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14D1-S/G/W14D2-S/G
1
SE
RV
ICE
MA
NU
AL
CO
LOU
R T
ELE
VIS
ION
MO
DE
LS 14D
1-S/G
/W, 14D
2-S/G
14D1-S/G/W14D2-S/G
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.
SERVICE MANUAL
In the interests of user-safety (Required by safety regulations in some countries) the set should be re-stored to its original condition and only parts identical to those specified should be used.
MODELS
SHARP CORPORATION
COLOUR TELEVISION
Chassis No. GA-1AM
FEATURESË Multi 18 systemsË Full Auto Channel Preset and Auto Channel SkipË 100-CH Program MemoryË CATV(Hyper Band) Ready
<Used Frequency Synthesizer Tuner>Ë AVL(Sound Keeper) FunctionË Black Stretch CircuitË On Timer/Sleep Timer/Reminder TimerË Blue Back Noise Mute
Ë Front Headphone TerminalË Front AV-In & Rear AV-In/Out Terminals
(Front Priority)Ë Colour Comb Filter(NTSC only)Ë High Contrast PictureË Hotel ModeË Arabic/Chinese/English/French/Malay/Russian
6 Languages OSDË White Temperature Adjustment
14D1-S/G/W 14D2-S/G
Page
CONTENTSPage
» SPECIFICATIONS ............................................. 2» IMPORTANT SERVICE NOTES ........................ 2» ADJUSTMENT PRECAUTIONS ........................ 3» MEMORY MAP ................................................ 11» GA1 HOTEL MODE APPLICATION ................ 15» TROUBLE SHOOTING TABLE ........................ 15» WAVEFORMS .................................................. 18» SOLID STATE DEVICE BASE DIAGRAM ....... 20» CHASSIS LAYOUT .......................................... 21» BLOCK DIAGRAM ........................................... 23» DESCRIPTION OF SCHEMATIC DIAGRAM .. 28» SCHEMATIC DIAGRAMËCRT UNIT ..................................................... 29
ËHEAD PHONE UNIT .................................... 29ËMAIN UNIT ................................................... 30
» PRINTED WIRING BOARD ASSEMBLIES ..... 34» REPLACEMENT PARTS LISTËELECTRICAL PARTS
MAIN UNIT ................................................... 39CRT UNIT ..................................................... 42HEAD PHONE UNIT .................................... 43
ËSUPPLIED ACCESSORIES......................... 43ËPACKING PARTS ......................................... 43ËCABINET PARTS ......................................... 44
» PACKING OF THE SET ................................... 45
SX2T914D-1S//
2
2-1
2-2
14D1-S/G/W14D2-S/G
SP
EC
IFIC
ATIO
NS
Con
verg
ence
......
......
......
......
......
......
......
......
......
......
.....
Sel
f Con
verg
ence
Sys
tem
Foc
us...
......
......
......
......
......
......
......
......
......
......
......
.Q
uadr
a-P
oten
tial E
lect
rost
atic
Sw
eep
Def
lect
ion
......
......
......
......
......
......
......
......
......
......
......
......
......
......
..M
agne
ticIn
term
edia
te F
requ
enci
es
Pic
ture
IF C
arrie
r...
......
......
......
......
......
......
......
......
......
......
......
......
......
.38.
9MH
z
Sou
nd IF
Car
rier
Fre
quen
cy
6
.5M
Hz
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
....3
2.4M
Hz
6.0
MH
z...
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
.32.
9MH
z
5
.5M
Hz
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
....3
3.4M
Hz
C
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
1
4D1-
S/G
/W...
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
...58
W
14D
2-S
/G...
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
..62
W
Aud
io P
ower
Out
put R
atin
g
14D
1-S
/G/W
......
......
......
......
......
......
......
......
......
......
......
......
......
...3.
0W(a
t Max
.)
14D
2-S
/G...
......
......
......
......
......
......
......
......
......
......
......
......
......
.....
5.0W
(at M
ax.)
Spe
aker
S
ize
14D
1-S
/G/W
......
......
......
......
......
......
......
......
......
......
......
5 x
9 cm
Elli
ptic
(1p
c)
1
4D2-
S/G
......
......
......
......
......
......
......
......
......
......
......
..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
e
VH
F/U
HF
......
......
......
......
......
......
......
......
......
......
......
......
..75
ohm
s U
nbal
ance
dR
ecei
ving
Sys
tem
......
......
......
......
......
......
......
......
....
CC
IR S
EC
AM
/PA
L B
, G,D
,K,I
Tune
r Ran
ges
V
HF
-Cha
nnel
s...
......
......
......
......
......
......
...E
2(48
.25M
Hz)
thru
E12
(224
.25M
Hz)
C1(
49.7
5MH
z) th
ru C
12(2
16.2
5 M
Hz)
S1(
105.
25M
Hz)
thru
S36
(423
.25H
Mz)
U
HF
-Cha
nnel
s...
......
......
......
......
......
.....
E21
(471
.25M
Hz)
thru
E69
(855
.25M
Hz)
C13
(471
.25M
Hz)
thru
C57
(863
.25M
Hz)
S37
(431
.25M
Hz)
thru
S41
(463
.25M
Hz)
Dim
ensi
ons
1
4D1-
S/G
/W...
......
......
......
......
......
......
......
......
......
......
......
......
..W
idth
: 357
.0m
mH
eigh
t: 36
4.0m
mD
epth
: 370
.5m
mW
eigh
t(ap
prox
): 9
.5 k
g
14D
2-S
/G...
......
......
......
......
......
......
......
......
......
......
......
......
......
.Wid
th: 4
46.0
mm
Hei
ght:
333.
0mm
Dep
th: 3
62.0
mm
Wei
ght(
appr
ox):
9.2
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.
IMP
OR
TAN
T S
ER
VIC
E N
OT
ES
Mai
nten
ance
and
repa
iring
of t
his
rece
iver
sho
uld
be d
one
by q
uali-
fied
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 it
by
Con
nect
ing
a 10
K o
hm R
esis
tor
in s
erie
s w
ith a
n in
sula
ted
wire
(suc
h as
ate
st p
robe
) be
twee
n pi
ctur
e tu
be
dag
and
2nd
anod
e le
ad.
(A
C li
ne c
ord
shou
ld b
e di
scon
nect
ed fr
om A
C o
utle
t.)1.
Pic
ture
tube
in th
is r
ecei
ver
empl
oys
inte
gral
im
plos
ion
prot
ectio
n.2.
Rep
lace
with
tube
of t
he s
ame
type
num
ber
for
cont
inue
d sa
fety
.3.
Do
not l
ift p
ictu
re tu
be b
y th
e ne
ck.
4.H
andl
e th
e pi
ctur
e tu
be o
nly
whe
n w
earin
g sh
atte
rpro
of g
oggl
es a
nd a
fter
disc
harg
ing
the
high
vol
tage
com
plet
ely.
X-R
AYT
his
rece
iver
is d
esig
ned
so th
at a
ny X
-Ray
rad
iatio
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
, the
follo
win
gpr
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
3.7k
V(a
tbe
am 0
µA
) fo
r th
e se
t.2.
To k
eep
the
set i
n a
norm
al o
pear
tion
, be
sure
to m
ake
it fu
nctio
n on
22.
5kV
±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 th
ere
is a
pos
sibi
lity
that
the
hig
h vo
ltage
flu
ctua
tes
as a
res
ult
of t
he r
epai
ring,
neve
r fo
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
hori
zerd
typ
es a
nd/o
r br
ands
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 th
at h
ardw
are
is n
otlo
dged
bet
wee
n th
e ch
assi
s an
d ot
her
met
al p
arts
in th
e re
ceiv
er.
2.In
spec
t all
prot
ectiv
e de
vice
s su
ch a
s no
n-m
etal
lic c
ontr
ol k
nobs
, ins
ulat
ing
fishp
aper
s,ca
bine
t bac
ks, a
djus
tmen
t and
com
part
men
t cov
ers
or s
hiel
ds, i
sola
tion
resi
stor
- ca
-pa
city
net
wor
ks, m
echa
nica
l ins
ulat
ors
etc.
3
3-1
3-2
14D1-S/G/W14D2-S/G
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.
CA
UT
ION
: Mak
e su
re T
V S
et is
in "
Nor
mal
Con
ditio
n" b
efor
e sw
itch
to S
ervi
ce M
ode
for
adju
stm
ent.
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
37 &
JA
138
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 m
ode.
(A
djus
tmen
t thr
ough
the
I2C
bus
con
trol
). (
Use
JW
S K
ey to
set
as
wel
l).
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
37 &
JA
138
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.S
hort
JA
137
& J
A 1
38 t
hen
turn
"O
N"
the
mai
n po
wer
and
rel
ease
to
switc
h to
the
Ser
vice
Mod
epo
sitio
n.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 by
tes
).
2. T
he in
itial
dat
a ar
e pr
eset
as
liste
d in
pag
e 8,
9, &
10.
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
A13
7 &
JA
138
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(G
A-1
AM
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
(A
GC
)↓
VE
RT
ICA
L S
LOP
E (
V-L
IN)
↓ V
ER
TIC
AL
AM
P (
V-A
MP
)↓
VE
RT
ICA
L S
HIF
T (
V-C
EN
T)
↓ H
OR
IZO
NTA
L S
HIF
T (
H-C
EN
T)
↓ E
AS
T-W
ES
T W
IDT
H (
H-S
IZE
)↓
HORI
ZONT
AL P
ARAL
LELO
GRA
M (E
W//)
↓EA
ST-W
EST
PARA
BOLA
/WID
TH (P
ARA)
↓EA
ST-W
EST
UPPE
R CO
R. P
B (L
OR(
U))
↓EA
ST-W
EST
LOW
ER C
OR.
PB
(CO
R(L)
)↓
EA
ST-
WE
ST
TRA
PE
ZIU
M (T
RA
PE
)↓
HO
RIZ
ON
TAL
BO
W (
HB
)↓
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
.P. (
DR
I-B
S)
↓W
.P. R
ED
WA
RM
W.P
.(D
RI-
RC
)↓
W.P
. GR
EE
N W
AR
M W
.P.(
DR
I-G
C)
↓W
.P. B
LUE
WA
RM
W.P
.(D
RI-
BC
)↓
W.P
. RE
D C
OO
L W
.P.(
DR
I-R
W)
↓W
.P. G
RE
EN
CO
OL
W.P
.(D
RI-
GW
)↓
W.P
. BLU
E C
OO
L W
.P. (
DR
I-B
W)
SU
BA
DJ.
MO
DE
↓M
AX
VO
LUM
E (
SU
B-V
OL)
↓S
UB
CO
NT
RA
ST
(S
UB
-CO
N)
↓S
UB
CO
LOU
R (
SU
B-C
OL)
↓S
UB
BR
IGH
TN
ES
S (
SU
B-B
RI)
↓S
UB
TIN
T (
SU
B-T
INT
)↓
SU
B S
HA
RP
NE
SS
(S
UB
-SH
P)
↓M
AX
HO
TEL
VOLU
ME
(HTL
-VO
L)↓
HO
TEL
PR
OG
RA
M N
O(H
TL-P
RG
)↓
OS
D G
RB
RE
FE
RE
NC
E (
RG
B)
↓B
LAC
K L
EV
EL
OFF
SE
T R
(CU
T-R
)↓
BLA
CK
LE
VE
L O
FFS
ET
B(C
UT-
B)
↓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
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255
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[YD
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FO
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AM
(TV
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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)
0*F
IXP
HI-
1 T
IME
CO
NS
TAN
T (
RF
)F
OA
-FE
0(DI
SABL
E)/1
(ENA
BLE)
0*F
IXP
HI-
1 T
IME
CO
NS
TAN
T (
RF
)F
OB
-FE
0(DI
SABL
E)/1
(ENA
BLE)
0*F
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)
1*F
IXLE
D B
LIN
K S
PE
ED
LED
_F0(
DISA
BLE)
/1(E
NABL
E)0
(1)
*FIX
VO
LUM
E C
ON
TR
OL
PW
M T
AB
LEM
SA
0(DI
SABL
E)/1
(ENA
BLE)
0 (1
)*F
IXO
UT
PU
T V
ER
TIC
AL
GU
AR
DN
DF
0(DI
SABL
E)/1
(ENA
BLE)
0 (1
)*F
IX
NO
TE
:1)
*FIX
: PLE
AS
E D
O N
OT
CH
AN
GE
FIX
ED
DA
TA W
ITH
OU
T S
PE
CIF
IC IN
ST
RU
CT
ION
.P
leas
e se
t the
EE
PR
OM
initi
al d
ata
acco
rdin
g to
the
valu
e in
par
enth
esis
( )
bef
ore
adju
stm
ent.
2)*3
: 123
00˚K
DE
GR
EE
CO
LOU
R T
EM
P M
INU
S 7
, DR
I-R
C=
25, D
RI-
GC
=(D
RI-
GS
)-7
1800
0˚K
DE
GR
EE
CO
LOU
R T
EM
P M
INU
S 5
, DR
I-R
C=
27, D
RI-
GC
=(D
RI-
GS
)-5
3)*6
: AD
JUS
T C
OLO
UR
OF
FS
ET
AF
TE
R A
DJU
ST
SU
B-C
OLO
UR
.C
OLO
UR
OF
FS
ET
(P
AL)
CO
L-O
P :
8 --
---->
14
CO
LOU
R O
FF
SE
T (
SE
CA
M)
CO
L-O
S :
8 --
---->
14
CO
LOU
R O
FF
SE
T (
NT
SC
358)
CO
L-O
3 : 4
----
--> 1
0C
OLO
UR
OF
FS
ET
(N
TS
C44
3)C
OL-
O4
: 4--
---->
10
6
6-1
6-2
14D1-S/G/W14D2-S/G
MC
L1C
H-N
OF
v (M
Hz)
SO
UN
D S
YS
0
41.1
01
48.2
5B
/G2
62.2
5B
/G3
77.2
5D
/K4
175.
