'

~'jj(IC801.

,

~'jj(IC803.

NTSC3.58

PAL,

SECAM,

jot'jj(Dl60l &.

!tIJ;:t

:

NTSC4.43

jot'liCIC801.

~~~i~<Il.8lf.

~

'l!EX802,

ttl;:t :
jot1!l:X801,

IC801],t~

IC801],t~

~jj€~iilf.

~~<Il.iilf.

No

Improper colour.

No

Is SCP signal waveform at pin (2)
of IC801 proper?

Is FBP signal waveform at pin
(25) of IC801 proper?

PAL,
SECAM,
NTSC4.43:
Check X801,
IC801 and
their
peripherals.

NTSC3.58:
Check X802,
IC801 and
their
peripherals.

Yes INo

Are signal waveforms atTP801 and TP802
proper?

Are signal waveforms at pins (29)
and (30) of IC803 proper?

(,)

(,)

NN

<0<0

::D::D

XX

COOl

MEMO

34

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4 5

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DESCRIPTION OF SCH MATIC DIAGRAM

CAUTION: This circuit diagram is originalone,thereforethere may be a

slight

difference from yours.

I

WAVEFORMS

~J1l.

ff~

I!l

~-:

I

-t

t-

:.

c'

~.-

__

..

_---:-~~_

I·

@ 1.7 Vp-p (V)

~iOdJ_'

._i9~b

~~_~.......;..;.._

I' i

--l..-.-.

j!.

_L_

0)

5

Vp-pM

i ; :

:V I

; j

CD

GOm

Vp-p

(H)

CD

2.0 Vp-p (H)

® 52 Vp-p (V)

CD

1.1 Vp-p (H)

WAVEFORM MEASUREMENT CONDITIONS:

1. The colour

bar

signalappliedto the TP202 is 2.0 Vp-p.

2. The tuner

AGC

voltage is approximately

411.

VOLTAGE MEASUREMENT CONDITIONS:

1. The voltage without parenthesis represents the value measured
with PAL coloursignal.

2. Thevoltageinparenthesis represents the valuemeasured with no
signal.

3. All the voltages were measured by using

a high impedance volt-

meter.

NOTES:

1. The unitofresistance "ohm" is omitted.
(K

=1000ohms, M=Meg ohm).

2. Allresistors are

1/8 watt, unless otherwise noted.

3. All capacitors are

f.lF,

unless therwise noted. (P =

f.lflF).

4. Thediodes, whose parts code is notdescribed, are the

ISSI19.

SERVICE PRECA UTlON:

THE AREA ENCLOSEDBYTHIS LINE(-- - )ISDIRECTLY
CONNECTED WITH AC MAINS

VOLTAGE.
WHEN SERVICINGTHEAREA, CONNECTANISOLATING TRANS­FORMER BETWEEN TV RECEIVER AND AC LINE TOELIMINATE
HAZARD OF ELECTRIC SHOCK.

IMPORTANT

SAFETY

NOTICE:

PARTS MARKED WITH

'Lt-"

( "

.:

> )

ARE

IMPORTANT FOR
MAINTAINING THE SAFETY OFTHESET. BESURE TOREPLACE
THESE PARTS WITH SPECIFIED ONES FOR MAINTAINING THE
SAFETYAND PERFORMANCEOF THE SET.

SAFETY

NOTES:

1. DISCONNECTTHE AC PLUG FROM THEAC

OUTLET

BEFORE

REPLACING PARTS.

2. SEMICONDUCTOR HEAT SINKS SHOULD BE REGARDED AS

POTENTIAL

SHOCK

HAZARDS WHEN THE CHASSIS IS OP-

ERATING.

@ 105 Vp-p (H)

@ 2.9

Vp-p

@O.15

Vp-p

(H)

® 100 Vp-p (H)

@520mVp-p

@ 0.9 Vp-p (H)

@ 3.1 Vp-p

@680mVp-p

ttr1"::

:J':.

:\~:.:

n

h

'

J',~'::

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I,

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t I . t

1-4<r---1=ie-----I.,;....--

I

- I

_..

.....

LI----;--.--~-I

. . . - . . . .

@ 3 Vp-p (H)

, t •

@3.3Vp-p

@ 0.1

Vp-p

(SECAM)

® 10.4Vp-p (H)

..

~~

~~

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@ 105 Vp-p (H)

@ 330 Vp-p AC110V

(480 Vp-p AC220V)

43

44

29RX5
29RXS

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29RXS

SCHEMATIC DIAGRAM

El!

~

ffll:E!

III

Main Unit 1/2

E[IM:Ht~il-l

/2

NOTE:

I. THE UNIT OF RESISTANCE OHM IS OMITTED

,.1

tK=IOOO OHMS. M=MEGAOH\O.

2.

All

RESiSTORS

ARE Ll8WATT. U.\,jlESS OTHERWISE NOTED.

3. ALL CAPACITORS ARE JJF. UNLESS OTHERWISE NOTED(P=JJJJF1,

4, ALL DIODES ARE

155119.

UNLESS OTHERWISE NOTED.

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E@,

fm

lJiUI

00

F

B

E

A

D

c

G

H

2

3

4

5 6 7 8 9

10

11

12

53

54

29RX5
29RX8

29RX5
29RX8

SCHEMATIC DIAGRAM

Ef!

1m

JJR

II

00

DIG. Unit

~*:tt~J!Hf~

~~;Bt

Et!

IMH~]I

NOTE: I. THE UNIT OF RESISTANCE

OHM

IS OMITTED

(K=

I

000

OHMS.

M=MEGAOHM).

2. ALL RESISTORS ARE

1/8WATT.

UNLESS OTHERWISE NOTED.

3. ALL CAPACITORS ARE

J.lF.

UNLESS OTHERWISE NOTED

(P=J.lJ.lFl.

A

B

<NOTE>

~

CHIP RESISTOR

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r-----

I

SL0545I

:

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L5468

TP5462

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H

2 3

4

5

6

7

8 9

10

11

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55

56

29AX5
29AX8

29RX5
29RX8

A

SCHEMATIC DIAGRAM

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1m

JJR!!I!

00

NICAM

Unit

(29RX5)

NICAMmIj5tEt!~~~

NOTE:

I. THE UNIT OF RESISTANCE OHM IS OMITTED

IK=

1000

OHMS. M=MEGAOHMI.

2. ALL RESISTORS ARE

1/8WATT.

UNLESS OTHERWISE NOTED.

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JJF,

UNLESS OTHERWISE NOTEDIP=jJjJF).

4. ALL DIODES ARE 1SS119, UNLESS OTHERWISE NOTED.

R2323

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5 6 7

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57

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29RX8

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29RXa

SCHEMATIC DIAGRAM

%rmmuloo

NICAM

Unit

(29RX8)

NICAM*ljitE/!:m~1[

NOTE:

I. THE UNIT OF RESISTANCE OHM IS OMITTED

IK= 1

000

OHMS.

M=MEGAOHMI.

2. ALL RESISTORS ARE

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UNLESS OTHERWISE NOTED.

3.

ALL

CAPACITORS ARE

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IP=JJJJFI.

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A

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GND GND GND

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2

3 4

5 6 7

8

9 10 11

12

59

60

--

-------

---------------------------;--------------.---------------------------------------------

29RX5
29RX8

29RX5
29RX8

SCHEMATIC DIAGRAM

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TEXT

Unit

(29RX5)

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A

NOTE:

I. THE UNIT OF RESISTANCE OHM IS OMITTED

2.

~~~

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UNLESS OTHERWISE NOTED.

3.

ALL

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ALL

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6

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Infrared Rmote Control Unit

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NOTE: The parts here shown are supplied as an assembly but not independently.

i:t1!:

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29RX8

BLOCK DIAGRAM

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ICI802

TEXT DECODER

UNIT

TEXT

IYAI

'-----j(

F5C)(2)

(YBI@)

0 d

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COM

UNIT

0

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1 1

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DECODER

29

4

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2

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WOOFER SPlRI SPILl

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COUPLER

2

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51701

AC SW

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HI-++-----(FBP>-@

l--++--------(ABLJ-(f;
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PRO.----@

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PROTECTOR

RIC 5V

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29RX5 ONLY

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UNIT

MV

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F

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2 3 4 5

6 7 8

9

10

11

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67

68

29RXS
29RX8

29RXS
29RX8

Ref. No.

Part No.

*

Description

Code

Ref. No. Part No.

*

Description

Code

"HOW TO ORDER REPLACEMENT PARTS"

MARK *:SPARE PARTS-DELIVERY SECTION.

To have your order filled promptly and correctly, please furnish the
following informations.

AA

AA

AA

AB

AA
AA

AA

AA
AA
AA

AB
AB

AA

AB

AA

AA

AA

AA

AA

AE
AE
AE
AE

AA

AA

AE
AE
AE
AE
AE
AE
AE

AA

AA

AA

AA

AA

AA

AQ

AL
AH

AD
AC
AD
AD
AD
AE
AP
AB
AB
AB
AB
AB
AB
AB
AB
AB

AR

AE
AE

R Ceramic Filter
R Ceramic Filter
R Ceramic Filter
R Ceramic Filter
R Ceramic Filter
R Ceramic Filter
R Delay Line Voil
R Peaking

2711H

R Peaking

6811H

R Peaking

2711H

R Peaking

1.211H

R

Peal<ing

3911H

R Peaking

1211H

R Peaking

1011H

R Peaking

1211H

R

Peal<ing

111H
R Surface Acoustic Wave Filter
R Detection Coil
R Detection Coil

D603

VHD1SS119111

E R 1S8119

D604

VHD18S119111E

R 188119

D605

VHD18S119111

E

R 1S8119

D606 RH-EX0604GEZZ

R Zener Diode

D607

VHD1SS119111

E

R 1S8119

D608

VHD188119111

E R 1SS119 (29RX5)

D609

VHD188119111

E R 1S8119 (29RX5)

D610

VHD188119111

E R 1S8119

D611

VHD18S119111

E R 1S8119

D617

VHD188119111

E R 188119

D801 RH-EX0586CEZZ

R Zener Diode

D805

RH-DX0279CEZZ

R Diode

D808

VHD1SS119111

E R 1S8119

D809 VHDDAN202K/-1

R· DAN202K

D1001

VHD18S119111

E

R 18S119

D1002

VHD188119111

E R 1S8119

D1003

VHD18S119111E

R 188119

D1005 RH-EX0619GEZZ

R Zener Diode

D1006

VHD188119111

E R 188119
D1008 RH-EX1222CEZZ R Zener Diode
D1009 RH-EX1222CEZZ R Zener Diode
D1010

RH-EX1222CEZZ

R Zener Diode

D1019

RH-EX1222CEZZ

R Zener Diode

D1020

VHD18S119111

E R 18S119
D1023

VHD188119111

E R 1SS119
D1030

RH-EX1222CEZZ

R Zener Diode

D1032

RH-EX1222CEZZ

R Zener Diode

D1034

RH-EX1222CEZZ

R Zener Diode

D1037

RH-EX1222CEZZ

R Zener Diode
D1045 RH-EX1222CEZZ R Zener Diode
D1047

RH-EX1222CEZZ

R Zener Diode
D1050

RH-EX1222CEZZ

R Zener Diode
D1052

RH-EX0619GEZZ

R Zener Diode
D1053

VHD188119111E

R 18S119
D1054 VHD1

SS119111

E R 1SS119

D1056 VHD1

8S119111

E R 188119

D1057 VHD1

881191/1

E R 188119

D1058 VHD1

8S119111

E R 18S119

COILS AND TRANSFORMERS

PACKAGED CIRCUITS

X801 RCRSB0067CEZZ R Crystal, 4.43MHZ
X802 RCRSB0001PEZZ R Crystal, 3.58MHZ
X901 RCRSB0004PEZZ R Crystal

CF201 RFilA0042CEZZ
CF202 RFilA0093CEZZ
CF203 RFilC0081GEZZ
CF601 RFilA0020CEZZ
CF801 RFilA0034CEZZ
CF1001 RFilA0084CEZZ
DL402 RCilZ0900CEZZ
L200

VP-XF270KOOOO

L201

VP-DF680KOOOO

L202

VP-DF270KOOOO

L203 VP-XF1

R2KOOOO

L206

VP-XF390KOOOO

L209

VP-XF120KOOOO

L451

VP-DF100KOOOO

L901

VP-XF120KOOOO

L1001 VP-DF1

ROKOOOO
8F201 RFilC0015PEZZ
T203 RCilD0238CEZZ
T204 RCilD0239CEZZ

PWB-A

DUNTK9356WEw21W5
MAIN UNIT

(Continued)

0206

VS2SC2735111

E R

2SC2735 AC

0207

VS2SD601A11-1

R 2SD601A AC

0209

VS2SD601A11-1

R 2SD601A AC

0210

VS2SD601A11-1

R 2SD601A AC

0211

VS2SD601A1/-1

R 2SD601A AC

0212

VS2SD601A1/-1 R 2SD601A AC

0213

VS2SD601A1/-1 R 2SD601A AC

0214

VS2SB709A11-1

R 2SB709A

AA

0215

VS2SD601A11-1

R 2SD601A AC

0216

VS2SC2735111

E R 2SC2735 AC

0218

VS2SD601A11-1

R 2SD601A AC

0219

VS2SD601A11-1

R

2SD601A AC

0220

VS2SD601AlI-1 R 2SD601A AC

0301

VS2SD601

AlI-1 R 2SD601A AC

0351

VS2SD601

AlI-1 R 2SD601A AC

0352

VS2SD601AlI-1 R

2SD601A AC

0401

VS2SD601

AlI-1

R

2SD601A AC

0402

VS2SA1015Y/1E R 2SA1015Y AC

0403

VS2SD601AlI-1 R 2SD601A

AC

0407

VS2SD601AlI-1 R

2SD601A AC

0451

VS2SD601

AlI-1 R 2SD601A

AC

0452

VS2SD601A11-1

R 2SD601A AC

0454

VS2SC1815GW-1 R 2SC1815GW

AB

0457

VS2SD601All· 1

R 2SD601A AC

0501

VS2SD601A11-1

R 2SD601A AC

0601

VS2SA1015Y/1E R 2SA1015Y

AC

0602

V828D601A11-1

R 28D601A AC

0603

VS2SD601A1/-1 R 28D601A AC

0604

VS2SB709A11-1

R 2SB709A AA

0605

VS2SA1015YIiE R 2SA1015Y AC

0606

VS28D601A1/-1 R 2SD601A AC

0801

VS2SD601A11-1

R 28D601A AC

0802

VS2SD601A11-1

R 2SD601A AC

0803

VS2SD601A1/-1 R 28D601A AC

0901

VS2SD601A11-1

R 2SD601A AC

0902

VS28D601A11-1

R 2SD601A AC

01001

V828D601A11-1

R 2SD601A AC

01002

V828D601A11-1

R 28D601A AC

01004

VS2SD601AlI-1 R 2SD601A

AC

01005

VS28D601A11-1

R 2SD601A AC

01006

VS2SD601

AlI-1 R 28D601A AC

01009

V828D601 AlI-1

R 28D601A

AC

01010

VS2SB709A11-1

R 28B709A AA

01011

VS28B709A11-1

R 2SB709A AA

01012

V828D601 AlI-1 R 28D601A AC

01013

V828D601 AlI-1 R 28D601A AC

01014

VS28D601AlI-1 R 2SD601A AC

01015

V828K583111-1

R 2SK583 AE

01018 V828K583///-1 R 28K583

AE

DIODES

D203

VHD1S815211-1

R 188152 AB

D307

VHD1S8119111

E R 188119

AA

D401

VHD1S8119111

E R 188119

AA

D402

RH-EX0639GEZZ R Zener Diode AA

D451

RH-EX0631GEZZ R Zener Diode AA

D452

RH-EX0631GEZZ R Zener Diode

AA

D453

RH-EX0631GEZZ

R Zener Diode

AA

D454

RH-EX0619GEZZ

R Zener Diode AA

D455 RH-EX0619GEZZ R Zener Diode

AA

D600

RH-EX0604GEZZ

R Zener Diode AB

D601

VHD1SS119111

E R 1S8119 AA

D602

VHD1SS119111

E

R 1S8119

AA

70

AC
AC
AC
AC
AC

AR
AE
AP

AX

AO
AX
AE
AL
AE
AL
AK
AE
AE
AE
AY
AV
AV
AX
AY
AS
AD
AE

Code

Description

R BA7357S
R I.C.
R AN5285K
R I.C.
R TA8776N
R TA1218AN
R KIA7809PI
R I.C.
R KIA7809PI
R I.C.
R TA7348P
R KIA7805PI
R KIA7805PI (29RX5)
R KIA7805PI
R I.C.
R TA8814N
R TA8772AN
R TA1229N
R M37207MC-211SP
R ST24C08B6
R PST994C
R KIA7805PI

*

Part No.

INTEGRATED CIRCUITS

IC201 VHiBA7357S/-1
IC203 RH-iX0249CEZZ
IC301 VHiAN5285K/-1
IC302 VHiAN7397K/-1
IC303 VHiTA8776N/-1
IC451 VHiTA1218AN-1
IC601 VHiKA7809Pi-1
IC602 VHiSI3121

N/-1

IC603 VHiKA7809Pi-1
IC604 VHiM51497U-1
IC605 VHiTA7348P/-1
IC606 VHiKA7805Pi-1
IC607 VHiKA7805Pi-1
IC608 VHiKA7805Pi-1
IC801 RH-iX2915CEZZ
IC802 VHiTA8814N/-1
IC803 VHiTA8772AN-1
IC901 VHiTA1229N/-1
IC1001 RH-iX3081CEZZ
IC1002 RH-iX2287CEZZ
IC1003 VHiPST994C/-1
IC1004 VHiKA7805Pi-1

PWB-A DUNTK9356WEw2IW5

MAIN

UNIT

TRANSISTORS

0200

VS2SD601A1/-1 R 2SD601A

0201

VS2SC2735111

E R 2SC2735

0203

VS2SC2735111

E R 2SC2735

0204

VS2SD601A1/-1 R 2SD601A

0205

VS2SD601A1/-1 R 2SD601A

Ref. No.

TUNER AND ASSEMBLY

NOTE: THEPARTS

HERE

SHOWN

ARE

SUPPLIEDASAN

ASSEMBLY

BUT

INDEPENDENTLY.

Lh

TU201 VTUVTST6HD641 R VHFTuner BF

5I!~~{~

Jj:..:t!{I1;i5t,IJJi

1';

It

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I

!:

f:fJJ:t;t;:

-l*

t':ft~r:p,

}t1f~Jf}jIj-'i<:'~*;rB1

E~J%

Jtft.t1JJtj

L1'..j:'Jiil'.

