JVC AV-28CH1EUS Schematic

B

SERVICE MANUAL

COLOUR TELEVISION

AV28CH1 EUS
AV28 CH1 EU

BASIC CHASSIS

AV28CH1EUS
AV28CH1EUB

MF

CONTENTS

! SPECIFICATIONS ････････････････････････････････
!

SAFETY PRECAUTIONS

!

FEATURES････････････････････････････････

! MAIN DIFFERENCE LIST ････････････････････････････････
!

SPECIFIC SERVICE INSTRUCTIONS

! SERVICE ADJUSTMENTS ････････････････････････････････
!

PARTS LIST

★

STAND ARD CIRCUIT DIAGRAM

1

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････････････････････････････････････････････････

････････････････････････････････････････････････････････････････

COPYRIGHT © 2002 VICTOR COMPANY OF JAPAN, LTD.

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･･･ 5

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31

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2- 1

4

6

No.519 44
Mar. 2002

A

V28CH1EUS

A

y

V28CH1EUB

SPECIFICATIONS

Item

Dimensions ( W××××H××××D ) 72 5mm×4 80m m×496mm
Mass 34 .7 kg

TV RF System

Colour Sy stem PA L / SECA M / NT SC (Only i n EXT mode)

Stere o Sy st em A2 (B /G,D/K)/ NICAM(B/G,I ,D/K,L)

Teletext System FLOF (Fastext)

Receiving Frequency

Interme diate Fr equenc

VIF Carrier 38 .9 MHz ( B/G , I ,L)/ 3 3.9 5 MHz (L’)

SIF Carrier 33 .4 MHz ( 5.5MHz :B/ G) / 32.9MHz (6.0 MHz:I ) / 32.4MHz (6.5MHz:L , D/K) / 40 .45MHz (6.5MHz:L’ )

Colour Sub Carrier Fr eq.

SE CAM 4.40625MHz/4.25MHz

Power Input AC 2 30V , 50Hz
Power Consumpti on

CCIR (B/G,D/K, I ,L, L ’)

TOP (German syst em)
WST(W orld Standard system)

VHF 47 MHz ～ 47 0MHz

UHF

470MHz ～ 8 62MHz

PAL 4.43MHz

NT S C 3.58MHz / 4.43MHz

16 5W ( Max) / 112W(Avg) , sta ndby : 2.8W

AV28CH1EUS / AV28CH1EUB

Content

Aerial Input Term

Pictur e Tube

Hi gh Vo lt ag e

Speake r

Au dio Output 5W + 5W

EX T-1 /EXT-2/EXT- 3
(Input / Output)

S / Video

EXT-4 (Input) Video

Au di o (L /R )

S / Video

AUDIO OUT (Vari able)

Headphone jack St ereo mi n i jac k (φ3.5mm )

Remote Control Unit RM-C 54 H (AAA/R 0 3 dr y batte ry×2) : (A V2 8CH1EUS) / R M-C50( AAA/R03 d r y bat tery×2 ) : (A V2 8CH1EUB)

75 Ωun ba l anc ed, C oaxi al

Visi ble si ze : 66 cm, Meas ured di a gon al l y

1kV

+

30.0kV (at zero beam current)

-1. 5kV

(10c m×3cm) ov al typ e ×2

21 -pin E ur o c onnec to r
(SCART socket)

p-p

Y : 1V

C : 0.3V

1V p- p 7 5Ω(RCA pi n jack)

50 0mVr ms( -4dB s ), H igh Impe dan ce ( RCA pin jack )

Y : 1V

C : 0.3V

0～1 Vrms, Low Imp ed ance
(RCA pi n jack ×2)

POSITIVE (Negative sync Provided, when terminated with 75Ω)

p-p

(Burst signal, when terminated with 75Ω)

p-p

POSITIVE (Negative sync Provided, when terminated with 75Ω)

p-p

(Burst signal, when terminated with 75Ω)

De sign & sp eci ficatio ns ar e su bje ct to change wi thou t no t ice .

2

No.51944

A

V28CH1EUS

A

V28CH1EUB

■■■■21-pin Euro connector (SCART socket) : EXT-1 / EXT-2 / EXT-3

(P-P= Peak to Peak, B-W= Blanking to white peak)

Pin

Signal Designation Matching Value EXT-1 EXT-2 EXT-3

No .

1 AUDIO R o ut put 50 0mVr ms( N ominal),

Low impedance

2 AUDIO R input 50 0mVr ms( N ominal),

High i m pe da nce

3 AUDIO L o utput 50 0mVr ms( N ominal),

Low impedance

4 AUDIO GN D ○○○

5 GND (B)

6 AUDIO L input 500mVrms(Nominal),

High i m pe da nce

7B input 700mV

8 FUNCTION SW

(SLOW SW)

9 GND (G)

10 SCL3 NC ○ NC

11 G in put 70 0m V

12 SDA3 NC ○ NC

13 GND (R)

14 GND (YS) ○ NC NC

15 R / C input R : 700mV

16 Ys i n put

17 GND(VIDEO output) ○○○

18 GND(VIDEO input) ○○○

19 VID EO output 1V

20 VIDEO / Y inp ut 1V

21 COMMON GN D ○○○

Low : 0-3V, High : 8-12V, High
impedance

C : 300mV

Low : 0 - 0.4, High : 1 - 3V, 75Ω○

, 75Ω○○NC

B- W

, 75Ω○○NC

B- W

, 75Ω

B- W

, 75Ω

P- P

(Nega tiv e g oin g sync ), 75Ω○

P- P

(Nega tiv e g oin g sync ), 75Ω○ ○ ○

P- P

○

(TV OUT)

○○○

○

(TV OUT)

○○○

○○○

○○○

○○○

○○○

○

(only R)

(TV)

○

(LINE OUT)

○

(LINE OUT)

○

NC NC

○

(LINE OUT)

NC

NC

○

(only C)

NC

[Pin assignment]

No.51944

3

A

V28CH1EUS

A

V28CH1EUB

SAFETY PRECAUTIONS

1. T he design of th is pr od uc t con ta in s sp eci al hard ware, many
circuit s and components specially for safety purposes. For
con tinu ed pr ot ection , n o chan g es sh ou ld b e ma de to the o ri g inal
d esi gn un l ess auth oriz ed in writi n g by th e ma nu fact urer.
Replac em en t p arts m ust be ident ic al to thos e u sed in th e or i ginal

ci rcu it s. Serv ice s ho uld b e p er for m ed by qu al if i ed p ers on nel
on ly.

2. Alte r ati on s of the design or ci r cui try of t he prod ucts sh ould not be
made. Any design alterations or additions will void the
manufact ur er 's warrant y and will f urth er r eliev e t he ma nu factu r er

of r esp onsi b ility for per so na l injur y or p r op er ty d am ag e r esult ing
th erefr om.

3. M an y e lectric al and mech ani ca l parts i n th e prod ucts ha ve
special safety-related characteristics. These characteristics are
oft en no t e v ident f r om v isua l i nsp ection n or ca n t he pr o tec t io n

aff or de d by th em nece ssar i l y be ob tain ed b y u sin g r ep l acement
com po ne nts ra ted f or hig he r vol tage, watt ag e, etc. R ep l acem en t
p arts whic h ha ve th ese sp eci al s afet y ch ar ac t er ist ics are
ide ntified i n the parts list of Servic e manua l. El ec tric al

components having such features are identi fied by shading
on t he sche mat ic s an d by (

manual. The us e of a sub s ti tu te rep lacem en t whi ch does n ot

h ave th e same saf ety ch ar act er ist ics as t he r eco mmen de d
replac em ent part sh own i n th e p ar ts lis t of S er vic e man ual may

cause shock, fire, or other hazards .

!!!!

) on the parts list in Service

4. Don't shor t between the LIVE side ground and ISOLATED
(NE UTRAL) side ground or EARTH side ground when
repairing.

Some model's power circuit is partly different in the GND. The
diff er enc e of th e GND i s s ho wn b y th e LIV E : (") side GND , the

ISO LATED(NEUT RAL) : (#) si de GND and EAR T H : ($) side
GND. Don't sh ort b et ween th e LIV E sid e GN D and
ISO LATED(NEUT RAL) side GND or EARTH side GND an d
n ever m ea s ur e w it h a m ea suring a ppa r atus ( osc illos cop e etc.)
th e LI VE si d e GND an d IS OLA TED (NE UTR AL ) s ide G ND or

EARTH side GND at th e s ame time.
If above note will not be kept, a fuse or any parts will be broken.

5. If any repair has been made to the chassis, it is recommended
th at t he B1 set ti ng s hou l d b e ch eck e d or adju ste d ( Se e

ADJUST MENT OF B1 POWE R SUPPL Y) .

6. The hi gh v olta ge app li e d t o th e pictu re tu be mu st confor m with
th at s p ecified in S ervi ce manual. E xcessi ve high volt ag e c a n

cau s e an i ncr e ase i n X- R ay em i ssi on , ar c ing an d possi b le
component damage, therefore operation under excessive high
voltage conditions should be kept to a minimum, or should be
preve nt ed. If s ever e arc ing occ ur s, r emove t he AC pow er
immed i ate ly an d de ter m i ne th e c a use b y visua l insp ec t io n
(inc or rect ins tal lat i on, cracke d or melte d high vo ltage har n ess,

p oor so lder i ng, et c.). To maint ai n the p roper min im u m le vel of
sof t X- R ay emi ssi on, c omp on en ts i n th e hi gh v oltag e cir c uitr y
incl ud ing t he pi ct ur e tu be must be t he e xact r ep l aceme nts or
alte rn at i ves ap pr ove d b y th e ma nuf act urer of th e c om pl et e
product.

7. Do not c hec k high volt age b y dr awing an ar c. Us e a high vol t age
meter or a hi g h v oltag e pr ob e wit h a V TVM. Discharge th e
picture tube before attempting meter connection, by connecting
a cl i p lead to th e gr ou nd f ra me and c onn ectin g th e other end of

the lead through a 10kΩ 2W resi sto r to the anod e b utt on .

8. When se rvice i s require d, ob ser ve th e or i gina l lea d dress. E x tr a
prec aut ion sh ou ld b e g iven t o ass ur e corr ec t l ea d dr ess i n the

high vol tag e c ircui t a r ea. W her e a s hort ci r cuit h as oc cu rre d,
th ose co mp on ent s tha t i ndi ca te evide nce of ove r hea ting sho ul d
b e r e pl ace d. A l wa ys u se th e ma nuf act urer's r ep l acem en t
components.

9. Isolation Check

(1) Dielectric Strength Test

(2) Leakage Current Check

(Safety for Electrical Shock Hazard)

Af ter re- ass emb l in g th e pr odu c t, al w ays per f orm an i sol at ion
ch ec k on the expo sed metal parts of t he c abin et ( a ntenn a
ter m inals, video /audio inpu t and ou tput t erminals , C on trol kn obs,

metal cabi n et, scr ew he ad s, ea r ph one j ack, con trol s haf ts, etc.)
to be s u re th e p roduct is s af e t o ope r ate with ou t dan ger of
elect ri cal s hoc k.

The iso l ati on be tween the AC pr imary ci rcuit an d all metal parts
exp osed t o th e us er , p arti cular l y any e xp os ed met al p art having a

retu rn p ath to t he chass is sho uld withs tan d a vol t age of 3 000 V
AC (r.m. s.) for a period of one second.

(. . . . W it hs tan d a v o lt ag e of 1 10 0V A C (r.m. s.) t o an applianc e

rate d up to 12 0V , an d 3 00 0V AC ( r .m. s.) to an ap pl ian ce r at ed
200V or more, for a period of one second.)
This meth od of test requi res a t est equ ipment n ot g enerally found

in t he servic e trad e.

Plug th e A C line c ord d irect ly into th e AC ou tlet ( d o not use a line
isol ati o n tr ansf or m er du r in g thi s ch eck.). Usi n g a " Lea kage
Curr ent T este r", me asur e th e lea kag e cu rre nt f rom each exp osed

metal p art of the cabinet, p art icu larly any expos ed me tal p ar t
h avi ng a re tur n path to the c h assis , t o a kn own go od ea rt h
ground (water pip e, e tc.) . An y l eaka ge curren t m ust n ot e xceed

0.5mA AC (r.m.s.).
Howev e r, i n tr op ic al area , th is must no t exce ed 0.2 mA AC

(r.m.s.).

""""

Alternate Che ck M et hod

Plug th e A C line c ord d irect ly into th e AC ou tlet ( d o not use a line
isol ati o n tr an s for m er dur ing t hi s che c k.). U se an AC vo lt me ter
h avi ng 1 00 0 ohms pe r volt or mor e s ens itivi ty in th e fo ll owing

manner. Con nec t a 1 50 0Ω 10W res ist or par a lle led by a 0 .1 5µF
AC-type c apa cit or bet ween an expo sed met al pa rt a nd a known

g ood e ar th gro un d (water pipe , etc.). M eas ure th e A C volt ag e
acr oss th e res ist or w ith th e AC vo ltm eter . Move th e r esis tor
con nec ti on to each exp ose d metal part, part ic ularly a ny exp os ed
metal p art havin g a retu rn pat h to t he ch as sis , an d m easu re th e
AC vol tag e ac ro ss the res ist or . No w, re vers e th e pl u g i n th e AC

ou tl et and re pe at eac h mea s ur emen t. Any volt ag e me asured
must no t e xceed 0 .75V AC (r.m. s.). This c orre spo nds to 0.5mA
AC (r.m. s.).
Howeve r, in tropica l are a, this must n ot exceed 0.3V AC ( r.m.s.).
This corresponds to 0.2mA AC (r.m.s.).

AC VOLT MET ER
(HAVING 1000 Ω /V,

OR MOR E SENSIT IVITY)

0.15μF AC-T YPE

PLACE THIS PROBE

1500 Ω 10W

GOOD EARTH GROUND

ON E A C H EX PO SE D
ME T AL PA RT

4

No.51944

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FEATURES

V28CH1EUS
V28CH1EUB

"

New c hass is d es ign ena bl e us e of an i nte rac ti ve on screen

control.

"

The TELETEXT SYSTEM has a built-in FASTEXT (UK syst em),

TOP (Germ an syst em) and W ST (world standard system)
system.

"

Be c aus e th is T V un i t cor r esp on ds t o m ultiple x br oa dc a st, u s ers

can enjoy music programs and sporting events with live realism.

In ad di ti on , BI LIN GUAL programs can b e h ear d in th eir or i g in al
language.

TV EXT-1 EXT-3

EXT-2

"

Users can make VCR dubbing of picture and sound by controlling

th e AV s elec tor to se lec t an optiona l so urc e at th e EXT- 2 outp ut

sh own i n fi gu re.

EXT-4

MAIN DIFFERENCE LIST

Model Name

!

Par t Name

!

FRONT CABINE T ASSY LC 10001- 008C- U LC 1000 1-00 9B-U

!

DOOR LC 20 00 1-01 0A-U LC 20 00 1-01 2A-U

!

POWER KNOB LC 30 10 4- 01 0A -U LC 30 10 4- 01 2A -U

RE A R COVER LC 10 03 -0 09 B- U LC 10 00 3- 01 0B -U

!

JV C MA RK LC 40 35 4- 00 3A -U LC 40 35 4- 00 1C-U

!

RATING L ABEL

LC 114 14 -001A -U

EURO LABEL AEM1064-009-E AEM1064-010-E

REMOTE CONTROL UNIT RM-C54H-1C RM-C50-1C

AV28CH1EUS AV28CH1EUB

LC 114 14 -002A -U

No.51944

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V28CH1EUS

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V28CH1EUB

SPECIFIC SERVICE INSTRUCTIONS

DISASSEMBLY PROCEDURE

REMOVING THE REAR COVER

1. Unplug t he po wer c or d.

2. Remove the 14 screws marked

3. Withdra w t he r ear cover to wa rd you .

REMOVING THE CHASSIS

"

After removing the rear cover.

1. Sl i ght ly r aise the bo th side s of th e c hass is by h and and re mo ve

th e tw o claws u nd er th e both sid es of the ch assis fr om t he fro nt
cab inet .

2. Withdra w t he chass is back wa rd .

(If necessary, take off the wire clamp, co nnectors etc.)

REMOVING THE AV TERMINAL BOARD

" After removing the rear cover.

1. Remov e th e 2 s cr ews m ar ked

2. Remove the claws marked

Fig. 2.

3. Slight ly in t he di re ction of ar r ow

####

as sh own in th e Fig. 1.

!!!!

as sh own in th e Fig. 1.

""""

un der t he CHAS SIS as sho wn in

as sh own in Fi g. 2.

$$$$

D

AV TERMINAL
BOARD

REMOVING THE SPEAKER

" After removing the rear cover.

1. Remov e t he 2 s cr ews m ar ked

2. F ollow th e s ame st eps when removi ng th e other ha nd speake r.

as sh own in Fi g. 1.

%%%%

CHECKING THE PW BOARD

To c h eck the b ack side of th e PW B oard.

1) Pu ll out the chassis. (R efer to RE MOV ING THE CHAS SIS ).

2) Erect the chassis vertically so that you c an easily check the

b ack si de of th e PW B oard.

[CAUTION]

"

When erecting the chassis, be careful s o that there will be no

contacting with other PW Board.

"

Be for e turning on po wer, ma ke s ur e t ha t the wi re co nn ector is

properly connec ted.

