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14A1-RU14A2-RU
1-2
1-1
SERVICE MANUAL
(14A1-RU) (14A2-RU)
COLOUR TELEVISION
Chassis No. UA-1
In the interests of user-safety (Required by safety regulations in some countries) the set should be restoredto its original condition and only parts identical to those specified should be used.
14A1-RU14A2-RUMODELS
SHARP CORPORATION
WARNINGThe chassis in this receiver is partially hot. Use an isolation transformer between the line cord plug and powerreceptacle, when servicing this chassis. To prevent electric shock, do not remove cover. No user – serviceableparts inside. Refer servicing to qualified service personnel.
CONTENTS
»SPECIFICATIONS .............................. 2» IMPORTANT SERVICE NOTES ......... 2»ADJUSTMENT PRECAUTIONS ......... 3»TROUBLE SHOOTING TABLE ......... 19»HOTEL MODE APPLICATION .......... 21»SOLID STATE DEVICE BASE
DIAGRAM ......................................... 22»WAVEFORMS ................................... 23»CHASSIS LAYOUT ........................... 24»DESCRIPTION OF SCHEMATIC DIA-
GRAM ............................................... 26
»SCHEMATIC DIAGRAM■ CRT Unit ....................................... 27■ MAIN Unit ..................................... 28
»BLOCK DIAGRAM ............................ 32»PRINTED WIRING BOARD ASSEM-
BLIES ................................................ 37»REPLACEMENT PARTS LIST
■ ELECTRICAL PARTS ................... 42■ MISCELLANEOUS PARTS........... 46■ SUPPLIED ACCESSORIES ......... 46■ PACKING PARTS ......................... 46■ CABINET PARTS.......................... 46
Page Page
FEATURE
Ë Multi 18 SystemsË Full Auto Channel Preset and Auto Channel SkipË 100-CH Program MemoryË High Contrast PictureË Black Stretch CircuitË CATV (Hyper Band) Ready < Used Frequency Synthesizer
Tuner>
Ë AVL (Sound Keeper) FunctionË Hotel ModeË On Timer / Sleep Timer / Reminder TimerË Colour Comb Filter Function (NTSC only)Ë Blue Back Noise MuteË Rear AV-In/Out Terminals and Front AV-InË English and Russian OSD
SX0M114A1-RU/
2
14A1-RU14A2-RU
2-2
2-1
IMP
OR
TAN
T S
ER
VIC
E N
OT
ES
Mai
nten
ance
and
repa
ir of
this
rece
iver
sho
uld
be d
one
by q
ualif
ied
serv
ice
pers
onne
l onl
y.
SE
RV
ICE
OF
HIG
H V
OLT
AG
E S
YS
TE
M A
ND
PIC
-T
UR
E T
UB
EW
hen
serv
icin
g th
e hi
gh v
olta
ge s
yste
m,
rem
ove
stat
ic c
harg
e fr
om i
t by
conn
ectin
g a
10K
ohm
Res
isto
r in
ser
ies
with
an
insu
late
d w
ire(s
uch
as a
test
pro
be)
betw
een
pict
ure
tube
da
g an
d 2n
d an
ode
lead
. (
AC
line
cor
dsh
ould
be
disc
onne
cted
from
AC
out
let.)
1.P
ictu
re tu
be in
this
rec
eive
r em
ploy
s in
tegr
al i
mpl
osio
n pr
otec
tion.
2.R
epla
ce w
ith tu
be o
f the
sam
e ty
pe n
umbe
r fo
r co
ntin
ued
safe
ty.
3.D
o no
t lift
pic
ture
tube
by
the
neck
.4.
Han
dle
the
pict
ure
tube
onl
y w
hen
wea
ring
shat
terp
roof
gog
gles
and
afte
r di
scha
rgin
gth
e hi
gh v
olta
ge c
ompl
etel
y.
X-R
AYT
his
rece
iver
is d
esig
ned
so th
at a
ny X
-Ray
radi
atio
n is
kep
t to
an a
bsol
ute
Min
imum
. Sin
ce c
erta
in m
alfu
nctio
ns o
r se
rvic
ing
may
pro
duce
pot
entia
llyha
zard
ous
radi
atio
n w
ith p
rolo
nged
exp
osur
e at
clo
se r
ange
, th
e fo
llow
inpr
ecau
tions
sho
uld
be o
bser
ved:
1.W
hen
repa
iring
the
circ
uit,
be s
ure
not t
o in
crea
se th
e hi
gh v
olta
ge to
mor
e th
an 2
3.5k
V(a
tbe
am 0
.1 µ
A)
for
the
set.
2.To
kee
p th
e se
t in
a no
rmal
ope
artio
n , b
e su
re to
mak
e it
func
tion
on 2
2.0k
V
±1.5
kV(a
tbe
am 8
00 µ
A)
in th
e ca
se o
f the
set
. The
set
has
bee
n fa
ctor
y -
Adj
uste
d to
the
abov
e-m
entio
ned
high
vol
tage
.*I
f the
re is
a p
ossi
bilit
y th
at th
e hi
gh v
olta
ge fl
uctu
ates
as
a re
sult
of th
e re
pairs
, nev
erfo
rget
to c
heck
for
such
hig
h vo
ltage
afte
r th
e w
ork.
3.D
o no
t su
bstit
ute
a pi
ctur
e tu
be w
ith u
naut
horiz
erd
type
s an
d/or
bra
nds
whi
ch m
ayca
use
exce
ss X
-ray
rad
iatio
n.
BE
FO
RE
RE
TU
RN
ING
TH
E R
EC
EIV
ER
Bef
ore
retu
rnin
g th
e re
ceiv
er to
the
user
, per
form
the
follo
win
g sa
fety
Che
cks.
1.In
spec
t all
lead
dre
ss to
mak
e ce
rtai
n th
at le
ads
are
not p
inch
ed o
r tha
t har
dwar
e is
not
lodg
ed b
etw
een
the
chas
sis
and
othe
r m
etal
par
ts in
the
rece
iver
.2.
Insp
ect a
ll pr
otec
tive
devi
ces
such
as
non-
met
allic
con
trol
kno
bs, i
nsul
atin
g fis
hpap
ers,
cabi
net
back
s, a
djus
tmen
t an
d co
mpa
rtm
ent
cove
rs o
r sh
ield
s, is
olat
ion
resi
stor
- ca
-pa
city
net
wor
ks, m
echa
nica
l ins
ulat
ors
etc.
SP
EC
IFIC
ATIO
NS
Con
verg
ence
......
......
......
......
......
......
......
......
......
......
.....
Sel
f Con
verg
ence
Sys
tem
Foc
us...
......
......
......
......
......
......
......
......
......
...E
lect
rost
atic
Foc
us H
igh
Bi-P
oten
tial
Sw
eep
Def
lect
ion
......
......
......
......
......
......
......
......
......
......
......
......
......
......
.M
agne
ticIn
term
edia
te F
requ
enci
esP
ictu
re IF
Car
rier.
......
......
......
......
......
......
......
......
......
......
......
......
......
...38
.9M
Hz
Sou
nd IF
Car
rier
Fre
quen
cy5.
5MH
z...
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
33.4
MH
z6.
0MH
z...
......
......
......
......
......
......
......
......
......
......
......
......
......
......
.....
.32.
9MH
z6.
5MH
z...
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
32.4
MH
zC
olou
r S
ub-C
arrie
r F
requ
ency
......
......
......
......
......
......
......
......
......
.....
34.4
7MH
z
Pow
er In
put.
......
......
......
......
......
......
......
......
......
......
......
..11
0 ~
240
V A
C 5
0/60
Hz
Pow
er C
onsu
mpt
ion
14A
1-R
U...
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
.....
65W
14A
2-R
U...
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
.....
68W
Aud
io P
ower
Out
put R
atin
g14
A1-
RU
......
......
......
......
......
......
......
......
......
......
......
......
......
......
.....
3.0W
(at
Max
.)14
A2-
RU
......
......
......
......
......
......
......
......
......
......
......
......
......
......
.....
5.0W
(at
Max
.)
Spe
aker
Siz
e 14A
1-R
U...
......
......
......
......
......
......
......
......
......
......
......
..5
x 9
cm E
llipt
ic (
1 pc
)14
A2-
RU
......
......
......
......
......
......
......
......
......
......
......
..5
x 9
cm E
llipt
ic (
2 pc
s.)
Voi
ce C
oil I
mpe
danc
e...
......
......
......
......
......
......
......
......
......
..16
ohm
s at
400
Hz
Aer
ial I
nput
Impe
danc
eV
HF
/UH
F...
......
......
......
......
......
......
......
......
......
......
......
.....
75 o
hms
Unb
alan
ced
Rec
eivi
ng S
yste
m...
......
......
......
......
......
......
......
......
..P
AL
B/G
, D/K
, I /
SE
CA
MN
TS
C 3
.58/
4.43
MH
z (A
V)
Tune
r R
ange
s•
VH
F-C
hann
els
......
......
......
......
......
......
.E1
(48.
25M
Hz)
thru
E12
(22
4.25
MH
z) C
1 (4
9.75
MH
z) th
ru C
12 (
216.
25M
Hz)
S1
(105
.25M
Hz)
thru
S41
(46
3.25
MH
z)•
UH
F-C
hann
els
......
......
......
......
......
...E
21 (
471.
25M
Hz)
thru
E69
(85
5.25
MH
z)C
13 (
471.
25M
Hz)
thru
C57
(86
3.25
MH
z)
Dim
ensi
ons
14A
1-R
U...
......
......
......
......
......
......
......
......
......
......
......
......
......
..W
idth
: 357
.0m
mH
eigh
t: 36
1.0m
mD
epth
: 368
.7m
mW
eigh
t (ap
prox
.): 9
.2 k
g14
A2-
RU
......
......
......
......
......
......
......
......
......
......
......
......
......
.....
Wid
th: 4
46.0
mm
Hei
ght:
333.
0mm
Dep
th: 3
65.0
mm
Wei
ght (
appr
ox.)
: 9.4
kg
Cab
inet
Mat
eria
l....
......
......
......
......
......
......
......
......
......
......
......
......
......
..A
ll P
last
ics
Spe
cific
atio
ns a
re s
ubje
ct to
cha
nge
with
out p
rior
notic
e.
3
14A1-RU14A2-RU
3-2
3-1
AD
JUS
TM
EN
T P
RE
CA
UT
ION
S
Thi
s m
odel
's s
ettin
g a
re a
djus
ted
in t
wo
diff
eren
t w
ays:
thr
ough
the
I2 C
bus
con
trol
and
in
the
conv
entio
nal
anal
og m
anne
r. T
he a
djus
tmen
ts v
ia th
e I2 C
bus
con
trol
incl
ude
pre
set-
only
item
s an
d va
riabl
e da
ta.
1. S
ettin
g th
e se
rvic
e m
ode
by th
e m
icro
proc
esso
r.
1.
Sho
rt J
A 1
22 &
JA
124
for
1 s
econ
d an
d re
leas
e to
sw
itch
to t
he s
ervi
ce m
ode
posi
tion,
and
th
em
icro
proc
esso
r is
in in
put
mod
e. (
Adj
ustm
ent
thro
ugh
the
I2 C b
us c
ontr
ol).
(U
se J
WS
Key
to
set
asw
ell).
2.
Pre
ss th
e C
H D
OW
N /
UP
key
on
the
rem
ote
cont
rolle
r to
get
rea
dy to
sel
ect t
he m
ode
one
by o
ne.
3.
Pre
ss th
e C
H D
OW
N /
UP
key
on
the
rem
ote
cont
rolle
r to
sel
ect t
he m
odes
rev
ersi
bly
one
by o
ne.
4.
Usi
ng th
e V
OLU
ME
UP
/ DO
WN
key
on
the
rem
ote
cont
rolle
r, th
e da
ta c
an b
e m
odifi
ed.
5.
Sho
rt J
A 1
22 &
JA
124
for 1
sec
ond
and
rele
ase
to s
witc
h to
the
norm
al m
ode
(OF
F)
posi
tion,
and
the
mic
ropr
oces
sor
is in
out
of t
he s
ervi
ce m
ode.
2.F
acto
ry P
rese
tting
.
1.
Sho
rt J
A 1
22 &
JA
124
for 1
sec
ond
and
rele
ase
to s
witc
h to
the
serv
ice
mod
e po
sitio
n an
d tu
rn o
n th
em
ain
pow
er s
witc
h.In
itial
val
ues
are
auto
mat
ical
ly p
rese
t, on
ly w
hen
a ne
w E
EP
RO
M is
use
d (J
udge
with
the
first
4 b
ytes
).
2. T
he in
itial
dat
a ar
e pr
eset
as
liste
d in
pag
e 5
& 6
.
3.
Mak
e su
re th
e da
ta n
eed
mod
ify o
r no
t (In
itial
dat
a).
Not
e:O
nce
the
chas
sis
has
been
ass
embl
y to
geth
er a
nd r
eady
to
be P
OW
ER
ON
for
the
FIR
ST
TIM
E,
mak
e su
re to
sho
rt J
A12
2 &
JA
124
to s
witc
h to
the
serv
ice
mod
e po
sitio
n fir
st a
nd th
en tu
rn o
n th
em
ain
pow
er s
witc
h (S
ee 2
-(1)
abo
ve).
Pre
caut
ion:
If h
aven
't do
ne th
is in
itiat
ion,
it m
ay p
ossi
bly
gene
rate
exc
essi
ve B
eam
cur
rent
.
3.F
or r
efer
ence
ple
ase
chec
k w
ith m
emor
y m
ap(U
A1
Ser
ies
type
RH
-IX
3368
CE
Atta
chm
ent)
SE
RV
ICE
MO
DE
(1)
In th
e S
ervi
ce M
ode,
Key
is u
sed
to s
elec
t the
mod
e in
the
follo
win
g or
der.
AG
C &
GE
OM
ET
RIC
MO
DE
↓A
GC
TA
KE
OV
ER
PO
INT
(AG
C)
↓ V
ER
TIC
AL
SLO
PE
(V
-LIN
)↓
VE
RT
ICA
L A
MP
(V
-AM
P)
↓ V
ER
TIC
AL
SH
IFT
(V-C
EN
T)
↓ H
OR
IZO
NTA
L S
HIF
T (H
-CE
NT
) ↓
S-C
OR
RE
CT
ION
(S
-CO
R)
WH
ITE
PO
INT
AD
J.M
OD
E
↓W
,P R
ED
ST
D. W
.T. (
DR
I-R
S)
↓W
.P. G
RE
EN
ST
D. W
.T.(
DR
I-G
S)
↓W
.P.B
LUE
ST
D. W
.T. (
DR
I-B
S)
↓W
.P. R
ED
CO
OL
W.T
.(D
RI-
RC
)↓
W.P
. GR
EE
N C
OO
L W
.T.(
DR
I-G
C)
↓W
.P. B
LUE
CO
OL
W.T
. (D
RI-
BC
)↓
W.P
. RE
D W
AR
M W
.T.(
DR
I-R
W)
↓W
.P. G
RE
EN
WA
RM
W.T
.(D
RI-
GW
)↓
W.P
. BLU
E W
AR
M W
.T.(
DR
I-B
W)
SU
BA
DJ.
MO
DE
↓M
AX
VO
LUM
E (
SU
B-V
OL)
↓S
UB
CO
NT
RA
ST
(SU
B-C
ON
)↓
SU
B C
OLO
UR
(S
UB
-CO
L)↓
SU
B B
RIG
HT
NE
SS
(S
UB
-BR
I)↓
SU
B T
INT
(SU
B-T
INT
)↓
SU
B S
HA
RP
NE
SS
(S
UB
-SH
P)
↓M
AX
HO
TE
L V
OLU
ME
(H
TL-
VO
L)↓
HO
TE
L P
RO
GR
AM
NO
(HT
L-P
RG
)↓
OS
D G
RB
RE
FE
RE
NC
E (
RG
B)
↓B
LAC
K L
EV
EL
OF
FS
ET
R(C
UT-
R)
↓B
LAC
K L
EV
EL
OF
FS
ET
G(C
UT-
G)
↓C
ATH
OD
E D
RIV
E L
EV
EL(
CD
L)
FO
RW
AR
D :
CH
DO
WN
KE
Y
R
EV
ER
SE
: C
H U
P
K
EY
* (
) m
eans
OS
D d
ispl
ay.
FO
RW
AR
D :
CH
DO
WN
KE
Y R
EV
ER
SE
: C
H U
P
K
EY
AG
C &
GE
OM
ET
RIC
MO
DE
WH
ITE
PO
INT
AD
J.M
OD
E
SU
BA
DJ.
MO
DE
Y-D
ELA
YA
DJ.
MO
DE
MIS
C.
OP
TIO
NM
OD
E
ICO
PT
ION
MO
DE
OF
FS
ET
AD
J.M
OD
E
4
14A1-RU14A2-RU
4-2
4-1
Y-D
ELA
YA
DJ.
MO
DE
↓Y-
D T
IME
FO
R P
AL
(TV
) (D
L-P
T)↓
Y-D
TIM
E F
OR
SE
CA
M (T
V) (
DL-
ST)
↓Y-
D T
IME
FO
R N
358
(TV
) (D
L-3T
)↓
Y-D
TIM
E F
OR
N44
3 (T
V) (
DL-
4T)
↓Y-
D T
IME
FO
R B
/W (T
V) (
DL-
TV)
↓Y-
D T
IME
FO
R P
AL
(AV
) (D
L-PA
)↓
Y-D
TIM
E F
OR
SE
CA
M (A
V) (
DL-
SA
)↓
Y-D
TIM
E F
OR
N35
8 (A
V) (
DL-
3A)
↓Y-
D T
IME
FO
R N
443(
AV) (
DL-
4A)
↓Y-
D T
IME
FO
R B
/W (A
V) (
DL-
AV)
*(Y-
D :
Y-D
ELA
Y)
OFF
SE
TA
DJ.
MO
DE
↓C
OLO
UR
OFF
SE
T (P
AL)
(CO
L-O
P)
↓C
OLO
UR
OFF
SE
T (S
EC
AM
) (C
OL-
OS
) ↓
CO
LOU
R O
FFS
ET
(NTS
C35
8) (C
OL-
O3)
↓C
OLO
UR
OFF
SE
T (N
TSC
443)
(CO
L-O
4)↓
SH
AR
PN
ES
S O
FFS
ET
(PA
L) (S
HP
-OP
)↓
SH
AR
PN
ES
S O
FFS
ET
(SE
CA
M) (
SH
P-O
S)
↓S
HA
RP
NE
SS
OFF
SE
T (N
TSC
358)
(SH
P-O
3)↓
SH
AR
PN
ES
S O
FFS
ET
(NTS
C44
3) (S
HP
-O4)
ICO
PTI
ON
MO
DE
↓V
ER
TIC
AL
SC
AN
DIS
AB
LE(V
SD
)↓
BLA
CK
STR
ETC
H (B
KS
)↓
AU
TO V
OLU
ME
LE
VE
LIN
G(A
VL)
↓FA
ST
FILT
ER
IF-P
LL(F
FI)
↓E
NA
BLE
VE
RTI
CA
L G
UA
RD
(EV
G)
↓E
HT
TRA
CK
ING
MO
DE
(EH
T)↓
OV
ER
SC
AN
SW
ITC
H O
FF(O
SO
)↓
AU
TO C
OLO
UR
LIM
IT(A
CL)
↓FO
RC
ED
CO
LOU
R L
IMIT
(FC
O)
MIS
C.