25B
/G5
182.
25B
/G6
183.
25D
/K7
191.
25D
/K8
196.
25B
/G9
199.
25M
1021
0.25
B/G
1122
4.25
B/G
1247
1.25
B/G
1348
7.25
I14
503.
25B
/G15
575.
25B
/G16
583.
25B
/G17
599.
25B
/G18
621.
25M
1963
9.25
D/K
2070
3.25
B/G
2173
5.25
I22
767.
25B
/G23
815.
25B
/G24
855.
25I
2585
5.25
B/G
2655
.25
M27
83.2
5M
2818
3.25
M29
193.
25M
3021
7.25
M31
471.
25M
3247
7.25
M33
693.
25M
3441
.10
3511
2.25
B/G
3616
8.25
B/G
3741
.10
3829
4.25
B/G
3946
3.25
B/G
4041
.10
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
4641
.10
9941
.10
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
E2 P
RO
M.
Not
e: A
ll so
und
syst
em o
f fo
llow
ing
chan
nels
will
be
set t
o B
/G o
r I a
fter
pres
sing
INIT
IAL
KE
Y 2
, 3 o
r 4.
"""" "
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.
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
M*1
SK
IPO
FF
AF
CO
NV
OLU
ME
1C
ON
TR
AS
T60
(
MA
X)
CO
LOU
R0
(CE
NT
ER
)B
RIG
HT
NE
SS
0 (C
EN
TE
R)
TIN
T0
(CE
NT
ER
)S
HA
RP
NE
SS
0 (C
EN
TE
R)
WH
ITE
TE
MP
STA
ND
AR
DR
EM
IND
ER
TIM
ER
In-a
ctiv
e, "
--:-
-"O
N T
IME
RIn
-act
ive,
"--
:--"
OF
F T
IME
RIn
-act
ive,
"--
:--"
LAS
T P
OW
ER
PO
WE
R-O
NLA
NG
UA
GE
*1B
LUE
BA
CK
MU
TE
ON
HO
TE
L M
OD
EO
FF
0 C
HA
NN
EL
SK
IPO
NLA
ST
TV
/AV
TV
*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,
LAN
GU
AG
E Q
TY
:E
NG
LIS
H/C
HIN
ES
E/F
RE
NC
H/A
RA
BIC
/MA
LAY
/RU
SS
IAN
MO
DE
LG
eom
agne
tism
(H
,V)
nTB
ackg
roun
dLa
ng.
S-S
YS
Lang
. QT
YH
ON
G K
ON
G)
"30,
000"
"20,
000"
1230
0KC
HIN
ES
EI
6(S
ING
AP
OR
E)
"-10
,000
""4
0,00
0"12
300K
EN
GLI
SH
B/G
6(M
ID E
AS
T)
"30,
000"
"20,
000"
1230
0KA
RA
BIC
B/G
6(A
FR
ICA
)"-
10,0
00"
"40,
000"
1230
0KE
NG
LIS
HB
/G6
FAC
TOR
Y S
ET
TIN
GS
BY
MO
DE
LS (
Ref
eren
ce: G
eom
agne
tism
Adj
ustm
ent)
INIT
IAL
LAN
GA
UG
ES
OU
ND
SY
ST
EM
2C
HIN
ES
EI
3E
NG
LIS
HB
/G4
AR
AB
ICB
/G
7
7-1
7-2
14D1-S/G/W14D2-S/G
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
the
tu
ne
r re
ad
y to
re
ceiv
e t
he
CH
. E
- 9
sign
al,b
ut w
ith n
o si
gnal
inpu
t.A
djus
t the
PLL
dat
a.2.
Con
nect
the
sw
eep
gene
rato
r's o
utpu
t ca
ble
toth
e tu
ner
ante
nna.
( R
F S
WE
EP
)3.
Adj
ust t
he s
wee
p ge
nera
tor's
to 8
0dB
uV.
4.C
onne
ct th
e re
spon
se le
ad (
use
LO
W IM
PE
D-
AN
CE
pro
be w
ith w
ave
dete
ctor
; s
ee F
ig.1
) t
oth
e tu
ner's
I
F o
utpu
t te
rmin
al.
( T
his
term
inal
mus
t hav
e th
e pr
obe
alon
e co
nnec
ted
).5.
Set
the
RF
AG
C to
0 -
6 V
with
no
satu
ratio
n w
ithth
e w
avef
orm
.6.
Adj
ust t
he tu
ner
IF c
oil t
o ob
tain
the
wav
efor
m a
ssh
own
in F
ig. 2
.
Not
e:B
e su
re t
o ke
ep t
he t
uner
cov
er in
pos
ition
durin
g th
is a
djus
tmen
t.
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(
Tune
r’s A
GC
Term
inal
) as
sho
wn
in F
ig. 3
.
3.C
all
"AG
C"
mo
de
in
se
rvic
e m
od
e.
Ad
just
th
e"A
GC
" bu
s da
ta t
o ob
tain
the
Tun
er o
utpu
t pi
ndr
op 0
.1V
bel
ow 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
90~9
5 dB
µV to
be
sure
that
ther
e is
no
cros
s m
odul
atio
n be
at.
Not
e: F
or t
he 5
0 oh
m s
igna
lst
ren
gth
ga
ug
e,
wh
en
no
tu
sin
g 5
0/7
5 i
mp
ed
an
ce
ad
ap
ter,
sig
na
l st
ren
gth
is
52±1
dBµV
(75
ohm
ope
n), i
n-st
ead
of 5
7±1
dBµV
(75
ohm
open
).P
reca
utio
n: T
he lo
ss o
f us
ing
impe
danc
e ad
apte
r
2
Fig
. 3
Fig
.1
Fig
.2
» B
ias
box:
Abo
ut 4
.5 V
Osc
illos
cope
0.1V
TV
Set
Bia
s bo
x
TP
210
+
+
–
–
E-9
CH
P
C
10k
100k
1n60
75oh
m
IF O
UT
-1.5
+/-
0.8d
B
1000
p
Osc
illos
cope
AD
JUS
TM
EN
T P
RE
CA
UT
ION
:M
ake
sure
TV
Set
is in
"N
orm
al C
ondi
tion"
bef
ore
switc
h to
ser
vice
mod
e fo
r ad
just
-m
ent.
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 en
ough
with
the
dega
usin
g co
il.N
ote:
Fol
low
the
Job
Inst
ruct
ion
She
et to
ad-
just
the
mag
netic
fiel
d.3.
Mai
ntai
n th
e pu
rity
mag
net a
t the
zer
o m
agne
ticfie
ld a
nd
ke
ep
th
e s
tatic
co
nve
rge
nce
ro
ug
hly
adju
sted
.4.
Ob
serv
e t
he
po
ints
a,
b a
s sh
ow
n i
n 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
adju
stm
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.
*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
dir
ectly
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
8
8-1
8-2
14D1-S/G/W14D2-S/G
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.
Tur
n th
e 4-
pole
mag
net t
o a
prop
er o
peni
ng a
n-gl
e in
ord
er t
o su
perp
ose
the
blue
and
red
col
-ou
rs.
2.T
urn
the
6-po
le m
agne
t to
a pr
oper
ope
ning
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.
Ad
just
th
e c
on
verg
en
ce o
n t
he
fri
ng
es
of
the
scre
en in
the
follo
win
g st
eps.
a)F
ig. 5
-1: D
rive
the
wed
ge a
t poi
nt "a
" and
sw
ing
the
defle
ctio
n co
il up
war
d.b)
Fig
. 5-2
: Driv
e th
e w
edge
at p
oint
s "b
" an
d "c
"an
d sw
ing
the
defle
ctio
n co
il do
wnw
ard.
c)F
ig. 5
-3: D
rive
the
"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
defle
ctio
n yo
ke lo
ck s
crew
,m
agne
t uni
t (pu
rity,
4-p
ole,
6-p
ole
mag
nets
) an
dm
agne
t uni
t loc
k sc
rew
.
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
Not
e***
Lacq
uer
Pur
ity m
agne
tFig
. 5-1
Fig
. 5-2
Fig
. 5-3
Fig
. 5-4
Not
e***
S
AM
SU
NG
CR
T: 3
2mm
C
PT
CR
T: 3
5mm
T
OS
HIB
A C
RT
: 35m
m
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)
Rem
ark
1.B
efo
re C
RT
cu
toff
ad
just
me
nt,
SU
B-B
RIG
HT,
DR
I-R
S/R
W/R
C, D
RI-
GS
/GW
/GC
, DR
I-B
S/B
W/
BC
, CU
T-R
and
CU
T-G
mus
t be
INIT
IAL
DA
TA.
2. C
RT
Cut
off
adju
stm
ent
mus
t be
don
e in
side
ada
rk r
oom
.
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.
Firs
t, of
f the
scr
een
by a
djus
t scr
een
varia
ble
re-
sist
or.
*4. N
ext,
chec
king
AK
B c
ircui
t fun
ctio
n by
slo
wly
in-
crea
se s
cree
n va
riabl
e re
sist
or u
ntil
colo
ur r
aste
rsu
dden
ly o
n an
d of
f (A
KB
sta
rt fu
nctio
n).
5. T
hen
cont
inue
adj
ust u
ntil
retr
ace
line
appe
ar.
6. F
inal
ly,
slow
ly d
ecre
ase
the
scre
en v
aria
ble
re-
sist
or u
ntil
scre
en re
trac
e lin
e cu
t off.
(Not
Ras
ter)
Not
e :
Mus
t con
firm
the
AK
B fu
nctio
n in
set
bef
ore
con-
tinue
the
next
adj
ustm
ent.
1
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) A
djus
t th
e "
SU
B B
RIG
HT
" b
us d
ata
in o
rder
that
the
line
1an
d 2
have
the
sam
e da
rkne
ssw
here
lse
line
3 is
one
ste
p (d
ata)
brig
hter
than
line
2. F
inal
ly d
ata
min
us 1
to
mak
e lin
e 1,
2,
and
3 ar
e in
sam
e le
vel (
dark
ness
).
2
Line
3 is
one
ste
p (d
ata)
brig
hter
than
line
2
t
3.3V
dc
0
WH
ITE
BA
L-A
NC
E S
ER
V-
ICE
MO
DE
AD
J. (
I2 C B
US
CO
NT
RO
L)
1.R
ecei
ve th
e "W
HIT
E"
patte
rn w
ith B
UR
ST
sig
nal.
2.P
ress
R/C
to s
et P
ictu
re N
OR
MA
L co
nditi
on.
3.C
on
ne
ct t
he
DC
mili
am
me
ter
be
twe
en
TP
60
2(-
) T
P60
3 (+
).4.
Che
ck B
eam
cur
rent
sho
uld
be a
roun
d 80
0 µA
.5.
Set
it to
ser
vice
mod
e an
d ad
just
the
DR
I-G
S, &
DR
I-B
S d
ata
to
ha
ve a
co
lou
r te
mp
era
ture
of
1230
0°K
or
1800
0°K
( w
hite
). *
Not
e .
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, t
o **
10c
d/m
2 (
MIN
OL
TA
CA
-10
0)
by
re
du
cin
gLU
MIN
AT
E Y
sig
nal.
7.A
djus
t "C
UT-
R"
& "
CU
T-G
" to
get
des
ired
colo
urte
mpe
ratu
re #
. T
hen
go b
ack
NO
RM
AL
mod
e(H
IGH
BR
IGH
T**
) to
che
ck c
olou
r te
mpe
ratu
re.
If 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,
DR
I-B
C/B
W a
s fo
llow
ing
DA
TA,
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 (F
IXE
D),
DR
I-R
S =
32
(FIX
ED
)D
RI-
BC
= "
DR
I-B
S"
(For
123
00°K
And
180
00°K
Con
ditio
n)
3#
1230
0°K
X: 0
.272
Y: 0
.275
#18
000°
KX
: 0.2
55Y
: 0.2
55
(MIN
OLT
A C
OLO
UR
AN
ALY
ZE
RC
A-1
00)
*No
te:
Ab
ove
Da
ta c
an
be
UP
/D
OW
N b
y V
olum
e ke
y.
LOW
HIG
H14
"10
cd/m
220
0cd/
m2
*Alte
rnat
ive
Pro
cedu
re(1
) S
tep
(1),
(2)
, (3
) an
d (4
) ar
esa
me
as b
esid
e pr
oced
ure.
(2)
The
n co
ntin
ue a
djus
t un
til r
e-tr
ace
line
appe
ar a
nd m
ake
sure
the
colo
ur a
ppea
r w
heth
er r
ed,
gree
n or
blu
e.(3
) C
on
ne
ct t
he
osc
illo
sco
pe
to
rela
ted
te
st p
oin
ts a
s b
elo
ww
hich
is b
ased
on
colo
ur a
ppea
rat
(2)
RE
D =
TP
47R
, GR
EE
N =
TP
47G
, BLU
E =
TP
47B
.(4
) The
n ad
just
Scr
een
VR
unt
il th
etip
of s
igna
l rea
ch 3
.3V
dc.
