Date post: | 28-Apr-2015 |
Category: |
Documents |
Upload: | noel-gaskin |
View: | 122 times |
Download: | 5 times |
1
29H-FG5RU
1-1
1-2
SHARP CORPORATION
SERVICE MANUAL
29H-FG5RUMODEL
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.
FEATURESË World Multi 28 SystemË 100-CH Program MemoryË AV Mode (Standard / Dynamic /
Soft / Custom)Ë CATV Hyper Band ReadyË 4 Line Digital Comb FilterË Velocity ModulationË Blue/Black Stretch CircuitË Picture Noise ReductionË White Temp. Select
Ë Aperture ControlË Gamma CorrectionË Multi (English / Russian)Ë On/Off/Reminder TimerË Comfy ViewË Rear AV-IN 1 & 2, S-Video In, AV Output
(Monitor Out), Headphone and Front AV-IN 3Ë AFTË Component Input TerminalË Multi Language TELE TEXT
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.
» SPECIFICATIONS ........................................... 2» IMPORTANT SERVICE NOTES...................... 2» ADJUSTMENT PRECAUTIONS ..................... 3» TROUBLE SHOOTING TABLE ..................... 18» SOLID STATE DEVICE BASE DIAGRAM ..... 22» WAVEFORMS ............................................... 23» CHASSIS LAYOUT........................................ 25» BLOCK DIAGRAM ........................................ 26» DESCRIPTION OF SCHEMATIC DIAGRAM .. 28» SCHEMATIC DIAGRAM
■ CRT UNIT ................................................. 29
■ MAIN UNIT ............................................... 30■ FRONT UNIT ............................................ 32
» PRINTED WIRING BOARD ASSEMBLIES ... 34» REPLACEMENT PARTS LIST
■ ELECTRICAL PARTS ............................... 40■ MISCELLANEOUS PARTS ...................... 47■ SUPPLIED ACCESSORIES ..................... 47■ PACKING PARTS ..................................... 47■ CABINET PARTS ..................................... 47
» PACKING OF THE SET ................................ 48
Page Page
CONTENTS
COLOUR TELEVISIONChassis No.GB-4
SY4C129HFG5RU
Ë NICAM/A2Ë Child LockË Dynamic Skin ToneË Graphic EqualizerË ClockË Sound Mode (Music / Movie /
News / Custom)Ë Hotel ModeË 16 : 9 Mode
2
29H-FG5RU
2-1
2-2
IMP
OR
TAN
T S
ER
VIC
E N
OT
ES
Mai
nten
ance
and
rep
air
of th
is r
ecei
ver
shou
ld b
e do
ne b
y qu
alifi
edse
rvic
e pe
rson
nel o
nly.
SE
RV
ICE
OF
HIG
H V
OLT
AG
E S
YS
TE
M A
ND
PIC
-T
UR
E T
UB
EW
hen
ser
vici
ng
th
e h
igh
vo
ltag
e sy
stem
, re
mo
ve s
tati
c ch
arg
e fr
om
it
by
con
nec
tin
g a
10K
oh
m r
esis
tor
in s
erie
s w
ith
an
in
sula
ted
wir
e (s
uch
as
ate
st p
rob
e) b
etw
een
pic
ture
tu
be
dag
an
d 2
nd
an
od
e le
ad.
(A
C l
ine
cord
sho
uld
be
dis
con
nec
ted
fro
m A
C o
utl
et.)
1.P
ictu
re t
ub
e in
th
is r
ecei
ver
emp
loys
inte
gra
l im
plo
sio
n p
rote
ctio
n.
2.R
epla
ce w
ith
th
e sa
me
typ
e n
um
ber
of
pic
ture
tu
be
for
con
tin
ued
saf
ety .
3.D
o n
ot
lift
pic
ture
tu
be
by
the
nec
k.4.
Han
dle
th
e p
ictu
re t
ub
e o
nly
wh
en w
eari
ng
sh
atte
rpro
of
go
gg
les
and
aft
er d
isch
arg
ing
the
hig
h v
olt
age
com
ple
tely
.
X-R
AY
Th
is r
ecei
ver
is d
esig
ned
so
that
an
y X
-Ray
rad
iati
on
is k
ept t
o a
n a
bso
lute
min
imu
m. S
ince
cer
tain
mal
fun
ctio
ns
or
serv
icin
g m
ay p
rod
uce
po
ten
tial
lyh
azar
do
us
rad
iati
on
wit
h p
rolo
ng
ed e
xpo
sure
at
clo
se r
ang
e, t
he
follo
win
pre
cau
tio
ns
sho
uld
be
ob
serv
ed:
1.W
hen
rep
airi
ng
the
circ
uit
, ple
ase
mak
e su
re d
o n
ot i
ncr
ease
the
hig
h v
olt
age
of t
he
set
to m
ore
th
an 3
4.0k
V (
at b
eam
0 µ
A).
2.To
kee
p t
he
set
in a
no
rmal
op
erat
ion
, p
leas
e m
ake
sure
it's
fu
nct
ion
at
30.0
kV ±
1.5k
V(a
t b
eam
1,7
00 µ
A).
Th
e se
t h
as b
een
fac
tory
- a
dju
sted
to
th
e ab
ove
-men
tio
ned
hig
hvo
ltag
e.∴∴∴∴ ∴
If t
her
e is
a p
oss
ibili
ty t
hat
th
e h
igh
vo
ltag
e fl
uct
uat
es a
s a
resu
lt o
f th
e re
pai
res,
nev
er f
org
et t
o c
hec
k fo
r su
ch h
igh
vo
ltag
e af
ter
the
wo
rk.
3.D
o n
ot
sub
stit
ute
a p
ictu
re t
ub
e w
ith
un
auth
ori
zerd
typ
es a
nd
/or
bra
nd
s w
hic
h m
ayca
use
exc
essi
ve X
-ray
rad
iati
on
.
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
use
r , p
erfo
rm th
e fo
llow
ing
saf
ety
chec
ks.
1.In
spec
t all
lead
dre
ss to
mak
e ce
rtai
n th
at le
ads
are
no
t pin
ched
or
that
har
dw
are
is n
ot
lod
ged
bet
wee
n t
he
chas
sis
and
oth
er m
etal
par
ts in
th
e re
ceiv
er.
2.In
spec
t al
l pro
tect
ive
dev
ices
su
ch a
s n
on
-met
al c
on
tro
l kn
ob
s, in
sula
tin
g f
ish
pap
ers,
cab
inet
bac
ks,
adju
stm
ent
and
co
mp
artm
ent
cove
rs o
r sh
ield
s, i
sola
tio
n r
esis
tor-
ca-
pac
ity
net
wo
rks,
mec
han
ical
insu
lato
rs e
tc.
SP
EC
IFIC
AT
ION
SC
onve
rgen
ce...
......
......
......
......
......
......
......
......
......
......
..S
elf C
onve
rgen
ce S
yste
mF
ocus
......
......
......
......
......
......
......
......
......
...B
i-Pot
entia
l, U
ni-P
oten
tial E
lect
rost
atic
Sw
eep
Def
lect
ion
......
......
......
......
......
......
......
......
......
......
......
......
......
......
..M
agne
tic
Inte
rmed
iate
Fre
quen
cies
P
ictu
re IF
Car
rier
......
......
......
......
......
......
......
......
......
......
......
......
......
.... 3
8.9M
Hz
S
ound
IF C
arrie
r F
requ
ency
6.5
MH
z...
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
. 32.
4MH
z
6
.0M
Hz
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
....3
2.9M
Hz
5.5
MH
z...
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
.33.
4MH
z
4
.5M
Hz
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
....3
4.4M
Hz
C
olou
r S
ub-C
arrie
r F
requ
ency
PA
L...
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
.....
34.4
7MH
zS
EC
AM
......
......
......
......
......
......
......
......
......
......
......
......
......
..34
.494
/34.
65M
Hz
NT
SC
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
.....
35.3
2MH
z
Pow
er In
put
......
......
......
......
......
......
......
......
......
......
......
...22
0 ~
240
V A
C 5
0/60
Hz
Pow
er C
onsu
mpt
ion
......
......
......
......
......
......
......
......
......
......
......
......
......
......
..13
5WA
udio
Pow
er O
utpu
t Rat
ing
......
......
......
......
......
......
......
......
......
.10
W X
2 (
at M
ax.)
Spe
aker
S
ize
......
......
......
......
......
......
......
......
......
......
......
......
......
......
4.3
x 21
.8 c
m X
2pc
s
Aer
ial I
nput
Impe
danc
e
VH
F/U
HF
......
......
......
......
......
......
......
......
......
......
......
......
..75
ohm
s U
nbal
ance
dR
ecei
ving
Cha
nnel
PA
L-B
/G, S
EC
AM
-B/G
VH
F-C
hann
els
......
......
......
......
......
......
......
......
......
......
......
......
......
E2
thru
E12
UH
F-C
hann
els
......
......
......
......
......
......
......
......
......
......
......
......
.....
E21
thru
E69
CA
TV
......
......
......
......
......
......
......
......
......
......
......
......
X th
ru Z
+2,
S1
thru
S41
PA
L-D
/K, S
EC
AM
-D/K
VH
F-C
hann
els
......
......
......
......
......
......
......
......
......
..R
1 th
ru R
12, C
1 th
ru C
12U
HF
-Cha
nnel
s...
......
......
......
......
......
......
......
......
......
..21
thru
69,
C21
thru
C57
PA
L-I,
SE
CA
M-I
VH
F-C
hann
els
......
......
......
......
......
......
......
......
......
......
......
(IR
ELA
ND
) B
thru
JU
HF
-Cha
nnel
s...
......
......
......
......
......
......
......
......
......
...(U
.K. &
H.K
.) 2
1thr
u 69
NT
SC
-M
V
HF
-Cha
nnel
s...
......
......
......
......
......
......
......
......
......
......
......
......
2 th
ru 1
3 (U
S)
1 th
ru 1
2 (J
apan
)U
HF
-Cha
nnel
s...
......
......
......
......
......
......
......
......
......
......
......
.... 1
4 th
ru 6
9 (U
S)
13 th
ru 6
2 (J
apan
)C
AT
V...
......
......
......
......
......
......
......
......
......
.....
A-6
thru
A-1
, A th
ru W
+29
(U
S)
C13
thru
C63
(Ja
pan)
Rec
eivi
ng F
requ
ency
......
......
......
......
......
......
......
......
.44
.25
MH
z th
ru 8
63.2
5 M
Hz
Dim
ensi
ons
......
......
......
......
......
......
......
......
......
......
......
......
......
......
..W
idth
: 722
mm
Hei
ght:
582m
mD
epth
: 495
mm
Wei
ght(
appr
ox):
43.
5 kg
Sp
ecif
icat
ion
s ar
e su
bje
ct t
o c
han
ge
wit
ho
ut
pri
or
no
tice
.
3
29H-FG5RU
3-1
3-2
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
I2C
bus
con
trol
and
in t
he c
onve
ntio
nal
anal
og m
anne
r. T
he a
djus
tmen
ts v
ia th
e I2
C b
us c
ontr
ol in
clud
e p
rese
t-on
ly it
ems
and
varia
ble
data
.
1. S
etti
ng
th
e se
rvic
e m
od
e b
y th
e m
icro
pro
cess
or .
1 P
ress
and
hol
d th
e lo
cal k
ey "
VO
L D
OW
N"
& "
CH
UP
" w
hen
pow
er o
n th
e m
ain
switc
h,T
V w
ill e
nter
into
the
SE
RV
ICE
MO
DE
.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
hem
ode
one
by o
ne.
3P
ress
the
CH
DO
WN
/ U
P k
ey o
n th
e re
mot
e co
ntro
ller
to s
elec
t the
mod
esre
vers
ibly
one
by
one.
4U
sing
the
VO
LUM
E U
P/ D
OW
N k
ey o
n th
e re
mot
e co
ntro
ller,
the
data
can
be
mod
i-fie
d.5
Use
the
ME
NU
Key
on
the
rem
ote
cont
rolle
r to
sel
ect t
he m
ode
as s
how
n in
the
next
pag
e.6
Whe
n pr
ess
the
loca
l key
"V
OL
DO
WN
" &
"C
H U
P"
at th
e sa
me
time,
it w
ill b
ere
leas
ed fr
om th
e se
rvic
e m
ode.
2.F
acto
ry P
rese
ttin
g.
1A
fter
ente
r in
to th
e S
ER
VIC
E M
OD
E, c
hang
e da
ta "
INIT
EE
PR
OM
" fr
om 0
---
> 1
(whi
ch is
und
er "
CH
EC
K M
OD
E"
sect
ion)
and
then
sw
itch
off t
he m
ain
pow
er, t
hein
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).
2T
he in
itial
dat
a ar
e pr
eset
as
liste
d in
pag
e 4
to 1
1.3
Mak
e su
re w
heth
er th
e da
ta n
eed
to m
odify
or
not (
Initi
al d
ata)
.
No
te:
On
ce t
he
chas
sis
has
bee
n a
ssem
bly
to
get
her
an
d i
n r
ead
y co
nd
itio
n,
ple
ase
mak
e su
re i
t's g
oth
rou
gh
init
ializ
e p
roce
ss (
see
sect
2-(
1) a
bo
ve)
Pre
cau
tio
n:
If h
aven
't d
on
e th
is in
itia
lizat
ion
, mal
fun
ctio
n m
igh
t b
e h
app
en.
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.
4
29H-FG5RU
4-1
4-2
SR
EC
/SR
AC
/SY
I/ST
TM
SR
EC
-SC
A (S
KD
)R
/C C
OD
EM
CL
1 (R
/C C
OD
E 1
17h)
MC
L 2
(R/C
CO
DE
169
h)T
V-C
H.
CH
-No.
Fv
(MH
z)S
-SY
ST
EM
CH
-No.
Fv
(MH
z)S
-SY
ST
EM
0S
KIP
OF
F F
RE
E59
0.25
5.5
B/G
1E
-248
.25
5.5
B/G
AU
-046
.25
5.5
B/G
2E
-4/B
-362
.25
5.5
B/G
AU
-264
.25
5.5
B/G
3O
IR-3
77.2
56.
5D
/KA
U-3
86.2
55.
5B
/G4
E-5
175.
255.
5B
/GA
U-4
95.2
55.
5B
/G5
E-6
/B-5
182.
255.
5B
/GA
U-5
A13
8.25
5.5
B/G
6O
IR-7
183.
256.
5D
/KA
U-6
175.
255.
5B
/G7
OIR
-819
1.25
6.5
D/K
AU
-718
2.25
5.5
B/G
8E
-8/B
-719
6.25
5.5
B/G
AU
-818
9.25
5.5
B/G
9J-
919
9.25
4.5
MA
U-9
196.
255.
5B
/G10
E-1
0/B
-921
0.25
5.5
B/G
AU
-10
209.
255.
5B
/G11
E-1
2/B
-122
4.25
5.5
B/G
AU
-11
216.
255.
5B
/G12
E-2
147
1.25
5.5
B/G
SK
IP O
FF
FR
EE
13I-
2348
7.25
6.0
IS
KIP
OF
F F
RE
E14
E-2
550
3.25
5.5
B/G
SK
IP O
FF
FR
EE
15E
-34
575.
255.
5B
/GS
KIP
OF
F F
RE
E16
E-3
558
3.25
5.5
B/G
SK
IP O
FF
FR
EE
17E
-37
599.
255.
5B
/GS
KIP
OF
F F
RE
E18
J-38
621.
254.
5M
SK
IP O
FF
FR
EE
19O
IR-4
263
9.25
6.5
D/K
SK
IP O
FF
FR
EE
20B
-50
703.
255.
5B
/GS
KIP
OF
F F
RE
E21
I-54
735.
256.
0I
SK
IP O
FF
FR
EE
22E
-58
767.
255.
5B
/GS
KIP
OF
F F
RE
E23
E-6
481
5.25
5.5
B/G
SK
IP O
FF
FR
EE
24I-
6985
5.25
6.0
IS
KIP
OF
F F
RE
E25
E-6
985
5.25
5.5
B/G
SK
IP O
FF
FR
EE
26U
S-2
55.2
54.
5M
SK
IP O
FF
FR
EE
27A
-683
.25
4.5
MS
KIP
OF
F F
RE
E28
JA-6
183.
254.
5M
WE
-28
527.
255.
5B
/G29
JA-8
193.
254.
5M
SK
IP O
FF
FR
EE
30JA
-12
217.
254.
5M
SK
IP O
FF
FR
EE
31U
S-1
447
1.25
4.5
MS
KIP
OF
F F
RE
E32
JA-1
447
7.25
4.5
MS
KIP
OF
F F
RE
E33
JA-5
069
3.25
4.5
MS
KIP
OF
F F
RE
E34
US
-83
885.
254.
5M
SK
IP O
FF
FR
EE
35S
-211
2.25
5.5
B/G
SK
IP O
FF
FR
EE
36S
-10
168.
255.
5B
/GS
KIP
OF
F F
RE
E37
SK
IP O
FF
FR
EE
590.
255.
5B
/G38
S-2
029
4.25
5.5
B/G
SK
IP O
FF
FR
EE
39S
-41
463.
255.
5B
/GS
KIP
OF
F F
RE
E40
SK
IP O
FF
FR
EE
SK
IP O
FF
FR
EE
41B
-43
647.
255.
5B
/GE
-248
.25
5.5
B/G
42B
-45
663.
255.
5B
/GW
E-4
62.2
55.
5B
/G43
B-4
767
9.25
5.5
B/G
OI-
377
.25
6.5
D/K
44E
-517
4.95
5.5
B/G
E-5
175.
255.
5B
/G45
E-5
175.
555.
5B
/GO
IR-7
183.
256.
5D
/K46
SK
IP O
FF
FR
EE
OIR
-819
1.25
6.5
D/K
47S
KIP
OF
F F
RE
EE
-10
210.
255.
5B
/G48
SK
IP O
FF
FR
EE
E-1
222
4.25
5.5
B/G
49S
KIP
OF
F F
RE
EI-
2348
7.25
6.0
I50
SK
IP O
FF
FR
EE
WE
-25
503.
255.
5B
/G51
SK
IP O
FF
FR
EE
E-3
457
5.25
5.5
B/G
INIT
IAL
SE
TT
ING
(1)
Exe
cute
MC
L 1/
2 ke
y to
set
the
follo
win
g da
ta in
EE
PR
OM
.
5
29H-FG5RU
5-1
5-2
SR
EC
/SR
AC
/SY
I/ST
TM
SR
EC
-SC
A (S
KD
)R
/C C
OD
EM
CL
1 (R
/C C
OD
E 1
17h)
MC
L 2
(R/C
CO
DE
169
h)T
V-C
H.
CH
-No.
Fv
(MH
z)S
-SY
ST
EM
CH
-No.
Fv
(MH
z)S
-SY
ST
EM
52S
KIP
OF
F F
RE
EE
-37
599.
255.
5B
/G53
SK
IP O
FF
FR
EE
JPN
-38
621.
254.
5M
54S
KIP
OF
F F
RE
EO
I-42
639.
256.
5D
/K55
SK
IP O
FF
FR
EE
I-54
735.
256.
0I
56S
KIP
OF
F F
RE
EE
-58
767.
255.
5B
/G57
SK
IP O
FF
FR
EE
WE
-64
815.