OP
TIO
NM
OD
E
↓S
OU
ND
SY
STE
M M
(S-M
)↓
SO
UN
D S
YS
TEM
DK
(S-D
K)
↓S
OU
ND
SY
STE
M I
(S-I)
↓S
OU
ND
SY
STE
M B
G (S
-BG
)↓
PLA
YB
AC
K S
EC
AM
(P-S
EC
AM
)↓
FE (R
F) N
TSC
3.5
8 (F
-N35
8)↓
FE (R
F) N
TSC
4.4
3 (F
-N44
3)↓
FE (R
F) S
EC
AM
(F-S
EC
AM
)↓
VID
EO
MU
TE A
T ID
EN
T LO
SS
(VM
I)↓
VID
EO
MU
TE A
T P
RO
GR
AM
/SO
UR
CE
CH
AN
GE
(VM
C)
↓H
OTE
L M
OD
E (H
TL)
↓R
ED
UC
ED
FM
DE
MO
DU
LATI
ON
GA
IN F
OR
BTS
C S
IGN
AL
(BTS
C)
↓ A
A ↓N
UM
BE
R O
F E
XT
AV S
OU
RC
E (A
V)
↓FM
WIN
DO
W S
EV
EC
TIO
N (F
MW
S)
↓S
OU
ND
MU
TE B
IT 0
(SM
0)↓
SO
UN
D M
UTE
BIT
1 (S
M1)
↓TH
AI L
AN
GU
AG
E (T
HA
)↓
AR
AB
IC L
AN
GU
AG
E (A
RA
)↓
MA
LAY
LA
NG
UA
GE
(MA
L)↓
CH
INE
SE
LA
NG
UA
GE
(CH
I)↓
FRE
NC
H L
AN
GU
AG
E (F
RE
)↓
RU
SS
IAN
LA
NG
UA
GE
(RU
S)
↓FO
RC
ED
V-S
YN
C S
LIC
ING
LE
VE
L(FS
L)↓
SY
NC
OF
OS
D (H
P2)
↓TU
NE
R S
ELE
CTI
ON
(CP
T)
↓ B
B ↓B
ILIN
GU
AL(
BIL
)↓
IF A
GC
SP
EE
D B
IT 0
(AG
C0)
↓IF
AG
C S
PE
ED
BIT
1 (A
GC
1)↓
FOA
Tim
e C
onst
ant-R
F (F
OA
-FE
)↓
FOB
Tim
e C
onst
ant-R
F (F
OB
-FE
)↓
FOA
Tim
e C
onst
ant-A
V (F
OA
-AV
)↓
FOB
Tim
e C
onst
ant-A
V (F
OB
-AV
)
US
ER
DA
TA IN
SE
RV
ICE
MO
DE
*W
hile
SE
RV
ICE
mod
e O
N, E
EP
RO
M D
ATA
will
sw
itch
to th
e se
rvic
e da
ta.
Als
o, o
nce
SE
RV
ICE
mod
e O
FF,
EE
PR
OM
will
sw
itch
back
to p
revi
ous
US
ER
DA
TA.
*In
the
serv
ice
mod
e, th
e us
er d
ata
esta
blis
h as
bel
ow,
MO
DE
US
ER
DAT
A
CO
NT
RA
ST
MIN
(1/6
0)
CO
LOU
RM
IN(1
/60)
BR
IGH
TN
ES
SM
IN(1
/60)
TIN
TM
IN(1
/60)
SH
AR
PN
ES
SM
IN(1
/60)
WH
ITE
TE
MP
STA
ND
AR
D
S-V
OLU
ME
MIN
(1/6
0)
BLU
E B
AC
KO
FF
C S
YS
TE
MA
UT
O
S S
YS
TE
M*1
*1 :
For
eac
h C
H, b
efor
e ch
angi
ngse
rvic
e m
ode
setti
ng.
The
flow
of M
ode
lists
as
follo
win
g,
*D
irect
Key
-in S
tep1
Mod
e
RC
CO
MM
AN
DS
ER
VIC
E-I
TE
M
FU
NC
TIO
NA
GC
CO
NT
RA
ST
DO
WN
V-L
IN
CO
LOU
R D
OW
NV
-AM
P
BR
IGH
TN
ES
S D
OW
NV
-CE
NT
TIN
T D
OW
NH
-CE
NT
SH
AR
PN
ES
S D
OW
NE
W /
/
SY
ST
EM
HB
BLU
EB
AC
KS
-CO
R
TIM
ER
SU
B-V
OL
CO
NT
RA
ST
UP
SU
B-C
ON
CO
LOU
R U
PS
UB
-CO
L
BR
IGH
TN
ES
S U
PS
UB
-BR
I
TIN
T U
P T
INT
SU
B T
INT
SH
AR
PN
ES
S U
PS
UB
-SH
P
5
14A1-RU14A2-RU
5-2
5-1
EE
PR
OM
ITE
MS
OS
DD
ATA
LE
NG
TH
INIT
IAL
DATA
FIX
/AD
JR
EM
AR
KV
ER
TIC
AL
SC
AN
DIS
AB
LEV
SD
0(DI
SABL
E)/1
(ENA
BLE)
0F
IXB
LAC
K S
TR
ET
CH
BK
S0(
DISA
BLE)
/1(E
NABL
E)1
FIX
AU
TO
MA
TIC
VO
LUM
E L
EV
ELI
NG
AV
L0(
DISA
BLE)
/1(E
NABL
E)1
FIX
FAS
T F
ILT
ER
IF-P
LLF
FI
0(DI
SABL
E)/1
(ENA
BLE)
0F
IXE
NA
BLE
VE
RTI
CA
L G
UA
RD
(RG
B B
LAN
KIN
G)
EV
G0(
DISA
BLE)
/1(E
NABL
E)1
FIX
ON
LY B
LKE
HT
TR
AC
KIN
G M
OD
E (
HC
O)
EH
T0(
DISA
BLE)
/1(E
NABL
E)1
FIX
OV
ER
SC
AN
SW
ITC
H O
FF
OS
O0(
DISA
BLE)
/1(E
NABL
E)0
FIX
AU
TO
CO
LOU
R L
IMIT
AC
L0(
DISA
BLE)
/1(E
NABL
E)0
FIX
FO
RC
ED
CO
LOU
R L
IMIT
FC
O0(
DISA
BLE)
/1(E
NABL
E)0
FIX
SO
UN
D S
YS
TE
M M
S-M
0(DI
SABL
E)/1
(ENA
BLE)
0F
IXS
OU
ND
SY
ST
EM
DK
S-D
K0(
DISA
BLE)
/1(E
NABL
E)0
FIX
SO
UN
D S
YS
TE
M I
S-I
0(DI
SABL
E)/1
(ENA
BLE)
0F
IXS
OU
ND
SY
ST
EM
BG
S-B
G0(
DISA
BLE)
/1(E
NABL
E)1
FIX
PLA
YB
AC
K S
EC
AM
P-S
EC
AM
0(DI
SABL
E)/1
(ENA
BLE)
1F
IXF
E (
RF
) N
TS
C 3
.58
F-N
358
0(DI
SABL
E)/1
(ENA
BLE)
0F
IXF
E (
RF
) N
TS
C 4
.43
F-N
443
0(DI
SABL
E)/1
(ENA
BLE)
1F
IXF
E (
RF
) S
EC
AM
F-S
EC
AM
0(DI
SABL
E)/1
(ENA
BLE)
1F
IXV
IDE
O M
UT
E A
T ID
EN
T L
OS
SV
MI
0(DI
SABL
E)/1
(ENA
BLE)
1F
IXV
IDE
O M
UTE
AT
PR
OG
RA
M/S
OU
RC
E C
HA
NG
EV
MC
0(DI
SABL
E)/1
(ENA
BLE)
1F
IXH
OT
EL
MO
DE
HT
L0(
DISA
BLE)
/1(E
NABL
E)0
FIX
REDU
CED
FM D
EMO
DULA
TOR
GAI
N FO
R BT
SC S
IGNA
LB
TS
C0(
DISA
BLE)
/1(E
NABL
E)0
FIX
NU
MB
ER
OF
EX
TE
RN
AL
AV
SO
UR
CE
AV
0 FO
R1 AV
/1 F
OR 2
AV1
FIX
FM
WIN
DO
W S
ELE
CT
ION
FM
WS
0(DI
SABL
E)/1
(ENA
BLE)
0F
IXS
OU
ND
MU
TE
BIT
0S
M0
0(DI
SABL
E)/1
(ENA
BLE)
1F
IXS
OU
ND
MU
TE
BIT
1S
M1
0(DI
SABL
E)/1
(ENA
BLE)
0F
IXT
HA
I LA
NG
UA
GE
TH
A0(
DISA
BLE)
/1(E
NABL
E)1
FIX
*1A
RA
BIC
LA
NG
UA
GE
AR
A0(
DISA
BLE)
/1(E
NABL
E)1
FIX
*1M
ALA
Y L
AN
GU
AG
EM
AL
0(DI
SABL
E)/1
(ENA
BLE)
1F
IX*1
CH
INE
SE
LA
NG
UA
GE
CH
I0(
DISA
BLE)
/1(E
NABL
E)1
FIX
*1F
RE
NC
H L
AN
GU
AG
EF
RE
0(DI
SABL
E)/1
(ENA
BLE)
1F
IX*1
RU
SS
IAN
LA
NG
UA
GE
RU
S0(
DISA
BLE)
/1(E
NABL
E)1
FIX
FO
RC
ED
V-S
YN
C S
LIC
ING
LE
VE
LF
SL
0(DI
SABL
E)/1
(ENA
BLE)
0F
IXS
YN
C O
F O
SD
HP
20(
DISA
BLE)
/1(E
NABL
E)0
FIX
TUNE
R SE
LECT
ION
(0:S
HARP
/ALP
S; 1
:MUR
ATA)
CP
T0(
BRAZ
IL)/1
(ARG
ENTI
NA)
0F
IXB
ILIN
GU
AL
BIL
0(DI
SABL
E)/1
(ENA
BLE)
0F
IXIF
AG
C S
PE
ED
BIT
0A
GC
00(
DISA
BLE)
/1(E
NABL
E)1
FIX
IF A
GC
SP
EE
D B
IT 1
AG
C1
0(DI
SABL
E)/1
(ENA
BLE)
0F
IXP
HI-
1 T
IME
CO
NS
TAN
T (
RF
)F
OA
-FE
0(DI
SABL
E)/1
(ENA
BLE)
0F
IXP
HI-
1 T
IME
CO
NS
TAN
T (
RF
)F
OB
-FE
0(DI
SABL
E)/1
(ENA
BLE)
0F
IXP
HI-
1 T
IME
CO
NS
TAN
T (
OF
F A
IR)
FO
A-A
V0(
DISA
BLE)
/1(E
NABL
E)1
FIX
PH
I-1
TIM
E C
ON
STA
NT
(O
FF
AIR
)F
OB
-AV
0(DI
SABL
E)/1
(ENA
BLE)
1F
IX
NO
TE
: FIX
ED
DA
TA,P
LEA
SE
DO
NO
T C
HA
NG
E W
ITH
OU
T S
PE
CIF
IC I
NS
TR
UC
TIO
N."
*1: M
AN
UA
LLY
CH
AN
GE
1 T
O 0
.
EE
PR
OM
ITE
MS
OS
DD
ATA
LE
NG
TH
INIT
IAL
DATA
FIX
/AD
JR
EM
AR
KA
GC
TA
KE
OV
ER
PO
INT
AG
C0~
6314
AD
JV
ER
TIC
AL
SLO
PE
V-L
IN0~
6332
AD
JV
ER
TIC
AL
AM
PLI
TU
DE
V-A
MP
0~63
32A
DJ
VE
RT
ICA
L S
HIF
TV
-CE
NT
0~63
32A
DJ
HO
RIZ
ON
TAL
SH
IFT
H-C
EN
T0~
6332
AD
JS
-CO
RR
EC
TIO
NS
-CO
R0~
630
FIX
WH
ITE
PO
INT
RE
D S
TD
WH
ITE
TE
MP
DR
I-R
S0~
6332
FIX
WH
ITE
PO
INT
GR
EE
N S
TD
WH
ITE
TE
MP
DR
I-G
S0~
6332
AD
JW
HIT
E P
OIN
T B
LUE
ST
D W
HIT
E T
EM
PD
RI-
BS
0~63
32A
DJ
WH
ITE
PO
INT
RE
D C
OO
L W
HIT
E T
EM
PD
RI-
RC
0~63
32F
IXW
HIT
E P
OIN
T G
RE
EN
CO
OL
WH
ITE
TE
MP
DR
I-G
C0~
6332
FIX
(DR
I-G
S)-
7 D
ATA
WH
ITE
PO
INT
BLU
E C
OO
L W
HIT
E T
EM
PD
RI-
BC
0~63
32F
IX(D
RI-
BS
)DA
TAW
HIT
E P
OIN
T R
ED
WA
RM
WH
ITE
TE
MP
DR
I-R
W0~
6325
FIX
WH
ITE
PO
INT
GR
EE
N W
AR
M W
HIT
E T
EM
PD
RI-
GW
0~63
32F
IX(D
RI-
GS
)-7
DA
TAW
HIT
E P
OIN
T B
LUE
WA
RM
WH
ITE
TE
MP
DR
I-B
W0~
6332
AD
J(D
RI-
BS
)-7
DA
TAM
AX
VO
LUM
ES
UB
-VO
L0~
6363
FIX
SU
B C
ON
TR
AS
TS
UB
-CO
N0~
6363
(50
*3)
FIX
SU
B C
OLO
UR
SU
B-C
OL
0~63
32A
DJ
SU
B B
RIG
HT
NE
SS
SU
B-B
RI
0~63
32A
DJ
SU
B T
INT
SU
B-T
INT
0~63
32A
DJ
SU
B S
HA
RP
NE
SS
SU
B-S
HP
0~63
32A
DJ
MA
X H
OT
EL
VO
LUM
EH
TL-
VO
L0~
6332
AD
JH
OT
EL
PR
OG
RA
M N
UM
BE
RH
TL-
PR
G0~
99 O
R>99
FOR
NONE
255
FIX
OS
D G
RB
RE
FE
RE
NC
ER
GB
0~15
15F
IXB
LAC
K L
EV
EL
OF
F-S
ET
RC
UT-
R0~
158
FIX
BLA
CK
LE
VE
L O
FF
-SE
T G
CU
T-G
0~15
8F
IXC
AT
HO
DE
DR
IVE
LE
VE
LC
DL
0~15
0F
IXY-
DE
LAY
TIM
E F
OR
PA
L(T
V)
[YD
]D
L-P
T0~
1512
FIX
Y-D
ELA
Y T
IME
FO
R S
EC
AM
(TV
) [Y
D]
DL-
ST
0~15
15F
IXY-
DE
LAY
TIM
E F
OR
N35
8 (T
V)
[YD
]D
L-3T
0~15
12F
IXY-
DE
LAY
TIM
E F
OR
N44
3 (T
V)
[YD
]D
L-4T
0~15
12F
IXY-
DE
LAY
TIM
E F
OR
B/W
(T
V)
[YD
]D
L-T
V0~
1512
FIX
Y-D
ELA
Y T
IME
FO
R P
AL
(AV
) [Y
D]
DL-
PA
0~15
12F
IXY-
DE
LAY
TIM
E F
OR
SE
CA
M (
AV
) [Y
D]
DL-
SA
0~15
15F
IXY-
DE
LAY
TIM
E F
OR
N35
8 (A
V)
[YD
]D
L-3A
0~15
12F
IXY-
DE
LAY
TIM
E F
OR
N44
3 (A
V)
[YD
]D
L-4A
0~15
12F
IXY-
DE
LAY
TIM
E F
OR
B/W
(A
V)
[YD
]D
L-A
V0~
1512
FIX
CO
LOU
R O
FF
SE
T (
PA
L)C
OL-
OP
0~15
8F
IXC
OLO
UR
OF
FS
ET
(S
EC
AM
)C
OL-
OS
0~15
8F
IXC
OLO
UR
OF
FS
ET
(N
TS
C35
8)C
OL-
030~
154
FIX
CO
LOU
R O
FF
SE
T (
NT
SC
443)
CO
L-O
40~
154
FIX
SH
AR
PN
ES
S O
FF
SE
T (
PA
L)S
HP
-OP
0~15
8F
IXS
HA
RP
NE
SS
OF
FS
ET
(S
EC
AM
)S
HP
-OS
0~15
4F
IXS
HA
RP
NE
SS
OF
FS
ET
(N
TS
C35
8)S
HP
-O3
0~15
12F
IXS
HA
RP
NE
SS
OF
FS
ET
(N
TS
C44
3)S
HP
-O4
0~15
8F
IX
AF
TE
R S
HO
RT
JA
122
& J
A 1
24 ,
AN
D T
UR
N O
N T
HE
MA
IN P
OW
ER
SW
ITC
H,R
EA
D D
ATA
FR
OM
EE
PR
OM
AD
DR
ES
S 0
0H ~
03H
,AN
D C
OM
PA
RE
TO
TH
E L
IST
BE
LOW
, IF
DIF
FE
RE
NT,
INIT
IALI
ZE
TH
E E
EP
RO
M.
Add
ress
:D
ata
Add
ress
:D
ata
00H
:55
H02
H:
43H
01H
:4F
H03
H:
A1H
6
14A1-RU14A2-RU
6-2
6-1
INIT
IAL
SE
TT
ING
(1).
In
serv
ice
mod
e, A
fter
exec
ute
sele
ct P
OS
1, s
tore
the
follo
win
g tu
ning
dat
a in
EE
PR
OM
.
MC
L1C
H-N
OF
v (M
Hz)
SO
UN
D S
YS
MC
L1C
H-N
OF
v (M
Hz)
SO
UN
D S
YS
0 148
.25
B/G
262
.25
B/G
377
.25
D/K
417
5.25
B/G
518
2.25
B/G
618
3.25
D/K
719
1.25
D/K
819
6.25
B/G
919
9.25
M10
210.
25B
/G11
224.
25B
/G12
471.
25B
/G13
487.
25I
1450
3.25
B/G
1557
5.25
B/G
1658
3.25
B/G
1759
9.25
B/G
1862
1.25
M19
639.
25D
/K20
703.
25B
/G21
735.
25I
2276
7.25
B/G
2381
5.25
B/G
2485
5.25
I25
855.
25B
/G26
55.2
5M
2783
.25
M28
183.
25M
2919
3.25
M30
217.
25M
3147
1.25
M32
477.
25M
3369
3.25
M34
885.
25M
3511
2.25
B/G
3616
8.25
B/G
37 3829
4.25
B/G
3946
3.25
B/G
40 4164
7.25
B/G
4266
3.25
B/G
4367
9.25
B/G
4417
4.95
B/G
4517
5.55
B/G
ITE
MS
DA
TA S
ET
TIN
GLA
ST
PR
OG
RA
M/C
HA
NN
EL
1F
LAS
HB
AC
K P
RO
GA
RM
/CH
1D
IGIT
1C
-SY
ST
EM
AU
TO
S-S
YS
TE
MD
/KS
KIP
OF
FA
FC
ON
VO
LUM
E1
CO
NT
RA
ST
60
(M
AX
)C
OLO
UR
0 (C
EN
TE
R)
BR
IGH
TN
ES
S0
(CE
NT
ER
)T
INT
0 (C
EN
TE
R)
SH
AR
PN
ES
S0
(CE
NT
ER
)W
HIT
E T
EM
PS
TAN
DA
RD
RE
MIN
DE
R T
IME
RIn
-act
ive,
"--
:--"
ON
TIM
ER
In-a
ctiv
e, "
--:-
-"O
FF
TIM
ER
In-a
ctiv
e, "
--:-
-"LA
ST
PO
WE
RP
OW
ER
-ON
LAN
GU
AG
ER
US
SIA
NB
LUE
BA
CK
MU
TE
OF
FH
OT
EL
MO
DE
OF
F0
CH
AN
NE
L S
KIP
ON
SH
IPP
ING
SE
TT
ING
& C
HE
CK
ING
(1)
The
follo
win
g de
faul
t dat
a ha
s be
en fa
ctor
y-se
t for
the
E2 P
RO
M.