U~$.m~o

~-l*4~~,

~7ffl0~~~U&~am~~

~I~#~,

%~~fflI*.~~~

~~,

~~~~ttM~.

«

~!&1tftl1.Ti~!IJ~;'(j3l:&!£B1~~go

51!

~~

{~tr.J

rr

11f

1.7

~*

~7~ill~~.~~.~ITW.

U&~.£~~~~~W,

~

IT

WEit

il1fiftTJ"lj

~JmaJHiifJifH;IJ,.

1.

~-%

2.

#;~tlia-%

3.

~{!ftlia-%4.~{!f~~

5. ft-% 6.

r5!:Il

69

Main Unit (29RX5)
Main Unit (29RX8)
CRT Unit (29RX5)
CRT Unit (29RX8)
Power Unit (29RX5)
Power Unit (29RX8)
DIG. Unit
NICAM Unit (29RX5)
NICAM Unit (29RX8)
TEXT Unit (29RX5)

2. REF. NO.

4. DESCRIPTION

1. MODEL NUMBER

3. PART NO.

5. PRICE CODE

RTS LIST

PARTS REPLACEMENT

PRINTED WIRING BOARD ASSEMBLY

(NOT REPLACEMENT ITEM)

PWB-A DUNTK9356WEW2 ­PWB-A DUNTK9356WEW5 ­PWB-B DUNTK8776FMW5 ­PWB-B DUNTK8776FMW5 ­PWB-C DUNTK9357FMV8 ­PWB-C DUNTK9357WEWO ­PWB-D DUNTK9358WEVO
PWB-E DUNTK9373FMVO
PWB-E DUNTK9373FMV1
PWB-G DUNTK8558FMV3

Ref. No.

Part No.

*

Description

Code

PICTURE TUBE

Lh

V801

VB680BC227X*S

R

Picture Tube (29RX8)

CS

Lh

V801

VB680BC227X1 E R

Picture Tube (29RX5)

CW

Lh

L1799

RCilG0051PEZZ R

Degaussing Coil

AT

LhDY1601

RCilH1858CEN1 R

Deflection Yoke(29RX8)

BK

RCilH1858CEZZ

R

Deflection Yoke(29RX5)

BK

PMAGF3038CEZZ

R Magnet

AL

PMAGG3002CEZZ R Magnet

AC

OEARC2901PEZZ R

Graounding strap

AI<

Replacement parts which have these special safety characteristics
are identified in this manual; electrical components having such
features are identified by

"&" in the Replacement Parts Lists.

The use of a substitute replacement part which does not have the
same safety characteristics as the factory recommended replace­ment parts shown in this service manual may create shock, fire or
other hazards.

29RX5
29RXB

Part

No.

"*

Description

Code

Ref. No.

Part

No.

"*

Description

Code

Ref. No.

C325

VCEAGA1HW335M R 3.3

50V

Electrolytic AS

CONTROLS

C326

VCEAGA1HW105M R

1 50V

Electrolytic

AC

C327

VCKYCY1CS393K R 0.039 16V

Ceramic

AA

R224

RVR-M4620GEZZ

R 1k(S), V-Level

AS

VCKYCY1HF103Z

R 0.01

50V

Ceramic

AARVR-M4630GEZZ

R 47k, RF-AGC(M)

AS

C328

R226

C330

VCKYCY1CS393K R 0.039 16V

Ceramic

AA

C331

VCKYCY1CS393K R 0.039 16V

Ceramic

AA

C332

VCEAGA1HW105M R 1

50V

Electrolytic

AC

C333

VCEAGA1HW225M R 2.2

50V

Electrolytic

AS

CAPACITORS

C334

VCEAGA1HW225M R 2.2

50V

Electrolytic

AS

C201 VCEAGA1EW226M R 22

25V Electrolytic

AA

C335

VCEAGA1HW105M R 1

50V

Electrolytic

AC

C202 VCEAGAOJW107M R 100

6.3V Electrolytic

AS

C336

VCEAGA1HW106M R 10

50V

Electrolytic

AC

C203 VCKYCY1HF103Z

R 0.01

50V Ceramic

AA

C337

VCEAGA1CW106M R 10

16V

Electrolytic

AA

C204

VCKYCY1HF103Z R 0.01

50V Ceramic

AA

C338

VCEAGA1CW106M R 10

16V

Electrolytic

AA

C205 VCEAOA1CW477M R 470

16V

Electrolytic AC

C339

VCKYCY1HF103Z

R 0.01

50V Ceramic

AA

C206

VCKYCY1 HF103Z R 0.01

50V

Ceramic

AA

C340

VCEAGA1CW106M R 10

16V

Electrolytic

AA

C207

VCKYCY1 HF103Z R 0.01

50V Ceramic

AA

C341

VCEAGA1EW475M R 4.7

25V Electrolytic

AA

C208 VCKYCY1 HF103Z R 0,01

50V Ceramic

AA

C342

VCKYCY1HF103Z

R 0.01

50V Ceramic

AA

C209 VCKYPA 1HF103Z

R 0.01

50V Ceramic

AA

C343

VCEAGA1CW476M R 47

16V

Electrolytic

AS

C210

VCKYCY1 HF103Z

R 0.01

50V Ceramic

AA

C346

VCEAGA1AW476M R 47

10V

Electrolytic

AA

C216 VCEAGA 1HW225M R 2.2

50V Electrolytic

AS

C347

VCKYCY1EF104Z

R 0.1

25V

Ceramic

AA

C217 VCEAGA1HW475M R 4.7

50V Electrolytic

AS

C351 VCEAGA1CW106M R 10

16V Electrolytic

AA

C218 VCKYCY1HF103Z

R 0.01

50V Ceramic

AA

C352

VCEAGA1CW106M R 10

16V Electrolytic

AA

C219

VCKYCY1 HF103Z R 0.01

50V Ceramic

AA

C356 VCEAGA1

CWi

06M R 10

16V

Electrolytic

AA

C220 VCEAGA1CW106M R 10

16V

Electrolytic

AA

C357

VCEAGA1CW106M R 10

16V

Electrolytic

AA

C221

VCKYCY1 HF103Z R 0.01

50V Ceramic

AA

C358 VCEAGA1CW106M R 10

16V

Electrolytic

AA

C222 VCKYCY1CS104K R 0.1

16V Ceramic

AS

C359

VCEAGA1CW106M R 10

16V Electrolytic

AA

C223

VCCCCY1HH150J R 15p

50V Ceramic

AA

C360

VCEAGA1CW106M R 10

16V

Electrolytic

AA

C224

VCCCCY1 HH220J R 22p

50V Ceramic

AA

C361

VCEAGA1CW106M R 10

16V

Electrolytic

AA

C225

VCCCCY1HH101J R 100p

50V Ceramic

AA

C363

VCKYCY1 HS102K R 1000p 50V

Ceramic

AA

C226 VCFYHA1HA684J

R 0.68

50V M.Polypro

AD

C365

VCKYCY1HS102K R 1000p 50V

Ceramic

AA

C227

VCCCCY1HH120J R 12p

50V Ceramic

AA

C367

VCKYCY1HS102K R 1000p 50V

Ceramic

AA

C228

VCQYTA1HM104K R 0.1

50V Mylar

AC

C369

VCKYCY1HS102K R 1000p 50V

Ceramic

AA

C229 VCKYCY1 HF103Z

R 0.01

50V Ceramic

AA

C370 VCEAGA1CW106M R 10

16V Electrolytic

AA

C230 VCEAGA1CW476M R 47

16V Electrolytic

AS

C372

VCEAGA1CW106M R 10

16V Electrolytic

AA

C231 VCCCCY1 HH180J R 18p _ 50V

Ceramic

AA

C373 VCEAGA1CW106M R 10

16V

Electrolytic

AA

C232

VCCCCY1 HH180J R 18p

50V Ceramic

AA

C375 VCEAGA1CW106M R 10

16V Electrolytic

AA

C233

VCCCCY1 HH220J R 22p

50V Ceramic

AA

C401

VCEAGA1CW106M R 10

16V Electrolytic

AA

C234

VCQYTA1HM104K R 0.1

50V Mylar

AC

C402

VCFYFA1HA124J

R 0.12

50V M.Polypro

AC

C235 VCQYTA1HM103K R 0.01

50V Mylar

AS

C403

VCEAGA1CW106M R 10

16V Electrolytic

AA

C236 VCKYCY1CS104K R 0.1

16V Ceramic

AS

C404

VCEAGA1HW225M R 2.2

50V Electrolytic

AS

C237 VCEAGA1HW106M R 10

50V Electrolytic

AC

C405 VCEAGA1HW105M R 1

50V

Electrolytic AC

C238 VCQYTA1HM103J

R 0.01

50V Mylar

AA

C410 VCKYCY1HF103Z

R 0.01

50V

Ceramic

AA

C239

VCCCCY1 HH680J R 68p

50V Ceramic

AA

C411

VCEAGA1CW107M R 100

16V

Electrolytic AS

C240 VCEAGA1CW476M R 47

16V Electrolytic

AS

C414

VCEAGA1CW476M R 47

16V Electrolytic

AS

C241 VCKYCY1 HF103Z

R 0.01

50V Ceramic

AA

C415

VCCCCY1HH181J R 180p

50V Ceramic

AA

C243

VCCCCY1 HH2ROC R 2.0p

50V

Ceramic

AA

C417 VCKYD41CY103N

R 0.01 16V

Ceramic

AA

C245

VCEAOA1CW477M R 470

16V Electrolytic

AC

C451 VCQYTA1HM104J

R 0.1

50V Mylar

AA

C257

VCEAGA1CW106M R 10

16V

Electrolytic

AA

C454 VCKYCY1HF103Z

R 0.01

50V Ceramic

AA

C258

VCEAGA1CW476M R 47

16V Electrolytic

AS

C455 VCE9GA1CW106M R 10

16V

Elect.(N.P) AS

C259

VCKYCY1 HF103Z R 0.01

50V Ceramic

AA

C456 VCEAGA1CW106M R 10

16V

Electrolytic

AA

C261

VCCCCY1HH271J R 270p

50V

Ceramic

AA

C457 VCKYCY1 HF103Z

R 0.01

50V Ceramic

AA

C262

VCCCCY1 HH680J R 68p

50V

Ceramic

AA

C458 VCKYCY1HF103Z

R 0.01

50V Ceramic

AA

C301 VCEAGA1CW106M R 10

16V Electrolytic

AA

C459

VCEAGA1CW108M R 1000

16V Electrolytic

AD

C302 VCEAGA1HW475M R 4.7

50V Electrolytic

AS

C460 VCEAGA1CW107M R 100

16V Electrolytic

AS

C303

VCEAGA1EW475M R 4.7

25V Electrolytic

AA

C473 VCEAGA1CW106M R 10

16V Electrolytic

AA

C305

VCEAGA1CW476M R 47

16V Electrolytic AB

C477

VCEAOA1CW477M R 470

16V Electrolytic

AC

C306 VCEAGA1CW106M R 10

16V Electrolytic

AA

C480 VCKYCY1HF103Z

R 0.01 50V

Ceramic

AA

C307 VCEAGA1CW106M R 10

16V Electrolytic

AA

C482

VCEAGA1CW106M R 10

16V Electrolytic

AA

C308 VCEAGA1EW475M R 4.7

·25V

Electrolytic

AA

C601 VCEAGA1EW227M R 220

25V Electrolytic

AC

C309

VCEAGA1CW106M R 10

16V Electrolytic

AA

C602

VCEAGA1CW227M R 220

16V

Electrolytic AC

C310

VCEAGA1CW107M R 100

16V Electrolytic AB

C603

VCEAGA1EW227M R 220

25V

Electrolytic AC

C311 VCEAGA1HW105M R 1

50V Electrolytic

AC

C604

VCEAGA1CW227M R 220

16V

Electrolytic AC

C312

VCKYCY1 HF103Z

R 0.01-

50V Ceramic

AA

C605

VCEAGA1EW227M R 220

25V Electrolytic

AC

C313 VCKYCY1HF103Z

R 0.01

50V Ceramic

AA

C606

VCEAGA1CW227M R 220

16V Electrolytic

AC

C315 VCEAGA1CW226M R 22

16V Electrolytic

AS

C607

VCKYCY1HF103Z

R 0.01

50V Ceramic

AA

C316 VCEAGA1CW106M R 10

16V Electrolytic

AA

C608 VCEAGA1CW106M R 10

16V Electrolytic

AA

C317 VCEAGA1CW106M R 10

16V Electrolytic

AA

C609 VCKYCY1EF104Z

R 0.1

25V Ceramic

AA

C318 VCEAGA1CW336M R 33

16V Electrolytic

AB

C610

VCEAGA1HW224M R 0.22

50V Electrolytic

AA

C319

VCQYTA1HM473J

R 0.047 50V

Mylar

AA

C611

VCKYCY1HB182K R 1800p 50V

Ceramic

AA

C320

VCQYTA1HM473J

R 0.047 50V

Mylar

AA

C612

VCKYCY1 HB821K R 820p

50V Ceramic

AA

C321

VCEAGA1CW106M R 10

16V Electrolytic

AA

C613

VCEAGA1HW224M R 0.22

50V Electrolytic

AA

C324

VCKYCY1 HB562K R 5600p 50V

Ceramic

AA

71

29RX5
29RX8

Ref. No.

Part

No.

*

Description

Code

Ref. No.

Part

No.

*

Description

Code

PWB-A

DUNTK9356WEw2IW5

C840

VCEAOA1CW477M R 470

16V

Electrolytic AC

C841

VCKYCY1 HF103Z

R 0.01 SOV

Ceramic

AA

MAIN UNIT

(Continued)

C842

VCQYTA1HM104J

R 0.1 SOV

Mylar

AA

C843

VCQYTA1HM104J

R 0.1 SOV

Mylar

AA

C844

VCQYTA1HM104J

R 0.1 SOV

Mylar

AA

C614

VCEAGA1CW106M R

10

16V

Electrolytic

AA

C84S

VCEAGA1CW106M R 10

16V

Electrolytic AA

C61S

VCEAGA

1CW106M R 10

16V

Electrolytic

AA

C846

VCEAGA1HW474M R 0.47

SOV

Electrolytic

AA

C616

VCKYCY1 HF103Z

R 0.01

50V Ceramic

AA

C847

VCKYCY1 HF103Z

R 0.01 50V

Ceramic

AA

C617

VCEAGA

1CW106M R 10

16V

Electrolytic

AA

C848

VCEAGA1AW476M R 47

10V

Electrolytic

AA

(29RX5)

C849

VCEAGA1HW225M R 2.2

50V

Electrolytic

AB

C618

VCKYCY1 HF103Z R 0.01

50V Ceramic

AA

C901

VCKYPA1HB101K

R 100p 50V

Ceramic

AA

C619

VCEAGA1CW106M R 10

16V

Electrolytic

AA

C902

VCCCCY1HH101J R 100p

50V

Ceramic

AA

C620

VCEAGA1CW476M R 47

16V Electrolytic

AB

C903

VCEAGA1CW476M R 47

16V

Electrolytic AB

C621

VCKYCY1 HF103Z R 0.01

SOV Ceramic

AA

C904

VCKYCY1 HF103Z

R 0.01

50V

Ceramic AA

C622

VCCCCY1HH221J R 220p

50V Ceramic

AA

C905

VCCCCY1HH150J R 15p

SOV

Ceramic AA

C623

VCEAGA

1HW225M R

2.2

50V

Electrolytic

AB

C906

VCFYFA1HA684J

R 0.68 50V

M.Polypro

AD

C624

VCEAGA

1HW225M R

2.2

50V

Electrolytic

AB

C907

VCFYFA1HA684J

R 0.68 SOV

M.Polypro

AD

C625

VCFYFA1HA224J R 0.22

50V M.Polypro

AB

C908

VCCCCY1HH101J R 100p

SOV

Ceramic AA

C626

VCKYCY1 HF223Z R

0.022 50V

Ceramic

AB

C909

VCKYCY1 HF223Z

R 0.022 50V

Ceramic AB

C627

VCEAGA

1HW225M R 2.2

SOV

Electrolytic

AB

C910

VCEAGA1HW225M R 2.2

50V

Electrolytic AB

C628

VCFYFA1HA334J

R 0.33

50V

M.Polypro

AB

C911

VCEAGA1HW225M R 2.2

50V

Electrolytic

AB

C629

VCQYTA1 HM104J R

0.1

50V Mylar

AA

C912

VCQYTA1HM683J

R 0.068 50V Mylar

AB

C631

VCQYTA1HM104J R

0.1

50V Mylar

AA

C913

VCQYTA1HM223J

R 0.022 50V Mylar

AA

(29RX5)

C914

VCQYTA1HM563J

R 0.056 SOV

Mylar

AB

C632

VCFYFA1HA334J R

0.33

50V M.Polypro

AB

C915

VCEAGA1CW106M R 10

16V

Electrolytic AA

(29RX5)

C916

VCKYPA1HB102K

R 1000p 50V

Ceramic AA

C633

VCFYFA1HA334J R 0.33

50V M.Polypro

AB

C917

VCCCCY1HH101J R 100p

50V Ceramic

AA

C634

VCQYTA1HM104J

R 0.1

50V Mylar

AA

C918

VCCCCY1 HH820J R 82p

50V

Ceramic AA

C637

VCKYAT1EX103N

R 0.01

25V Ceramic

AA

C950

VCEAGA1HW225M R 2.2

50V

Electrolytic

AB

C801

VCCCCY1HH120J R 12p

50V Ceramic

AA

C951

VCEAGA1HW105M R 1

50V

Electrolytic AC

C802

VCQYTA1HM222J R

2200p 50V Mylar

AA

C952

VCFYFA1 HA684J

R 0.68 50V

M.Polypro

AD

C803

VCEAGA1HW474M R

0.47

50V

Electrolytic

AA

C953

VCFYFA1HA684J

R 0.68 50V

M.Polypro

AD

C804

VCCCCY1 HH120J R 12p

50V

Ceramic

AA

C954

VCQYTA1HM104J

R 0.1 50V

Mylar

AA

C805

VCEAGA

1CW107M R 100

16V

Electrolytic

AB

C955

VCQYTA1HM104J

R 0.1 50V

Mylar