255.
5B
/G58
SK
IP O
FF
FR
EE
I-69
855.
256.
0I
59S
KIP
OF
F F
RE
EJA
-191
.25
4.5
M60
SK
IP O
FF
FR
EE
JA-6
183.
254.
5M
61S
KIP
OF
F F
RE
EJA
-819
3.25
4.5
M62
SK
IP O
FF
FR
EE
JA-1
221
7.25
4.5
M63
SK
IP O
FF
FR
EE
US
-14
471.
254.
5M
64S
KIP
OF
F F
RE
EJA
-50
693.
254.
5M
65S
KIP
OF
F F
RE
ES
-211
2.25
5.5
B/G
66S
KIP
OF
F F
RE
ES
-10
168.
255.
5B
/G67
SK
IP O
FF
FR
EE
S-2
029
4.25
5.5
B/G
68S
KIP
OF
F F
RE
ES
-41
463.
255.
5B
/G69
SK
IP O
FF
FR
EE
E-5
174.
955.
5B
/G70
SK
IP O
FF
FR
EE
E-5
175.
555.
5B
/G
99S
KIP
OF
F F
RE
ES
KIP
OF
F F
RE
E
~
~
~
ITE
MS
DE
FAU
LT S
ET
TIN
GS
EQ
UA
LIZ
ER
men
uM
OD
EM
OV
IEIN
SE
T m
enu
(for
PIP
mod
el)
BR
IGH
TN
ES
S0
TIN
T0
FE
AT
UR
E m
enu
BLU
E B
AC
KO
FF
AU
TO
SE
LEC
TO
NP
OW
ER
SA
VE
*1
OF
FC
OM
FY
VIE
W *
2O
FF
SA
FE
TY
MO
DE
*3
OF
FR
OTA
TIO
N0
16:9
MO
DE
OF
FD
EM
OO
FF
CH
ILD
LO
CK
men
uLO
CK
TV
OF
FLO
CK
STA
TU
SO
FF
LOC
K G
AM
E *
4O
FF
PA
SS
WO
RD
0000
TIM
ER
men
uC
LOC
K_
_:_
_ A
MD
AY
SU
NO
N T
IME
R_
_:_
_ A
MS
TAT
US
ON
CE
PO
SIT
ION
_ _
VO
LUM
E_
_O
FF
TIM
ER
_ _:
_ _
AM
RE
MIN
DE
R_
_:_
_B
EE
P R
EM
IND
ER
OF
FV
IEW
TIM
ER
men
uV
IEW
ING
TIM
E_
_:_
_LO
CK
OF
FP
AS
SW
OR
D00
00C
H S
ET
TIN
G m
enu
PO
SIT
ION
NA
ME
BLA
NK
(For
all
posi
tion)
CO
LOU
RA
ll P
rogr
ams
AU
TO
SO
UN
DA
ll P
rogr
ams
AU
TO
SK
IPA
ll P
rogr
ams
OF
FF
M R
AD
IO m
enu
SK
IPA
ll P
rogr
ams
OF
F
SH
IPP
ING
SE
TT
ING
& C
HE
CK
ING
ITE
MS
DE
FAU
LT S
ET
TIN
GS
GE
NE
RA
LLa
st p
ower
ON
Last
TV
/AV
mod
eP
rogr
am 1
Last
pos
ition
-TV
Pro
gram
1F
lash
back
Pro
gram
-TV
Pro
gram
1Fl
ashb
ack
Prog
ram
-RAD
IOP
rogr
am 1
Fav
orite
Pro
gram
AP
rogr
am 1
0F
avor
ite P
rogr
am B
Pro
gram
20
Fav
orite
Pro
gram
CP
rogr
am 3
0F
avor
ite P
rogr
am D
Pro
gram
40
1 / 2
dig
it en
try
2 di
git e
ntry
Vol
ume
0G
AM
E V
olum
e0
PIP
OF
FP
IP lo
catio
nLo
wer
-Rig
htLa
st p
ositi
on-P
IPP
rogr
am 1
AF
TA
ll P
rogr
ams
ON
NIC
AM
ST
ER
EO
mod
eA
ll P
rogr
ams
ST
ER
EO
NIC
AM
BIL
ING
UA
L m
ode
All
Pro
gram
s M
1N
ICA
M M
ON
O m
ode
All
Pro
gram
s M
ON
OA
2 S
TE
RE
O m
ode
All
Pro
gram
s S
TE
RE
OA
2 B
ILIN
GU
AL
mod
eA
ll P
rogr
ams
MA
INP
ICT
UR
E m
enu
VID
EO
MO
DE
DY
NA
MIC
CO
NT
RA
ST
60C
OLO
UR
+6
BR
IGH
NE
SS
0T
INT
0S
HA
RP
NE
SS
+6
PIC
TU
RE
NR
OF
FW
HIT
E T
EM
P0
(CE
NT
ER
)S
OU
ND
men
uS
UR
RO
UN
DO
FF
BB
EO
NB
ALA
NC
E0
AV
LO
NS
UP
ER
BA
SS
/BA
SS
+O
N
(1)
The
follo
win
g de
faul
t dat
a ha
s be
en fa
ctor
y-se
t for
the
E2P
RO
M.
Mod
el-S
et: T
he d
ata
in ta
ble
belo
w (
1.1)
, Mod
el s
et o
verv
iew
is u
pdat
ed to
the
resp
ectiv
e E
EP
RO
M lo
catio
nba
se o
n R
C k
ey in
put M
odel
Set
1~
9.
MO
DE
L-S
ET
KE
YO
SD
LA
NG
UA
GE
SO
UN
D S
YS
TE
M1
Chi
nese
(AU
TO
)2
Chi
nese
(AU
TO
)3
Eng
lish
(AU
TO
)4
Ara
bic
(AU
TO
)5
Rus
sian
(AU
TO
)6
Mal
ay(A
UT
O)
7F
renc
h(A
UT
O)
8E
nglis
h*
9T
hai
(AU
TO
)
For
mod
el S
et 8
pro
cess
ing
only
,th
e re
spec
tive
EE
PR
OM
pos
ition
isup
date
d ag
ain
with
MC
L2 d
ata
(just
like
MC
L2 k
ey h
as b
een
pres
sed)
Not
e : T
he C
HIL
D L
OC
K P
AS
SW
OR
D a
nd V
IEW
TIM
ER
PA
SS
WO
RD
are
com
mon
use
.
Ref
er to
nex
t pag
e fo
r se
tting
of e
ach
dest
inat
ion.
Ref
er to
nex
t pag
e fo
r *1
~ *
4.
6
29H-FG5RU
6-1
6-2
MO
DE
DY
NA
MIC
STA
ND
AR
DS
OF
TC
ON
TR
AS
T60
6050
CO
LOR
+6
+1
-5B
RIG
HT
00
0T
INT
00
0S
HA
RP
NE
SS
+6
1-4
PE
ICT
UR
E N
RO
FF
OF
FO
FF
WH
ITE
TE
MP
0 (c
ente
r)0
(cen
ter)
0 (c
ente
r)
MO
DE
LM
AG
NE
TIC
FIE
LD (
V.H
) nT
BA
CK
GR
OU
ND
LAN
GU
AG
ES
-SY
SFA
CT
OR
Y S
ET
HO
NG
KO
NG
20,0
0040
,000
17,0
00K
CH
INE
SE
AU
TO
SE
T 2
SIN
GA
PO
RE
-10,
000
40,0
0012
,300
KE
NG
LIS
HA
UT
OS
ET
3M
IDD
LE E
AS
T30
,000
20,0
0018
,000
KA
RA
BIC
AU
TO
SE
T 4
AU
ST
RA
LIA
-50,
000
20,0
0012
.300
KE
NG
LIS
HA
UT
OS
ET
8R
US
SIA
45,0
0020
,000
7,50
0KR
US
SIA
NA
UT
OS
ET
5
(1)
Ref
er to
bel
ow ta
ble
(2-1
) fo
r se
tting
of e
ach
dest
inat
ion.
Tabl
e 2.
1
Tabl
e 2.
2
(2)
Ref
er to
bel
ow ta
ble
(2-2
) fo
r N
OR
MA
L se
tting
of e
ach
AV
mod
e.
(3)
Ref
er to
bel
ow n
ote
for
*1 ~
*4.
(*1)
: Onl
y av
aila
ble
for
mod
el w
ith P
OW
ER
SA
VE
func
tion.
(*2)
: Onl
y av
aila
ble
for
mod
el w
ith C
OM
FY
VIE
W fu
nctio
n.(*
3): O
nly
avai
labl
e fo
r m
odel
with
SA
FE
TY
MO
DE
func
tion.
(*4)
: Onl
y av
aila
ble
for
mod
el w
ith G
AM
E fu
nctio
n.
OP
TIO
N M
OD
E M
EN
U
ITE
MS
ER
VIC
E M
OD
EE
EP
RO
M IT
EM
OS
DD
ATA
INIT
IAL
DA
TAS
ET
TIN
G D
ATA
1O
ptio
n M
ode
Pic
ture
Tub
e U
sed
Type
TU
BE
-TY
PE
0/1
11
2P
IF F
requ
ency
Set
ting
PIF
0..7
22
3S
ound
MS
ND
-M0/
10
14
Sou
nd D
KS
ND
-DK
0/1
11
5S
ound
IS
ND
-I0/
11
16
Sou
nd B
GS
ND
-BG
0/1
11
7C
olou
r S
yste
m S
EC
AM
SE
CA
M0/
11
18
Col
our
Sys
tem
NT
SC
358
NT
SC
358
0/1
01
9C
olou
r S
yste
m N
TS
C44
3N
TS
C44
30/
11
110
Gam
e IC
GA
ME
-IC
0/1
01
11P
ictu
re In
Pic
ture
PIP
0/1
00
12H
eadp
hone
HE
AD
PH
ON
E0/
11
113
Equ
aliz
erE
QU
ALI
ZE
R0/
11
114
Sub
Woo
fer
WO
OF
ER
0/1
10
15B
BE
BB
E0/
11
016
SR
SS
RS
0/1
10
17D
OLB
YD
OLB
Y0/
10
018
Aud
io C
onfig
urat
ion
AU
DIO
-CF
G0.
.42
219
Mon
o B
iling
ual
BIL
ING
UA
L0/
10
020
Hot
el M
ode
HO
TE
L0/
10
021
Hot
el V
olum
eH
TL-
VO
L0.
.60
3030
22H
otel
Pro
gram
Num
ber
HT
L-P
RG
0..9
91
123
HT
L-U
SE
-LA
ST
HT
L-U
SE
-LA
ST
0/1
11
24O
PC
OP
C0/
10
125
Rot
atio
n F
unct
iona
lity
RO
TAT
ION
0/1
00
26C
hild
lock
CH
ILD
0/1
01
27W
ide
Scr
een
Sig
nalli
ngW
SS
0/1
00
28G
olde
n S
CA
RT
GLD
-SC
AR
T0/
10
029
Tha
iland
OS
D L
angu
age
TH
AI
0/1
00
30A
rabi
c O
SD
Lan
guag
eA
RA
BIC
0/1
10
31Ir
ania
n O
SD
Lan
guag
eIR
AN
IAN
0/1
00
32M
alay
OS
D L
angu
age
MA
LAY
0/1
10
33C
hine
se O
SD
Lan
guag
eC
HIN
ES
E0/
11
034
Fre
nch
OS
D L
angu
age
FR
EN
CH
0/1
10
35R
ussi
an O
SD
Lan
guag
eR
US
SIA
N0.
.21
136
Pow
er O
n La
st S
tatu
sP
W-L
AS
T0.
.21
137
Bac
kgro
und
BA
CK
-GN
D0/
10
038
Tune
r 2
TU
NE
R2
0/1
10
39F
M R
adio
FM
-RA
DIO
0/1
10
40C
urta
in E
ffect
CU
RTA
IN0/
11
141
Cur
tain
Col
our
CU
RT-
CO
LOU
R0.
.77
742
AV
1-IN
AV
1-IN
0/1
11
43A
V1S
-IN
AV
1S-I
N0/
11
144
AV
2-IN
AV
2-IN
0/1
11
45C
ompo
nent
Inpu
tD
VD
1-IN
0/1
11
46A
V3-
INA
V3-
IN0/
11
147
AV
3S-I
NA
V3S
-IN
0/1
11
48IN
CL-
AV
INC
L-A
V0/
11
149
Rem
inde
r Ti
mer
TIM
-RE
MIN
DE
R0/
11
150
Vie
w T
imer
TIM
-VIE
W0/
11
151
Sw
itch
Tim
erT
IM-S
WIT
CH
0/1
11
52Ti
me
For
mat
TIM
E-F
OR
MA
T0/
11
053
Off
Tim
erT
IM-O
FF
0/1
11
54C
omm
erci
al S
kip
Tim
erT
IM-S
KIP
0/1
10
55Te
lete
xt P
an-e
urop
ean
TX
T-E
UR
O0/
11
156
Tele
text
Wes
tern
TX
T-W
ES
T0/
11
157
Tele
text
On
TX
T-O
N0/
11
158
Tele
text
Spl
itT
XT-
SP
LIT
0/1
11
59V
irgin
Mod
eV
IRG
IN M
OD
E0/
10
060
ER
R-1
-8-S
UP
ER
R-1
-8-S
UP
0/1
11
61E
RR
-XR
AY
ER
R-X
RA
Y0/
11
162
ER
R-S
UP
VO
LE
RR
-SU
PV
OL
0/1
11
63E
RR
-VE
RT
GE
RR
-VE
RT
G0/
11
164
LOG
OLO
GO
0/1
00
7
29H-FG5RU
7-1
7-2
ITE
ME
EP
RO
M S
ET
TIN
GD
ATA
RA
NG
EIC
OS
DIN
ITIA
L D
ATA
SE
TT
ING
DA
TAA
001
RF
-AG
C0…
63U
OC
-TV
RF
-AG
C32
19A
002
RF
AG
C P
IP0…
63P
IP-I
FR
F A
GC
PIP
00
A00
3V
SLO
PE
0…63
UO
C-T
VV
SLO
PE
4035
A00
4V
ER
-AM
P-N
500…
63U
OC
-TV
VE
R-A
MP
-N50
3221
A00
5V
ER
-SH
I-N
500…
63U
OC
-TV
VE
R-S
HI-
N50
2525
A00
6H
OR
-SH
I-N
500…
63U
OC
-TV
HO
R-S
HI-
N50
4544
A00
7E
W-W
-N50
0…63
UO
C-T
VE
W-W
-N50
4040
A00
8V
-LIN
0…63
UO
C-T
VV
-LIN
3232
A00
9S
-CO
R0…
63U
OC
-TV
S-C
OR
3032
A01
0V
SC
RO
LL0…
63U
OC
-TV
V S
CR
OLL
3232
A01
1V
X-N
OR
MA
L0…
63U
OC
-TV
VX
-NO
RM
AL
3232
A01
2H
-PA
R0…
63U
OC
-TV
H-P
AR
3524
A01
3H
-BO
W0…
63U
OC
-TV
H-B
OW
2528
A01
4E
/W-P
AR
0…63
UO
C-T
VE
/W-P
AR
3542
A01
5U
PC
OR
-PA
R0…
63U
OC
-TV
UP
CO
R-P
AR
4547
A01
6LO
CO
R-P
AR
0…63
UO
C-T
VLO
CO
R-P
AR
4244
A01
7E
/W-T
RA
P0…
63U
OC
-TV
E/W
-TR
AP
3232
A01
8V
ER
-AM
P-N
600…
63U
OC
-TV
VE
R-A
MP
-N60
3222
A01
9V
ER
-SH
I-N
600…
63U
OC
-TV
VE
R-S
HI-
N60
2524
A02
0H
OR
-SH
I-N
600…
63U
OC
-TV
HO
R-S
HI-
N60
4549
A02
1E
W-W
-N60
0…63
UO
C-T
VE
W-W
-N60
4041
A02
2V
ER
-AM
P-P
500…
63U
OC
-TV
VE
R-A
MP
-P50
3221
A02
3V
ER
-SH
I-P
500…
63U
OC
-TV
VE
R-S
HI-
P50
3225
A02
4H
OR
-SH
I-P
500…
63U
OC
-TV
HO
R-S
HI-
P50
3244
A02
5E
W-W
-P50
0…63
UO
C-T
VE
W-W
-P50
3240
A02
6V
X-4
3-C
OM
PR
ES
S0…
63U
OC
-TV
VX
-43-
CO
MP
RE
SS
325
A02
7V
ER
-AM
P-F
500…
63U
OC
-TV
VE
R-A
MP
-F50
3232
A02
8V
ER
-SH
I-F
500…
63U
OC
-TV
VE
R-S
HI-
F50
3232
A02
9H
OR
-SH
I-F
500…
63U
OC
-TV
HO
R-S
HI-
F50
3232
A03
0E
W-W
-F50
0…63
UO
C-T
VE
W-W
-F50
3232
A03
1V
ER
-AM
P-S
500…
63U
OC
-TV
VE
R-A
MP
-S50
3232
A03
2V
ER
-SH
I-S
500…
63U
OC
-TV
VE
R-S
HI-
S50
3232
A03
3H
OR
-SH
I-S
500…
63U
OC
-TV
HO
R-S
HI-
S50
3232
A03
4E
W-W
-S50
0…63
UO
C-T
VE
W-W
-S50
3232
A03
5S
UB
-SLO
PE
-S0…
63U
OC
-TV
SU
B-S
LOP
E-S
3232
A03
6S
UB
-VX
-S0…
63U
OC
-TV
SU
B-V
X-S
3232
A03
7V
ER
-AM
P-C
500…
63U
OC
-TV
VE
R-A
MP
-C50
3232
A03
8V
ER
-SH
I-C
500…
63U
OC
-TV
VE
R-S
HI-
C50
3232
A03
9H
OR
-SH
I-C
500…
63U
OC
-TV
HO
R-S
HI-
C50
3434
A04
0E
W-W
-C50
0…63
UO
C-T
VE
W-W
-C50
3232
A04
1S
UB
-SLO
PE
-C0…
63U
OC
-TV
SU
B-S
LOP
E-C
3232
A04
2S
UB
-VX
-C0…
63U
OC
-TV
SU
B-V
X-C
3232
A04
3V
ER
-AM
P-P
600…
63U
OC
-TV
VE
R-A
MP
-P60
3222
A04
4V
ER
-SH
I-P
600…
63U
OC
-TV
VE
R-S
HI-
P60
3224
A04
5H
OR
-SH
I-P
600…
63U
OC
-TV
HO
R-S
HI-
P60
3249
A04
6E
W-W
-P60
0…63
UO
C-T
VE
W-W
-P60
3241
A04
7V
ER
-AM
P-F
600…
63U
OC
-TV
VE
R-A
MP
-F60
3232
A04
8V
ER
-SH
I-F
600…
63U
OC
-TV
VE
R-S
HI-
F60
3232
A04
9H
OR
-SH
I-F
600…
63U
OC
-TV
HO
R-S
HI-
F60
3232
A05
0E
W-W
-F60
0…63
UO
C-T
VE
W-W
-F60
3232
A05
1V
ER
-AM
P-S
600…
63U
OC
-TV
VE
R-A
MP
-S60
3232