*1: P
leas
e re
fer
defa
ults
for
LAN
GU
AG
E a
nd S
OU
ND
SY
ST
EM
per
MO
DE
L as
follo
ws,
MO
DE
LLA
NG
AU
GE
SO
UN
D S
YS
TE
MR
UR
US
SIA
ND
/K
MO
DE
LG
eom
agne
tism
(H
,V)
nTB
ackg
roun
dLa
ng.
S-S
YS
J (R
U)
"45,
000"
"20,
000"
7500
KR
US
SIA
ND
/K
FAC
TO
RY
SE
TT
ING
S B
Y M
OD
ELS
(R
efer
ence
: Geo
mag
netis
m A
djus
tmen
t)
*OS
D L
AN
G M
US
T B
E S
ET
IN S
ER
VIC
E M
OD
E,B
UT
IT'S
BE
TT
ER
TO
WR
ITE
IN E
EP
RO
M.
LAN
GU
AG
E Q
UA
NT
ITIE
S:E
NG
LIS
H/R
US
SIA
N
7
14A1-RU14A2-RU
7-2
7-1
PU
RIT
Y A
DJU
ST
ME
NT
No.
Adj
ustin
g po
int
Adj
ustin
g pr
oced
ure/
cond
ition
sW
avef
orm
and
oth
ers
PU
RIT
Y A
DJ.
1.R
ece
ive
th
e G
RE
EN
-ON
LY s
ign
al.
Ad
just
th
eb
ea
m c
urr
en
t to
ab
ou
t 5
00
µA
.2.
Deg
auss
the
CR
T e
noug
h w
ith th
e de
gaus
ing
coil.
Not
e:F
ollo
w th
e Jo
b In
stru
ctio
n S
heet
to a
d-ju
st th
e m
agne
tic fi
eld.
Ver
tical
Bv
:+0.
040
mT
(0.
40 g
auss
)H
oriz
onta
l Bh:
+0.0
20 m
T (
0.20
gau
ss)
(See
pag
e 6.
)3.
Mai
ntai
n th
e pu
rity
mag
net a
t the
zer
o m
agne
ticfie
ld a
nd k
eep
the
stat
ic c
onve
rgen
ce r
ough
lyad
just
ed.
4.O
bser
ve t
he p
oint
s a,
b a
s sh
own
in F
ig.
4-1
thro
ugh
the
mic
rosc
ope.
Adj
ust t
he la
ndin
g to
the
rank
A r
equi
rem
ents
.5.
Orie
nt th
e ra
ster
rot
atio
n to
0 e
astw
ard.
6.Ti
ghte
n up
the
defle
ctio
n co
il sc
rew
s.»
Tigh
teni
ng to
rque
: 108
± 2
0 N
(11
± 2
kgf
)7.
Mak
e su
re t
he C
RT
cor
ners
land
ing
mee
t th
e A
rank
req
uire
men
ts. I
f not
, stic
k th
e m
agne
t she
etto
cor
rect
it.
Not
e:T
his
adj
ustm
ent
mus
t be
don
e af
ter
war
min
g up
the
uni
t fo
r 30
min
utes
or
long
er w
ith a
bea
m c
urre
nt o
ver 5
00
µA.
Not
e:S
et
the
se
rvic
e m
od
e b
y T
P1
00
1 &
TP
1002
(sho
rt) t
hen
pres
s fa
ctor
y pr
oc-
ess
R/C
RG
B k
ey t
o ch
ange
to
RG
Bm
ono
colo
ur m
ode.
*F
or th
e fo
llow
ing
colo
urs
pres
s R
/C R
GB
key
toch
ange
.
1
*P
ress
R/C
RG
B k
ey f
or 1
sec
-o
nd
in
NO
RM
AL
MO
DE
, th
eco
lour
will
cha
nge
to R
GB
mon
oco
lour
mod
e.
The
TE
XT
Key
"R
. G
. C
y" K
eyca
n be
dire
ctly
use
to
chan
geto
oth
er c
olou
rs s
cree
n.
ab
A BA B
A =
B
A =
B
Ran
k "A
" (o
n th
e rig
ht o
f the
CR
T)
Ran
k "A
"(o
n th
e le
ft of
the
CR
T)
Fig
. 4-1
Fig
. 4-2
Fig
. 4-3
Gre
en-o
nly
Blu
e-on
lyR
ed-o
nly
Sig
nal-c
olou
rsc
reen
cle
ared
PIF
AD
JUS
TM
EN
TN
o.A
djus
ting
poin
tA
djus
ting
proc
edur
e/co
nditi
ons
Wav
efor
m a
nd o
ther
s
Tune
r IF
T(
PR
ES
ET
)1
1.G
et t
he t
uner
rea
dy t
o re
ceiv
e th
e C
H.
E -
9si
gnal
,but
with
no
sign
al in
put.
Adj
ust t
he P
LL d
ata.
2.C
onne
ct t
he s
wee
p ge
nera
tor's
out
put
cabl
e to
the
tune
r an
tenn
a. (
RF
SW
EE
P )
3.A
djus
t the
sw
eep
gene
rato
r's to
80d
BuV
.4.
Con
nect
the
res
pons
e le
ad
( us
e LO
W I
MP
ED
-A
NC
E p
robe
with
wav
e de
tect
or ;
see
Fig
.1 )
to
the
tune
r's
IF
out
put
term
inal
. (
Thi
s te
rmin
alm
ust h
ave
the
prob
e al
one
conn
ecte
d ).
5.S
et th
e R
F A
GC
to 0
- 6
V w
ith n
o sa
tura
tion
with
the
wav
efor
m.
6.A
djus
t the
tune
r IF
coi
l to
obta
in th
e w
avef
orm
as
show
n in
Fig
. 2.
Not
e:B
e su
re t
o ke
ep t
he t
uner
cov
er i
n po
sitio
ndu
ring
this
adj
ustm
ent.
RF
-AG
CTA
KE
OV
ER
PO
INT
AD
-JU
ST
ME
NT
(I2 C
BU
SC
ON
TR
OL)
1.R
ecei
ve "
PA
L C
OLO
UR
BA
R"
sign
al.
»S
igna
l Str
engt
h: 5
7 ±
1 dB
µV (
75 o
hm o
pen)
2.C
onne
ct th
e os
cillo
scop
e to
TP
201
(Tun
er’s
AG
CTe
rmin
al)
as s
how
n in
Fig
. 3.
3.C
all "
AG
" m
ode
in s
ervi
ce m
ode.
Adj
ust t
he "
AG
"bu
s da
ta to
obt
ain
the
Tune
r out
put p
in d
rop
0.1V
belo
w m
axim
um v
olta
ge.
4.C
hang
e th
e an
tenn
a in
put s
igna
l to
63~
67dB
µV,
and
mak
e su
re th
ere
is n
o no
ise.
5.Tu
rn u
p th
e in
put s
igna
l to
90~
95 d
BµV
to b
e su
reth
at th
ere
is n
o cr
oss
mod
ulat
ion
beat
.
Not
e: F
or t
he 5
0 oh
m s
igna
lst
ren
gth
ga
ug
e,
wh
en
no
tu
sin
g
50
/75
im
pe
da
nce
adap
ter,
sig
nal
stre
ngth
is
52±1
dBµV
(75
ohm
ope
n),
in-
stea
d of
57
±1dB
µV (
75 o
hmop
en).
Pre
caut
ion:
The
los
s of
usi
ngim
peda
nce
adap
ter
2
» B
ias
box:
Abo
ut 4
.5 V
Osc
illos
cope
0.1V
TV
Set
Bia
s bo
x
TP
201
+
+
–
–
Fig
. 3
E-9
CH
P
C
10k
100k
1n60
75oh
m
IF O
UT
-1.5
+/-
0.8d
B
1000
p
Osc
illos
cope
Fig
.1
Fig
.2
8
14A1-RU14A2-RU
8-2
8-1
CR
T C
UT-
OFF
, BAC
KGR
OU
ND
AN
D S
UB-
CO
NTR
AST
ADJU
STM
ENT
No.
Adj
ustin
g po
int
Adj
ustin
g pr
oced
ure/
cond
ition
sW
avef
orm
and
oth
ers
CR
T C
UTO
FF
AD
JUS
TM
EN
T(I
2 C B
US
CO
NT
RO
L)
1.S
witc
h T
V to
VID
EO
mod
e,B
LUE
BA
CK
OF
F, w
ithN
O V
IDE
O s
igna
l.2.
Pre
ss R
/C to
set
Pic
ture
Nor
mal
con
ditio
n.3.
Co
nn
ect
th
e o
scill
osc
op
e t
o R
ed
OU
T f
rom
IC80
1.(T
P85
1)
Ran
ge: 1
V/D
iv
(D
C)
Sw
eep
: 5 m
sec/
Div
4.A
djus
t SC
RE
EN
VR
,so
that
the
tip o
f sig
nal r
each
3.0
Vdc
+ 0
.1 V
dc.
1
1 V
3.0V
dc
0
Max
imum
beam
che
ck1.
Rec
eive
the
"Mon
osco
pe P
atte
rn"
sign
al.
2.P
ress
R/C
to s
et P
ictu
re N
OR
MA
L co
nditi
on.
3.C
onne
ct th
e D
C m
iliam
met
er b
etw
een
TP
603
(+)
and
TP
602
(–).
(Ful
l Sca
le: 3
mA
Ran
ge)
4.B
eam
cur
rent
mus
t be
with
in 8
00 ±
100
µA
.
4
SU
B-B
RIG
HT-
NE
SS
AD
JUS
ME
NT
(I2 C
BU
SC
ON
TR
OL)
1.C
all "
SU
B-B
RI"
in s
ervi
ce m
ode.
(Rec
eive
Cro
ss-
hatc
h pa
ttern
with
5 b
lack
leve
l win
dow
s)2.
Adj
ust t
he "
SU
B B
RIG
HT
" bu
s da
ta in
ord
er th
atth
e lin
e 1,
2 a
nd 3
hav
e th
e sa
me
dark
ness
whe
rels
e lin
e 4
is s
light
ly b
right
er t
han
line
1, 2
and
3 an
d fin
ally
line
5 w
ill b
e th
e br
ight
er t
han
line
4.
2
1, 2
, 3 a
re in
sam
e bl
ack
leve
l.
1 2
3 4
5
WH
ITE
BA
L-A
NC
E S
ER
V-
ICE
MO
DE
AD
J. (
I2C
BU
SC
ON
TR
OL)
3R
efer
to P
age
6.#
7500
° K
X :
0.30
0Y
: 0.
310
( M
INO
LTA
CO
LOU
R A
NA
LYZ
ER
CA
-100
)*N
OT
E: A
bove
DA
TA c
an b
e U
P/
DO
WN
by
volu
me
key.
LOW
HIG
H14
"10
cd/m
220
0cd/
m2
20"/
21"
10cd
/m2
120c
d/m
2
* 75
00°
KD
RI-
GW
="D
RI-
GS
"DA
TA-5
DR
I-B
W=
"DR
I-B
S"
DA
TA-5
1. R
ecei
ve th
e "M
onos
cope
Pat
tern
" si
gnal
.2.
Pre
ss R
/C t
o se
t Pic
ture
NO
RM
AL
cond
ition
.3.
Con
nect
the
DC
mili
amm
eter
bet
wee
n th
e T
P 6
02(
- )
TP
603
( +
).
4. C
heck
Bea
m c
urre
nt s
houl
d be
aro
und
800µ
A)
5. S
et it
to s
ervi
ce m
ode
and
adju
st th
e D
RI-
GS
, &D
RI-
BS
dat
a to
hav
e a
colo
ur t
empe
ratu
re o
f75
00°K
( w
hite
).
6.R
ecei
ve "
WH
ITE
" pa
ttern
, WIT
H B
UR
ST
sig
nal,
and
set
BR
IGH
TN
ES
S Y
by
gene
rato
r, to
**
10cd
/m2
(M
INO
LTA
C
A-1
00
) b
y re
du
cin
gLU
MIN
AT
E Y
sig
nal.
7. A
djus
t "C
UT-
R"
& "
CU
T-G
" to
get
7,5
00. T
hen
goba
ck N
OR
MA
L m
ode
(HIG
H B
RIG
HT
**) t
o ch
eck
colo
ur te
mpe
ratu
re. I
f ou
t of r
ange
, bac
k to
(1)
.
Not
e:T
his
adju
stm
ent
mus
t be
do
ne a
fter
war
min
g up
the
uni
t fo
r 30
min
utes
or
long
er w
ith a
bea
m c
urre
nt o
ver 5
00µA
.
*A
DJU
ST
DR
I-G
C/G
W, D
RI-
BC
/BW
as
follo
win
gD
ATA
, afte
r fin
ishi
ng D
RI-
BS
and
DR
I-G
S D
ATA
AD
JUS
TM
EN
T.D
RI-
RW
=3
2 (
FIX
ED
), D
RI-
GW
="D
RI-
GS
"-7
*,D
RI-
BW
="D
RI-
BS
"-7
*DR
I-R
C=
25
*,
DR
I-B
C=
"DR
I-B
S",
DR
I-G
C=
"DR
I-G
S"-
7*
CO
NV
ER
GE
NC
E A
DJU
ST
ME
NT
No.
Adj
ustin
g po
int
Adj
ustin
g pr
oced
ure/
cond
ition
sW
avef
orm
and
oth
ers
CO
NV
ER
GE
NC
AD
J.(
To b
e do
neaf
ter
the
purit
yad
just
men
t.
1.R
ecei
ve th
e "C
ross
hatc
h P
atte
rn"
sign
al.
2.U
sing
the
rem
ote
cont
rolle
r, ca
ll N
OR
MA
L m
ode.
STA
TIC
CO
NV
ER
GE
NC
E1.
Turn
the
4-p
ole
mag
net
to a
pro
per
open
ing
an-
gle
in o
rder
to
supe
rpos
e th
e bl
ue a
nd r
ed c
ol-
ours
.2.
Turn
the
6-p
ole
mag
net
to a
pro
per
open
ing
an-
gle
in o
rder
to
supe
rpos
e th
e gr
een
colo
ur o
ver
the
blue
and
red
col
ours
.
DY
NA
MIC
CO
NV
ER
GE
NC
E1.
Adj
ust
the
conv
erge
nce
on t
he f
ring
es o
f th
esc
reen
in th
e fo
llow
ing
step
s.a)
Fig
. 5-1
: Driv
e th
e w
edge
at p
oint
"a" a
nd s
win
gth
e de
flect
ion
coil
upw
ard.
b)F
ig. 5
-2: D
rive
the
wed
ge a
t poi
nts
"b"
and
"c"
and
swin
g th
e de
flect
ion
coil
dow
nwar
d.c)
Fig
. 5-3
: Driv
e th
e "c
" wed
ge d
eepe
r and
sw
ing
the
defle
ctio
n co
il rig
htw
ard.
d)F
ig. 5
-4: D
rive
the
"b" w
edge
dee
per a
nd s
win
gth
e de
flect
ion
coil
leftw
ard.
2.F
ix a
ll th
e w
edge
s on
the
CR
T a
nd a
pply
gla
ssta
pe o
ver
them
.3.
App
ly la
cque
r to
the
def
lect
ion
yoke
lock
scr
ew,
mag
net u
nit (
purit
y, 4
-pol
e, 6
-pol
e m
agne
ts)
and
mag
net u
nit l
ock
scre
w.
Fin
ally
rec
eive
d th
e R
ed-o
nly
and
Blu
e-on
ly s
ig-
nals
to m
ake
sure
ther
e is
no
othe
r col
ours
on
the
scre
en.
1
RG
B
BG
R
R G B
R G B
B G R
B G R
RG
B
BG
R
Lacq
uer
Wed
ge "
a"
Wed
ge"b
"W
edge
"c"
Abo
ut10
0°A
bout
100°
4-po
le m
agne
t6-
pole
mag
net
CR
T n
eck
40cm
Lacq
uer
Pur
ity m
agne
tFig
. 5-1
Fig
. 5-2
Fig
. 5-3
Fig
. 5-4
9
14A1-RU14A2-RU
9-2
9-1
No.
Adj
ustin
g po
int
Adj
ustin
g pr
oced
ure/
cond
ition
sW
avef
orm
and
oth
ers
SU
B-T
INT
(I2 C
BU
S C
ON
-T
RO
L)
1.R
ece
ive
th
e "
NT
SC
3.5
8 C
olo
ur
Ba
r" s
ign
al
thro
ugh
AV
in.
2.C
onne
ct t
he o
scill
osco
pe t
o T
P85
3 (P
in (
5) o
fP
882)
BLU
E-O
UT.
»R
ange
: 100
mV
/div
. (A
C)(
Use
Pro
be 1
0:1)
»S
wee
p tim
e: 1
0 µs
ec/d
iv.
3.C
all t
he "
SU
B-T
INT
" m
ode
in s
ervi
ce m
ode.
Ad-
just
the
"SU
B-T
INT
" bu
s da
ta to
obt
ain
the
wav
e-fo
rm s
how
n as
Fig
. 9.
4.C
lear
the
SE
RV
ICE
mod
e.
1
NT
SC
CH
RO
MA
AD
JUS
TM
EN
T
No.
Adj
ustin
g po
int
Adj
ustin
g pr
oced
ure/
cond
ition
sW
avef
orm
and
oth
ers
BE
AM
PR
O-
TE
CTO
R1.
Rec
eive
"M
onos
cope
Pat
tern
" si
gnal
.2.
Set
CO
NT
RA
ST
MA
X.
3.S
et B
RIG
HT
MA
X.
4.D
urin
g th
e C
olle
ctor
& E
mitt
er o
f Q88
3/5/
7 sh
ort,
mak
e su
re th
e p
rote
ctor
ON
and
sw
itch
to s
tand
bym
ode.
1*
Sel
ect
one
of Q
883/
5/7
to d
oea
ch s
hort
test
.
H, V
PR
OT
EC
-TO
R1.
Rec
eive
"M
onos
cope
Pat
tern
" si
gnal
.2.
Con
nect
out
put
of B
ias
Box
to
D60
7 ca
thod
e(R
606
side
).3.
Set
vol
tage
of
Bia
s B
ox t
o 18
V a
nd m
ake
sure
the
prot
ecto
r is
not
wor
k.4.
Set
vol
tage
of
Bia
s B
ox t
o 27
V,
and
mak
e su
reth
e pr
otec
tor
is w
ork.
2
Oth
erpr
otec
tors
1.O
nce
finis
h re
ctifi
ed E
lect
roly
tic C
apac
itor
shor
tte
stin
g in
+B
lin
e, c
heck
all
poss
ible
dam
aged
com
pone
nts
on +
B li
ne.
(Use
ran
dom
sel
ecte
d se
t for
insp
ectio
n)
3
PR
OT
EC
TOR
OP
ER
ATIO
N C
HE
CK
ING
No.
Adj
ustin
g po
int
Adj
ustin
g pr
oced
ure/
cond
ition
sW
avef
orm
and
oth
ers
VID
EO
AN
DA
UD
IOO
UT
PU
TC
HE
CK
1.R
ecei
ve th
e "P
AL
Col
or B
ar"
sign
al (
100%
Whi
teC
olor
Bar
, Sou
nd 4
00 H
z 10
0% M
od.)
2.Te
rmin
ate
the
Vid
eo o
utpu
t with
a 7
5 oh
m im
ped-
ance
. Ma
ke s
ure
the
ou
tpu
t is
as
spe
cifie
d (
1.0
Vp
-p ±
3 d
B).
3.Te
rmin
ate
the
Aud
io o
utpu
t w
ith a
10k
ohm
im
-pe
danc
e. M
ake
su
re t
he
ou
tpu
t is
as
spe
cifie
d(1
.76
Vp
-p ±
3 d
B).