"

W hen condu cting a ch eck w ith p ow er su pplied , b e sure to c onfi r m

th at t he CRT E ART H WI RE (B RA ID ED AS S’Y) is co nne cted t o

th e C RT SOCKE T PW b oar d.

WIRE CLAMPING AND CABLE TYING

1. Be sure to cla mp th e wire.

2. Never r emo ve th e c able tie use d f or ty ing th e wires to gether.

Sh ould i t be i n adve rt ent l y remov e d, b e su re to ti e th e wires w it h
a n ew c able ti e.

C

AV SE L PWB

C

Fig . 2

6

No.51944

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FRONT CABINET

S

CRT
SOCKET

PWB

FRONT
C ONT RO L
PWB

MICON PWB

10 0Hz PW B

V28CH1EUS
V28CH1EUB

PEAKER

E

POWER & DEF. PWB

C ONT RO L BASE

REAR COVER

MAIN PWB

CLAW

AV SW PWB

CLAW

FBT

CHASSIS

AV TERMINAL
BOARD

B

A

Fig . 1

No.51944

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REMOVING THE CRT

∗

Replac em en t of th e CRT sho uld be p er for m ed by 2 or more

p ers ons.

• After removing the cover, chassis etc.,

1. Putti ng th e CR T c hange tabl e o n sof t cloth , the CRT chang e ta ble

sh ould al so b e c over ed w ith s uch soft clot h (sho wn in Fi g. 3).

2. W hile kee pin g th e surf ac e of CRT down , m ou nt the TV s et on t he

CRT change table balanced will as shown in Fig.4.

3. R em ove 4 sc re ws mar ke d by arro ws with a b ox typ e scr e w driver

as s hown in Fig. 4.

• Si nc e the cab inet will dr op wh en scr ew s h ave b een remo ved, be

sure t o su pport t he cab inet with hands.

4. After 4 screws have been removed, put the cabinet slowly on

cloth (At this time, be ca refully so as not to damage the front

sur fac e of th e c abin et) sh own in Fig.5 .

• The CRT s h oul d b e ass em bl ed accor di n g to the o pp osite
sequence of its dismounting steps.

∗

The CRT cha ng e t able sh ould pref er ab l y be sm al ler t hat the CRT

sur fac e, and its height b e about 35c m.

CRT CHANGE TABL E

AP PROX.
35 cm

CLOTH

Fig. 3

CRT

CRT
CHANGE
TABLE

BOX
TYPE

SCREW
DRI VER

COATING OF SILICON GREASE FOR ELECTRICAL
INSULATION ON THE CRT ANODE CAP SECTION.

•

Su bs e qu ent to re pl ac ement of t he C RT an d HV tr an sfor m er o r

repair of t he an od e ca p, etc. by dis mount i ng the m, be sure to c oa t
si lic o n g re ase fo r el ectric al insu latio n as sh ow n in Fig .6.

W ipe a roun d t he an ode b utton with cl ea n and dr y cl ot h. (F ig. 6)

Coat si l ic on greas e on t he sect ion arou nd th e a no de bu tt on. At

this time, take care so t hat any silicon greases dose not stick to
the ano de button . (F ig.7 )

★★★★

Sil icon grease product No. KS - 650N

CRT

An od e b utton

Silic on greas e

coating

CABINET

Ap prox.
20mm (Do not
coat grease on
this section

An od e b utton
(No s ti cki ng of
silicon grease)

Fig. 4

CRT

CRT
CHANGE TA BLE

Fig. 5

Silic on greas e
sh oul d be coa ted
b y 5mm or m ore

fr om th e outs id e
diameter of
an od e c ap.

Coat ing posi t io n
of silico n gr eas e

An od e ca p

Fig. 6 Fig. 7

8

No. 51944

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REPLACEMENT OF CHIP COMPONENT

! CAUTIONS

1. Avoid heating for more than 3 seconds.

2. Do n ot rub t he elect rodes an d t he r esis t p ar ts of the patt ern.

3. When r emovi ng a c hip part, mel t th e s older ad equate ly.

4. Do n ot reuse a chip part after removi ng it .

! SOLDERING IRON

1. Us e a hi g h i ns ulati o n solder ing iron with a t hi n po in ted end of it.

2. A 3 0 w s older ing iron is rec omm end ed for easil y remov ing p ar ts .

!

REPLACEMENT STEPS

1. How to remove Chip parts

####

Resi st ors, ca pacit ors , etc

(1) As s h own in t he f ig ur e, pu s h th e pa rt with tw ee zers and

alte rn at el y melt th e s older at each en d.

(2) Sh if t w ith tw eeze rs and r em o ve th e ch ip p ar t.

#### T ran s ist ors, diodes , varia bl e resist or s, etc

(1) Ap ply e xt ra solder to ea ch le ad.

SOLDE R SOLDE R

V28CH1EUS
V28CH1EUB

2. How to install Chip parts

####

Resi st ors, ca pa cit ors , etc

(1) Apply solder to th e patter n as ind icated in the figure.

(2) Gr asp t he ch ip p art with tw ee zers and pl ac e it on th e s old er.

The n hea t and melt th e so lder a t b oth en ds of t he chip part.

#### T ran s istors, dio des, va ria bl e r esistors, et c

(1) Apply solder to th e patter n as ind icated in the figure.
(2) Gr asp th e chip part with t we ezers an d pl ace it on th e solder.

(3) First solder lead A as indicated in the figure.

A

(2) As s h own in t he f ig ur e, pu s h th e pa rt with tw ee zers and

alte rn at el y melt th e sold er a t each l e ad . Shift an d r em ove t he
chip part.

(4) The n so lder le ads B and C.

Note : A fte r re movin g t he part , remove remain ing so lder from the

pattern.

C

A

C

No.51944

B

B

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REPLACEMENT OF MEMORY ICs

1. Memory ICs

This TV use memory ICs. In the memory ICs, there are memorized data
for cor r ectl y op erating th e video an d def l ection cir cu its . Wh en r ep l aci ng

memory IC s, b e s ure t o us e IC s wri tte n with th e initial values of da ta.

2. Procedure for replacing memory ICs

PROCEDURE

(1) Power of f

Switch the p ower of f and un plug th e pow er cor d fro m t he ou tlet.

(2) R epla ce IC s.

Be sure to use memory ICs written with the initial data values.

(3) Powe r on

Plug th e p ower c ord i nt o the outlet a nd swit ch t he po we r on .

(4) Check and s et SY STEM CO NSTANT SET :

****

It must not adjust without sig na l.

1) Pr ess th e INFORMAT I ON ke y an d th e MU TING key of th e
REMO TE CONTROL UNIT simultaneous ly.

2) The SERVICE MENU screen of Fig. 1 will be displayed.

3) W hi le th e S ERVIC E ME NU is d is played, pr es s th e
INFORMATION key and MUTING key s imultaneously, and the

SYSTEM CONSTANT SET screen of Fig. 2 will be displayed.

4) Check th e se tting va lues of the S YSTEM C ON ST A NT SET of

Table 1. If the value is d if fere nt, se lect the s ettin g item with th e
FUNCTION U P/ DOWN key, and s et the correct va lue with the
FUNCTION - /+ ke y.

5) Press the MENU key to memorize the setting value.

6) Pr ess t he IN FORMATION ke y t wice, a nd r etu rn t o th e normal

screen.

SE RV ICE MEN U

1. IF 2. V/C

3. A UDI O 4. D EF

5. VSM P RESET 6. S TATUS

7. P IP 8. 　---

9. SHIPPING (OFF) 0. BUS FREE

1 -9 : SE LE CT

SY STE M CON ST ANT S ET

1. DESTINATION EU

- /+ : STORE i : EXIT

OK

Fig.1

Fig.2

i

: EXI T

NAME OF REMOTE CONTROL KEY

(5) Se tt in g of re cei ve chann e ls

Names of key

ke y

Se t the rec eive c h an ne l.

For setting , ref er to the OPE RATING IN S TRUC TIONS.

(6) U ser se tting s

INFORMATI ON

MU T I N G

iiii

Check th e us er sett in g values of Tab le 2, and i f sett in g value is
diff er ent , set the c orr ec t val u e.

For setting , ref er to the OPE RATING IN S TRUC TIONS.

(7) Setting of SERVICE MENU

Ve rif y the set ti ng it ems of th e SER VIC E ME NU of Tab le 3, an d rese t

ME NU

FUNCTION UP/ DO WN

OK

▼

▼

where n ecessary.
For setting , ref er to the SE RVICE ADJUSTM ENT S.

FUNCTION -/+

▼

▼

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No. 51944

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SETT I NG VALU ES OF SYST EM CONS TANT SE T (TABLE 1)

V28CH1EUS
V28CH1EUB

Setting item Setting content Setting value

16 :9

NO

NO

EKEU EI

4:3

YE SNO

YE SNO

YE S

2TUNER1TUNER

YE S

DESTIN A TION EU DOLBY NO

CRT TYPE 16:9 BB E NO

PURITY NO PROGRESSIVE NO

PICTURE TILT NO TDA9178 NO

DIGIP URE PRO NO TONE IC NO

PIP NO F LAT NO

PIC&TE XT NO

NO

Setting item

Setting content Setting value

YE SNO

YE SNO

YE SNO

NO

NO

YE S

YE SNO

YE S

USER SETTING VALUES (TABLE 2)

PICTURE SE TTING EX T SET TI NG

TINT COOL

CONTRAST / BRIGH T
SHAR P / COLO UR

PICTURE FEATURES FEATURES

DIGITAL VNR AUTO

Digipure PRO AUTO

COLO UR S YST E M TV : Acco rd in g t o pr eset C H

4:3 AUT O ASPE CT PA NO RAMIC

SOUND SET TING INSTALL

BA SS / TREBL E / BA LANCE LANGUAGE ENGLISH

HYPER SOUND OFF EDIT/MANUAL PRESET CH only

REFER to VSM PRESET

EXT : AUTO

CENTER

ID
S-IN
DUBBING

SLEEP TIMER
BLUE BA CK

BLANK
BLANK

EXT- 1→EX T-2

OFF
ON

The others : BLANK

SERVICE MENU SETING IT EMS (TAB LE 3)

Setting item Setting value Setting item Setting value

1. IF 1. VCO

2. ATT ON /OFF

2. V / C 1. RGB BLK

3.A UD IO

(Do not adjust)

9.S HIPPI NG

(Do not adjust)

2. W D R R

3. W D R G

4. W D R B

5. BRIGHT

6. CONTRAST

7. COLO UR

8. HUE

9. SHAR P

10. VC O A DJ .

1. ER R LI MIT

2. A2 ID THR

ON/OFF

4. DE F. 1. V- SH IF T

5. VSM PRESET
COOL

NORMA L
WARM

6.S TATUS

(Do not a dju st)

No. 51944

2. V-SIZE

3. H-CENT

4. H-S IZE

5. TR APE Z

6. EW - PIN

7. COR-P IN

8. COR-UP

9. COR-LO

10. ANGLE
11 . BOW

12. V-S.CR
13 . V- LIN

1. CONT.

2. BRIGHT

3. SHAR P

4. COLO UR

5. HUE

6. W D R R

7. W D R G

8. W D R B

VP S
PDC

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SERVICE ADJUSTMENTS

BEFORE STARTING SERVICE ADJUSTMENT

1. There ar e 2 w ays o f adjusting this T V: On e is wi th t he

REMOTE CONTROL UNI T and the other is the conventional

method using adjustment parts and components.

2. The setting (adjustment) us ing the REMOTE CONTROL

UNIT is made on the basis of th e init ial setting values. The
se tting va lues which adj u st the scree n to t h e opt imum

condition can be different from the initial setting values.

3. M ak e s ure th at c onn ect i on is c orrect ly ma de t o AC p ow er

source.

4. T ur n on th e pow e r of th e TV a nd m easu ring ins tr um en t for

warmi n g u p for at l east 30 minut es b ef ore sta rt ing adju stment .

5. If th e r ec eive or i np ut si g nal is not speci fi ed , use t he m ost

ap prop riate s igna l f or a dj ust ment.

6. N ever tou ch parts ( s uch as variab le res ist ors, transform er s an d
condensers) not shown in the adjustment items of this service

adjustment.

7. Prep ar ati o n f or ad j ustmen t ( pr es ettin g) :
Unles s oth er wis e speci fi ed i n the a djust ment it em s, p r eset th e

follo win g funct ions with th e REMOTE CONTROL UNI T.

"

Setti ng posit ion

PICTURE MODE (VSM) NORMAL

SLEEP TIMER OFF

TONE BALAN CE CENTER

ZOOM PANORAMIC

MEASURING INSTRUMENT AND FIXTURES

1. DC voltmeter (or digital voltmeter)

2. Oscilloscope

3. Si gn al gener at or (Patt ern gener at or) [ PAL / SE CA M / NT SC]

4. Remote control unit

ADJUSTMENT ITEMS

●

Check ing i t ems.

●

Adjustment of FOC US & SCREEN

●

VS M p r eset ad ju st s ettin g.

●

VIDEO / CHROMA circ uit adjustment.

●

DEFLECTION c ircuit adjustment.

●

AUDIO circuit adjustment. (Do not adjust)

12

No. 51944

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ADJUSTMENT LOCATIONS

(

)

5

V28CH1EUS
V28CH1EUB

FRON T

FRONT CONTROL PWB

F90 1

PW

POWER SW

CN001

FRON T

MAIN PWB POWER&DEF PWB

CN002

AV SEL PWB

CN006

IC702

MEMORY

100Hz PWB

IC701

F

SP R

SP L

FRON T

W DEG

TUNER

CRT SOCKET PWB

T P- 47R

T P- 47G

CN013

TP-E

MIC OM PWB

CN008

SOLDER SIDE

T P- 47B

CN009

TOP

E1

CN014

HV

HVT

FOCUS1
FOCUS2

SCREEN

X

1

1pin:B1( TP-91)
2pin:NC

3pin:NC
4pin:NC
5pin:GN D

No. 51944

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BASIC OPERATION SERVICE MENU

1. TOOL OF SERVICE MENU OPERATION

Operate the SERVICE MENU with the REMOTE CONTROL UNIT.

2. SE RVICE MENU ITEMS

With the SERVI CE M EN U, var i ou s sett in gs ( ad jus tm en ts) c an b e m ade , a nd th ey a re b r oad l y c lass if ied in th e f ol l owing items of s et tings

(adjus tm ents ):
(1) 1. IF ･･･････ ･････････････ ･･･ This m ode adjust s the se tting values of the IF circui t.

(2) 2.V /C ･･･････ ･････････････ ･･ T his m ode adjusts th e setting valu es o f th e VIDEO / CHROMA ci rcuit.
(3) 3.AUDIO･･･････ ････････････ This mode adjusts the setting values of the multiplic ity SOUND circuit.

(4) 4. DEF ･･･････ ･････････････ ･ This m od e adjust s th e setti ng values o f the DE FLECT ION c ircui t f or eac h as pect m od e g i ven be low.

FULL (100/120Hzi)

PA NO RA MIC ( 1 00 /12 0 H z i )

SUBTITLE (100/120Hzi)
COMP RESS (Fix ed val u e) (100/1 20H zi)

(5) 5.V SM PRESE T

(VSM : Video Status Memory)

3. BASIC OPERATION OF SERVICE MENU

(1) Ho w to enter SERVICE MENU

Press the INFORMATION key a nd the MUTING key of t he

REMO TE CONT RO L U NI T si mu lt an eou s ly, an d th e

SERVICE MENU screen of Fig. 1 will be displa yed.

(2) Selection of SUB MENU SCREEN

Press one of keys 1～5 of the REMOTE CO NTROL UNIT

an d sel e c t th e S UB M ENU SCR EEN ( See Fi g. 3 ), fo rm th e

SERVICE MENU.

SERVICE MENU → SUB MENU

･･･････ ･･････

1. IF

2. V / C

3. AUDIO

4. DE F.

5. VS M PRESE T

6. STATUS

7. PI P

8. ---

9. SHIPPING(OFF)

0. BUS FREE

Thi s mode adjust s th e in itial s ett ing va lues of COOL, N ORM AL an d WAR M .