A05
2V
ER
-SH
I-S
600…
63U
OC
-TV
VE
R-S
HI-
S60
3232
A05
3H
OR
-SH
I-S
600…
63U
OC
-TV
HO
R-S
HI-
S60
3232
A05
4E
W-W
-S60
0…63
UO
C-T
VE
W-W
-S60
3232
A05
5V
ER
-AM
P-C
600…
63U
OC
-TV
VE
R-A
MP
-C60
3232
A05
6V
ER
-SH
I-C
600…
63U
OC
-TV
VE
R-S
HI-
C60
3232
A05
7H
OR
-SH
I-C
600…
63U
OC
-TV
HO
R-S
HI-
C60
3232
A05
8E
W-W
-C60
0…63
UO
C-T
VE
W-W
-C60
3232
A05
9O
F-R
OTA
TE
0…12
7U
OC
-TV
OF
-RO
TAT
E63
0
Adj
ustm
ent M
ode
Item
s
ITE
ME
EP
RO
M S
ET
TIN
GD
ATA
RA
NG
EIC
OS
DIN
ITIA
L D
ATA
SE
TT
ING
DA
TAA
060
DR
I-R
S0…
63U
OC
-TV
DR
I-R
S32
32A
061
DR
I-G
S0…
63U
OC
-TV
DR
I-G
S32
32A
062
DR
I-B
S0…
63U
OC
-TV
DR
I-B
S32
32A
063
CU
T-R
S0…
63U
OC
-TV
CU
T-R
S32
32A
064
CU
T-G
S0…
63U
OC
-TV
CU
T-G
S32
32A
065
DR
I-R
C0…
63U
OC
-TV
DR
I-R
C32
32A
066
DR
I-G
C0…
63U
OC
-TV
DR
I-G
C32
32A
067
DR
I-B
C0…
63U
OC
-TV
DR
I-B
C32
32A
068
CU
T-R
C0…
63U
OC
-TV
CU
T-R
C32
32A
069
CU
T-G
C0…
63U
OC
-TV
CU
T-G
C32
32A
070
DR
I-R
W0…
63U
OC
-TV
DR
I-R
W32
32A
071
DR
I-G
W0…
63U
OC
-TV
DR
I-G
W32
32A
072
DR
I-B
W0…
63U
OC
-TV
DR
I-B
W32
32A
073
CU
T-R
W0…
63U
OC
-TV
CU
T-R
W32
32A
074
CU
T-G
W0…
63U
OC
-TV
CU
T-G
W32
32A
075
DR
I-R
S-D
VD
0…63
UO
C-T
VD
RI-
RS
-DV
D32
32A
076
DR
I-G
S-D
VD
0…63
UO
C-T
VD
RI-
GS
-DV
D32
32A
077
DR
I-B
S-D
VD
0…63
UO
C-T
VD
RI-
BS
-DV
D32
32A
078
CU
T-R
S-D
VD
0…63
UO
C-T
VC
UT-
RS
-DV
D32
32A
079
CU
T-G
S-D
VD
0…63
UO
C-T
VC
UT-
GS
-DV
D32
32A
080
DR
I-R
C-D
VD
0…63
UO
C-T
VD
RI-
RC
-DV
D32
32A
081
DR
I-G
C-D
VD
0…63
UO
C-T
VD
RI-
GC
-DV
D32
32A
082
DR
I-B
C-D
VD
0…63
UO
C-T
VD
RI-
BC
-DV
D32
32A
083
CU
T-R
C-D
VD
0…63
UO
C-T
VC
UT-
RC
-DV
D32
32A
084
CU
T-G
C-D
VD
0…63
UO
C-T
VC
UT-
GC
-DV
D32
32A
085
DR
I-R
W-D
VD
0…63
UO
C-T
VD
RI-
RW
-DV
D32
32A
086
DR
I-G
W-D
VD
0…63
UO
C-T
VD
RI-
GW
-DV
D32
32A
087
DR
I-B
W-D
VD
0…63
UO
C-T
VD
RI-
BW
-DV
D32
32A
088
CU
T-R
W-D
VD
0…63
UO
C-T
VC
UT-
RW
-DV
D32
32A
089
CU
T-G
W-D
VD
0…63
UO
C-T
VC
UT-
GW
-DV
D32
32A
090
SU
B-B
RI
0…63
UO
C-T
VS
UB
-BR
I32
39A
091
SU
B-B
RI-
DV
D0…
63U
OC
-TV
SU
B-B
RI-
DV
D32
38A
092
SU
B-C
OL
0…63
UO
C-T
VS
UB
-CO
L32
34A
093
SU
B-C
ON
0…63
UO
C-T
VS
UB
-CO
N32
48A
094
SU
B-C
ON
-DV
D0…
63U
OC
-TV
SU
B-C
ON
-DV
D32
49A
095
SU
B-T
INT-
DV
D0…
63U
OC
-TV
SU
B-T
INT-
DV
D32
34A
096
SU
B-T
INT
0…63
UO
C-T
VS
UB
-TIN
T32
34A
097
SU
B-S
HA
RP
0…63
UO
C-T
VS
UB
-SH
AR
P32
12A
098
P-P
OS
OF
H-5
00…
31P
IPP
-PO
SO
FH
-50
016
A09
9P
-PO
SO
FV
-50
0…7
PIP
P-P
OS
OF
V-5
00
3A
100
P-P
OS
OF
H-6
00…
31P
IPP
-PO
SO
FH
-60
016
A10
1P
-PO
SO
FV
-60
0…7
PIP
P-P
OS
OF
V-6
00
3A
102
P-S
UB
-TIN
T0…
63P
IPP
-SU
B-T
INT
032
A10
3P
-CO
N-C
TM
0…15
PIP
P-C
ON
-CT
M0
4A
104
P-C
ON
-DY
N0…
15P
IPP
-CO
N-D
YN
04
A10
5P
-CO
N-S
TD
0…15
PIP
P-C
ON
-ST
D0
4A
106
P-C
ON
-SO
FT
0…15
PIP
P-C
ON
-SO
FT
04
A10
7P
-SU
B-B
RI
0…15
PIP
P-S
UB
-BR
I0
4A
108
P-B
KG
D-R
0…15
PIP
P-B
KG
D-R
04
A10
9P
-BK
GD
-G0…
15P
IPP
-BK
GD
-G0
4A
110
P-B
KG
D-B
0…15
PIP
P-B
KG
D-B
04
A11
1P
-SU
B-C
OL
0…15
PIP
P-S
UB
-CO
L0
7A
112
P-S
UB
-SH
P0…
7P
IPP
-SU
B-S
HP
03
A11
3V
SD
0/1
UO
C-T
VV
SD
00
A11
4C
UT
OF
F0…
63U
OC
-TV
CU
T O
FF
66
A11
5V
G2
0/1
UO
C-T
VV
G2
01
A11
6D
CX
O0…
127
UO
C-T
VD
CX
O79
69A
117
DC
XO
-AU
TO
0/1
UO
C-T
VD
CX
O-A
UT
O0
0
8
29H-FG5RU
8-1
8-2
ITE
ME
EP
RO
M S
ET
TIN
GD
ATA
RA
NG
EIC
OS
DIN
ITIA
L D
ATA
SE
TT
ING
DA
TAS
001
V-L
INC
TR
L0…
2U
OC
-TV
V-L
INC
TR
L0
0S
002
IFP
LL0…
63U
OC
-TV
IFP
LL32
32S
003
SO
C1-
00…
3U
OC
-TV
SO
C1-
00
1S
004
WH
ITE
LM
T0…
15U
OC
-TV
WH
ITE
LM
T0
12S
005
GD
0/1
UO
C-T
VG
D1
1S
006
AG
C0-
10…
3U
OC
-TV
AG
C0-
11
1S
007
FF
I0/
1U
OC
-TV
FF
I0
0S
008
CFA
00/
1U
OC
-TV
CFA
00
0S
009
YD
PA
L0…
15U
OC
-TV
YD
PA
L7
11S
010
YD
SE
CA
M0…
15U
OC
-TV
YD
SE
CA
M7
11S
011
YD
N35
80…
15U
OC
-TV
YD
N35
87
9S
012
YD
N44
30…
15U
OC
-TV
YD
N44
37
7S
013
YD
AV
-PA
L0…
15U
OC
-TV
YD
AV
-PA
L7
7S
014
YD
AV
-SE
CA
M0…
15U
OC
-TV
YD
AV
-SE
CA
M7
7S
015
YD
AV
-N35
80…
15U
OC
-TV
YD
AV
-N35
87
7S
016
YD
AV
-N44
30…
15U
OC
-TV
YD
AV
-N44
37
7S
017
YD
SA
V-P
AL
0…15
UO
C-T
VY
D S
AV
-PA
L7
7S
018
YD
SA
V-S
EC
AM
0…15
UO
C-T
VY
D S
AV
-SE
CA
M7
7S
019
YD
SA
V-N
358
0…15
UO
C-T
VY
D S
AV
-N35
87
7S
020
YD
SA
V-N
443
0…15
UO
C-T
VY
D S
AV
-N44
37
7S
021
YD
CO
MP
-PA
L0…
15U
OC
-TV
YD
CO
MP
-PA
L7
7S
022
YD
CO
MP
-SE
CA
M0…
15U
OC
-TV
YD
CO
MP
-SE
CA
M7
7S
023
YD
CO
MP
-N35
80…
15U
OC
-TV
YD
CO
MP
-N35
87
7S
024
YD
CO
MP
-N44
30…
15U
OC
-TV
YD
CO
MP
-N44
37
7S
025
SB
O1-
00…
3U
OC
-TV
SB
O1-
01
1S
026
CH
SE
1-0
0…3
UO
C-T
VC
HS
E1-
02
1S
027
FC
O0/
1U
OC
-TV
FC
O0
0S
028
OS
O0/
1U
OC
-TV
OS
O1
1S
029
DF
L0/
1U
OC
-TV
DF
L1
1S
030
EV
G0/
1U
OC
-TV
EV
G1
1S
031
HC
O0/
1U
OC
-TV
HC
O1
1S
032
SV
MA
0/1
UO
C-T
VS
VM
A1
1S
033
FB
C0/
1U
OC
-TV
FB
C0
0S
034
SLG
1-0
0…3
UO
C-T
VS
LG1-
01
1S
035
CL3
-00…
15U
OC
-TV
CL3
-07
7S
036
GA
M0/
1U
OC
-TV
GA
M1
1S
037
TF
R0/
1U
OC
-TV
TF
R0
1S
038
CLD
0/1
UO
C-T
VC
LD0
0S
039
BK
S0/
1U
OC
-TV
BK
S1
1S
040
BS
D0/
1U
OC
-TV
BS
D0
1S
041
AA
S0…
3U
OC
-TV
AA
S1
1S
042
DS
K0/
1U
OC
-TV
DS
K1
1S
043
BLS
0/1
UO
C-T
VB
LS0
1S
044
LLB
0/1
UO
C-T
VLL
B0
0S
045
DS
A0/
1U
OC
-TV
DS
A0
1S
046
RP
A1-
00…
2U
OC
-TV
RP
A1-
00
2S
047
RP
O1-
00…
3U
OC
-TV
RP
O1-
03
3S
048
CO
R1-
00…
3U
OC
-TV
CO
R1-
02
1S
049
CR
A0
0/1
UO
C-T
VC
RA
00
0S
050
SP
R2-
00…
6U
OC
-TV
SP
R2-
00
5S
051
SV
M2-
00…
7U
OC
-TV
SV
M2-
05
3S
052
SM
D1-
00…
3U
OC
-TV
SM
D1-
03
3S
053
PE
AK
FR
EQ
PA
L443
0…3
UO
C-T
VP
EA
KF
RE
QP
AL4
430
1S
054
PE
AK
FR
EQ
PA
LM0…
3U
OC
-TV
PE
AK
FR
EQ
PA
LM0
0S
055
PE
AK
FR
EQ
PA
LN0…
3U
OC
-TV
PE
AK
FR
EQ
PA
LN0
0S
056
PE
AK
FR
EQ
NT
SC
443
0…3
UO
C-T
VP
EA
KF
RE
QN
TS
C44
30
1S
057
PE
AK
FR
EQ
NT
SC
M0…
3U
OC
-TV
PE
AK
FR
EQ
NT
SC
M0
0S
058
PE
AK
FR
EQ
SE
CA
M0…
3U
OC
-TV
PE
AK
FR
EQ
SE
CA
M0
0S
059
PE
AK
FR
EQ
AV
0…3
UO
C-T
VP
EA
KF
RE
QA
V0
3
Set
ting
Mod
e 1-
1
ITE
ME
EP
RO
M S
ET
TIN
GD
ATA
RA
NG
EIC
OS
DIN
ITIA
L D
ATA
SE
TT
ING
DA
TAS
060
OF
-CO
L-T
V0…
31…
62U
OC
-TV
OF
-CO
L-T
V31
45S
061
OF
-CO
L-A
V0…
31…
62U
OC
-TV
OF
-CO
L-A
V31
46S
062
OF
-CO
L-D
VD
0…31
…62
UO
C-T
VO
F-C
OL-
DV
D31
45S
063
OF
-CO
L-P
0…31
…62
UO
C-T
VO
F-C
OL-
P31
40S
064
OF
-CO
L-S
0…31
…62
UO
C-T
VO
F-C
OL-
S31
31S
065
OF
-CO
L-N
40…
31…
62U
OC
-TV
OF
-CO
L-N
431
31S
066
OF
-CO
L-N
30…
31…
62U
OC
-TV
OF
-CO
L-N
331
46S
067
OF
-SH
P-T
V0…
31…
62U
OC
-TV
OF
-SH
P-T
V36
23S
068
OF
-SH
P-A
V0…
31…
62U
OC
-TV
OF
-SH
P-A
V36
49S
069
OF
-SH
P-D
VD
0…31
…62
UO
C-T
VO
F-S
HP
-DV
D31
35S
070
OF
-SH
P-P
UO
C-T
VO
F-S
HP
-P31
35S
071
OF
-SH
P-S
0…31
…62
UO
C-T
VO
F-S
HP
-S31
31S
072
OF
-SH
P-N
40…
31…
62U
OC
-TV
OF
-SH
P-N
431
31S
073
OF
-SH
P-N
30…
31…
62U
OC
-TV
OF
-SH
P-N
331
40S
074
OF
-TIN
T-T
V0…
31…
62U
OC
-TV
OF
-TIN
T-T
V31
31S
075
OF
-TIN
T-A
V0…
31…
62U
OC
-TV
OF
-TIN
T-A
V31
34S
076
OF
-TIN
T-D
VD
0…31
…62
UO
C-T
VO
F-T
INT-
DV
D31
32S
077
OF
-TIN
T-A
DJ
0…31
…62
UO
C-T
VO
F-T
INT-
AD
J31
31S
078
BB
-TIN
T0…
63U
OC
-TV
BB
-TIN
T32
32S
079
VM
A-S
OF
T0…
3U
OC
-TV
VM
A-S
OF
T0
0S
080
WS
-SO
FT
0…3
UO
C-T
VW
S-S
OF
T0
1S
081
VM
A-S
TD
0…3
UO
C-T
VV
MA
-ST
D1
1S
082
WS
-ST
D0…
3U
OC
-TV
WS
-ST
D1
1S
083
VM
A-D
YN
0…3
UO
C-T
VV
MA
-DY
N3
2S
084
WS
-DY
N0…
3U
OC
-TV
WS
-DY
N3
1S
085
VM
A-C
TM
0…3
UO
C-T
VV
MA
-CT
M2
2S
086
WS
-CT
M0…
3U
OC
-TV
WS
-CT
M2
1S
087
U-C
OL-
SO
FT
0…31
…62
UO
C-T
VU
-CO
L-S
OF
T26
25S
088
U-C
OL-
ST
D0…
31…
62U
OC
-TV
U-C
OL-
ST
D31
31S
089
U-C
OL-
DY
N0…
31…
62U
OC
-TV
U-C
OL-
DY
N36
36S
090
U-C
ON
-SO
FT
0…63
UO
C-T
VU
-CO
N-S
OF
T50
50S
091
U-C
ON
-ST
D0…
63U
OC
-TV
U-C
ON
-ST
D60
60S
092
U-C
ON
-DY
N0…
63U
OC
-TV
U-C
ON
-DY
N60
60S
093
U-S
HP
-SO
FT
0…31
…62
UO
C-T
VU
-SH
P-S
OF
T26
26S
094
U-S
HP
-ST
D0…
31…
62U
OC
-TV
U-S
HP
-ST
D31
31S
095
U-S
HP
-DY
N0…
31…
62U
OC
-TV
U-S
HP
-DY
N36
36S
096
VO
L5-0
0…63
UO
C-T
VV
OL5
-032
35S
097
HO
P1-
00…
3U
OC
-TV
HO
P1-
02
0S
098
TAS
5-0-
NO
RM
0…63
UO
C-T
VTA
S5-
0-N
OR
M10
10S
099
TAS
5-0-
A0…
63U
OC
-TV
TAS
5-0-
A23
23S
100
BR
I3-0
0…31
UO
C-T
VB
RI3
-016
25S
101
HS
D6-
00…
127
UO
C-T
VH
SD
6-0
633
S10
2V
SD
6-0
0…12
7U
OC
-TV
VS
D6-
063
63S
103
HO
PB
1-0
0…3
UO
C-T
VH
OP
B1-
01
1S
104
TAS
B5-
00…
63U
OC
-TV
TAS
B5-
02
2S
105
PG
B5-
00…
127
UO
C-T
VP
GB
5-0
7373
S10
6V
OLB
5-0
0…63
UO
C-T
VV
OLB
5-0
3232
S10
7S
MT
HB
0/1
UO
C-T
VS
MT
HB
00
S10
8S
MT
H0/
1U
OC
-TV
SM
TH
00
S10
9R
AN
GE
1-0
0…3
UO
C-T
VR
AN
GE
1-0
10
S11
0R
AN
GE
B1-
00…
3U
OC
-TV
RA
NG
EB
1-0
11
S11
1P
WR
-SA
VIN
G0/
1U
OC
-TV
PW
R-S
AV
ING
11
S11
2P
WR
-TIM
E0…
3U
OC
-TV
PW
R-T
IME
03
S11
3I-
TIM
E0…
3U
OC
-TV
I-T
IME
00
S11
4G
AM
E-H
ON
0…25
5G
AM
E IC
GA
ME
-HO
N6
10S
115
GA
ME
-VE
RT-
10…
255
GA
ME
ICG
AM
E-V
ER
T-1
2327
S11
6G
AM
E-V
ER
T-2
0…25
5G
AM
E IC
GA
ME
-VE
RT-
20
0S
117
GA
ME
-OR
IV0…
255
GA
ME
ICG
AM
E-O
RIV
192
192
S11
8G
AM
E-M
OD
E0…
255
GA
ME
ICG
AM
E-M
OD
E1
1
Set
ting
Mod
e 1-
2
9
29H-FG5RU
9-1
9-2
ITE
ME
EP
RO
M S
ET
TIN
GD
ATA
RA
NG
EIC
OS
DIN
ITIA
L D
ATA
SE
TT
ING
DA
TAS
119
PH
I FO
RC
E0/
1U
OC
-TV
PH
I FO
RC
E1
1S
120
PH
I0…
3U
OC
-TV
PH
I3
3S
121
BP
D0/
1U
OC
-TV
BP
D0
0S
122
E2D
0/1
UO
C-T
VE
2D0
0S
123
AC
L0/
1U
OC
-TV
AC
L1
1S
124
MU
S0/
1U
OC
-TV
MU
S0
1S
125
CB
0/1
UO
C-T
VC
B1
0S
126
SV
M-O
SD
-PW
0…3
UO
C-T
VS
VM
-OS
D-P
W3
3S
127
SM
D-O
SD
-TM
0…7
UO
C-T
VS
MD
-OS
D-T
M2
2S
128
XD
T0/
1U
OC
-TV
XD
T0
1S
129
HB
L0/
1U
OC
-TV
HB
L1
1S
130
WB
F0…
15U
OC
-TV
WB
F10
6S
131
WB
R0…
15U
OC
-TV
WB
R8
13S
132
FS
L0/
1U
OC
-TV
FS
L0
0S
133
HP
20/
1U
OC
-TV
HP
20
0S
134
CU
R_V
PO
S0.