1
VID
EO
AN
DA
UD
IO IN
PU
TC
HE
CK
1.U
sing
the
TV
/AV
key
on
the
rem
ote
cont
rolle
r,m
ake
sure
that
the
mod
es c
hang
e in
ord
er o
f TV,
AV
1, A
V2
& T
V a
gain
and
the
vide
o &
aud
io o
ut-
put
are
acco
rdin
g to
the
inpu
t te
rmin
al f
or e
ach
mod
e.
2
A/V
INP
UT
AN
D O
UT
PU
T C
HE
CK
ING
WY
Cy
GM
gR
B
SA
ME
LE
VE
L Fig
. 9
HO
RIZ
ON
TAL
AND
VER
TIC
AL D
EFLE
CTI
ON
LO
OP
ADJU
STM
ENT
No.
Adj
ustin
g po
int
Adj
ustin
g pr
oced
ure/
cond
ition
sW
avef
orm
and
oth
ers
V-S
LOP
E(I
2 CB
US
CO
N-
TR
OL)
V-C
EN
TE
R (
I2 CB
US
CO
N-
TR
OL)
V -
AM
P (
I2 CB
US
CO
N-
TR
OL)
S-C
OR
RE
C-
TIO
N(I
2 C B
US
CO
NT
RO
L)
H -
CE
NT
ER
1.R
ecei
ve M
onos
cope
Pat
tern
Sig
nal.
2.C
all t
he "
V-L
IN"
mod
e.3.
Incr
ease
or
decr
ease
"V
-LIN
" by
Vol
ume
key
till
the
horiz
onta
l lin
e in
the
cent
er o
f mon
osco
pe is
just
at t
he p
ositi
on w
here
the
blan
king
sta
rts.
1.C
all t
he "
V-C
EN
T"
mod
e.2.
Inc
reas
e or
dec
reas
e "V
-CE
NT
" by
Vol
ume
key
till t
he p
ictu
re is
cen
tere
d.
1.C
all t
he "
V-A
MP
" m
ode.
2.In
crea
se o
r de
crea
se "
V -
AM
P"
by V
olum
e ke
yto
set
ove
rsca
n of
9.5
% ty
pica
l.A
djus
tmen
t Spe
c 9.
5% r
ange
+1%
-0
%.
FIX
ED
DA
TA, N
O N
EE
D T
O A
DJU
ST.
1.C
all t
he "
H-C
EN
T"
mod
e.2.
Incr
ease
or
decr
ease
"H
-CE
NT
" by
Vol
ume
key
to c
ente
r th
e pi
ctur
e ho
rizon
tal.
1 2 3 4 5
Foc
usad
just
men
t1.
Rec
eive
the
"Mon
osco
pe P
atte
rn"
sign
al.
2.P
ress
R/C
to s
et P
ictu
re N
OR
MA
L co
nditi
on.
3.A
djus
t the
focu
s co
ntro
l to
get t
he b
est f
ocus
.
6
PAL
CH
RO
MA
AD
JUS
TM
EN
TN
o.A
djus
ting
poin
tA
djus
ting
proc
edur
e/co
nditi
ons
Wav
efor
m a
nd o
ther
s
SU
B C
OLO
UR
(I2 C
BU
SC
ON
TR
OL)
1.R
ecei
ve th
e "P
AL
Col
our
Bar
" si
gnal
.2.
Pre
ss R
/C to
set
Pic
ture
Nor
mal
con
ditio
n.3.
Con
nect
the
osci
llosc
ope
to R
ed c
atho
de(T
P85
4).
»R
ange
: 20
V/d
iv. (
AC
) (U
sing
10:
1 pr
obe)
»S
wee
p tim
e: 1
0 µs
ec/d
iv.
4.U
sing
the
R/C
cal
l "S
UB
CO
L" in
SE
RV
ICE
mod
e.A
djus
t SU
B C
OLO
UR
bus
dat
a, s
o th
at th
e 75
%W
hite
& R
ed p
ortio
ns o
f PA
L C
olou
r Bar
be
at th
esa
me
leve
l sho
wn
as F
ig. 8
.5.
Cle
ar th
e S
ER
VIC
E m
ode.
1
Cy
GB
WY
100%
W75
%M
gR
Fig
. 8
10
14A1-RU14A2-RU
10-2
10-1
FU
NC
TIO
N O
PE
RAT
ION
CH
EC
KIN
G (
VID
EO
AN
D A
UD
IO)
(Con
tinue
d)N
o.A
djus
ting
poin
tA
djus
ting
proc
edur
e/co
nditi
ons
Wav
efor
m a
nd o
ther
s
CO
LOU
RS
YS
TE
M1.
Rec
eive
the
"P
AL
CO
LOU
R B
AR
" si
gnal
, pr
ess
the
CO
LOU
R S
YS
TE
M k
ey to
sel
ect m
odes
ex-
cept
PA
L, c
heck
the
CO
LOU
R is
not
wor
king
pro
p-er
ly.
The
n, s
elec
t th
e "P
AL"
mod
e. C
heck
aga
inits
col
our
so th
at it
is w
orki
ng p
rope
rly.
2.R
ecei
ve "N
TS
C 4
.43/
3.58
CO
LOU
R B
AR
" sig
nal
thru
AV,
pre
ss C
OLO
UR
SY
ST
EM
key
to
sele
ctm
odes
exc
ept
N4.
43/3
.58,
che
ck t
he C
OLO
UR
is n
ot w
orki
ng p
rope
rly.
The
n, s
elec
t th
e "N
TS
C4.
43/3
.58"
mod
e. C
heck
aga
in it
s co
lour
so
that
itis
wor
king
pro
perly
.
9
SO
UN
DS
YS
TE
M10
1.R
ecei
ve "
PA
L-D
/K"
sign
al,
pres
s th
e "S
OU
ND
SY
ST
EM
" to
sel
ect B
/G, I
. C
heck
the
soun
d ou
t-pu
t is
not w
orki
ng p
rope
rly. S
elec
t D/K
and
che
ckth
e so
und
outp
ut to
mak
e su
re it
is w
orki
ng p
rop-
erly
.2.
Rec
eive
"P
AL-
I" s
igna
l, pr
ess
the
"SO
UN
D S
YS
-T
EM
" to
sele
ct B
/G, D
/K. C
heck
the
soun
d ou
tput
is n
ot w
orki
ng p
rope
rly.
Sel
ect
I an
d ch
eck
the
soun
d ou
tput
to m
ake
sure
it is
wor
king
pro
perly
.3.
Rec
eive
"P
AL-
B/G
" si
gnal
, pr
ess
the
"SO
UN
DS
YS
TE
M"t
o se
lect
I, D
/K.
Che
ck th
e so
und
out-
put i
s no
t wor
king
pro
perly
. Sel
ect B
/G a
nd c
heck
the
soun
d ou
tput
to m
ake
sure
it is
wor
king
pro
p-er
ly.
1.R
ecei
ve "
PA
L C
OLO
UR
BA
R"
sign
al.
2.Tu
rn u
p th
e vo
lum
e co
ntro
l to
max
imum
, m
ake
sure
the
soun
d is
hea
rd fr
om th
e sp
eake
rs.
The
npu
t the
uni
t in
no s
igna
l sta
te.
3.C
heck
the
sou
nd m
ute
is e
ffect
ive.
4.F
inal
ly tu
rn s
ound
leve
l of C
TV
to m
inim
um.
NO
ISE
MU
TE
CH
EC
KIN
G11
OS
D L
AN
-G
UA
GE
QU
AN
TIT
YC
HE
CK
Che
ck O
SD
LA
NG
UA
GE
qua
ntity
and
type
as
Eng
-lis
h an
d R
ussi
an.
12
FU
NC
TIO
N O
PE
RAT
ION
CH
EC
KIN
G (
VID
EO
AN
D A
UD
IO)
No.
Adj
ustin
g po
int
Adj
ustin
g pr
oced
ure/
cond
ition
sW
avef
orm
and
oth
ers
CO
NT
RA
ST
key
1.R
ecei
ve "
Mon
osco
pe P
atte
rn"
sign
al.
2.S
et P
-Mod
e to
sel
ect C
ON
TR
AS
T.3.
Pre
ss V
olum
e U
p/D
own
key
to c
heck
whe
ther
the
CO
NT
RA
ST
effe
ct is
OK
or
not.
1
1.R
ecei
ve "
Col
or B
ar"
sign
al.
2.S
et P
-Mod
e to
sel
ect C
OLO
UR
.3.
Pre
ss
Vol
ume
Up/
Dow
n ke
y to
che
ck w
heth
erth
e C
OLO
UR
effe
ct is
OK
or
not.
2C
OLO
UR
key
BR
IGH
TN
ES
Ske
y1.
Rec
eive
"M
onos
cope
Pat
tern
" si
gnal
.2.
Set
P-M
ode
to s
elec
t BR
IGH
TN
ES
S.
3.P
ress
V
olum
e U
p/D
own
key
to c
heck
whe
ther
the
BR
IGH
TN
ES
S e
ffect
is O
K o
r no
t.
3
TIN
T k
ey1.
Rec
eive
the
"NT
SC
Col
our B
ar" s
igna
l thr
u A
V in
.2.
Set
P-M
ode
to s
elec
t TIN
T.3.
Pre
ss
Vol
ume
Up/
Dow
n ke
y to
che
ck T
INT,
UP
for G
RE
EN
dire
ctio
n an
d D
OW
N fo
r PU
RP
LE d
i-re
ctio
n w
heth
er is
OK
or
not.
4
SH
AR
PN
ES
SK
ey1.
Rec
eive
"M
onos
cope
Pat
tern
" si
gnal
.2.
Set
P-m
ode
to s
elec
t SH
AR
PN
ES
S.
3.P
ress
V
olum
e U
p/D
own
key
to c
heck
whe
ther
the
SH
AR
PN
ES
S e
ffect
is O
K o
r no
t.
5
WH
ITE
TE
MP
1.R
ecei
ve "
Mon
osco
pe P
atte
rn"
sign
al.
2.S
et F
UN
CT
ION
to s
elec
t WH
ITE
TE
MP.
3.P
ress
Vol
ume
Up/
Dow
n ke
y to
che
ck W
HIT
ET
EM
P O
ptio
n, S
TAN
DA
RD
:N
OR
MA
L S
ET
TIN
G, W
AR
M fo
r m
ore
RE
DD
ISH
dire
ctio
n ch
angi
ng,
CO
OL
for
mor
e B
LUIS
H d
i-re
ctio
n ch
angi
ng.
8
NO
RM
AL
Key
71.
Onc
e in
PIC
TU
RE
Mod
e, a
nd t
heN
OR
MA
L ke
yis
pre
ssed
, all
the
setti
ngs
will
be
pres
ent t
o no
r-m
al s
ettin
g.(N
orm
al s
ettin
g va
lue
for
ever
y m
ode)
.
»C
ON
TR
AS
T: M
AX
»C
OLO
UR
: CE
NT
ER
»B
RIG
HT
NE
SS
: CE
NT
ER
»T
INT
: CE
NT
ER
»S
HA
RP
NE
SS
: CE
NT
ER
No
tes:
If n
oth
ing
is
dis
pla
ym
ean
cont
rast
, col
our,
brig
ht,
tint,
shar
pnes
s ar
e al
l in
nor-
mal
set
ting.
CH
DIS
PLA
YC
OLO
UR
1.A
ll C
h (1
~99
) w
ill h
ave
an O
SD
dis
play
of
the
chan
nel n
umbe
r in
gre
en c
olou
r un
der
AF
T O
Nco
nditi
on.
6
11
14A1-RU14A2-RU
11-2
11-1
MEMORY MAP
ADDRESS DATA MICON EEPROM EEPROM CHASSIS CTV FINAL LAST INITIAL
(HEX) D7 D6 D5 D4 D3 D2 D1 D0 DEFAULT RANGE WRITE(CPU) CHECK DATA CHECK TYPE CHECK DATA CHECK TYPE SETTING DATA REMARK
00 PASS WORD 55 00-FF
01 PASS WORD 4F 00-FF
02 PASS WORD 43 00-FF
03 PASS WORD A1 00-FF
04
05
06 AGC TAKE-OVER 0E 00-3F
07 V-SLOPE 20 00-3F
08 V-AMPLITUDE 20 00-3F
09 V-CENTER 20 00-3F
0A H-CENTER 20 00-3F
0B H-SIZE 20 00-3F
0C EW-PARALLELOGRAM 20 00-3F
0D EW-PARABOLA/WIDTH 20 00-3F
0E EW-UPPER CORNER 20 00-3F
0F EW-LOWER CORNER 20 00-3F
10 EW-TRAPEZIUM 20 00-3F
11 HORIZONTAL-BOW 20 00-3F
12 S-CORRECTION 00 00-3F
13
14
15
16 DRIVE-R (STANDARD) 20 00-3F
17 DRIVE-G (STANDARD) 20 00-3F
18 DRIVE-B (STANDARD) 20 00-3F
19 DRIVE-R (COOL) 20 00-3F
1A DRIVE-G (COOL) 20 00-3F
1B DRIVE-B (COOL) 20 00-3F
1C DRIVE-R (WARM) 20 00-3F
1D DRIVE-G (WARM) 20 00-3F
1E DRIVE-B (WARM) 20 00-3F
1F
20
21
22 SUB-VOLUME 3F 00-3F
23 SUB-CONTRAST 3F 00-3F
24 SUB-COLOUR 20 00-3F
25 SUB-BRIGHTNESS 20 00-3F
26 SUB-TINT 20 00-3F
27 SUB-SHARPNESS 20 00-3F
28 HTL-VOLUME 20 00-3F
29 HTL-PROGRAM-NUM FF 00-FF
2A
2B
2C
2D OSD-RGB-REFERENCE 0F 00-0F
2E CUTOFF LEVEL -OFFSET R 08 00-0F
2F CUTOFF LEVEL -OFFSET G 08 00-0F
30 CATHODE DRIVE LEVEL 00 00-0F
31 Y-DELAY (TV PAL) 0C 00-0F
32 Y-DELAY (TV SECAM) 0F 00-0F
33 Y-DELAY (TV N358) 0C 00-0F
34 Y-DELAY (TV N443) 0C 00-0F
35 Y-DELAY (TV BW) 0C 00-0F
36 Y-DELAY (AV PAL) 0C 00-0F
37 Y-DELAY (AV SECAM) 0F 00-0F
38 Y-DELAY (AV N443) 0C 00-0F
39 Y-DELAY (AV N358) 0C 00-0F
3A Y-DELAY (AV BW) 0C 00-0F
3B COLOUR-OFFSET (PAL) 08 00-0F
3C COLOUR-OFFSET (SECAM) 08 00-0F
3D COLOUR-OFFSET (N358) 04 00-0F
3E COLOUR-OFFSET (N433) 04 00-0F
3F SHARPNESS-OFFSET (PAL) 08 00-0F
MODEL MODEL
LETTER NO. LETTER NO.
12
14A1-RU14A2-RU
12-2
12-1
ADDRESS DATA MICON EEPROM EEPROM CHASSIS CTV FINAL LAST INITIAL
(HEX) D7 D6 D5 D4 D3 D2 D1 D0 DEFAULT RANGE WRITE(CPU) CHECK DATA CHECK TYPE CHECK DATA SETTING DATA REMARK
40 SHARPNESS-OFFSET (SECAM) 04 00-0F
41 SHARPNESS-OFFSET (N358) 0C 00-0F
42 SHARPNESS-OFFSET (N433) 08 00-0F
43
44 FCO ACL OSO EHT EVG FFI AVL BKS 00-FF
45 SCM N443 N358 PB-SEC BG I DK M 00-FF
46 SM FMWS AV BTSC HTL VMC VMI 00-FF
47 HP2 FSL RUS FRA CHN MLY ARB THA 00-FF
48 AGC BIL CPT 00-FF
49
4A
4B
4C VOLUME 01 00-3C
4D CONTRAST 3C 00-3C
4E COLOUR 1E 00-3C
4F BRIGHTNESS 1E 00-3C
50 TINT 1E 00-3C
51 SHARPNESS 1E 00-3C
52
53
54
55 POSITION/AV1/AV2 01 00-FF
56 FAV-POS A 0A 00-FF
57 FAV-POS B 14 00-FF
58 FAV-POS C 1E 00-FF
59 FAV-POS D 28 00-FF
5A
5B
5C POWER 00 00-01
5D WHITE-TEMP 00 00-02
5E BLUE BACK 00 00-01
5F LANGUAGE 00 00-07
60 DIGIT 00 00-01
61
62 SKIP 0 SKIP 1 SKIP 2 SKIP 3 SKIP 4 SKIP 5 SKIP 6 SKIP 7 80 00-FF
63 SKIP 8 SKIP 9 SKIP 10 SKIP 11 SKIP 12 SKIP 13 SKIP 14 SKIP 15 00 00-FF
64 SKIP 16 SKIP 17 SKIP 18 SKIP 19 SKIP 20 SKIP 21 SKIP 22 SKIP 23 00 00-FF
65 SKIP 24 SKIP 25 SKIP 26 SKIP 27 SKIP 28 SKIP 29 SKIP 30 SKIP 31 00 00-FF
66 SKIP 32 SKIP 33 SKIP 34 SKIP 35 SKIP 36 SKIP 37 SKIP 38 SKIP 39 00 00-FF
67 SKIP 40 SKIP 41 SKIP 42 SKIP 43 SKIP 44 SKIP 45 SKIP 46 SKIP 47 00 00-FF
68 SKIP 48 SKIP 49 SKIP 50 SKIP 51 SKIP 52 SKIP 53 SKIP 54 SKIP 55 00 00-FF
69 SKIP 56 SKIP 57 SKIP 58 SKIP 59 SKIP 60 SKIP 61 SKIP 62 SKIP 63 00 00-FF
6A SKIP 64 SKIP 65 SKIP 66 SKIP 67 SKIP 68 SKIP 69 SKIP 70 SKIP 71 00 00-FF
6B SKIP 72 SKIP 73 SKIP 74 SKIP 75 SKIP 76 SKIP 77 SKIP 78 SKIP 79 00 00-FF
6C SKIP 80 SKIP 81 SKIP 82 SKIP 83 SKIP 84 SKIP 85 SKIP 86 SKIP 87 00 00-FF
6D SKIP 88 SKIP 89 SKIP 90 SKIP 91 SKIP 92 SKIP 93 SKIP 94 SKIP 95 00 00-FF
6E SKIP 96 SKIP 97 SKIP 98 SKIP 99 00 00-FF
6F
70
71
72
73
74 TUNING FREQUANCY (HIGHER PART) S-SYS POS 0
75 TUNING FREQUANCY (LOWER PART) 000:BG
76 S-SYS AFT (auto) C-SYS 001:I
77 TUNING FREQUANCY (HIGHER PART) O1O:DK POS 1
78 TUNING FREQUANCY (LOWER PART) 011:M
79 S-SYS AFT (auto) C-SYS
7A TUNING FREQUANCY (HIGHER PART) AFT POS 2
7B TUNING FREQUANCY (LOWER PART) 0:OFF
7C S-SYS AFT (auto) C-SYS 1:ON
7D TUNING FREQUANCY (HIGHER PART) POS 3
7E TUNING FREQUANCY (LOWER PART)
7F S-SYS AFT (auto) C-SYS
MODEL MODEL
LETTER NO. LETTER NO.