SE RVICE M ENU

SE RV ICE MEN U

1. IF 2. V/ C

3. AU DIO 4. DE F

5. VS M PRESET 6. ST ATUS

7. PI P 8. -- -

9. SH IPPING ( OFF) 0. BU S FREE

1 -9 : SE LE CTi : EXI T

Fig.1

NEME OF REMOTE CONTOROL KEY

Names of ke

INFORMATI ON

MU T I N G

ME NU

Do no t W o rk

FUNCTION UP/ DO WN

FUNCTION -/+

Fig.2

ke

iiii

OK

▼

▼

▼

▼

14

No. 51944

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SERVICE MENU

SERVICE ME NU

1. I F 2. V /C

3. AUDIO 4. DEF

5. VSM PR ESET 6. STAT US

7. PIP (OFF) 8. - - -

9. SHIPPING (O FF) 0. BUS FREE

1-9 : SELE CT : EX ITi

V28CH1EUS
V28CH1EUB

1. V- SH I F T

2. V- SI Z E

3. H-CENT

4. H-SIZE

5. TRAPEZ

6. EW -PIN

7. COR PIN

8. COR-UP

9. COR-LO

10. A NGLE

11. B OW

12.V- S.CR

13.V-LIN

DE F *** Hz FUL L

1. V- SHI F T

: STORE i : EXIT

OK

- / +

4. DEF

***

1.IF(VCO)

IF SER VICE M E NU

1. VCO

2. ATT O N/O FF

1-2 : SELECT i : EXIT

2. V/C

V/C

PAL

1. RGB_BLK

- / +

: STORE i : EXIT

OK

****

Do no t move

1. RGB BL K

2. WDR R

3. WDR G

4. WDR B

5. BRIGHT

6. CONT RAST

7. COL OUR

8. HUE

9. SHA RP

10. VCO ADJ

COOL
NORMAL

WARM

1. CONT .

2. BRIGHT

3. SHA RP

4. COL OUR

5. HUE

6. WDR R

7. WDR G

8. WDR B

5. VSM PRESET

VSM PRESET NORMA L

1.CONT

: STORE i : EXIT

OK

- / +

***

- / +

Fig.3 SUB MENU SCREEN

No. 51944

3. AUDIO

AUDIO

1. ERR LIMIT 10H

C_AD_BIT S =

: STORE i : EXIT

OK

* ** *** **

Do no t adjust

1. ERR L IMIT

2. A2 ID T HR

15

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(3) Meth od of Set ti ng

1) Meth od of Setti ng 1. IF
[VCO] ･･･････ ･････････････ ････････ It mus t not adjust wit hout si g nal.

① 1 K ey････････････････････ ･････ Se lect 1.IF.
② 1 K ey････････････････････ ･････ Se le ct 1 .VCO(CW )

Make sure that the arrow position between the ABOVE REF and BELOW REF.

③ INFORMATION K ey ･･･････ ･････ Return t o th e SERVICE ME NU scr e en.

2) Meth od of s ett in g 2.V/C, 3.AUDIO, 4.DEF and 5.VSM PRESET.

① 2～5 K ey････････････････････ ･･ Select one from 2.V/C, 3.AUDI O, 4.DEF and 5 .VSM PRESET.
②

FUNCTION U P / DOWN Key

③

FUNCTION - /+

④

ME NU Key

⑤

INFOMATION K ey

･･･････ ･･････････

･･･････ ･････････････

･･･････ ･･････

････

Select s etting items.

Set ( adjust) th e setting valu es o f th e setting it ems.

Memorize the setting value.

(Bef or e st or ing t he s ett in g valu es in memory, do not pres s t he CH, TV , POW ER ON / OF F key ­if you d o, the valu es will not be stored in memory.)

Retu rn t o th e SE RVICE M E NU s cr een.

3) Can not setting 6.S TATUS, 7. PIP, 8. --- , 9 .SH IP PING(OFF ) & 0.B US FR EE .

(4) R ele ase of SERV IC E M E NU

1) Af ter c o mp l eti ng th e se tti ng , ret urn t o the SER VIC E ME NU , then ag ai n p r ess th e INFOR MATIO N ke y.

16

No. 51944

A

A

ADJUSTMENTS

CHECK ITEM

Item

Check of B1
Power Supply

Measuring

instrume nt

Signal
generator

DC v o l tm et er

Remote
control unit

Test point Ad justment part Description

TP-91(B1)
TP-E(####)

[X connector
on POWER

DE F PW B ]

1.R G B BL K 1. Recei ve a an y broa dca s t.

2. Pu sh t he “ZOOM ” ke y an d s elect the FULL mode .

3. Select 2 . V/ C from the SER VICE MENU.

4. Select 1 . RGB BLK w ith f un ction UP / DOW N key.

5. Press the functi on +( ) key to fin d th e cut off screen (Black
screen).

6. Con nect a D C voltmet er t o T P- 9 1(B 1) a nd TP-E(#).

7. Make sure t hat th e volt age is DC139.9 ±2.0V.

8. Press the functi on – ( ) key t o return t o s ervice m enu..

V28CH1EUS
V28CH1EUB

Check of High
Volt age

Check of VCO

Signal
generator

DC volunteer

Remote
control unit

Remote
control unit

IF S ERVIC E MENU

1. VCO

2. ATT ON/OFF

1-2 : SELECT

TO O HI GH
ABOVE REF
JUST REF
BELOW REF
TO O LO W

VCO(CW)

MAI N

CRT anode

Chass is
GND

i : EXIT

****

MHz

i : EXIT

1.R G B BL K 1. Recei ve a an y broa dca s t.

2. Pu sh t he “ZOOM ” ke y an d s elect the FULL mode .

3. Select 2 . V/ C from the SER VICE MENU.

4. Select 1 . RGB BLK w ith f un ction UP / DOW N key.

5. Press the functi on +( ) key to fin d th e cut off screen (Black
screen).

6. Connect a DC voltmeter t o CRT ANODE and chassis GND.

7. Make sure t hat th e volt age is DC 31.0 kV .

+1kV

-1.5kV

8. Press the functi on – ( ) key t o return t o s ervice m enu.

1. VC O " U nd er n orm a l c ondi ti ons, no ad just ment is r e quired .

" Conf irmat ion adjus t me nt.

1. Select 1 .IF from the SERVICE MENU.

2. The n se lect 1 .VCO from th e IF S ERVICE MEN U.

3. Rec eive any bro adc ast.

4. C heck t he ar r ow () posi ti on be tween th e A BOVE REF. and

(Do not move)

BE LOW REF .

No. 51944

17

A

V28CH1EUS

A

S

V28CH1EUB

ADJUS TMENT OF FOCUS & SCREEN

Item

DAd j ust men t
of

FOCUS

Measuring

instrume nt

Signal
generator

HVT

Test point Ad justment part Description

FOCUS VR

SCREEN VR

FOCUS VR
[In HVT]

1. Rec eive a cross -hatc h sign al. S elect FULL mode .

2. Whi l e w atc hing th e scr een , a djust th e F OC US VR to m ake th e

ver ti cal and ho rizo ntal l ines as f in e a nd sha rp as possi b l e.

3. Make sur e that when the sc re en i s d ar ke ned , the lines re ma in

in good focus.

Ad justment of
SCREEN

Signal

generator

SCREEN VR
[In HVT]

1 Press a w h ole b lack si gn al
2 Press the ZOOM key and select the FULL mode.

3 Se lect 2. V/ C from the SERVICE MENU.
4 T ur n t he SCR EEN V R c lockwis e f r om th e f ul l co unt er

V/C

PAL

cl ockw is e p osition and s t op it a t th e po i nt w h er e “ CLOW ” stat us
(mark e d in Fi g.) c h ang es f ro m 1 t o 0 to 1 ( wh ich i s

1. RGB BLK

00

ind icated at th e 3rd colu mn from the right.)

5 The n tur n th e SCREEN V R cou nt ercl o ckw is e, and st op wh ere

- / +

: STORE i : EXIT

OK

0 0 0 0 0 1 0 0

CLOW

status

th e “ C LOW ” stat us ch an ges 1 t o 0

＊ “C LOW ” : c ontr o l loopou t of win do w.

ERVICE MODE SCREEN

VSM PR ES ET AD JUS T SET TIN G

Item

Setting of
VS M PRESET

Setting item

VSM preset mod e

COOL +130 -11+1 0-17-9 0

Measuring

instrume nt

Remote
control unit

Test point Ad justment part Description

1. C ONT .

2. BR IG HT

3. SHARP

4. COLOUR

5. HUE

6. W DR R

7. W DR G

8. W DR B

1. Select 5.VS M P RESET fr om th e S ERVICE ME NU.

2. Select CO OL with the MENU key of t he remote con trol unit.

3. Adjust the FUNCTION UP/DOWN and -/+ key to bring the set

val u es of 1.C ON T ～ 8. WDR B to the values shown in the

tabl e.

4. Pr ess the MENU key a nd memoriz e th e s et value.

5. Respectively s elect the VSM PRESET mode for NORMAL and

WARM, an d m ake si milar a djust ment as i n 3 abo ve.

6. Pr ess the MENU key a nd memoriz e th e s et value.

∗ Refer to OPERATING INSTRUCTIONS for the PICTURE

MO DE.

1.CONT. 2.BRIGHT 3.SHARP 4.COLOUR 5.HUE 6.WDR R 7.WDR G 8.WDR B

NORMAL 00-1100000

WARM -13 0 -11 -1 0 +4 0 0

SE TT ING VAL UES OF VSM PRESET

18

No. 51944

A

A

VIDEO / CHR OMA CIRCUIT ADJUSTMENT

The setting (adjustment) using the REMOTE CONTROL UNIT is made on the basis of the initial setting values.
The setting values which adjust the screen to the optimum condition can be different from the initial setting values.

V28CH1EUS
V28CH1EUB

Setting item

(Adjustment item)

2. V/C PAL SE CAM NT SC

1.R G B BL K

2.WDR R 0

3.WDR G 0

4.WDR B (Do not adjust) -12

5. BR IG HT 0

6.CONTRAST 0

7.COLO UR 000

8. HUE +20

9.SHARP (Do not adjust) +7

Initial set ting v al ue

11.VID AG C (Do not adjust) 0

12.SY C SLI +7

13.A MOVIE +1

No. 51944

19

A

V28CH1EUS

A

V28CH1EUB

Item

Ad j ust men t

of
WHITE

BALANCE

(High Light)

Measuring

instrume nt

Signal

generator

Remote
control unit

Test point Ad justment part Description

2. W DR R

3. W DR G

4. W DR B
(Do not adjust)

" Se t th e P ICT URE MODE to NORMAL.

1. Recei ve a bl ack a nd white sign al (col o ur of f).

2. Select 2 .V/C f r om the SERVICE M ENU.

3. Modif y 2. W DR R and 3.W DR G da ta t o ad just t he w hite
balance ( high light ).

4. Pr ess the MENU key a nd mem oriz e th e s et va lue.

5. Cha nge th e c ontrast an d brig htn ess with the remot e c ontr o l

up & dow n from lo w– light t o h igh–light a nd c heck t hat the
tr ack ing of the w h it e bal an ce is g oo d.

Ad j ust men t
of

SUB BRIGHT

Ad j ust men t

of
SUB CONT.

Remote
control unit

Remote

control unit

5. BR I G HT 1. Rec eive any broadc ast.

2. Se lect 2 .V/C f r om the SE RVICE M ENU.

3. Select 5 .BRIGHT with th e FU NCTI ON UP /DOWN key.

4. Set the initial setting value with the FUNCTION -/+ key.

5. If the brigh tn ess is n ot th e b est wi th the i n itia l se tting value ,

make fine adjustment until you get the best brightness.

6. Press the ME NU key a nd mem oriz e th e s et va lue.

6.CO NT. 1. Rec eive any bro adc ast.

2. Se lect 2 .V/C f r om the SE RVICE M ENU.

3. Select 6.CONT with t he FUNCTION UP/DOWN key.

4. Set the initial setting value with the FUNCTION - / + key.

5. If the con tr ast is n ot the be st with t he initial s e tting va lue, ma ke

fine adjustment until you get the best contrast.

6. Press the ME NU key a nd mem oriz e th e s et va lue.

20

No. 51944

A

V28CH1EUS

A

ey

V28CH1EUB

Item

Ad j ust men t

of
SUB CO LOUR

Measuring

instrume nt

Remote

control unit

ⅠⅠⅠⅠ

Test point Ad justment part Description

7.COLO UR
(PAL～～～～NT S C)

PAL COLOUR (PAL COLOUR)

CH. key

SECAM COLOUR

MENU

( OK ) k ey

NTSC COLO UR

[Method of adjustm ent without measuring instrument]

1. Rec eive PAL broad cas t.

2. Se lect 2 .V/C f r om the SE RVICE M ENU.

3. Select 7 .COLOUR with th e FU NCTIO N UP/DOWN key.

4. Set the initial setting value for PAL COLOUR with the

FUNCTION - or + k ey.

5. If t he co lour is no t the bes t with th e in iti al set va lue, ma ke

fine adjustment until you get the best colour.

6. Press the ME NU key a nd mem oriz e th e s et va lue.

(SECAM COLO UR)

1. Rec eive a SECAM b roadc ast.

2. M ake fi n e a dj ustm e nt of SE CA M COLOUR in the s am e

manner as for abo ve.

(NTSC 3.58 COLOUR)

1. Input a NTSC 3.58MHz C OMPOSITE VIDEO si g nal f r om th e
EXT t erminal.

2. Make s imil ar f ine ad jus tm en t of NT SC 3.58 COLO UR in th e
sam e mann er as f or a bo ve.

FUNCTION k

　　( INFORM ATI ON ) keyi

REMOTE CONTROL KEY

(NTSC 4.43COLOUR)

1. When NTSC 3.58 COLOUR set, NTSC 4.43 COLOUR will
automatically set.

No. 51944

21

A

V28CH1EUS

A

(+)

(-)

(A)

V28CH1EUB

Item

Ad j ust men t

of
SUB CO LOUR

Measuring

instrume nt

Signal

generator

Ⅱ

Ⅱ

ⅡⅡ

Oscilloscope

Remote
control unit

Test point Ad justment part Description

TP-47B

####

TP-E(
[CRT

SOCKET
PWB ]

7.COLO UR
(PAL～～～～NT S C)

)

PAL COLOUR (PAL COLOUR)

SECAM COLOUR

[Method of adjustm ent using measur ing instrument]

1. Rec eive a PAL fu ll f i eld co lour b ar si gn al (75% w hite ).

2. Se lect 2 .V/C f r om the SE RVICE M ENU.

3. Select 7 .COLOUR with th e FU NCTI ON UP/DOW N key.

4. Set the initial setting value of PAL COLOUR with the

FUNCTION - or + k ey.

5. Con nect the osc illosc ope be tw ee n T P -4 7B and T P- E( #).

6. Ad just PAL COLO UR an d b r ing th e valu e of (A) in the
illustration to the values as shown given billow (Voltage

diff er enc e betwee n wh ite ( W ) and b lu e ( B) ) .

7. Press the ME NU key a nd mem oriz e th e s etti n g value.

VOLTAGE (W-B) +8V

(SECAM COLO UR)

1. Rec eive a SECAM fu ll field co lour bar si gn al ( 75% white) .

2. Set the initial setting value of SECAM COLOUR with the

FUNCTION - /+ ke y.

3. Adju st SE C AM CO LOU R an d b ri n g t he va lu e of (A) in the

illu strati on t o th e values as s hown g iven b ill ow (Volt ag e
diff er enc e betwee n wh ite ( W ) and b lu e ( B) ) .

4. Press the ME NU key a nd mem oriz e th e s etti n g value.

WCyMgB

NTSC COLO UR

0

VOLTAGE (W-B) +7V

(NTSC 3.58 COLOUR)

1. Input a NTSC 3.58 MHz C OMPOSITE VIDEO si gnal (full fi eld

colo ur bar with 75% w hit e) from the EXT t ermina l.

2. Set th e i nitial s etting val ue of N T SC 3 .58 COLO UR wit h th e

FUNCTION - /+ ke y.

3. Adjus t NTS C 3 .5 8 C OLO UR a nd bring th e val u e of ( A) in the

illustration to the values as shown given billow (Voltage
diff er enc e betwee n wh ite ( W ) and b lu e ( B) ) ..

4. Press the ME NU key a nd mem oriz e th e s etti n g value.

VOLTAGE (W-B) 0V

(NTSC 4.43COLOUR)

1. When NTSC 3.58 COLOUR set, NTSC 4.43 COLOUR will

automatically set.

22

No. 51944

A

V28CH1EUS

A

(B)

(-)

(+)

V28CH1EUB

Item

Ad j ust men t
of

SUB HUE ⅠⅠⅠⅠ

Measuring

instrume nt

Remote
control unit

Test point Ad justment part Description

8.HUE [Method of adjustment without measuring instrument]

NTSC 3.58 HUE [NTSC 3. 58 HUE]

1. Input a N TSC 3.5 8 MHz C OM POSI T E V IDEO si gn al (f ul l fi e ld
colo ur bar with 75% w hit e) from the EXT t ermina l.

2. Se lect 2 .V/C f r om the SE RVICE M ENU.

3. Select 8. HUE with t he FUNCTION UP/DOW N key.

4. Se t the initia l sett ing va lue of N TSC 3. 58 HUE wi th th e
FUNCTION - /+ ke y.

5. If you cannot get the best hue with the initial setting value,
make fine adjustment until you get the best hue.

6. Press the ME NU key a nd mem oriz e th e s et va lue.

NTSC 4.43 HUE (NTSC 4.43 HUE)

1. W hen NTS C 3.58 i s s et , NTSC 4.4 3 will be automat ic ally s et at

the respective values

Ad j ust men t

of

SUB HUE

ⅡⅡⅡⅡ

Signal

generator

Oscilloscope

Remote
control unit

W

CyMgB

TP-47B

####

TP-E(
[CRT

SOCKET
PWB]

8. HUE [Method of adjustment using measuring instrument]

)

NTSC 3.58 HUE [NTSC 3.58 HUE]

1. Input a N TSC 3.5 8 MHz C OM POSI T E V IDEO si gn al (f ul l fi e ld

colo ur bar with 75% w hit e) from the EXT t ermina l.

2. Se lect 2 .V/C f r om the SE RVICE M ENU.

3. Select 8. HUE with t he FUNCTION UP/DOW N key.

4. Se t the initia l sett ing va lue of N TSC 3. 58 HUE wi th th e
FUNCTION - or + k ey.

5. Con nect the osc illosc ope be tw ee n T P -4 7B and T P- E( #)

6. Adjus t N TSC 3. 58 H UE t o br i ng the val u e of (B) in the

illustration t o -1V (voltage difference between white (W) and
magenta (Mg)).