* 12
300°
K D
RI-
GW
="D
RI-
GS
"-7
DR
I-B
W=
"DR
I-B
S"-
7D
RI-
GC
="D
RI-
GS
"-7
DR
I-R
C=
25
* 18
000°
K D
RI-
GW
="D
RI-
GS
"-7
DR
I-B
W=
"DR
I-B
S"-
7D
RI-
GC
="D
RI-
GS
"-5
DR
I-R
C=
27
1 2
1 2
3 4
5
1 2
3 4
5
9
9-1
9-2
14D1-S/G/W14D2-S/G
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 (
I2 CB
US
CO
N-
TR
OL)
V-S
HIF
T-50
(I2 C
BU
SC
ON
TR
OL)
V-A
MP
50 (
I2 CB
US
CO
N-
TR
OL)
H-S
HIF
T (
50)
(H-C
EN
TE
R)
S-C
OR
RE
C-
TIO
N(I
2 C B
US
CO
NT
RO
L)
SU
B-S
HA
RP
-N
ES
S
Foc
us
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-A
MP
" by
Vol
ume
key
tose
t ove
rsca
n of
9.5
% ty
pica
l.A
djus
tmen
t Spe
c 9.
5% r
ange
+1%
-0
%.
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. S
ET
DAT
A T
O 1
7. *
Che
ck t
he E
-5 C
H M
onos
cope
Pat
tern
the
n re
-ad
just
V-S
lope
, V-S
hift
and
V-A
mp
to m
akes
ure
adju
stm
ent i
s in
acc
epta
ble
Rin
g-S
hape
d.
1. S
ET
DAT
A T
O 2
0.
1 2 3 4 5
1.R
ecei
ve th
e "M
onos
cope
Pat
tern
" si
gnal
.2.
Pre
ss R
/C to
set
Pic
ture
NO
RM
AL
cond
ition
.3.
Adj
ust t
he fo
cus
cont
rol t
o ge
t the
bes
t foc
usin
g.
1
PA
L C
HR
OM
A 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
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
toR
ed c
atho
de(D
881
Cat
hode
).»
Ran
ge: 2
0 V
/div
. (A
C) (
Usi
ng 1
0:1
prob
e)»
Sw
eep
time
: 10
µsec
/div
.4.
Usi
ng th
e R
/C c
all "
SU
B C
OL"
in S
ER
VIC
E m
ode.
Adj
ust S
UB
CO
LOU
R b
us d
ata,
so
that
the
75%
Whi
te &
Red
por
tions
of P
AL
Col
or B
ar b
e at
the
sam
e le
vel s
how
n as
Fig
. 1-1
.5.
Cle
ar th
e S
ER
VIC
E m
ode.
1
Cy
GB
WY
100%
W75
%M
gR
Fig
. 1-1
CR
T C
UT-
OFF
, BAC
KGR
OU
ND
AN
D S
UB-
CO
NTR
AST
ADJU
STM
ENT
(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
Max
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
(+)
& T
P60
2 (–
).(F
ull S
cale
: 3 m
A R
ange
)4.
Bea
m c
urre
nt m
ust b
e w
ithin
800
± 1
00 µ
A.(
14")
4 6
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
ecei
ve th
e "N
TS
C 3
.58
Col
our
Bar
" si
gnal
thru
AV
in.
2.C
onne
ct th
e os
cillo
scop
e to
TP
47B
(P
882
pin
5)B
LUE
-OU
T.»
Ran
ge: 1
00m
V/d
iv. (
AC
)(U
se P
robe
10:
1)»
Sw
eep
time
: 10
µsec
/div
.3.
Cal
l the
"S
UB
-TIN
T"
mod
e in
ser
vice
mod
e. A
d-ju
st th
e "S
UB
-TIN
T"
bus
data
to o
btai
n th
e w
ave-
form
sho
wn
as F
ig. 1
-1.
4.C
lear
the
SE
RV
ICE
mod
e.
1
Fig
. 1-1
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*
Se
lect
on
e o
f Q
88
3/5
/7 t
o d
oea
ch s
hort
test
.
H•V
PR
OT
EC
-TO
R1.
Rec
eive
"M
onos
cope
Pat
tern
" si
gnal
.2.
Co
nn
ect
ou
tpu
t o
f B
ias
Bo
x to
D6
03
ca
tho
de
(R61
0 si
de).
3.S
et v
olta
ge o
f B
ias
Box
to
18V
and
mak
e su
reth
e pr
otec
tor
is n
ot w
ork.
4.S
et v
olta
ge o
f B
ias
Box
to
27V
, an
d m
ake
sure
the
prot
ecto
r is
wor
k.
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
line
, ch
eck
all p
ossi
ble
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
. Mak
e su
re th
e ou
tput
is a
s sp
ecifi
ed (
1.0
Vp
-p ±
3 d
B).
3.Te
rmin
ate
the
Aud
io o
utpu
t w
ith a
10k
ohm
im-
pe
da
nce
. M
ake
su
re t
he
O/P
is
as
spe
cifi
ed
(1.7
6 V
p-p
±3
dB
).
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
& T
V a
gain
and
the
vide
o &
aud
io o
utpu
t are
acco
rdin
g to
the
inpu
t te
rmin
al f
or e
ach
mod
e.If
conn
ect i
nput
to F
ront
and
Rea
r AV
term
inal
, in-
put t
erm
inal
of F
ront
AV
will
be
sele
cted
.
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
10
10-1
10-2
14D1-S/G/W14D2-S/G
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"
sign
al th
ru 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
GR
EE
N d
irect
ion
and
DO
WN
for
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
Vo
lum
e U
p/D
ow
n k
ey
to c
he
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
OS
D d
isp
lay
of
the
chan
nel n
umbe
r in
gre
en c
olou
r un
der
AF
T O
Nco
nditi
on.
6
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. T
hen,
sel
ect
the
"PA
L" m
ode.
Che
ck a
gain
its c
olou
r so
that
it is
wor
king
pro
perly
.2.
Rec
eive
"S
EC
AM
CO
LOU
R B
AR
" si
gnal
, pr
ess
CO
LOU
R S
YS
TE
M k
ey to
sel
ect m
odes
exc
ept
SE
CA
M, c
heck
the
CO
LOU
R is
not
wor
king
pro
p-e
rly.
Th
en
, se
lect
th
e "
SE
CA
M"
mo
de
. C
he
ckag
ain
its c
olou
r so
that
it is
wor
king
pro
perly
.3.
Rec
eive
"N
TS
C 4
.43/
3.58
CO
LOU
R B
AR
" si
gnal
thru
AV
, pr
ess
CO
LOU
R S
YS
TE
M k
ey t
o se
lect
mod
es e
xcep
t N
4.43
/3.5
8, c
heck
the
CO
LOU
Ris
not
wor
king
pro
perly
. The
n, s
elec
t the
"N
TS
C4.
43/3
.58"
mod
e. C
heck
aga
in it
s co
lour
so
that
itis
wor
king
pro
perly
.
9
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, R
ussi
an, C
hine
se, F
renc
h, A
rabi
c an
d M
alay
.12
1.R
ecei
ve "
PA
L C
OLO
UR
BA
R"
sign
al.
2.T
urn
up t
he v
olum
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.
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
sel
ect 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.
NO
ISE
MU
TE
CH
EC
KIN
G11
11
11-1
11-2
14D1-S/G/W14D2-S/G
ME
MO
RY
MA
P
AD
DR
ES
SD
AT
A
00P
AS
S W
OR
D55
00-F
F
01P
AS
S W
OR
D4F
00-F
F
02P
AS
S W
OR
D43
00-F
F
03P
AS
S W
OR
DA
100
-FF
04 05 06A
GC
TA
KE
-OV
ER
0E00
-3F
07V
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PE
2000
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08V
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PLI
TU
DE
2000
-3F
09V
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NT
ER
2000
-3F
0AH
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NT
ER
2000
-3F
0BH
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E20
00-3
F
0CE
W-P
AR
ALL
ELO
GR
AM
2000
-3F
0DE
W-P
AR
AB
OLA
/WID
TH
2000
-3F
0EE
W-U
PP
ER
CO
RN
ER
2000
-3F
0FE
W-L
OW
ER
CO
RN
ER
2000
-3F
10E
W-T
RA
PE
ZIU
M20
00-3
F
11H
OR
IZO
NT
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W20
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F
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(S
TA
ND
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D)
2000
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(S
TA
ND
AR
D)
2000
-3F
18D
RIV
E-B
(S
TA
ND
AR
D)
2000
-3F
19D
RIV
E-R
(W
AR
M)
2000
-3F
1AD
RIV
E-G
(W
AR
M)
2000
-3F
1BD
RIV
E-B
(W
AR
M)
2000
-3F
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RIV
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(C
OO
L)19
00-3
F
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(C
OO
L)20
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F
1ED
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E-B
(C
OO
L)20
00-3
F
1F 20 21 22S
UB
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LUM
E3F
00-3
F
23S
UB
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NT
RA
ST
3F00
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24S
UB
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LOU
R20
00-3
F
25S
UB
-BR
IGH
TN
ES
S20
00-3
F
26S
UB
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T20
00-3
F
27S
UB
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AR
PN
ES
S20
00-3
F
28H
TL-
VO
LUM
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00-3
F
29H
TL-
PO
SIT
ION
FF
00-F
F
2A 2B 2C 2DO
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FE
RE
NC
E0F
00-0
F
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UT
OF
F L
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EL
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FS
ET
R20
00-3
F
2FC
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OF
F L
EV
EL
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FS
ET
G20
00-3
F
30C
AT
HO
DE
DR
IVE
LE
VE
L00
00-0
F
31Y
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LAY
(T
V P
AL)
0C00
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LAY
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V S
EC
AM
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00-0
F
33Y
-DE
LAY
(T
V N
358)
0C00
-0F
34Y
-DE
LAY
(T
V N
443)
0C00
-0F
35Y
-DE
LAY
(T
V B
W)
0C00
-0F
36Y
-DE
LAY
(A
V P
AL)
0C00
-0F
37Y
-DE
LAY
(A
V S
EC
AM
)0F
00-0
F
38Y
-DE
LAY
(A
V N
358)
0C00
-0F
39Y
-DE
LAY
(A
V N
443)
0C00
-0F
3AY
-DE
LAY
(A
V B
W)
0C00
-0F
3BC
OLO
UR
-OF
FS
ET
(P
AL)
0800
-0F
3CC
OLO
UR
-OF
FS
ET
(S
EC
AM
)08
00-0
F
3DC
OLO
UR
-OF
FS
ET
(N
358)
0400
-0F
3EC
OLO
UR
-OF
FS
ET
(N
443)
0400
-0F
3FS
HA
RP
NE
SS
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FS
ET
(P
AL)
0800
-0F
MO
DE
LM
OD
EL
LET
TE
R N
O.
LET
TE
R N
O.
(1) 2
0th
Augu
st
2001
:Cha
nge
of
rang
e &
defa
ult.
MIC
ON
EE
PR
OM
EE
PR
OM
CH
AS
SIS
CT
V F
INA
LLA
ST IN
ITIA
LSE
TTIN
G D
ATA
(HE
X)
D7
D6
D5
D4
D3
D2
D1
D0
DE
FA
ULT
R
AN
GE
WR
ITE
(CP
U)
CH
EC
K D
AT
A
C
HE
CK
TY
PE
C
HE
CK
DA
TA
CH
EC
K T
YP
ER
EM
AR
K
AD
DR
ES
SD
AT
A
(HE
X)
D7
D6
D5
D4
D3
D2
D1
D0
40SH
ARPN
ESS-
OFF
SET
(SEC
AM)
0400
-0F
41SH
ARPN
ESS-
OFF
SET
(N35
8)0C
00-0
F
42SH
ARPN
ESS-
OFF
SET
(N44
3)08
00-0
F
43 44FC
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LO
SOEH
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GFF
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CAM
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358
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BTS
CH
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CH
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B-AV
FO
A-AV
FO
B-FE
FO
A-FE
ND
F
MSA
LE
D-F
00-F
F
00-0
349 4A 4B 4C
VOLU
ME
0100
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4DC
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TRAS
T3C
00-3
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4EC
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UR
1E00
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NT
1E00
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ARPN
ESS
1E00
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52 53 54 55PO
SITI
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0100
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56FA
V-PO
S A
0A00
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57FA
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S B
1400
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58FA
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S C
1E00
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59FA
V-PO
S D
2800
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5A 5B 5CLA
ST P
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00-0
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5DW
HIT
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MP
0000
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7
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DE
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6F 70 71 72 73 74TU
NIN
G F
REQ
UAN
CY
(HIG
HER
PAR
T)S
-SY
SP
OS
0
75TU
NIN
G F
REQ
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CY
(LO
WER
PAR
T)00
0:B
G
76S-
SYS
AFT
(a
uto)
C-S
YS00
1:I
77TU
NIN
G F
REQ
UAN
CY
(HIG
HER
PAR
T)01
0:D
KP
OS
1
78TU
NIN
G F
REQ
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CY
(LO
WER
PAR
T)01
1:M
79S-
SYS
AFT
(a
uto)
C-S
YS
7ATU
NIN
G F
REQ
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CY
(HIG
HER
PAR
T)A
FT
PO
S 2
7BTU
NIN
G F
REQ
UAN
CY
(LO
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PAR
T) 0
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F
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SYS
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(a
uto)
C-S
YS 1
:ON
7DTU
NIN
G F
REQ
UAN
CY
(HIG
HER
PAR
T)P
OS
3
7ETU
NIN
G F
REQ
UAN
CY
(LO
WER
PAR
T)
7FS-
SYS
AFT
(a
uto)
C-S
YS
MO
DE
LM
OD
EL
LET
TE
R N
O.