13
14A1-RU14A2-RU
13-2
13-1
ADDRESS DATA MICON EEPROM EEPROM CHASSIS CTV FINAL LAST INITIAL
(HEX) D7 D6 D5 D4 D3 D2 D1D1 D0 DEFAULT RANGE WRITE(CPU) CHECK DATA CHECK TYPE CHECK DATA CHECK TYPE SETTING DATA REMARK
80 TUNING FREQUANCY (HIGHER PART) POS 4
81 TUNING FREQUANCY (LOWER PART)
82 S-SYS AFT (auto) C-SYS
83 TUNING FREQUANCY (HIGHER PART) POS 5
84 TUNING FREQUANCY (LOWER PART)
85 S-SYS AFT (auto) C-SYS
86 TUNING FREQUANCY (HIGHER PART) POS 6
87 TUNING FREQUANCY (LOWER PART)
88 S-SYS AFT (auto) C-SYS
89 TUNING FREQUANCY (HIGHER PART) POS 7
8A TUNING FREQUANCY (LOWER PART)
8B S-SYS AFT (auto) C-SYS
8C TUNING FREQUANCY (HIGHER PART) POS 8
8D TUNING FREQUANCY (LOWER PART)
8E S-SYS AFTAFT (auto) C-SYS
8F TUNING FREQUANCY (HIGHER PART) POS 9
90 TUNING FREQUANCY (LOWER PART)
91 S-SYS AFT (auto) C-SYS
92 TUNING FREQUANCY (HIGHER PART) POS 10
93 TUNING FREQUANCY (LOWER PART)
94 S-SYS AFT (auto) C-SYS
95 TUNING FREQUANCY (HIGHER PART) POS 11
96 TUNING FREQUANCY (LOWER PART)
97 S-SYS AFT (auto) C-SYS
98 TUNING FREQUANCY (HIGHER PART) POS 12
99 TUNING FREQUANCY (LOWER PART)
9A S-SYS AFT (auto) C-SYS
9B TUNING FREQUANCY (HIGHER PART) POS 13
9C TUNING FREQUANCY (LOWER PART)
9D S-SYS AFT (auto) C-SYS
9E TUNING FREQUANCY (HIGHER PART) POS 14
9F TUNING FREQUANCY (LOWER PART)
A0 S-SYS AFT (auto) C-SYS
A1 TUNING FREQUANCY (HIGHER PART) POS 15
A2 TUNING FREQUANCY (LOWER PART)
A3 S-SYS AFT (auto) C-SYS
A4 TUNING FREQUANCY (HIGHER PART) POS 16
A5 TUNING FREQUANCY (LOWER PART)
A6 S-SYS AFT (auto) C-SYS
A7 TUNING FREQUANCY (HIGHER PART) POS 17
A8 TUNING FREQUANCY (LOWER PART)
A9 S-SYS AFT (auto) C-SYS
AA TUNING FREQUANCY (HIGHER PART) POS 18
AB TUNING FREQUANCY (LOWER PART)
AC S-SYS AFT (auto) C-SYS
AD TUNING FREQUANCY (HIGHER PART) POS 19
AE TUNING FREQUANCY (LOWER PART)
AF S-SYS AFT (auto) C-SYS
B0 TUNING FREQUANCY (HIGHER PART) POS 20
B1 TUNING FREQUANCY (LOWER PART)
B2 S-SYS AFTAFT (auto) C-SYS
B3 TUNING FREQUANCY (HIGHER PART) POS 21
B4 TUNING FREQUANCY (LOWER PART)
B5 S-SYS AFTAFT (auto) C-SYS
B6 TUNING FREQUANCY (HIGHER PART) POS 22
B7 TUNING FREQUANCY (LOWER PART)
B8 S-SYS AFT (auto) C-SYS
B9 TUNING FREQUANCY (HIGHER PART) POS 23
BA TUNING FREQUANCY (LOWER PART)
BB S-SYS AFT (auto) C-SYS
BC TUNING FREQUANCY (HIGHER PART) POS 24
BD TUNING FREQUANCY (LOWER PART)
BE S-SYS AFT (auto) C-SYS
BF TUNING FREQUANCY (HIGHER PART) POS 25
MODEL MODEL
LETTER NO. LETTER NO.
14
14A1-RU14A2-RU
14-2
14-1
ADDRESS DATA MICON EEPROM EEPROM CHASSIS CTV FINAL LAST INITIAL
(HEX) D7 D6 D5 D4 D3 D2 D1 D0 DEFAULT RANGE WRITE(CPU) CHECK DATA CHECK TYPE CHECK DATA CHECK TYPE SETTING DATA REMARK
C0 TUNING FREQUANCY (LOWER PART) POS 25
C1 S-SYS AFT (auto) C-SYS
C2 TUNING FREQUANCY (HIGHER PART) POS 26
C3 TUNING FREQUANCY (LOWER PART)
C4 S-SYS AFT (auto) C-SYS
C5 TUNING FREQUANCY (HIGHER PART) POS 27
C6 TUNING FREQUANCY (LOWER PART)
C7 S-SYS AFT (auto) C-SYS
C8 TUNING FREQUANCY (HIGHER PART) POS 28
C9 TUNING FREQUANCY (LOWER PART)
CA S-SYS AFT (auto) C-SYS
CB TUNING FREQUANCY (HIGHER PART) POS 29
CC TUNING FREQUANCY (LOWER PART)
CD S-SYS AFT (auto) C-SYS
CE TUNING FREQUANCY (HIGHER PART) POS 30
CF TUNING FREQUANCY (LOWER PART)
D0 S-SYS AFT (auto) C-SYS
D1 TUNING FREQUANCY (HIGHER PART) POS 31
D2 TUNING FREQUANCY (LOWER PART)
D3 S-SYS AFT (auto) C-SYS
D4 TUNING FREQUANCY (HIGHER PART) POS 32
D5 TUNING FREQUANCY (LOWER PART)
D6 S-SYS AFT (auto) C-SYS
D7 TUNING FREQUANCY (HIGHER PART) POS 33
D8 TUNING FREQUANCY (LOWER PART)
D9 S-SYS AFT (auto) C-SYS
DA TUNING FREQUANCY (HIGHER PART) POS 34
DB TUNING FREQUANCY (LOWER PART)
DC S-SYS AFT (auto) C-SYS
DD TUNING FREQUANCY (HIGHER PART) POS 35
DE TUNING FREQUANCY (LOWER PART)
DF S-SYS AFT (auto) C-SYS
E0 TUNING FREQUANCY (HIGHER PART) POS 36
E1 TUNING FREQUANCY (LOWER PART)
E2 S-SYS AFT (auto) C-SYS
E3 TUNING FREQUANCY (HIGHER PART) POS 37
E4 TUNING FREQUANCY (LOWER PART)
E5 S-SYS AFT (auto) C-SYS
E6 TUNING FREQUANCY (HIGHER PART) POS 38
E7 TUNING FREQUANCY (LOWER PART)
E8 S-SYS AFT (auto) C-SYS
E9 TUNING FREQUANCY (HIGHER PART) POS 39
EA TUNING FREQUANCY (LOWER PART)
EB S-SYS AFT (auto) C-SYS
EC TUNING FREQUANCY (HIGHER PART) POS 40
ED TUNING FREQUANCY (LOWER PART)
EE S-SYS AFT (auto) C-SYS
EF TUNING FREQUANCY (HIGHER PART) POS 41
F0 TUNING FREQUANCY (LOWER PART)
F1 S-SYS AFT (auto) C-SYS
F2 TUNING FREQUANCY (HIGHER PART) POS 42
F3 TUNING FREQUANCY (LOWER PART)
F4 S-SYS AFT (auto) C-SYS
F5 TUNING FREQUANCY (HIGHER PART) POS 43
F6 TUNING FREQUANCY (LOWER PART)
F7 S-SYS AFT (auto) C-SYS
F8 TUNING FREQUANCY (HIGHER PART) POS 44
F9 TUNING FREQUANCY (LOWER PART)
FA S-SYS AFTAFT (auto) C-SYS
FB TUNING FREQUANCY (HIGHER PART) POS 45
FC TUNING FREQUANCY (LOWER PART)
FD S-SYS AFT (auto) C-SYS
FE POS 46
FF
MODEL MODEL
LETTER NO. LETTER NO.
15
14A1-RU14A2-RU
15-2
15-1
ADDRESS DATA MICON EEPROM EEPROM CHASSIS CTV FINAL LAST INITIAL
(HEX) D7 D6 D5 D4 D3 D2 D1 D0 DEFAULT RANGE WRITE(CPU) CHECK DATA CHECK TYPE CHECK DATA CHECK TYPE SETTING DATA REMARK
100 POS 46
101 TUNING FREQUANCY (HIGHER PART) POS 47
102 TUNING FREQUANCY (LOWER PART)
103 S-SYS AFT (auto) C-SYS
104 TUNING FREQUANCY (HIGHER PART) POS 48
105 TUNING FREQUANCY (LOWER PART)
106 S-SYS AFT (auto) C-SYS
107 TUNING FREQUANCY (HIGHER PART) POS 49
108 TUNING FREQUANCY (LOWER PART)
109 S-SYS AFT (auto) C-SYS
10A TUNING FREQUANCY (HIGHER PART) POS 50
10B TUNING FREQUANCY (LOWER PART)
10C S-SYS AFT (auto) C-SYS
10D TUNING FREQUANCY (HIGHER PART) POS 51
10E TUNING FREQUANCY (LOWER PART)
10F S-SYS AFT (auto) C-SYS
110 TUNING FREQUANCY (HIGHER PART) POS 52
111 TUNING FREQUANCY (LOWER PART)
112 S-SYS AFT (auto) C-SYS
113 TUNING FREQUANCY (HIGHER PART) POS 53
114 TUNING FREQUANCY (LOWER PART)
115 S-SYS AFT (auto) C-SYS
116 TUNING FREQUANCY (HIGHER PART) POS 54
117 TUNING FREQUANCY (LOWER PART)
118 S-SYS AFT (auto) C-SYS
119 TUNING FREQUANCY (HIGHER PART) POS 55
11A TUNING FREQUANCY (LOWER PART)
11B S-SYS AFT (auto) C-SYS
11C TUNING FREQUANCY (HIGHER PART) POS 56
11D TUNING FREQUANCY (LOWER PART)
11E S-SYS AFT (auto) C-SYS
11F TUNING FREQUANCY (HIGHER PART) POS 57
120 TUNING FREQUANCY (LOWER PART)
121 S-SYS AFT (auto) C-SYS
122 TUNING FREQUANCY (HIGHER PART) POS 58
123 TUNING FREQUANCY (LOWER PART)
124 S-SYS AFT (auto) C-SYS
125 TUNING FREQUANCY (HIGHER PART) POS 59
126 TUNING FREQUANCY (LOWER PART)
127 S-SYS AFT (auto) C-SYS
128 TUNING FREQUANCY (HIGHER PART) POS 60
129 TUNING FREQUANCY (LOWER PART)
12A S-SYS AFT (auto) C-SYS
12B TUNING FREQUANCY (HIGHER PART) POS 61
12C TUNING FREQUANCY (LOWER PART)
12D S-SYS AFT (auto) C-SYS
12E TUNING FREQUANCY (HIGHER PART) POS 62
12F TUNING FREQUANCY (LOWER PART)
130 S-SYS AFT (auto) C-SYS
131 TUNING FREQUANCY (HIGHER PART) POS 63
132 TUNING FREQUANCY (LOWER PART)
133 S-SYS AFT (auto) C-SYS
134 TUNING FREQUANCY (HIGHER PART) POS 64
135 TUNING FREQUANCY (LOWER PART)
136 S-SYS AFT (auto) C-SYS
137 TUNING FREQUANCY (HIGHER PART) POS 65
138 TUNING FREQUANCY (LOWER PART)
139 S-SYS AFT (auto) C-SYS
13A TUNING FREQUANCY (HIGHER PART) POS 66
13B TUNING FREQUANCY (LOWER PART)
13C S-SYS AFT (auto) C-SYS
13D TUNING FREQUANCY (HIGHER PART) POS 67
13E TUNING FREQUANCY (LOWER PART)
13F S-SYS AFT (auto) C-SYS
MODEL MODEL
LETTER NO. LETTER NO.
16
14A1-RU14A2-RU
16-2
16-1
ADDRESS DATA MICON EEPROM EEPROM CHASSIS CTV FINAL LAST INITIAL
(HEX) D7 D6 D5 D4 D3 D2 D1D1 D0 DEFAULT RANGE WRITE(CPU) CHECK DATA CHECK TYPE CHECK DATA CHECK TYPE SETTING DATA REMARK
140 TUNING FREQUANCY (HIGHER PART) POS 68
141 TUNING FREQUANCY (LOWER PART)
142 S-SYS AFT (auto) C-SYS
143 TUNING FREQUANCY (HIGHER PART) POS 69
144 TUNING FREQUANCY (LOWER PART)
145 S-SYS AFT (auto) C-SYS
146 TUNING FREQUANCY (HIGHER PART) POS 70
147 TUNING FREQUANCY (LOWER PART)
148 S-SYS AFT (auto) C-SYS
149 TUNING FREQUANCY (HIGHER PART) POS 71
14A TUNING FREQUANCY (LOWER PART)
14B S-SYS AFT (auto) C-SYS
14C TUNING FREQUANCY (HIGHER PART) POS 72
14D TUNING FREQUANCY (LOWER PART)
14E S-SYS AFT (auto) C-SYS
14F TUNING FREQUANCY (HIGHER PART) POS 73
150 TUNING FREQUANCY (LOWER PART)
151 S-SYS AFT (auto) C-SYS
152 TUNING FREQUANCY (HIGHER PART) POS 74
153 TUNING FREQUANCY (LOWER PART)
154 S-SYS AFT (auto) C-SYS
155 TUNING FREQUANCY (HIGHER PART) POS 75
156 TUNING FREQUANCY (LOWER PART)
157 S-SYS AFT (auto) C-SYS
158 TUNING FREQUANCY (HIGHER PART) POS 76
159 TUNING FREQUANCY (LOWER PART)
15A S-SYS AFT (auto) C-SYS
15B TUNING FREQUANCY (HIGHER PART) POS 77
15C TUNING FREQUANCY (LOWER PART)
15D S-SYS AFT (auto) C-SYS
15E TUNING FREQUANCY (HIGHER PART) POS 78
15F TUNING FREQUANCY (LOWER PART)
160 S-SYS AFT (auto) C-SYS
161 TUNING FREQUANCY (HIGHER PART) POS 79
162 TUNING FREQUANCY (LOWER PART)
163 S-SYS AFT (auto) C-SYS
164 TUNING FREQUANCY (HIGHER PART) POS 80
165 TUNING FREQUANCY (LOWER PART)
166 S-SYS AFT (auto) C-SYS
167 TUNING FREQUANCY (HIGHER PART) POS 81
168 TUNING FREQUANCY (LOWER PART)
169 S-SYS AFT (auto) C-SYS
16A TUNING FREQUANCY (HIGHER PART) POS 82
16B TUNING FREQUANCY (LOWER PART)
16C S-SYS AFT (auto) C-SYS
16D TUNING FREQUANCY (HIGHER PART) POS 83
16E TUNING FREQUANCY (LOWER PART)
16F S-SYS AFT (auto) C-SYS
170 TUNING FREQUANCY (HIGHER PART) POS 84
171 TUNING FREQUANCY (LOWER PART)
172 S-SYS AFT (auto) C-SYS
173 TUNING FREQUANCY (HIGHER PART) POS 85
174 TUNING FREQUANCY (LOWER PART)
175 S-SYS AFT (auto) C-SYS
176 TUNING FREQUANCY (HIGHER PART) POS 86
177 TUNING FREQUANCY (LOWER PART)
178 S-SYS AFT (auto) C-SYS
179 TUNING FREQUANCY (HIGHER PART) POS 87
17A TUNING FREQUANCY (LOWER PART)
17B S-SYS AFT (auto) C-SYS
17C TUNING FREQUANCY (HIGHER PART) POS 88
17D TUNING FREQUANCY (LOWER PART)
17E S-SYS AFT (auto) C-SYS
17F POS 89
MODEL MODEL
LETTER NO. LETTER NO.
17
14A1-RU14A2-RU
17-2
17-1
ADDRESS DATA MICON EEPROM EEPROM CHASSIS CTV FINAL LAST INITIAL
(HEX) D7 D6 D5 D4 D3 D2 D1 D0 DEFAULT RANGE WRITE(CPU) CHECK DATA CHECK TYPE CHECK DATA CHECK TYPE SETTING DATA REMARK
180 POS 89
181
182 TUNING FREQUANCY (HIGHER PART) POS 90
183 TUNING FREQUANCY (LOWER PART)
184 S-SYS AFT (auto) C-SYS
185 TUNING FREQUANCY (HIGHER PART) POS 91
186 TUNING FREQUANCY (LOWER PART)
187 S-SYS AFT (auto) C-SYS
188 TUNING FREQUANCY (HIGHER PART) POS 92
189 TUNING FREQUANCY (LOWER PART)
18A S-SYS AFT (auto) C-SYS
18B TUNING FREQUANCY (HIGHER PART) POS 93
18C TUNING FREQUANCY (LOWER PART)
18D S-SYS AFT (auto) C-SYS
18E TUNING FREQUANCY (HIGHER PART) POS 94
18F TUNING FREQUANCY (LOWER PART)
190 S-SYS AFT (auto) C-SYS
191 TUNING FREQUANCY (HIGHER PART) POS 95
192 TUNING FREQUANCY (LOWER PART)
193 S-SYS AFT (auto) C-SYS
194 TUNING FREQUANCY (HIGHER PART) POS 96
195 TUNING FREQUANCY (LOWER PART)
196 S-SYS AFT (auto) C-SYS
197 TUNING FREQUANCY (HIGHER PART) POS 97
198 TUNING FREQUANCY (LOWER PART)
199 S-SYS AFT (auto) C-SYS
19A TUNING FREQUANCY (HIGHER PART) POS 98
19B TUNING FREQUANCY (LOWER PART)
19C S-SYS AFT (auto) C-SYS
19D TUNING FREQUANCY (HIGHER PART) POS 99
19E TUNING FREQUANCY (LOWER PART)
19F S-SYS AFT (auto) C-SYS
1A0 AV1
1A1
1A2 (auto) C-SYS
1A3 AV2
1A4
1A5 (auto) C-SYS
1A6
1A7
1A8
1A9
1AA
1AB
1AC
1AD
1AE
1AF
1B0
1B1
1B2
1B3
1B4
1B5
1B6
1B7
1B8
1B9
1BA
1BB
1BC
1BD
1BE
1BF
MODEL MODEL
LETTER NO. LETTER NO.
18
14A1-RU14A2-RU
18-2
18-1
ADDRESS DATA MICON EEPROM EEPROM CHASSIS CTV FINAL LAST INITIAL
(HEX) D7 D6 D5 D4 D3 D2 D1 D0 DEFAULT RANGE WRITE(CPU) CHECK DATA CHECK TYPE CHECK DATA CHECK TYPE SETTING DATA REMARK
1C0
1C1
1C2
1C3
1C4
1C5
1C6
1C7
1C8
1C9
1CA
1CB
1CC
1CD
1CE
1CF
1D0
1D1
1D2
1D3
1D4
1D5
1D6
1D7
1D8
1D9
1DA
1DB
1DC
1DD
1DE
1DF
1E0
1E1
1E2
1E3
1E4
1E5
1E6
1E7
1E8
1E9
1EA
1EB
1EC
1ED
1EE
1EF
1F0
1F1
1F2
1F3
1F4
1F5
1F6
1F7
1F8
1F9
1FA
1FB
1FC
1FD
1FE
1FF
MODEL MODEL
LETTER NO. LETTER NO.
19
14A1-RU14A2-RU
19-2
19-1
TR
OU
BL
E S
HO
OT
ING
TA
BL
E (C
on
tin
ued
)
NO
PIC
TU
RE
, NO
SO
UN
D
Doe
s no
ise
sign
al a
ppea
r at
pi
n (4
4) o
f IC
801
?NO
SO
UN
D
No
snow
noi
se.