.63
UO
C-T
VC
UR
_VP
OS
2020
S13
5O
SV
E0/
1U
OC
-TV
OS
VE
01
S13
6G
AIN
-RE
D0.
.127
UO
C-T
VG
AIN
-RE
D20
20S
137
GA
IN G
RE
EN
0..1
27U
OC
-TV
GA
IN G
RE
EN
2020
S13
8G
AIN
BLU
E0.
.127
UO
C-T
VG
AIN
BLU
E20
20
Set
ting
Mod
e 1-
3
ITE
ME
EP
RO
M S
ET
TIN
GD
ATA
RA
NG
EIC
OS
DIN
ITIA
L D
ATA
SE
TT
ING
DA
TAS
201
P-P
OS
HO
R0…
255
PIP
P-P
OS
HO
R44
44S
202
P-P
OS
VE
R-5
00…
255
PIP
P-P
OS
VE
R-5
030
30S
203
P-P
OS
VE
R-6
00…
255
PIP
P-P
OS
VE
R-6
026
26S
204
P-H
FP
0…15
PIP
P-H
FP
00
S20
5P
-VF
P0…
15P
IPP
-VF
P0
0S
206
P-V
SP
DE
L-50
0…31
PIP
P-V
SP
DE
L-50
1313
S20
7P
-VS
PD
EL-
600…
31P
IPP
-VS
PD
EL-
6013
13S
208
P-V
ER
BLK
0/1
PIP
P-V
ER
BLK
00
S20
9P
-SE
LDE
L0…
15P
IPP
-SE
LDE
L8
8S
210
P-C
LPD
EL
0…31
PIP
P-C
LPD
EL
66
S21
1P
-AG
CM
D0…
3P
IPP
-AG
CM
D3
3S
212
P-A
GC
VA
L0…
15P
IPP
-AG
CV
AL
88
S21
3P
-CLM
PID
0…3
PIP
P-C
LMP
ID3
3S
214
P-B
LKV
CH
YS
0/1
PIP
P-B
LKV
CH
YS
00
S21
5P
-BLK
CV
AL
0/1
PIP
P-B
LKC
VA
L0
0S
216
P-L
MO
FS
T0…
3P
IPP
-LM
OF
ST
00
S21
7P
-PLL
ITC
-TV
0…3
PIP
P-P
LLIT
C-T
V2
2S
218
P-P
LLIT
C-A
V0…
3P
IPP
-PLL
ITC
-AV
11
S21
9P
-BLK
VC
FIL
0/1
PIP
P-B
LKV
CF
IL0
0S
220
P-Y
CD
-TV
-P0…
15P
IPP
-YC
D-T
V-P
88
S22
1P
-YC
D-T
V-N
30…
15P
IPP
-YC
D-T
V-N
38
8S
222
P-Y
CD
-TV
-N4
0…15
PIP
P-Y
CD
-TV
-N4
88
S22
3P
-YC
D-T
V-S
0…15
PIP
P-Y
CD
-TV
-S8
8S
224
P-Y
CD
-AV
-P0…
15P
IPP
-YC
D-A
V-P
88
S22
5P
-YC
D-A
V-N
30…
15P
IPP
-YC
D-A
V-N
38
8S
226
P-Y
CD
-AV
-N4
0…15
PIP
P-Y
CD
-AV
-N4
88
S22
7P
-YC
D-A
V-S
0…15
PIP
P-Y
CD
-AV
-S8
8S
228
P-L
OC
KS
P0/
1P
IPP
-LO
CK
SP
00
S22
9P
-CK
ILL
0…3
PIP
P-C
KIL
L0
0S
230
P-B
GP
OS
0/1
PIP
P-B
GP
OS
11
S23
1P
-DE
EM
P0…
3P
IPP
-DE
EM
P0
0S
232
P-C
OLO
N0/
1P
IPP
-CO
LON
00
S23
3P
-CH
RB
W0…
3P
IPP
-CH
RB
W0
0S
234
P-I
FC
OM
P0…
3P
IPP
-IF
CO
MP
22
S23
5P
-SA
TN
R0/
1P
IPP
-SA
TN
R1
1S
236
P-S
CA
DJ-
P0…
31P
IPP
-SC
AD
J-P
77
S23
7P
-SC
AD
J-N
30…
31P
IPP
-SC
AD
J-N
37
7S
238
P-S
CA
DJ-
N4
0…31
PIP
P-S
CA
DJ-
N4
77
S23
9P
-SC
AD
J-S
0…31
PIP
P-S
CA
DJ-
S7
7S
240
P-P
KLR
0…25
5P
IPP
-PK
LR80
80S
241
P-P
KLG
0…25
5P
IPP
-PK
LG80
80S
242
P-P
KLB
0…25
5P
IPP
-PK
LB80
80S
243
P-Y
CO
R0/
1P
IPP
-YC
OR
11
S24
4P
-PA
LID
L20/
1P
IPP
-PA
LID
L20
0S
245
P-P
ALI
DL1
0…3
PIP
P-P
ALI
DL1
11
S24
6P
-PA
LID
L00/
1P
IPP
-PA
LID
L00
0S
247
P-P
KB
OO
ST
0/1
PIP
P-P
KB
OO
ST
11
S24
8P
-CLP
LEN
0…3
PIP
P-C
LPLE
N0
0S
249
P-S
CM
RE
L0…
3P
IPP
-SC
MR
EL
22
S25
0P
-SC
MID
L0…
7P
IPP
-SC
MID
L5
5S
251
P-S
EC
DIV
0/1
PIP
P-S
EC
DIV
11
S25
2P
-BE
LLIIR
0/1
PIP
P-B
ELL
IIR1
1S
253
P-P
ALI
NC
10/
1P
IPP
-PA
LIN
C1
00
S25
4P
-PA
LIN
C2
0/1
PIP
P-P
ALI
NC
20
0S
255
P-L
OC
KS
P0…
3P
IPP
-LO
CK
SP
33
S25
6P
-SE
CA
CC
L0…
7P
IPP
-SE
CA
CC
L5
5S
257
P-S
EC
AC
C0/
1P
IPP
-SE
CA
CC
11
S25
8P
-AD
LCK
0/1
PIP
P-A
DLC
K1
1S
259
P-A
DLC
KS
EL
0/1
PIP
P-A
DLC
KS
EL
11
Set
ting
Mod
e 2-
1
10
29H-FG5RU
10-1
10-2
ITE
ME
EP
RO
M S
ET
TIN
GD
ATA
RA
NG
EIC
OS
DIN
ITIA
L D
ATA
SE
TT
ING
DA
TAS
260
P-A
DLC
KC
C0/
1P
IPP
-AD
LCK
CC
11
S26
1P
-CLR
AN
GE
0…3
PIP
P-C
LRA
NG
E1
1S
262
P-N
AD
J0…
7P
IPP
-NA
DJ
33
S26
3P
-NS
RE
D0…
7P
IPP
-NS
RE
D6
6S
264
P-S
LLT
HD
0…3
PIP
P-S
LLT
HD
00
S26
5P
-IS
HF
T0…
3P
IPP
-IS
HF
T3
3S
266
P-E
NLI
M0/
1P
IPP
-EN
LIM
11
S26
7P
-DT
EC
T50
600/
1P
IPP
-DT
EC
T50
601
1S
268
P-V
TH
RL5
00…
127
PIP
P-V
TH
RL5
041
41S
269
P-B
CO
RO
FF
0/1
PIP
P-B
CO
RO
FF
00
S27
0P
-VT
HR
L60
0…12
7P
IPP
-VT
HR
L60
6060
S27
1P
-VT
HR
H50
0…15
PIP
P-V
TH
RH
508
8S
272
P-V
TH
RH
600…
15P
IPP
-VT
HR
H60
1313
S27
3P
-CLM
ST
GY
0/1
PIP
P-C
LMS
TG
Y0
0S
274
P-S
LLT
HD
V0…
7P
IPP
-SLL
TH
DV
00
S27
5P
-VF
LYW
HLM
0…3
PIP
P-V
FLY
WH
LM1
1S
276
P-V
FLY
WH
L0/
1P
IPP
-VF
LYW
HL
11
S27
7P
-CLM
PC
HR
Y0…
3P
IPP
-CLM
PC
HR
Y0
0S
278
P-V
DE
TIF
S0/
1P
IPP
-VD
ET
IFS
11
S27
9P
-VD
ET
ITC
0/1
PIP
P-V
DE
TIT
C0
0S
280
P-V
LP0…
3P
IPP
-VLP
11
S28
1P
-LA
TE
NC
Y0…
3P
IPP
-LA
TE
NC
Y3
3S
282
P-F
ILT
BR
ST
0/1
PIP
P-F
ILT
BR
ST
11
S28
3P
-CLM
PIS
T0…
31P
IPP
-CLM
PIS
T26
26S
284
P-U
VS
EQ
0/1
PIP
P-U
VS
EQ
00
S28
5P
-AB
RT
HD
0…15
PIP
P-A
BR
TH
D0
0S
286
P-A
BR
SP
D0…
7P
IPP
-AB
RS
PD
00
S28
7P
-CZ
ME
N0/
1P
IPP
-CZ
ME
N0
0S
288
P-C
ZM
SP
0…3
PIP
P-C
ZM
SP
00
S28
9P
-U-C
OL-
DY
N-3
0…0…
+30
PIP
P-U
-CO
L-D
YN
00
S29
0P
-U-C
OL-
ST
D-3
0…0…
+30
PIP
P-U
-CO
L-S
TD
00
S29
1P
-U-C
OL-
SO
FT
-30…
0…+
30P
IPP
-U-C
OL-
SO
FT
00
S29
2P
-U-S
HP
-DY
N-3
0…0…
+30
PIP
P-U
-SH
P-D
YN
00
S29
3P
-U-S
HP
-ST
D-3
0…0…
+30
PIP
P-U
-SH
P-S
TD
00
S29
4P
-U-S
HP
-SO
FT
-30…
0…+
30P
IPP
-U-S
HP
-SO
FT
00
Set
ting
Mod
e 2-
2
ITE
ME
EP
RO
M S
ET
TIN
GD
ATA
RA
NG
EIC
OS
DIN
ITIA
LS
ET
TIN
G D
ATA
DA
TAS
301
FM
I0/
1D
SP
FM
I0
0S
302
BP
B0/
1D
SP
BP
B0
0S
303
BP
B2
0/1
DS
PB
PB
21
1S
304
FIL
TB
W-M
0…3
DS
PF
ILT
BW
-M0
0S
305
ID-B
YB
PF
0/1
DS
PID
-BY
BP
F0
0S
306
ID-P
GA
IN0/
1D
SP
ID-P
GA
IN0
0S
307
MP
X-P
-BW
0/1
DS
PM
PX
-P-B
W0
0S
308
FM
SU
B-B
W0/
1D
SP
FM
SU
B-B
W0
0S
309
EIA
J-D
EL
0…3
DS
PE
IAJ-
DE
L0
0S
310
ND
ET
PB
0/1
DS
PN
DE
TP
B0
0S
311
NIC
DE
EM
0/1
DS
PN
ICD
EE
M0
0S
312
NLO
ER
LIM
0…25
5D
SP
NLO
ER
LIM
100
100
S31
3N
UP
ER
LIM
0…25
5D
SP
NU
PE
RLI
M20
020
0S
314
FIL
TB
W0…
3D
SP
FIL
TB
W0
0S
315
OV
MT
HR
0…3
DS
PO
VM
TH
R1
1S
316
DE
CLE
V0.
..31
DS
PD
EC
LEV
167
S31
7M
ON
OLE
V0.
..31
DS
PM
ON
OLE
V16
5S
318
NIC
LEV
0...3
1D
SP
NIC
LEV
1618
S31
9S
AP
LEV
0...3
1D
SP
SA
PLE
V16
6S
320
AD
CLE
V0.
..31
DS
PA
DC
LEV
1613
S32
1IIS
LEV
0...3
1D
SP
IISLE
V16
0S
322
BB
EC
-ON
0...1
5D
SP
BB
EC
-ON
015
S32
3B
BE
P-O
N0.
..15
DS
PB
BE
C-O
FF
08
S32
4B
BE
C-O
FF
0...1
5D
SP
BB
EP
-ON
05
S32
5B
BE
P-O
FF
0...1
5D
SP
BB
EP
-OF
F0
7S
326
MA
INLO
UD
0/1
DS
PM
AIN
LOU
D0
0S
327
MA
INLO
NA
0...7
DS
PM
AIN
LON
A3
0S
328
MA
INLO
CH
0...3
DS
PM
AIN
LOC
H0
0S
329
INS
OE
F0.
..7D
SP
INS
OE
F3
4S
330
AV
LMO
D0.
..7D
SP
AV
LMO
D0
5S
331
AV
LWG
T0/
1D
SP
AV
LWG
T1
1S
332
AV
LLE
0…15
DS
PA
VLL
E7
10S
333
SR
S3D
CE
N0.
..15
DS
PS
RS
3DC
EN
17
S33
4S
RS
3DS
P0.
..15
DS
PS
RS
3DS
P0
0S
335
SR
S3D
BY
P0/
1D
SP
SR
S3D
BY
P0
0S
336
CLI
PM
AN
AG
E0…
4D
SP
CLI
PM
AN
AG
E0
4S
337
VD
SM
IXLE
V0…
5D
SP
VD
SM
IXLE
V3
5S
338
DB
EA
DR
0…63
DS
PD
BE
AD
R0
0S
339
DB
EC
OE
F-L
BS
0…25
5D
SP
DB
EC
OE
F-L
BS
00
S34
0D
BE
CO
EF
-MB
S0…
15D
SP
DB
EC
OE
F-M
BS
00
S34
1D
UB
AD
R0…
255
DS
PD
UB
AD
R0
0S
342
DU
BC
OE
F-L
SB
0…25
5D
SP
DU
BC
OE
F-L
BS
00
S34
3D
UB
CO
EF
-MS
B0…
15D
SP
DU
BC
OE
F-M
BS
00
S34
4B
AM
AM
O0…
3D
SP
BA
MA
MO
01
S34
5B
AM
AS
UB
0/1
DS
PB
AM
AS
UB
00
S34
6B
AM
AF
C0…
15D
SP
BA
MA
FC
012
S34
7B
AS
S-M
V0.
..31
DS
PB
AS
S-M
V16
31S
348
TR
EB
-MV
0...3
1D
SP
TR
EB
-MV
1625
S34
9E
Q10
0-M
V0.
..31
DS
PE
Q10
0-M
V12
20S
350
EQ
300-
MV
0...3
1D
SP
EQ
300-
MV
1216
S35
1E
Q1K
-MV
0...3
1D
SP
EQ
1K-M
V12
19S
352
EQ
3K-M
V0.
..31
DS
PE
Q3K
-MV
1216
S35
3E
Q8K
-MV
0...3
1D
SP
EQ
8K-M
V12
20S
354
BA
SS
-MS
0...3
1D
SP
BA
SS
-MS
1631
S35
5T
RE
B-M
S0.
..31
DS
PT
RE
B-M
S16
25S
356
EQ
100-
MS
0...3
1D
SP
EQ
100-
MS
1220
S35
7E
Q30
0-M
S0.
..31
DS
PE
Q30
0-M
S12
17S
358
EQ
1K-M
S0.
..31
DS
PE
Q1K
-MS
1213
Set
ting
Mod
e 3-
1
11
29H-FG5RU
11-1
11-2
ITE
ME
EP
RO
M S
ET
TIN
GD
ATA
RA
NG
EIC
OS
DIN
ITIA
LS
ET
TIN
G D
ATA
DA
TAS
359
EQ
3K-M
S0.
..31
DS
PE
Q3K
-MS
1217
S36
0E
Q8K
-MS
0...3
1D
SP
EQ
8K-M
S12
20S
361
BA
SS
-NW
0...3
1D
SP
BA
SS
-NW
1631
S36
2T
RE
B-N
W0.
..31
DS
PT
RE
B-N
W16
25S
363
EQ
100-
NW
0...3
1D
SP
EQ
100-
NW
1213
S36
4E
Q30
0-N
W0.
..31
DS
PE
Q30
0-N
W12
16S
365
EQ
1K-N
W0.
..31
DS
PE
Q1K
-NW
1219
S36
6E
Q3K
-NW
0...3
1D
SP
EQ
3K-N
W12
16S
367
EQ
8K-N
W0.
..31
DS
PE
Q8K
-NW
1213
S36
8B
AS
S-C
T0.
..31
DS
PB
AS
S-C
T16
31S
369
TR
EB
-CT
0...3
1D
SP
TR
EB
-CT
1625
S37
0ID
MO
D-S
E0…
3D
SP
IDM
OD
-SE
00
S37
1B
PR
-VO
L0…
60D
SP
BP
R-V
OL
2030
S37
2D
EM
UT-
DLA
Y0…
16D
SP
DE
MU
T-D
LAY
88
S37
3A
V-O
UT
LV
0…25
5D
SP
AV
-OU
T L
V16
18
Set
ting
Mod
e 3-
2P
IF A
DJU
ST
ME
NT
No
.A
djus
tmen
t poi
ntA
dju
stm
ent
con
dit
ion
/pro
ced
ure
Wav
efo
rm o
r re
mar
ks
RF
-AG
CTA
KE
OV
ER
PO
INT
AD
-JU
ST
ME
NT
(I2 C
BU
SC
ON
TR
OL
)
11.
Rec
eive
"P
AL
CO
LOR
BA
R"
sign
al.
Sig
nal S
tren
gth:
54
± 1d
B_V
(75
ohm
term
inat
ion)
2.C
onne
ct t
he o
scill
osco
pe t
o T
P53
(Tu
ner's
AG
CTe
rmin
al)
as s
how
n in
figu
re 3
-1.
3.S
elec
t "R
F-A
GC
" ite
m i
n th
e A
djus
tmen
t M
ode.
Adj
ust t
he "
RF
-AG
C"
bus
data
to o
btai
n th
e Tu
ner
outp
ut p
in d
rop
0.1V
~ 1
.0V
bel
ow m
axim
um v
olt-
age.
4.C
hang
e th
e an
tenn
a in
put s
igna
l to
63 ~
67d
B_V
,an
d m
ake
sure
ther
e is
no
nois
e.5.