7. Press the MENU key and memorize the s ettin g value

0

NTSC 4.43 HUE (NTSC 4.43 HUE)

1. When NTSC 3.58 COLOUR s et, NTSC 4.43 COLOUR will
automatically set.

No. 51944

23

A

V28CH1EUS

A

(Do not adjust)

V28CH1EUB

DEFLECTION CIRCUIT ADJUSTMENT

There are 4 aspect modes ( ①①①①FULL, ②②②②PANORAMIC, ③③③③ SUBTIT LE , ④④④④COMPRES) of the a djustme nt ( 1 ) 100 H z i mod e, ( 2 ) 1 20 Hz i
mode ･･････

････ ･･ depending upon the kind of signals ( vertical frequency 100Hzi / 120Hzi ).

････ ･･････ ･･

"

When the 100 Hz FULL mode has be en establ ished, the se ttin g of other mode s will be done automatically.

Ho wever, if the picture quality has not been optimized, adjust each mod e again, respectively.

" The adjustment usi ng the remote control unit is made on the basis of the initial setting values.
"

The setting values which adj ust the screen to the optimum condition can be different from the initial setti ng values.

Ini tial setti ng v alue ( 1/2) 　　　　　　　　　　　　　　　 　　　　　　　　　　　　　　＊

Setting item Ad justment name

1. V- SH IF T Ve rt ic al cent er -006 -006 00 00 0000

2. V- SIZ E Ve rt ic al he ight -006 -001 + 003 00 00

3. H-CEN T H or izont al ce nte r -014 + 002

4. H-S IZE Hor i zont al width +007 - 003

5. TRAPEZ Trap ezoi da l disto rt ion c orr ec ti on -016 - 010 00 00 0000

6. EW -PIN Si de pin cor rection -045 00 00 0000 00 00

7. CO R-P IN Cor ne r Pi n -005 00 00 +002 00 00

8. CO R-UP Corne r P in c orr ect i on Up si de - 003 - 004 + 005 0000

9. CO R-L O Cor ne r P in c orrect ion Low s id e -007 - 003 - 002 00 00

10 .AN GL E An gl e c orre ction 00 00 0000 0000 0000

11 .BOW Bo w-sh ape d dis tortio n corr ec t io n 0000 00 00 0000 0000

12.V- S.CR

13 .V- LIN

(Do not a dju st)

Ve rt ic al heig ht c or r ection -007 00 00 +013 00 00

Ve rt ic al Lin ear i ty -003 -002 00 00 0000

Ini tial setti ng v alue ( 2/2)

Setting item Ad justment name

1. V- SH IF T Ve rt ic al cent er +012 - 002 00 00 00 00

2. V- SIZ E Ve rt ic al height +009 0000 - 011 0000

3. H-CEN T Horiz ont al cente r 0000 00 00 00 00 00 00

4. H-S IZE Hor i zont al width 00 00 0000 00 00 00 00

5. TRAPEZ Tr ap ez oida l disto rt i on correc ti on -001 00 00 0000 00 00

6. EW -PIN Side pin correc ti o n -001 00 00 0000 00 00

7. CO R-P IN Cor ne r P i n -005 00 00 00 00 00 00

8. CO R-UP C or ne r P i n c orrect ion U p side + 009 0000 0000 00 00

9. CO R-L O Cor ne r P i n c orrect i on Lo w s id e +005 00 00 00 00 00 00

10 . AN GL E An gl e c orre ction 0000 00 00 00 00 0000

11 . BOW Bo w- sh ape d dis tortio n correct io n 00 00 0000 0000 00 00

12. V-S. CR

(Do not a dju st)

13 . V- L IN

(Do not a dju st)

　　　　　　　　　　　　　　　　　　　　　　　　　　　　　＊

　　　　　　　　　　　　　　　　　　　　　　　　　　　　　＊　　　　　　　　　　　　　　　　　　　　　　　　　　　　　＊

Initial set ting v al ue

FULL PANORAMIC

10 0Hzi 12 0Hzi 100Hzi 12 0Hzi

-003 00 00

-004 00 00

　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　＊

　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　＊

　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　＊　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　＊

Initial set ting v al ue

SUBTITLE COMPRESS

10 0Hzi 12 0Hzi 100Hzi 60 P

Ve rt ic al heig ht c or r ection +003 0000 0000 00 00

Ve rt ic al Lin ear i ty -027 00 00 00 00 0000

: Fixed value

: Fixed value

24

No. 51944

A

A

Item

Ad j ust men t
of V-SHIFT

Measuring

instrume nt

Signal
generator

Remote

control unit

Test point Ad justment part Description

1. V- S HI FT [FULL mode]

1. Receiv e a cir cle p att ern si g nal of ve rt ic al fr eq ue ncy 5 0H z.

2. Selec t 4 .DEF f rom t he SERVI CE M ENU.

3. Select 1 .V-SHIFT wi th t he FUNCTION UP/DOW N key.

4. Ad just V-S HIFT to make A = B .

5. Check the ad justmen t value ab o ve in o ther zo om mo de . If it is a

wrong adjustment, re-adjust in PANORAMIC mode and adjust

A

B

by 1.V-SHIFT.

6. Pres s the MENU key a nd mem or iz e th e s et va lue.

V28CH1EUS
V28CH1EUB

Ad j ust men t
of V-SIZE

Screen size

Scr e en

size

Picture size 100%

ASPECT MODE FULL PANORAMIC SUBTITLE

ASPECT MODE FULL PANORAMIC SUBTITLE

SCREEN
SCREEN

TOP

TOP

SCREEN
SCREEN

BOTTOM

BOTTOM

　　 　　　 　　　 　　　　 　　 　　　 [ SCREEN SIZE ]

92 % 87 % 70 %
92 % 87 % 70%

92 % 87 % 83 %
92 % 87 % 83%

[ SCREEN SIZE ]

2.V-SI ZE 7. R eceiv e a cross -hatc h sign al.

8. Select 2.V-SIZE and set the initial setting value.

9. Ad just V-S IZ E a nd make s ure t hat the ve rt ic al scr een siz e of

10 . Pr ess the MENU key a nd m em or iz e the s et value.

12. Press the MENU key and memorize the s et value

Picture

size

10 0%

th e p ict ure s ize is i n t he bel l ow t abl e.

11 . Input a NT SC V IDEO si gn al (6 0H z) fr om the E XT ter m i nal,

an d make s u r e t hat the v er ti cal s cr een s iz e is i n t he t ab le

below.

No. 51944

25

A

V28CH1EUS

A

V28CH1EUB

Item

Ad justment of

H.CENTER

Ad j ust men t

of
H.S IZ E

Measuring

instrume nt

CD

90 %

Test point Ad justment part Description

3. H-CENT. 13 . Recei ve a c ir cle p atter n s ig nal.

14. Select 3.H-CENT and set the initial setting value.
15 . Ad ju s t H- CE NT to ma ke C=D.

16 . Pr ess the MENU key a nd m em or iz e the s et value.

90 %

4. H- SIZ E 17. Receive a circle pattern signal.

18. Select 4.H-SIZE and set the initial setting value.
19 . Ad ju st H-S IZE an d m ake sur e th at t he horiz on tal scr ee n size

20 . Press the MENU key a nd mem oriz e th e s et va lue.
21 . Inp ut a NTSC VIDEO signal ( 60 Hz) fr om t he E XT ter m inal,

22 . Press the MENU key a nd mem oriz e th e s et va lue.

of th e pict ur e si ze is i n th e bel l ow t abl e .

an d make sur e th at t he h ori zo nt al sc r een siz e of the eac h
ASPECT mode is in the below table.

AS PE CT

MODE

H SI Z E

Ad justment of
EW-PIN

FULL PANORAMIC SUBTITLE

92 % 95 %

[ SCREEN S IZE ]

6.E W-PI N 23 . Selec t 6 .EW-PIN an d s et t he i nitial s etti ng valu e

Straight

92 %

24 . Adju st E W - PIN and m ak e th e 2 nd.vert ic al lines at the left a nd

right ed ges of the sc r ee n st ra i ght . Als o m ake s ur e th at the 3r d
vertical lines are straight.

25 . Pr ess the MENU key a nd m em or iz e the s et value.

26

No. 51944

A

V28CH1EUS

A

V28CH1EUB

Item

Ad j ust men t

of TRAPEZ

Ad justment of
COR. UP/LO

Straight Straight

Measuring

instrume nt

Signal
generator

Remote
control unit

Signal
generator

Remote
control unit

Test point Ad justment part Description

5. TR APEZ 26 . Recei ve a cr oss -h atc h signal.

27. Select 5.TRAPEZ with the FUNCTION UP/DOWN key.

28. Set the initial sett ing value of T RAPEZ with th e FUNCT ION

- or + key.

Parallel

7.COR-PIN

8.COR-UP

9.COR-LO

29 . Adju st TRAP EZ an d bring th e VER TICAL l in es at the righ t

an d lef t edges o f the sc re en pa ra llel .

30 . Press the ME NU key a nd mem oriz e th e s et va lue.

31. Select 8.COR-UP with the FUNCTION UP / DOW N k ey.

32. Set the init ial setting value of COR.-UP with the FUNCTION

- or + key.

33 . Adjus t CO R- UP, a nd b ri n g th e str ai gh t lin e at th e up per

corner.

34. Select 9.COR-LO with the FUNCTION UP / DOWN key.

35. Set the initial setting value of COR-LO with the FUNCTION

- or + key.

36 . Ad just COR- LO, an d b ring t he straight line at the low co rner .
37 . Press the ME NU key a nd mem oriz e th e s et va lue.

38 . If th e e xtream upper & lower corners ar e a l ittl e p in or barrel

ch ose 7.C OR -P IN an d adju st.

39. Press the MENU key and memorize the s et value

Ad j ust men t

of ANGLE

Fig. A

10. ANGLE •

No. 51944

In case where th ere is a para l lelogrammi cal d ist or ti on of

images on th e scr e en.( FigA )

40. Select 10.ANGLE with the FUNCTION UP / DOWN key.

41 . Ad just ANGE L, and b ri n g t he VERTIC AL lines str aight..

42 . Press the ME NU key a nd mem oriz e th e s et va lue.

27

A

V28CH1EUS

A

V28CH1EUB

Item

Ad justment of
BOW

Ad justment of
V-S.CR &

V. LI NE AR IT Y

Measuring

instrume nt

Test point Ad justment part Description

11.B OW

Fig. B

12.V- S.CR

13.V- LIN

TOP

In case w here there is a b ow- shaped distortion of images on the

•

screen. (Fig.B)

43. Select 1 1.B OWwith th e FU NCTIO N UP/DOWN key.

44 . Ad just BO W , an d bri n g t he VERTIC AL lines str aight.
45 . Press the ME NU key a nd mem oriz e th e s et va lue.

Wh en the vertical linearity has been deteriorated rem arkably,

•

perform the following steps.

46 . Receiv e a cross -hatc h sign al.

47. Se lect 13.V-LIN with t he FUNCTION UP/ DOW N k ey.

48. Set the initial setting value of 13.V-LIN with t he FUNCTION

- / + key.

49. Select 12.V-S.COR with t he FUNCT ION U P / DOW N key.

50. Set the initial setting value of 12.V-S.COR with the FUNCTION

- / + key.

51 . Adju st 13 .V- LI N and 12 .V- S.COR so that th e s pac es of ea ch

line on TO P, CENTE R and BO TT OM bec ome u ni fo rm .

NO T E :D o not ad just PA NO RAM IC & SUBTITLE mode.

CENTER

BOT TOM

At first the adjustment in 100Hz FULL mode should be done,
th en th e d at a for th e ot he r asp ect mo de is corr ec t ed in the

resp ec ti ve val ue a t t he s am e ti m e. A nd co nfirm th e d eflec ti o n
ad justm en t i n itia l se tting va lue i n 12 0H z (NT SC EXT mod e)

FU LL m od e. If the adju stmen t in 10 0Hz eac h aspect mode h as
b een don e and sto red, th e data f or th e s ame as pect m od es in

12 0Hz i s cor re cte d i n th e res pect ive v a lue. Only t he da ta fo r th e
oth er as pect mod e i n 12 0Hz i s co rr ect ed f or its elf.

28

No. 51944

A

A

AUDIO CIRCU IT ADJUSTMENT

"

Do not tou ch 3. AUDIO a dj ust me nt of the SER V ICE M ENU as it re quire s no adj ustm en t.

If values ha d ch an ge d for the s o me r eas on, set th e i nitial val ues in th e f ollowi ng table.

3. AUDIO(D o not adjust)

Setting item Variable range fixed value

1. ER R LI M IT 00 H～FFH 0AH

2. A2 ID THR 00 H～FFH 19H

V28CH1EUS
V28CH1EUB

No. 51944

29

BLOCK DIAGRAM

AV28CH1EUS
AV28CH1EUB

AV28CH1EUS
AV28CH1EUB

EXT-1

EXT-2

EXT-3

TU001

TUNER

VTV1

L TV RTV

TV OUT

V1, L1, R1
YS, SLOW1

V2, C2, R2

L2 OUT

R2 OUT
V2 OUT

V3 / Y3, C3
L3, R3

AV SW PWB

SIF

63

IC101

AV SW

IC101

MULTI SOUND

PROCESSOR

M_CV/Y

M_C

100Hz PWB

IC662

R-OUT

L-OUT

IC101

VIDEO

PROCESSOR

& CODEC

LPF

IC663

BBE

SDA1
SCL1

R

L

IC201

SAMPLE RATE

CONVERTER

V

IC301

ENHANCE

POWER

IC665

BASS

V100, U100, Y100

IC601

POWER AMP

MAIN PWB

R

L

IC551

ROTATION

IC301

DEF & RGB

PROCESSOR

IC402

EW/V DRIVE

FRONT CTRL PWB

(2/2)

ROTATION
COIL

B

R
G

H.OUT

HEADPHONE

SP R

SP L

IC203

B-OUT

IC202

R-OUT

IC201

G-OUT

CRT SOCKET PWB

CRT

VM COIL

EXT-4

AC IN

S

KEY

FRONT CTRL PWB

(1/2)

IC001

REMOCON
RECEIVER

POWER SW

REMOCON

FUSE

LF901

SDA2 SCL2

D931

IC001

MICRO PROCESSOR

MICON PWB

T901

IC003

SO RAM

IC012

MASK

POM

IC004

MEMORY

Q521

H.OUT

H.DY

V.DY

T551

HVT

SCREEN
EHV

B1

FOCUS2
FOCUS1

IC401

V.OUT

POWER & DEF PWB

No.51944

2-3 2-4

No.51944

CIRCUIT DIAGRAMS MAIN PWB CIRCUIT DIAGRAMS

TO AV SW PWB ASSY

SDA1
SCL1
SDA2
SCL2

TU1_SW0

TU1_SW1

TU1_AFC

VTV1

RTV1

POW_ON/OFF

BBE_ON/OFF

BBE_BOOST

CLOCK

DATA

STATUS

READY

MSP_RESET

AUDIO_MUTE

A.MUTE

AMP_MUTE

L/R_CENT

L_SUB

A_SUB_GND

R_SUB

H/P_L

H/P_GND

H/P_R

A_M+VCC

A_M-VCC

A_C_VCC

A_GND

AGC

LTV1

32V

R

L

9V
5V

8V

QGB1505J1-50

SDA1
SCL1
SDA2

SCL2
TU1_SW0
TU1_SW1

TU1_AFC

VTV1

LTV1

RTV1

POW_ON/OFF

BBE_ON/OFF

BBE_BOOST

CLOCK

STATUS

READY

MSP_RESET

AUDIO_MUTE

A.MUTE

AMP_MUTE

L/R_CENT

L_SUB

A_SUB_GND

R_SUB

H/P_L

H/P_GND

H/P_R

A_GND

NOTE

OPTION(NON MOUNT)

:

X

IM-BW

:

BW

NRSA63J-0R0X

:

0

2SC2412K/QR/-X

:

*1

:

2SA1037AK/QR/-X

*2

MA111-X

:

*3

MA3120/M/-X

:

*4

DTC124EKA-X

:

*5

DTA124EKA-X

:

*6

2SC1740S/QR/-T

:

*7

2SA933AS/QR/-T

:

*8

AGC

DATA

CN001

GND

GND

GND

SC_YS1

SC_R1

SC_G1

SC_B1

VTV1

1.6V
0V0V0V

0V

Y50

SC_B

SC_G

SC_R

SC_YS

VTV1

DEFFERENCE LIST

*

SMF-

1008A-U2

IC551

X
X

R551
R552

X

R553

X
X

R554
R555

X

R556

X
X

R557
R558

X

R559

X

R560

X
R561 X
R562 X

X

R563

X

R564

X

R565

X

C551

X

C552

X

C553
C554

X
C555

X
C560 X
C561

X
C562

X

X

Q561
Q562

X

CN0R1
CN0R3 X

R704
R716
R71700

X

1kR703
1k

R
L

GND

CB

Y

0V

0V

B-Y50

1008A-U2
C458 X
R464
R462 12k
R463
R473 27k
R487X27k

SMF-

GND

GND

GND

GND

A_MUTE

GND

SC_YS2

GND

0V

R-Y50

M_C

M_CV/Y

AV_LINK

CR

0V

4.8V
0V

3.8V

4.2V

M_CV/Y

M_C

AV_LINK

A.MUTE

YS2

Y701

0

X

PIP_V

8.9V

0V

S_CV

QGB1506L1-16

SDA2

SCL29V9V

3.6V

3.6V

3.1V

STATUS

SCL2

SDA2

YS2/AFC2

CN004

SPA

CV_A/D

0V

CV_A/D

C564

.1/16

TXT_CV

3.6V

TXT_CV

GND

GND

GND

LTV1

3.7V

LTV1

GND

ALC

RTV1

0V

3.7V

RTV1

ALC

SUBTITLE

Y702

X

PROTECT

SUBTITLE

L_SUB

GND

4.4V

0V

L_SUB

A_SUB_GND

POW_ON/OFF

GND

STBY_5V

GND

TU2_SW0

R_SUB

4.4V

0V

TU2_SW0

R_SUB

A_C_VCC

A_C_VCC

P_ON/OFF

TU2_AFC

TU2_SW1

0V

0V

4.9V

TU2_SW1

TU2_AFC

A_GND

A_GND

A_M-VCC

A_M-VCC

A_M+VCC

GND

32V5V5V

32V

A_M+VCC

GND

A_GND

GND

GND

H_DRIVE

GND

4.9V

C563
X

EW_DRIVE

VD-

VD+

GND

GND

EW_DRIVE

AV28CH1EUS
AV28CH1EUB

SC_B1

SC_G1

M_CV/Y

3.8V

M_CV/Y

R511

1.5k

H_PROT

H_PULSE

GND

R512

3.3k

S_CV

M_C

GND

GND

4.2V

0V

M_C

S_CV

C458

*

IC402
BA10324AF-XE
EW/V DRIVE

CN006
QGB1506L1-16

BSO

GND

C402

100/16

SC_R1

0V

SC_R

Y303

C457

.033/25

0V

SC_G

0

0V

0V

SC_B

SC_YS

R323XR324

525P/OTH

GND

0V

525P

CH

V_PROT

SC_YS1

RGBGND

X

R-Y50

SC_R2/

RGBGND

0V

0V

R-Y50

B-Y50

R458
12k

C454

.033/25

B-Y50

Y50

SC_G2/

SC_B2/

0V

Y50

C453

0.01

CN00C

CH41171-006

D774
MA3056/M/-X

C701

10/50

CH

QAX0549-001Z

24.576MHz

C302

R322

0

NQL092K-1R5X

R321

0

C301

R456
12k

R457

0V

2.9V
GND

VCC

5V 12V

C401

C404

.1/16

R461

12k

R462

*

C702

.056/16

R503

X

2V

X501

0R304

3.1V

100R301

3.5V

100R302

3.6V

LC301

3.1V

0V

.1/16

2.3V

NC
NC

1.7V
0V

L301

1.5

NQL092K-1R5X

R405

1k

3.9k

R403

.1/16

C403

1.5V

1.5V

1.5V

1.5V

.1/16

VD-

CFREE

2

I

SDA0

220R776

220R775

220R774

IICFREE

SDA0

SCL0

R712

4.9V

VDD

A0A1A2

1kR714

1kR715

CLKI
X1
X2
CLEXT
TEST
SUBST
RESN
SCL1
SDA1
VDD(D)
VSS(D)
HD
H35K
H38K
PWM
VSYNC

L302

1.5

330

2V

2V
R404
330

1k

R406

SCL0

SDA2

100

SDA1

220R773

SDA1

SCL1

R711

3.6V

SDA2

R701

HPROT

E/W

VD+

RGBGND

RGBGND

X

Y306

3.6V

SCL1

SDA1

R455

12k

6.2V

5.6V

R459

4.7k

R463

*

SCL1

SDA1

CN003
QGB1505J1-50

Y305

X

D773

MA3056/M/-X

3.6V

SDA1

SCL1

CV_A/D

R454

4.7k

C455

2.9V

6V

C456

L/R_CENT

C501
15p CH

C502
15p

NQR0431-001X

C320
2200/6.3

100/16

.1/16

.1/16

MAIN PWB

SCL1

220

R772

D772

MA3056/M/-X

SCL2

100

3.6V

NS

SCL2

10k

R501

0

X

R502

0V

3.1V

SWITCH

FH1_2

3.1V

0.2V

D771

MA3056/M/-X

BBE_BOOST

R722

1k

10k

10k

R708

R707

3.9V

0V0V0V

BBE

BOOST

ON/OFF

LR_CEN

CV_A/D

0V

0V

10k

R702*R703

LC303

NQR0431-001X

C308

.1/16

0V

3.1V

SSD

VSS(D)

HSYNC

VDD(A1)

3.1V

0V

LC302

NQR0431-001X

C303

.1/16

XCN0C2

ALC

SUBTITLE

XR723

1kR721

1kR720

BBE_ON/OFF

10k

10k

R705

R706

0V

ALC

BBE

ON/OFF

SUBTITLE

VSS

M.SW0

M.SW1

R717

0.1V

4.3V

R704

*

R716

IC701

JLC1562BF-X

18kR319

5.6kR318

NC

SCP

SVM

VDD(D)

VSS(MC)

DEF & RGB PROCESSOR

IC301
SDA9380

VSS(A1)

FBP

VDD(A2)

VSS(A2)

5.6k

R522

R521
22k

D521
*3

R474

R476

56k

12k

R475

C473

15k

.1/16

IC471
UPC358G2-XE
EHT CORRECT

C475

.1/16

(1/2)

*

*

C310

Oct-2200

100R317

3.2V1V0V

BOUT

E/W

1.2V0.3V

C452

C471
.1/16

R489

33k

12V

0V

TU1_SW1

100R316

3.1V

GOUT

D/A

820

R451

C581

X

TU2_SW1

GND

0V

0.8V

TU2_SW1

AGC

TU1_SW0

100R315

C307

3.4V

ROUT

VD+

1kR401

X

VCC

R487

AGC

TU2_SW0

0V

TU2_SW0

.1/16

7.9V

VDD(MC)

VD-

1.5V1.5V2.9V

1kR402

R473

*

GND

0.022C323

*

C.V

3.5V

TXT_CV

0.6V

BIN

VDD(A3)

C305

R493

MSP_RESET

TU1_AFC

TV_LINK/COMPULINK

TAKEOFF

1.9V

3.7V

4.8V

TU1_AFC

AV_LINK

MSP_RESET

0.022C321

0.022C322

0.6V0.8V

0.6V

RIN

GIN

VSS(A3)

VPROT

1.1V

0V3.1V0V0.2V

C491

.1/16

.047/25

X

3.3k

R491

R471
27k

6.8k

R472

R470

22k

GND

TO MICON PWB ASSY

OSD_EW

YS2/AFC2

0V

0V

YS2/AFC2

R464

*

R314
220

FBL2

HPROT

5.6kR492

C591
470p

D591

*3

R591

560

R468
220k

R469

68k

R

0.2V

OSD_R

D317

*3

VSS(A4)

VDD(A4)

PROTON

HSAFE

*3D474

R485
12k

R486

4.7k

CLOCK

G

3.7V

0.2V

3.7V

STATUS

CLOCK

OSD_G

*3D318

FBL1

B/V1
G/U1
R/Y1

VIN
UIN
YIN

DCI

(Ik)

VREFC
VREFN

VBLO

VREFH

IBEAM

(ABL)

BSOIN

CH

R592

3.3k

D592
MA3051/M/-X

R467

56k

STATUS

CH

R593

C324

R466
220k

B

0.2V

OSD_B

82P

0.5V

0.5V

0.5V

1V

0.8V

3.1V

1.5V

2.9V

R504

X

DATA

3.7V

DATA

1V

3V

2.5V

NC

0V

2.5V

R465
220k

C472

0.01

2.3V

D311

D314

PROTECT

R303

1k

READY

C309
.1/16

READY

3.7V

0V

OSD_YS

X

X

C318
C317
C316

C315

C312

27k

0.01

C521

YS

H_PULSE

1.3V

C311

.068/16

AMP_MUTE

V_PULSE

-1.1V

0V

AMP_MUTE

D315

X

0.01

0.01

0.01

0.022

0.022C314

0.022C313
C306

.1/16

220p
CH

R312

27k

R484

47k

AUDIO_MUTE

GND

0V

3.6V

SDA2

AUDIO_MUTE

X

D312

R313
18k

R595

X

ABL

SDA2

SCL2

3.6V

3.6V

SDA1

SCL2

D313
X

D316

X

R596

330R311

Q472

EHT

CORRECT

4.7k

R483

*1

SMF-1008A-U2

GND

KEY1

KEY2

TIMER_LED

STBY_5V

GND

GND

STBY_5V

IIC_FREE

3.6V

IICFREE

0V

C595

.033/25

POWER

3.3V

0V

3.3V

0V

-0.1V
Q591

FBP

KEY1

X

Q471
*1
EHT
CORRECT

R478
12k

KEY2

TIMER_LED

POW_ON/OFF

R477

12k

VS

3.4V

KEY3

4.9V

X

R480
82k

R479
150k

C474

SCL1

SDA1

SDA0

SCL0

3.5V

3.2V

3.1V

SCL1

SDA0

SCL0

X

R481

4.7k

2.7k

R482

ECO_LED

KEY3

6V

3.3V

REMOCON

ECO_LED

OSD_YS

N

C351

10/25

3D_LED

REMOCON

H/P_DET

3V

2.3V

3.1V

3D_LED

H/P_DET

ECO

OSD_B
OSD_G
OSD_R

SCP

V100
U100
Y100

ECO

GND

CN007
QGB1505J1-50

H/P_L
H/P_GND
H/P_R

C699

0.01

POW_ON/OFF
TIMER_LED
ECO_LED
3D_LED
ECO
H/P_DET
REMOCON
KEY3
KEY2
KEY1

*3D471

*3D472

*3D473

H/P_L
H/P_L
H/P_GND
H/P_GND
H/P_R
H/P_R
STBY_5V
STBY_5V
GND
GND
P.ON/OFF
TIMER_ON/OFF
ECO_ON/OFF
3D_ON/OFF
ECO
H/P DET
REMOCON
KEY3
KEY2
KEY1
GND
GND
GND
GND
12V

CN002
QGF1220C2-25

CN013
QGA2501C1-10

GND
12V
GND
Ik
B
G
R
PROTECT
SVM_Y
SVM_YS

TO FRONT PWB ASSY

TO CRTSKT PWB ASSY

AV28CH1EUS
AV28CH1EUB

[1/2]

X

C571

C572

X

CN015

V.SENCE1

80%

X

80%

X

*

ROTAT IO NIC551

V.1

GND

V.2

R559

*

R555

R556

*

R557

*

D951

TO SYNC SEP PB

YIN

9V

HDOUT

VDOUT

GND

HDIN

VDIN

525/OTH

X

0

Y302

0

Y301

Y50

525P

HD

VD

X PURITYIC571

OUT1

-V.1

V.1

GND

V.2

R572

X

R579XR578

R573

X

X

R574

X

R558

*

*

TO POW & DEF PWB ASSY

R575

R576

X

R577

X

-V.2

OUT2

V.SENCE2

VCC

5.6V12V
R561

R560

C553

*

*

80%

C554

*

80%

C555

*

R951
22
R1/2

5V

5V

32V

3.3V

3.3V

GND

GND

GND

-(B-Y)100

-(R-Y)100

GND

SDA2

SCL2

2V

V100

SDA2

SCL2

-V.2

OUT2

V.SENCE2

R580

X

X

80%

C575

X

80%

C576

X

*

C560

*

Q562

N/S_COR

HS952

10V

C951
470/16

12V

12V

10V

10V

GND

GND

GND

Y100

GND

1.9V

2.3V

U100

Y100

VCC

R581

X

C574

X

C573

X

Q572

X

SWITCH

R565
*

4.8V

*

11V

C952

.1/16

X

11.4V

IN OUT

C953

.1/16

CN005
QGB1506L1-16

10V

SCP

VOUT

H0UT

GND

GND

0.2V

0V

0.8V

SCP

HD

VD

X

Q571
SWITCH

R582
X

R583
X1/2W

R585
X

R564

4.2V

*

C562

*

*3

D982

*3

D981

IC951
BA09T

8.9V

IN OUT

IC952
BA08T

CLKOUT

GND

0V

R584

X

R563

*

Q561

*

L951

5.6

C954

470/10

L951
QQL26AM-5R6Z

C955

220/10

CN0NS

CN0R1

*

CN0R2

CN0R3

L_OUT

R_OUT

GND

4.4V

R

X

*

4.4V

L

R571

LA6515

V.SENCE1

OUT1

-V.1

7.2V

6.4V6.4V 5.9V 6V 5.6V

7.2V
R552

R551

*

*

R553

*

80%

C551

*

R554

C552

80%

*

*

ROTAT IO N

1SR35-400A-T5

TO 100Hz PWB ASSY

8V8V8V

GND

GND

GND

GND5V5V5V3.3V

3.3V

3.3V

3.1V

7.9V
K301

Y304

NQR0413-003X

X

C561

*

CH

4V

0.4V
R562

*

9V

C956
100/10

8V

VS

ABL

GND

GND

GND

GND

No.51944 No.51944

2-5 2-6

MAIN PWB CIRCUIT DIAGRAM [2/2]

AV28CH1EUS
AV28CH1EUB

AV28CH1EUS
AV28CH1EUB

TU001
QAU0188-003

SW0
SW1

RF AGC

VIDEO OUT

GND

ADR

AGC

5V

R

L

AGC

VTV1

SDA1

TU1_SW0

TU1_SW1

TU1_AFC

SCL1

32V

TU1_SW0

TU1_AFCSRAGC

SDA1

SCL1

VTV1

C010

C005

L003

10

Y005

0

27

L001

QQL244K-270Z

R002

X

32V

TU1_SW0
TU1_SW1

VTV1

TU1_AFC

Y006

SDA1
SCL1

R003
X

X

32V

AGC

TU1_SW1

C011

X

Y011

0

0.0022

L004

C003

C001

0R009
0R008

10

NQL092K-100X

C009

XR006

.1/16

0Y003

C008

X

QQL244K-100Z

C006
.01/50

K001

100R005
100R004

X

C002
10/50

X

0Y010
XY009

0Y008
XY007

Y004

0

Y002

X

L002

C007

10/50
NQR0389-003X

C004

.1/16

R001

10/50

10

1000/16

X

AM
SIF

AFC

5V

IFIN

Y001

NC
IF1
IF2

NC

TU2

NC

PB

NC

NC
SDA
SCL

BT

9V

R

L

MAIN_L
MAIN_R

R101

C130
10/50

1k

A_SUB_GND

R_SUB

R157

X

C111
820p

CH

QQL244K-220Z

L_SUB

R155

X

R156 0

0

100R151

100R153

R152

X

QQL244K-180Z

C112

L112

47p

18

CH

L111

CH

22

C113
47p

C129

80%

1/10

R103

2.2k

R102

180

CH
C114

18p

8V

R158

R154

X

C124

10/50
C125

10/50

C153

80%

1/10

C154

80%

1/10
C151

80%

1/10

C152

80%

1/10

C127

10/50

L101

0

QRN143J-0R0X

10/50

Y101

X

2.7V

AMP

R104
1k

R107

270

C106
.1/16

C126

.1/16

C128

.1/16

NQR0389-003X

C102

R105
330

6.5V

Q101
*1

2.1V

R106

27

C115

0.0047

0V

0V

1.6V

3.7V

2.6V

3.7V

0V

0V

NC

0V

K101

C101
.1/16

C116

0.0047

AGNDC
SC2_IN_L
SC2_IN_R
ASG1
SC1_IN_L
SC1_IN_R
VREFTOP
MONO_IN
AVSS

C105

10/50

CH

C123

0.001

8V

NC

NC

AHVSUP

CAPL_M
AHVSS

MULTI SOUND PROCESSOR

AVSUP

ANA_IN+

4.9V

1.4V

C117

0.01

8.9V

BUFFER

Q102
*1

5.8V

R108
1k

RTV1

LTV1

3.7V

0V

CH

C155

C122

0.001

0.001

NC

NC

VREF1

SC1_OUT_L

SC1_OUT_R

IC101
MSP3415DQGB3GHX

ANA_IN-

TESTEN

XTAL_IN

XTAL_OUTNCD_CTR_OUT1

0V

2.2V

1.4V

CH

CH

C120

C118

2p

0.01

C119

2p

X101

CE42546-001Z

MSP_RESET

SDA2

SCL2

SDA2

SCL2

MSP_RESET

0V0V

CH

CH

C156

0.001

NC

NC

NC

NC

ADR_SEL

18.432MHz

GND1

Y681

RESETQ

C107
.1/16

DVSS

DVSUP

STANBY

0

NC

TP
NC
TP
TP
TP

SDA

SCL

4.8V

1.6V

C121

0.01

NC

4.8V

LC102 4.7

4.8V

NQR0431-001X

K102

NC
NC
NC

NQR0389-003X

NC
NC

R110
100

3.6V

4.8V

R109

100

K102

.1/16

VREF2

DACM_L

DACM_R

D_CTR_OUT0

NC

NC

NC

A_GND

C103

100/16

C104

100R111

L102
QQL244K-4R7Z

MSP_RESET

SDA2
SCL2

Y604

Y611

X

Y610

X

Y603

0

0

Y613

X

Y612

BBE_BOOST

BBE_ON/OFF

BBE_BOOST

BBE_ON/OFF

L/R_CENT

C614

Y676

0

CENTRE

X

AUDIO_MUTE
AMP_MUTE
D_MUTE

L/R_CENT

POW_ON/OFF

POW_ON/OFF

C613

X

C615

AMP_MUTE

AUDIO_MUTE

AUDIO_MUTE

AMP_MUTE

X

C626

X

A.MUTE

CLOCK

R631

X

R632

X

R635
X

CLOCK

STATUS

X

Y614

X

Y615

H/P_GND

DATA

READY

STATUS

DATA

READY

R633

X

R634

D602

*3

C606

220/16

C607

220/16

0

R647

X

Vcc

X

POWER ON/OFF DET

R605

47k

R606

27k

A_M-VCC

A_M-VCC

A_GND

Q601

A_GND

GND

4.9V 5.3V

A_M+VCC

A_M+VCC

*2

4.8V

D613

X

R655

C638

0

D626

IC604

AMP(HP)