Doe
s no
ise
or s
igna
l app
ear
at p
in (
40)
of IC
801
?
Noi
se in
crea
ses
but n
o si
gnal
is
rece
ived
.
Che
ck th
e tu
ner
supp
ly v
olta
ge L
B m
ust
be a
ppro
x. 5
V. B
T m
ust b
e ap
prox
, 32V
. A
nd C
H p
rese
t dat
a ch
eck.
Che
ck th
e tu
ner
AG
C
(TP
201)
.
Doe
s no
ise
or
sign
al a
ppea
r at
pi
n (3
8) o
f IC
801
?
Che
ck IC
801
and
its r
elat
ed c
ircui
t.
Che
ck Q
205
and
rela
ted
circ
uit.
Che
ck p
in (
1) o
f S
F20
1 an
d T
uner
re
late
d ci
rcui
t.C
heck
pin
(37
)of
IC80
1 an
d re
late
d ci
rcui
t.
Che
ckIC
801.
Che
ck C
356
and
its p
erip
hera
l ci
rcui
t.
Che
ck p
in (
27)
of
IC80
1, T
uner
and
re
late
d ci
rcui
t.
Che
ck p
in(3
8) o
f IC
801.
Doe
s th
e no
ise
leve
l inc
reas
e at
max
.C
ontr
ast,
Brig
htne
ss a
nd S
ound
con
trol
s ?
CIR
CU
ITS
TO
BE
CH
EC
KE
D:
» T
uner
.»
PIF
.»
Aut
omat
ic G
ain
Con
trol
.»
(5V
), (
32V
) P
ower
Sou
rce.
CIR
CU
ITS
TO
BE
CH
EC
KE
D:
» S
ound
sys
tem
pin
s (2
8)
and
(44)
of I
C80
1.»
Sou
nd D
etec
tor
Circ
uit.
» S
ound
Sw
itch
and
Att.
Con
trol
.»
Aud
io O
utpu
t Circ
uit.
Doe
s si
gnal
app
ear
at p
ins
(6)
and
(8)
of IC
301
?
Che
ck P
301
conn
ecto
r of
IC
301
and
perip
hera
l circ
uit.
Che
ck Q
301,
pin
s(4)
and
(6)
of
IC80
1 an
d pe
riphe
ral
circ
uit.
Doe
s si
gnal
app
ear
at p
ins(
28)
and
(29)
of I
C80
1?
TR
OU
BL
E S
HO
OT
ING
TA
BL
E
NO
RA
ST
ER
Blo
wn
out.
Rep
lace
the
fuse
.
Che
ck IC
701,
D70
1 an
d C
707.
The
fuse
is a
gain
blo
wn
out.
Doe
s ho
rizon
tal c
ircui
t os
cilla
te ?
Che
ck IC
651,
IC75
1 an
d IC
801.
D10
01 (
Pow
er L
ED
Red
) tu
rns
on o
r tu
rns
ON
/OF
F.
Che
ck T
701
pin
(7)
volta
ge
(App
rox.
310
V a
t 220
V A
C)
Che
ck F
701.
Che
ck S
econ
dary
Mai
n+B
(App
rox.
115
V)
Che
ck C
RT
con
nect
or K
1-K
5 bi
as.
Che
ck
C78
7.C
heck
IC
801.
Che
ckin
g th
e pr
otec
tor
circ
uit.
Che
ck R
618
and
R61
5.
D10
01 (
Pow
er L
ED
Gre
en)
turn
s on
.C
heck
D75
8, IC
702,
IC75
3 an
d D
762.
Che
ck R
701,
R70
7 an
d D
709.
20
14A1-RU14A2-RU
20-2
20-1
TR
OU
BL
E S
HO
OT
ING
TA
BL
E (C
on
tin
ued
)
NO
SP
EC
IFIC
CO
LO
UR
Is s
ome
colo
ur p
rodu
ced
in
B/W
bro
adca
st r
ecep
tion
?
Is th
e w
hite
bal
ance
pro
perly
ad
just
ed ?
Rea
djus
t the
whi
te b
alan
ce.
The
pic
ture
col
our
is y
ello
w.
The
pic
ture
col
our
is m
agen
ta.
The
pic
ture
col
our
is c
yan.
Che
ck Q
871,
Q88
3 an
d th
eir
adja
cent
circ
uits
.C
heck
Q87
0, Q
885
and
thei
r ad
jace
nt c
ircui
ts.
Che
ck Q
872,
Q88
7 an
d th
eir
adja
cent
circ
uits
.
Che
ck IC
801
and
bias
co
ntro
l circ
uit.
NO
SP
EC
IFIC
CO
LO
UR
“PA
L”/
“SE
CA
M”
(NO
CO
LO
UR
SY
NC
HR
ON
IZA
TIO
N)
Che
ck IC
801,
R80
1, R
802,
R
803,
D80
4, D
805,
D80
6 an
d Q
801.
Che
ck X
1001
.(12
MH
z)
TR
OU
BL
E S
HO
OT
ING
TA
BL
E (C
on
tin
ued
)
NE
ITH
ER
VE
RT
ICA
L N
OR
HO
RIZ
ON
TA
L S
YN
CH
RO
NIZ
AT
ION
CIR
CU
IT T
O B
E C
HE
CK
ED
:»
Syn
c. S
epar
ator
Circ
uit.
NO
VE
RT
ICA
L S
CA
N
Ver
tical
line
arity
and
siz
e is
ab
norm
al.
Che
ck p
ins(
16),
(17
) an
d (3
4) o
f IC
801.
DE
FE
CT
IVE
VE
RT
ICA
L A
MP
.A
ND
VE
RT
ICA
L L
INE
AR
ITY
Rea
djus
t ver
tical
siz
e.(B
as D
ata)
Che
ck IC
501.
Che
ck C
503
and
C50
7.
Che
ck IC
501.
Che
ck R
504,
R50
3, R
506,
R
513,
C51
7 an
d D
501.
21
14A1-RU14A2-RU
21-2
21-1
UA
1 H
OT
EL
MO
DE
AP
PLI
CA
TIO
N
How
to e
nabl
e/di
sabl
e th
e "H
otel
Mod
e" ?
Ans
:a)
Pre
ss th
e R
/C (
FU
NC
TIO
N)
{1}
key
until
lang
uage
sel
ectio
n ap
pear
, with
in fi
ve s
econ
d pr
ess
the
(one
/two
digi
t) {
2} k
ey a
nd k
eep
pres
sing
it fo
r fiv
e se
cond
, the
n yo
u ca
n se
e th
e ho
tel m
ode
with
four
dig
its p
ass-
wor
d.
b)K
ey in
the
four
dig
its p
assw
ord
star
ting
with
num
ber
"1",
"3"
, "7"
, "9"
, the
n th
e ho
tel m
ode
will
be
enab
le,
you
can
switc
h on
/off
the
hote
l mod
e by
usi
ng R
/C (
volu
me
up/d
own)
{3}
key
.
* W
e re
com
men
dB
efor
e se
t the
hot
el m
ode,
it is
bet
ter
to c
hoos
e ch
1 &
set
s-v
ol le
vel U
p to
75%
full
scal
e.A
fter
set h
otel
mod
e, s
tart
ing
chan
nel w
ill b
e al
way
s ch
1 &
max
imum
sou
nd le
vel o
ut w
ill b
e se
t the
hal
f of
full
scal
e.*
If yo
u se
t hot
el m
ode
in A
V, s
tart
ing
chan
nel w
ill b
e th
e la
st c
h w
hich
you
rec
eive
d be
fore
pow
er o
ff (s
ame
asno
rmal
ope
ratio
n)
CO
ND
ITIO
N:
Whe
n us
ing
hote
l mod
e, u
ser
can
cont
rol "
cont
rast
", "
brig
htne
ss",
"sh
arpn
ess"
and
"tin
t" fu
nctio
n.B
ut a
fter
pow
er o
ff, it
will
ret
urn
to th
e in
itial
set
ting.
You
can'
t use
:-- Pre
set m
ode
Fin
e tu
ning
Ski
p m
ode
Sys
tem
sel
ectio
nT
he o
ther
s fu
nctio
n is
allo
wed
to b
e us
ed.
#1 C
h 1
is y
our
sele
cted
cha
nnel
for
hote
l mod
e.
HO
TE
L O
NPA
SS
WO
RD
***
*
Set
vol
up/
dow
n by
R/C
key
.
Inpu
t 1,3
,7,9
by
R/C
key
.
22
14A1-RU14A2-RU
22-2
22-1
TOP VIEW
SOLID STATE DEVICE BASE DIAGRAM
M24C04W FX0008GE D601A B709A
8 5
1 4
4 3
1 2
2SC1815 2SC2482PST573J DX0386CE
BASE COLLECTOREMITTER
BASE COLLECTOREMITTER
B C EKA7808KA7805
1 2 3
ANODE (RED)CATHODE (COMMON)ANODE (GREEN)
1 2 3 1 3
SE115N
STRF6653STRF6654
TDA7056A
PX0423CE
2SD18772SD2586
1 12
+ ~ ~ -
2R :BG:
COLLECTOR COLLECTOR
BASE EMITTER
2SC2735
2R
COLLECTOR
BASE EMITTERBASE EMITTER
1 8
LA7016
1 3
1 5TA48M0331 3 5 7
2 4 6 89
TDA8357
iX3368CE
SIDE VIEW
23
14A1-RU14A2-RU
23-2
23-1
WAVEFORMS
24
14A1-RU14A2-RU
1 2 3 4 5 6 7 8 9 10
A
B
C
D
E
F
G
H
I
J
MODEL 14A1-RU CHASSIS LAYOUT
25
14A1-RU14A2-RU
1 2 3 4 5 6 7 8 9 10
A
B
C
D
E
F
G
H
I
J
MODEL 14A2-RU CHASSIS LAYOUT
26
14A1-RU14A2-RU
DESCRIPTION OF SCHEMATIC DIAGRAM
SAFETY NOTES:1. DISCONNECT THE AC PLUG FROM THE AC OUTLET BEFORE
REPLACING PARTS.2. SEMICONDUCTOR HEAT SINKS SHOULD BE REGARDED AS
POTENTIAL SHOCK HAZARDS WHEN THE CHASSIS IS OP-ERATING.
IMPORTANT SAFETY NOTICE:PARTS MARKED WITH " å " ( ) ARE IMPOTANT FORMAINTAINING THE SAFETY OF THE SET. BE SURE TO REPLACETHESE PARTS WITH SPECIFIED ONES FOR MAINTAINING THESAFETY AND PERFORMANCE OF THE SET.
SERVICE PRECAUTION:THE AREA ENCLOSED BY THIS LINE ( —– - —– ) IS DIRECTLYCONNECTED WITH AC MAINS VOLTAGE.WHEN SERVICING THE AREA, CONNECT AN ISOLATING TRANS-FORMER BETWEEN TV RECEIVER AND AC LINE TO ELIMINATEHAZARD OF ELECTRIC SHOCK.
NOTES:1. The unit of resistance "ohm" is omitted.
(K = 1000 ohms, M = Mega ohm).2. All resistors are 1/8 watt, unless otherwise noted.3. All capacitors are µF, unless otherwise noted. (P = µµF).
VOLTAGE MEASUREMENT CONDITIONS:1. Voltages in parenthesis measured with no signal.2. Voltages without parenthesis measured with 3mV B & W or Col-
our signal.3. All the voltages in each point are measured with VTVM.
WAVEFORM MEASUREMENT CONDITIONS:1. The colour bar generator signal of 1.0V peak applied at pin (24)
of IC201.2. Approximately 4V AGC bias .
27
14A1-RU14A2-RU
1 2 3 4 5 6 7 8 9 10
A
B
C
D
E
F
G
H
I
J
SCHEMATIC DIAGRAM: CRT Unit
2928
14A1-RU14A2-RU
14A1-RU14A2-RU
1 2 3 4 5 6 7 8 9 10
A
B
C
D
E
F
G
H
I
J
11 12 13 14 15 16 17 18 19
SCHEMATIC DIAGRAM: MODEL 14A1-RU MAIN Unit
3130
14A1-RU14A2-RU
14A1-RU14A2-RU
1 2 3 4 5 6 7 8 9 10
A
B
C
D
E
F
G
H
I
J
11 12 13 14 15 16 17 18 19
SCHEMATIC DIAGRAM: MODEL 14A2-RU MAIN Unit
3332
14A1-RU14A2-RU
14A1-RU14A2-RU
1 2 3 4 5 6 7 8 9 10
A
B
C
D
E
F
G
H
I
J
11 12 13 14 15 16 17 18 19
BLOCK DIAGRAM - 1/3:MODEL 14A1-RU MAIN Unit
PWB-A: MAIN Unit
3534
14A1-RU14A2-RU
14A1-RU14A2-RU
1 2 3 4 5 6 7 8 9 10
A
B
C
D
E
F
G
H
I
J
11 12 13 14 15 16 17 18 19
BLOCK DIAGRAM - 2/3:MODEL 14A2-RU MAIN Unit
PWB-A: MAIN Unit
36
14A1-RU14A2-RU
1 2 3 4 5 6 7 8 9 10
A
B
C
D
E
F
G
H
I
J
BLOCK DIAGRAM - 3/3:CRT Unit
PWB-B: CRT Unit
37
14A1-RU14A2-RU
1 2 3 4 5 6 7 8 9 10
A
B
C
D
E
F
G
H
I
J
PRINTED WIRING BOARD ASSEMBLIESPWB-B: CRT Unit (Wiring Side)
3938
14A1-RU14A2-RU
14A1-RU14A2-RU
1 2 3 4 5 6 7 8 9 10
A
B
C
D
E
F
G
H
I
J
11 12 13 14 15 16 17 18 19
PWB-A: MAIN Unit (Wiring Side)
4140
14A1-RU14A2-RU
14A1-RU14A2-RU
1 2 3 4 5 6 7 8 9 10
A
B
C
D
E
F
G
H
I
J
11 12 13 14 15 16 17 18 19
PWB-A: MAIN Unit (Component Side)
Ref. No. Part No. Description CodeRef. No. Part No. Description Code
42
14A1-RU14A2-RU
PARTS LISTPARTS REPLACEMENT
Replacement parts which have these special safety characteristicsare identified in this manual; electrical components having suchfeatures are identified by "å" in the Replacement Parts Lists.The use of a substitute replacement part which does not have thesame safety characteristics as the factory recommended replace-ment parts shown in this service manual may create shock, fire orother hazards.
"HOW TO ORDER REPLACEMENT PARTS"
To have your order filled promptly and correctly, please furnish thefollowing informations.
1. MODEL NUMBER 2. REF. NO.3. PART NO. 4. DESCRIPTION
MARK : SPARE PARTS-DELIVERY SECTION.