LET
TE
R N
O.
1B DE
53 3E C4
00
MIC
ON
EE
PR
OM
EE
PR
OM
CH
AS
SIS
CT
V F
INA
LLA
ST IN
ITIA
LSE
TTIN
G D
ATA
DE
FA
ULT
R
AN
GE
WR
ITE
(CP
U)
CH
EC
K D
AT
A
C
HE
CK
TY
PE
C
HE
CK
DA
TA
CH
EC
K T
YP
ER
EM
AR
K
(1) 2
0th
Augu
st 2
001:
Adde
d 3
new
item
s.
12
12-1
12-2
14D1-S/G/W14D2-S/G
AD
DR
ES
SD
AT
A
(HE
X)
D7
D6
D5
D4
D3
D2
D1
D0
80TU
NING
FRE
QUA
NCY
(HIG
HER
PART
)P
OS
4
81TU
NING
FRE
QUA
NCY
(LO
WER
PAR
T)
82S-
SYS
AFT
(aut
o)
C-S
YS
83TU
NING
FRE
QUA
NCY
(HIG
HER
PART
)P
OS
5
84TU
NING
FRE
QUA
NCY
(LO
WER
PAR
T)
85S-
SYS
AFT
(aut
o)
C-SY
S
86TU
NING
FRE
QUA
NCY
(HIG
HER
PART
)P
OS
6
87TU
NING
FRE
QUA
NCY
(LO
WER
PAR
T)
88S-
SYS
AFT
(a
uto)
C-
SYS
89TU
NING
FRE
QUA
NCY
(HIG
HER
PART
)P
OS
7
8ATU
NING
FRE
QUA
NCY
(LO
WER
PAR
T)
8BS-
SYS
AFT
(a
uto)
C-S
YS
8CTU
NING
FRE
QUA
NCY
(HIG
HER
PART
)P
OS
8
8DTU
NING
FRE
QUA
NCY
(LO
WER
PAR
T)
8ES-
SYS
AFT
(a
uto)
C-
SYS
8FTU
NING
FRE
QUA
NCY
(HIG
HER
PART
)P
OS
9
90TU
NING
FRE
QUA
NCY
(LO
WER
PAR
T)
91S-
SYS
AFT
(a
uto)
C-
SYS
92TU
NING
FRE
QUA
NCY
(HIG
HER
PART
)P
OS
10
93TU
NING
FRE
QUA
NCY
(LO
WER
PAR
T)
94S-
SYS
AFT
(a
uto)
C-
SYS
95TU
NING
FRE
QUA
NCY
(HIG
HER
PART
)P
OS
11
96TU
NING
FRE
QUA
NCY
(LO
WER
PAR
T)
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SYS
AFT
(a
uto)
C-
SYS
98TU
NING
FRE
QUA
NCY
(HIG
HER
PART
)P
OS
12
99TU
NING
FRE
QUA
NCY
(LO
WER
PAR
T)
9AS-
SYS
AFT
(a
uto)
C-
SYS
9BTU
NING
FRE
QUA
NCY
(HIG
HER
PART
)P
OS
13
9CTU
NING
FRE
QUA
NCY
(LO
WER
PAR
T)
9DS-
SYS
AFT
(a
uto)
C-
SYS
9ETU
NING
FRE
QUA
NCY
(HIG
HER
PART
)P
OS
14
9FTU
NING
FRE
QUA
NCY
(LO
WER
PAR
T)
A0
S-SY
SAF
T
(aut
o)
C-SY
S
A1
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 1
5
A2
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
A3
S-SY
SAF
T
(aut
o)
C-S
YS
A4
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 1
6
A5
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
A6
S-SY
SAF
T
(aut
o)
C-S
YS
A7
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 1
7
A8
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
A9
S-SY
SAF
T
(aut
o)
C-SY
S
AA
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 1
8
AB
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
AC
S-SY
SAF
T
(aut
o)
C-SY
S
AD
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 1
9
AE
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
AF
S-SY
SAF
T
(aut
o)
C-SY
S
B0
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 2
0
B1
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
B2
S-SY
SAF
T
(aut
o)
C-SY
S
B3
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 2
1
B4
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
B5
S-SY
SAF
T
(aut
o)
C
-SYS
B6
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 2
2
B7
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
B8
S-SY
SAF
T
(aut
o)
C-SY
S
B9
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 2
3
BA
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
BB
S-SY
SAF
T
(aut
o)
C-SY
S
BC
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 2
4
BD
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
BE
S-SY
SAF
T
(
auto
)
C-
SYS
BF
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 2
5
MO
DE
LM
OD
EL
LET
TE
R N
O.
LET
TE
R N
O.
MIC
ON
EE
PR
OM
EE
PR
OM
CH
AS
SIS
CT
V F
INA
LLA
ST IN
ITIA
LSE
TTIN
G D
ATA
DE
FA
ULT
R
AN
GE
WR
ITE
(CP
U)
CH
EC
K D
AT
A
C
HE
CK
TY
PE
C
HE
CK
DA
TA
CH
EC
K T
YP
ER
EM
AR
KA
DD
RE
SS
DA
TA
(HE
X)
D7
D6
D5
D4
D3
D2
D1
D0
C0
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
PO
S 2
5
C1
S-SY
SAF
T
(aut
o)
C-SY
S
C2
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 2
6
C3
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
C4
S-SY
SAF
T
(aut
o)
C-SY
S
C5
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 2
7
C6
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
C7
S-SY
SAF
T
(aut
o)
C-SY
S
C8
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 2
8
C9
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
CA
S-SY
SAF
T
(aut
o)
C-SY
S
CB
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 2
9
CC
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
CD
S-SY
SAF
T
(aut
o)
C-SY
S
CE
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 3
0
CF
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
D0
S-SY
SAF
T
(aut
o)
C-SY
S
D1
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 3
1
D2
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
D3
S-SY
SAF
T
(aut
o)
C-SY
S
D4
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 3
2
D5
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
D6
S-SY
SAF
T
(aut
o)
C-SY
S
D7
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 3
3
D8
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
D9
S-SY
SAF
T
(aut
o)
C-SY
S
DA
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 3
4
DB
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
DC
S-SY
SAF
T
(aut
o)
C-SY
S
DD
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 3
5
DE
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
DF
S-SY
SAF
T
(aut
o)
C-SY
S
E0
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 3
6
E1
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
E2
S-SY
SAF
T
(aut
o)
C-SY
S
E3
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 3
7
E4
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
E5
S-SY
SAF
T
(aut
o)
C-SY
S
E6
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 3
8
E7
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
E8
S-SY
SAF
T
(aut
o)
C-SY
S
E9
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 3
9
EA
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
EB
S-SY
SAF
T
(aut
o)
C-SY
S
EC
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 4
0
ED
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
EE
S-SY
SAF
T
(aut
o)
C-SY
S
EF
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 4
1
F0
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
F1
S-SY
SAF
T
(aut
o)
C-SY
S
F2
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 4
2
F3
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
F4
S-SY
SAF
T
(aut
o)
C-SY
S
F5
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 4
3
F6
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
F7
S-SY
SAF
T
(aut
o)
C-SY
S
F8
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 4
4
F9
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
FA
S-SY
SAF
T
(aut
o)
C-SY
S
FB
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 4
5
FC
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
FD
S-SY
SAF
T
(aut
o)
C-SY
S
FE
PO
S 4
6
FF
MO
DE
LM
OD
EL
LET
TE
R N
O.
LET
TE
R N
O.
MIC
ON
EE
PR
OM
EE
PR
OM
CH
AS
SIS
CT
V F
INA
LLA
ST IN
ITIA
LSE
TTIN
G D
ATA
DE
FA
ULT
R
AN
GE
WR
ITE
(CP
U)
CH
EC
K D
AT
A
C
HE
CK
TY
PE
C
HE
CK
DA
TA
CH
EC
K T
YP
ER
EM
AR
K
13
13-1
13-2
14D1-S/G/W14D2-S/G
AD
DR
ES
SD
AT
A
(HE
X)
D7
D6
D5
D4
D3
D2
D1
D0
100
PO
S 4
6
101
TUN
ING
FR
EQU
ANC
Y (H
IGH
ER P
ART)
PO
S 4
7
102
TUN
ING
FR
EQU
ANC
Y (L
OW
ER P
ART)
103
S-SY
SAF
T
(aut
o)
C-S
YS
S-SY
SAF
T
(aut
o)
C-S
YS
104
TUN
ING
FR
EQU
ANC
Y (H
IGH
ER P
ART)
PO
S 4
8
105
TUN
ING
FR
EQU
ANC
Y (L
OW
ER P
ART)
106
S-SY
SAF
T
(aut
o)
C-S
YS
107
TUN
ING
FR
EQU
ANC
Y (H
IGH
ER P
ART)
PO
S 4
9
108
TUN
ING
FR
EQU
ANC
Y (L
OW
ER P
ART)
109
S-SY
SAF
T
(aut
o)
C-S
YS
10A
TUN
ING
FR
EQU
ANC
Y (H
IGH
ER P
ART)
PO
S 5
0
10B
TUN
ING
FR
EQU
ANC
Y (L
OW
ER P
ART)
10C
S-SY
SAF
T
(aut
o)
C-S
YS
10D
TUN
ING
FR
EQU
ANC
Y (H
IGH
ER P
ART)
PO
S 5
1
10E
TUN
ING
FR
EQU
ANC
Y (L
OW
ER P
ART)
10F
S-SY
SAF
T
(aut
o)
C-S
YS
110
TUN
ING
FR
EQU
ANC
Y (H
IGH
ER P
ART)
PO
S 5
2
111
TUN
ING
FR
EQU
ANC
Y (L
OW
ER P
ART)
112
S-SY
SAF
T
(aut
o)
C-S
YS
113
TUN
ING
FR
EQU
ANC
Y (H
IGH
ER P
ART)
PO
S 5
3
114
TUN
ING
FR
EQU
ANC
Y (L
OW
ER P
ART)
115
S-SY
SAF
T
(aut
o)
C-S
YS
116
TUN
ING
FR
EQU
ANC
Y (H
IGH
ER P
ART)
PO
S 5
4
117
TUN
ING
FR
EQU
ANC
Y (L
OW
ER P
ART)
118
S-SY
SAF
T
(aut
o)
C-S
YS
119
TUN
ING
FR
EQU
ANC
Y (H
IGH
ER P
ART)
PO
S 5
5
11A
TUN
ING
FR
EQU
ANC
Y (L
OW
ER P
ART)
11B
S-SY
SAF
T
(aut
o)
C-S
YS
11C
TUN
ING
FR
EQU
ANC
Y (H
IGH
ER P
ART)
PO
S 5
6
11D
TUN
ING
FR
EQU
ANC
Y (L
OW
ER P
ART)
11E
S-SY
SAF
T
(aut
o)
C-S
YS
11F
TUN
ING
FR
EQU
ANC
Y (H
IGH
ER P
ART)
PO
S 5
7
120
TUN
ING
FR
EQU
ANC
Y (L
OW
ER P
ART)
121
S-SY
SAF
T
(aut
o)
C-S
YS
122
TUN
ING
FR
EQU
ANC
Y (H
IGH
ER P
ART)
PO
S 5
8
123
TUN
ING
FR
EQU
ANC
Y (L
OW
ER P
ART)
124
S-SY
SAF
T
(aut
o)
C-S
YS
125
TUN
ING
FR
EQU
ANC
Y (H
IGH
ER P
ART)
PO
S 5
9
126
TUN
ING
FR
EQU
ANC
Y (L
OW
ER P
ART)
127
S-SY
SAF
T
(aut
o)
C-S
YS
128
TUN
ING
FR
EQU
ANC
Y (H
IGH
ER P
ART)
PO
S 6
0
129
TUN
ING
FR
EQU
ANC
Y (L
OW
ER P
ART)
12A
S-SY
SAF
T
(aut
o)
C-S
YS
12B
TUN
ING
FR
EQU
ANC
Y (H
IGH
ER P
ART)
PO
S 6
1
12C
TUN
ING
FR
EQU
ANC
Y (L
OW
ER P
ART)
12D
S-SY
SAF
T
(aut
o)
C-S
YS
12E
TUN
ING
FR
EQU
ANC
Y (H
IGH
ER P
ART)
PO
S 6
2
12F
TUN
ING
FR
EQU
ANC
Y (L
OW
ER P
ART)
130
S-SY
SAF
T
(aut
o)
C-S
YS
131
TUN
ING
FR
EQU
ANC
Y (H
IGH
ER P
ART)
PO
S 6
3
132
TUN
ING
FR
EQU
ANC
Y (L
OW
ER P
ART)
133
S-SY
SAF
T
(aut
o)
C-S
YS
134
TUN
ING
FR
EQU
ANC
Y (H
IGH
ER P
ART)
PO
S 6
4
135
TUN
ING
FR
EQU
ANC
Y (L
OW
ER P
ART)
136
S-SY
SAF
T
(aut
o)
C-S
YS
137
TUN
ING
FR
EQU
ANC
Y (H
IGH
ER P
ART)
PO
S 6
5
138
TUN
ING
FR
EQU
ANC
Y (L
OW
ER P
ART)
139
S-SY
SAF
T
(aut
o)
C-S
YS
13A
TUN
ING
FR
EQU
ANC
Y (H
IGH
ER P
ART)
PO
S 6
6
13B
TUN
ING
FR
EQU
ANC
Y (L
OW
ER P
ART)
13C
S-SY
SAF
T
(aut
o)
C-S
YS
13D
TUN
ING
FR
EQU
ANC
Y (H
IGH
ER P
ART)
PO
S 6
7
13E
TUN
ING
FR
EQU
ANC
Y (L
OW
ER P
ART)
13F
S-SY
SAF
T
(aut
o)
C-S
YS
MO
DE
LM
OD
EL
LET
TE
R N
O.