AA

C806

VCKYCY1 HF103Z R 0.01

50V Ceramic

AA

C956

VCQYTA1HM104J

R 0.1 50V

Mylar AA

C807

VCKYPA1HF103Z R

0.01

50V Ceramic

AA

C957

VCEAGA1CW106M R 10

16V

Electrolytic AA

C808

VCEAOA1CW477M R 470

16V

Electrolytic

AC

C1001

VCEAGA1CW107M R 100

16V

Electrolytic

AB

C809

VCKYCY1 HF103Z R 0.01

50V Ceramic

AA

C1002

VCEAGA1CW107M R 100

16V

Electrolytic

AB

C810

VCKYCY1 HF103Z R 0.01

50V

Ceramic

AA

C1003

VCEAGA1CW107M R 100

16V

Electrolytic

AB

C811

VCKYCY1 EF104Z

R 0.1

25V Ceramic

AA

C1004

VCCCCY1 HH220J R 22p

50V

Ceramic

AA

(29RX5)

C1005

VCCCCY1 HH220J R 22p

50V

Ceramic

. AA

C812

VCKYCY1 EF104Z R 0.1

25V Ceramic

AA

C1006

VCCCCY1 HH220J R 22p

50V

Ceramic AA

(29RX5)

C1007

VCCCCY1 HH560J R 56p

50V

Ceramic

AA

C813

VCKYCY1 EF104Z R

0.1

2SV

Ceramic

AA

C1008

VCEAGA1AW107M R 100

10V

Electrolytic

AB

(29RX5)

C1009

VCKYCY1 HF103Z

R 0.01 50V

Ceramic

AA

C814

VCKYCY1 EF104Z

R 0.1

25V

Ceramic

AA

C1012

VCEAGA1HW105M R 1

50V

Electrolytic

AC

C815

VCKYCY1 EF104Z R 0.1

25V

Ceramic

AA

C1015

VCEAGA1AW476M R 47

10V

Electrolytic AA

C816

VCKYCY1 EF104Z R 0.1

25V Ceramic

AA

C1016

VCKYCY1 HF103Z

R 0.01

50V

Ceramic AA

C817

VCKYCY1 HF103Z R

0.01

50V Ceramic

AA

C1019

VCEAGA1CW226M R 22

16V

Electrolytic

AB

C818

VCEAGA1CW107M R

100

16V Electrolytic

AB

C1020

VCKYCY1 HF103Z

R 0.01 50V

Ceramic

AA

C819

VCCCCY1 HH470J R

47p

50V

Ceramic

AA

C1021

VCCCCY1 HH560J R 56p

50V

Ceramic

AA

C820

VCCCCY1 HH470J R

47p

50V Ceramic

AA

C1022

VCKYCY1 HF103Z

R 0.01 50V

Ceramic

AA

C821

VCCCCY1 HH470J R 47p

50V Ceramic

AA

C1024

VCKYCY1 HF103Z

R 0.01

50V

Ceramic

AA

C822

VCEAGA1CW107M R 100

16V

Electrolytic

AB

C1031

VCCCCY1 HH220J R 22p

50V

Ceramic

AA

C823

VCKYCY1 HF103Z

R 0.01

50V Ceramic

AA

C1032

VCKYCY1 EF104Z

R 0.1

25V

Ceramic

AA

C824

VCQYTA1HM104J

R 0.1

50V Mylar

AA

C1034

VCKYPA1HB221 K

R 220p 50V

Ceramic

AA

C825

VCQYTA1HM104J R 0.1

50V Mylar

AA

C1035

VCEAGA11-1W475MR 4.7

50V

Electrolytic AB

C826

VCQYTA1HM104J

R 0.1

50V Mylar

AA

C827

VCEAGA

1CW106M R

10

16V

Electrolytic

AA

C828

VCFYFA11-1A124J

R 0.12

50V

M.Polypro

AC

C829

VCKYCY11-1F103Z

R 0.01

50V Ceramic

AA

RESISTORS

C830

VCKYCY1 HF103Z R

0.01

50V Ceramic

AA

R201

VRS-CY1JF273J

R 27k 1/16W

Metal Oxide

AA

C831

VCKYCY11-1

F103Z R 0.01

50V Ceramic

AA

R202

VRS-CY1JF680J

R 68 1/16W

Metal Oxide AA

C832

VCQYTA11-1M104J R

0.1

50V Mylar

AA

R203

VRS-CY1JF680J

R 68

1/16W

Metal Oxide

AA

C833

VCQYTA11-1M104J R 0.1

50V Mylar

AA

R204

VRS-CY1 JF151J

R 150

1/16W

Metal Oxide AA

C834

VCEAGA

1CW107M R 100

16V Electrolytic

AB

R206

VRS-CY1JF680J

R 68

1/16W

Metal Oxide

AA

C835

VCKYCY1 HF103Z R

0.01

50V Ceramic

AA

R211

VRS-CY1JF101J

R 100 1/16W

Metal Oxide

AA

C836

VCQYTA

11-1M1

04J R 0.1

50V Mylar

AA

R212

VRS-CY1JF122J

R 1.2k 1/16W

Metal Oxide

AA

C837

VCEAGA1HW474M R 0.47

50V

Electrolytic

AA

R213

VRS-CY1JF561J

R 560

1/16W

Metal Oxide

AA

C838

VCEAGA1HW474M R

0.47

50V

Electrolytic

AA

R214

VRS-CY1JF392J

R 3.9k 1/16W

Metal Oxide

AA

C839

VCQYTA11-1M104J

R 0.1

50V Mylar

AA

R215

VRS-CY1JF682J

R 6.8k

1/16W

Metal Oxide AA

12

29RX5

29RX8

Ref. No.

Part

No.

*

Description

Code

Ref. No.

Part

No.

*

Description

Code

R216

VRS-CY1JF222J

R

2.2k

1/16W

Metal Oxide

AA

R311

VRS-CY1JF182J

R

1.8k 1/16W

Metal Oxide

AA

R217 VRD-RA2BE222J

R 2.2k

1/8W Carbon

AA

R312

VRD-RA2BE221 J

R

220

1/8W

Carbon

AA

R219

VRS-CY1JF223J R 22k

1/16W

Metal Oxide

AA

R317

VRS-CY1JF154J

R

150k 1/16W

Metal Oxide

AA

R221

VRS-CY1JF222J R 2.2k

1/16W Metal Oxide

AA

R318

VRD-RA2BE101J

R

100 1/8W

Carbon

AB

R223 VRD-RA2BE273J

R 27k

1/8W Carbon

AA

R319

VRD-RA2BE101J

R

100

1/8W

Carbon

AB

R225

VRS-CY1JF102J R 1k

1/16W

Metal Oxide

AA

R320

VRD-RA2BE101J

R

100

1/8W

Carbon

AB

R227

VRS-CY1JF154J R 150k

1/16W

Metal Oxide

AA

R321

VRD-RA2BE101J

R

100

1/8W

Carbon

AB

R228 VRD-RA2BE223J

R 22k

1/8W

Carbon

AA

R322

VRD-RA2BE394J

R

390k 1/8W

Carbon

AA

R229

VRD-RA2BE184J

R

180k

1/8W Carbon

AA

R351

VRS-CY1JF101J

R

100

1/16W

Metal Oxide

AA

R230

VRS-CY1JF472J R 4.7k

1/16W

Metal Oxide

AA

R352

VRS-CY1JF101J

R

100

1/16W

Metal Oxide

AA

R231

VRS-CY1JF222J

R 2.2k

1/16W Metal Oxide

AA

R356

VRD-RA2BE101J

R

100 1/8W

Carbon

AB

R232

VRS-CY1JF222J

R 2.2k

1/16W Metal Oxide

AA

R357

VRS-CY1JF101J

R

100 1/16W

Metal Oxide

AA

R233 VRS-CY1JF472J

R 4.7k

1/16W Metal Oxide

AA

R358

VRD-RA2BE101J

R

100 1/8W

Carbon

AB

R234 VRS-CY1JF151J

R 150

1/16W

Metal Oxide

AA

R359

VRD-RA2BE1 01J

R

100 1/8W

Carbon

AB

R235

VRS-CY1JF472J R 4.7k

1/16W

Metal Oxide

AA

R360

VRS-CY1JF101J

R

100 1/16W

Metal Oxide

AA

R236

VRS-CY1JF221J R 220

1/16W

Metal Oxide

AA

R361

VRS-CY1JF101J

R

100

1/16W

Metal Oxide

AA

R237

VRS-CY1JF472J R 4.7k

1/16W

Metal Oxide

AA

R362

VRD-RA2BE 102J

R

1k

1/8W

Carbon

AA

R238 VRS-CY1 JF223J

R

22k

1/16W Metal Oxide

AA

R363

VRS-CY1JF564J

R

560k

1/16W

Metal Oxide

AA

R239 VRS-CY1JF223J R 22k

1/16W

Metal Oxide

AA

R364

VRD-RA2BE102J

R

1k

1/8W Carbon

AA

R240 VRS-CY1 JF473J

R

47k 1/16W

Metal Oxide

AA

R365

VRD-RA2BE564J

R

560k

1/8W Carbon

AA

R241 VRS-CY1JF473J

R

47k

1/16W

Metal Oxide

AA

R366

VRD-RA2BE102J

R

1k

1/8W

Carbon

AA

R242 VRS-CY1 JF473J

R 47k

1/16W Metal Oxide

AA

R367

VRS-CY1JF564J

R

560k

1/16W

Metal Oxide

AA

R243 VRS-CY1JF473J

R

47k

1/16W Metal Oxide

AA

R368

VRD-RA2BE102J

R

1k

1/8W Carbon

AA

R244 VRS-CY1JF103J

R

10k

1/16W

Metal Oxide

AA

R369

VRS-CY1JF564J

R

560k 1/16W

Metal Oxide

AA

R245 VRS-CY1JF153J

R

15k

1/16W

Metal Oxide

AA

R370

VRS-CY1JF104J

R

100k 1/16W

Metal Oxide

AA

R246

VRS-CY1JF103J R

10k

1/16W

Metal Oxide

AA

R371

VRS-CY1JF101J

R

100 1/16W

Metal Oxide

AA

R247

VRS-CY1JF101J

R 100

1/16W Metal Oxide

AA

R372 VRD-RA2BE561J

R

560 1/8W

Carbon

AA

R248

VRS-CY1JF102J

R

1k

1/16W Metal Oxide

AA

R373 VRS-CY1JF104J

R

100k 1/16W

Metal Oxide

AA

R249

VRS-CY1JF472J

R

4.7k

1/16W Metal Oxide

AA

R374 VRS-CY1JF101J

R

100 1/16W

Metal Oxide

AA

R250

VRS-CY1JF222J

R

2.2k

1/16W

Metal Oxide

AA

R375

VRD-RA2BE561J

R

560 1/8W Carbon

AA

R255 VRS-CY1JF223J

R 22k

1/16W

Metal Oxide

AA

R376

VRS-CY1JF473J

R

47k 1/16W

Metal Oxide

AA

R256

VRS-CY1JF223J R

22k

1/16W

Metal Oxide

AA

R3??

VRD-RA2BE 102J

R

1k 1/8W

Carbon

AA

R257

VRS-CY1JF822J R

8.2k

1/16W

Metal Oxide

AA

R378

VRD-RA2BE102J

R

1k

1/8W Carbon

AA

R258 VRS-CY1JF223J

R

22k

1/16W

Metal Oxide

AA

R379

VRS-CY1JF473J

R

47k 1/16W

Metal Oxide

AA

R259

VRS-CY1JF223J R

22k

1/16W

Metal Oxide

AA

R401

VRS-CY1JF103J

R

10k 1/16W

Metal Oxide

AA

R260

VRS-CY1JF272J

R

2.7k

1/16W Metal Oxide

AA

R402

VRS-CY1JF103J

R

10k 1/16W

Metal Oxide

AA

R261

VRS-CY1JF223J

R

22k

1/16W

Metal Oxide

AA

R403

VRS-CY1JF222J

R

2.2k 1/16W

Metal Oxide

AA

R262 VRS-CY1JF223J

R 22k

1/16W Metal Oxide

AA

R404 VRS-CY1JF821J

R 820

1/16W

Metal Oxide

AA

R263

VRS-CY1JF391J R 390

1/16W

Metal Oxide

AA

R405

VRS-CY1JF821J

R 820

1/16W

Metal Oxide

AA

R264

VRS-CY1JF561J R

560 1/16W

Metal Oxide

AA

R406

VRD-RA2EE471J

R 470 1/4W

Carbon

AA

R265 VRS-CY1JF331J

R 330

1/16W Metal

Oxide

AA

R407 VRS-CY1JF121J

R 120

1/16W

Metal Oxide

AA

R266

VRS-CY1JF332J

R

3.3k

1/16W Metal Oxide

AA

R408 VRS-CY1JF101J

R 100

1/16W

Metal Oxide

AA

R267

VRS-CY1JF103J

R

10k

1/16W Metal Oxide

AA

R409 VRS-CY1JF102J

R

1k

1/16W

Metal Oxide

AA

R268 VRS-CY1JF122J

R

1.2k

1/16W Metal Oxide

AA

R418 VRS-CY1JF101J

R 100

1/16W

Metal Oxide

AA

&R270

RR-XZ0026CEZZ

R Resistor

AB

R420

VRS-CY1JF331J

R 330 1/16W

Metal Oxide

AA

R271

VRS-CY1JF101J

R 100

1/16W Metal Oxide

AA

R421

VRS-CY1JF102J

R 1k

1/16W

Metal Oxide

AA

R272

VRS-CY1JF102J R 1k

1/16W

Metal Oxide

AA

R422

VRS-CY1JF472J

R

4.7k

1/16W

Metal Oxide

AA

R273

VRS-CY1JF391J R 390

1/16W

Metal Oxide

AA

R423

VRS-CY1JF392J

R

3.9k

1/16W

Metal Oxide

AA

R274 VRD-RA2EE102J

R 1k

1/4W Carbon

AA

R424 VRS-CY1JF472J

R 4.7k

1/16W

Metal Oxide

M

R275 VRS-CY1JF221J

R 220

1/16W Metal Oxide

AA

R425 VRD-RA2BE563J

R

56k

1/8W Carbon

AA

R276 VRS-CY1 JF221J

R 220

1/16W Metal Oxide

AA

R426 VRS-CY1JF471J

R 470

1/16W Metal Oxide

AA

R2??

VRS-CY1JF681J

R 680

1/16W Metal Oxide

AA

R427

VRS-CY1JF561J

R 560

1/16W

Metal Oxide

AA

R278

VRD-RA2EE120J R 12

1/4W Carbon

AA

R451

VRD-RA2BE1 01J

R 100

1/8W

Carbon

AB

R279

VRD-RA2EE120J

R 12

1/4W Carbon

AA

R452

VRS-CY1JF101J

R 100

1/16W

Metal Oxide

AA

R281

VRS-CY1JF223J

R

22k

1/16W Metal Oxide

AA

R453 VRD-RA2BE103J

R

10k

1/8W

Carbon

AA

R282

VRS-CY1JF473J R

47k

1/16W Metal Oxide

AA

R454 VRS-CY1JF103J

R

10k

1/16W Metal Oxide

AA

R283

VRS-CY1JF473J R 47k

1/16W Metal Oxide

AA

R455

VRD-RA2BE 103J

R

10k

1/8W

Carbon

AA

R284

VRS-VV3DB123J R

12k

2W

Metal Oxide

AA

R456

VRS-CY1JF103J

R

10k

1/16W Metal Oxide

AA

R285

VRS-CY1JF683J R

68k

1/16W Metal Oxide

AA

R457 VRD-RA2BE101J

R 100

1/8W Carbon

AB

R286 VRD-RA2BE683J

R

68k

1/8W Carbon

AA

R458 VRD-RA2BE101J

R 100

1/8W Carbon

AB

R288

VRS-CY1JF272J

R

2.7k

1/16W Metal Oxide

AA

R459

VRS-CY1JF103J

R 10k

1/16W

Metal Oxide

AA

R289

VRS-CY1JF222J

R

2.2k

1/16W Metal Oxide

AA

R460

VRS-CY1JF123J

R

121<

1/16W

Metal Oxide

AA

R290 VRS-CY1 JF224J

R

220k 1/16W Metal Oxide

AA

R461 VRS-CY1JF101J

R 100

1/16W

Metal Oxide

AA

R296 VRS-CY1JF150J

R 15

1/16W Metal Oxide

AA

R462 VRS-CY1JF102J

R

1k

1/16W Metal Oxide

AA

R301

VRS-CY1JF221J R 220

1/16W Metal Oxide

AA

R464

VRD-RA2BE101J

R 100

1/8W Carbon

AB

R303 VRD-RA2EE225J

R 2.2M

1/4W Carbon

AA

R465

VRS-CY1JF102J

R

1k

1/16W

Metal Oxide

AA

R305 VRD-RA2BE101J

R 100

1/8W Carbon

AB

R467

VRD-RA2BE101J

R 100

1/8W

Carbon AB

R307

VRS-CY1JF333J R

33k

1/16W Metal Oxide

AA

R468

VRS-CY1JF102J

R

1k

1/16W

Metal Oxide

AA

R308

VRS-CY1JF223J R

22k

1/16W Metal Oxide

AA

R469

VRS-CY1JF102J

R

1k

1/16W

Metal Oxide

AA

R309

VRS-CY1JF222J R

2.2k

1/16W Metal Oxide

AA

R470

VRS-CY1JF102J

R

1k

1/16W

Metal Oxide

AA

R310 VRD-RA2BE333J

R

33k

1/8W Carbon

AA

R473 VRD-RA2BE101J

R 100

1/8W Carbon

AB

73

29RX5
29RX8

Ref. No.

Part No.

*

Description

Code Ref. No.

Part No.

*

Description

Code

PWB-A

DUNTK9356WEw2IW5

R651

VRS-CY1JF105J

R 1M

1/16W Metal Oxide

AA

MAIN UNIT

(Continued)

R653

VRD-RA2BE103J

R 10k 1/8W

Carbon

AA

R683

VRS-CY1JF271J R 270

1/16W Metal Oxide

AA

R686

VRS-CY1JF223J

R 22k

1/16W Metal Oxide

AA

R474

VRD-RA2EE750J

R 75

1/4W Carbon

AA

R687

VRS-SV3LB330J

R 33 3W

Metal Oxide

AB

R475

VRD-RA2BE101J

R 100 1/8W

Carbon

AB

R688

VRS-SV3LB270J R 27 3W

Metal Oxide AB

R476

VRD-RM2HD221J

R 220

1/2W Carbon

AA

R692

VRN-VV3DB3R3J

R 3.3 2W

Metal Film

AB

R477

VRD-RA2EE750J R

75 1/4W

Carbon

AA

(29RX5)

R478

VRS-CY1JF103J R

10k