Ref. No. Part No. Description Code
åV1 VB37GDA86X/1E R Picture Tube CBQEARC1422PEZZ R Grounding Strap AD
å RCiLG0068PEZZ R Degaussing Coil AHRCiLH0149PEZZ R Deflection Yoke BAPMAGF3045CEZZ R Magnet AGLHLDP1066PE00 R Holder AC
TRANSISTORSQ201 VS2SC2735//1E R 2SC2735 ACQ203 VS2SD601A//-1 R 2SD601A ACQ205 VS2SC3198-G-1 R 2SC3198-G AAQ301 VS2SD601A//-1 R 2SD601A ACQ302 VS2SD601A//-1 R 2SD601A ACQ305 VS2SD601A//-1 R 2SD601A ACQ601 VS2SC2482//-1 R 2SC2482 ADQ602 VS2SD1877//1E R 2SD1877 ALQ603 VS2SD601A//-1 R 2SD601A ACQ723 VS2SD601A//-1 R 2SD601A ACQ752 VS2SC3198-G-1 R 2SC3198-G AAQ753 VS2SC3198-G-1 R 2SC3198-G AAQ801 VS2SB709A//-1 R 2SB709A AAQ802 VS2SB709A//-1 R 2SB709A AAQ1003 VS2SD601A//-1 R 2SD601A ACQ1010 VS2SD601A//-1 R 2SD601A AC
DIODESD201 RH-EX0676GEZZ R Zener Diode AAD301 RH-DX0475CEZZ R Diode ABD305 RH-EX0631GEZZ R Zener Diode AAD308 RH-EX0631GEZZ R Zener Diode AAD310 RH-DX0302CEZZ R Diode (14A1-RU) ACD311 VHDRL3Z////-1 R Diode (14A2-RU) AED401 RH-EX0631GEZZ R Zener Diode AAD402 RH-EX0631GEZZ R Zener Diode AAD501 RH-EX0640GEZZ R Zener Diode AAD502 RH-DX0475CEZZ R Diode ABD503 RH-DX0475CEZZ R Diode ABD504 RH-DX0475CEZZ R Diode ABD505 RH-DX0127CEZZ R Diode ACD507 RH-DX0475CEZZ R Diode ABD508 RH-EX0647GEZZ R Zener Diode AAD509 RH-EX0647GEZZ R Zener Diode AAD510 RH-EX0867CEZZ R Zener Diode ACD511 RH-EX0867CEZZ R Zener Diode ACD512 RH-DX0475CEZZ R Diode ABD513 RH-DX0475CEZZ R Diode ABD514 RH-EX0903CEZZ R Zener Diode ACD515 RH-EX0903CEZZ R Zener Diode ACD602 RH-DX0475CEZZ R Diode ABD603 RH-DX0131CEZZ R Diode ACD604 RH-DX0475CEZZ R Diode ABD605 RH-EX0840CEZZ R Zener Diode ACD606 RH-DX0475CEZZ R Diode ABD607 RH-EX0662GEZZ R Zener Diode ABD608 RH-EX0604GEZZ R Zener Diode ABD609 RH-DX0475CEZZ R Diode ABD610 RH-EX0662GEZZ R Zener Diode ABD611 RH-DX0302CEZZ R Diode ACD612 RH-EX0627GEZZ R Zener Diode AAD613 RH-DX0475CEZZ R Diode ABD614 RH-DX0475CEZZ R Diode ABD701 RH-DX0386CEZZ R Diode AGD702 VHD1SS82///1A R 1SS82 ACD705 RH-DX0492CEZZ R Diode AED706 VHD1SS82///1A R 1SS82 ACD707 VHD1SS82///1A R 1SS82 ACD708 RH-DX0400CEZZ R Diode ACD709 RH-DX0164CEZZ R Diode ACD710 RH-EX0601GEZZ R Zener Diode AAD711 VHD1SS82///1A R 1SS82 ACD713 RH-EX0621GEZZ R Zener Diode ABD750 RH-DX0475CEZZ R Diode ABD752 RH-DX0475CEZZ R Diode ABD753 RH-DX0471CEZZ R Diode AED758 RH-DX0461CEZZ R Diode AGD760 RH-DX0475CEZZ R Diode ABD763 RH-DX0475CEZZ R Diode ABD801 RH-DX0475CEZZ R Diode ABD802 RH-DX0475CEZZ R Diode ABD803 RH-DX0475CEZZ R Diode ABD804 RH-DX0475CEZZ R Diode ABD805 RH-DX0475CEZZ R Diode AB
PRINTED WIRING BOARD ASSEMBLY(NOT REPLACEMENT ITEM)
PWB-A DUNTK9988WEV4 - Main Unit (14A1-RU) —PWB-A DUNTK9988WEV8 - Main Unit (14A2-RU) —PWB-B DUNTK9990WEV4 - CRT Unit —
PWB-A DUNTK9988WEV4/V8MAIN UNIT
TUNER AND ASSEMBLYNOTE: THE PARTS HERE SHOWN ARE SUPPLIED AS AN
ASSEMBLY BUT INDEPENDENTLY.åTU201 VTUVTST5HD84/ R VHF Tuner BB
INTEGRATED CIRCUITSIC301 VHiTDA7056A-1 R TDA7056A APIC304 VHiLA7016//-1 R LA7016 AHIC402 VHiLA7016//-1 R LA7016 AHIC501 VHiTDA8357/-1 R TDA8357J/N1/S1 ANIC605 VHiKA7808AP-1 R KIA7808API AEIC701 VHiSTRF6653-1 R I.C. ASIC751 VHiTA48M033-1 R TA48M033F AHIC753 VHiSE115N//-1 R SE115N AFIC801 RH-iX3368CEN3 R I.C. BCIC1002 VHiPST573J/-1 R I.C. AEIC1003 VHiM24C04W/-1 R I.C. AGIC1005 VHiKA7805AP-1 R KIA7805API AE
PICTURE TUBE
Ref. No. Part No. Description CodeRef. No. Part No. Description Code
43
14A1-RU14A2-RU
C356 VCKYCY1HB682K R 6800p 50V Ceramic AAC359 VCEA9M1CW106M R 10 16V Electrolytic ABC360 VCEA9M1HW225M R 2.2 50V Electrolytic ABC364 VCEA0A1CW106M R 10 16V Electrolytic ABC371 VCEA0A1CW476M R 47 16V Electrolytic ABC373 VCEA0A1CW107M R 100 16V Electrolytic ACC374 VCEA0A1HW225M R 2.2 50V Electrolytic ABC375 VCEAEA1HW225M R 2.2 50V Electrolytic ABC379 VCEA0A1HW335M R 3.3 50V Electrolytic ABC390 VCEA0A1HW105M R 1 50V Electrolytic ABC405 VCEA0A1CW107M R 100 16V Electrolytic ACC406 VCEA0A1CW477M R 470 16V Electrolytic ACC407 VCEA0A1CW106M R 10 16V Electrolytic ABC408 VCEA0A1CW106M R 10 16V Electrolytic ABC409 VCKYCY1EF104Z R 0.1 25V Ceramic AAC410 VCKYCY1EF104Z R 0.1 25V Ceramic AAC411 VCKYCY1HB102K R 1000p 50V Ceramic AAC469 VCEA0A1HW105M R 1 50V Electrolytic ABC501 VCKYCY1HF103Z R 0.01 50V Ceramic AAC502 VCKYCY1HF103Z R 0.01 50V Ceramic AAC503 VCEA0A1EW108M R 1000 25V Electrolytic ADC504 VCKYCY1HF223Z R 0.022 50V Ceramic ABC506 VCQYTA1HM104J R 0.1 50V Mylar AAC507 VCEA0A1JW107M R 100 63V Electrolytic ACC508 VCQYTA1HM103J R 0.01 50V Mylar AAC512 VCKYCY1HB102K R 1000p 50V Ceramic AAC513 VCKYCY1HB102K R 1000p 50V Ceramic AAC514 VCKYPA1HF103Z R 0.01 50V Ceramic AAC515 VCKYPA2HB102K R 1000p 500V Ceramic AAC516 VCEA0A1JW477M R 470 63V Electrolytic AEC517 VCQYTA1HM104J R 0.1 50V Mylar AAC601 VCEAGA2EW106M R 10 250V Electrolytic ACC602 VCQYTA1HM104J R 0.1 50V Mylar AAC603 VCEA0A1HW105M R 1 50V Electrolytic ABC604 VCEA0A1HW105M R 1 50V Electrolytic ABC605 VCKYPA1HF103Z R 0.01 50V Ceramic AAC606 VCKYCY1HF103Z R 0.01 50V Ceramic AAC607 VCEA0A1CW477M R 470 16V Electrolytic ACC608 VCEA0A1EW476M R 47 25V Electrolytic ABC609 VCEA0A1EW108M R 1000 25V Electrolytic ADC610 VCFYSB2EB823J R 0.082 250V M.Polypro ADC611 VCKYPA2HB102K R 1000p 500V Ceramic AAC612 RC-EZ0724CEZZ R 100 160V Electrolytic AGC613 VCFPVC2DB394J R 0.39 200V M.Polypro AEC614 RC-KZ0035CEZZ R Capacitor ABC615 VCFPVC2DB224J R 0.22 200V M.Polypro AEC616 VCFPPD3CA622H R 6200p 1600V M.Polypro AEC617 VCKYPA2HB102K R 1000p 500V Ceramic AAC620 VCKYCY1EF104Z R 0.1 25V Ceramic AAC623 VCQYTA1HM222J R 2200p 50V Mylar AAC624 VCQYTA1HM472J R 4700p 50V Mylar ABC625 VCEA0A1HW105M R 1 50V Electrolytic ABC626 VCKYCY1HF223Z R 0.022 50V Ceramic ABC627 VCEA0A1HW106M R 10 50V Electrolytic ABC628 VCEA0A1HW224M R 0.22 50V Electrolytic ABC650 VCKYCY1EF104Z R 0.1 25V Ceramic AAC654 VCEA0A1CW476M R 47 16V Electrolytic ABC700 VCQYTA1HM103J R 0.01 50V Mylar AA
å C701 RC-FZ033SCEZZ R 0.047 AC250V M.Polypro AFC702 RC-KZ0160GEZZ R 0.01 250V Ceramic ACC703 RC-KZ0160GEZZ R 0.01 250V Ceramic ACC704 VCKYPA2HB102K R 1000p 500V Ceramic AAC705 VCKYPA2HB102K R 1000p 500V Ceramic AAC707 RC-EZ1044CEZZ R 150 400V Electrolytic AMC708 RC-KZ0160GEZZ R 0.01 250V Ceramic ACC709 RC-QZA471TAYJ R 470p 50V Mylar ABC711 RC-KZ0339CEZZ R 680p 2kV Ceramic ADC712 VCQYTA1HM102J R 1000p 50V Mylar AAC713 RC-KZ007JCEZZ R 0.01 250V Ceramic ACC714 RC-KZ0338CEZZ R 560p 2kV Ceramic ADC715 VCKYPA2HB102K R 1000p 500V Ceramic AAC716 VCEA0A1EW107M R 100 25V Electrolytic ACC717 VCQYTA1HM182J R 1800p 50V Mylar AAC718 VCEAGA2AW475M R 4.7 100V Electrolytic AB
å C721 RC-KZ0106GEZZ R 3300p 2kV Ceramic AGC752 VCEA0A0JW107M R 100 6.3V Electrolytic AB
D806 RH-DX0475CEZZ R Diode ABD1001 RH-PX0423CEZZ R PhotoDiode ADD1004 RH-DX0475CEZZ R Diode ABD1007 RH-EX0867CEZZ R Zener Diode ACD1008 RH-EX0867CEZZ R Zener Diode ACD1009 RH-EX0867CEZZ R Zener Diode ACD1010 RH-EX0867CEZZ R Zener Diode ACD1011 RH-EX0627GEZZ R Zener Diode(14A2-RU) AA
å IC702 RH-FX0008GEZZ R PC123FY8 AE
PACKAGED CIRCUITSå VA700 RH-VX0047CEZZ R Varistor AF
PR702 RMPTP0028CEZZ R Packaged Circuit AGX1001 RCRSB0281CEZZ R Crystal AG
COILSL202 VP-DF270K0000 R Peaking 27µH ABL203 VP-DF270K0000 R Peaking 27µH ABL204 VP-XF1R2K0000 R Peaking 1.2µH ABL205 VP-DF1R0K0000 R Peaking 1µH ABL207 VP-DF1R0K0000 R Peaking 1µH ABL208 VP-XF100K0000 R Peaking 10µH ABL209 VP-XF6R8K0000 R Peaking 6.8µH ABL301 VP-DF1R0K0000 R Peaking 1µH ABL401 VP-DF1R0K0000 R Peaking 1µH ABL601 VP-CF1R0M0000 R Peaking 1µH ABL603 RCiLP0225CEZZ R Coil AF
å L701 RCiLF0021PEZZ R Coil AKå L702 RCiLF0036PEZZ R Coil AN
L802 VP-DF100K0000 R Peaking 10µH ABL803 VP-DF100K0000 R Peaking 10µH ABL1030 VP-DF100K0000 R Peaking 10µH ABL1050 VP-DF100K0000 R Peaking 10µH ABL1051 VP-DF100K0000 R Peaking 10µH AB
FILTERCF201 RFiLC0024CEZZ R Filter AECF202 RFiLC0318CEZZ R Filter AGSF201 RFiLC0442CEZZ R Filter AL
TRANSFORMERSå T602 RTRNF0187PEZZ R H-VOLT Transformer AYå T603 RTRNZ0179CEZZ R Transformer AEå T701 RTRNZ0180PEZZ R Transformer AN
CAPACITORSC200 VCEA0A1CW476M R 47 16V Electrolytic ABC203 VCKYCY1HF103Z R 0.01 50V Ceramic AAC204 VCEA0A1CW107M R 100 16V Electrolytic ACC205 VCKYCY1HF103Z R 0.01 50V Ceramic AAC206 VCEA0A1HW106M R 10 50V Electrolytic ABC207 VCKYCY1HF103Z R 0.01 50V Ceramic AAC208 VCKYCY1HF103Z R 0.01 50V Ceramic AAC209 VCKYCY1HF103Z R 0.01 50V Ceramic AAC210 VCKYCY1HF103Z R 0.01 50V Ceramic AAC211 VCKYCY1EF104Z R 0.1 25V Ceramic AAC212 VCEA0A1CW106M R 10 16V Electrolytic ABC213 VCKYCY1HF223Z R 0.022 50V Ceramic ABC215 VCEA0A1CW476M R 47 16V Electrolytic ABC216 VCKYCY1HB821K R 820p 50V Ceramic AAC217 VCKYCY1HB472K R 4700p 50V Ceramic AAC302 VCEA0A1HW225M R 2.2 50V Electrolytic ABC303 VCEA0A1CW106M R 10 16V Electrolytic ABC304 VCQYTA1HM473J R 0.047 50V Mylar AAC305 VCQYTA1HM473J R 0.047 50V Mylar AAC312 VCQYTA1HM123J R 0.012 50V Mylar AAC314 VCEA0A1EW477M R 470 25V Electrolytic ADC315 VCKYPA1HF103Z R 0.01 50V Ceramic AAC317 VCEA0A1HW224M R 0.22 50V Electrolytic ABC318 VCKYCY1HB102K R 1000p 50V Ceramic AAC331 VCEA0A1HW105M R 1 50V Electrolytic ABC332 VCEA0A1EW477M R 470 25V Electrolytic ADC333 VCKYPA2HB102K R 1000p 500V Ceramic AA
Ref. No. Part No. Description CodeRef. No. Part No. Description Code
44
14A1-RU14A2-RU
RJ85 VRN-MD2AL000J R 0 1/10W Metal Film AARJ87 VRN-MD2AL000J R 0 1/10W Metal Film AARJ88 VRN-MD2AL000J R 0 1/10W Metal Film AARJ89 VRN-MD2AL000J R 0 1/10W Metal Film AARJ92 VRN-MD2AL000J R 0 1/10W Metal Film AARJ94 VRN-MD2AL000J R 0 1/10W Metal Film AARJ96 VRN-MD2AL000J R 0 1/10W Metal Film AARJ97 VRN-MD2AL000J R 0 1/10W Metal Film AARJ100 VRN-MD2AL000J R 0 1/10W Metal Film AARJ103 VRN-MD2AL000J R 0 1/10W Metal Film AARJ105 VRN-MD2AL000J R 0 1/10W Metal Film AARJ201 VRN-MD2AL000J R 0 1/10W Metal Film AARJ202 VRN-MD2AL000J R 0 1/10W Metal Film AARJ204 VRN-MD2AL000J R 0 1/10W Metal Film AARJ205 VRN-MD2AL000J R 0 1/10W Metal Film AARJ206 VRN-MD2AL000J R 0 1/10W Metal Film AAR201 VRN-MD2AL101J R 100 1/10W Metal Film AAR202 VRN-MD2AL101J R 100 1/10W Metal Film AAR203 VRD-RM2HD102J R 1k 1/2W Carbon AAR204 VRD-RM2HD102J R 1k 1/2W Carbon AAR205 VRD-RA2BE680J R 68 1/8W Carbon AAR206 VRN-MD2AL122J R 1.2k 1/10W Metal Film AAR207 VRN-MD2AL221J R 220 1/10W Metal Film AAR208 VRN-MD2AL122J R 1.2k 1/10W Metal Film AAR209 VRN-MD2AL392J R 3.9k 1/10W Metal Film AAR217 VRD-RA2BE392J R 3.9k 1/8W Carbon AAR218 VRN-MD2AL102J R 1k 1/10W Metal Film AAR219 VRN-MD2AL391J R 390 1/10W Metal Film AAR220 VRN-MD2AL101J R 100 1/10W Metal Film AAR221 VRN-MD2AL102J R 1k 1/10W Metal Film AAR222 VRN-MD2AL681J R 680 1/10W Metal Film AAR226 VRN-MD2AL750J R 75 1/10W Metal Film AAR227 VRD-RM2HD330J R 33 1/2W Carbon AAR228 VRD-RM2HD330J R 33 1/2W Carbon AAR230 VRN-MD2AL101J R 100 1/10W Metal Film AAR231 VRN-MD2AL153J R 15k 1/10W Metal Film AAR232 VRD-RA2BE680J R 68 1/8W Carbon AAR233 VRN-MD2AL181J R 180 1/10W Metal Film AAR237 VRN-MD2AL272J R 2.7k 1/10W Metal Film AAR238 VRN-MD2AL821J R 820 1/10W Metal Film AAR239 VRN-MD2AL221J R 220 1/10W Metal Film AAR302 VRN-MD2AL473J R 47k 1/10W Metal Film AAR303 VRN-MD2AL473J R 47k 1/10W Metal Film AAR304 VRN-MD2AL392J R 3.9k 1/10W Metal Film AAR305 VRN-MD2AL100J R 10 1/10W Metal Film AAR307 VRD-RA2BE182J R 1.8k 1/8W Carbon AAR308 VRD-RA2BE472J R 4.7k 1/8W Carbon AAR320 VRN-MD2AL101J R 100 1/10W Metal Film AAR321 VRN-MD2AL561J R 560 1/10W Metal Film AAR328 VRN-MD2AL564J R 560k 1/10W Metal Film AAR329 VRN-MD2AL332J R 3.3k 1/10W Metal Film AAR330 VRN-MD2AL101J R 100 1/10W Metal Film AAR331 VRN-MD2AL102J R 1k 1/10W Metal Film AAR332 VRN-MD2AL561J R 560 1/10W Metal Film AAR333 VRN-MD2AL103J R 10k 1/10W Metal Film AAR334 VRN-MD2AL102J R 1k 1/10W Metal Film AAR341 VRN-MD2AL332J R 3.3k 1/10W Metal Film AAR342 VRN-MD2AL564J R 560k 1/10W Metal Film AAR343 VRN-MD2AL104J R 100k 1/10W Metal Film AAR344 VRN-MD2AL101J R 100 1/10W Metal Film AAR357 VRN-MD2AL100J R 10 1/10W Metal Film AAR378 VRN-VV3DBR68J R 0.68 2W Metal Film AAR403 VRN-MD2AL101J R 100 1/10W Metal Film AAR404 VRD-RA2BE820J R 82 1/8W Carbon AAR406 VRN-MD2AL103J R 10k 1/10W Metal Film AAR407 VRN-MD2AL101J R 100 1/10W Metal Film AAR411 VRD-RA2BE820J R 82 1/8W Carbon AAR412 VRN-MD2AL101J R 100 1/10W Metal Film AAR501 VRN-MD2AL182J R 1.8k 1/10W Metal Film AAR502 VRN-MD2AL182J R 1.8k 1/10W Metal Film AAR503 VRD-RM2HD2R2J R 2.2 1/2W Carbon AAR504 VRD-RM2HD150J R 15 1/2W Carbon AAR505 VRG-PD2HD330J R 33 1/2W Fuse Resistor ACR506 VRD-RA2BE124J R 120k 1/8W Carbon AAR508 VRD-RM2HD221J R 220 1/2W Carbon AAR509 VRD-RM2HD1R0J R 1 1/2W Carbon AA
C753 VCKYPA2HB102K R 1000p 500V Ceramic AAC754 VCEA0A1CW476M R 47 16V Electrolytic ABC755 VCEA0A1CW108M R 1000 16V Electrolytic AD