LET
TE
R N
O.
MIC
ON
EE
PR
OM
EE
PR
OM
CH
AS
SIS
CT
V F
INA
LLA
ST IN
ITIA
LSE
TTIN
G D
ATA
DE
FA
ULT
R
AN
GE
WR
ITE
(CP
U)
CH
EC
K D
AT
A
C
HE
CK
TY
PE
C
HE
CK
DA
TA
CH
EC
K T
YP
ER
EM
AR
KA
DD
RE
SS
DA
TA
(HE
X)
D7
D6
D5
D4
D3
D2
D1
D0
140
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 6
8
141
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
142
S-SY
SAF
T
(aut
o)
C-SY
S
143
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 6
9
144
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
145
S-SY
SAF
T
(aut
o)
C-SY
S
146
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 7
0
147
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
148
S-SY
SAF
T
(aut
o)
C-SY
S
149
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 7
1
14A
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
14B
S-SY
SAF
T
(aut
o)
C-SY
S
14C
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 7
2
14D
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
14E
S-SY
SAF
T
(aut
o)
C-SY
S
14F
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 7
3
150
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
151
S-SY
SAF
T
(aut
o)
C-SY
S
152
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 7
4
153
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
154
S-SY
SAF
T
(aut
o)
C-SY
S
155
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 7
5
156
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
157
S-SY
SAF
T
(aut
o)
C-SY
S
158
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 7
6
159
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
15A
S-SY
SAF
T
(aut
o)
C-SY
S
15B
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 7
7
15C
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
15D
S-SY
SAF
T
(aut
o)
C-SY
S
15E
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 7
8
15F
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
160
S-SY
SAF
T
(aut
o)
C-SY
S
161
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 7
9
162
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
163
S-SY
SAF
T
(aut
o)
C-SY
S
164
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 8
0
165
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
166
S-SY
SAF
T
(aut
o)
C-SY
S
167
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 8
1
168
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
169
S-SY
SAF
T
(aut
o)
C-SY
S
16A
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 8
2
16B
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
16C
S-SY
SAF
T
(aut
o)
C-SY
S
16D
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 8
3
16E
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
16F
S-SY
SAF
T
(aut
o)
C-SY
S
170
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 8
4
171
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
172
S-SY
SAF
T
(aut
o)
C-SY
S
173
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 8
5
174
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
175
S-SY
SAF
T
(aut
o)
C-SY
S
176
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 8
6
177
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
178
S-SY
SAF
T
(aut
o)
C-SY
S
179
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 8
7
17A
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
17B
S-SY
SAF
T
(aut
o)
C-SY
S
17C
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 8
8
17D
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
17E
S-SY
SAF
T
(aut
o)
C-SY
S
17F
PO
S 8
9
MO
DE
LM
OD
EL
LET
TE
R N
O.
LET
TE
R N
O.
MIC
ON
EE
PR
OM
EE
PR
OM
CH
AS
SIS
CT
V F
INA
LLA
ST IN
ITIA
LSE
TTIN
G D
ATA
DE
FA
ULT
R
AN
GE
WR
ITE
(CP
U)
CH
EC
K D
AT
A
C
HE
CK
TY
PE
C
HE
CK
DA
TA
CH
EC
K T
YP
ER
EM
AR
K
14
14-1
14-2
14D1-S/G/W14D2-S/G
AD
DR
ES
SD
AT
A
(HE
X)
D7
D6
D5
D4
D3
D2
D1
D0
180
PO
S 8
9
181
182
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 9
0
183
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
184
S-SY
SAF
T
(aut
o)
C-SY
S
185
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 9
1
186
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
187
S-SY
SAF
T
(aut
o)
C-SY
S
188
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 9
2
189
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
18A
S-SY
SAF
T
(aut
o)
C-SY
S
18B
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 9
3
18C
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
18D
S-SY
SAF
T
(aut
o)
C-SY
S
18E
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 9
4
18F
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
190
S-SY
SAF
T
(aut
o)
C-SY
S
191
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 9
5
192
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
193
S-SY
SAF
T
(aut
o)
C-SY
S
194
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 9
6
195
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
196
S-SY
SAF
T
(aut
o)
C-SY
S
197
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 9
7
198
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
199
S-SY
SAF
T
(aut
o)
C-SY
S
19A
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 9
8
19B
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
19C
S-SY
SAF
T
(aut
o)
C-SY
S
19D
TUNI
NG F
REQ
UANC
Y (H
IGHE
R PA
RT)
PO
S 9
9
19E
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
19F
S-SY
SAF
T
(aut
o)
C-SY
S
1A0
AV
1
1A1
1A2
(aut
o)
C
-SYS
1A3
AV
2
1A4
1A5
(aut
o)
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
MO
DE
LM
OD
EL
LET
TE
R N
O.
LET
TE
R N
O.
TUNI
NG F
REQ
UANC
Y (L
OW
ER P
ART)
S-SY
SAF
T
(aut
o)
C-SY
S
MIC
ON
EE
PR
OM
EE
PR
OM
CH
AS
SIS
CT
V F
INA
LLA
ST IN
ITIA
LSE
TTIN
G D
ATA
DE
FA
ULT
R
AN
GE
WR
ITE
(CP
U)
CH
EC
K D
AT
A
C
HE
CK
TY
PE
C
HE
CK
DA
TA
CH
EC
K T
YP
ER
EM
AR
KA
DD
RE
SS
DA
TA
MIC
ON
EE
PR
OM
EE
PR
OM
CH
AS
SIS
CT
V F
INA
LLA
ST IN
ITIA
LSE
TTIN
G D
ATA
(HE
X)
D7
D6
D5
D4
D3
D2
D1
D0
DE
FA
ULT
R
AN
GE
WR
ITE
(CP
U)
CH
EC
K D
AT
A
C
HE
CK
TY
PE
C
HE
CK
DA
TA
CH
EC
K T
YP
ER
EM
AR
K
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
MO
DE
LM
OD
EL
LET
TE
R N
O.
LET
TE
R N
O.
15
15-1
15-2
14D1-S/G/W14D2-S/G
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
705.
The
fuse
is a
gain
blo
wn
out.
Doe
s ho
rizon
tal c
ircui
t os
cilla
te ?
Che
ck Q
752
and
IC80
1.
D10
01 (
Pow
er L
ED
Red
di
mly
) tu
rns
on o
r tu
rns
ON
/OF
F.
Che
ck T
701
pin
(11)
vol
tage
(A
ppro
x. 3
10V
at 2
20V
AC
)
Che
ck F
701.
Che
ck S
econ
dary
Mai
n+B
(App
rox.
130
V)
Che
ck C
RT
con
nect
or
K1-
K5
bias
.
Che
ck
C87
8.C
heck
IC
801.
Che
ckin
g th
e pr
otec
tor
circ
uit.
Che
ck R
618
and
R61
9.
D10
01 (
Pow
er L
ED
Red
br
ight
ly)
turn
s on
.C
heck
D75
1
Che
ck R
701
and
R70
7
16
16-1
16-2
14D1-S/G/W14D2-S/G
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.
Doe
s no
ise
or
sign
al a
ppea
r at
pi
ns (
23)
and
(24)
of IC
801.
Che
ck Q
251,
Q25
2 an
d re
late
d ci
rcui
t.
Che
ck p
in (
37)o
f IC
801
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.
Che
ck IC
801.
Che
ck C
356,
C
359
and
perip
hera
l circ
uit.
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), (
29)
an
d (4
4) o
f IC
801.
» S
ound
Det
ecto
r C
ircui
t.»
Sou
nd S
witc
h an
d A
tt.
C
ontr
ol.
» A
udio
Out
put C
ircui
t.
Doe
s si
gnal
app
ear
at p
ins
(2)
and
(4)
of IC
302
?
Che
ck P
302,
P30
3 co
nnec
tor
of I
C30
2 an
d pe
riphe
ral
circ
uit.
Che
ck Q
321,
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 (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(
33)
and
(34)
of
IC80
1.
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
505
and
C50
9.
Che
ck IC
501.
Che
ck R
501,
R50
3, R
512,
R52
1, R
533
and
C53
3.
17
17-1
17-2
14D1-S/G/W14D2-S/G
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)
14D1-S/G/W14D2-S/G
18
1) 1.0 Vp-p 3) 3.10 Vp-p (H) 4) 3.10 Vp-p (H)2) 3.00 Vp-p (H)
8) 3.2 Vp-p (H) 9) 2.32 Vp-p (H) 10) 122 Vp-p (H)7) 79.2 Vp-p (H)
11) 8.8 Vp-p (H) 13) 110 Vp-p (H) 14) 1100Vp-p (H) 15) 480 Vp-p (H)12) 50 Vp-p (H)
16) 28 Vp-p (H) 17) 2.08 Vp-p (H)
WAVEFORMS(14D1-S/G/W)
6) 78.4 Vp-p (H)
5) 70.0 Vp-p (H)
14D1-S/G/W14D2-S/G
19
1) 1.0 Vp-p 3) 3.10 Vp-p (H) 4) 3.10 Vp-p (H)2) 3.00 Vp-p (H)
8) 3.2 Vp-p (H) 9) 2.32 Vp-p (H) 10) 122 Vp-p (H)7) 79.2 Vp-p (H)
11) 8.8 Vp-p (H) 13) 110 Vp-p (H) 14) 1.1 kVp-p (H) 15) 480 Vp-p (H)12) 50 Vp-p (H)
16) 28 Vp-p (H) 17) 2.08 Vp-p (H)
WAVEFORMS(14D2-S/G)
5) 70.0 Vp-p (H)
6) 78.4 Vp-p (H)
14D1-S/G/W14D2-S/G
20
TOP VIEW
SOLID STATE DEVICE BASE DIAGRAM
CAT24W04(BR24C04)(M24C04W)
D601A B709A
8 5
1
64 33
4
TX0110BMTX0124BM2SC3198
2SC3207DX0111PE
BASE COLLECTOREMITTER
BASE COLLECTOREMITTER
B C EKA7808A
1 2 3
CATHODE
ANODE (RED)
STRG5653
AN7523
PX0013PE
2SD2586
1 9
+ ~ ~ -
ZR :BR:
COLLECTOR COLLECTOR
BASE EMITTER BASE EMITTER
1 3 52 4
9
AN5522
IX3368CE1 32
SIDE VIEW
21
14D1-S/G/W14D2-S/G
MODEL 14D1-S/G/W CHASSIS LAYOUT
22
14D1-S/G/W14D2-S/G
MODEL 14D2-S/G CHASSIS LAYOUT
23
14D1-S/G/W14D2-S/G
BLOCK DIAGRAM:CRT UNIT
BLOCK DIAGRAM:HEADPHONE UNIT
14D1-S/G/W14D2-S/G
14D1-S/G/W14D2-S/G
24~25
MODEL 14D1-S/G/W BLOCK DIAGRAM:MAIN UNIT
14D1-S/G/W14D2-S/G
14D1-S/G/W14D2-S/G
26~27
MODEL 14D2-S/G BLOCK DIAGRAM:MAIN UNIT
28
14D1-S/G/W14D2-S/G
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 1/10 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 2.0V peak applied at of Base
Video Buffer Amp. Q252.2. Approximately 4V AGC bias .
29
14D1-S/G/W14D2-S/G
A
B
C
D
E
F
G
H
I
J
1 2 3 4 5 6 7 8 9 10
SCHEMATIC DIAGRAM:CRT UNIT
SCHEMATIC DIAGRAM:HEADPHONE UNIT
14D1-S/G/W14D2-S/G
14D1-S/G/W14D2-S/G
30~31
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
A
B
C
D
E
F
G
H
I
J
SCHEMATIC DIAGRAM:MAIN UNIT(14D1-S/G/W)
14D1-S/G/W14D2-S/G
14D1-S/G/W14D2-S/G
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
A
B
C
D
E
F
G
H
I
J
32~33
SCHEMATIC DIAGRAM:MAIN UNIT(14D2-S/G)
14D1-S/G/W14D2-S/G
14D1-S/G/W14D2-S/G
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
A
B
C
D
E
F
G
H
I
J
34~35
PWB-A: MAIN UNIT (WIRING SIDE)PRINTED WIRING BOARD ASSEMBLIES
14D1-S/G/W14D2-S/G
14D1-S/G/W14D2-S/G
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
A
B
C
D
E
F
G
H
I
J
36~37
PWB-A: MAIN UNIT (Chip Parts Side)
38
14D1-S/G/W14D2-S/G
A
B
C
D
E
F
G
H
I
J
1 2 3 4 5 6 7 8 9 10
PWB-B: CRT UNIT (WIRING SIDE)
PWB-B: CRT UNIT (Chip Parts Side)
PWB-C: HEADPHONE UNIT (WIRING SIDE)
PWB-B: HEADPHONE UNIT (Chip Parts Side)
R370
RJ62
R371
RJ61
RJ60
Ref. No. Part No. ★ Description Code Ref. No. Part No. ★ Description Code
39
14D1-S/G/W14D2-S/G
PICTURE TUBE
å VB37GDA86X/1E R Picture Tube CBå RCiLG0095PEZZ R Degaussing Coil AHå DY601 RCiLH0225PEZZ R Deflection Yoke AX
PMAGF3045CEZZ R Magnet AGQEARC1422PEZZ R Ground-part AD
PRINTED WIRING BOARD ASSEMBLIES(NOT REPLACEMENT ITEM)
PWB-A DUNTKB508WEA4 - Main Unit (14D1-S/G) —PWB-A DUNTKB508WEA5 - Main Unit (14D2-S/G) —PWB-A DUNTKB508WEA8 - Main Unit (14D1-W) —PWB-B DUNTKB509WEA4 - CRT Unit (14D1-S/G) —PWB-B DUNTKB509WEA5 - CRT Unit (14D2-S/G) —PWB-B DUNTKB509WEA8 - CRT Unit (14D1-W) —PWB-C DUNTKB510WEA3 - Headphone Unit —
REPLACEMENT PARTS LISTPARTS REPLACEMENT
Replacement parts which have these special safety characteristics areidentified in this manual; electrical components having such featuresare identified by "å" in the Replacement Parts Lists.The use of a substitute replacement part which does not have the samesafety characteristics as the factory recommended replacement partsshown in this service manual may create shock, fire or other hazards.