1/16W Metal Oxide

AA

R692

VRN-VV3DB3R9J R 3.9 2W

Metal Film

AB

R479

VRD-RA2BE102J

R 1k

1/8W Carbon

AA

(29RX8)

R480

VRD-RA2BE102J

R 1k

1/8W Carbon

AA

R801

VRD-RA2BE101J R

100 1/8W

Carbon

AB

R481

VRD-RA2EE750J

R 75

1/4W Carbon

AA

R802

VRS-CY1JF222J

R 2.2k

1/16W Metal Oxide

AA

R482

VRS-CY1JF101J

R 100

1/16W Metal Oxide

AA

R803

VRS-CY1JF273J R

27k

1/16W Metal Oxide

AA

R483

VRD-RA2EE750J

R 75

1/4W Carbon

AA

R804

VRS-CY1JF103J R

10k

1/16W Metal Oxide

AA

R484

VRD-RA2BE100J

R 10 1/8W

Carbon

AA

R805

VRS-CY1JF103J R

10k 1/16W Metal Oxide

AA

R485

VRS-CY1JF102J

R 1k

1/16W Metal Oxide

AA

R806

VRS-CY1JF222J

R 2.2k

1/16W Metal Oxide

AA

R501

VRS-CY1JF101J

R 100

1/16W Metal Oxide

AA

R807

VRS-CY1JF391J

R 390

1/16W Metal Oxide

AA

R502

VRS-CY1JF333J

R 33k

1/16W Metal Oxide

AA

R808

VRD-RA2BE101J

R 100 1/8W

Carbon

AB

R503

VRS-CY1JF333J

R 33k

1/16W Metal Oxide

AA

R809

VRD-RA2BE101J

R 100 1/8W

Carbon

AB

R504

VRS-CY1JF562J

R 5.6k

1/16W Metal Oxide

AA

R810

VRS-CY1JF222J

R 2.2k

1/16W Metal Oxide

AA

R601

VRS-CY1JF562J

R 5.6k

1/16W Metal Oxide

AA

R811

VRS-CY1JF561J

R 560

1/16W Metal Oxide

AA

R602

VRS-VV3LB120J

R 12

3W

Metal Oxide

AB

(29RX5)

R606

VRD-RM2HD181J

R 180

1/2W Carbon

AA

R812

VRS-CY1JF561J

R 560

1/16W Metal Oxide

AA

R609

VRS-CY1JF153J

R 15k

1/16W Metal Oxide

AA

(29RX5)

R610

VRS-CY1JF153J

R 15k

1/16W Metal Oxide

AA

R813

VRS-CY1JF561J R 560

1/16W Metal Oxide

AA

R612

VRD-RM2HD270J

R 27 1/2W Carbon

AA

(29RX5)

R613

VRD-RM2HD270J

R 27

1/2W Carbon

AA

R814

VRS-CY1JF333J

R 33k

1/16W Metal Oxide

AA

R614

VRS-CY1JF562J

R 5.6k

1/16W Metal Oxide

AA

R815

VRS-CY1JF221J R 220

1/16W Metal Oxide

AA

R615

VRS-VV3LB120J

R 12

3W

Metal Oxide

AB

R816

VRS-CY1JF221J

R 220

1/16W Metal Oxide

AA

R618

VRS-CY1JF684J

R 680k 1/16W Metal Oxide

AA

R817

VRS-CY1JF221J

R 220

1/16W Metal Oxide

AA

R619

VRS-CY1JF682J

R

6.81<

1/16W Metal Oxide

AA

R818

VRS-CY1JF221J

R 220

1/16W Metal Oxide

AA

R620

VRS-CY1JF562J

R 5.6k

1/16W Metal Oxide

AA

R819

VRS-CY1JF221J

R 220

1/16W Metal Oxide

AA

R621

VRS-CY1JF271J

R 270

1/16W Metal Oxide

AA

R820

VRS-CY1JF221J

R 220

1/16W Metal Oxide

AA

R622

VRS-CY1JF471J

R 470

1/16W Metal Oxide

AA

R822

VRS-CY1JF153J

R 15k

1/16W Metal Oxide

AA

R623

VRS-CY1JF184J

R 180k 1/16W Metal Oxide

AA

R823

VRS-CY1JF561.J

R 560

1/16W Metal Oxide

AA

R624

VRD-RA2EE471J

R 470 1/4W

Carbon

AA

R824

VRS-CY1JF473J

R 47k

1/16W Metal Oxide

AA

R625

VRS-CY1JF103J

R 10k

1/16W Metal Oxide

AA

R825

VRS-CY1JF471J R 470

1/16W Metal Oxide

AA

R626

VRS-CY1JF103J

R 10k

1/16W Metal Oxide

AA

R826

VRS-CY1JF102J

R 1k

1/16W Metal Oxide

AA

R627

VRD-RA2BE102J

R 1k 1/8W Carbon

AA

R827

VRS-CY1JF183J

R 18k

1/16W Metal Oxide

AA

R628

VRS-CY1JF222J

R 2.2k

1/16W Metal Oxide

AA

R828

VRS-CY1JF183J

_R 18k

1/16W Metal Oxide

AA

R629

VRS-CY1JF102J

R 1k

1/16W Metal Oxide

AA

R829

VRS-CY1JF153J R 15k

1/16W Metal Oxide

AA

R630

VRS-CY1JF394J

R 390k 1/16W Metal Oxide

AA

R830

VRS-CY1JF153J

R 15k

1/16W Metal Oxide

AA

R631

VRS-CY1JF821J

R 820

1/16W Metal Oxide

AA

R831

VRD-RA2BE562J R 5.6k 1/8W

Carbon

AA

R632

VRS-CY1JF471J

R 470

1/16W Metal Oxide

AA

R832

VRD-RA2BE562J R 5.6k 1/8W

Carbon

AA

R633

VRS-CY1JF102J

R 1k

1/16W Metal Oxide

AA

R833

VRS-CY1JF822J

R 8.2k

1/16W Metal Oxide

AA

R634

VRD-RA2BE100J

R 10

1/8W Carbon

AA

R834

VRS-CY1JF822J

R 8.2k

1/16W Metal Oxide

AA

R635

VRS-CY1JF102J

R 1k

1/16W Metal Oxide

AA

R835

VRD-RA2BE103J

R 10k 1/8W

Carbon

AA

R636

VRD-RA2BE103J

R 10k 1/8W

Carbon

AA

R836

VRS-CY1JF104J

R 100k 1/16W Metal Oxide

AA

R637

VRD-RA2BE222J

R 2.2k 1/8W

Carbon

AA

R837

VRS-CY1JF104J

R

1001<

1/16W Metal Oxide

AA

R638

VRS-CY1JF102J

R 1k

1/16W Metal Oxide

AA

R838

VRS-CY1JF103J R 10k

1/16W Metal Oxide

AA

R639

VRS-CY1JF102J

R 1k

1/16W Metal Oxide

AA

R839

VRS-CY1JF102J

R 1k

1/16W Metal Oxide

AA

R640

VRS-CY1JF153J

R 15k

1/16W Metal Oxide

AA

R840

VRS-CY1JF102J

R 1k

1/16W Metal Oxide

AA

R641

VRS-CY1JF102J

R 1k

1/16W Metal Oxide

AA

R841

VRS-CY1JF102J

R 1k

1/16W Metal Oxide

AA

R642

VRS-CY1JF103J

R 10k

1/16W Metal Oxide

AA

R842

VRD-RM2HD680J

R 68 1/2W

Carbon

AA

R643

VRD-RM2HD680J

R 68

1/2W Carbon

AA

R843

VRD-RM2HD680J

R 68 1/2W

Carbon

AA

R644

VRD-RM2HD680J

R 68

1/2W Carbon

AA

R844

VRD-RA2BE391J

R 390 1/8W

Carbon

AA

R645

VRD-RA2BE682J

R 6.8k

1/8W Carbon

AA

R846

VRS-CY1JF683J

R 68k

1/16W Metal Oxide

AA

(29RX5)

R847

VRD-RA2BE471J R 470 1/8W

Carbon

AA

R646

VRD-RA2BE222J

R 2.2k

1/8W

Carbon

AA

R901

VRS-CY1JF103J R 10k

1/16W Metal Oxide

AA

(29RX5)

R902

VRS-CY1JF223J R 22k

1/16W Metal Oxide

AA

R647

VRS-CY1JF222~

R 2.2k 1/16W

Metal Oxide

AA

R903

VRD-RA2BE101J

R 100 1/8W

Carbon

AB

R648

VRS-CY1JF682J

R 6.8k

1/16W

Metal Oxide

AA

R904

VRD-RA2BE101J R 100

1/8W

Carbon

AB

R649

VRD-RM2HD560J

R 56

1/2W Carbon

AA

R905

VRS-CY1JF103J R 10k

1/16W Metal Oxide

AA

(29RX5)

R906

VRS-CY1JF561J

R 560

1/16W Metal Oxide

AA

R649

VRD-RM2HD680J

R

68

1/2W

Carbon

AA

R907

VRS-CY1JF102J

R 1k

1/16W Metal Oxide

AA

(29RX8)

R908

VRS-CY1JF475J

R 4.7M 1/16W Metal Oxide

AA

R650

VRD-RM2HD560J

R 56

1/2W Carbon

AA

R909

VRS-CY1JF102J R 1k

1/16W Metal Oxide

AA

(29RX5)

R910

VRS-CY1JF223J

R 22k

1/16W Metal Oxide

AA

R650

VRD-RM2HD680J

R 68

1/2W Carbon

AA

R911

VRS-CY1JF223J R 22k

1/16W Metal Oxide

AA

(29RX8)

R912

VRS-CY1JF223J R 22k

1/16W Metal Oxide

AA

8913

VRS-CY1JF223J R 22k

1/16W Metal Oxide

AA

74

29RX5
29RX8

Ref. No.

Part

No.

*

Description

Code

Ref. No.

Part

No.

*

Description

Code

R1002 VRS-CY1JF473J

R

471<

1/16W Metal Oxide

AA

R1102

VRS-CY1JF222J

R

2.21<

1/16W Metal Oxide

AA

R1003 VRS-CY1JF103J

R

101<

1/16W

Metal Oxide

AA

R1103

VRD-RA2BE103J

R

101<

1/8W

Carbon

AA

R1004 VRS-CY1JF101J

R 100 1/16W

Metal Oxide

AA

R1104

VRS-CY1JF103J

R

101<

1/16W Metal Oxide

AA

R1005 VRS-CY1JF222J

R

2.21<

1/16W

Metal Oxide

AA

R1105

VRS-CY1JF562J

R

5.61<

1/16W Metal Oxide

AA

R1008 VRD-RA2BE563J

R

561<

1/8W

Carbon

AA

R1106

VRS-CY1JF562J

R

5.61<

1/16W Metal Oxide

AA

R1010 VRS-CY1JF563J

R

561<

1/16W

Metal Oxide

AA

R1107

VRS-CY1JF103J

R

101<

1/16W Metal Oxide

AA

R1012 VRS-CY1JF563J

R

561<

1/16W

Metal Oxide

AA

R1108

VRS-CY1JF102J

R

11<

1/16W Metal Oxide

AA

R1018 VRS-CY1JF563J

R

561<

1/16W Metal Oxide

AA R1109

VRS-CY1JF472J

R

4.71<

1/16W Metal Oxide

AA

R1020 VRS-CY1JF563J

R

561<

1/16W Metal Oxide

AA R1110

VRD-RA2BE332J

R

3.31<

1/8W

Carbon

AA

(29RX8)

R1111

VRD-RA2BE332J

R

3.31<

1/8W

Carbon

AA

R1022 VRS-CY1 JF563J

R

561<

1/16W Metal Oxide

AA R1112

VRD-RA2BE332J

R

3.31<

1/8W

Carbon

AA

(29RX8)

R1113

VRS-CY1JF333J

R

331<

1/16W Metal Oxide

AA

R1026 VRS-CY1 JF102J

R

11<

1/16W Metal Oxide

AA

R1114

VRD-RA2BE562J

R

5.61<

1/8W

Carbon

AA

R1028 VRS-CY1JF101J

R 100

1/16W Metal Oxide

AA R1115

VRS-CY1JF103J

R

101<

1/16W Metal Oxide

AA

R1030 VRD-RA2BE103J

R

101<

1/8W Carbon

AA

R1116

VRS-CY1JF101J

R 100

1/16W Metal Oxide

AA

R1031 VRS-CY1 JF563J

R

561<

1/16W Metal Oxide

AA R1117

VRS-CY1JF563J

R

561<

1/16W Metal Oxide

AA

R1032 VRS-CY1JF101J

R 100

1/16W Metal Oxide

AA R1119

VRS-CY1JF562J

R

5.61<

1/16W Metal Oxide

AA

R1033 VRS-CY1 JF102J

R

11<

1/16W

Metal Oxide

AA

R1120

VRS-CY1JF562J

R

5.61<

1/16W Metal Oxide

AA

R1034 VRS-CY1 JF563J

R

561<

1/16W

Metal Oxide

AA

R1121

VRS-CY1JF563J

R

561<

1/16W Metal Oxide

AA

R1035 VRS-CY1JF562J

R

5.61<

1/16W

Metal Oxide

AA

R1122

VRS-CY1JF101J

R 100

1/16W Metal Oxide

AA

R1042 VRS-CY1 JF102J

R

11<

1/16W Metal Oxide

AA R1123

VRS-CY1JF563J

R

561<

1/16W Metal Oxide

AA

R1043 VRS-CY1JF123J

R

121<

1/16W Metal Oxide

AA R1124

VRD-RA2BE223J

R

221<

1/8W Carbon

AA

R1044 VRS-CY1JF101J

R 100 1/16W

Metal Oxide

AA

R1127

VRS-CY1JF562J

R

5.61<

1/16W Metal Oxide

AA

R1046 VRS-CY1JF562J

R

5.61<

1/16W Metal Oxide

AA

R1129

VRS-CY1JF562J

R

5.61<

1/16W Metal Oxide

AA

R1047 VRS-CY1JF562J

R

5.61<

1/16W Metal Oxide

AA

R1130

VRS-CY1JF563J

R

561<

1/16W Metal Oxide

AA

R1048 VRS-CY1JF333J

R

331<

1/16W Metal Oxide

AA

R1049 VRS-CY1JF103J

R

101<

1/16W Metal Oxide

AA

R1055 VRD-RA2BE102J

R

11<

1/8W Carbon

AA

R1057 VRS-CY1 JF102J

R

11<

1/16W Metal Oxide

AA

MISCELLANEOUS PARTS

R1058 VRS-CY1JF103J

R

101<

1/16W

Metal Oxide

AA

J451

QTANJ0956CEZZ

R Terminal

AT

R1059 VRS-CY1 JF102J

R

11<

1/16W

Metal Oxide

AA

P201

QPLGN0261CEZZ R Plug

AB

R1060 VRD-RA2BE102J

R

11<

1/8W

Carbon

AA

P801

QPLGN0561CEZZ R Plug

AB

R1061 VRD-RA2BE1 01J

R 100

1/8W Carbon

AB

P802

QPLGN0461 CEZZ R Plug

AB

R1062 VRS-CY1JF103J

R

101<

1/16W Metal Oxide

AA

P1003

QPLGN0661 CEZZ R Plug

AD

R1063

VRD-RA2BE101J

R 100 1/8W

Carbon

AB

SC202 QSOCN0284FJZZ

R Socl<et

AK

R1064 VRD-RA2BE101J

R 100

1/8W Carbon

AB

SC401

QSOCN0785CEZZ R Socl<et

AC

R1065 VRD-RA2BE101J

R 100

1/8W Carbon

AB

SC402

QSOCN0785CEZZ R Socket

AC

R1066 VRD-RA2BE101J

R 100

1/8W Carbon

AB

SC403

QSOCN0785CEZZ R Socket (29RX5)

AC

R1067 VRD-RA2BE101J

R 100

1/8W Carbon

AB

SC404

QSOCN0885CEZZ R Socket (29RX5)

AC

R1068 VRS-CY1JF562J

R

5.61<

1/16W Metal Oxide

AA

SC451

QSOCD0427CEZZ R Socket

AL

R1070 VRS-CY1JF562J

R

5.61<

1/16W Metal Oxide

AA

SC501

QSOCZ1138CEZZ R Socket

AE

R1071 VRD-RA2BE101J

R 100 1/8W

Carbon

AB

SC601

QSOCZ1020CEZZ R Socket

AF

R1072 VRS-CY1JF103J

R

101<

1/16W

Metal Oxide

AA

SC602 QSOCZ1938CEZZ R Socket

AF

R1073 VRS-CY1JF101J

R 100 1/16W

Metal Oxide

AA

SC1001 QSOCZ1138CEZZ R Socket

AE

R1074

VRS-CY1JF103J

R 10k 1/16W

Metal Oxide

AA

SLD201 PSLDM0235PEFW R Shield

AD

R1075 VRS-CY1 JF101J

R 100 1/16W

Metal Oxide

AA

SLD202 PSLDM0236PEFW R Shield

AC

R1076 VRD-RA2BE562J

R 5.6k 1/8W

Carbon

AA

SLD1001

PSLDM0211PEFW R Shield

AG

R1077 VRS-CY1JF101J

R 100

1/16W Metal Oxide

AA

TP801 QLUGP0102PEZZ

R Lug

AA

R1078 VRS-CY1JF102J

R 1k 1/16W Metal Oxide

AA

TP802

QLUGP0102PEZZ

R Lug

AA

R1079 VRS-CY1JF101J

R 100 1/16W Metal Oxide

AA

TP806

QLUGP0102PEZZ

R Lug

AA

R1080 VRS-CY1JF222J

R 2.2k 1/16W

Metal Oxide

AA

R1081 VRS-CY1JF101J

R 100 1/16W

Metal Oxide

AA

R1082 VRS-CY1JF101J

R 100 1/16W

Metal Oxide

AA

R1083 VRS-CY1JF101J

R 100

1/16W Metal Oxide

AA

R1084 VRS-CY1JF101J

R 100 1/16W

Metal Oxide

AA

R1085

VRS-CY1JF101J

R 100

1/16W Metal Oxide

AA

R1086

VRS-CY1JF101J

R 100

1/16W Metal Oxide

AA

R1087 VRD-RA2BE333J

R

331<

1/8W Carbon

AA

R1088 VRS-CY1JF562J

R

5.61<

1/16W Metal Oxide

AA

R1089 VRS-CY1JF103J R 10k

1/16W Metal Oxide

AA

R1090 VRS-CY1JF332J R

3.31<

1/16W Metal Oxide

AA

R1091 VRS-CY1JF332J

R

3.31<

1/16W Metal Oxide

AA

R1093 VRS-CY1JF273J

R

271<

1/16W

Metal Oxide

AA

R1094 VRS-CY1JF683J

R 68k 1/16W Metal Oxide

AA

R1095 VRS-CY1JF473J

R 47k

1/16W Metal Oxide

AA

R1096 VRS-CY1JF473J

R

471<