åC759 VCKYPA1HB102K R 1000p 50V Ceramic AAC760 RC-KZ0339CEZZ R 680p 2kV Ceramic ADC761 RC-EZ0724CEZZ R Capacitor AGC762 VCQYTA1HM473J R 0.047 50V Mylar AAC801 VCEA0A1HW105M R 1 50V Electrolytic ABC802 VCEA0A1CW337M R 330 16V Electrolytic ACC803 VCEA9M1CW107M R 100 16V Electrolytic ABC804 VCKYCY1HB222K R 2200p 50V Ceramic AAC805 VCKYCY1HB102K R 1000p 50V Ceramic AAC806 VCKYCY1HB102K R 1000p 50V Ceramic AAC807 VCKYCY1HB102K R 1000p 50V Ceramic AAC808 VCEA0A1CW107M R 100 16V Electrolytic ACC809 VCKYCY1HF223Z R 0.022 50V Ceramic ABC810 VCKYCY1EF104Z R 0.1 25V Ceramic AAC811 VCEA0A1CW107M R 100 16V Electrolytic ACC812 VCFYFA1HA224J R 0.22 50V M.Polypro ABC813 VCFYFA1HA224J R 0.22 50V M.Polypro ABC814 VCKYCY1HB471K R 470p 50V Ceramic AAC1001 VCEA0A0JW107M R 100 6.3V Electrolytic ABC1003 VCEA0A1CW106M R 10 16V Electrolytic ABC1004 VCKYCY1CF474Z R 0.47 16V Ceramic ABC1005 VCKYCY1HF223Z R 0.022 50V Ceramic ABC1006 VCEA0A1CW106M R 10 16V Electrolytic ABC1007 VCEA0A1CW106M R 10 16V Electrolytic ABC1008 VCCCCY1HH330J R 33p 50V Ceramic AAC1009 VCCCCY1HH330J R 33p 50V Ceramic AAC1010 VCEA0A0JW107M R 100 6.3V Electrolytic ABC1011 VCKYCY1HF223Z R 0.022 50V Ceramic ABC1012 VCKYCY1HF223Z R 0.022 50V Ceramic ABC1013 VCEA0A0JW107M R 100 6.3V Electrolytic ABC1014 VCEA0A1CW106M R 10 16V Electrolytic ABC1015 VCFYFA1HA474J R 0.47 50V M.Polypro ACC1016 VCQYTA1HM104J R 0.1 50V Mylar AAC1018 VCKYCY1HB221K R 220p 50V Ceramic AAC1019 VCEA9M1HW225M R 2.2 50V Electrolytic AB
RESISTORSRJ2 VRN-MD2AL000J R 0 1/10W Metal Film AARJ5 VRN-MD2AL000J R 0 1/10W Metal Film AARJ9 VRN-MD2AL000J R 0 1/10W Metal Film AARJ10 VRN-MD2AL000J R 0 1/10W Metal Film AARJ11 VRN-MD2AL000J R 0 1/10W Metal Film AARJ12 VRN-MD2AL000J R 0 1/10W Metal Film AARJ13 VRN-MD2AL000J R 0 1/10W Metal Film AARJ15 VRN-MD2AL000J R 0 1/10W Metal Film AARJ16 VRN-MD2AL000J R 0 1/10W Metal Film AARJ21 VRN-MD2AL000J R 0 1/10W Metal Film AARJ25 VRN-MD2AL000J R 0 1/10W Metal Film AARJ26 VRN-MD2AL000J R 0 1/10W Metal Film AARJ27 VRN-MD2AL000J R 0 1/10W Metal Film AARJ29 VRN-MD2AL000J R 0 1/10W Metal Film AARJ30 VRN-MD2AL000J R 0 1/10W Metal Film AARJ31 VRN-MD2AL000J R 0 1/10W Metal Film AARJ32 VRN-MD2AL000J R 0 1/10W Metal Film AARJ33 VRN-MD2AL000J R 0 1/10W Metal Film AARJ34 VRN-MD2AL000J R 0 1/10W Metal Film AARJ41 VRN-MD2AL000J R 0 1/10W Metal Film AARJ43 VRN-MD2AL000J R 0 1/10W Metal Film AARJ51 VRN-MD2AL000J R 0 1/10W Metal Film AARJ53 VRN-MD2AL000J R 0 1/10W Metal Film AARJ61 VRN-MD2AL000J R 0 1/10W Metal Film AARJ64 VRN-MD2AL000J R 0 1/10W Metal Film AARJ66 VRN-MD2AL000J R 0 1/10W Metal Film AARJ68 VRN-MD2AL000J R 0 1/10W Metal Film AARJ69 VRN-MD2AL000J R 0 1/10W Metal Film AARJ71 VRN-MD2AL000J R 0 1/10W Metal Film AARJ74 VRN-MD2AL000J R 0 1/10W Metal Film AARJ75 VRN-MD2AL000J R 0 1/10W Metal Film AARJ76 VRN-MD2AL000J R 0 1/10W Metal Film AARJ78 VRN-MD2AL000J R 0 1/10W Metal Film AARJ79 VRN-MD2AL000J R 0 1/10W Metal Film AARJ80 VRN-MD2AL000J R 0 1/10W Metal Film AARJ84 VRN-MD2AL000J R 0 1/10W Metal Film AA
Ref. No. Part No. Description CodeRef. No. Part No. Description Code
45
14A1-RU14A2-RU
R813 VRN-MD2AL221J R 220 1/10W Metal Film AAR1067 VRN-MD2AL000J R 0 1/10W Metal Film AAR1001 VRD-RA2BE221J R 220 1/8W Carbon AAR1002 VRN-MD2AL331J R 330 1/10W Metal Film AAR1003 VRN-MD2AL471J R 470 1/10W Metal Film AAR1004 VRN-MD2AL821J R 820 1/10W Metal Film AAR1005 VRD-RA2BE181J R 180 1/8W Carbon AAR1011 VRN-MD2AL820J R 82 1/10W Metal Film AAR1012 VRN-MD2AL391J R 390 1/10W Metal Film AAR1013 VRN-MD2AL101J R 100 1/10W Metal Film AAR1014 VRD-RA2BE101J R 100 1/8W Carbon ABR1015 VRN-MD2AL332J R 3.3k 1/10W Metal Film AAR1016 VRD-RA2BE101J R 100 1/8W Carbon ABR1017 VRN-MD2AL332J R 3.3k 1/10W Metal Film AAR1019 VRN-MD2AL472J R 4.7k 1/10W Metal Film AAR1020 VRD-RA2BE101J R 100 1/8W Carbon ABR1021 VRN-MD2AL153J R 15k 1/10W Metal Film AAR1022 VRD-RA2BE101J R 100 1/8W Carbon ABR1023 VRN-MD2AL101J R 100 1/10W Metal Film AAR1024 VRN-MD2AL122J R 1.2k 1/10W Metal Film AAR1025 VRN-MD2AL101J R 100 1/10W Metal Film AAR1026 VRN-MD2AL224J R 220k 1/10W Metal Film AAR1027 VRD-RA2BE101J R 100 1/8W Carbon ABR1028 VRD-RA2BE101J R 100 1/8W Carbon ABR1030 VRN-MD2AL102J R 1k 1/10W Metal Film AAR1031 VRD-RA2BE562J R 5.6k 1/8W Carbon AAR1032 VRN-MD2AL332J R 3.3k 1/10W Metal Film AAR1033 VRD-RA2BE102J R 1k 1/8W Carbon AAR1034 VRD-RA2BE101J R 100 1/8W Carbon ABR1035 VRN-MD2AL332J R 3.3k 1/10W Metal Film AAR1036 VRN-MD2AL332J R 3.3k 1/10W Metal Film AAR1037 VRD-RA2BE101J R 100 1/8W Carbon ABR1038 VRD-RA2BE101J R 100 1/8W Carbon ABR1039 VRN-MD2AL223J R 22k 1/10W Metal Film AAR1040 VRN-MD2AL101J R 100 1/10W Metal Film AAR1041 VRN-MD2AL101J R 100 1/10W Metal Film AAR1043 VRN-MD2AL153J R 15k 1/10W Metal Film AAR1044 VRN-MD2AL153J R 15k 1/10W Metal Film AAR1045 VRD-RA2BE271J R 270 1/8W Carbon AAR1046 VRD-RA2BE101J R 100 1/8W Carbon ABR1065 VRN-MD2AL101J R 100 1/10W Metal Film AA
SWITCHå S701 QSW-P0591CEZZ R Switch AQ
S1001 QSW-K0077GEZZ R Switch, CH UP ABS1002 QSW-K0077GEZZ R Switch, CH DOWN ABS1003 QSW-K0077GEZZ R Switch, VOL. UP ABS1004 QSW-K0077GEZZ R Switch, VOL. DOWN ABS1005 QSW-K0077GEZZ R Switch, PICTURE/PRESET AB
MISCELLANEOUS PARTSå F701 QFS-C3229CEZZ R Fuse,T3.5A/250V AD
FB306 RBLN-0037CEZZ R Ferrite Bead ABFB501 RBLN-0037CEZZ R Ferrite Bead ABFB502 RBLN-0037CEZZ R Ferrite Bead ABFB602 RBLN-0037CEZZ R Ferrite Bead ABFB701 RBLN-0037CEZZ R Ferrite Bead ABFB702 RBLN-0037CEZZ R Ferrite Bead ABFB751 RBLN-0037CEZZ R Ferrite Bead ABFB752 RBLN-0037CEZZ R Ferrite Bead AB
å FH701 QFSHD1014CEZZ R Fuse Holder ACå FH702 QFSHD1013CEZZ R Fuse Holder AC
J402 QJAKE0205CE04 R Jack ADJ403 QJAKE0205CE09 R Jack ADJ405 QJAKH0102PEZZ R Jack AEP301 QPLGN0441CEZZ R Plug, 4pin (14A2-RU) ABP302 QPLGN0261CEZZ R Plug, 2pin (14A1-RU) ABP502 QPLGN0660CEZZ R Plug, 6pin(F) ACP602 QPLGN0661CEZZ R Plug, 6pin(H) (14A1-RU) ADP602 QPLGN0641CEZZ R Plug, 6pin(H) (14A2-RU) ABP701 QPLGN0260CEZZ R Plug, 2pin ACP712 QPLGN0269GEZZ R Plug, 2pin ABP1001 QPLGN0561CEZZ R Plug, 5pin(K) (14A1-RU) ABP1001 QPLGN0541CEZZ R Plug, 5pin(K) (14A2-RU) AB
R510 VRN-MD2AL101J R 100 1/10W Metal Film AAR511 VRN-MD2AL101J R 100 1/10W Metal Film AAR513 VRD-RA2BE393J R 39k 1/8W Carbon AAR514 VRN-MD2AL101J R 100 1/10W Metal Film AAR515 VRN-MD2AL272J R 2.7k 1/10W Metal Film AAR516 VRD-RM2HD223J R 22k 1/2W Carbon AAR602 VRN-VV3AB1R5J R 1.5 1W Metal Film AAR603 VRD-RM2HD102J R 1k 1/2W Carbon AAR604 VRD-RA2BE393J R 39k 1/8W Carbon AAR605 VRD-RM2HD101J R 100 1/2W Carbon AAR607 VRN-MD2AL102J R 1k 1/10W Metal Film AAR608 VRN-MD2AL123J R 12k 1/10W Metal Film AAR609 VRD-RA2BE273G R 27k 1/8W Carbon AAR610 VRD-RA2BE153J R 15k 1/8W Carbon AAR611 VRD-RA2EE823G R 82k 1/4W Carbon AAR612 VRD-RA2BE103J R 10k 1/8W Carbon AAR613 VRD-RA2BE103J R 10k 1/8W Carbon AAR614 VRN-MD2AL103J R 10k 1/10W Metal Film AAR615 VRS-KT3LB332J R 3.3k 3W Metal Oxide ACR616 VRN-MD2AL102J R 1k 1/10W Metal Film AAR617 VRD-RM2HD472J R 4.7k 1/2W Carbon AAR618 VRS-KA3HG4R7K R 4.7 5W Metal Oxide ADR619 VRD-RM2HD682J R 6.8k 1/2W Carbon AAR624 VRD-RA2BE101J R 100 1/8W Carbon ABR625 VRN-MD2AL184J R 180k 1/10W Metal Film AAR626 VRN-MD2AL472J R 4.7k 1/10W Metal Film AAR627 VRD-RM2HD4R7J R 4.7 1/2W Carbon AAR628 VRD-RM2HD470J R 47 1/2W Carbon AAR630 VRN-MD2AL100J R 10 1/10W Metal Film AAR631 VRN-MD2AL391J R 390 1/10W Metal Film AAR632 VRN-MD2AL273J R 27k 1/10W Metal Film AAR633 VRN-MD2AL102J R 1k 1/10W Metal Film AAR635 VRN-MD2AL822J R 8.2k 1/10W Metal Film AAR636 VRN-MD2AL223J R 22k 1/10W Metal Film AAR637 VRD-RM2HD391J R 390 1/2W Carbon AAR638 VRN-MD2AL333J R 33k 1/10W Metal Film AAR701 VRW-KQ3NC3R9K R 3.9 7W Cement AE
(14A1-RU)R701 VRW-KQ3NC3R3K R 3.3 7W Cement AE
(14A2-RU)R703 VRS-KT3LB473J R 47k 3W Metal Oxide AER705 VRD-RA2BE122J R 1.2k 1/8W Carbon AAR706 VRD-RM2HD152J R 1.5k 1/2W Carbon AAR707 VRS-KT3LB473J R 47k 3W Metal Oxide AER708 VRD-RM2HD272J R 2.7k 1/2W Carbon AAR709 VRD-RA2BE681J R 680 1/8W Carbon AAR710 VRN-VV3ABR39J R 0.39 1W Metal Film AAR711 VRN-VV3ABR33J R 0.33 1W Metal Film AA
å R712 VRG-PD2HD4R7J R 4.7 1/2W Fuse Resistor ACR717 VRD-RM2HD124J R 120k 1/2W Carbon AAR718 VRD-RM2HD124J R 120k 1/2W Carbon AA
å R719 VRC-UA2HG825K R 8.2M 1/2W Solid AAR721 VRD-RA2BE393J R 39k 1/8W Carbon AAR722 VRD-RM2HD124J R 120k 1/2W Carbon AAR723 VRD-RA2BE684J R 680k 1/8W Carbon AA
å R726 VRC-UA2HG825K R 8.2M 1/2W Solid AAR728 VRN-MD2AL272J R 2.7k 1/10W Metal Film AAR750 VRD-RM2HD4R7J R 4.7 1/2W Carbon AAR755 VRD-RA2BE222J R 2.2k 1/8W Carbon AAR756 VRN-MD2AL152J R 1.5k 1/10W Metal Film AAR758 VRD-RA2BE102J R 1k 1/8W Carbon AAR759 VRN-MD2AL102J R 1k 1/10W Metal Film AAR760 VRD-RA2BE471J R 470 1/8W Carbon AAR761 VRD-RA2BE221J R 220 1/8W Carbon AAR764 VRN-MD2AL272J R 2.7k 1/10W Metal Film AAR766 VRD-RM2HD680J R 68 1/2W Carbon AAR801 VRN-MD2AL101J R 100 1/10W Metal Film AAR802 VRN-MD2AL101J R 100 1/10W Metal Film AAR803 VRN-MD2AL101J R 100 1/10W Metal Film AAR804 VRN-MD2AL101J R 100 1/10W Metal Film AAR805 VRN-MD2AL822J R 8.2k 1/10W Metal Film AAR806 VRD-RA2BE123J R 12k 1/8W Carbon AAR807 VRN-MD2AL103J R 10k 1/10W Metal Film AAR808 VRN-MD2AL221J R 220 1/10W Metal Film AAR809 VRD-RA2BE224J R 220k 1/8W Carbon AAR812 VRN-MD2AL101J R 100 1/10W Metal Film AA
Ref. No. Part No. Description CodeRef. No. Part No. Description Code
46
14A1-RU14A2-RU
P1002 QPLGN0561CEZZ R Plug, 5pin(BC) (14A1-RU) ABP1002 QPLGN0541CEZZ R Plug, 5pin(BC) (14A2-RU) ABRMC1001 RRMCU0235CEZZ R Remote Receiver AKTP201 QLUGP0102PEZZ R Lug AARDA300PRDAR0142PEFW R Heat Sink for IC301(14A1-RU)ADRDA300PRDAR0248PEFW R Heat Sink for IC301(14A2-RU)AFRDA501PRDAR0283PEFW R Heat Sink for IC501 AFRDA701PRDAR0260PEFW R Heat Sink for IC701 AHRDA754PRDAR0224PEFW R Heat Sink for Q602 AF
PWB-B DUNTK9990WEV4CRT SOCKET UNIT
TRANSISTORSQ870 VSBF422////-1 R BF422 ACQ871 VSBF422////-1 R BF422 ACQ872 VSBF422////-1 R BF422 ACQ883 VSBF421////-1 R BF421 ACQ885 VSBF421////-1 R BF421 ACQ887 VSBF421////-1 R BF421 AC
DIODESD811 RH-DX0475CEZZ R Diode ABD812 RH-DX0475CEZZ R Diode ABD880 RH-DX0475CEZZ R Diode ABD881 RH-DX0475CEZZ R Diode ABD882 RH-DX0475CEZZ R Diode ABD883 VHD1SS82///1A R 1SS82 ACD884 VHD1SS82///1A R 1SS82 ACD885 VHD1SS82///1A R 1SS82 ACD886 VHD1SS82///1A R 1SS82 ACD887 VHD1SS82///1A R 1SS82 ACD888 VHD1SS82///1A R 1SS82 AC
CAPACITORSC871 VCKYPA1HB471K R 470p 50V Ceramic AAC872 VCKYPA1HB471K R 470p 50V Ceramic AAC873 VCKYPA1HB471K R 470p 50V Ceramic AAC875 VCKYPA2HB102K R 1000p 500V Ceramic AAC876 RC-KZ0150CEZZ R 1000p 3kV Ceramic ABC878 VCEAGA2EW106M R 10 250V Electrolytic ACC880 VCKYPA1HB471K R 470p 50V Ceramic AAC881 VCKYPA1HB471K R 470p 50V Ceramic AAC882 VCKYPA1HB471K R 470p 50V Ceramic AA
RESISTORSR879 VRD-RA2BE471J R 470 1/8W Carbon AAR880 VRD-RA2BE471J R 470 1/8W Carbon AAR881 VRD-RA2BE471J R 470 1/8W Carbon AAR882 VRS-VU3DE153J R 15k 2W Metal Oxide ABR883 VRD-RM2HD272J R 2.7k 1/2W Carbon AAR884 VRS-VU3DE153J R 15k 2W Metal Oxide ABR885 VRD-RM2HD272J R 2.7k 1/2W Carbon AAR886 VRS-VU3DE153J R 15k 2W Metal Oxide ABR887 VRD-RM2HD272J R 2.7k 1/2W Carbon AAR888 VRD-RA2BE471J R 470 1/8W Carbon AAR892 VRD-RA2BE102J R 1k 1/8W Carbon AAR893 VRD-RA2BE102J R 1k 1/8W Carbon AAR894 VRD-RA2BE102J R 1k 1/8W Carbon AAR898 VRD-RA2BE471J R 470 1/8W Carbon AAR899 VRD-RA2BE471J R 470 1/8W Carbon AA
MISCELLANEOUS PARTSP851 QPLGN0661CEZZ R Plug, 6pin(K) ADP882 QPLGN0561CEZZ R Plug, 5pin(K) AB
åSC881 QSOCV0839CEZZ R CRT Socket AK
MISCELLANEOUS PARTS
SP301 VSP9050PB25WA R Speaker AMSP301 VSP9050PB25WA R Speaker (14A2-RU) AM
QACCZ2008PEZZ R AC Cord AMQANTR0018PEZZ R Rod Antenna AQQCNW-2377PEZZ R Connecting Cord AEQCNW-2378PEZZ R Connecting Cord AE
(14A1-RU)QCNW-2380PEZZ R Connecting Cord AG
(14A2-RU)QCNW-2423PEN1 R Connecting Cord AF
ACCESSORIESQPLGJ0113CEZZ R AC Plug Adaptor AGRRMCG1342PESA R Infrared Remote Control Unit AUTCAUA0002PEZZ R Caution Card ABTiNS-6822PEZZ R Operation Manual AF
(14A1RU)TiNS-6827PEZZ R Operation Manual AF
(14A2-RU)
SUPPLIED ACCESSORIES
SPAKC6579PEZZ - Packing Case (14A1RU) —SPAKC6587PEZZ - Packing Case (14A2-RU) —SPAKP0056PEZZ - Wrapping Paper —SPAKX2713PEZZ - Buffer Material (14A1RU) —SPAKX2724PEZZ - Buffer Material (14A2-RU) —SSAKA0031PEZZ - Polyethylene Bag —
PACKING PARTS< NOT REPLACEMENT ITEM >
1 CCABA2506WEV0 R Front Cabinet Ass’y BC(14A1-RU)
1 CCABA2528WEV0 R Front Cabinet Ass’y BD(14A2-RU)
1-1 Not Available - Front Cabinet (14A1-RU) —1-1 Not Available - Front Cabinet (14A2-RU) —1-2 HBDGB0018PESB R SHARP Badge (14A1-RU) AD1-2 HBDGB0019PESB R SHARP Badge (14A2-RU) AD1-3 JBTN-0314PESA R Control Button (14A1-RU) AD1-3 JBTN-0319PESA R Control Button (14A2-RU) AE1-4 GCOVA0105PESA R LED/RC Cover (14A1-RU) AC1-4 GCOVA0120PESA R LED/RC Cover (14A2-RU) AC1-5 JBTN-0313PESA R Power Button (14A1-RU) AC1-5 JBTN-0318PESA R Power Button (14A2-RU) AD1-6 MSPRC0068CEFW R Power Button Spring AA
(14A1-RU)1-6 MSPRC0008PEFW R Power Button Spring AB
(14A2-RU)2 GCABB2387PEKA R Rear Cabinet Ass’y AU
(14A1-RU)2-1 CCABB2395WEV1 R Rear Cabinet Ass’y AW
(14A2-RU)2-1 Not Available - Rear Cabinet (14A2-RU) —
CABINET PARTS
Ref. No. Part No. Description CodeRef. No. Part No. Description Code
47
14A1-RU14A2-RU
(14A2-RU)
1-1 2
1-2
1-41-5
1-61-3
1
(14A1-RU)
1-1 2
1-2
1-41-5
1-61-3
1
Ref. No. Part No. Description CodeRef. No. Part No. Description Code
48
14A1-RU14A2-RU
COPYRIGHT © 2000 BY SHARP CORPORATION
ALL RIGHTS RESERVED.
No part of this publication may be reproduced,stored in a retrieval system, or transmitted inany form or by any means, electronic, mechanical,photocopying, recording, or otherwise, withoutprior written permission of the publisher.
SHARP CORPORATIONAV Systems GroupQuality & Reliability Control CenterYaita, Tochigi 329-2193, Japan
DSEMPSREC. TQ1027-SNov. 2000 Printed in Japan
NA. KY