Set
the
RF
AG
C to
0 -
6 V
with
no
satu
ratio
n w
ithth
e w
avef
orm
.6.
Turn
up
the
inpu
t sig
nal t
o 90
~ 9
5 dB
_B to
be
sure
that
ther
e is
no
cros
s m
odul
atio
n be
at.
Fig
. 3
12
29H-FG5RU
12-1
12-2
PU
RIT
Y A
DJU
ST
ME
NT
No
.A
djus
tmen
t poi
ntA
dju
stm
ent
con
dit
ion
s/p
roce
du
reW
avef
orm
or
rem
arks
Un
ifo
rmit
yad
just
men
t (T
op
erfo
rm a
fter
the
pu
rity
an
dco
nve
rgen
cead
just
men
t.)
2B
efor
e ad
just
men
t be
gin,
Hor
izon
tal
mag
netic
fie
ld=
0G
Ver
tical
mag
netic
fie
ld =
Eac
h de
stin
atio
n's
adju
st-
men
t mag
netic
fiel
d.M
ake
sure
to d
egau
ss it
.
(Nor
th d
irect
ion
Red
uni
form
ity)
1.H
oriz
onta
l mf =
Set
to m
onoc
olor
scr
een
red
and
adju
st to
+0.
25G
.2.
Pay
atte
ntio
n to
the
edge
of C
RT,
if th
e la
ndin
g is
poor
adj
ust
by a
ttach
ing
the
the
com
pens
atio
nm
agne
t at t
he b
ack
of C
RT.
(re
fer
to F
ig-1
)
(Sou
th d
irect
ion
Red
uni
form
ity)
1.H
oriz
onta
l mf =
Set
to m
onoc
olor
scr
een
red
and
adju
st to
-0.
25G
.2.
Pay
atte
ntio
n to
the
edge
of C
RT
,if t
he la
ndin
g is
poor
adj
ust b
y at
tach
ing
the
com
pens
atio
n m
ag-
net a
t the
bac
k of
CR
T.
(The
sam
e m
etho
d is
app
lied
for
adju
stm
ent
ofm
onoc
olor
scr
een
blue
for
blu
e un
iform
ity ,
and
chan
ging
bot
h th
e m
agne
tic fi
eld
for n
orth
and
sou
thdi
rect
ion.
)
*D
urin
g th
e pa
stin
g of
com
pens
atio
n m
agne
t , u
seth
e cr
ossh
atch
pat
tern
.M
ake
sure
ther
e is
no
blur
or
bend
lines
occ
ur.
If th
e bl
ur o
r be
nd a
re s
erio
us,a
djus
t the
loca
tion
of c
ompe
nsat
ion
mag
net t
o m
ake
it be
tter.
(CR
T s
urfa
ce)
(CR
T b
ack)
Mis
s la
ndin
g
Com
pens
atio
n m
agne
t
Fig
. 1
PU
RIT
Y A
DJU
ST
ME
NT
No
.A
djus
tmen
t poi
ntA
dju
stm
ent
con
dit
ion
s/p
roce
du
reW
avef
orm
or
rem
arks
PU
RIT
Y A
DJ.
1.S
elec
t the
gre
en m
onoc
olor
scr
een
with
rem
ote
con
tolle
r, a
nd
se
t th
e b
ea
m c
urr
en
t o
f 1
.7m
Aw
ith t
he
co
ntr
ast
co
ntr
ol.
2.D
egau
ss th
e C
RT
eno
ugh
with
the
dega
usin
g co
il. N
OT
E:
Fol
low
the
job
inst
ruct
ion
man
ual t
o ad
-ju
st th
e m
agne
tic fi
eld.
3.T
he p
urity
mag
net
mus
t be
pre
viou
sly
set
at t
he0
mag
netic
fie
ld,
and
the
conv
erge
nce
mus
t be
adju
sted
to
be r
ough
.W
ith P
-MA
G, a
djus
t it t
o th
e ce
nter
- r
ank
A.
4.O
bse
rve
th
e p
oin
ts a
,b,
as
sho
wn
in
Fig
.1-1
thro
ugh
the
mic
rosc
ope.
Mov
e D
Y f
ore
and
aft
to s
et t
he la
ndin
g at
the
poin
t (R
ank
A).
5.If
the
a/b
bala
nce
is p
oor,
com
pens
ate
it to
the
cent
er "
Ran
k A
B".
6.A
line
it to
zer
o, k
eepi
ng th
e ra
ster
rot
atio
n in
the
east
dire
ctio
n.6.
Tigh
ten
the
defle
ctio
n co
il fa
sten
ing
scre
ws.
» T
ight
enin
g to
rque
: 10
8N ±
20N
(11
Kgf
± 2
Kgf
)8.
Che
ckin
g th
e C
RT
cor
ner
area
, bo
nd t
he m
ag-
netic
she
et t
o se
t th
e la
ndin
g at
ran
k A
for
com
-pe
nsat
ion.
No
te:
Ap
ply
th
e ad
just
men
t af
ter
agin
g w
ith
the
bea
m c
urr
ent
1700
± 5
0µA
or
mo
refo
r 30
min
ute
s o
r m
ore
.N
ote
:S
elec
t th
e se
rvic
e m
od
e, a
nd
pre
ss t
he
mo
no
colo
r ke
y o
f R
/C f
or
pro
cess
, an
dth
e m
on
oco
lor
scre
en (
gre
en)
will
be
sele
cted
.
1
ab
A BA
90m
m90
mm
B
A =
B
A =
B
Fig
.1-1
Fig
. 1-2
Ran
k "A
"(o
n th
e rig
ht o
f the
CR
T)
Fig
. 1-3
Ran
k "A
"(o
n th
e le
ft of
the
CR
T)
*C
ontin
uosl
y pr
ess
the
mon
o-co
lour
key
1 s
econ
d or
mor
e,an
d th
e m
onoc
olou
r m
ode
will
be s
elec
ted
with
out t
he s
ervi
cem
ode.
*Eve
n w
ith T
EX
T k
ey o
r "R
/G/B
"ke
y, it
can
be
dire
ctly
sw
itche
d to
each
mon
ocol
or s
cree
n.
Mon
ocol
our
scre
en r
elea
se
Mon
ocol
our
GR
EE
Nsc
reen
Mon
ocol
our
BLU
Esc
reen
Mon
ocol
our
RE
Dsc
reen
*A
djus
tmen
t fo
r un
iform
ity i
s ch
ange
to
anot
her
cont
ent.
Ple
ase
refe
r to
the
follo
win
g pa
ge.
*E
very
pus
h of
the
mon
ocol
our
key
chan
ges
the
scre
en a
s fo
llow
s.
13
29H-FG5RU
13-1
13-2
BR
RB
BR
RB
B
X a
xis
Y a
xis
CO
NV
ER
GE
NC
E A
DJU
ST
ME
NT
No
.A
djus
tmen
t poi
ntA
dju
stm
ent
con
dit
ion
s/p
roce
du
reW
avef
orm
or
rem
arks
CO
NV
ER
GE
NC
AD
J.(
To b
e d
on
eaf
ter
the
pu
rity
adju
stm
ent.
)
1.R
ecei
ve th
e "
Cro
ssha
tch
Pat
tern
" si
gnal
.2.
Usi
ng th
e re
mot
e co
ntro
ller,
call
NO
RM
AL
mod
e.
( S
tati
c co
nve
rgen
ce )
1.O
verla
p bl
ue a
nd r
ed w
ith t
he o
pen-
/clo
sing
an-
gle
and
rota
tion
of th
e 4
pole
mag
net.
2.O
verla
p gr
een
on b
lue
and
red
with
the
ope
n-/
clos
ing
angl
e an
d ro
tatio
n of
the
6 po
le m
agne
t.
( D
ynam
ic c
on
verg
ence
)1.
Fix
the
wed
ges
in a
pos
ition
so
that
the
defle
ctio
nyo
rk n
eck
is a
t th
e ce
nter
of
top
botto
m a
nd le
ftrig
ht. (
Str
aigh
t lin
e an
d w
ithou
t any
blu
r ho
rizon
-ta
l / v
ertic
al l
ine)
.2.
Adj
ust t
he R
ed, B
lue,
upp
er a
nd lo
wer
of t
he c
en-
tre
y ax
is o
n th
e sc
reen
by
usin
g th
e V
olum
e (V
R2,
VR
1)at
the
defle
ctio
n yo
rk.
(Ref
er to
fig.
1 an
d fig
.2)
3.If
the
Hor
izon
tal
Red
, B
lue(
XV
) on
the
scr
een
cent
re X
axi
sis
shift
ed, c
orre
ct th
e R
ed, B
lue
(XV
)by
adj
ustin
g th
e ba
lanc
e co
il on
the
def
lect
ion
york
. (R
efer
to F
ig. 3
)4.
Afte
r co
nfirm
tha
t th
ere
is n
o pr
oble
ms
on t
heen
tire
scre
en ,
bond
eac
h w
edge
on
CR
T a
ndgl
ass
tape
on
it. F
aste
ning
the
scre
ws
of D
Y a
ndm
agne
t un
it (
purit
y ,
4 -
pole
and
6 p
ole
), t
hen
coat
the
lacq
uer p
aint
on
DY
fast
enin
g sc
rew
and
mag
net u
nit f
aste
ning
scr
ew.
Not
e: In c
ase
of p
oor
conv
erge
nce
adju
stm
ent
on t
heto
p an
d bo
ttom
and
of t
he s
cree
n , a
djus
t DY
by
swin
g rig
htw
ard
and
leftw
ard.
(Ref
er to
Fig
-4)
1
Fig
. 1A
djus
t by
VR
1
Fig
. 2A
djus
t by
VR
2
Fig
. 3A
djus
t by
Bal
ance
Coi
l
CR
T N
EC
K
Lac
quer
Pur
ity M
agne
t 4-P
ole
Mag
net
6-P
ole
Mag
net.
25m
m ±
0.5
mm
VR
2
VR
1
Bal
ance
Coi
l
Fig
. 4 A
djus
t by
Sw
ing
DY
FO
CU
S A
DJU
ST
ME
NT
No
.A
djus
tmen
t poi
ntA
dju
stm
ent
con
dit
ion
s/p
roce
du
reW
avef
orm
or
rem
arks
FO
CU
SA
DJU
ST
ME
NT
1.R
ecei
ve E
-5C
H (
Mon
osco
p pa
ttern
).2.
With
the
rem
ote
cont
rolle
r, m
ake
the
imag
e no
r-m
al.
3.A
djus
t the
focu
s V
R to
mak
e th
e ch
arac
ter"
575"
on le
ft bo
ttom
of m
onos
cope
as
fine
as p
ossi
ble.
1
14
29H-FG5RU
14-1
14-2
CU
T-O
FF, B
AC
KG
RO
UN
D A
ND
SU
B-C
ON
TRA
ST A
DJU
STM
ENT
No
.A
djus
tmen
t poi
ntA
dju
stm
ent
con
dit
ion
s/p
roce
du
reW
avef
orm
or
rem
arks
SU
B-B
RIG
HT-
NE
SS
AD
JUS
ME
NT
(I2 C
BU
SC
ON
TR
OL
)(D
VD
SIG
NA
L)
1.S
elec
t DV
D m
ode.
2.R
ecei
ve th
e si
gnal
of t
he D
VD
sig
nal g
ener
ator
.(
Com
pone
nt s
igna
l) (
Win
dow
Pat
tern
)3.
Mak
e th
e im
age
norm
al w
ith th
e re
mot
e co
ntro
l-le
r.4.
Sel
ect t
he S
UB
-BR
IGH
T a
djus
tmen
t mod
e (D
VD
), a
nd a
djus
t the
rig
ht d
ark
whi
te a
rea
of th
e w
in-
dow
pat
tern
to 3
.0 c
d ±
0.5c
d of
the
win
dow
pat
-te
rn.
5
WH
ITE
BA
L-
AN
CE
BA
CK
-G
RO
UN
D I2 C
BU
SA
DJU
ST
ME
NT
(DV
D S
IGN
AL
)
1.T
he w
indo
w p
atte
rn is
rece
ived
with
DV
D s
igna
l (co
mpo
nent
sig
nal).
2.A
pply
the
adju
stm
ent i
n th
e sa
me
man
ners
as
2(A
V-I
N S
IGN
AL)
and
sub
sequ
ence
abo
ve.
(D
RI-
GS
-DV
D,
DR
I-B
S-D
VD
, C
UT-
RS
-DV
D,
CU
T-G
S-D
VD
)3.
Sel
ect
the
SU
B-C
ON
TR
AS
T a
djus
tmen
t m
ode
with
the
rem
ote
cont
rolle
r, an
d ad
just
50%
whi
teto
165
± 1
0cd.
App
ly th
e ad
just
men
t afte
r th
e en
d of
2 (
AV
-IN
SIG
-N
AL)
.N
ote:
1.
A
ll of
the
DR
I-G
W/C
-DV
D &
DR
I-B
W/C
-D
VD
can
be
obta
in b
y us
ing
sam
e c
alcu
latio
n as
whi
te b
alan
ce a
djus
tmen
t abo
ve (N
o.2)
. CU
T-R
W/
C-D
VD
and
CU
T-G
W/C
-DV
D s
ettin
g da
ta a
re a
sfo
llow
.C
UT-
RW
/C-D
VD
= C
UT-
RS
-DV
DC
UT-
GW
/C-D
VD
= C
UT-
GS
-DV
D
3N
ote
1:U
se th
e w
indo
w p
atte
rn o
f the
sig
-na
l gen
erat
or S
X-1
006
for
adju
st-
men
t.
SU
B-B
RIG
HT-
NE
SS
AD
JUS
ME
NT
(I2 C
BU
SC
ON
TR
OL
)(A
V-IN
SIG
NA
L)
1.R
ecei
ve th
e w
indo
w p
atte
rn w
ith A
V in
put.
2.M
ake
the
imag
e no
rmal
with
the
rem
ote
cont
rol-
ler.
3.S
elec
t the
sub
- br
ight
adj
ustm
ent m
ode
with
the
rem
ote
cont
rolle
r, an
d ad
just
the
righ
t dar
k w
hite
area
of t
he w
indo
w p
atte
rn to
3.0
cd
± 0.
5cd.
4
SU
B-C
ON
-T
RA
ST
I2 C B
US
AD
JUS
ME
NT
(AV-
IN S
IGN
AL)
1.R
ecei
ve th
e w
indo
w p
atte
rn w
ith A
V in
put.
2.M
ake
the
imag
e no
rmal
with
the
rem
ote
cont
rol-
ler.
3.S
elec
t th
e S
UB
-CO
NT
RA
ST
adj
ustm
ent
mod
ew
ith th
e re
mot
e co
ntro
ller,
and
adj
ust 5
0% w
hite
to 1
30 ±
10c
d.N
ote
: M
ake
sure
the
TV
set
alre
ady
in t
he R
F r
e-ce
ivin
g st
ate
befo
re c
hang
ing
to A
V m
ode
to c
on-
tinue
with
this
adj
ustm
ent.
(no
PO
WE
R O
FF
from
the
prev
ious
adj
ustm
ent.)
6
50%
whi
teD
ark
whi
te
SU
B-C
ON
-T
RA
ST
I2 C B
US
AD
JUS
ME
NT
(DV
D S
IGN
AL
)
1.S
elec
t the
DV
D m
ode.
2.R
ecei
ve th
e si
gnal
of t
he D
VD
sig
nal g
ener
ator
. (
Com
pone
nt s
igna
l) (
Win
dow
Pat
tern
)3.
Sel
ect
the
SU
B-C
ON
TR
AS
T a
djus
tmen
t m
ode
(DV
D) w
ith th
e re
mot
e co
ntro
ller,
and
adju
st 5
0%w
hite
to 1
30 ±
10c
d.N
ote
: M
ake
sure
the
TV
set
alre
ady
in t
he R
F r
e-ce
ivin
g st
ate
befo
re c
hang
ing
to A
V m
ode
to c
on-
tinue
with
this
adj
ustm
ent.
(no
PO
WE
R O
FF
from
the
prev
ious
adj
ustm
ent.)
7
50%
whi
teD
ark
whi
te
Not
e 1:
Use
"Y
" of
Min
olta
col
or a
naly
zer
CA
-100
in a
djus
tmen
t.N
ote
2:U
se th
e w
indo
w p
atte
rn o
f the
sig
-na
l.
gene
rato
r S
X-1
006
for
adju
stm
ent.
CU
T-O
FF, B
AC
KG
RO
UN
D A
ND
SU
B-C
ON
TRA
ST A
DJU
STM
ENT
No
.A
djus
tmen
t poi
ntA
dju
stm
ent
con
dit
ion
s/p
roce
du
reW
avef
orm
or
rem
arks
CR
T C
UT
OF
FA
DJU
ST
ME
NT
(I2 C
BU
SC
ON
TR
OL
)
No
te :
1. B
efo
re C
RT
cu
toff
ad
just
men
t, m
ake
sure
fol-
low
ing
item
s ar
e in
INIT
IAL
DA
TA.
a) A
063
CU
T-R
S =
32
b) A
064
CU
T-G
S =
32
c) A
114
CU
T O
FF
= 6
1.S
witc
h T
V to
vid
eo m
ode
, blu
e ba
ck o
ff , w
ith n
ovi
deo
sign
al a
nd P
ress
R/C
to
set
pict
ure
into
norm
al c
ondi
tion.
2.G
o to
ser
vice
mod
e at
adj
ustm
ent m
ode
item
A11
5(V
G2)
.3.
Adj
ust
scre
en v
olta
ge u
ntil
retr
ace
line
appe
ar,
the
follo
win
g O
SD
will
app
ear a
t bot
tom
of s
cree
n.U
NS
TAB
LEO
UT
AB
OV
E4.
Fin
ally
, s
low
ly d
ecre
ase
the
scre
en v
aria
ble
re-
sist
or u
ntil
follo
win
g O
SD
app
ear.
STA
BLE
IN AB
OV
E /
BE
LOW
**
The
last
OS
D r
ow is
the
indi
catio
n of
the
scr
een
volta
ge v
alue
. If
it sh
ow "
BE
LOW
",
plea
se i
n-cr
ease
the
scr
een
volta
ge a
nd v
ice
vers
a un
til"S
TAB
LE"
AN
D "
IN"
OS
D a
ppea
r.N
ote
:No
mat
ter
the
indi
catio
n of
last
row
's O
SD
isin
dica
te "
AB
OV
E"
or "
BE
LOW
", t
he i
mpo
rtan
tth
ing
is O
SD
cha
nge
to "
STA
BLE
" an
d "I
N".
1
WH
ITE
BA
L-
AN
CE
BA
CK
-G
RO
UN
D I2 C
BU
SA
DJU
ST
ME
NT
(AV
-IN
SIG
NA
L)
1.R
ecei
ve th
e in
tern
al R
F m
onos
cope
pat
tern
.2.
Mak
e th
e pi
ctur
e no
rmal
with
the
rem
ote
cont
rolle
r.3.
Con
nect
the
beam
am
met
er b
etw
een
term
inal
of
R62
3.4.
Coa
rsel
y co
nfirm
the
beam
cur
rent
to a
ppro
x. 1
.7m
A.
5.R
ecei
ve th
e w
indo
w p
atte
rn w
ith A
V in
put.