"HOW TO ORDER REPLACEMENT PARTS"
To have your order filled promptly and correctly, please furnish the followinginformations.
1. MODEL NUMBER 2. REF. NO.3. PART NO. 4. DESCRIPTION
MARK : SPARE PARTS-DELIVERY SECTION.
Ref. No. Part No. ★ Description Code
DUNTKB508WEA4(14D1-S/G)DUNTKB508WEA5(14D1-S/G)DUNTKB508WEA8(14D1-W)
PWB-A MAIN UNIT
TUNERå TU201 VTUCTF5511+++ R VHF Tuner AZ
INTEGRATED CIRCUITSIC302 VHiAN7523++-1 R AN7523 AH
å IC501 VHiAN5522++-1 R AN5522 AHIC601 VHiKA7808AP-1 R KIA7808API AEIC701 VHiSTRG5653-1 R STR-G5653 AQIC801 RH-iX3368CEN6 R I.C. BEIC1005 VHiCAT24W04-1 R I.C. AE
TRANSISTORSQ251 VS2SD601A//-1Y R 2SD601A(14D1-S/G/W) ACQ251 VS2PD601AR/-1Y R 2PD601AR(14D2-S/G) ABQ252 VS2PC1815G+-1+ R 2PC1815G ACQ302 VS2SD601A//-1Y R 2SD601A (14D1-S/G/W) ACQ302 VS2PD601AR/-1Y R 2PD601AR (14D2-S/G) ABQ321 VS2SD601A//-1Y R 2SD601A (14D1-S/G/W) ACQ321 VS2PD601AR/-1Y R 2PD601AR (14D2-S/G) ABQ352 VS2SD601A//-1Y R 2SD601A (14D1-S/G/W) ACQ352 VS2PD601AR/-1Y R 2PD601AR (14D2-S/G) ABQ501 VS2PC1815G+-1+ R 2PC1815G ACQ601 VS2SC3207//-1+ R 2SC3207 ACQ602 VS2SD2586//1E R 2SD2586 AMQ603 VS2PC1815G+-1+ R 2PC1815G ACQ751 VS2PC1815G+-1+ R 2PC1815G ACQ752 VS2PC1815G+-1+ R 2PC1815G ACQ801 VS2SB709A//-1Y R 2SB709A (14D1-S/G/W) AAQ801 VS2PB709AR/-1Y R 2PB709AR (14D2-S/G) ABQ802 VS2SB709A//-1Y R 2SB709A (14D1-S/G/W) AAQ802 VS2PB709AR/-1Y R 2PB709AR (14D2-S/G) ABQ804 VS2PD601AR/-1Y R 2PD601AR ABQ1010 VS2SD601A//-1Y R 2SD601A (14D1-S/G/W) ACQ1010 VS2PD601AR/-1Y R 2PD601AR (14D2-S/G) AB
DIODES AND LED’SD201 RH-EX0676GEZZY R Zener Diode 32.5V AAD203 RH-DX0045GEZZY R Diode AAD301 VHD1SS119//-1Y R 1SS119 AAD302 VHD1SS119//-1Y R 1SS119 AAD331 RH-DX0302CEZZY R Diode (14D1-S/G/W) ACD332 RH-DX0445CEZZ R Diode (14D2-S/G) ALD503 RH-DX0045GEZZY R Diode AAD505 RH-DX0441CEZZY R Diode ACD506 RH-EX0630GEZZY R Zener Diode 9V AAD507 RH-DX0045GEZZY R Diode AAD508 RH-DX0131CEZZY R Diode ACD509 RH-EX0660GEZZY R Zener Diode 22.2V ABD531 RH-EX0627GEZZY R Zener Diode 8.2V AAD532 RH-EX0627GEZZY R Zener Diode 8.2V AAD601 RH-DX0048GEZZY R Diode AAD602 VHD1SS244//-1Y R 1SS244 ABD603 RH-EX0667GEZZY R Zener Diode 26.3V AAD604 VHD1SS119//-1Y R 1SS119 AAD606 RH-DX0131CEZZY R Diode ACD607 RH-DX0045GEZZY R Diode AAD608 RH-DX0468CEZZ R Diode AED651 RH-EX0627GEZZY R Zener Diode 8.2V AAD652 RH-EX0253TAZZY R Zener Diode ACD653 RH-DX0045GEZZY R Diode AAD701 RH-DX0111PEZZ R Diode AGD705 VHD1SS82///1AY R 1SS82 ACD706 VHD1SS82///1AY R 1SS82 ACD707 VHD1SS82///1AY R 1SS82 ACD751 RH-DX0229CEZZ R Diode AFD752 RH-DX0131CEZZY R Diode ACD754 RH-EX0616GEZZY R Zener Diode 5.9V AAD755 RH-EX0603GEZZY R Zener Diode 4V AAD801 VHD1SS119//-1Y R 1SS119 AA
Ref. No. Part No. ★ Description Code Ref. No. Part No. ★ Description Code
40
14D1-S/G/W14D2-S/G
D802 RH-DX0045GEZZY R Diode AAD803 RH-DX0045GEZZY R Diode AAD804 RH-DX0045GEZZY R Diode AAD805 RH-DX0045GEZZY R Diode AAD806 RH-DX0045GEZZY R Diode AAD808 RH-EX0610GEZZY R Zener Diode 4.9V AAD1001 RH-PX0013PEZZ R PhotoDiode ACD1003 VHD1SS119//-1Y R 1SS119 AAD1004 VHD1SS119//-1Y R 1SS119 AAD1007 RH-EX0263TAZZY R Zener Diode ACD1012 RH-EX0611GEZZY R Zener Diode 5V AAD1018 RH-EX0263TAZZY R Zener Diode ACD1019 RH-EX0263TAZZY R Zener Diode ACD1024 VHD1SS119//-1Y R 1SS119 AA
å VA701 RH-VX0073CEZZ R Varistor AD
PACKAGED CIRCUITSPR702 RMPTP0028CEZZ R Packaged Circuit AGX1001 RCRSB0300CEZZ R Crystal AF
COILS AND TRANSFORMERCF251 RFiLC0318CEZZ R Filter AGCF252 RFiLC0465CEZZ R Filter ADL202 VP-DF270K0000Y R Peaking 27µH ABL203 VP-DF270K0000Y R Peaking 27µH ABL251 VP-XF100K0000Y R Peaking 10µH ABL252 VP-XF6R8K0000Y R Peaking 6.8µH AB
å L701 RCiLF0096PEZZ R Coil AFL751 RCiLP0225CEZZ R Coil AFL802 VP-DF100K0000Y R Peaking 10µH ABL803 VP-DF100K0000Y R Peaking 10µH ABL1030 VP-DF100K0000Y R Peaking 10µH ABL1050 VP-DF100K0000Y R Peaking 10µH ABL1051 VP-DF100K0000Y R Peaking 10µH ABSF201 RFiLC0442CEZZ R Filter AL
å T601 RTRNZ0144PEZZ R Transformer AEå T602 RTRNF0228PEZZ R H-Volt Transformer AXå T701 RTRNW0015PEZZ R Transformer AL
CAPACITORSC201 VCEA0A1CW476M+R 47 16V Electrolytic ABC202 VCEA0A1AW337M+R 330 10V Electrolytic ACC203 VCKYCY1HF103Z R 0.01 50V Ceramic AAC204 VCEA0A0JW477M+ R 470 6.3V Electrolytic ACC205 VCKYCY1HF103Z R 0.01 50V Ceramic AAC206 VCEA0A1HW106M+R 10 50V Electrolytic ABC231 VCKYCY1HF223Z R 0.022 50V Ceramic ABC232 VCKYCY1HB821K R 820p 50V Ceramic AAC233 VCKYCY1HB472K R 4700p 50V Ceramic AAC234 VCKYCY1EF104Z R 0.1 25V Ceramic AAC251 VCKYCY1HF223Z R 0.022 50V Ceramic ABC252 VCEA0A1CW107M+R 100 16V Electrolytic ACC301 VCEA0A1CW477M+R 470 16V Electrolytic ACC304 VCEA0A1CW106M+R 10 16V Electrolytic ABC306 VCEA0A1CW106M+R 10 16V Electrolytic ABC310 VCEA0A1HW105M+R 1 50V Electrolytic ABC311 VCEA0A1HW105M+R 1 50V Electrolytic ABC312 VCEA0A1HW224M+R 0.22 50V Electrolytic ABC316 VCEA0A1CW107M+R 100 16V Electrolytic ACC331 VCKYPA2HB102K+ R 1000p 500V Ceramic AAC332 RC-QZA103TAYJ+ R 0.01 50V M.Polyester Film ABC333 VCEA0A1CW108M R 1000 16V Electrolytic ADC352 VCEA0A1HW105M+R 1 50V Electrolytic ABC354 VCEA0A1HW105M+R 1 50V Electrolytic ABC356 VCKYCY1HB472K R 4700p 50V Ceramic AAC359 VCEA0A1CW106M+R 10 16V Electrolytic ABC360 VCE9GA1HW225M+R 2.2 50V Elect.(N,P) ABC409 VCKYCY1CF474Z R 0.47 16V Ceramic ABC410 VCKYCY1CF474Z R 0.47 16V Ceramic ABC411 VCKYCY1HB102K R 1000p 50V Ceramic AAC412 VCEA0A1CW477M+R 470 16V Electrolytic ACC501 VCKYPA1HB102K+ R 1000p 50V Ceramic AAC504 VCKYCY1HB103K R 0.01 50V Ceramic AAC505 VCEA0A1HW107M+R 100 50V Electrolytic ABC507 VCKYCY1HB103K R 0.01 50V Ceramic AAC508 VCFYSA1JB224J+ R 0.22 63V Mylar AD
C509 VCEA0A1CW477M+R 470 16V Electrolytic ACC510 VCKYPA2HB102K+ R 1000p 500V Ceramic AAC514 VCFYSA1JB563J+ R 0.056 63V Mylar ADC529 VCKYCY1CB823KY R 0.082 16V Ceramic AHC531 VCKYCY1HB102K R 1000p 50V Ceramic AAC532 VCKYCY1HB102K R 1000p 50V Ceramic AAC533 RC-QZA104TAYJ+ R 0.1 50V M.Polyester Film ABC601 RC-QZA563TAYJ+ R 0.056 50V M.Polyester Film ABC602 VCEA0A1HW475M+R 4.7 50V Electrolytic ABC603 VCEA0A1HW105M+R 1 50V Electrolytic ABC604 VCEA0A2EW106M R 10 250V Electrolytic ADC605 VCKYPA2HB102K+ R 1000p 500V Ceramic AAC606 VCFPFA2EB334J R 0.33 250V M.Polypro ADC607 VCFPFD3ZA532H R 5300p 1.8kVM.Polypro ADC608 VCKYPA2HB102K+ R 1000p 500V Ceramic AAC610 VCEA0A1CW108M R 1000 16V Electrolytic ADC611 VCEA0A1EW476M+R 47 25V Electrolytic ABC612 VCEA0A1CW477M+R 470 16V Electrolytic ACC620 VCKYPA2HB102K+ R 1000p 500V Ceramic AAC640 VCFYSB2EB823J R 0.082 250V M.Polyester Film ADC651 VCQYTA1HM222J+ R 2200p 50V Mylar AAC652 RC-QZA472TAYJ+ R 4700p 50V Mylar ABC653 VCEA0A1HW105M+R 1 50V Electrolytic ABC654 VCKYCY1HF223Z R 0.022 50V Ceramic ABC655 VCEA0A1HW106M+R 10 50V Electrolytic ABC656 VCEA0A1HW474M+R 0.47 50V Electrolytic ABC657 VCKYCY1EF104Z R 0.1 25V Ceramic AAC658 VCKYCY1EF104Z R 0.1 25V Ceramic AA
å C701 RC-FZ031SCEZZ R 0.1 275V M.Polyester Film ADC702 RC-KZ0029CEZZ+ R 0.01 250V Ceramic ACC703 RC-KZ0029CEZZ+ R 0.01 250V Ceramic ACC704 RC-KZ0029CEZZ+ R 0.01 250V Ceramic ACC705 RC-EZ1286CEZZ R 150 400V Electrolytic ATC709 RC-KZ0039CEZZ R 680p 2kV Ceramic ABC710 VCEA0A1HW476M+R 47 50V Electrolytic ABC711 VCKYPA1HB102K+ R 1000p 50V Ceramic AAC712 VCKYPA1HB471K+ R 470p 50V Ceramic AA