D610

D611

*3

D614

D615

H/P_R

H/P_L

A_C_VCC

J001

X

L

R

0

Y609

CN00S

0

X
NC
GND
GND
SC_OUT

0

C646

X

C648

QETM1VM-108

1000/35

QETM1VM-108

C650

Y607

Y606

C649

X

SL

Y605

X

X

Y608

K602

X

R642

X

Q617

0V

-0.1V

R643

X

1.2V

Q616

X

MUTING

MA3330/L/-X

R

C641

.22/50

C642

.22/50

D619

MA3330/L/-X

L

D620

R650
X

K601

X

0V

C647

X

R651

X

1000/35

C

D621

X

X

MUTING

Q615

X

MUTING

0V

R644

TA8246AH

8.5V

C632

.22/50

0V

C6291/50

Vcc_G

26.1V

12.3V

10/50

C630

.22/50

80%

80%

C634

2200/35

QETM1HM-228

C635

X

X

CC

0V

12.4V

0V

X

C631

80%

80%

80%

80%

X

C633

R649

2.2 1/2W
QRK126J-2R2X

R638

X

C639

X

X

R654

0

X

X

D627

X

C617
X

C618

XD609

D612

Q602

X

R609
100k

D616

D617

X

R610

6.8k

X

1/50

Q605

DTC124EKA-X

MUTING

Q606

MUTING

R619

100k

Q603

X
MUTING

*3

*2 MUTING

*3

*3

IC601
POWER AMP

RGND

MUTE VccRLL

0V

2V

2V

0.1V

C616

C628
100/50

R637

2.2 1/2W

QRK126J-2R2X

Q604

DTC124EKA-X

MUTING

R618

25.4V

33k

Q607

*6

25.4V

IC602

R639

560

0V

R620

5.6k

Vcc

X

POWER AMP

*1

0.1V

NOTE

:

OPTION(NON MOUNT)

X

:

IM-BW

BW
0

:

NRSA63J-0R0X

*1

:

2SC2412K/QR/-X

:

*2

2SA1037AK/QR/-X

:

*3

MA111-X

:

*4

MA3120/M/-X

*5

:

DTC124EKA-X

*6

:

DTA124EKA-X

*7

:

2SC1740S/QR/-T

*8

:

2SA933AS/QR/-T

SR-IN

A.MUTE

OUT

+Vcc

MUTE

-Vcc

-IN

+IN

IN_MUTE

R621

C612

X

C619

X

R625

CH

C622
X

XQ609

R626

D618

X

X

R613
X

IC603

POWER AMP

X

+Vcc

MUTE

-Vcc

OUT

R627

X

C623

R616

X

X

C625

X

CH

X

R629

X

No.51944

R661

R681

X

X

C662

X
C690
X

R662

X

X

TONE/VOL.

IC661

C664

X

C665

Y668

SL

SR

DATA

CLOCK

READY

D_MUTE

STATUS

Y679

X

NC

GND

DSPCLK

DSPSTATUS

NC

D-5V

D-GND

D-GND

D_MUTE

DSPDATA

DSPREADY

SR-IN

SL-IN

SL-IN

GND

L-TRE

X

C666

X

C669

C670

D-5V

C661

R-

R-

BASS

BASS

BLE

BLE

L-TRE

R691

X

C668

X

X
X

SDA1

SCL1

5V

SCL1

SDA1

C663

R663

X

X

L-

L-

BASS

BASS

L-IN

NESS

L-LOUD

C640

X

X

R692

C643

X

R617

X

IC664
5V REG

L/R_CENT

BBE_BOOST

5V

GND

GND

L/R.C SW

TO DOLBY PWB ASSY

No.51944

X

ROUT

R-IN

R-LOUD

C659

Y683

X

X

C667

X

Y663

X

X

BBE_ON/OFF

GND

LOW BOOST

BBE ON/OFF

NESS

X
C660
R600

GND

R

LOUT

X
X

C671

X

Y677

X

R664

X

MAIN_R

H/P-R

H/P-L

80%

MAIN_L

GND

GND

C674
0

R665

X

C673
0

Y684

C627

SL-OUT

SR-OUT

80%

GND

C675

X

X

X

GND

R646

R645

R690

D628

CENTRE

C-OUT

Y678

X

Vcc

SCL

SDA

CHIP

VREF

GND

Y682

X

C672

X

Y664

0

Y665

0

L

9V+

-9V

9V

9V

-9V

-9V

L-IN

R-IN

GND

GND

CH

C108

IC662

X

X

LPF

4.5V

C678

R670

R160

X

R672

C681

0Y667

0

R673

X

C682

R674

X

4.5V

R676

X

XR678

4.5V

R648

X

4.5V

X

R667

0

CH

R666

Y673

0

X

C676

Y672

XCH

X

R636

*

X

4.5V

IC662

R669

0

4.5V

X

R668

CH

0

C679

Y675

0

X

Y674

C677

R671

X

X

X

CH

R699

Y661

X

X

X

Y662

CN008

X

X

SCL1

SDA1

9V

9V

L-OUT

R-OUT

R159

X

4.4V

4.4V

X

4.4V

X
X

4.4V

4.4V

X

R675

4.4V

X

0V

0V

R677

X

0V

C683

X

BBE_ON/OFF

LIN
HPF(L)
CR1(L)
BPF(L)
CR2(L)
LPF(L)
LOUT
H H/L
L H/L

BBE
ON/OFF

IC663

BBE

X

HPF(R)
CR1(R)
BPF(R)
CR2(R)
LPF(R)

ROUT
VREF

GND

RIN

Vcc

R161

4.4V

R162

X

R679

4.4V

X

4.4V

C684

4.4V

R680

X

4.4V

C685

4.4V

X

4.4V

4.4V

8.9V

C689

X

C680

3.9k

NRSA63J-392X

X

X

C687

C688

C691

0.0022

80%

Y666

0

C694

X

POWER BASS

Y669

IC665

C697

R686

IC665

R687

R684

0

0

4.4V

R682

4.4V

X

4.4V

XR685

4.4V

XCHC692

R695

X

X

C693

X

X

4.4V

0

R688

X

4.4V

4.4V

IC665

4.4V

CH

R696

X

C658

X

C657

X

R658

X

NRSA63J-392X

C686

3.9k

80%

X

X

R694

X

R656

0

C696

0.0022

R693

0

4.4V

4.4V

4.4V

4.4V

R657

X

MAIN PWB

A_M-VCC

A_GND

R601

A_M+VCC

POW_ON/OFF

Y602

X

9V+

-9V

XY601

D601

X

R697

X

C601

X

R698

X

C604

5.6k

R602

8.2k

R603

5.6k

R604

8.2k

X

C695

0

CH

R689

X

R683

X

0Y670

POWER BASS

IC665

CH

C698

0

R659

X

(2/2)

C608

X

C609

X

D603

X

XD604

D605

X

Y680

X

D607

X

D608

X

Q612

X

Q611

R608

X

X

INV.

9V REG

IC605

X

C602

X

-9V REG

IC606

X

C605

X

X

D606

Q608

X

R611

X

X

R614

X

C610

X

C611

X

C603

SMF-1008A-U2

R612
X

XQ610

R615

X

X

2-7 2-8

X

IN_MUTE

X

R628

C624

XR622

R623

R640

X

X

Q614

C636

C637

X

R652

X

C651

X

C652

X

X

C645

C644

X

Q613

X

MUTING

X

C653

X

C654

X

R653

X

X

D622

D623

D624

D625

R607

X

CN111

C655

X

X

TWEETER
GND

C656

R660

SP-L
GND
SP-R
GND
TWEETER
GND

X

X

TO SPEAKER

X

X

X

X

XR624

C621

X

X C620

XHS603

-IN

+IN

R630

R641

X

X

X

POWER & DEF. PWB CIRCUIT DIAGRAM

AV28CH1EUS
AV28CH1EUB

AV28CH1EUS
AV28CH1EUB

TO MAIN PWB ASSY

DEG
DEG

TO DEG.COIL

CNDEG

QGA7901C1-02

CN00W
AC IN

AC IN

FROM CTRL PWB

R901

330

1/2W

! LF901

QQR1095-003

!

C902
QFZ9075-104

QFZ9075-473

!

C902

AC275V

0.1
MPP

!

C903

0.047
MPP

QAD0120-9R0

!
C901
QFZ9075-473

0.047 MPP
AC275V

Y902

QQL401K-100Z

XY904
XY905

XY906

XY907

AC275V

L903
QQR1200-001

C903

X

!

L902

!

TH901

R903

Y909

3.9 10W
QRF104K-3R9

X

OVP
TSD
OSC

DRIVE

Y901

Y908

GND

CN004

QGB1506M1-16

X

QQL401K-100ZL901

!

C931~C933

QCZ9054-472

QCZ9054-472

QCZ9054-472

!

C931

0.0047

AC250V

!

C932

0.0047

AC250V

3.3 5W

R902

QRF054K-3R3

S1WB/A/60-4101

388V

0.0047

X

D901
D3SB60

R904
68k
OMF 3W

STR-F6667B/F7IC901

GND

18.7V

Vcc

304V
0V

2.5V

C914

470p

MTZJ15B-T2

D909

!

C904

BW

D931

D910

D908

C936
150p
2kV

C933

!

560K 1/2WR934

-13.8
V

R936

3.9

OMF 1W

C905

0.0047

C906

0.0047

*3

XC913

XK902

R915

680

1/2W

R914

0.22
QRM059J-R22

STR-L472/F7IC931

NC

D911

BW

0.0047

AC250V

GND

GND1

R937
680
1/2W

QEZ0199-227

C934
22/400

QETM2GM-226

DRIVE

FB

Vcc

GND

GND1

-12.7V

C940
470p

C904~C906

QCZ9054-472

QCZ9054-472

QCZ9054-472

C907
220/400

D903

X

47/50

C910

R913

1.8

QRT029J-1R8

! CP931

AU01Z-T2

3.2V

D912
MTZJ27B-T2

R905

470k

1/2W
R906

470k

1/2W

R907

BW

RG1C-LFA1

QQR0679-001

D906
MTZJ27B-T2

C912

560p

2kV

D907

*3

C915

X

R916

3.3k
1/2W

QMFZ043-2R0Z-J1

C935

X

D932

X

QRZ9017-470

D933

D934

C937

R933

4.7/50

2.7K
1/2W

D935

C938

*3

0.0022

C908

QCB32HK-103

C908

.01/500

D902

K901

QCB32HK-152Z

0.0015

C916

D904
AU01Z-T2

R912

X

AU01Z-T2

QRZ9017-4R7

GND1

R931

X

!

R932

FR

47

C939

0.01

R935

4.7K

82k

R908

OMF 3W

C909
390p
2kV

FR

! R910

4.7

D905

AU01Z-T2

R911

1.5k

1/2W

C911

0.0018

! PC901
PC123FY2

!

R991

QRZ0057-825

8.2M

1W

)

!

QQS0101-001

!

PC123FY2

2.9V
MY

-8.9V

! T901

QQS0103-001

82k

OMF 3W

R909

18.6V

3.8V

GND3

RY931

!

QSK0099-001

T931

PC931

4.6V

C992

!

C993

!

470p
QCZ9079-471

GND

D941

RGP10J-5025-T3

GND

R941
330
1/2W

3.6V

D944
NJM431L-T

X

QQR0621

QCB32HK-152Z

R959

9.9V
R951

1k

1/2W

8.9V

!

C991

0.0022
QCZ9079-222

GND

ISOLATEDLIVE

D945

*3

AC250V

!CPCP941

ICP-N25-Y

R942

470

1/2W

R943

Y952

BW

Y953

BW

K951

X

GND
K952

-002Z

Y951

BW

C963

0.0015

BW

HS955

X

AC250V

GND

C942

0.001

10k

820p 2kV

RU4B-F1

FMX-G12S

FMX-G12SD954

XC964

D955

X

C965

X

D956

X

D961

1SR35-400A-T2

C941

1000/10

MY

D951

C961

X

D952

ICP-N75-Y

! CP954

CP955

X

CP956

X

QCZ0131-821C960

(

D953
RU4B-F1

R950
10k

R960

10k

QQLZ026-460

220/160

QEZ0203-227

C952

QTMM1EM-228

QETM1VM-228

C959

0.68
TF

)(

C951

C952

C954

L951

46

C955

X

C956

X

R949

100

D943

MTZJ7.5B-T2

141.5V

L960

22

R944

10k

0V

R945

56k

C967

L959

22

QQL26AK-220Z

L954

QQR1129-001

R955

BW

R956

X

IC955
SI-8033S/F1

L955 46

QQR1129-001

R957

BW

R958

X

QQL26AK-220Z

X

R953
470k

R954

10k

L957

46

QQLZ026-460

C974
1200/10

QEZ0256-128

L958

QQLZ026-460

C978
1200/10

QEZ0256-128

R946

R948

0.1V

Vin

L952

BW

11V

C972

1000/16

K953
QQR0621-002Z

Vin

L953

BW

11V

C976

1000/16

K954
QQR0621-002Z

R963

X

OMF 3W

IC951
SE140N

IN

0V

E

C

D957

8.9V
MY

C966

X

BW

Q942

*1

Vout

5V

D959
RK34-LFC4

Vout

3.3V

D960
RK34-LFC4

0.7V

GND

GND

R947

X

R952
22k

OMF 3W

MTZJ33B-T2

SI-8050SIC954

Vref

4.9V

Vref

3.2V

10k

Q941

*1

D958

S.S

2V

C973

X

S.S

2V

C977

X

R981
15k

D981

*3

R982

1k

R961

R962

C975
1200/10
QEZ0256-128

C979
1200/10
QEZ0256-128

STBY_5V

P_ON/OFF

PROTECT

X

X

D984

*3

D985

A_C_VCC

A_M+VCC

A_GND

A_M-VCC

SUBTITLE

GND

GND

GND

PROTECT

STBY_5V

P_ON/OFF

GND

GND

P_ON/OFF

STBY_5V

PROTECT

32V

B1

BSO

5V

3.3V

10V

5V

*3

3.3V

PROTECT

A_GND

A_GND

A_C_VCC

A_C_VCC

A_C_VCC

A_GND

R502

OMF 3W

D523

MTZJ22B-T2

R477

56k

R478

33k

A_M-VCC

R501

470

12k

R504

2.7k

A_M+VCC

A_M-VCC

A_M+VCC

A_M-VCC

IC401 1

0.7

IC401 3

30

IC401 5

50

80

BSN304-T

H.DRIVE

Q501

2.2V

1.5k QRC121K-152ZR524

D463

A_M+VCC

Q501 D

G

0.7V

*3

CN005

QGB1506M1-16

32V5V3.3V

R503

T501

QQR1111-001

1.5k
HDT

1/2W

37V

C504

X

D

330p/500

C501

S

D501

1SS81-T5

C502

R505

.01/200

3.3k

QFM72DK-103

OMF 3W

Q501 G

4.8 2

1

VCC
2
3

GND

IC461

BA10393

*1

BUFFER

R475

Q463

1k

0.9V
R476

1k

32V

5V

GND

R401

5.6k

R402

5.6k

Q521 B

7
6
5

GND

GND

3.3V

5V

VD+

R403

2.2k

!

Q521

2SC5552-RL

H.OUT

5.6
R506

1/2W

C503

0.22
TF

5%

C470
47p

R473
47k

IC461

2.1V

0.9V
PIN DRIVE

R474
10k

GND

3.3V

QETM1VM-108

C402

X

R407

1.2

OMF 1W

R523

C468

47/25

R472

10k

1%

(1/2)

R522

GND

12V

1000/35

0.0068

22k

10k

C471

0.01

390

12V

C414

CH

C401

X

CH

OMF 1W

R471

10V

C406

R408

3.6V

10V

0.5V

1.5

D521

10V

V11CA-C1

!

MY

MY
C467

10V

GND

13.2
V

1SR35-400A-T2

D402

QETN1VM-337Z

QQR0621-002Z

R406

2.2k

R405
220 OMF 2W

C413

X

K522
CE41832-001

1100p

1800VH

QFZ0122-112

C521

K521

X

MY

!