6.W
ith th
e da
ta o
f DR
I-G
S a
nd D
RI-
BS
, adj
ust t
heco
lor
tem
pera
ture
of t
he 5
0% w
hite
.7.
Adj
ust t
he ri
ght d
ark
area
of t
he w
indo
w to
123
00K
with
CU
T-R
S a
nd C
UT-
GS
.8.
Go
back
to
50%
whi
te a
rea
to c
heck
col
our
tem
-pe
ratu
re, i
f out
of r
ange
, ple
ase
go b
ack
to s
tep
(6).
Not
e 1:
App
ly th
is a
djus
tmen
t afte
r ag
ing
30 m
in o
rm
ore
with
the
bea
m c
urre
nt 1
700
± 50
_A.
(On
the
whi
te o
r gr
een
mon
ocol
or s
cree
n)2:
The
col
our t
empe
ratu
re is
bas
ed o
n th
e sh
ip-
men
t de
stin
atio
n as
sho
wn
in T
able
2.1
at
page
6-1
.3:
Adj
ust D
RI-G
C/G
W, D
RI-B
C/B
W ,
CU
T-R
W/C
and
CU
T-G
W/C
as
follo
win
g D
ATA
, afte
r fin
ish-
ing
DR
I-BS
and
DR
I-GS
DAT
A ad
just
men
t.C
UT-
RW
/C =
CU
T-R
SC
UT-
GW
/C =
CU
T-G
SD
RI-
RW
= 3
2 (F
IXE
D),
DR
I-R
S =
32
(FIX
ED
)D
RI-
BC
= "
DR
I-B
S"
(For
750
0_K
, 123
00_K
, 170
00_K
and
180
00_K
Con
ditio
n)
275
00K
X
: 0.
300
Y :
0.31
018
000K
X :
0.25
5 Y
: 0.
255
1700
0K X
: 0.
261
Y :
0.26
112
300K
X :
0.27
2Y
: 0.
275
( W
ith M
onol
ta c
olor
the
rmom
eter
CA
-100
)
* 12
300_
KD
RI-
GW
= "
DR
I-G
S"
- 7
DR
I-B
W =
"D
RI-
BS
" -
7D
RI-
GC
= "
DR
I-G
S"
- 7
DR
I-R
C =
25
* 17
000_
K &
180
00_K
DR
I-G
W =
"D
RI-
GS
" -
7D
RI-
BW
= "
DR
I-B
S"
- 7
DR
I-G
C =
"D
RI-
GS
" -
5D
RI-
RC
= 2
7*
7500
_KD
RI-
GW
= "
DR
I-G
S"
- 5
DR
I-B
W =
"D
RI-
BS
" -
5D
RI-
GC
= "
DR
I-G
S"
- 7
DR
I-R
C =
25
15
29H-FG5RU
15-1
15-2
PAL
CH
RO
MA
AD
JUS
TM
EN
TN
o.
Adj
ustm
ent p
oint
Ad
just
men
t co
nd
itio
ns/
pro
ced
ure
Wav
efo
rm o
r re
mar
ks
SU
B C
OL
OU
R(I
2 C B
US
CO
NT
RO
L)
1.R
ecei
ve th
e "P
AL
Col
or B
ar"
sign
al.
2.M
ake
the
imag
e no
rmal
with
the
rem
ote
cont
rol-
ler.
3.C
onne
ct t
he o
scill
osco
pe t
o T
P48
R (
IC85
1 #9
).(
Use
Pro
be 1
0:1)
Ran
ge :
2 V
/Div
Sw
eep
Tim
e :
20 µ
sec/
Div
4.S
et t
he s
ub c
olor
adj
ustm
ent
mod
e w
ith t
he r
e-m
ote
cont
rolle
r, an
d va
ry t
he s
ub c
olor
dat
a to
mak
e 10
0% W
of
the
colo
r ba
r an
d R
ED
at
the
sam
e le
vel f
or a
djus
tmen
t sho
wn
in F
ig. 1
-1.
1
Fig
. 1-1
Cy
GB
75%
WY
Mg
R10
0% W
No
.A
djus
tmen
t poi
ntA
dju
stm
ent
con
dit
ion
s/p
roce
du
reW
avef
orm
or
rem
arks
SU
B-T
INT
( I2 C
BU
SC
ON
TR
OL
)
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
P47
B (
P86
0 P
in6)
BLU
E-O
UT.
» R
ange
: 100
mV
/Div
. (A
C)(
Use
Pro
be 1
0:1)
»S
wee
p tim
e: 1
0 µ
sec/
Div
.
3.S
elec
t the
"SU
B-T
INT
" ite
m in
the
AD
JUS
TM
EN
TM
OD
E..
Adj
ust t
he "S
UB
-TIN
T" d
ata
to o
btai
n th
ew
avef
orm
sho
wn
as F
igur
e 1.
1 (W
and
Mg
sam
ele
vel)
1
NT
SC
CH
RO
MA
AD
JUS
TM
EN
T
HO
RIZ
ON
TAL
AN
D V
ERTI
CA
L D
EFLE
CTI
ON
LO
OP
AD
JUST
MEN
TN
o.
Adj
ustm
ent p
oint
Ad
just
men
t co
nd
itio
ns/
pro
ced
ure
Wav
efo
rm o
r re
mar
ks
VH
OR
-SH
I-N
60A
lign
the
cent
er o
f the
scr
een
to th
e ge
omet
ric c
ente
rof
CR
T.(m
onos
cope
)
EW
-W-N
60A
lign
the
cent
er o
f the
scr
een
to th
e ge
omet
ric c
ente
rof
CR
T.(m
onos
cope
)
NO
TE
:T
her
e ar
e n
o s
epar
ate
adju
stm
ent
for
16:9
mo
de
and
No
rmal
mo
de
adju
stm
ent.
Th
e 16
:9 (
Pan
ora
ma
mo
de
50/6
0Hz)
dat
a n
eed
to
follo
w t
he
adju
sted
dat
a fo
r N
orm
al m
od
e (5
0/60
Hz)
. Ple
ase
set
the
dat
a as
bel
ow
.
VE
R-A
MP
-P50
= V
ER
-AM
P-N
50V
ER
-SH
I-P
50 =
VE
R-S
HI-
N50
HO
R-S
HI-
P50
= H
OR
-SH
I-N
50E
W-W
-P50
= E
W-W
-N50
VE
R-A
MP
-P60
= V
ER
-AM
P-N
60V
ER
-SH
I-P
60 =
VE
R-S
HI-
N60
HO
R-S
HI-
P60
= H
OR
-SH
I-N
60E
W-W
-P60
= E
W-W
-N60
Cy
Sam
e Le
vel
GY
WM
gB
R
HO
RIZ
ON
TAL
AN
D V
ERTI
CA
L D
EFLE
CTI
ON
LO
OP
AD
JUST
MEN
TN
o.
Adj
ustm
ent p
oint
Ad
just
men
t co
nd
itio
ns/
pro
ced
ure
Wav
efo
rm o
r re
mar
ks
V-S
LO
PE
Adj
ust V
-Slo
pe b
y V
olum
e U
p / D
own
Rem
ote
Con
trol
.R
efer
to F
ig. 1
.1.
(mon
osco
pe)
VE
R-A
MP
-N50
Adj
ust t
he o
vers
can
to 8
.5%
. (
mon
osco
pe)
VE
R-S
HI-
N50
Alig
n th
e ce
nter
of t
he s
cree
n to
the
geom
etric
cen
ter
of C
RT.
(m
onos
cope
)
HO
R-S
HI-
N50
Alig
n th
e ce
nter
of t
he s
cree
n to
the
geom
etric
cen
ter
of C
RT.
(mon
osco
pe)
EW
-W-N
50A
djus
t the
ove
rsca
n to
8.5
%.
(m
onos
cope
)
V-L
INE
Adj
ust t
he li
near
ity to
the
best
. (
mon
osco
pe)
V-S
CO
RR
Alr
eady
pre
set.
(Adj
ust
this
unl
ess
the
linea
rity
is
achi
eved
.)(m
onos
cope
)
V-S
CR
OL
LA
lread
y pr
eset
..
VX
-NO
RM
AL
Alre
ady
pres
et .
H-P
AR
Ad
just
th
e 2
nd
ve
rtic
al
line
fro
m t
he
en
d o
f th
ecr
ossh
atch
pat
tern
. Ref
er to
Fig
1.6
.(c
ross
hatc
h)
H-B
OW
Ad
just
th
e 2
nd
ve
rtic
al
line
fro
m t
he
en
d o
f th
ecr
ossh
atch
pat
tern
. Ref
er to
Fig
1.7
.(c
ross
hatc
h)
E/W
-PA
RA
djus
t th
e 2n
d ve
rtic
al li
ne f
rom
the
rig
ht e
nd o
f th
ecr
ossh
atch
pat
tern
so
that
the
mid
dle
4 bl
ocks
are
stra
ight
. Ref
er to
Fig
1-2
.(c
ross
hatc
h)
UP
CO
R-P
AR
Adj
ust
the
2nd
uppe
r ve
rtic
al li
ne f
rom
the
rig
ht e
ndof
the
cro
ssha
tch
patte
rn s
o th
at t
he u
pper
line
are
stra
ight
. Ref
er to
Fig
1-3
.(c
ross
hatc
h)
LO
CO
R-P
AR
Adj
ust
the
2nd
low
er v
ertic
al li
ne f
rom
the
rig
ht e
ndof
the
cros
shat
ch p
atte
rn s
o th
at th
e bo
ttom
line
are
stra
ight
. Ref
er to
Fig
1-4
.(c
ross
hatc
h)
EW
-TR
AP
Adj
ust
the
2nd
vert
ical
line
fro
m t
he r
ight
end
of
the
cros
shat
ch p
atte
rn s
o th
at th
e D
1 (c
ente
r are
a of
the
seco
nd v
ertic
al li
ne -
edg
e of
scr
een)
an
d D
2 (t
opar
ea o
f the
sec
ond
vert
ical
line
- e
dge
of s
cree
n) a
resa
me.
Ref
er to
Fig
1-5
.(c
ross
hatc
h)
VE
R-A
MP
-N60
Adj
ust t
he o
vers
can
to 1
0%.
(mon
osco
pe)
VE
R-S
HI-
N60
Alig
n th
e ce
nter
of t
he s
cree
n to
the
geom
etric
cen
ter
of C
RT.
(mon
osco
pe)
1
MA
IN S
CR
EE
NA
DJU
ST
ME
NT
D2
D1
Fig
. 1-2
Fig
. 1-3
Fig
. 1-4
Fig
. 1-5
H-P
AR
H-B
OW
Fig
. 1-6
Fig
. 1-7
A B C A :
Out
of s
pec
B :
OK
C :
Out
of s
pec
16
29H-FG5RU
16-1
16-2
FU
NC
TIO
N O
PE
RA
TIO
N C
HE
CK
ING
(V
IDE
O A
ND
AU
DIO
)N
o.
Adj
ustm
ent p
oint
Ad
just
men
t co
nd
itio
ns/
pro
ced
ure
Wav
efo
rm o
r re
mar
ks
CO
NT
RA
ST
key
1.R
ecei
ve "
Mon
osco
pe P
atte
rn"
sign
al.
2.P
ress
to M
EN
U m
ode,
then
Sel
ect P
ictu
re M
ode
and
set t
o se
lect
CO
NT
RA
ST.
3.P
ress
Vol
ume
Up/
Dow
n ke
y to
che
ck w
heth
er th
eC
ON
TR
AS
T e
ffect
is
OK
or
not.
1
1.R
ecei
ve "
Col
or B
ar"
sign
al.
2.P
ress
to M
EN
U m
ode,
then
Sel
ect P
ictu
re M
ode
and
set t
o se
lect
CO
LOU
R.
3.P
ress
V
olum
e U
p/D
own
key
to c
heck
whe
ther
the
CO
LOU
R e
ffect
is
OK
or
not.
2C
OL
OU
R k
ey
BR
IGH
TN
ES
Ske
y1.
Rec
eive
"M
onos
cope
Pat
tern
" si
gnal
.2.
Pre
ss to
ME
NU
mod
e, th
en S
elec
t Pic
ture
Mod
ean
d se
t to
sele
ct B
RIG
HT
NE
SS
.3.
Pre
ss
Vol
ume
Up/
Dow
n ke
y to
che
ck w
heth
erth
e B
RIG
HT
NE
SS
effe
ct is
OK
or
not.
3
TIN
T k
ey1.
Rec
eive
the
"NT
SC
Col
our B
ar" s
igna
l thr
u A
V in
.2.
Pre
ss to
ME
NU
mod
e, th
en S
elec
t Pic
ture
Mod
ean
d se
t to
sele
ctT
INT.
3.P
ress
V
olum
e U
p/D
own
key
to c
heck
TIN
T, U
Pfo
r G
RE
EN
dire
ctio
n an
d D
OW
N f
or R
ED
dire
c-tio
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.
Pre
ss to
ME
NU
mod
e, th
en S
elec
t Pic
ture
Mod
ean
d se
t to
sele
ct S
HA
RP
NE
SS
.3.
Pre
ss
Vol
ume
Up/
Dow
n ke
y to
che
ck w
heth
erth
e S
HA
RP
NE
SS
effe
ct is
OK
or
not.
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.
NO
RM
AL
Key
7
1.O
nce
in P
ICT
UR
E M
ode,
and
the
NO
RM
AL
key
is p
ress
ed, a
ll th
e se
tting
s w
ill b
e pr
esen
t to
nor-
mal
set
ting.
(Nor
mal
set
ting
valu
e fo
r ev
ery
mod
e, r
efer
to
Tabl
e 2.
2 on
pag
e 6-
1).
No
tes
:If
no
thin
g i
s d
isp
lay
mea
n c
on
tras
t, co
lou
r , b
rig
ht,
tin
t, s
har
pn
ess
are
all i
n n
or-
mal
set
tin
g.
6
GA
ME
OP
ER
AT
ION
CH
EC
KN
o.
Adj
ustm
ent p
oint
Ad
just
men
t co
nd
itio
ns/
pro
ced
ure
Wav
efo
rm o
r re
mar
ks
( F
or
mo
del
sw
ith
GA
ME
on
ly.)
1.U
se t
he "
GA
ME
" ke
y (R
/C)
to e
nter
the
Gam
eM
ode.
2.P
ress
the
TR
EB
LE U
P (
code
=46
H)
key
(di
rect
key
to e
nter
"T
he R
ock"
gam
e), a
nd th
en c
onfir
mth
e po
sitio
n an
d th
e fu
nctio
n of
the
gam
e.
Not
e :
(A
) F
or t
he H
OR
IZO
NTA
L po
sitio
n, e
nter
serv
ice
mod
e an
d ch
oose
"Set
ting
Mod
e1"
. K
ey i
n th
e al
phab
ic n
umbe
r 11
4 to
ente
r GA
ME
-HO
N.
Adj
ust t
o th
e pr
oper
horiz
onta
l pos
ition
.(B
) F
or t
he V
ER
TIC
AL
posi
tion,
rem
ain
insa
me
"S
ett
ing
Mo
de
1".
Ke
y in
th
eal
phab
ic n
umbe
r 11
5 to
ent
er G
AM
E-
VE
RT-
1. A
djus
t to
the
pro
per
vert
ical
posi
tion.
3. If
adj
ustm
ent O
K, t
hen
pres
s th
e "G
AM
E M
OD
E"
key
to e
xit t
o pr
evio
usly
vie
wed
cha
nnel
from
the
gam
e m
ode.
1
FM
RA
DIO
OP
ER
AT
ION
CH
EC
KN
o.
Adj
ustm
ent p
oint
Ad
just
men
t co
nd
itio
ns/
pro
ced
ure
Wav
efo
rm o
r re
mar
ks
( F
or
mo
del
sw
ith
RA
DIO
on
ly.)
1.U
se th
e si
gnal
gen
erat
or to
set
car
ier f
requ
ncy
of89
.5 M
Hz
with
sou
nd m
odul
atio
n 40
0Hz.
2.C
onne
ct t
he s
igna
l to
the
FM
rad
io t
uner
usi
ngth
e R
F c
oaxi
al c
able
with
fem
ale
adap
tor.
3. P
ress
the
"F
M R
AD
IO"
butto
n of
R/C
to
acce
ssth
e F
M R
AD
IO m
enu.
4.S
elec
t the
"FR
EQ
UE
NC
Y" i
n m
enu
and
pres
s th
eV
OL+
key
to s
earc
h th
e fr
eque
ncy
of 8
9.5
MH
z.5.
Con
firm
the
400
Hz
audi
o is
cle
arly
det
ecte
d.6.
Pre
ss th
e "F
M R
AD
IO"
butto
n of
R/C
to e
xit.
1
17
29H-FG5RU
17-1
17-2
FU
NC
TIO
N O
PE
RA
TIO
N C
HE
CK
ING
(V
IDE
O A
ND
AU
DIO
)(C
on
tin
ued
)N
o.
Ad
just
ing
po
int
Ad
just
ing
pro
ced
ure
/co
nd
itio
ns
Wav
efo
rm a
nd
oth
ers
CO
LO
UR
SY
ST
EM
1.R
ecei
ve t
he "
PA
L C
OLO
UR
BA
R"
sign
al,
pres
sth
e C
OLO
UR
SY
ST
EM
key
to s
elec
t mod
es e
x-ce
pt P
AL,
che
ck th
e C
OLO
UR
is n
ot w
orki
ng p
rop-
erly
. 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 t
o se
lect
mod
es e
xcep
tS
EC
AM
, che
ck th
e C
OLO
UR
is
not w
orki
ng p
rop-
erly
. T
hen,
sel
ect
the
"SE
CA
M"
mod
e. C
heck
agai
n its
col
our
so th
at it
is w
orki
ng p
rope
rly.
3.R
ecei
ve “
NT
SC
4.4
3” s
igna
l, pr
ess
CO
LOU
RS
YS
TE
M k
ey to
sel
ect m
odes
exc
ept N
TS
C4.
43,
chec
k th
e C
OLO
UR
is n
ot w
orki
ng p
rope
rly. T
hen,
sele
ct t
he “
NT
SC
4.4
3” m
ode.
Che
ck a
gain
its
colo
ur s
o th
at it
is w
orki
ng p
rope
rly.
4.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
sele
ct B
/G, I
. C
heck
the
soun
d ou
t-pu
t is
not
wor
king
pro
perly
. Sel
ect D
/K a
nd c
heck
the
soun
d ou
tput
to m
ake
sure
it i
s 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”
to s
elec
t I, D
/K.
Che
ck th
e so
und
out-
put
is n
ot w
orki
ng p
rope
rly. S
elec
t B/G
and
che
ckth
e so
und
outp
ut to
mak
e su
re it
is w
orki
ng p
rop-
erly
.
HE
AD
PH
ON
EO
UT
PU
TC
HE
CK
ING
1.R
ecei
ve P
AL
CO
LOU
R B
AR
with
SO
UN
D 4
00H
z,10
0% M
OD
ULA
TIO
N (
±50k
Hz
Dev
).2.
Max
imum
vol
ume,
and
che
ck t
he h
eadp
hone
outp
ut w
ith 4
00H
z so
und
and
no s
ound
out
from
spea
ker.