1/16W Metal Oxide

AA

R1097

VRS-CY1JF223J

R 22k 1/16W Metal Oxide

AA

R1098 VRS-CY1JF223J

R 22k 1/16W

Metal Oxide

AA

R1099 VRS-CY1JF222J

R 2.2k 1/16W

Metal Oxide

AA

R1100 VRS-CY1JF392J

R

3.91<

1/16W

Metal Oxide

AA

R1101 VRS-CY1JF272J

R

2.71<

1/16W Metal Oxide

AA

75

29RX5
29RX8

Ref. No.

Part

No.

*

Description

Code

Ref. No.

Part

No.

*

Description

Code

PWB-B

DUNTK8776FMw5

C861

VCKYPA1HF103Z R

0.01 50V

Ceramic

AA

CRT UNIT

C863

VCEAGA1CW106M R

10

16V

Electrolytic

AA

C864

VCEAGA1CW226M R

22

16V

Electrolytic

AB

C1501 VCKYPA1HF103Z

R

0.01 50V

Ceramic

AA

TRANSISTORS

C1502

VCKYPA2HB472K

R

4700p 500V

Ceramic

AB

0853

V828C1815GW-1

R 28C1815GW

AB

C1503

VCKYPA2HB472K

R

4700p 500V

Ceramic

AB

0854

V828C1815GW-1

R 28C1815GW

AB

C1504

VCKYPA1HF103Z R

0.01

50V

Ceramic

AA

0855

V828C1815GW-1

R 28C1815GW

AB

C1505

VCEAGA1CW107M R

100

16V

Electrolytic

AB

0856

V828A

1015Y/1E

R 28A1015Y

AC

C1506

VCEAGA2CW106M R

10

160V

Electrolytic

AC

0857

V828C1815GW-1

R 28C1815GW

AB

C1507

VCEAGA1CW107M R 100

16V

Electrolytic

AB

0858

V828A

1015Y/1E

R 28A1015Y

AC

C1508

VCC8PA2HL560K R

56p

500V Ceramic

AA

01501

V828A

1837//-1

R 28A1837

AF

C1509

VCEAGA2AW226M R

22

100V Electrolytic AC

01502

V828C4793//-1

R 28C4793

AF

C1521

VCKYPA1HF103Z R

0.01 50V

Ceramic

AA

01503

V828C1815YW-1

R 28C1815YW

AC

C1522

VCKYPA1HF103Z

R 0.01 50V

Ceramic

AA

01504

V828A

1015Y/1E

R 28A1015Y

AC

C1523

VCC8PA1HL221J R 220p

50V

Ceramic

AA

01506

V828C1815YW-1

R 28C1815YW

AC

C1524

VCEAGA1CW107M R

100 16V

Electrolytic AB

01507

V828A1015Y/1E

R 28A1015Y

AC

C1526

VCEAGA1CW106M R

10 16V

Electrolytic

AA

01508

V828C1815YW-1

R 28C1815YW

AC

C1528

VCEAGA1CW476M R

47 16V

Electrolytic

AB

01510

V828C1815YW-1

R 28C1815YW

AC

C1529

VCKYPA1HF103Z R

0.01 50V

Ceramic

AA

V828C4544LB1E

R 28C4544LB

AD

RESISTORS

DIODES

R850

VRC-MA2HG102K R 1k

1/2W 80lid

AA

D850

VHD188119//1 E

R 188119

AA

R851

VRC-MA2HG102K R 1k

1/2W 80lid

AA

D851

VHD188119//1 E

R 188119

AA

R852

VRC-MA2HG102K R 1k

1/2W 80lid

AA

D852

VHD188119//1E

R 188119

AA

R853

VR8-VV3DB183J

R 18k

2W

Metal Oxide

AA

D853

VHD188119111E

R 188119

AA

R854

VR8-VV3DB183J

R 18k 2W

Metal Oxide

AA

D854

VHD188119//1E

R 188119

AA

R855

VR8-VV3DB183J

R 18k 2W

Metal Oxide

AA

D855

VHD188119//1 E

R 188119

AA

R856

VR8-VV3DB153J

R 15k 2W

Metal Oxide

AA

D856

VHD188119//1 E

R 188119

AA

R857

VR8-VV3DB153J

R 15k 2W

Metal Oxide

AA

D857

RH-EX0619GEZZ

R Zener Diode

AA

R858

VR8-VV3DB153J

R

151<

2W

Metal Oxide

AA

D858

VHD1

88119111

E

R

188119

AA

R859

VRC-MA2HG224K R 220k 1/2W

80lid

AA

D859

VHD1

88119111

E

R 188119

AA

R860

VRD-RA2EE101J

R 100 1/4W

Carbon

AA

D860

VHD1

88119111

E

R

188119

AA

R861

VRD-RA2BE221 J

R 220 1/8W

Carbon

AA

D1501

VHD1

88119111

E

R 188119

AA

R862

VRD-RA2BE221 J

R 220 1/8W

Carbon

AA

D1502

VHD188119111E

R

188119

AA

R863

VRD-RA2BE221 J

R 220 1/8W

Carbon

AA

D1503

RH-DX0086TAZZ

R Diode

AC

R864

VRD-RA2BE471J

R 470 1/8W

Carbon

AA

D1504

RH-DX0086TAZZ

R Diode

AC

R865

VRD-RA2BE471 J

R 470 1/8W

Carbon

AA

D1514

VHD188119//1 E

R

188119

AA

R866

VRD-RA2BE471 J

R 470 1/8W

Carbon

AA

D1515

VHD188119//1E

R

188119

AA

R867

VRD-RA2BE121J

R 120

1/8W Carbon

AA

D1516

VHD188119//1 E

R

188119

AA

R868

VRD-RA2BE151J

R 150 1/8W

Carbon

AA

D1522

VHD188119//1 E

R 188119

AA

R869

VRD-RA2BE121J

R 120 1/8W

Carbon

AA

R870

VRD-RA2BE151J

R 150

1/8W Carbon

AA

R871

VRD-RA2BE121J

R 120

1/8W

Carbon

AA

R872

VRD-RA2BE151J

R 150

1/8W

Carbon

AA

COILS

R873

VRD-RA2BE471 J R 470

1/8W

Carbon

AA

L854

VP-2K470KOOOK

R Peaking

47~H

AB

R874

VRD-RA2BE471 J

R 470

1/8W

Carbon

AA

L855

VP-2K470KOOOK

R Peaking

47~H

AB

R875

VRD-RA2BE471 J

R 470

1/8W Carbon

AA

R876

VRD-RA2BE561 J R 560

1/8W

Carbon

AA

L856

VP-2K470KOOOK

R Peaking

47~H

AB

R877

VRD-RA2BE561 J

R 560

1/8W

Carbon

AA

R878

VRD-RA2BE561 J R 560

1/8W

Carbon

AA

R879

VRD-RA2BE680J

R 68

1/8W

Carbon

AA

CONTROL

R880

VRD-RA2BE680J

R 68 1/8W

Carbon

AA

R881

VRD-RA2BE680J

R 68 1/8W

Carbon

AA

R890

RVR-M4263CEZZ

R 330(B) 8UB BRIGHT

AD

R882

VRD-RA2BE820J

R 82 1/8W

Carbon

AA

R883

VRD-RA2BE820J

R 82 1/8W

Carbon

AA

R884

VRDcRA2BE820J R 82

1/8W

Carbon

AA

R887

VRD-RM2HD471J

R 470 1/2W

Carbon

AA

CAPACITORS R888

VRD-RA2BE152J

R 1.5k 1/8W

Carbon

AA

C850

VCEAOA2EW106M

RiO

250V

Electrolytic

AD R889

VRD-RA2BE681 J R 680

1/8W

Carbon

AA

C851

RC-KZ0153CEZZ

R Capacitor

AB

R891

VRD-RA2BE101J

R 100

1/8W

Carbon

AB

C853

VCKYD41HB391K

R 390p

50V Ceramic

AA

R892

VRD-RA2BE223J

R 22k

1/8W

Carbon

AA

C854

VCKYPA1HB221K

R 220p

50V Ceramic

AA

R893

VRD-RA2BE100J

R 10

1/8W

Carbon

AA

C855

VCKYPA1HB471K

R 470p

50V

Ceramic

AA

R894

VRD-RA2BE682J

R 6.8k 1/8W

Carbon

AA

C856

VCKYPA1HB471K

R 470p 50V

Ceramic

AA

R1502

VRD-RA2BE561J

R 560 1/8W

Carbon

AA

C857

VCKYD41HB471K

R 470p 50V

Ceramic

AA

R1503

VRD-RA2EE560J

R 56 1/4W

Carbon

AA

C858

VCKYPA1HB471K R 470p

50V

Ceramic

AA

R1504

VRD-RA2EE2R7J

R 2.7 1/4W

Carbon

AA

C859

VCEAGA1CW107M R 100

16V

Electrolytic

AB

R1505

VRD-RA2BE101J

R 100

1/8W

Carbon

AB

C860

VCEAGA1CW476M R 47

16V

Electrolytic

AB

R1506

VRD-RA2BE 1

OOJ

R 10

1/8W Carbon

AA

76

Ref. No.

Part

No.

*

Description

Code

R1507

VRD-RA2BE820J

R

82 1/8W Carbon

AA

R1508

VRD-RA2BE683J

R 68k

1/8W Carbon

AA

R1509

VRD-RA2BE123J

R 12k 1/8W

Carbon

AA

R1510

VRD-RM2HD121J

R 120

1/2W Carbon

AA

R1511

VRD-RA2BE820J R 82 1/8W

Carbon

AA

R1512 VRD-RA2BE683J R 68k 1/8W

Carbon

AA

R1513

VRD-RA2BE561J

R 560

1/8W Carbon

AA

R1514

VRD-RA2EE560J R 56 1/4W Carbon

AA

R1515

VRD-RA2EE2R7J

R 2.7 1/4W

Carbon

AA

R1516

VR8-VV3DB221J

R

220 2W Metal Oxide

AA

R1531

VRD-RA2BE153J

R 15k 1/8W

Carbon

AA

R1532

VRD-RA2BE153J

R 15k

1/8W Carbon

AA

R1533

VRD-RA2BE221J

R

220 1/8W Carbon

AA

R1534

VRD-RA2BE102J

R 1k 1/8W

Carbon

AA

R1536

VRD-RA2BE104J R

1001<

1/8W

Carbon

AA

R1537

VRD-RA2BE221J R 220 1/8W

Carbon

AA

R1538

VRD-RA2BE221J R 220 1/8W Carbon

AA

R1539

VRD-RA2BE681J

R 680

1/8W Carbon

AA

R1540

VRD-RA2BE104J R 100k 1/8W Carbon

AA

R1542

VRD-RA2BE223J R 22k 1/8W Carbon

AA

R1543

VRD-RA2BE681J

R 680

1/8W Carbon

AA

R1544

VRD-RA2BE103J

R 10k

1/8W Carbon

AA

R1545

VRD-RA2BE153J R 15k 1/8W Carbon

AA

R1546

VRD-RA2BE391J

R 390 1/8W

Carbon

AA

R1547

VRD-RA2BE151J

R 150 1/8W

Carbon

AA

R1549

VRD-RA2BE393J

R 39k

1/8W Carbon

AA

R1550

VRD-RM2HD471J

R 470

1/2W Carbon

AA

PWB-C

DUNTK9357FMV8IWEWO

POWER UNIT

INTEGRATED CIRCUITS

IC1303 VHiAN7108//-1 R i.c.
IC1304 VHiUPC358C/-1 R UPC358C
IC1305 VHiUPC358C/-1 R UPC358C
IC1502 VHiTA8859CP-1 R TA8859CP
IC1703 VHiTOP209//-1 R

i.c.

IC1750 VHi8E120N//-1 R 8E120N
IC1751 VHi813121N/-1 R I.C.

VHi8TRM6821-1 R I.C.
VHiTA8256H/-1 R

i.c.

VHiTA8427K/-1 R TA8427K

TRANSISTORS

01211 V828A1015Y/1E R 28A1015Y
01212

V828C1815GW-1 R 28C1815GW

01213

V828C1815GW-1 R 28C1815GW

01215

V828C1815GW-1 R 28C1815GW
01301 V8KRC102M//-1 R KRC102M
01302

V8KRC102M//-1 R KRC102M
01303

V828C1815GW-1 R 28C1815GW
01304

V8KRC102M//-1 R KRC102M

it

01601 V828D1886//2E R 28D1886
01602

V828C2482//-1 R 28C2482
01604

V828A1015Y/1E R 28A1015Y
01605

V828A1015Y/1E R 28A1015Y

01606

V828C1815GW-1 R 28C1815GW

01607

V828C1815GW-1 R 28C1815GW

01751 V828C1815GW-1 R 28C1815GW

V828D2045//-1 R 28D2045

AL
AD
AD
AT
AP
AG
AL

AZ

AU

AL

AF
AC
AC

AA
AA
AA
AA
AA

AA
AA
AA
AA
AA
AA

AA
AB

AA
AA

AC

AF
AE
AC
AC

AA

AB

AA

AB

AB

AB

AE

AE

AC

AB
AB
AB

AA
AA

AB

AA

AM

AD
AC
AC
AB
AB
AB

AL

Code

Description

*

Part No.Ref. No.

DIODES

D1201 RH-PX0003PEZZ R Photo Diode

D1202 RH-PX0274CEZZ R Photo Diode
D1203 RH-PX0274CEZZ R Photo Diode
D1204 RH-EX0613GEZZ R Zener Diode
D1205 RH-EX0631GEZZ R Zener Diode
D1206 RH-EX0623GEZZ R Zener Diode
D1259 VHD188119//1E R 188119
D1301 VHD188119//1E R 188119
D1302 VHD188119//1E R 188119
D1303 VHD188119//1E R 188119
D1306 VHD188119//1 E R 188119
D1307 VHD188119//1E R 188119
D1501 RH-EX0619GEZZ R Zener Diode
D1502 RH-EX0619GEZZ R Zener Diode

D1503 RH-EX0619GEZZ R Zener Diode
D1504 RH-DX0279CEZZ R Diode
D1505 RH-EX0619GEZZ R Zener Diode
D1506 VHD188119//1E R 188119
D1601 RH-DX0255CEZZ R Diode
D1602 RH-DX0229CEZZ R Diode
D1603 RH-DX0130CEZZ R Diode
D1604 RH-DX0302CEZZ R Diode
D1605 RH-DX0127CEZZ R Diode
D1606 RH-EX0631GEZZ R Zener Diode

it

D1607 RH-EX0795CEZZ R Zener Diode

it

D1608 VHD188119//1E R 188119
D1611

RH-DX0446CEZZ R Diode
D1612 RH-DX0446CEZZ R Diode
D1613 RH-DX0279CEZZ R Diode

D1703 RH-DX0130CEZZ R Diode
D1704 RH-DX0130CEZZ R Diode

AB
AB
AB
AB
AD
AD
AH

AB
AB
AB
AB
AD

MISCELLANEOUS PARTS

FB1501 RBLN-0020CEZZ R Balun
P850 OPLGN0361CEZZ R Plug
P851 OPLGN0561CEZZ R Plug
P1501 OPLGN0261CEZZ R Plug
RDA1501

PRDAR0083PEFW R Heat 8ink

RDA1502

PRDAR0083PEFW R Heat 8ink

it

8C850

080CV0919CEZZ

R Socket

8C1501 OPLGN0461CEZZ R

socket

8C851 OTiPM0083CEZZ R Tip
8C852 OTiPM0083CEZZ R Tip
8C853 OTiPM0083CEZZ R Tip

PRDAR0083PEFW R Heat 8ink

77

29RX5
29RX8

Ref. No.

Part

No.

*

Description

Code

Ref. No.

Part

No.

*

Description

Code

C1310

VCQYTA1HM104J R

0.1 50V

Mylar

AA

PWB-C

DUNTK9357FMV8IWEWO

C1311

VCEAGA1VW477M R

470 35V

Electroly1ic

AD

POWER

UNIT

(Continued)

C1312

VCFYFA1HA154J R

0.15 50V

M.Polypro

AC

C1313

VCFYFA1HA184J R

0.18 50V

M.Polypro

AC

C1315

VCEAGA1HW225M R

2.2 50V

Electroly1ic

AB

C1322

VCQYTA1HM104J R

0.1 50V

Mylar

AA

D1705

RH-DX0321 CEZZ

R Diode

AC

C1323

VCEAOH1VW228M R

2200

35V

Electroly1ic AH

D1706

RH-DX0279CEZZ

R Diode

AB

C1324

VCKYPA1HB682K R

6800p 50V

. Ceramic

AA

D1707

RH-DX0279CEZZ R Diode

AB

C1325

VCKYPA1HB682K R

6800p 50V

Ceramic AA

D1708

RH-DX0279CEZZ R

Diode

AB

C1327

VCFY8A1HB154J R

0.15 50V

M.Polypro AB

D1709

RH-DX0279CEZZ R

Diode

AB

C1329

VCEAGA1AW107M R

100 10V

Electroly1ic

AB

D1710

RH-DX0130CEZZ

R Diode

AE

C1330

VCFY8A

1HB154J R

0.15 50V

M.Polypro AB

D1711

RH-DX0321 CEZZ R

Diode

AC

C1333

VCEAGA1CW476M R

47 16V

Electroly1ic AB

D1751

RH-DX0445CEZZ R

Diode

AL

C1334

VCEAGA1CW106M R

10 16V

Electroly1ic AA

D1752

RH-DX0406CEZZ

R Diode

AD

C1335

VCEAGA1AW227M R

220

10V

Electroly1ic

AB

D1754

RH-EX0152CEZZ

R

Zener Diode

AE

C1336

VCEAGAOJW337M R

330 6.3V

Electroly1ic

AB

D1756

RH-DX0130CEZZ

R Diode

AE

C1337

VCEAGA1AW227M R

220 10V

Electroly1ic

AB

D1757

VHD1

881191/1

E

R

188119

AA

C1338

VCEAGA1CW106M R

10

.

16V

Electrolytic AA

D1762

VHD188119111E

R

188119

AA

C1339

VCKYPA1HF103Z R

0.01 50V

Ceramic AA

&-'IC1702

RH-FX0024CEZZ R

PC113L

AG

C1340

VCKYPA1HF103Z R

0.01 50V

Ceramic AA

RH-DX0336CEZZ R

Diode

AH

C1344

VCQYTA1HM183J R

0.018 50V Mylar

AB

RH-DX0355CEZZ

R Diode

AF

C1345

VCQYTA1HM223J R

0.022 50V Mylar

AA

RH-DX0452CEZZ

R Diode

AH

C1346

VCQYTA1HM103J R

0.01 50V

Mylar AA

C1347

VCQYTA1HM183J

R

0.Q18 50V Mylar

AB

C1348