C523

0.039 200V
QFM72DK-393

R469

2.7k

3.6V

IC461
(2/2)

PIN DRIVE

PP

0.001

C466

0.0027

QFP31HJ-272Z

PUMP
UP

-VccVcc

12.5
V

C408

330/35

C407

X

K401

C411
.1/100

MY

D522

FMV-3FU-F1

BWY522

BWY521

QRG029J-820

EU2-T3

R468
1k

2SK2459N-F54

BW

R467

10V

R466

X

POWER & DEF. PWB

QGB1506M1-16

V.OUTLA78041IC401

THERMAL

PROTECTION

12.9

-10.3
V

V

R404

1

OMF 1W

TF

C409

0.47

TF

C410

0.47

C412

X

!

C522

0.011
QFZ0200-113

C524

0.022

QFP32JJ-223

R461

82

D461

PIN OUT

Q461

R465

G

BW

10V

OMF 1W

HS461

CEHP00N-001Q

0.5V

MY

D401

X
C404

1.5KVH

!

MY
QFM72DJ-152Z

QQLZ028-272

22V
D

S

0V

D462

*3

R464

3.3

CN006

GND

R409

82k

C403

.1/100

CC

CH

C405

0.1

82p

630V

QQLZ030-801

C462

0.0015
200V

L462

C463
1500p/200
QFM72DJ-152Z

PIN PROTECT

R462
47k

C465

10/50

R463

6.8k

VS

ABL

GND

GND

ABL

VS

R410
10k

D421

*3

IC401 6

30

1200

!

0.91 250VAC

QFZ0194-914

T521

QQR1188-001

INNER PIN

L461

2.6V

0.1

C464
QCZ0120-104Z

GND

GND

DTC124ESA-T

C421

C525

Q464

*2

2.3V

Q462

*1

GND

GND

VD+

H_DRIVE

Q421

1.5V

R422

270k

1/50

!

C527

X

B1 139.9V

C461
10/250

QEZ0472-106Z

PIN PROTECT

VD-

V_PROT

H_PROT

EW_DRIVE

R421

10k

0.1V

GND GND

PROTECTOR

IC401 7

0.8

C528

X250VAC

C526

0.47 250VAC
QFZ0194-474

L521

X

XC529

Y461

X

BSO

H_PULSE

BSO

PROTECT

2.3V
Q422

X-ray1

R591
1/4W FR

QRZ9017-4R7

12V

OUT

13V

N13V

L522

560p/500

L552

22

QQL26AK-220Z

C559
220/16

QEHR1CM-227Z

C554

1000/16

C530

12V

R551

!

1W FR

0.47

QRZ9022-R47

C552

1000/16

0.47

! R552

C581

100/16

C551

.0015/500

D551

EU2-T3

C553

.0015/500

D552
EU2-T3

FR1W

QRZ9022-R47

QFZ0194-534

C531

4.7 15W

R581

QRF154K-4R7

R582

680

141.5
V

0V
R584

18k

R585

2.2k

C532
220/160

QETM2CM-227

IC551
BA12T
12V REG.

IN

12.9V

*1

QQR1191-001

LIN. COIL

R521

470

1/2W

D584

EU2-T3

C583

10/100

0.53

R583

6.8k 1/2W
C581

141.1V
Q581
2SA1208/ST/Z1-T

FBT PROTECTOR

C582
47/25

8

130

R586

6.80k
1%

R587

2.80k
1%

C558

470/16

T551

!

QQH0095-001

K524

CE41832-001

QETN1CM-107Z

D582

MTZJ7.5B-T2

T551

D583

MTZJ7.5S-T2

220/10

H V T

0V

380

C584

X-ray2

!

!

4.7

X-RAY

D541

EU2-T3
D553

RU30A-F1

C555
560p/500

QCB32HK-561Z

2.3V
Q582

DTC144ESA-T

FBT
PROTECTOR

5

PROTECT

2.3V

0V

R588
10k

R555
QRX029J-2R2

EHV

FOCUS2
FOCUS1
SCREEN

K523

CE41832-001

1/50

C541

N

D554

BW

Q583
*1
X-RAY PROTECTOR

2.2 OMF 2W

L551

X

(DYNAMIC)
(S TATI C)

HB

C556

10/250

R543

2.7k
1/2W

R541

HEATER

D542

MTZJ3.9B-T2

ABL

R542

1.8k

2.2k

CN00X

B1
NC

X-ray1

X-ray

X-ray2

X-ray

GND

PROTECT

HEATER

FOR TEST

SMF-2004A-U2

No.51944 No.51944

2-9 2-10

NOTE

2SC1740S/QR/-T

:

*1

2SA933AS/QR/-T

:

*2
*3

1SS133-T2

:

: : X NON MOUNT

BUS WIREBW

(OPTION)

V.DY H.DY

HV

CN0HV

CHC802T-05N-J

!

DY01

6

120

2

80

CN014
QGA2501C5-06Z

B1

HB

NC

NC

GND

TO CRT SOCKET PWB ASSY

HEATER

100Hz PWB CIRCUIT DIAGRAM

AV28CH1EUS
AV28CH1EUB

AV28CH1EUS
AV28CH1EUB

V103BD

100Hz PWB

SMF0Z005A-U2

No.51944

2-11 2-12

*DEFFERENCE LIST

SMF­0Z005A-U2

No.51944

SMF­0Z005A-U2

SMF­0Z005A-U2

SMF­0Z005A-U2

SMF­0Z005A-U2

MICON PWB CIRCUIT DIAGRAM

COMPULINK

R012

27k

D002

*3

TV_LINK

R013

220

*1

Q012
T_VLINK

D003

MA3068/M/-X

C056

0.1

C057

0.1
LDQM

A15
A14

CSSDRAM

A11
A10

B

AA16
A15
A14
A13
A12
A11
A10
A9
A8
AA19

R157

0

AA18
AA17
A7
A6
A5
A4
A3
A2
A1
A0

CSROM

NOTE
*1: 2SC2712/YG/-X
*2: 2SA1162/YG/-X
*3: MA111-X
*4: 2SK1374-X
*5: MA3056/M/-X

X: OPEN
0:00CHIP BUS WIRE

T_V
LINK
Q010

*1

R011

10k

R017

10k

IC003
K4S161622D-TC80
16MB SD-RAM

VCC

D0

DQ1

D1

DQ2
VSS

D2

DQ3

D3

DQ4
VCC

D4

DQ5

D5

DQ6
VSS

D6

DQ7

D7

DQ8
VCC
LDQM

WR

WE
CAS
RAS
CS
A11
A10

A0

A0

A1

A1

A2

A2
A3
VCC

IC012

X

16MB_MASK_ROM

BYTE
A16
A15
A14
A13
A12
A11
A10
A9
A8
A19
VSS
WE
A18
A17
A7
A6
A5
A4
A3
A2
A1
A0
CE VSS

T_VLINK

Q008

T_VLINK

R016

10k

R140

X

C021

47/16

C022

R009

*2

Q009

*1

R010
10k

Q011

T_VLINK

*1

VSS
DQ16
DQ15

VSS
DQ14
DQ13

VCC
DQ12
DQ11

VSS
DQ10

DQ9

VCC

NC

UDQM

CLK

CKE

NC

A9
A8
A7
A6
A5
A4

VSS

VSS
VSS

D15
D14
D13
D12

VCC
VCC

D11
D10

VSS

1

10k

R008
1k

R015

47k

D15
D14

D13
D12

D11
D10

D9
D8

UDQM
CLK
CKE

A9
A8
A7
A6
A5
A4A3

K005

D7
D6
D5
D4

NC
D3
D2

D9
D1
D8
D0
OE

C022
NCF31AZ-105X

R007

1k

R006

1.5k

R014

1k

BYTE

XR084

A19

A10
A11
A12
A13
A14
A15
A16

VSS
Q15

Q14
Q13
Q12
VCC

K003

A11

A8
A9

Q7
Q6
Q5
Q4

0

XR085

47/16

AA19

A8
A9
A10
A11
A12
A13
A14
A15

AA16A0

D15
D7
D14
D6
D13
D5
D12
D4

C050

0.1

A12

A13

XR086

L015

4.7

NQL034K-4R7X

C048

C049

A14

A15

220R087

XR088

0.1

NQR0389-003X

K004

L016

4.7
NQL034K-4R7X

IC002

C051

C052

0.1

C053

0.1

C054

0.1

C055

0.1

BB B B

B

0

D15
D7
D14
D6
D13
D5
D12
D4

D11
D3
D10
D2
D9
D1
D8
D0
RD

MR27V1652ED5RAZ

47/16

16MB EPROM

AA18

A18

AA17

A17

A7

A7

A6

A6

A5

A5

A4

A4

A3

A3

A2

A2

A1

A1
A0

CSROM

R145

R146

E
VSS

RD

X

G

D0

Q0

D8

Q8

D1

X

Q1

D9

Q9

D2

Q2

D10

Q10

D3

Q3

D11

Q11

WR

A10

CKE

UDQM

LDQM

CSSDRAM

XR078

XR079

XR080

XR081

XR082

XR083

AFC1

AFC2

AGC

ECO

REMOCON

KEY1
KEY2
KEY3

TIMER

4.7kR022X

R023

LC001
NQR0313-007X

AA16
AA17
AA18
AA19

B

47/16

1kR001

100kR002

4.7kR024X

R025

R042
R043

C028

A19A18A17

XR026

4.7K

R027

C024

0.1

C0260R131

X

K002

NQR0389-003X

C027

47/16

C029

150p CH

1kR003
1kR004
1kR005

1kR018
1kR019
1kR020

1kR021

A16

XR028X

4.7kR030

X

R029

R031

0
0
0R044
0R045

SDA2

SCL2

XR118

P6.6

VSYNC

VSS33

0R068

4.7

0.1

R156
100
L021

1.5

GND

STB_5V

IIC_FREE

R117XR116

SDA1
X

P6.5

VDD33

D13

L006

STB_5V

R115

SCL1

IIC_FREE

X

P6.4

P6.3

P6.2

TRIG_OUT

TRIG_IN

P5.15
P5.14
P3.15
P3.13
P3.12
RXD0
TXD0

VDD25

VSS25

VDD33

VSS33

RSTIN

VDD33

VSS33

D13D9D5

0

D9

D5

R0710R0700R069

GND

GND

P3.9
P3.8
P3.7
P3.6
P3.5
P3.4
P3.3
P3.2
P3.1
P3.0

KEY1

AV28CH1EUS
AV28CH1EUB

CN0J2

X

R142

10kR114

D11

D3
D4

D10
D12

D2

KEY2

KEY1

KEY2

POWER

RESET

X

L009

NQL034K-4R7X

TRIG_OUT
TRIG_IN

RXD0
TXD0

4.7L007

REMOCON

KEY3

TIMER

KEY3

ECO_LED

TIMER_LED

TXDO

RXDO

TRIG_IN

1kR112
1kR110

XR109
XR108

1kR107

L008

4.7
1kR102
1kR101
1kR100
1kR099

0R098
1kR097
220R096

220R090
220R089

0R077

D11

0R076

D3

0R075

D4

0R074

D10

0R073

D12

0R072

D2

ECO

3D_LED

H/P_DET

REMOCON

TRIG_IN

TRIG_OUT

TRIG_OUT

H.P_DET

C036

0.1

ECO

GND

GND

TXD0

RXD0

R125

4.7k

R126

4.7k

R127

4.7k

R128

4.7k

4.7

10kR113

L009

PROTECT

S.SW0
S.SW1

MSP_RESET

CLOCK
DATA
STATUS
READY
PWR_DET

CN001

QGB1505K1-50

SDA0
SCL0

10/16

C061

0.1C038

0.1C037

R111

10k

R148

AMP_MUTE
AUDIO_MUTE

R092

4.7k

R091

220

Vss SDA0

AT24C3228CH1EU

MICON PWB

SMF0M003A-U2

B
G
R
YS

SDA2

SCL2

SDA1

SCL1

R123

Q001

*1

INV

R120

3.3k

10kR103

C013

0.1

Q002
*1
INV

R147

4.7k

IC005
S-80828ANNP-W

GNDOUT

Vcc

R095

47k

C012

D001

*3

6.8k
C014

0.0068

NCB31HK-682X

R121

1.8k

R150

X

Q013

X

RESET

0.1

D005*5D006*5D007*5D008

S.SW0
S.SW1
MSP_RST

CLOCK
DATA
STATUS
READY

*5

5V

2.5V

3.3V

NEH71HM-225X

GND

R161

1k

R162

15k

MA3068/M/-X

C005

2.2/16

C008

2.2/16

RESET

C070

2.2/50

IC901

TA48M025F-X

B1

B1

MM1437AF-X RESET®IC903

D010

C004

1000/6.3

IC902

TA48M033F-X

C007

47/16

GND

Cd

VIN

VOUT

NC

R164

X

R163

6.8k

V_PULSE

PROTECT

H_PULSE

C001

C002

470/6.3

0.1
N

C003

2.2/16
B1

C006

2.2/16
B1

R122
10k

C015

X

C017

CH

15p
R119
56k

C016

X

R149

X

X

R144
10k

10kR106

10kR105

10kR104

R093
220

R094

4.7k

Vcc

SCL0

TEST

A0A1A2

IC004

AV28CH1EUS
AV28CH1EUB

CN0J1

X

TMODE

TCK

TMS

TDI

TDO

3.3V

GND

R143

X

C058

R141

X

X

TMODE

TDO

TCK

TDI

TMS

C019

47/16

R139

C018

2.2k

*2

C047

VDDA

A13

A14

C033

R

R

C046

0.1
C059

4.7L014

0.1

VSSA

CVBS1A

RAS/A14

CAS/A15

0

A15

X

R0530R0520R0510R0500R0490R0480R0470R046

R153

220

L018

1.5
C064

82p

G

CLOCK

G

D_CLOCK

2.2k

10/16

4.7L013

0.1

C045

VSSA

VDDA

CVBS2

CVBS1B

MICRO COMPUTER

VSS33

VDD33

MEMCLK

CSSDRAM

CLK

CSSDRAM

K001

NQR0360-002X

R154

220

L019

1.5
C065

82p

B

PROTECT

STATUS

DATA

B

D_DATA

D_STATUS

R138

C044
X

C062

0.1

CKE

PROTECT

X

0.1

C043

4.7L012

VSSA

VDDA

IC001
SDA6000

CLKEN

CSROMRDUDQM

RD

CSROM

R158
220
L022

1.5

YS

READY

YS

D_READY

R137

2.2k

B

R

G

LDQMD6WR

UDQM

LDQM

H_PULSE

V_PULSE

V_PULSE

H_PULSE

X001

QAX0669-001Z
C041

27p

CH

R124

100

C042

0.1
C039

4.7L011

VSSA

VDDA

XTAL2

XTAL1

D15

VSS33

VDD33D7D0

0R063

0

4.7

D7

WR

D15

C034

0.1

L005

R0620R0610R0600R0590R0580R0570R0560R055

R155
100

L020

1.5

SDA2

GND

SCL2

SDA2

AMP_MUTTING

M.ENA/AUDIO_MUTTING

C040

33p

0.1

VSS33

SCL2

CH

6MHZ

0R064

D0

SDA1

4.7L010

VDD33

BLANK

D14D8D1

0R065

D14

SDA1

SCL1

SCL1

COR/RSTOUT

0R067

0R066

D8D6D1

C035

SCL0

SDA0

HSYNC

C020

0.1
Q007

C023

R130

R129

100k

82k

0.033

NCB31EK-333X

R132

X

R133

0

REMOCON
R151
18k

TV_LINK

TIMER_LED

ECO_LED

TV_LINK

4.7kR032

C031

0.1
R034
R035
R036
R037
R038

X

R039

R033

R040
R041

C032

0.1

L003

4.7

A16
A17
A18
A19

3D_LED

A16
A8
A7
A9
A6
A5
A10
A11
A12

TMODE

TCK
TMS
TDI
TDO

KEY1
KEY2
KEY3

POWER

0.1C030

4.7L001

LC001

12V

GND

D004

MA3027-X

C025

X

R134

X

C060

10/16

1kR135

R136

10k

P5.3

P5.2

P5.1

P5.0

TMODE

TCK
TMS
TDI
TDO
P2.8
P2.9
P2.10
P2.11
P2.12
P2.13
P2.14
P2.15
VSS33
VDD33

OUT

P4.5
P4.4

A19

A19

A18

A18

A17

A17
VSS25
VDD25
A16

0

A8

0

A7

0

A9

0

A6

0

A5

0

A10

0

A11

0

A12
VSS33
VDD33

A4A3A2A1A0

A4

A0A1A2

A3

S.SW0

AFC1

C.V

GND

NQR0431-001X

MSP_RST

NC

AFC1

MSP_RESET

TV_LINK/COMPULINK

A13

LC002

R152

220

L017

1.5
C063

82p

AFC2

OSD_EW

YS2/AFC2

B

S.SW0

S.SW1

AGC

AGC

S.SW1

No.51944 No.51944

2-13 2-14

FRONT CTRL PWB CIRCUIT DIAGRAM

AV28CH1EUS
AV28CH1EUB

AV28CH1EUS
AV28CH1EUB

CN00W

CHGH0001-0H-N

LED SW

[G]

! LF901

QQR1095-003

Y902
Y901 X

Q004

*3

3.4V

3.4V

X

3.4V

LED SW

1.9V

R005
220

[R]

D010

POWER

SPR-39MVWF
[STD BY RED]
[POWER ON GRN]

0V

Q002

*4

LED SW

ISOLATED

LIVE

R039
330

Q003

*3

[G]

2.2V

1.9V

XY904
XY903

D011

*2

0.4V

IC001
GP1U281Q
REMOCON RECEIVER

Vcc

OUT

GND

3.5V

R008

1k

C022

47/25

QETN1EM-476Z

4.5V

C004

0.1

NCB31CK-104X

D014
MA3068/M/-X

FRONT CTRL PWB

S001

QSW0619-003Z

MENU

CH DOWN

S002

CH UP

QSW0619-003Z

S003

QSW0619-003Z

R013
10k

R012

10k

R010

10k

SMF-8010A-U2

J001

QMS3004-C01

HEADPHONE JACK

C001

0.01

C002

R007

X

Y002

NDC31HJ-680X

L001

R001

1/2W

R021

X

0.01

270

1k

5.6

QQL244K-5R6Z

C005

68P

LR

5.6

L002

5.6
QQL244K-5R6Z

QQL244K-5R6Z

L003

R002

270

1/2W

R022

1k

R4IN

C010

0.0047

27QQL244K-270Z L010

L012

C021
NCB31CK-104X

L4IN

C011

0.0047

27

L011

QQR0716-001Z

QQL244K-270Z

Y008

QNZ0453-001J003

EXT-4

Y001

X

C021

0.1

LC002

NQR0169-001X

X

R017

X

Y004

CN00F

QGA2501C1-09

Y006

0

R016

Y007

X

X

GND

R4_IN

LC001

L4_IN

GND

X

V4_IN

Y005

R015

GND

0

X

Y4_IN

GND

Y009

C4_IN

0

PW

CN0PW

BRN

AC230V50Hz

(AC220~240V)

POWER CORD

QMPK160-185-JC

BLU

MAIN
POWER

QSW0824-001

!