11
Ref
: O
UT
PU
T le
vel o
f HE
AD
PH
ON
E is
as
follo
win
g.A
px. 5
00m
Vp-
p
NO
ISE
MU
TE
CH
EC
KIN
G1.
Rec
eive
"P
AL
CO
LOU
R B
AR
" si
gnal
.2.
Turn
up
the
volu
me
cont
rol
to m
axim
um,
mak
esu
re th
e so
und
is h
eard
from
the
spea
kers
. T
hen
put t
he u
nit i
n no
sig
nal s
tate
.3.
Che
ck t
he s
ound
mut
e is
effe
ctiv
e.4.
Fin
ally
turn
sou
nd le
vel o
f CT
V to
min
imum
.
12
No
.A
djus
tmen
t poi
ntA
dju
stm
ent
con
dit
ion
s/p
roce
du
reW
avef
orm
or
rem
arks
H, V
PR
OT
EC
-TO
R1.
Rec
eive
E-5
ch(M
onos
cope
patte
rn).
2.C
onne
ct th
e bi
as b
ox to
the
cath
ode
side
(R
607)
of D
604.
3.S
et th
e vo
ltage
of t
he b
ias
box
at 1
0V, a
nd v
erify
that
the
prot
ecto
r do
es n
ot o
pera
te.
4.S
et th
e vo
ltage
of t
he b
ias
box
at 1
8V, a
nd v
erify
that
the
prot
ecto
r op
erat
e.
1
PR
OT
EC
TOR
OP
ER
AT
ION
CH
EC
KIN
G
Ref
: A
px.1
3.3V
.
No
.A
djus
tmen
t poi
ntA
dju
stm
ent
con
dit
ion
s/p
roce
du
reW
avef
orm
or
rem
arks
Fro
nt
spea
ker
ou
tpu
t ch
eck-
ing
1.R
ecei
ve th
e E
-10c
h (P
AL
colo
ur b
ar).
2.S
et t
he v
olum
e to
max
imum
and
set
the
oth
erso
und
setti
ng a
s fo
llow
.
3.C
onne
ct th
e vo
ltmet
er to
the
spea
ker t
erm
inal
and
mak
e su
re th
e re
adin
g is
9 ±
1 V
rms.
1
SO
UN
D O
UT
PU
T C
HE
CK
ING
#1 :
Sou
nd s
ettin
g fo
r m
odel
with
BB
E a
nd
Su
pe
r B
ass
in
th
eso
und
men
u.
#2 :
Sou
nd s
ettin
g fo
r mod
el w
ith-
out B
BE
and
with
Bas
s +
in th
eso
und
men
u.
Rea
r w
oo
fer
ou
pu
t ch
eck-
ing
(F
or
mo
del
wit
h w
oo
fer
bo
x o
nly
)
1.R
ecei
ve th
e E
-10c
h (P
AL
colo
ur b
ar).
2.C
onne
ct th
e w
oofe
r w
ire fr
om P
303
to a
16
ohm
dum
my
load
.3.
Set
the
vol
ume
to m
axim
um a
nd s
et t
he o
ther
soun
d se
tting
as
follo
w.
4.C
onne
ct t
he v
oltm
eter
to
the
dum
my
load
and
mak
e su
re th
e re
adin
g is
15
± 1
Vrm
s.
2
Set
ting
item
#1#2
Equ
aliz
erM
usic
Mus
icS
urro
und
OF
FO
FF
BB
EO
FF
-B
alan
ce0
0A
VL
OF
FO
FF
Sup
er B
ass
OF
F-
Bas
s +
-O
N
Equ
aliz
erM
usic
Sur
roun
dO
FF
BB
EO
FF
Bal
ance
0A
VL
OF
FS
uper
Bas
sO
N
18
29H-FG5RU
18-1
18-2
TR
OU
BL
E S
HO
OT
ING
TA
BL
ET
RO
UB
LE
SH
OO
TIN
G T
AB
LE
(C
on
tin
ued
)
NO
RA
ST
ER
Che
ck C
RT
con
nect
or (
KY
), (
H)
bias
(14V
,120
V, 2
10 V
line
).
LED
CO
LOU
R ?
Pow
er o
n by
R/C
.
Che
ck p
rote
ctor
ci
rcui
t and
pin
106
&
107
(w
avef
orm
no
.3 &
4)
of IC
21
00. A
lso
chec
k th
e w
avef
orm
no.
7 of
IC50
1 at
pin
4
and
its r
elat
ed
part
s.
Che
ck th
e po
wer
ci
rcui
t con
sist
ing
of
IC70
1, IC
702,
T
701
and
its
rela
ted
part
s. A
lso
chec
k th
e ho
rizon
tal o
ut
circ
uit Q
604
and
its
rela
ted
part
s.
GR
EE
N
GR
EE
N
Yes
No
RE
D
RE
D
Doe
s ho
rizon
tal c
ircui
t m
omen
tary
osc
illat
e?
Che
ck th
e 14
V,
120V
and
210
V
line
from
the
mai
n P
WB
sid
e.
Che
ck R
,G,B
in
put a
nd o
utpu
t of
IC 8
51.
No
rmal
Ab
no
rmal
Che
ck th
e po
wer
ci
rcui
t at t
he fr
ont
unit
cons
istin
g of
IC
4700
, IC
4702
, IC
4701
, D47
07
and
its r
elat
ed
part
s.
Che
ck th
e po
wer
circ
uit
cons
istin
g of
IC70
1, IC
702,
T
701
and
its r
elat
ed p
arts
.
No
rmal
Che
ck F
3700
. Rep
lace
the
Fus
e.
Is th
e F
use
agai
n bl
own
out?
Doe
s S
TB
Y+
5V a
ppea
r at
pin
1 P
1001
mai
n un
it ?
Blo
wn
ou
t
No
No
Yes
Yes
Che
ck F
4701
.
NO
LE
D L
IGH
T
Che
ck 3
V o
utpu
t fr
om p
in 2
2 of
IC
2001
and
its
rela
ted
part
s.
19
29H-FG5RU
19-1
19-2
TR
OU
BL
E S
HO
OT
ING
TA
BL
E (
Co
nti
nu
ed)
Che
ck T
U51
.
TR
OU
BL
E S
HO
OT
ING
TA
BL
E (
Co
nti
nu
ed)
NO
PIC
TU
RE
Doe
s th
e sn
ow n
oise
app
ear
on th
e sc
reen
at m
axim
um
cont
rast
and
brig
htne
ss ?
AS
now
noi
se in
crea
se.
Doe
s 5V
app
ear
at p
in 7
of T
U 5
1 ?
Che
ck th
e P
C+
5V li
ne.
No
Doe
s 31
V a
ppea
r at
pin
9 o
f TU
51
?C
heck
+12
0V li
ne a
t IC
753
an
d its
rel
ated
circ
uit.
Yes
No
Yes
No
Yes
NO
NO
RM
AL
SO
UN
D
Set
vol
ume
to m
axim
um. I
s th
ere
any
soun
d ou
tput
sig
nal
at p
in 1
0 &
14
of IC
301
?
Yes
No
Che
ck if
ther
e is
sou
nd in
put
sign
al a
t pin
2
& 2
1 of
IC 3
01.
No
Che
ck o
utpu
t si
gnal
at p
in
68, 6
9 of
IC
2100
and
its
rela
ted
circ
uit.
Che
ck
conn
ectio
n to
th
e sp
eake
r
No
soun
d fr
om th
e sp
eake
rN
o so
und
com
es
out a
t AV
-out
J90
5
Che
ck s
ound
ou
tput
sig
nal f
rom
pi
n 92
& 9
3 of
IC
2100
and
its
rela
ted
circ
uit.
20
29H-FG5RU
20-1
20-2
TR
OU
BL
E S
HO
OT
ING
TA
BL
E (
Co
nti
nu
ed)
No
rmal
No
snow
noi
se.
Che
ck p
in 1
04 &
105
of I
C21
00.
Ab
no
rmal
A
Noi
se o
r si
gnal
ap
pear
.
Doe
s A
V in
put a
t AV
1,
AV
2 &
AV
3 n
orm
al ?
Che
ck IC
210
0 an
d its
re
late
d ci
rcui
ts.
Che
ck T
U 5
1 (T
uner
), S
F
202
and
its r
elat
ed c
ircui
t.
Yes
No
Che
ck p
in 7
1, 7
4 &
78
of IC
210
0. D
oes
sign
al
or n
oise
app
ear
?
Che
ck IC
210
0 R
GB
out
at
pin
42, 4
3 &
44.
Is th
e ou
tput
no
rmal
?
Yes
No
No
Che
ck c
ircui
t bet
wee
n A
V-in
term
inal
and
pin
71
, 74
& 7
8 of
IC 2
100.
Che
ck IC
210
0 an
d its
re
late
d ci
rcui
t.C
heck
IC 8
50 a
t in
put p
in 1
, 2 &
3
and
its r
elat
ed
circ
uit.
Che
ck th
e re
late
d ci
rcui
t of s
cree
n he
ater
(F
BT
) an
d th
e C
RT
.
Doe
s si
gnal
out
put a
t pin
7, 8
&
9 o
f IC
851
nor
mal
?Y
es
No
No
TR
OU
BL
E S
HO
OT
ING
TA
BL
E (
Co
nti
nu
ed)
No
Adj
ust t
he c
olou
r co
ntro
l at t
he
user
ME
NU
. Doe
s co
lour
app
ear
?
NO
SP
EC
IFIC
CO
LO
UR
B
Is o
nly
RF
sig
nal’s
col
our
abno
rmal
?
Set
col
our
cont
rol.
Go
to C
HA
NN
EL
SE
TT
ING
at t
he
user
ME
NU
and
cha
nge
to th
e ap
prop
riate
col
our
syst
em. D
oes
the
colo
ur a
ppea
r ?
Set
the
appr
opria
te
colo
ur s
yste
m.
Che
ck IC
851
, IC
210
0 an
d its
re
late
d ci
rcui
t.
Che
ck tu
ner
TU
51,
S
F20
1and
its
rela
ted
circ
uit.
Yes
Yes
YesN
o
No
Usi
ng a
PA
L co
lour
bar
sig
nal,
chec
k th
e R
GB
in &
out
line
be
twee
n IC
210
0 an
d IC
851
. D
oes
the
wav
efor
ms
norm
al ?
No
NO
CO
LO
UR
CO
LO
UR
PR
OD
UC
ED
21
29H-FG5RU
21-1
21-2
TR
OU
BL
E S
HO
OT
ING
TA
BL
E (
Co
nti
nu
ed)
B
Che
ck IC
210
0 &
IC 8
51 a
nd it
s re
late
d ci
rcui
t inc
ludi
ng th
e R
GB
in
put &
out
put l
ine.
Is s
ome
colo
urs
prod
uced
in th
e B
/W b
road
cast
rec
eptio
n ?
Is th
e w
hite
bal
ance
pro
perly
ad
just
ed ?
Yes
The
pic
ture
co
lour
is
mag
enta
.
The
pic
ture
co
lour
is
yello
w.
The
pic
ture
co
lour
is
cyan
.
Che
ck p
in 8
of
IC 8
51(G
-out
).
Che
ck p
in 7
of
IC 8
51(B
-out
).
Che
ck p
in 9
of
IC 8
51(R
-out
).
No
Yes
Rea
djus
t the
w
hite
bal
ance
.N
o
22
29H-FG5RU
SOLID STATE DEVICE BASE DIAGRAM
TOP VIEW
SIDE VIEW
ZR
11
1
4
4 5 6
3 2 1
1 7
1 5
1 9
BASE EMITTER
COLLECTOR
4
441 1 1
58
41
1 23
58
44
1
1 11
15
5
88
10
20 11
45
5
2 2
33
858
33128 97
96
65
1
32
6433
24
23
1244
34
7SET04F BR24L32V PCF8563S FXA003W STV9380 2883E331
BR24L04F
TDA8922BDX0477
ST600CRX6757BA005T
TDA6107A SC5511 A00BC0W PX0036 PX0037
PC1815SC3198DX0410SK2161
IP0254C7W66UIXA956WJRH-IXxxxxWJ
IMZ1AIMX1C
D601AR
BR
BASE EMITTER
OUT
ANODE
ANODE
E C BE C B
ANODE (GREEN)
ANODE (RED)CATHODE
CATHODE
CATHODE
GNDVCC
OUTGNDVCC
OUTGNDVCC
COLLECTOR
B709AR
JC
BASE EMITTER
COLLECTOR
2SC2735
D5SB 60 74
D6246
SD2646 �
23
29H-FG5RU
WAVEFORMS
1 2 3 4
5 6 7 8
9 0 q w
e r t y
u i o p
a
Horizontal RatePin 1 Vp-p = 2.02 V
Horizontal RatePin 2 Vp-p = 1.30 V
Vertical RatePin 3 Vp-p = 2.26 V
Vertical RatePin 4 Vp-p = 2.40 V
Vertical Rate Pin 5 Vp-p = 4.16 V
Vertical RatePin 6 Vp-p = 29.40 V
Vertical RatePin 7 Vp-p = 60.00 V
Vertical RatePin 8 Vp-p = 1.60 V
Horizontal RatePin 9 Vp-p = 262.0 V
Horizontal RatePin 10 Vp-p = 262.0 V
Horizontal RatePin 11 Vp-p = 176.0 V
Horizontal RatePin 12 Vp-p = 11.20 V
Horizontal RatePin 13 Vp-p = 1.024 kV
Horizontal RatePin 14 Vp-p = 248.0 V
Horizontal RatePin 15 Vp-p = 31.20 V
Horizontal RatePin 16 Vp-p = 1.84 V
Horizontal Rate Pin 17 Vp-p = 2.04 V
Horizontal RatePin 18 Vp-p = 2.10 V
Horizontal RatePin 19 Vp-p = 120.0 V
Horizontal RatePin 20 Vp-p = 106.0 V
Horizontal RatePin 21 Vp-p = 134.0 V
24
29H-FG5RU
- M E M O -
25
29H-FG5RU
CHASSIS LAYOUT
26
29H-FG5RU
BLOCK DIAGRAMS
27
29H-FG5RU
28
29H-FG5RU
DESCRIPTION OF SCHEMATIC DIAGRAMSAFETY 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 IMPORTANT FORMAINTAINING THE SAFETY OF THE SET. BE SURE TO RE-PLACE THESE PARTS WITH SPECIFIED ONES FOR MAINTAIN-ING THE SAFETY 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 = Meg ohm).2. All resistors are 1/16 watt, unless otherwise noted.3. All capacitors are µF, unless otherwise noted. (P = µµF).
VOLTAGE MEASUREMENT CONDITIONS:1. Voltage in parenthesis measured with no Signal.2. Voltages without parenthesis measured with PAL Colour-
Signal.3. All the voltages in each point are measured high impedance
volt-meter.
WAVEFORM MEASUREMENT CONDITIONS:1. RF colour bar signal of 2.0V peak to peak applied at RF Tuner
TU51.2. Approximately 4.0 V AGC bias (without signal).