VCQYTA1HM223J R

0.022 50V

Mylar AA

C1349

VCQYTA1HM103J R

0.01 50V Mylar

AA

PACKAGED CIRCUITS

C1350

VCQYTA1HM103J R

0.01 50V

Mylar AA

&-.

VA1701 RH-VX0048CEZZ

R Varistor

AE

C1351

VCEAGA1CW106M R

10 16V

Electrolytic AA

PR1701 RMPTP0085CEZZ R Packaged Circuit

AL

C1352

VCFYFA1HA474J R

0.47 50V

M.Polypro AC

C1353

VCFYFA1HA124J R

0.12 50V

M.Polypro AC

C1354

VCFYFA1HA224J R

0.22 50V

M.Polypro AB

C1355

VCQYTA1HM473J R

0.047 50V Mylar

AA

COilS

AND TRANSFORMERS

C1356

VCQYTA1HM103J R

0.01 50V Mylar

AA

L1201

VP-DF3R3KOOOO

R Peaking

3.31l

H

AB

C1357

VCEAGA1CW106M R 10 16V

Electroly1ic AA

L1202

VP-DF3R3KOOOO

R Peaking

3.31l

H

AB

C1359

VCEAGA1CW107M R

100 16V

Electroly1ic

AB

L1300

VP-DF100KOOOO

R Peaking

10llH

AB

C1361

VCQYTA1HM683J R

0.068 50V

Mylar

AB

L1501

VP-CF331

KOOOO

R Peaking

330llH

AB

C1365

VCKYPA1HF103Z R

0.01 50V

Ceramic

AA

L1601

RCilZ0822CEZZ

R Coil

AL

C1366

VCEAGA1HW105M R 1

50V

Electroly1ic

AC

L1602

RCilZ0720CEZZ

R Coil

AL

C1370

VCEAGA1CW106M R

10 16V

Electroly1ic AA

&-.

L1701

RCilF0138CEZZ

R Coil

AQ

C1371

VCEAGA1EW475M R

4.7 25V

Electrolytic AA

&-.

L1702

RCilF0138CEZZ

R Coil (29RX8)

AQ

C1372

VCEAGA1 EW475M R

4.7 25V

Electrolytic AA

&-.

L1703

RCilF0138CEZZ

R Coil (29RX8)

AQ

C1502

VCEACA1HC225J R

2.2 50V

Electroly1ic AC

L1750

RCilP0171CEZZ

R Coil

AD

C1503

VCEAGA1CW108M R

1000 16V

Electroly1ic

AD

L1751

RCilP0171CEZZ

R Coil

AD

C1504

VCKYPA1HF103Z R

0.01 50V

Ceramic AA

L1752

RCilP0178CEZZ

R Coil

AD

C1505

VCEACA1HC224K R

0.22 50V

Electroly1ic

AC

L1753

RCilP0177CEZZ

R Coil

AD

C1506

VCEACA1HC225J R

2.2 50V

Eiectroly1ic AC

&-.

T1601

RTRNF0150PEZZ

R H-VOLT Transformer

BH

C1507

VCQYTA1HM223J R

0.022 50V

Mylar

AA

T1602

RTRNZ0057PEZZ

R Transformer

AK

C1508

VCC8PA1HL221J R

220p 50V

Ceramic AA

&-.

T1701

RTRNZ0121 PEZZ

R Transformer

AY

C1509

VCKYPA1HF103Z R

0.01 50V

Ceramic AA

&-.

T1702

RTRNZ0537BMZZ

R Transformer

A8

C1510

VCEAGA1VW108M R

1000 35V

Electrolytic

AD

C1511

VCEAGA1HW107M R 100

50V

Electrolytic AC

C1512

VCFYAA2AA224J R

0.22

100V

M.Polypro AD

C1513

VCQYTA1HM103J R

0.01 50V

Mylar

AA

CONTROL

C1514

VCKYPA2HB391 K R 390p 500V

Ceramic AA

R1631

RVR-M4634GEZZ

R 220k(B),

8UB

CONT

AB

.C1515

VCQYTA1HM823J R

0.082 50V

Mylar

AA

C1516

VCEAGA1VW108M R

1000 35V

Electrolytic

AD

C1517

VCQYTA1HM683J

R

0.068 50V Mylar

AB

C1518

VCEAGA1HW105M R 1 50V

Electroly1ic AC

CAPACITORS

C1519

VCEACA1HC474K R

0.47 50V

Electroly1ic

AB

C1521

VCQY8A2AA473K R

0.047 100V Mylar

AC

C1024

VCKYPA1HF103Z

R 0.01

50V Ceramic

AA

C1601

RC-KZ0029CEZZ R

Capacitor

AC

C1217

VCEAGAOJW107M R 100

6.3V

Electrolytic AB

C1602

VCKYPA2HB471 K R

470p 500V

Ceramic AA

C1218

VCKYPA1HF103Z

R 0.01

50V Ceramic

AA

C1603

VCCCPA1HH101J R

100p 50V

Ceramic

AA

C1219

VCKYPA1HB102K

R 1000p 50V

Ceramic

AA

C1604

VCFPPD2DB474J R

0.47 200V

M.Polypro AE

C1251

VCEAGA1CW106M R 10

16V

Electrolytic

AA

C1605

VCEAGA1HW106M R

10 50V

Electroly1ic AC

C1301

VCQYTA1HM333J

R 0.033 50V Mylar

AA

C1606

VCKYPA2HB102K

R 1000p 500V

Ceramic AA

C1302

VCEAGA1HW335M R 3.3

50V Electroly1ic

AB

C1607

VCEA0A2EW336M R

33

250V Electrolytic

AF

C1304

VCFYFA1 HA154J

R 0.15

50V M.Polypro

AC

&-.

C1608

VCFPPD3CA822H R

8200p 1600V M.Polypro

AE

C1305

VCEAGA1VW477M R 470

35V

Electroly1ic

AD

&-,C1609

VCFPPD3CA822H R

8200p 1600V M.Polypro

AE

C1306

VCQYTA1HM333J

R 0.033 50V Mylar

AA

C1612

VCFPPC2DB334J R

0.33

200V M.Polypro

AE

C1308

VCQYTA1HM104J

R 0.1

50V Mylar

AA

C1613

VCFPPC2DB334J

R 0.33

200V M.Polypro

AE

C1309

VCEAGA1VW108M R 1000

35V Electroly1ic

AD

78

29RX5

29RX8

Ref. No.

Part

No.

*

Description

Code

Ref. No.

Part

No.

*

Description

Code

C1614

VCKYPA2HB561 K

R

560p 500V

Ceramic

AA

R1218

VRD-RA2BE 152J

R 1.5k

1/8W Carbon

AA

& C1615

VCQPSC2JA473K R

0.047

630V Mylar

AB

R1221

VRD-RA2BE472J

R 4.7k

1/8W

Carbon

AA

C1616 VCE9RH1HW475K R

4.7 50V

Elect.(N.P)

AF

R1222

VRD-RA2BE103J

R 10k

1/8W

Carbon

AA

C1617

VCKYPA2HB102K

R

1000p 500V

Ceramic

AA

R1223

VRD-RM2HD681J

R 680

1/2W

Carbon

AA

C1618

VCEAOH1VW228M R

2200

35V Electrolytic

AH

R1224

VRD-RA2BE101J

R 100

1/8W Carbon

AB

C1619 VCFYSB2EB224K

R

0.22 250V

M.Polypro

AD

R1225

VRD-RA2BE101J

R 100

1/8W

Carbon

AB

C1620 VCKYPA2HB331 K

R

330p 500V

Ceramic

AA

R1226

VRD-RA2BE 102J

R 1k

1/8W

Carbon

AA

C1621

VCEAGA1HW105M R

1 50V

Electrolytic

AC

R1227

VRD-RA2BE102J

R

1k

1/8W Carbon

AA

C1622 VCQYTA1HM682J

R

6800p 50V

Mylar

AB

R1230 VRD-RA2BE102J

R 1k

1/8W Carbon

AA

C1623 VCFYFA1HA474J

R

0.47 50V

M.Polypro

AC

R1244

VRD-RA2EE750J

R 75

1/4W Carbon

AA

,1,.C1624

VCFPPD3CA472H R

4700p 1600V M.Polypro

AD

R1301

VRD-RA2BE 182J

R 1.8k

1/8W

Carbon

AA

& C1631 VCKYPA1HF103Z

R

0.01 50V Ceramic

AA

R1302

VRD-RA2BE 182J

R 1.8k

1/8W

Carbon

AA

C1632

VCQYTA1HM104J

R

0.1 50V

Mylar

AA

& R1303 VRG-RF2EB2R2J

R 2.2

1/4W Fuse Resistor

AB

& C1701 RC-FZ017SCEZZ

R

Capacitor

AD

& R1304 VRG-RF2EB2R2J

R 2.2

1/4W

Fuse Resistor

AB

,1,.C1702

RC-FZ001SCEZZ

R

Capacitor

AG

R1305 VRD-RA2BE681J

R

680

1/8W Carbon

AA

C1704

VCKYPA1HF103Z R

0.01

50V Ceramic

AA

R1306

VRD-RA2BE681J

R 680

1/8W Carbon

AA

C1705

VCKYPA1HB471K

R

470p 50V Ceramic

AA

R1309

VRD-RA2BE 182J

R 1.8k

1/8W

Carbon

AA

C1708 RC-EZ0689CEZZ

R

Capacitor

BA

& R1314 VRG-RF2EB2R2J

R 2.2

1/4W

Fuse Resistor

AB

C1709 VCEAGA1HW107M R

100 50V

Electrolytic

AC

R1315

VRD-RA2BE682J

R 6.8k

1/8W

Carbon

AA

C1710 VCQPSC2JA333K

R

0.033 630V

Mylar

AB

R1316

VRD-RA2BE682J

R 6.8k

1/8W Carbon

AA

C1711 RC-KZ0024CEZZ

R

Capacitor

AC

R1319

VRD-RA2BE561 J

R

560

1/8W Carbon

AA

C1712

RC-KZ0073CEZZ

R

Capacitor

AD

R1325

VRD-RA2BE 123J

R 12k

1/8W

Carbon

AA

C1714 RC-KZ0029CEZZ

R

Capacitor

AC

R1327

VRD-RA2BE223J

R 22k

1/8W Carbon

AA

C1715 RC-KZ0029CEZZ

R

Capacitor

AC

R1328

VRD-RA2BE223J

R 22k

1/8W

Carbon

AA

C1716 RC-KZ0029CEZZ

R

Capacitor

AC

R1330

VRD-RA2BE 123J

R 12k

1/8W Carbon

AA

C1717 VCQYTA1HM104J

R

0.1 50V

Mylar

AA

R1338

VRD-RA2BE101J

R 100

1/8W

Carbon

AB

C1718 VCEAGA1CW476M R

47 16V

Electrolytic AB

R1341

VRD-RA2BE123J

R 12k

1/8W Carbon

AA

C1719

VCEAOA2GW106M R

10 400V

Electrolytic AE

R1342

VRD-RMBE123J

R 12k

1/8W Carbon

AA

C1720 RC-KZ0029CEZZ

R

Capacitor

AC

R1343

VRD-RA2BE274J

R 270k

1/8W Carbon

AA

C1721 VCKYPA2HB222K

R

2200p 500V

Ceramic

AA

R1344

VRD-RA2BE274J

R 270k

1/8W

Carbon

AA

C1722

RC-KZ0029CEZZ R

Capacitor

AC

R1345

VRD-RA2BE153J

R 15k

1/8W

Carbon

AA

,1,.C1723

RC-KZ017SCEZZ

R

Capacitor (29RX5)

AD

R1346

VRD-RA2BE333J

R 33k

1/8W Carbon

AA

,1,.C1723

RC-KZ021SCEZZ

R

Capacitor (29RX8)

AE

R1347

VRD-RA2BE 103J

R 10k

1/8W Carbon

AA

C1724

VCFYSB2EB224K

R 0.22

250V M.Polypro

AD

R1348

VRD-RA2BE103J

R 10k

1/8W Carbon

AA

C1727 VCKYPA1HB101K

R

100p 50V

Ceramic

AA

R1349

VRD-RA2BE153J

R 15k

1/8W Carbon

AA

C1750 VCKYPA2HB102K

R

1000p 500V Ceramic

AA

R1350

VRD-RA2BE153J

R 15k

1/8W

Carbon

AA

C1751 RC-EZOO04PEZZ

R

Capacitor

AH

R1351

VRD-RA2BE333J

R 33k

1/8W Carbon

AA

C1753

RC-EZOO03PEZZ

R

Capacitor

AF

R1352

VRD-RA2BE 153J

R 15k

1/8W Carbon

AA

C1754

VCKYPA2HB102K

R

1000p 500V Ceramic

AA

R1353

VRD-RA2BE103J

R 10k

1/8W Carbon

AA

C1755 RC-EZOO03PEZZ

R

Capacitor

AF

R1354

VRD-RA2BE103J

R 10k

1/8W Carbon

AA

C1756 RC-EZOO02PEZZ

R

Capacitor

AE

R1355

VRD-RA2BE182J

R

1.81<

1/8W Carbon

AA

C1757

VCKYPA2HB102K

R

1000p 500V Ceramic

AA

R1356

VRD-RA2BE 183J

R 18k

1/8W Carbon

AA

C1758 RC-EZOO02PEZZ

R

Capacitor

AE

R1357

VRD-RA2BE123J

R 12k

1/8W Carbon

AA

C1759 RC-EZ0001 PEZZ

R

Capacitor

AE

R1358

VRD-RA2BE822J

R 8.2k

1/8W Carbon

AA

C1760 VCKYPA2HB102K

R

1000p 500V

Ceramic

AA

R1359

VRD-RA2BE123J

R 12k

1/8W Carbon

AA

C1761 RC-EZOO05PEZZ

R

Capacitor

AM

R1360

VRD-RA2BE123J

R 12k

1/8W Carbon

AA

C1762

RC-KZ0029CEZZ R

Capacitor

AC

R1361

VRD-RA2BE272J

R 2.7k

1/8W

Carbon

AA

C1763

RC-EZOO06PEZZ R

Capacitor

AK

R1362

VRD-RA2BE562J

R 5.6k

1/8W Carbon

AA

C1765

VCKYPA1HB102K R

1000p 50V

Ceramic

AA

R1363 VRD-RA2BE223J

R 22k

1/8W Carbon

AA

C1767 VCEAGA1EW477M R

470 25V

Electrolytic AD

R1364

VRD-RA2BE102J

R 1k

1/8W Carbon

AA

C1768

VCEAOA1CW477M R

470 16V

Electrolytic

AC

R1365

VRD-RA2BE102J

R 1k

1/8W Carbon

AA

C1769

VCKYPA1HF103Z R

0.01 50V

Ceramic

AA

R1368

VRD-RA2BE103J

R 10k

1/8W Carbon

AA

C1770

RC-KZ0029CEZZ

R Capacitor

AC

R1370

VRD-RA2BE392J

R 3.9k

1/8W

Carbon

AA

C1780

VCKYPA1HB102K R

1000p 50V

Ceramic

AA

R1376

VRD-RA2BE183J

R 18k

1/8W Carbon

AA

R1501

VRD-RA2BE1 01J

R 100

1/8W Carbon

AB

R1502

VRD-RA2BE101J

R 100

1/8W Carbon

AB

R1503

VRD-RM2HD391J

R 390

1/2W Carbon

AA

RESISTORS

R1504

VRD-RM2HD391J

R 390

1/2W Carbon

AA

R1203 VRD-RA2BE273J

R 27k

1/8W Carbon

AA

R1505 VRD-RA2EE123J

R 12k

1/4W Carbon

AA

R1204

VRD-RA2BE822J

R 8.2k 1/8W

Carbon

AA

R1506 VRD-RA2BE1 01J

R 100

1/8W

Carbon

AB

R1205 VRD-RA2BE472J

R 4.7k 1/8W

Carbon

AA

R1507

VRG-RF2EB220J

R 22

1/4W

Fuse Resistor

AB

R1206 VRD-RA2BE222J

R 2.2k 1/8W

Carbon

AA

R1508

VRD-RM2HD391J

R 390

1/2W

Carbon

AA

R1207 VRD-RM2HD561 J

R 560

1/2W Carbon

AA

R1509 VRD-RA2BE124J

R 120k

1/8W

Carbon

AA

R1209 VRD-RA2BE103J

R 10k 1/8W

Carbon

AA

R1510

VRD-RA2BE683J

R 68k

1/8W Carbon

AA

R1210 VRD-RA2BE472J

R 4.7k

1/8W Carbon

AA

R1511

VRD-RA2BE102J

R 1k

1/8W Carbon

AA

R1211 VRD-RM2HD471J

R 470

1/2W Carbon

AA

R1512

VRD-RA2BE274J

R 270k

1/8W Carbon

AA

R1212 VRD-RA2BE472J

R 4.7k

1/8W

Carbon

AA

R1513

VRD-RA2BE223J

R 22k

1/8W

Carbon

AA

R1213 VRD-RA2BE103J

R 10k

1/8W

Carbon

AA

R1514

VRD-RM2HD2R7J

R 2.7

1/2W

Carbon

AA

R1214 VRD-RA2BE332J

R 3.3k

1/8W

Carbon

AA

R1516

VRD-RM2HD2R7J

R 2.7

1/2W

Carbon

AA

R1215 VRD-RA2BE472J

R 4.7k

1/8W

Carbon

AA

R1517

VRD-RM2HD2R7J

R 2.7

1/2W

Carbon

AA

R1216 VRD-RA2BE103J

R 10k

1/8W

Carbon

AA

R1518

VRD-RA2BE223J

R 22k

1/8W

Carbon

AA

79

29RX5
29RX8

Ref. No.

Part

No.

*

Description

Code

Ref. No.

Part No.

*

Description

Code

PWBmC

DU

NTK9357FMV8IWEWO

R1726

VRS-KT3LB682J R 6.8k 3W

Metal Oxide

AC

R1728

VRS-VV3LB220J R 22 3W

Metal Oxide

AB

POWER

UNIT

(Continued)

R1751

VRD-RA2BE273J

R 27k

1/8W

Carbon

AA

R1753

VRD-RA2BE332J R 3.3k

1/8W Carbon

AA

R1754

VRD-RA2BE472J

R 4.7k

1/8W

Carbon

AA

R1519

VRD-RA2BE221J

R 220

1/8W Carbon

AA

R1756

VRD-RA2BE103J

R 10k

1/8W

Carbon

AA

R1520

VRD-RA2BE183J

R 18k

1/8W

Carbon

AA

R1757

VRD-RA2BE103J R 10k

1/8W

Carbon

AA

R1601

VRS-KT3LB122J

R 1.2k 3W

Metal Oxide AC

R1761

VRD-RA2BE103J

R 10k

1/8W

Carbon

AA

R1602

VRS-KT3LB122J

R 1.2k 3W

Metal Oxide

AC

R1603

VRS-VV3AB272J R

2.7k 1W

Metal Oxide

.

AA

,&,R1604 RR-XZ0029CEZZ

R Resistor

AB

R1606

VRD-RA2EE681J

R 680

1/4W

Carbon

AA

MISCELLANEOUS PARTS

R1607