F901

T3.15AH

QMF51D2-3R15J1

C901

!

0.47

MF

!

S901

AC275V

QFZ9040-474

VA901

X

CN002

QGF1220C2-25

H/P_L

H/P_L

H/P_R

H/P_GND

H/P_GND

H/P_R

STBY_5V

GND

GND

STBY_5V

Y010

X

P.ON/OFF

3D_ON/OFF

ECO_ON/OFF

TIMER_ON/OFF

ECO

H/P DET

REMOCON

KEY3

KEY2

KEY1

GND

GND

GND

GND

R035
150 1/2W

D018

MA3033-X

C019
100/16

N

CN0SL

QGA2501C5-03Z

CN0SR

QGA2501C5-03Z

SP-

L

SP+

SP-

SP+

R

NOTE

2SA1037AK/QR/-X

*1
*2

MA111-X

*3

DTA124EKA-X

*4

DTC124EKA-X

MAIN PWB ASSY

No.51944

2-15 2-16

No.51944

CRT SOCKET PWB CIRCUIT DIAGRAM

CN013

CHGY0146-0A-G

SVM_YS

SVM_Y

ASSY

PROTECT

R
G

B

Ik

GND

MAIN PWB
TO

12V

GND

ASSYPOW/DEF

PWB

GND

HEATER

TO

QJK002-063631

C216

100/16

QETN1CM-107Z

B1

NC

HB

NC

CN014

VM_Y

TP-Y

CRT SOCKET PWB

SMF-3005A-U2

R302
470k
1/2W

R301

470k 1/2W

D301

*3

HB DET

R303

22k

POWERDET

(H)

12V

Q301

*2

D302

Q303

X

R304
22k

4.9V

X

R103

100

D303

*3

R101

R104

4.7k

R305

5.6k

R306

3.9k

R308
X

C301
X

12k

3.3V

R105

R107
560

QQL26AJ-102Z

D304

X

R102

680

11.4V

Q101

*1

2.7V

1k

R106
220

CH

L204

D305

X

C302

470/10

D211

MA3062/M/-X

R207

R208
X

R111
*

CH

C103

*

QQL244K-5R6Z

D101

*3

0V

C121
220p

X

R309

R110

2.2k

X

Q102

*2

L101

5.6

0V

Q103
2SC1906-T

R211
150k

R242
10k

R113

*

R310

12V

6.8V

C102

CH

0

*

C104

0.01

1SR124-400A-T2

1SR124-400A-T2

R243

R244

Q302

X

SW

R307

X

R114

R109
15k

1.7V

C120
220p

R112

2.7k

C203

CH

C202

CH

X

1k

C201

CH

1.5k

Q104

*1

VM AMP

H

C

C106

3.3/50

D210

*

NCF31CZ-104X

2.7kR206

D209

*

NCF31CZ-104X

2.7kR205

R228

2.7k

R227

10k

*

2.7kR204

CE41492-001Z

2SC1627A/OY/-T

0V

1.1V
R115

*

R117
*

AV28CH1EUS
AV28CH1EUB

12V

3V

C206

0.1

R225

R247

2.7k

5.6k

IC202
TDA6111Q R-OUT

3V 12V 3V 9.8V

C205

0.1

R246

5.6k

IC201
TDA6111Q G-OUT

2.9V

12V

0.1

C204

NCF31CZ-104X

R223

2.7k

R245

5.6k

K101

VM DRIVE

D102

*3

K102

C105

X

C107

100/16

Q105

12V

5.9V

5.3V

X

R116
100

1W OMR

IC203
TDA6111Q B-OUT

3V

9.7V

199V

C209

47/25

199V

C208

47/25

R224

2.7k

3V

9.8V

199V

C207
47/25

R118

X

Q106

X

X

C109

C108

X

R120

Q107

X

AV28CH1EUS
AV28CH1EUB

121.7

122.8

V

V

2W

100k

R231

QRL029J-104

C212

0.1

QFK62EK-104Z

152V

113.5
V

2W

100k

R230

QRL029J-104

C211

0.1

QFK62EK-104Z

122.6

124.9

V

V

2W

100k

R229

QRL029J-104

C210

0.1
QFK62EK-104Z

FR

!R134

1W_FR

560
QRZ9021-561

R119

X

X

R121
X

R124

C112

R126

47

47

121.3V

112.1V

123.1V
D208

1SR124-400A-T2

C111

.0047/500

X

.0047/500

C115

X

L203

R233

3.3k
BWL202

C113

10/160

R234

3.3k

180p

70

C110

10/160

R123

1/2W

C114

80

BW

CH

C214

R232

3.3k
BWL201

56k

CH

80

QRC121K-152Z

D205
EU01N-T2

CH

C213
180p

QETM2EM-336

R122

1.2k

124V

63.4V

R125
56k
1/2W

3.3V

R127

1.2k

QRC121K-152Z

C215
180p

D206

EU01N-T2

R236

1.5k
1/2S

SG203

X

SG202

SG201

D204

EU01N-T2

33/250

2.8V

R237

1.5k
1/2S

X

X

1.5k
C217

1/2S

C218

R128

R129

2.7 1/2W

124V

Q108
2SA1837
VM OUT

K103

CE41492-001Z

63.4V

Q109

2SC4793
VM OUT

R130

2.7 1/2W
R131

39
R132

120

NOTE

*1:
*2:
*3:

BW:BUS WIRE
x :NON-MOUNT(OPEN)

TP-47B

TP-E

B
R
G

R241
1M 1/2S

C221
10/250

QETN2EM-106Z

QRC121K-152ZR235

X

R238

X

(H)

200V

C11639
100/10

D103
RH1S-T3

CE41492-001Z

D104
RH1S-T3

C117
100/10

C118
330/10

2SC2412K/QR/-X
2SA1037AK/QR/-X
MA111-X

BK
RK
GK

2WA OMR

K104

SK001

CRT SOCKET

412:NC

:ARRESTER

GND

HH

R240

D207

BW

C219

0.022

QFZ0097-223

HEATER

R133

NC

*

C119

X

*

G3

G1

G2

BW

(H)

MM

(H)

R315

X

1/2W

CN0VM
CHHB003-100R-G

VM COIL

CN0E1

K105
QQR0621-002Z

(H)
CRT GND

R239
470k

1/2S

V01

CN0SC

(H)

CN0E2

X

*DIFFERENCE LISTS

SMF-

3005A-U2

QNZ0464

SK001

R111

1.8k

C103

150p
C102
R113
R115
R117
R133
C201
C202
C203

HV

FOCUS

SCREEN

LOW B

:

HIGH B

:

TO FRONT CABINET

-1

8p

330

82
220
390
8p
8p
8p

GND

GND

No.51944 No.51944

2-17 2-18

AV SW PWB CIRCUIT DIAGRAM

TO
CONTROL
PB ASSY

GND

L4

GND
GND

Y4

GND

C4

EXT-1

COMMON GND

QNZ0463-001

EXT-2

COMMON GND

22

NC(Y OUT)

QNZ0465-001

EXT-3
COMMON GND

33

NC(Y OUT)

CN00F

QGA2501C1-09

V IN 1
V OUT
GND(V IN)

GND(V OUT)

Y IN

GND(Y )

GND(R)

G IN

GND(G)

SLOW SW1

B IN
L IN
GND(B)

AUDIO GND

L OUT

R IN

R OUT

J002

V /Y IN

OUT

V

SEL

GND(V IN)

GND(V OUT)

Y IN S
C2/R IN

GND(R)

SDA2

G IN
AV LINK

/SCL2

NC(G GND)
SLOW SW2

B IN

L IN

GND(B)

AUDIO GND

SEL

OUT

L

R IN

SELOUT

R

J001

V /Y IN

NC

GND(V IN)

NC

NC(Y IN)

C IN
GND(R)

SDA3

NC(G IN)

SCL3

NC(G GND)

SLOW SW3

NC(B IN)

L3IN

GND(B)

AUDIO GND

NC

R3IN

NC

J001

R4

L4
V4
Y4
C4

COUT1

0.1V
100

SC_B2

R190
100

0.9V

1V

VGND

YOUT1

S-4L5V5

NC

0.1V

D111

C144

*4

0.01

SCL2

AV_LINK

SC_YS2

GND

GND

SC_R2

SC_YS2

AV_LINK

AV28CH1EUS
AV28CH1EUB

8.9V

4.4V

Q115
*1

3.4V

VIDEO BUFFER

R189

100

R191

2.2k

NC

0V

0.1V

TRAP1

M_CV/Y

GND

D.OUT

IRD

0V

C145

0.01

SDA2

GND

M_CV/Y

0.4V

ROUT1

PIP

0.1V

M_C

M_C

C146

GND

VOUT1

R5

0.01

COUT2

COUT3
DCOUT

PIP_V

A_MUTE

MAIN PB

LOUT1

CIN1
BIAS

YIN1

MUTE

TRAP2
ROUT2
VOUT2
LOUT2

VOUT3
ROUT3
YOUT3
LOUT3

AGND

SDA

SCL

ADR

TV_OUT

GND

Vcc

C151

100/16

9V

C147

0.01

0.1V

0.1V

0.1V

NC
NC

0.1V

1.1V

0.2V

0.6V

0.2V

NC

0.1V

NC
NC

3.6V

3.6V

R196

100

OMF1

R198

2.4V

75

D112

*4

SCL2

SDA2

NC

9V

SPA

SCL2

SDA2

N

C149

C150

100/16

R194

220

220R195

R197

180
R1/2

Q116

*8
VIDEO BUFFER

1.7V

NC

GND

CV_A/D

TXT_CV

R193

LTV1

C148
10/50

10/25

X

0V

VIDEO

BUFFER

R199

100

NC

ALC

LTV1

R202

R192

RTV1

A.MUTE

RTV1

LTV1

AV SW PWB

SMF0S003A-U2

M_C

M_CV/Y

ROUT
LOUT

R_SUB
L_SUB

8.9V

Q118

X
VIDEO
BUFFER

0V

X

C152

470/16

C153

0.01

8.9V
Q117

*7

4.3V

100

R201

150

R1/2

L_SUB

GND

RTV1

C154
100/16

L_SUB

GND

3.6V

R_SUB

R_SUB

R200

75

D113

R2_OUT
L2_OUT

NCNCNCNCNC

TU2_SW1

TU2_SW0

*4

5V

TU2_AFC

5V

V2_OUT

ROUT

GND

LOUT

NC

32V

GND

GND

R_OUT

CN001

QGB1505K1-50

L_OUT

2.5

NOTE

:

OPTION(NON MOUNT)

X

:

IM-BW

BW

:

0

NRSA63J-0R0X

:

*1

2SC2412K/QR/-X

:

*2

2SA1037AK/QR/-X

*3

:

MA111-X

*4

:

MA3120/M/-X

*5

:

DTC124EKA-X

*6

DTA124EKA-X

:

*7

2SC1740S/QR/-T

:

*8

2SA933AS/QR/-T

:
: MA3056/M/-X

*9

AV28CH1EUS
AV28CH1EUB

C115

R130

390

-1.3V

33k

C126

*2

R145

R132

R136
Q107

10k

R131

0V

DTC323TK-X
MUTING

2.2k
R133

33k

R134

2.2k

10k
*1

SW

R138
33k

R141

33k

SLOW2

0.1V

R150
100k

390

R147
22k

R146

C121
1/50

47k

-1.3V

Q104

C125

0.001

10/50

C118
1/50

R135
33k

10/50

C117

C116

10/50

C128

C129
1/50

C131
1/50

1/50C119

0.01C120

L2_OUT

R177

R178

C122
10/50

C123
1/50

C124

0.01

15k

82k

R179

0.1V

MUTING

R151
100k

R169

2.2k

R172

2.2k

47k

R2_OUT

Q112

*2

R154

100

R155

100

R170

33k

R173

33k

0V

R180
27k

A.MUTE

R163
R164
R165
R166

C132

C138
1/50

R181

5.6k

R184

100R15210/50

0V

V1

100R153

0V

L1

0.01C130
Y1

0.1V
R1

0.2V
C1

0.01
S2-1

1.5V
S-1

100R156

0V

V2

100R157

0.1V

L2

100R158

0V

Y2

100R159

0.1V

R2

100R160

0V

C2

100R161

1.6V

S2-2
S-2

100R162

0.1V

V3

100

0.1V

L3

100

0V

Y3

100

0.1V

R3C3EXT3

100

0.1V

100R167

1.4V

C133
10/50

R168

75

R171

75

R174

75

R175
33k

R176

6.6V

10k

Q113

*1
SW

6.6V

0V

Q114

*1
SW

N

N

1k

R183

1k

10/25

N

C140

0V

0.3V

0.2V

0V

TV

LTV

RTV

TV1R4TV2

EXT1

EXT2

S2-3

S-3V4L4Y4R4C4S2-4

0V

C155

R185

15p

100

CH

1/50C134

D109

10/50C135

1/50C136

0.01C137

SC_B1

GND

GND

VTV1

C139
1/50

R182

5.6k

C141

0.01

*4

SC_G1

SC_B1

R6

0V

SC_R1

SC_G1

C142

0.01

0.1V

0V

100R186

R188

100

SC_YS1

SC_R1

SC_YS1

0V

V6

C143

0.01

L6

IC101

CXA2069Q

AV SW

EXT4

0.1V

*4

D110

SC_G2

GNDV4GND

SC_G2

0.1V

R187

9V

SC_B2

R112

82k

R113

82k

0V

Q105

DTC323TK-X

V4

L4

Y4

R4
C4

R122

47k

C114

0.001

R2OUT

DTC323TK-X

R116

82k
R118
47k

R120

L2OUT

R128

R129
82k

Q103

MUTING

MUTING

R114

33k

Q106

*1

6.6V

SW

0V

6.6V

R119

15k

27k

82k

R123

R126

R137

2.2k

R121

2.2k

R139
33k

R140

2.2k

R142

2.2k

R143

R144
33k

Q108

*1

6.6V

82k

SW

0V

R124

15k

Q109

6.6V

*1

SW

0V
R12747k
27k

R148

10/50

390

C127
10/50

R149

390

Q111

DTC323TK-X

0V

MUTING

-1V

0V

Q110

-1V
MUTING

R101

C111

75

*9

D114

MA3039/H/-X

D115

*9

*9

C107

C108

R107

75

R108

75

C110

0.0047

0.0047C104

C106

C109

R102

75

R103
75

R104
75

C101

C105

0.0047

0.0047

0.0047

0.0047C103

R203

75

R106

75

R204

75

0.0047

0.0047

D117

470/16

0.0047C102

R109

D104

75

*9

SC_YS2

SC_G2

Q102

SC_B2

SW

R205

*9

75

TV

D101

S

RIN

NC
NC

TV
TV

S
3
S

S

1

1

S

2

2

*9

D102

*9

D103

CE42681-001Y

K101

K102

CE42681-001Y

K103

K104

CE42681-001Y

K103

CE42681-001Y

L101

QQR0716-001Z

D116

0.0047

V1

TV_OUT
SC_YS1

SC_R1

SC_G1

SLOW1

SC_B1

L1

V1

R1

L1

R105

1

Q

4.8V

*1

0.1V

R1

75

V2/Y2

V2_OUT

C112

470/16

1.3V

SW

1

0

*1

3.6V
R110

10k
10kR111

AV_LINK

SDA2

0.1V

SLOW2

L2OUT

R2OUT

V3/Y3

SLOW3

3.6V
SCL2

R115

47k

SLOW1

C2

R117

C113

22k

0.001

V2/Y2
L2

R2

L2

C2

R2

L3

V3/Y3

R3
C3

C3

L3

R3

SLOW3

R125

22k

No.51944

2-19 2-20

No.51944