å C751 RC-KZ0102GEZZ R 680 AC250V Ceramic AEC752 VCKYPH3DB561K R 560p 2kV Ceramic ACC753 RC-EZ0776CEZZ R 100 160V Electrolytic AFC754 RC-EZA069WJZZ R 33 160V Electrolytic AEC755 VCEA0A1CW108M R 1000 16V Electrolytic ADC756 RC-QZA103TAYJ+ R 0.01 50V M.Polyester Film ABC759 VCEA0A0JW477M+ R 470 6.3V Electrolytic ACC760 VCEA0A0JW228M R 2200 6.3V Electrolytic ADC801 VCEA0A1HW105M+R 1 50V Electrolytic ABC803 VCEA0A1CW107M+R 100 16V Electrolytic ACC804 VCKYCY1HB222K R 2200p 50V Ceramic AAC805 VCKYD41HB102KY R 1000p 50V Ceramic AAC806 VCKYD41HB102KY R 1000p 50V Ceramic AAC807 VCKYD41HB102KY R 1000p 50V Ceramic AAC808 VCEA0A1CW107M+R 100 16V Electrolytic ACC809 VCKYCY1CF474Z R 0.47 16V Ceramic ABC810 VCKYCY1CF474Z R 0.47 16V Ceramic ABC811 VCEA0A1CW107M+R 100 16V Electrolytic ACC812 VCFYFA1HA224J+ R 0.22 50V M.Polyester Film ABC813 VCFYFA1HA224J+ R 0.22 50V M.Polyester Film ABC814 VCKYCY1HB471K R 470p 50V Ceramic AAC816 VCKYCY1HB471K R 470p 50V Ceramic AAC1001 VCEA0A0JW107M+ R 100 6.3V Electrolytic ABC1002 VCEA0A0JW107M+ R 100 6.3V Electrolytic ABC1003 VCEA0A1CW106M+R 10 16V Electrolytic ABC1004 VCKYCY1CF474Z R 0.47 16V Ceramic ABC1005 VCKYCY1CF474Z R 0.47 16V Ceramic ABC1006 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 VCKYCY1CF474Z R 0.47 16V Ceramic ABC1012 VCKYCY1CF474Z R 0.47 16V Ceramic ABC1013 VCEA0A0JW107M+ R 100 6.3V Electrolytic ABC1014 VCEA0A1CW106M+R 10 16V Electrolytic ABC1016 RC-QZA104TAYJ+ R 0.1 50V Mylar ABC1018 VCKYCY1HB221K R 220p 50V Ceramic AAC1019 VCEA0A1HW225M+R 2.2 50V Electrolytic ABC1024 RC-QZA104TAYJ+ R 0.1 50V Mylar AB
Ref. No. Part No. ★ Description Code Ref. No. Part No. ★ Description Code
41
14D1-S/G/W14D2-S/G
RESISTORSRJ2 VRN-MD2AL000J R 0 1/10W Metal Film AARJ9 VRN-MD2AL000J R 0 1/10W Metal Film AARJ13 VRN-MD2AL000J R 0 1/10W Metal Film AARJ14 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 AARJ17 VRN-MD2AL000J R 0 1/10W Metal Film AARJ18 VRN-MD2AL000J R 0 1/10W Metal Film AARJ19 VRN-MD2AL000J R 0 1/10W Metal Film AARJ24 VRN-MD2AL000J R 0 1/10W Metal Film AA
(14D2-S/G)RJ26 VRN-MD2AL000J R 0 1/10W Metal Film AARJ28 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 AA
(14D2-S/G)RJ35 VRN-MD2AL000J R 0 1/10W Metal Film AARJ37 VRN-MD2AL000J R 0 1/10W Metal Film AARJ38 VRN-MD2AL000J R 0 1/10W Metal Film AARJ41 VRN-MD2AL000J R 0 1/10W Metal Film AARJ42 VRN-MD2AL000J R 0 1/10W Metal Film AARJ43 VRN-MD2AL000J R 0 1/10W Metal Film AARJ46 VRN-MD2AL000J R 0 1/10W Metal Film AARJ47 VRN-MD2AL000J R 0 1/10W Metal Film AARJ49 VRN-MD2AL000J R 0 1/10W Metal Film AARJ50 VRN-MD2AL000J R 0 1/10W Metal Film AARJ51 VRN-MD2AL000J R 0 1/10W Metal Film AARJ52 VRN-MD2AL000J R 0 1/10W Metal Film AARJ53 VRN-MD2AL000J R 0 1/10W Metal Film AARJ56 VRN-MD2AL000J R 0 1/10W Metal Film AARJ71 VRN-MD2AL000J R 0 1/10W Metal Film AARJ73 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 AARJ77 VRN-MD2AL000J R 0 1/10W Metal Film AARJ78 VRN-MD2AL000J R 0 1/10W Metal Film AARJ83 VRN-MD2AL000J R 0 1/10W Metal Film AARJ88 VRN-MD2AL000J R 0 1/10W Metal Film AAR217 VRN-MD2AL000J R 0 1/10W Metal Film AAR230 VRN-MD2AL000J R 0 1/10W Metal Film AAR364 VRN-MD2AL000J R 0 1/10W Metal Film AAR366 VRN-MD2AL000J R 0 1/10W Metal Film AARJ10 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ21 VRS-CY1JF000JY R 0 1/16W Metal Oxide AAR201 VRN-MD2AL101J R 100 1/10W Metal Film AAR202 VRN-MD2AL101J R 100 1/10W Metal Film AAR216 VRS-VV3LB223J R 22k 3W Metal Oxide ABR219 VRD-RA2BE392JY R 3.9k 1/8W Carbon AAR231 VRD-RA2BE681JY R 680 1/8W Carbon AAR232 VRN-MD2AL272J R 2.7k 1/10W Metal Film AAR233 VRN-MD2AL102J R 1k 1/10W Metal Film AAR234 VRN-MD2AL391J R 390 1/10W Metal Film AAR251 VRN-MD2AL181J R 180 1/10W Metal Film AAR252 VRN-MD2AL181J R 180 1/10W Metal Film AAR253 VRD-RA2BE680JY R 68 1/8W Carbon AAR254 VRN-MD2AL560J R 56 1/10W Metal Film ABR255 VRN-MD2AL223J R 22k 1/10W Metal Film AAR256 VRN-MD2AL223J R 22k 1/10W Metal Film AAR262 VRN-MD2AL560J R 56 1/10W Metal Film ABR263 VRN-MD2AL560J R 56 1/10W Metal Film ABR301 VRN-MD2AL101J R 100 1/10W Metal Film AAR302 VRN-MD2AL101J R 100 1/10W Metal Film AAR303 VRN-MD2AL561J R 560 1/10W Metal Film AAR304 VRN-MD2AL100J R 10 1/10W Metal Film AAR305 VRN-MD2AL274J R 270k 1/10W Metal Film AAR310 VRN-MD2AL473J R 47k 1/10W Metal Film AAR311 VRN-MD2AL473J R 47k 1/10W Metal Film AAR313 VRN-MD2AL102J R 1k 1/10W Metal Film AAR314 VRN-MD2AL472J R 4.7k 1/10W Metal Film AAR315 VRN-MD2AL272J R 2.7k 1/10W Metal Film AAR316 VRN-MD2AL272J R 2.7k 1/10W Metal Film AAR318 VRD-RA2BE680JY R 68 1/8W Carbon AAR334 VRN-MD2AL332J R 3.3k 1/10W Metal Film AAR335 VRS-CY1JF564JY R 560k 1/16W Metal Oxide AAR352 VRN-MD2AL681J R 680 1/10W Metal Film AA
R359 VRN-MD2AL102J R 1k 1/10W Metal Film AAR360 VRN-MD2AL103J R 10k 1/10W Metal Film AAR361 VRN-MD2AL104J R 100k 1/10W Metal Film AAR431 VRN-MD2AL101J R 100 1/10W Metal Film AAR432 VRN-MD2AL820J R 82 1/10W Metal Film AAR458 VRN-MD2AL103J R 10k 1/10W Metal Film AAR459 VRD-RA2BE680JY R 68 1/8W Carbon AAR501 VRD-RA2BE272JY R 2.7k 1/8W Carbon AAR502 VRD-RM2HD102JY R 1k 1/2W Carbon AAR503 VRN-VV3AB2R7J R 2.7 1W Metal Film AAR504 VRN-MD2AL181J R 180 1/10W Metal Film AAR505 VRN-MD2AL102J R 1k 1/10W Metal Film AAR506 VRS-VV3AB331J R 330 1W Metal Oxide AAR507 VRN-VV3AB1R0J R 1 1W Metal Film AAR508 VRD-RA2BE153JY R 15k 1/8W Carbon AAR509 VRD-RA2BE153JY R 15k 1/8W Carbon AAR511 VRN-MD2AL181J R 180 1/10W Metal Film AAR512 VRD-RM2HD5R6JY R 5.6 1/2W Carbon AAR521 VRD-RA2BE333JY R 33k 1/8W Carbon AAR529 VRD-RA2BE223JY R 22k 1/8W Carbon AAR530 VRS-CY1JF334JY R 330k 1/16W Metal Oxide AAR531 VRN-MD2AL101J R 100 1/10W Metal Film AAR532 VRN-MD2AL101J R 100 1/10W Metal Film AAR533 VRD-RA2BE393JY R 39k 1/8W Carbon AAR601 VRS-SV2HC102J R 1k 1/2W Metal Oxide AAR602 VRD-RA2BE393JY R 39k 1/8W Carbon AAR603 VRD-RA2BE273JY R 27k 1/8W Carbon AAR604 VRD-RA2BE563JY R 56k 1/8W Carbon AAR605 VRD-RM2HD124JY R 120k 1/2W Carbon AAR606 VRN-VV3AB1R5J R 1.5 1W Metal Film AAR607 VRD-RM2HD270JY R 27 1/2W Carbon AAR609 VRD-RA2BE154JY R 150k 1/8W Carbon AAR610 VRD-RA2BE102GY R 1k 1/8W Carbon ABR611 VRN-MD2AL102J R 1k 1/10W Metal Film AAR612 VRN-MD2AL123J R 12k 1/10W Metal Film AAR613 VRN-MD2AL103J R 10k 1/10W Metal Film AAR614 VRS-SV2HC150J R 15 1/2W Metal Oxide AAR615 VRS-VV3DB682J R 6.8k 2W Metal Oxide AAR616 VRN-VV3ABR47J R 0.47 1W Metal Film AAR618 VRS-VV3DB391J R 390 2W Metal Oxide AAR619 VRS-VV3LB103J R 10k 3W Metal Oxide ABR620 VRS-VV3AB472J R 4.7k 1W Metal Oxide AAR622 VRD-RA2BE102JY R 1k 1/8W Carbon AAR623 VRD-RM2HD184JY R 180k 1/2W Carbon AAR624 VRN-MD2AL472J R 4.7k 1/10W Metal Film AAR625 VRN-VV3DB8R2J R 8.2 2W Metal Film ABR626 VRD-RM2HD470JY R 47 1/2W Carbon AAR633 VRD-RA2BE333JY R 33k 1/8W Carbon AAR634 VRD-RA2BE103JY R 10k 1/8W Carbon AAR641 VRN-SV2HCR47J R 0.47 1/2W Metal Film AAR651 VRN-MD2AL223J R 22k 1/10W Metal Film AAR652 VRN-MD2AL102J R 1k 1/10W Metal Film AAR653 VRN-MD2AL822J R 8.2k 1/10W Metal Film AAR654 VRN-MD2AL273J R 27k 1/10W Metal Film AAR655 VRN-MD2AL391J R 390 1/10W Metal Film AAR656 VRN-MD2AL100J R 10 1/10W Metal Film AAR658 VRD-RA2BE101JY R 100 1/8W Carbon AAR663 VRD-RA2BE101JY R 100 1/8W Carbon AAR701 VRW-KQ3NC3R9K R 3.9 7W Cement AER707 VRS-VV3DB104J R 100k 2W Metal Oxide ABR708 VRD-RA2BE681JY R 680 1/8W Carbon AAR709 VRN-VV3DBR47J R 0.47 2W Metal Film ABR710 VRN-VV3DBR56J R 0.56 2W Metal Film AA
(14D1-S/G/W)R710 VRN-VV3DBR47J R 0.47 2W Metal Film AB
(14D2-S/G)R711 VRD-RA2BE682JY R 6.8k 1/8W Carbon AAR712 VRD-RA2BE152JY R 1.5k 1/8W Carbon AAR716 VRD-RA2BE562JY R 5.6k 1/8W Carbon AA
å R751 VRC-UA2HG825KY R 8.2M 1/2W Solid AAå R752 VRC-UA2HG825KY R 8.2M 1/2W Solid AA
R753 VRD-RM2HD124JY R 120k 1/2W Carbon AAR754 VRD-RM2HD150JY R 15 1/2W Carbon AAR755 VRD-RA2BE221JY R 220 1/8W Carbon AAR756 VRD-RM2HD270JY R 27 1/2W Carbon AAR757 VRN-MD2AL151J R 150 1/10W Metal Film AAR801 VRN-MD2AL221J R 220 1/10W Metal Film AA
Ref. No. Part No. ★ Description Code Ref. No. Part No. ★ Description Code
42
14D1-S/G/W14D2-S/G