VRD-RA2EE681J R 680

1/4W

Carbon

AA

,&,F1701

QFS-C5022CEZZ

R Fuse, T5A 250V

AD

R1608

VRD-RM2HD470J

R 47

1/2W

Carbon

AA

FB1501 RBLN-0037CEZZ R Balun

AB

R1609

VRW-KQ41C3R3K

R 3.315W

Cement

AG

FB1601 RBLN-0037CEZZ R Balun

AB

R1611

VRN-VV3LB1 R8J

R 1.8 3W

Metal Film

AC

FB1602 RBLN-0037CEZZ

R Balun

AB

R1612

VRD-RA2EE1 01J

R100

1/4W Carbon

AA

FB1603 RBLN-0037CEZZ

R Balun

AB

R1613

VRD-RA2EE1 01J

R 100

1/4W

Carbon

AA

FB1702 RBLN-0037CEZZ

R Balun

AB

R1614

VRD-RA2BE103J

R 10k

1/8W

Carbon

AA

FB1703 RBLN-0037CEZZ

R Balun

AB

R1615

VRD-RM2HD102J

R 1k

1/2W Carbon

AA

FB1750 RBLN-0037CEZZ

R Balun

AB

R1616

VRS-SU2HB102J

R 1k

1/2W

Metal Oxide

AA

FB1751 RBLN-0037CEZZ

R Balun

AB

R1617

VRD-RA2EE393J

R 39k

1/4W

Carbon

AA

FB1752 RBLN-0037CEZZ

R Balun

AB

R1618

VRD-RM2HD472J

R 4.7k

1/2W

Carbon

AA

FB1753 RBLN-0037CEZZ

R Balun

AB

R1619

VRD-RA2BE472J

R 4.7k

1/8W Carbon

AA

FB1754 RBLN-0037CEZZ

R Balun

AB

R1620

VRD-RA2EE472J

R 4.7k

1/4W Carbon

AA

FB1755 RBLN-0037CEZZ

R Balun

AB

R1621

VRD-RM2HD222J

R 2.2k

1/2W

Carbon

AA

FB1757 RBLN-0037CEZZ

R Balun

AB

R1622

VRN-VV3LB6R8J

R 6.8 3W

Metal Film

AC

FB1759 RBLN-0037CEZZ

R Balun

AB

R1623

VRD-RA2BE102J

R 1k

1/8W Carbon

AA

,&,FH1701 QFSHD1017CEZZ R Fuse Holder

AC

,&,R1624 VRD-RA2BE153J

R 15k

1/8W Carbon

AA

,&,FH1702 QFSHD1018CEZZ R Fuse Holder

AC

,&,R1625 VRD-RA2BE 153J

R 15k

1/8W Carbon

AA

J1201

QJAKE0144CEZZ

R Jack

AF

R1626

VRD-RA2BE101J

R 100

1/8W Carbon

AB

J1202

QJAKE0145CEZZ

R Jack

AF

'&'R1627

VRD-RA2BE103J

R 10k

1/8W

Carbon

AA

J1203

QJAKE0143CEZZ R Jack

AG

R1628

VRD-RA2BE224J

R 220k

1/8W

Carbon

AA

J1301

QJAKJ0047CEZZ R Jack

AD

R1629

VRS-VV3DB561J

R 560

2W

Metal Oxide

AA

P1201

QPLGZ1138CEZZ

R Plug

AE

,&,R1630 VRD-RA2BE472J

R 4.7k

1/8W Carbon

AA

P1301

QPLGN0461CEZZ R Plug

AB

R1632

VRD-RA2EE274J

R 270k

1/4W

Carbon

AA

P1303

QPLGN0261CEZZ R Plug

AB

R1633

VRD-RA2EE824J

R 820k

1/4W Carbon

AA

P1304

QPLGZ1938CEZZ

R Plug

AF

R1634

VRD-RA2EE334J

R 330k

1/4W Carbon

AA

P1305

QPLGN0361CEZZ R Plug

AB

R1635

VRD-RA2EE564J

R 560k

1/4W

Carbon

AA

P1501

QPLGZ1138CEZZ R Plug

AE

R1636

VRD-RA2BE103J

R 10k

1/8W

Carbon

AA

P1601

QPLGN0160FJZZ R Plug

AD

R1637

VRD-RA2BE103J

R 10k

1/8W

Carbon

AA

P1602

QPLGN0361CEZt

R Plug

AB

R1638

VRD-RA2BE560J R 56

1/8W Carbon

AA

,&,P1701

QPLGN0269GEZZ R Plug

AB

R1639

VRD-RA2BE153J

R 15k

1/8W Carbon

AA

P1704

QPLGN0207CEZZ R Plug

AA

R1640

VRD-RA2BE124J

R 120k

1/8W Carbon

AA

P1705

QPLGZ1019CEZZ

R Plug

AG

R1641

VRD-RA2BE223J R 22k

1/8W Carbon

AA

RMC1201

RRMCU0222CEZZ R Remote Receiver

AL

R1642

VRD-RA2BE124J

R 120k

1/8W Carbon

AA

,&,RY1701 RRLYJ0046CEZZ

R Relay

AL

R1643

VRD-RA2BE123J

R 12k

1/8W

Carbon

AA

S1201

QSW-K0079GEZZ

R Switch, CH UP

AB

R1644

VRD-RA2BE103J

R 10k

1/8W Carbon

AA

S1202

QSW-K0079GEZZ

R Switch, CH DOWN

AB

R1645

VRD-RA2BE124J

R 120k

1/8W

Carbon

AA

S1203

QSW-K0079GEZZ

R Switch, VOL UP

AB

R1646

VRD-RA2EE125J

R 1.2M

1/4W Carbon

AA

S1204

QSW-K0079GEZZ

R Switch, VOL DOWN

AB

,&,R1648 VRD-RA2BE101J

R 100

1/8W Carbon

AB

S1205

QSW-K0079GEZZ R Switch, PRESET

AB

R1650

VRN-VV3AB2R2J

R 2.2 1W

Metal Film

AA

,&,S1701

QSW-P0588CEZZ

R Switch, POWER

AP

,&,R1701

VRC-UA2HG395K

R 3.9M

1/2W

Solid

AA

SC1601 QTiPM0083CEZZ

R Tip

AB

R1703

VRW-KQ41C1ROK

R 1 15W

Cement

AF

LHLDP1056PEOO

R Holder

AC

R1704

VRW-KQ41C1ROK

R 1 15W

Cement

AF

PRDAR0139PEFW R Heat Sink

AC

R1705

VRW-KQ41C1ROK

R 1

15W Cement

AF

PRDAR0160PEFW R Heat Sink

AF

R1706

VRS-KT3LB822J

R 8.2k 3W

Metal Oxide AC

PRDAR0213PEFW R Heat Sink

AM

R1708

VRD-RA2BE472J

R 4.7k

1/8W

Carbon

AA

PRDAR0220PEFW R Heat Sink

AR

R1709

RR-WZ0170CEZZ

R Resistor

AE

PRDAR0224PEFW R Heat Sink

AF

R1710

RR-WZ0170CEZZ

R Resistor

AE

PRDAR0241PEFW R Heat Sink

AP

R1711

VRD-RA2BE122J

R 1.2k

1/8W Carbon

AA

PRDAR0249PEFW R Heat Sink

AL

R1712

VRD-RA2BE 122J

R 1.2k

1/8W Carbon

AA

PSLDM0146PEFW R Shield

AE

R1713

VRS-VV3DB100J

R 10 2W

Metal Oxide

AA

LHLDW1002PEZZ

R Holder

AB

R1714

VRD-RM2HD332J

R 3.3k

1/2W Carbon

AA

R1715

VRS-KT3LB823J

R 82k

3W

Metal Oxide

AC

R1716

VRW-KP3HC100J

R 10 5W

Cement

AD

R1717

VRD-RM2HD220J

R 22

1/2W

Carbon

AA

R1718

VRD-RM2HD104J

R 100k

1/2W Carbon

AA

,&,R1719

VRC-UA2HG825K

R 8.2M

1/2W Solid

AA

,&,R1720 VRC-UA2HG825K

R 8.2M

1/2W Solid

AA

R1721

VRD-RM2HD391J

R 390

1/2W Carbon

AA

80

29RX8

Ref. No.

Part

No.

*

Description

Code

Ref. No.

Part

No.

*

Description

Code

C5478

VCEAGAOJW477M R

470 6.3V

Electrolytic

AB

PWB-D

DUNTK9358WEVO

C5479

VCKYCY1HF103Z

R

0.01 50V

Ceramic

AA

POWER UNIT

C5480

VCKYCY1HF103Z

R 0.01

50V

Ceramic

AA

C5481

VCKYCY1HF103Z

R 0.01 50V

Ceramic

AA

C5482

VCCCCY1HH181J R

180p 50V

Ceramic

AA

INTEGRATED CIRCUIT

C5483

VCKYCY1HF103Z

R 0.01 50V

Ceramic

AA

IC5461 VHiTC9090AN-1

R TC9090AN

BC

C5484

VCKYCY1HF103Z

R

0.01 50V

Ceramic

AA

C5485

VCCCCY1HH121J R

120p 50V

Ceramic

AA

C5486

VCKYCY1 HF103Z

R

0.01 50V

Ceramic

AA

TRANSISTORS

C5487

VCEAGAOJW477M R

470 6.3V

Electrolytic

AB

05461

VS2SD601

AJ/-1

R 2SD601A

AC

C5488

VCKYCY1HF103Z

R 0.01 50V

Ceramic

AA

05462

VS2SB709AJ1-1

R 2SB709A

AA

C5489

VCCCCY1HH220J R

22p 50V

Ceramic

AA

05463

VS2SD601AJ/-1

R 2SD601A

AC

C5490

VCCCCY1HH560J R

56p 50V

Ceramic

AA

05464

VS2SD601AJ/-1

R 2SD601A

AC

C5491

VCCCCY1HH220J R

22p 50V

Ceramic

AA

05465

VS2SD601AJ/-1

R 2SD601A

AC

C5492

VCEAGA1CW106M R

10 16V

Electrolytic

AA

05466

VS2SB709AJ/-1

R 2SB709A

AA

C5493

VCKYCY1HF103Z

R 0.01 50V

Ceramic

AA

05467

VS2SD601

AJ/-1

R 2SD601A

AC

C5494

VCEAGA1CW106M R

10 16V

Electrolytic

AA

05861

VS2SD601

AJ/-1

R 2SD601A

AC

C5861

VCCCCY1HH270J R

27p

50V Ceramic

AA

05862

VS2SD601

AJ/-1

R 2SD601A

AC

C5863

VCOYTA1HM104J

R

0.1 50V Mylar

AA

05863

VS2SB709AJ1-1

R 2SB709A

AA

C5864

VCKYCY1 HF103Z

R 0.01

50V Ceramic

AA

05864

VS2SD601

AJ/-1

R 2SD601A

AC

C5865

VCEAGA1CW106M R

10 16V

Electrolytic

AA

C5866

VCCCCY1HH560J R

56p 50V Ceramic

AA

DIODES

RESISTORS

D5461 RH-EX0619GEZZ

R Zener Diode

AA

D5462 RH-EX0619GEZZ

R Zener Diode

AA

R5455

VRS-CY1JF152J

R 1.5k

1/16W

Metal Oxide

AA

R5461 VRS-CY1JF102J

R 1k

1/16W Metal Oxide

AA

R5462

VRS-CY1JF102J

R 1k

1/16W Metal Oxide

AA

COILS

R5463

VRS-CY1JF473J

R 47k

1/16W Metal Oxide

AA

R5464

VRS-CY1JF333J

R 33k 1/16W Metal Oxide

AA

L5461

VP-DF100KOOOO

R Peaking

10~H

AB

R5465 VRS-CY1JF102J

R 1k

1/16W Metal Oxide

AA

L5462

VP-DF100KOOOO

R Peaking

1O~H

AB

R5466

VRS-CY1JF561J

R 560

1/16W Metal Oxide

AA

L5463 VP-DF1 01

KOOOO

R Peaking

100~H

AB

R5468

VRS-CY1JF102J

R 1k

1/16W Metal Oxide

AA

L5464 VP-DF1 01

KOOOO

R Peaking

100~H

AB

R5469

VRS-CY1JF102J

R 1k

1/16W Metal Oxide

AA

L5465

VP-XF330KOOOO

R Peaking

33~H

AB

R5470

VRS-CY1JF101J

R 100 1/16W Metal Oxide

AA

L5466

VP-XF330KOOOO

R Peaking

33~H

AB

R5471 VRS-CY1JF101J

R 100 1/16W Metal Oxide

AA

L5467 VP-DF1 01

KOOOO

R Peaking

100~H

AB

R5472

VRS-CY1JF822J

R 8.2k

1/16W Metal Oxide

AA

L5468 VP-DF1 01

KOOOO

R Peaking

100~H

AB

R5473

VRS-CY1JF123J

R 12k

1/16W Metal Oxide

AA

L5469 VP-DF1 01

KOOOO

R

Peal<ing

100~H

AB

R5474

VRD-RA2BE821J

R 820 1/8W

Carbon

AA

L5471 VP-DF1 01

KOOOO

R Peaking

100~H

AB

R5475

VRS-CY1JF102J

R 1k

1/16W Metal Oxide

AA

L5472

VP-XF470KOOOO

R Peaking

47~H

AB

R5476

VRS-CY1JF102J

R 1k

1/16W Metal Oxide

AA

L5473

VP-XF470KOOOO

R Peaking

47~H

AB

R5477

VRS-CY1JF473J

R 47k

1/16W Metal Oxide

AA

L5861

VP-XF6R8KOOOO

R Peaking

6.8~H

AB

R5478 VRS-CY1JF223J

R 22k

1/16W Metal Oxide

AA

L5862

VP-XF100KOOOO

R Peaking

10~H

AB

R5479 VRS-CY1JF102J

R 1k 1/16W Metal Oxide

AA

L5863 VP-DF101

KOOOO

R Peaking

100~H

AB

R5480

VRS-CY1JF561J

R 560

1/16W Metal Oxide

AA

R5481

VRS-CY1JF102J

R 1k

1/16W Metal Oxide

AA

CONTROL

R5482

VRS-CY1JF102J

R 1k

1/16W Metal Oxide

AA

R5483 VRS-CY1JF102J

R 1k 1/16W Metal Oxide

AA

R5467 RVR-M4619GEZZ

R 680(B) VIDEO LEVEL

AB

R5484 VRS-CY1JF103J

R 10k 1/16W Metal Oxide

AA

R5485 VRD-RA2BE103J

R 10k 1/8W Carbon

AA

R5486 VRS-CY1JF821J

R 820

1/16W Metal Oxide

AA

CAPACITORS

R5861 VRD-RA2BE821 J

R 820 1/8W Carbon

AA

C5405 VCEAGA1CW106M R 10

16V Electrolytic

AA

R5862 VRS-CY1JF561J

R 560

1/16W Metal Oxide

AA

C5460 VCEAGAOJW477M R 470

6.3V Electrolytic

AB

R5864 VRS-CY1JF123J

R 12k

1/16W Metal Oxide

AA

C5461 VCEAGAOJW477M R 470

6.3V

Electrolytic

AB

R5865

VRS-CY1JF332J

R 3.3k

1/16W Metal Oxide

AA

C5462 VCKYCY1 HF103Z

R 0.01 50V

Ceramic

AA

R5866

VRS-CY1JF561J

R 560 1/16W Metal Oxide

AA

C5463 VCEAGA1CW107M R 100

16V

Electrolytic

AB

R5867

VRS-CY1JF102J

R 1k

1/16W Metal Oxide

AA

C5464 VCKYCY1 HF103Z

R 0.01 50V

Ceramic

AA

R5868

VRS-CY1JF102J

R 1k

1/16W Metal Oxide

AA

C5465 VCCCCY1HH150J R 15p

50V Ceramic

AA

R5869 VRS-CY1JF102J

R

11<

1/16W Metal Oxide

AA

C5466 VCCCCY1 HH560J R 56p

50V Ceramic

AA

R5870 VRS-CY1JF102J

R 1k

1/16W Metal Oxide

AA

C5467 VCCCCY1HH150J R 15p

50V Ceramic

AA

C5468 VCEAGA1CW106M R 10

16V

Electrolytic

AA

C5469 VCEAGA1CW106M R 10

16V Electrolytic

AA

MISCELLANEOUS PARTS

C5470 VCKYCY1 HF103Z

R 0.01

50V

Ceramic

AA

P5450

OPLGN0785CEZZ R Plug

AC

C5471

VCEAGA1HW474M R 0.47

50V Electrolytic

AA

P5451

OPLGN0785CEZZ R Plug

AC

C5472 VCKYCY1 HF103Z

R 0.01 50V Ceramic

AA

SLD5451

PSLDM0212PEFW R Shield

AE

C5473 VCKYCY1 HF103Z

R 0.01 50V Ceramic

AA

SLD5452

PSLDM0213PEFW R Shield

AD

C5474 VCEAGAOJW477M R 470

6.3V Electrolytic

AB

C5475 VCKYCY1 HF103Z

R 0.01 50V Ceramic

AA

C5476 VCKYCY1 HF103Z

R 0.01 50V Ceramic

AA

C5477 VCKYCY1 HF103Z R 0.01

50V Ceramic

AA

81

29RX5
29RXa

Ref. No.

Part

No.

*

Description

Code

Ref. No.

Part

No.

*

Description

Code

C2319

VCKYCY1 EF104Z R

0.1 25V

Ceramic

AA

PWB-E

DUNTK9373FMvON1

C2320

VCEAGA1CW106M R

10 16V

Electrolytic

AA

NICAM UNIT

C2321

VCKYCY1 HF103Z

R 0.01 50V

Ceramic

AA

C2322

VCEAGAOJW476M R 47

6.3V

Electroly1ic

AB

C2323

VCEAGA1CW106M R 10

16V

Electroly1ic

AA

INTEGRATED CIRCUITS

C2324

VCOYTA1HM473J R

0.047 50V Mylar

AA

IC2300

VHiTDA9813T-1

R TDA9813T

AY

C2325

VCE9GA1HW105M R 1

50V

Elect.(N.P)

AB

IC2302

VHiTDA9840T-1

R TDA9840T (29RX5)

AS

C2326

VCE9GA1CW106M R

10 16V

Elect.(N.P)

AB

IC2303

VHiSAA7283G-1

R SAA7283G

BC

C2327

VCEAGAOJW476M R

47 6.3V

Electrolytic

AB

C2328

VCKYCY1 EF104Z

R 0.1 25V

Ceramic

AA

C2329

VCE9GA1CW106M R

10 16V

Elect.(N.P)

AB

TRANSISTORS

C2330

VCE9GA1HW105M R 1

50V

Elect.(N.P)

AB

C2331

VCEAGAOJW476M R

47 6.3V

Electroly1ic

AB

02300

VS2SC2735//1E

R 2SC2735

AC

C2332

VCKYCY1 EF104Z

R 0.1 25V

Ceramic

AA

02301

VS2SA950-Y/1 E

R 2SA950-Y

AD

C2333

VCEAGA1CW106M R

10

16V

Electroly1ic

AA

02302

VSDTC124EK/-1

R DTC124EK

AB

C2334

VCKYCY1 HF103Z R

0.01 50V

Ceramic

AA

02305

V828D601AI/-1

R 2SD601A

AC

C2335

VCEAGA1HW474M R