R802 VRN-MD2AL221J R 220 1/10W Metal Film AAR803 VRN-MD2AL221J R 220 1/10W Metal Film AAR804 VRN-MD2AL221J R 220 1/10W Metal Film AAR805 VRN-MD2AL822J R 8.2k 1/10W Metal Film AAR806 VRN-MD2AL123J R 12k 1/10W Metal Film AAR807 VRN-MD2AL103J R 10k 1/10W Metal Film AAR808 VRN-MD2AL221J R 220 1/10W Metal Film AAR809 VRD-RA2BE224JY R 220k 1/8W Carbon AAR812 VRN-MD2AL101J R 100 1/10W Metal Film AAR813 VRN-MD2AL221J R 220 1/10W Metal Film AAR1001 VRN-MD2AL221J R 220 1/10W Metal Film 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 VRN-MD2AL181J R 180 1/10W Metal Film AAR1011 VRN-MD2AL101J R 100 1/10W Metal Film AAR1012 VRD-RA2BE271JY R 270 1/8W Carbon AAR1013 VRD-RA2BE101JY R 100 1/8W Carbon AAR1014 VRN-MD2AL101J R 100 1/10W Metal Film AAR1015 VRN-MD2AL332J R 3.3k 1/10W Metal Film AAR1016 VRN-MD2AL101J R 100 1/10W Metal Film AAR1017 VRN-MD2AL332J R 3.3k 1/10W Metal Film AAR1019 VRN-MD2AL392J R 3.9k 1/10W Metal Film AAR1020 VRN-MD2AL101J R 100 1/10W Metal Film AAR1021 VRN-MD2AL153J R 15k 1/10W Metal Film AAR1022 VRN-MD2AL101J R 100 1/10W Metal Film AAR1023 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 AAR1028 VRN-MD2AL101J R 100 1/10W Metal Film AAR1030 VRN-MD2AL102J R 1k 1/10W Metal Film AAR1031 VRD-RA2BE562JY R 5.6k 1/8W Carbon AAR1032 VRN-MD2AL332J R 3.3k 1/10W Metal Film AAR1034 VRN-MD2AL101J R 100 1/10W Metal Film AAR1035 VRN-MD2AL332J R 3.3k 1/10W Metal Film AAR1036 VRN-MD2AL332J R 3.3k 1/10W Metal Film AAR1037 VRN-MD2AL101J R 100 1/10W Metal Film AAR1038 VRN-MD2AL101J R 100 1/10W Metal Film AAR1039 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 AAR1042 VRD-RA2BE101JY R 100 1/8W Carbon AAR1046 VRN-MD2AL101J R 100 1/10W Metal Film AAR1048 VRS-CY1JF102JY R 1k 1/16W Metal Oxide AAR1050 VRN-MD2AL392J R 3.9k 1/10W Metal Film AAR1051 VRN-MD2AL683J R 68k 1/10W Metal Film AAR1072 VRN-MD2AL101J R 100 1/10W Metal Film AAR1073 VRN-MD2AL101J R 100 1/10W Metal Film AA
SWITCHESå S702 QSW-P0591CEZZ R Switch AQ
S1001 QSW-K0003AJZZ+ R Switch, CH UP ABS1002 QSW-K0003AJZZ+ R Switch, CH DOWN ABS1003 QSW-K0003AJZZ+ R Switch, VOL UP ABS1004 QSW-K0003AJZZ+ R Switch, VOL DOWN ABS1005 QSW-K0003AJZZ+ R Switch, PICTURE/PRESET AB
MISCELLANEOUS PARTSå ACC701 QACCB5003PEZZ R AC Cord (14D1-W) AYå ACC701 QACCZ2008PEZZ R AC Cord (except 14D1-W) AMå F701 QFS-C3229CEZZ R Fuse, T3.15A/250V AD
FB601 RBLN-0091GEZZY R Ferrite Bead ABå FH701 QFSHD1013CEZZ+ R Fuse Holder ACå FH702 QFSHD1014CEZZ+ R Fuse Holder AC
J402 QJAKE0210CE04 R Jack, Video ACJ403 QJAKE0210CE09 R Jack, Audio ACJ409 QJAKHA004WJZZ R Jack, AV-1 IN AEP301 QPLGN0241CEZZ R Plug, 2pin(S) AA
(14D1-S/G/W)P302 QPLGN0461CEZZ R Plug, 4pin(S) AB
(14D2-S/G)P303 QPLGN0461CEZZ R Plug, 4pin(HP) AB
(14D1-S/G/W)P303 QPLGN0561CEZZ R Plug, 5pin(HP) AB
(14D2-S/G)
å P601 QPLGN0660CEZZ R Plug, 6pin(F) ACP602 LHLDW1104PEZZ R Holder(H) ABP603 QPLGN0341CEZZ R Plug, TP651-3 AAP701 QPLGN0260CEZZ R Plug, 2pin(M) AC
å P702 QPLGN0269GEZZ R Plug, 2pin(M) ABP1001 LHLDW1105PEZZ R Holder(K) ABP1002 QPLGN0561CEZZ R Plug, 5pin(BC) ABRDA302 PRDAR0341PEFW R Heat Sink for IC302 AD
(14D1-S/G/W)RDA302 PRDAR0340PEFW R Heat Sink for IC302 AE
(14D2-S/G)RDA501 PRDAR0118GJFW R Heat Sink for IC501 ADRDA701 PRDARA028WJFW R Heat Sink for IC701 AERMC1001 RRMCU0222CEZZ R Remote Receiver ALTP201 QLUGP0102PEZZ R Lug, Test Point AA
LHLDP1066PE00 R Holder AC
DUNTKB509WEA4(14D1-S/G)DUNTKB509WEA5(14D2-S/G)DUNTKB509WEA8(14D1-W)
PWB-B:CRT UNIT
TRANSISTORSQ870 RH-TX0110BMZZ+ R TX0110BM ACQ871 RH-TX0110BMZZ+ R TX0110BM ACQ872 RH-TX0110BMZZ+ R TX0110BM ACQ883 RH-TX0124BMZZ+ R TX0124BM ACQ885 RH-TX0124BMZZ+ R TX0124BM ACQ887 RH-TX0124BMZZ+ R TX0124BM AC
DIODESD881 VHD1SS244//-1Y R 1SS244 ABD882 VHD1SS244//-1Y R 1SS244 ABD883 VHD1SS244//-1Y R 1SS244 ABD884 VHD1SS119//-1Y R 1SS119 AAD885 VHD1SS119//-1Y R 1SS119 AAD886 VHD1SS82///1AY R 1SS82 ACD887 VHD1SS82///1AY R 1SS82 ACD888 VHD1SS82///1AY R 1SS82 AC
CAPACITORSC871 VCCCCY1HH471J R 470p 50V Ceramic AAC872 VCCCCY1HH391J R 390p 50V Ceramic AAC873 VCCCCY1HH471J R 470p 50V Ceramic AAC875 VCKYPA2HB102K+ R 1000p 500V Ceramic AAC876 RC-KZ0150CEZZ R 1000p 3.15kVCeramic ABC878 VCEA0A2EW106M+R 10 250V Electrolytic ADC880 VCCCCY1HH471J R 470p 50V Ceramic AAC881 VCKYPA1HB471K+ R 470p 50V Ceramic AAC882 VCKYPA1HB471K+ R 470p 50V Ceramic AAC886 VCKYPA2HB102K+ R 1000p 500V Ceramic AA
RESISTORSR879 VRN-MD2AL471J R 470 1/10W Metal Film AAR880 VRN-MD2AL471J R 470 1/10W Metal Film AAR881 VRN-MD2AL471J R 470 1/10W Metal Film AAR882 VRS-VV3DB153J R 15k 2W Metal Oxide AAR883 VRD-RM2HD272JY R 2.7k 1/2W Carbon AAR884 VRS-VV3DB153J R 15k 2W Metal Oxide AAR885 VRD-RM2HD272JY R 2.7k 1/2W Carbon AAR886 VRS-VV3DB153J R 15k 2W Metal Oxide AAR887 VRD-RM2HD272JY R 2.7k 1/2W Carbon AAR888 VRN-MD2AL471J R 470 1/10W Metal Film AAR892 VRN-MD2AL102J R 1k 1/10W Metal Film AAR893 VRN-MD2AL102J R 1k 1/10W Metal Film AAR894 VRN-MD2AL102J R 1k 1/10W Metal Film AAR898 VRN-MD2AL471J R 470 1/10W Metal Film AAR899 VRN-MD2AL471J R 470 1/10W Metal Film AA
MISCELLANEOUS PARTSå SC881 QSOCV0017PEZZ R Socket AF
P882 LHLDW1105PEZZ R Holder(K) ABP884 LHLDW1104PEZZ R Holder(H) AB
Ref. No. Part No. ★ Description Code Ref. No. Part No. ★ Description Code
43
14D1-S/G/W14D2-S/G
MISCELLANEOUS PARTS
SP301 VSP9050PB35WA R Speaker AKSP302 VSP9050PB35WA R Speaker(14D-2S/G) AK
QCNW-2206PEZZ R Connecting Cord ADQCNW-2379PEZZ R Connecting Cord AEQCNW-2380PEZZ R Connecting Cord AG
(14D2-S/G)QCNW-2452PEZZ R Connecting Cord AE
(14D2-S/G)QPLGJ0113CEZZ R Plug (except 14D1-W) AG
SUPPLIED ACCESSORIES
ACCESSORIESRRMCG1342PESA R Infrared RC AUTINS-A340WJZZ R Operation Manual AK
(14D1-S/G)TINS-A365WJZZ R Operation Manual AK
(14D2-S/G)TINS-A425WJZZ R Operation Manual AF
(14D1-W)QANTR0018PEZZ R Rod Antenna AQ
(except 14D1-W)TMAPCA013WJZZ R Map (14D2-S/G) ACTMAPCA014WJZZ R Map (14D1-S/G) AC
ACCESSORIE(NOT REPLACEMENT ITEM)TCAUA0002PEZZ - Caution Card —
PACKING PARTS(NOT REPLACEMENT ITEM)
SPAKCA285WJZZ - Packing Case —(14D1-S)
SPAKCA316WJZZ - Packing Case —(14D2-S)
SPAKCA317WJZZ - Packing Case —(14D2-G)
SPAKCA363WJZZ - Packing Case —(14D1-G)
SPAKCA364WJZZ - Packing Case —(14D1-W)
SPAKP0056PEZZ - Wrapping Paper —(14D1-S/G/W)
SPAKXA138WJZZ - Packing Foam —(14D1-S/G/W)
SPAKXA163WJZZ - Packing Foam —(14D2-S/G)
SSAKA0031PEZZ - Polyethylene Bag —SSAKH0009PEZZ - Polyethylene Bag —
(14D1-S/G/W)SSAKH0015PEZZ - Polyethylene Bag —
(14D2-S/G)
DUNTKB510WEA3PWB-C HEADPHONE UNIT
RESISTORSRJ60 VRN-MD2AL000J R 0 1/10W Metal Film AARJ61 VRN-MD2AL000J R 0 1/10W Metal Film AARJ62 VRN-MD2AL000J R 0 1/10W Metal Film AAR370 VRN-MD2AL471J R 470 1/10W Metal Film AAR371 VRN-MD2AL471J R 470 1/10W Metal Film AA
MISCELLANEOUS PARTSJ351 QJAKJ0101SEZZ R Headphone Jack AEP351 QPLGN0461CEZZ R Plug, 4pin AB
Ref. No. Part No. ★ Description Code Ref. No. Part No. ★ Description Code
44
14D1-S/G/W14D2-S/G
CABINET PARTS LOCATION
14D1-S/G/W
14D2-S/G
CABINET PARTS
14D1-S/G/W1 CCABAA145WEV0 R Top Cabinet Ass'y BC
(14D1-S)1 CCABAA178WEV0 R Top Cabinet Ass'y BC
(14D1-G)1 CCABAA179WEV0 R Top Cabinet Ass'y BC
(14D1-W)1-1 Not Available - Top Cabinet —1-2 HBDGB0018PESB R SHARP Badge AD1-3 JBTN-A067WJSA R CTL Buton AC1-4 GCOVAA193WJSA R RC/LED Cover AD1-5 JBTN-A066WJSA R Power Button AC1-6 MSPRC0005PEFW R Power Button Spring AB2 CCABBA087WEV0 R Rear Cabinet Ass'y AV2-1 Not Available - Rear Cabinet —
14D2-S/G1 CCABAA149WEV0 R Top Cabinet Ass'y BB
(14D2-S)1 CCABAA151WEV0 R Top Cabinet Ass'y BB
(14D2-G)1-1 Not Available - Top Cabinet —1-2 HBDGB0019PESB R SHARP Badge AD1-3 JBTN-A028WJSA R CTL Buton (14D2-S) AF1-3 JBTN-A028WJSB R CTL Buton (14D2-G) AF1-4 GCOVAA106WJSA R LED/RC Cover AC1-5 JBTN-A069WJSA R Power Button (14D2-S) AD1-5 JBTN-A069WJSB R Power Button (14D2-G) AD1-6 MSPRC0068CEFW R Power Button Spring AA2 CCABBA096WEV0 R Rear Cabinet Ass'y AX2-1 Not Available - Rear Cabinet —
45
14D1-S/G/W14D2-S/G
★ Polystyrene Bag
Operation Manual★ Batteries
Infrared RemoteControl Unit
★ Buffer Material
★ Packing Case
Fix the packing case with 22 staples
★ Number Card
★ Wrapping Paper
Mark ★ : Not Replacement Item
★ Buffer Material
★ Serial Number Card
PACKING OF THE SET
Ref. No. Part No. ★ Description Code Ref. No. Part No. ★ Description Code
46
14D1-S/G/W14D2-S/G
COPYRIGHT © 2002 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
TQ1431-SNov. 2002 Printed in Japan
In Japan gedruckt
MY. DS
Design and Production InformationDesign : SEMProduction : SREC