0.47 50V

Electrolytic

AA

02306

V828C2735//1 E

R 28C2735

AC

C2336

VCKYCY1 HF103Z

R 0.01 50V

Ceramic

AA

C2337

VCEAGA1CW106M R 10

16V

Electroly1ic

AA

C2338

VCCCCY1HH101J R

100p 50V

Ceramic

AA

DIODES

C2339

VCCCCY1HH101J R

100p 50V

Ceramic

AA

D2300

VHD18S119//-1

R 1SS119

AB

C2340

VCOYTA1HM223J

R 0.022 50V

Mylar

AA

D2301

VHDOF4076//-1

R OF4076

AC

C2341

VCEAGA1HW334M R

0.33 50V

Electroly1ic

AA

D2303

RH-EX0619GEZZ

R Zener Diode

AA

C2342

VCKYCY1 HF103Z R 0.01

50V

Ceramic AA

D2304

RH-EX0619GEZZ

R Zener Diode

AA

C2343

VCEAGA1CW106M R

10 16V

Electroly1ic

AA

D2305

RH-EX1222CEZZ

R Zener Diode (29RX5)

AE

C2344

VCEAGA1HW105M R

1

50V

Electrolytic AC

C2345

VCKYCY1 EF104Z R 0.1 25V

Ceramic

AA

C2346

VCEAGA1CW106M R 10

16V

Electroly1ic AA

PACKAGED CIRCUITS

C2347

VCOYTA1HM104J R 0.1

50V Mylar

AA

X2300

RCRSB0183GEZZ R Crystal

AM

C2348

VCKYCY1 HB221 K R

220p 50V

Ceramic AA

X2301

RCR8B0174GEZZ R Crystal (29RX5)

AF

C2349

VCEAGA1AW336M R

33 10V

Electroly1ic

AA

C2353

VCEAGA1HW225M R 2.2 50V

Electroly1ic

AB

C2358

VCE9GA1CW106M R 10 16V

Elect.(N.P)

AB

COILS AND TRANSFORMERS

(29RX5)

CF2300 RFilC0063CEZZ

R Ceramic Filter (29RX5)

AG

C2361

VCE9GA1CW106M R 10 16V

Elect.(N.P)

AB

CF2301 RFilC0061CEZZ

R CeramicFilter (29RX5)

AF

(29RX5)

L2300

VP-XF6R8KOOOO

R Peaking

6.81l

H

AB

C2362

VCCCCY1 HH470J R 47p

50V

Ceramic

AA

L2301

VP-XF6R8KOOOO

R Peaking

6.81l

H

AB

(29RX5)

L2302

VP-XF6R8KOOOO

R Peaking

6.81l

H

AB

C2363

VCOYTA1HM104J

R

0.1 50V Mylar

AA

L2303

VP-XF6R8KOOOO

R Peaking

6.81l

H

AB

(29RX5)

L2304

VP-XF6R8KOOOO

R Peaking

6.81l

H

AB

C2364

VCKYCY1 HF103Z

R 0.01 50V

Ceramic

AA

L2305

VP-XF6R8KOOOO

R Peaking

6.81l

H

AB

(29RX5)

L2306

VP-XF1

R2KOOOO

R Peaking

1.21l

H

AB

C2365

VCEAGA1CW106M R

10 16V

Electrolytic

AA

SF2300 RFilC0016PEZZ

R Surface Acoustic Wave Filter

AS

(29RX5)

T2301

RCill0489CEZZ

R IF Coil (29RX5)

AE

C2366

VCEAGAOJW227M R

220 6.3V

Electroly1ic

AB

T2302

RCilD0231 CEZZ

R Detection Coil

AF

(29RX5)

C2369

VCOYTA1HM103J

R 0.01 50V Mylar

AA

(29RX5)

CONTROLS

C2370

VCKYCY1 HF103Z

R 0.01 50V

Ceramic

AA

(29RX5)

R2339

RVR-M46~4GEZZ

R 4.7k(B) SEPARATION

AB

C2371

VCEAGAOJW476M R

47 6.3V

Electroly1ic

AB

(29RX5)

(29RX5)

R2371

RVR-M4624GEZZ

R

4.7k(B) AUDIO LEVEL

AB

C2372

VCOYTA1HM103J

R 0.01 50V Mylar

AA

(29RX5)

(29RX5)

C2373

VCCCCY1HH100D R

10p 50V

Ceramic

AA

CAPACITORS

(29RX5)

C2376

VCCCCY1HH100D R 10p 50V

Ceramic

AA

C2300

VCKYCY1HF103Z

R 0.01

50V

Ceramic

AA

(29RX5)

C2301

VCKYCY1HF103Z

R 0.01

50V

Ceramic

AA

C2377

VCKYCY1 HF103Z R

0.01

50V

Ceramic

AA

C2302

VCKYCY1 HF103Z

R 0.01 50V

Ceramic

AA

C2378

VCEAGA1CW477M R

470 16V

Electroly1ic

AC

C2303

VCKYCY1 HF103Z

R 0.01

50V

Ceramic

AA

C2379

VCKYCY1 HF103Z

R 0.01 50V

Ceramic

AA

C2304

VCKYCY1 HF103Z

R 0.01

50V

Ceramic

AA

C2381

VCOYTA1HM104J

R 0.1 50V Mylar

AA

C2305

VCKYCY1 HF103Z

R 0.01

50V

Ceramic

AA

C2386

VCE9GA1CW226M R

22 16V

Elect.(N.P)

AB

C2306

VCEAGA1CW476M R 47

16V

Electroly1ic

AB

(29RX5)

C2312

VCEAGA1HW225M R 2.2

50V

Electrolytic

AB

C2387

VCE9GA1CW226M R

22 16V

Elect.(N.P)

AB

C2313

VCEAGA1HW224M R 0.22

50V

Electroly1ic

AA

(29RX5)

C2314

VCKYCY1 HF103Z

R 0.01 50V

Ceramic

AA

C2392

VCEAGA1CW106M R

10 16V

Electrolytic AA

C2315

VCKYCY1 HF103Z

R 0.01 50V

Ceramic

AA

C2393

VCKYCY1 HF103Z

R 0.01 50V

Ceramic

AA

C2316

VCKYCY1 I-IB391K R 390p

50V

Ceramic

AA

C2394

VCEAGA1HW225M R

2.2

50V

Electrolytic

AB

C2317

VCCCCY1HH100D R 10p

50V

Ceramic

AA

C2395

VCKYCY1 HF103Z R 0.01 50V

Ceramic

AA

C2318

VCEAGA1CW106M R 10

16V

Electroly1ic

AA

C2397

VCEAGA1CW226M R

22 16V

Electroly1ic

AB

82

29RX8

Ref. No. Part No.

*

Description

Code

Ref. No.

Part No.

*

Description

Code

(29RX5)

PWB-G

DUNTK8558FMV3

C2398 VCEAGA1CW226M R 22 16V

Electrolytic

AB

(29RX5)

TEXT UNIT

C2400 VCKYCY1 HF103ZR0.01 50V

Ceramic

AA

C2401 VCKYCY1HB102K R 1000p 50V Ceramic

AA

C2402 VCCCCY1HH100D R

10p 50V Ceramic

AA

INTEGRATED CIRCUITS

C2403 VCCCCY1HH100D R

10p 50V Ceramic

AA

IC1801

RH-iX2606CEZZ

R LH64561D

BC

C2404 VCKYCY1 HB102K R

1000p 50V Ceramic

AA

IC1802

RH-iX2451CEZZ

R SAA5249P

BB

RESISTORS

R2300

VRS-CY1JF101J

R 100 1/16W Metal Oxide

AA

TRANSISTORS

R2302 VRS-CY1JF222J

R 2.2k 1/16W Metal Oxide

AA

01801 VS2SC1815GW-1

R 2SC1815GW

AB

R2303 VRS-CY1JF470J R 47 1/16W Metal Oxide

AA

01802

VS2SA1015Y/1E

R 2SA1015Y

AC

R2305 VRD-RA2BE682J

R 6.8k 1/8W

Carbon

AA

01803

VS2SC1815GW-1

R 2SC1815GW

AB

R2306 VRS-CY1JF182J

R 1.8k 1/16W Metal Oxide

AA

01804

VS2SC1815GW-1

R 2SC1815GW

AB

R2309 VRS-CY1JF102J

R 1k 1/16W Metal Oxide

AA

01805

VS2SC1815GW-1

R 2SC1815GW

AB

R2310

VRS-CY1JF101J

R 100 1/16W Metal Oxide

AA

R2311

VRS-CY1JF181J

R 180 1/16W Metal Oxide

AA

R2313 VRS-CY1JF153J R 15k 1/16W Metal Oxide

AA

R2314 VRS-CY1JF392J

R 3.9k 1/16W Metal Oxide

AA

DIODES

R2315 VRS-CY1JF331J

R 330 1/16W Metal Oxide

AA

D1801

VHD1SS119//1E

R 1SS119

AA

R2316 VRS-CY1JF100J

R 10 1/16W Metal Oxide

AA

D1802

VHD1SS119//1E

R 1SS119

AA

R2317 VRS-CY1JF151J

R 150 1/16W Metal Oxide

AA

D1803

RH-EX0619GEZZ

R Zener Diode

AA

R2318

VRS-CY1JF102J

R 1k 1/16W Metal Oxide

AA

D1804

RH-EX0619GEZZ

R Zener Diode

AA

R2319 VRS-CY1JF101J R 100 1/16W Metal Oxide

AA

R2320 VRD-RA2BE333J R 33k 1/8W Carbon

AA

R2321 VRS-CY1JF182J R 1.8k 1/16W Metal Oxide

AA

R2322

VRD-RA2BE101J

R 100 1/8W Carbon

AB

PACKAGED CIRCUIT

R2323 VRD-RA2BE101J

R 100 1/8W Carbon

AB

R2324 VRS-CY1JF684J

R 680k 1/16W Metal Oxide

AA

X1801

RCRSBOO06PEZZ

R Crystal

AK

R2325

VRS-CY1JF223J

R 22k 1/16W Metal Oxide

AA

R2326 VRS-CY1JF103J R 10k 1/16W Metal Oxide

AA

R2327 VRS-CY1JF152J R 1.5k 1/16W Metal Oxide

AA

R2334 VRS-CY1JF561J R 560 1/16W Metal Oxide

AA

COILS

(29RX5)

L1801

VP-DF100KOOOO

R Peaking

10IlH

AB

R2341 VRS-CY1JF392J

R 3.9k

1/16W

Metal Oxide

AA L1802

VP-XF1

ROKOOOO

R Peaking

1Il

H

AB

(29RX5)

L1803

VP-DF100KOOOO

R Peaking

10IlH AB

R2344 VRS-CY1JF101J

R 100 1/16W Metal Oxide

AA

(29RX5)

R2345 VRS-CY1JF101J R 100 1/16W

Metal Oxide

AA

(29RX5)

CAPACITORS

R2350 VRS-CY1JF105J

R

1M

1/16W Metal Oxide

AA

C1801

VCOYTA1HM104J

R 0.1 50V

Mylar

AA

R2351 VRS-CY1JF333J

R 33k 1/16W Metal Oxide

AA

C1802

VCEAGA1AW107M R 100

10V

Electrolytic

AB

(29RX5)

C1803

VCEAGA1AW477M R 470

10V

Electrolytic

AC

R2352 VRS-CY1JF223J

R 22k 1/16W Metal Oxide

AA

C1804

VCOYTA1HM104J

R 0.1 50V

Mylar

AA

R2353 VRS-CY1JF223J

R 22k 1/16W Metal Oxide

AA

C1806

VCKYPA1HB102K

R 1000p 50V

Ceramic

AA

R2362 VRS-CY1JF562J R 5.6k 1/16W Metal Oxide

AA

C1807

VCCCPA1HH150J

R 15p 50V Ceramic

AA

(29RX5)

C1808

VCCCPA1HH560J

R 56p 50V

Ceramic

AA

R2363 VRS-CY1JF562J R 5.6k 1/16W Metal Oxide

AA

C1810 VCOYTA1HM104J

R 0.1 50V

Mylar

AA

(29RX5)

C1811

VCE9AA1HW105M R 1

50V Elect.(N.P)

AB

R2370 VRS-CY1JF392J

R 3.9k 1/16W Metal Oxide

AA

C1812

VCOYTA1HM104J

R 0.1 50V

Mylar

AA

(29RX5)

C1813 VCEAGA1AW107M R 100

10V

Electrolytic AB

R2374 VRS-CY1JF561J

R 560 1/16W Metal Oxide

AA

C1814

VCEAGA1CW106M

RiO

16V

Electrolytic

AA

(29RX5)

C1815

VCKYPA1HB221K

R 220p 50V

Ceramic

AA

R2380

VRS-CY1JF392J

R 3.9k 1/16W Metal Oxide

AA

R2384 VRS-CY1JF223J

R 22k 1/16W Metal Oxide

AA

R2385 VRS-CY1JF223J

R

22k 1/16W Metal Oxide

AA

R2386 VRS-CY1JF472J

R

4.7k 1/16W Metal Oxide

AA

q

RESISTORS

R1801 VRD-RA2BE273J

R 27K 1/8W

Carbon

AA

MISCELLANEOUS PARTS

R1802 VRD-RA2BE101J

R 100

1/8W Carbon

AB

P2300 OPLGN0274FJZZ R Plug

AE

R1803 VRD-RA2BE222J

R 2.2K 1/8W

Carbon

AA

SLD2301

PSLDM0212PEFW R Shield

AE

R1804 VRD-RA2BE682J

R 6.8K 1/8W

Carbon

AA

SLD2302

PSLDM0213PEFW R Shield

AD

R1805 VRD-RA2BE101J

R 100 1/8W

Carbon

AB

TP2303 OLUGP0102PEZZ R Lug

AA

R1806 VRD-RA2BE272J

R 2.7K 1/8W

Carbon

AA

R1807 VRD-RA2BE100J

R 10 1/8W

Carbon

AA

R1808 VRD-RA2BE821 J

R 820 1/8W

Carbon

AA

R1809

VRD-RA2BE152J

R 1.5K 1/8W

Carbon

AA

R1810

VRD-RA2BE102J

R 1K 1/8W

Carbon

AA

83

29RX5
29RXB

Ref. No.

Part

No.

*

Description

Code Ref. No.

Part No.

*

Description

Code

PWBmG

DUNTK8558FMV3

MISCELLANEOUS PARTS

TEXT UNIT

(Continued)

&

QACCZ2008PEZZ

R AC Cord (29RX5) AM

R1811

VRD-RA2BE102J

R 1K

1/8W Carbon AA

&

QACCB5003PEZZ

R AC Cord (29RX8) AY

R1812 VRD-RA2BE102J R 1K 1/8W Carbon AA

RSP-Z0095CEZZ

R Speaker BG

R1813

VRD-RA2BE471J

R 470 1/8W Carbon AA

VSP0010PBS98A

R Speaker AV

R1814

VRD-RA2BE103J

R 10K 1/8W Carbon AA

QCNW-1885PEZZ

R Connecting Wire AG

R1816 VRD-RA2BE472J

R 4.7K 1/8W

Carbon

AA

QCNW-2152PEZZ R Connecting Wire

AG

R1817

VRD-RA2BE1

OOJ

R 10 1/8W Carbon AA

QCNW-2153PEZZ

R Connecting Wire AF

R1818 VRD-RA2BE272J

R 2.7K

1/8W Carbon

AA

QCNW-2154PEZZ

R Connecting Wire

AK

R1819

VRD-RA2BE272J

R 2.7K 1/8W Carbon AA

QCNW-2155PEZZ R Connecting Wire

AF

R1820

VRD-RA2BE122J

R 1.2K

1/8W Carbon

AA

QCNW-2156PEZZ

R Connecting Wire

AF

R1822 VRD-RA2BE101J

R 100

1/8W Carbon AB

QCNW-2159PEZZ

R Connecting Wire

AF

R1823 VRD-RA2BE101J

R 100

1/8W Carbon AB

R1824

VRD-RA2BE472J

R 4.7K 1/8W Carbon AA

R1825

VRD-RA2BE822J

R8.2K

1/8W Carbon

AA

R1826

VRD-RA2BE103J

R 10K 1/8W

Carbon

AA

MISCELLANEOUS PARTS

P1801 QPLGN0885CEZZ R Plug
P1802 QPLGN0785CEZZ R Plug
SLD1801

PSLDM0174PEFW R Shield

SLD1802

PSLDM0175PEFW R Shield

AC
AC
AD
AD

84

SUPPLIED ACCESSORIES

ACCESSORIES

RRMCG1351PESA R Infrared R-C Unit (29RX5) AV

RRMCG1352PESA R Infrared R-C Unit (29RX8) AV
TiNS-6205PEZZ R Operation Manual (29RX5) AG
TiNS-635.0PEZZ

_ R Operation Manual(29RX8) AK

ACCESSORIES (NOT REPLACEMENT ITEM)

TCAUA0002PEZZ - Caution Card
UBATU0001AJZZ

- Dry Batteris

PACKING PARTS

SPAKC6272PEZZ R Packing Case (29RX5) BD
SPAKC6319PEZZ R Packing Case (29RX8) BC
SPAKX2652PEZZ R Buffer Material AY
SSAKA0002PEZZ R Polyethylene Bag AA
SSAKH0018PEZZ R Polyethylene Bag AM

Ref. No.

Part

No.

*

Description

Code

Ref. No.

Part

No.

*

CABINET PARTS

CCABA2427WEVO

R Front Cabinet Ass'y BM

(29RX5)

CCABA2428WEVO R Front Cabinet Ass'y

BM

(29RX8)

1-2 GCOVA0081PESA R RIC, LED Cover

AD

1-3 GCOVAOO82PEZZ R

Cover, in Door AC

1-4

GDORF0165PESA R Door AG

1-5

HBDGB3120CESA R

Badge, "SHARP"

AG
1-6 HiNDP0218PEZZ R Indication Plate, in Door AE
1-7 JBTN-0269PESA R Power Button

AF

1-8 MSPRC0005PEFW R Spring, Power Button

AB

1-9 PKAi-0002PEOO

R

Latch, for Door

AG
2 CCABB2338WEVO R Rear Cabinet BO
2-1

HiNDP0219PEZZ R

AN

Indication Plate AF

\1-1'

! 2 i

29RX5
29RXB

Description

Code

(2-1

~.

85

29RX5
29RX8

COPYRIGHT © 1997 BY SHARP CORPORATION

ALL

RIGHTS RESERVED.

No part of this publication may be reproduced,
stored in a retriebal system, or transmitted in

any form or by any means, electronic, mechanical,
photocopying, recording, or otherwise, without
prior written permission of the publisher.

i

TQ0375-S

November 1997 Printed in Japan

IN.AI

K.Y

SHARP CORPORATION
AV Systems Group
Ouality & Reliability Control Center
Yaita, Tochigi 329-21, Japan

\