29
29H-FG5RU
1 2 3 4 5 6 7 8 9 10
A
B
C
D
E
F
G
H
I
J
SCHEMATIC DIAGRAMCRT UNIT
30
29H-FG5RU
1 2 3 4 5 6 7 8 9 10
A
B
C
D
E
F
G
H
I
J
MAIN UNIT
31
29H-FG5RU
10 11 12 13 14 15 16 17 18 19
32
29H-FG5RU
1 2 3 4 5 6 7 8 9 10
A
B
C
D
E
F
G
H
I
J
FRONT UNIT
33
29H-FG5RU
10 11 12 13 14 15 16 17 18 19
34
29H-FG5RU
1 2 3 4 5 6 7 8 9 10
A
B
C
D
E
F
G
H
I
J
PRINTED WIRING BOARD ASSEMBLIESPWB-A: MAIN UNIT (COMPONENT SIDE)
35
29H-FG5RU
10 11 12 13 14 15 16 17 18 19
36
29H-FG5RU
1 2 3 4 5 6 7 8 9 10
A
B
C
D
E
F
G
H
I
J
PWB-A: MAIN UNIT (CHIP PARTS SIDE)
R5
1
RJ
91
8
RJ 5 1
F DC2
R5
3
R5
4
R5
5
RJ 5 0 6
RJ 4 1
RJ 4 0
C5 2 C5 4
Z 2
R5 7
R5 6
R2
27
C2
25
RJ
93
9
R2
08
C2
15
R2 1 8
Q2 0 0
RJ 3 5
C2 1 4
R2 0 7
C2
18
R2
14
R2 0 6
C2 1 3
R2 0 5
C2 1 2
R2 0 2
D2 0 0
R2 0 1
RJ 9 4 0
Q2 0 3
R2 1 9
R2 0 4
C5
20
C5
21
C5 2 3
RJ
50
1
C2
10
1
C5 2 9
R5 2 1
C5 3 3
RJ 9 5 3
RJ 9 6 3
L2
00
5
RJ
21
C2 1 6
C2 0 1 4
C2 0 1 3
L2
00
6
C2 0 1 8
C2 1 0 3
L2
00
7
L2
01
1
C2 0 2 3
C2 0 2 5
C2 0 2 9
C2 0 3 7
R2 0 3 2
R2 0 3 3
R2
04
4R
J9
16
RJ
37
C2
03
5
Q2 0 0 5
RJ
36
R2
01
5
R2 1 1 0
C2 0 5 2
C2
03
6R
20
16
L2
01
3
RJ 3 8
R2 0 1 7
R2
10
9
R2 0 2 0
C2 0 4 4
R2 0 2 2
R2 1 0 8
C2 0 4 9
R2
01
4
C2
04
5
RJ
93
8
C2 0 3 1
R2
05
2R
20
12
D2 1 0 8
D2 1 0 6
D2
10
7
RJ 2 4
R2 0 1 0
C2 0 1 2
RJ
90
9
R2 0 0 9
R2 0 0 8
R2 0 0 7
R2
00
4
R2
02
7
C2 0 2 8
C2
02
6
C2
10
4C
20
22
C2 0 1 5
L 2 0 0 4
C9
65
C2 0 4 3
C2 0 0 5
C2
02
0
C2
04
2
C2 0 1 7
R2 0 2 3
C2
03
0
C2 0 0 6
C2 0 0 7
C2 0 1 0
C2 0 0 8
C2 0 0 2
C2 0 0 3
C2 0 0 1
Z 5
C2 0 4 8
C2 0 4 1
I C2 1 0 0
R9
16
C9 6 0
C9 6 1
C9 6 2
R9 0 7
C9 5 9
C9
58
Z 7
C9
08
C9
56
C9
57
C9 5 4
C9 5 5
C9
05
R9
06
C9 0 4
R9 1 0
R9 1 1
C9 5 2
C9 5 3
R9
05
R2 2 8
C2 2 2
R2 3 0
R6 0 0
C2 1 0
R2 2 9
C2 2 4
C2 1 1
C2
23
RJ
39
C2
01
C3
98
Q2 0 4
C6
44
C3
97
R2 2 1
R2
24
R2 1 6
RJ
15
C2
02
C3
39
RJ
13
D2 0 1
RJ
96
4
R2 1 2
RJ 2 3
R3
48
RJ
33
R3
47
C2
19
C3
99
RJ
28
RJ
27
C2 2 6
RJ
14
Q2 0 2
RJ
96
6
R2
34
RJ
92
6C
33
5R
34
6
Q9
06
Q2 0 5
C2 0 4
R2 2 2
C2 2 0
RJ 9 6 5
R2 3 2
R9 4 9
R2
33
R9 5 9
R9 5 2
R9 4 5
R9 5 3
Q9 0 4
RJ
17
C2
21
R2 3 1
Q9
03
R9 5 0
RJ 2 0 0
Q9 0 7
R9 4 8
C2
03
R2
09
R2
03
R6
37
RJ 3 0
R9 4 2
R9
36
RJ 3 1
R9
26
R9
33
R9 3 5
RJ 2 2
C9 2 3
R9 7 9
RJ 9 5 4
C9
21
C9
43
RJ 1 2
R9 0 3
RJ
25
L 9 0 6RJ 9 2 3
R9 2 5RJ 9 0 1
C9 6 7
L 9 0 7RJ 9 2 8
C9
22
L 9 0 5RJ 9 2 4
C9
68
R9
78
RJ
70
5C
60
1
RJ 9 6 1
R9
31
RJ 9 2 1L 9 0 3
C9
09
R9
32
R9 3 0
RJ 9 2 9L 9 0 8
RJ 9 2 2L 9 0 4
RJ
20
C9 2 4
C9
10
R9
20
R9
21
R9 1 9
R9 1 5
R9
18
R9
17
R9 3 4
C9 2 6
R9
01
R9
02
R9
60
R9
57
RJ
32
R6
38
R6
40
Q6 0 5
R6
30
R6 2 7
Q6 0 7
RJ
96
0
RJ 1 1
R9 1 3
R9 1 4
R9
76
R9
74
C9 1 2
R9
73
C9 1 1
R9 7 5
R6
33
C6
28
R6
34
R6
52
C6
29
RJ 9 0 8
RJ
60
1
R6
35
R9
69
R9
68
C5
C6
13
R6 0 8
F DC4 Z 4
37
29H-FG5RU
10 11 12 13 14 15 16 17 18 19
C2 0 3 1
R2
05
2R
20
12
R2 1 0 5
R2 1 0 4
R2
03
9
R2 0 4 1
R2 0 4 0
IC
21
01
RJ 9 3 6
R2
03
8
C2
04
7
RJ
3
R2 0 4 2
RJ
2R
J1
8
RJ
1
R9 2 4
Q2 0 0 3
C3 5 1
C3 4 9
RJ
10
RJ
16
C3 2 6
C3
69
C3 2 7
C3 6 5
C3
68
C3 6 4
C3
70
C3
67
C3
18
C3
16
C3
66
Z 3
C3
71
F DC3
R3
14
RJ
23
6R
31
3
R3
09
C3
07
R3
93
C3 0 6
R3 4 4
R3 2 0
R3 3 8
RJ 4 5 7
R1 0 3 2
C3
05
R7
60
R3
94
C3 0 3
R3 1 5
C3
08
R3
45
R3
96
C3 0 9
C7 6 7
C3
10
R3
17
R3
97
C3 1 2
C3
14
C3
11
C7 1 4
Q3
91
C3
13
R3
21
C3 1 5
C3
75
R3
04
C3
17
C3
74
R3
03
C3 1 9
C3
20
R3
22
C3
21
C3 2 2
C3
23
R3
95
C3 2 4
C3
25
RJ
90
4
RJ 1 9
C3
28
Q3
90
R3 9 2
C3 2 9
R3 5 5
C3
30
R3
05
R3
23
R3
11
Q2 0 0 2
RJ
30
9
R3 2 6
C3 3 6
C3
40
R3
29
C3 3 8
C3
37
R3
28
C3
42
C3 4 1
C3
43
C3 4 5
C3
47
C3
44
C3
46
R3
31
C3 4 8
C3
73
R3
02
C3
50
C3
72
R3
01
C3
53
R3
32
C3 5 2
C3
54
C3
56
C3 5 5
C3 5 7
RJ 3 0 7
C3
58
C3 6 0
R3 3 3
C3 5 9
C3
86
C3 0 4
C3
85
Q3 0 1
R3
19
R3 1 6
R3
51
R3
18
RJ
30
3
R9 2 3
Q9 0 1
R2 0 4 3
D2 1 0 8
D2 1 0 6
D2
10
7
RJ 2 4
R2 0 1 0
C2 0 1 2
RJ
90
9
0 0 9
0 0 8
0 0 7
RJ
60
1
R6
35
R9
69
R9
68
IC
94
6
R9 7 1
C6
45
C9
48
RJ
34
RJ
70
1
RJ
92
7
RJ 2 9
Q2 0 0 1
C2
03
9
C7
68
IC
70
4
R7
15
R7
61
RJ 2 6
C7 1 2
R5 0 2
R5 0 5
C5 1 6
R5 1 3
C5
07
R5 0 1
C5
05
R5 0 6
R5 0 9
C5 0 6
C5 0 9
C5 1 1
C5 0 8
C5 0 1
F DC1
Z 1
38
29H-FG5RU
1 2 3 4 5 6 7 8 9 10
A
B
C
D
E
F
G
H
I
J
PWB-C: FRONT UNIT
PWB-B: CRT UNIT
39
29H-FG5RU
10 11 12 13 14 15 16 17 18 19
Ref. No. Part No. ★ Description Code Ref. No. Part No. ★ Description Code
40
29H-FG5RU
10. REPLACEMENT 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. DESCRIPTION5. CODE 4. QUANTITY
å V101 VB68QCU185XFN R Picture Tube CXå L703 RCiLG0056PEZZ R Degaussing Coil ASå QEARCA023WJZZ R Grounding Strap AG
PMAGFA009WJZZ R Magnet AKPMAGG3002CEZZ R Magnet AC
Ref. No. Part No. ★ Description Code
MARK ★: SPARE PARTS-DELIVERY SECTION
PWB-A DUNTKC516WEA3MAIN Unit
TUNERNOTE: THE PARTSHERE SHOWN ARE SUPPLIED ASAN
ASSEMBLY BUT NOT INDEPENDENTLY.å TU51 RTUNQA021WJZZ R VHF Tuner AW
INTEGRATED CIRCUITSIC301 VHiTDA8922B-1 R I.C.IC501 VHiSTV9380+3ES R STV9380A AP
å IC701 VHiSTRX6757-1S R STR-X6757LF ASIC704 VHiM2883E331EY R NJM2883E33 AFIC751 VHiBA005T//-1 R BA05T AF
å IC753 VHiSE120N//-1 R SE120N AGIC946 VHiPCF8563S-1Y R PCF8563TS/F4 ALIC2031 VHiPST600C/-1+ R PST600C-2 ADIC2100 RH-iXA972WJZZQ R TDA12021H1/N1D BKIC2101 VHiBR24L32V-1Y R BR24L32FV-W AGIC2102 VHiBA00BC0W-1S R BA00BC0WT-V5 AGIC2104 VHiBA00BC0W-1S R BA00BC0WT-V5 AG
TRANSISTORSQ200 VS2SC2735//1EY R 2SC2735 ACQ202 VS2PD601AR/-1Y R 2PD601AR ABQ203 VS2PD601AR/-1Y R 2PD601AR AB
PICTURE TUBE
PRINTED WIRING BOARD ASSEMBLIES(NOT REPLACEMENT ITEM)
Q390 VSiMX1C/C//-1Y R iMX1C/C ACQ391 VSiMZ1A////-1Y R iMZ1A ACQ602 VS2SK2161++-1 R 2SK2161 AGQ603 VS2SC3198-Y-1+ R 2SC3198 AAQ604 VS2SD2646++1E R 2SD2646 AMQ605 VS2PB709AR/-1Y R 2PB709AR ABQ606 VS2SC2482//-1+ R 2SC2482 ADQ607 VSKRC103S//-1Y R KRC103S AAQ609 VS2SC3198-Y-1+ R 2SC3198 AAQ754 VS2PC1815Y+-1+ R 2PC1815Y ACQ755 VS2SC3198-G-1+ R 2SC3198-G AAQ903 VSiMX1C/C//-1Y R iMX1C/C ACQ904 VS2PB709AR/-1Y R 2PB709AR ABQ906 VSiMZ1A////-1Y R iMZ1A ACQ907 VSKRC105S//-1Y R KRC105S ABQ2002 VS2PD601AR/-1Y R 2PD601AR AB
DIODESD52 RH-EX0677GEZZY R Zener Diode ACD200 VHD1SS390++-1Y R 1SS390 ABD201 VHD1SS390++-1Y R 1SS390 ABD202 VHD1SS133++-1Y R 1SS133 AAD203 RH-EX0627GEZZY R Zener Diode AAD390 VHD1SS133++-1Y R 1SS133 AAD391 VHD1SS133++-1Y R 1SS133 AAD520 RH-EX0609GEZZY R Zener Diode AAD521 VHD1SS133++-1Y R 1SS133 AAD522 RH-EX0609GEZZY R Zener Diode AAD601 VHD1SS244//-1Y R 1SS244 AB
å D602 VHD1SS133++-1Y R 1SS133 AAD603 RH-DX0131CEZZY R Diode AC
å D604 RH-EX0641GEZZY R Zener Diode AAD605 RH-DX0302CEZZY R Diode AC
å D606 VHD1SS133++-1Y R 1SS133 AAå D607 RH-DX0255CEZZ R Diode ACå D608 RH-DXA006WJZZ R Diode ADå D609 VHD1SS133++-1Y R 1SS133 AA
D610 RH-EX0611GEZZY R Zener Diode AAD611 RH-DX0471CEZZY R Diode AED613 VHD1SS133++-1Y R 1SS133 AAD614 VHD1SS133++-1Y R 1SS133 AAD616 RH-DX0321CEZZY R Diode ACD617 RH-EX0603GEZZY R Zener Diode AAD701 RH-DX0131CEZZY R Diode ACD702 RH-DX0131CEZZY R Diode ACD703 RH-EX0656GEZZY R Zener Diode AB
å D704 RH-DX0477CEZZ R Diode AFD708 RH-DX0131CEZZY R Diode ACD709 RH-EX0618GEZZY R Zener Diode ABD712 RH-DX0066GEZZY R Diode ACD713 RH-DX0321CEZZY R Diode ACD751 RH-DXA006WJZZ R Diode ADD752 VHD1SS133++-1Y R 1SS133 AAD753 RH-DX0407CEZZY R Diode ADD754 RH-DX0475CEZZ R Diode ABD755 RH-DX0410CEZZ R Diode AGD758 RH-DX0410CEZZ R Diode AGD759 RH-EX0650GEZZY R Zener Diode ABD760 VHD1SS133++-1Y R 1SS133 AAD761 VHD1SS133++-1Y R 1SS133 AAD762 VHD1SS133++-1Y R 1SS133 AAD763 VHD1SS133++-1Y R 1SS133 AAD764 RH-EX0655GEZZY R Zener Diode ABD901 RH-DX0475CEZZY R Diode ABD903 RH-DX0279CEZZY R Diode ABD2101 VHD1SS133++-1Y R 1SS133 AAD2102 VHD1SS133++-1Y R 1SS133 AAD2103 VHD1SS133++-1Y R 1SS133 AAD2104 VHD1SS133++-1Y R 1SS133 AAD2106 RH-EX1394CEZZY R Zener Diode ABD2107 RH-EX1394CEZZY R Zener Diode ABD2108 RH-EX1394CEZZY R Zener Diode ABJA206 VHD1SS133++-1Y R 1SS133 AA
å IC702 RH-FXA003WJZZ R PC123Y82 ADR710 RH-HXA014WJZZ+ R Thermistor AD
PWB-A DUNTKC516WEA3 - Main Unit —PWB-B DUNTKC519WEA1 - CRT Unit —PWB-C DUNTKC517WEA2 - Front Unit —
Ref. No. Part No. ★ Description Code Ref. No. Part No. ★ Description Code
41
29H-FG5RU
C313 VCKYCY1HB153KY R 0.015 50V Ceramic AAC314 VCKYCY1HB221KY R 220P 50V Ceramic AAC315 VCKYTV1HF224ZY R 0.22 50V Ceramic ACC316 VCKYCY1HB104KY R 0.1 50V Ceramic AAC317 VCKYTV1HF224ZY R 0.22 50V Ceramic ACC318 VCKYCY1HB104KY R 0.1 50V Ceramic AAC319 VCKYTV1HF224ZY R 0.22 50V Ceramic ACC320 VCKYCY1HB153KY R 0.015 50V Ceramic AAC321 VCKYCY1HB221KY R 220P 50V Ceramic AAC322 VCKYCY1HB104KY R 0.1 50V Ceramic AAC323 VCKYCY1HB104KY R 0.1 50V Ceramic AAC324 VCKYTV1HF224ZY R 0.22 50V Ceramic ACC325 VCKYCY1HB104KY R 0.1 50V Ceramic AAC326 VCKYCY1HB104KY R 0.1 50V Ceramic AAC327 VCKYCY1HB104KY R 0.1 50V Ceramic AAC328 VCKYCY1HB103KY R 0.01 50V Ceramic AAC329 VCKYCY1HB331KY R 330P 50V Ceramic AAC330 VCKYCY1HB103KY R 0.01 50V Ceramic AAC333 VCFYFA1HA394J+ R 0.39 50V Mylar ACC366 VCKYTV1HF224ZY R 0.22 50V Ceramic ACC367 VCKYTV1HF224ZY R 0.22 50V Ceramic ACC370 VCKYCY1HB153KY R 0.015 50V Ceramic AAC371 VCKYCY1HB153KY R 0.015 50V Ceramic AAC374 VCKYCY1HB221KY R 220P 50V Ceramic AAC375 VCKYCY1HB221KY R 220P 50V Ceramic AAC376 VCFYFA1HA394J+ R 0.39 50V Mylar ACC377 VCEA0A1EW477M+R 470 25V Electrolytic ADC378 VCEA0A1EW477M+R 470 25V Electrolytic ADC379 VCEA0A1HW226M+R 22 50V Electrolytic ABC380 VCEA0A1EW477M+R 470 25V Electrolytic ADC384 VCEA0A1EW477M+R 470 25V Electrolytic ADC390 VCEA0A1CW477M+R 470 16V Electrolytic ACC501 VCKYCY1HB102KY R 1000P50V Ceramic AAC502 VCKYPA1HB102K+ R 1000P50V Ceramic AAC503 VCKYPA1HB102K+ R 1000P50V Ceramic AAC504 VCEA0A1EW108M R 1000 25V Electrolytic ADC506 VCKYCY1HB331KY R 330P 50V Ceramic AAC508 VCKYTV1HF104ZY R 0.1 50V Ceramic ABC509 VCKYTV1HF104ZY R 0.1 50V Ceramic ABC510 VCEA0A1EW108M R 1000 25V Electrolytic ADC511 VCKYTV1HF104ZY R 0.1 50V Ceramic ABC512 VCEA0A1VW107M+R 100 35V Electrolytic ACC513 VCFYFA1HA224J+ R 0.22 50V Mylar ABC514 VCKYPA1HB471K+ R 470P 50V Ceramic AAC515 VCKYPA1HB472K+ R 4700P50V Ceramic ABC516 VCKYCY1HB104KY R 0.1 50V Ceramic AAC517 RC-FZ0272CEZZ+ R 0.39P 100V M.Polypro ADC518 VCEA0A1HW107M+R 100 50V Electrolytic ABC519 VCEA9M1HW474M+R 0.47 50V Electrolytic ABC520 VCCCCY1HH102JY R 1000P50V Ceramic ABC521 VCCCCY1HH102JY R 1000P50V Ceramic ABC522 VCEA9M1HW106M+R 10 50V Electrolytic ABC523 VCKYCY1HB223KY R 0.022 50V Ceramic AAC524 VCEA0A1HW224M+R 0.22 50V Electrolytic ABC525 VCEA9M1HW105M+R 1 50V Electrolytic ABC526 VCQYTA1HM682K+R 6800P50V Mylar AAC527 VCQYTA1HM103J+ R 0.01 50V Mylar ABC528 VCEA0A1AW107M+R 100 10V Electrolytic ABC529 VCKYCY1HB103KY R 0.01 50V Ceramic AAC530 VCE9GA1CW106M+R 10 16V Elect, (N.P) ABC531 VCEA0A2AW225M+R 2.2 100V Electrolytic ABC532 VCKYPA1HB102K+ R 1000P50V Ceramic AAC534 RC-KZ1007CEZZ R Ceramic ACC600 VCFPFA2EB154J R 0.15 250V M.Polypro ACC601 VCKYCY1HB103KY R 0.01 50V Ceramic AA
å C602 VCFPVC3ZA223H R 0.022 1.8kVM.Polyproå C603 VCQPPC2JB473J R 0.047 630V Mylar AC
C605 VCKYPA2HB102K+ R 1000P500V Ceramic AAC606 VCKYPH3DB561K R 560P 2kV Ceramic AC
å C607 RC-KZ0106GEZZ R 3300P250V Ceramic AGå C608 VCEA4A2EN106M+ R 10 250V Electrolytic AD
C609 VCKYPA2HB102K+ R 1000P500V Ceramic AAC610 VCEA0A1EW108M R 1000 25V Electrolytic AD
å C611 VCEA0A1VW476M+R 47 35V Electrolytic ABC612 VCKYPA2HB151K+ R 150P 500V Ceramic AB
TH500 RH-HZ0004GEZZ+ R Thermistor AE
CRYSTALSå PR701 RMPTP0085CEZZ R Packaged Circuit AL
X940 RCRSB0138GEZZ R Crystal ADX2001 RCRSAA058WJZZ R Crystal AD
FILTERSSF201 RFiLCA021WJZZ R Filter AKSF202 RFiLCA020WJZZ R Filter AM
COILS AND TRANSFORMERSL51 VP-CF270K0000Y R Peaking, 27µH ABL202 VP-DF100K0000Y R Peaking, 10µH ABL203 VP-XF1R2K0000Y R Peaking, 1.2µH ABL301 RCiLPA229WJZZ R Coil AFL302 RCiLPA229WJZZ R Coil AFL503 RCiLZA029WJZZ R Coil AML504 VP-XF220K0000Y R Peaking, 22µH ABL601 RCiLZ1005CEZZ R Coil AHL603 RCiLZA053WJZZ R Coil AG
å L701 RCiLFA125WJZZ R Coil AKL751 RCiLP0179CEZZ+ R Coil ADL2001 VP-XF220K0000Y R Peaking, 22µH ABL2003 VP-MK560K0000+ R Peaking, 56µH ABL2004 VPCEM100MR70NYR Peaking, 10µH ACL2005 VPCEM100MR70NYR Peaking, 10µH ACL2006 VPCEM100MR70NYR Peaking, 10µH ACL2007 VPCEM100MR70NYR Peaking, 10µH ACL2008 VP-DF100K0000Y R Peaking, 10µH ABL2009 VP-DF100K0000Y R Peaking, 10µH ABL2010 VP-DF100K0000Y R Peaking, 10µH ABL2011 VPCEM100MR70NYR Peaking, 10µH ACL2012 VP-DF100K0000Y R Peaking, 10µH ABL2013 VPCEM100MR70NYR Peaking, 10µH ACL2014 VP-DF100K0000Y R Peaking, 10µH ABL2100 VP-DF100K0000Y R Peaking, 10µH AB
å T601 RTRNZA050WJZZ R Transformer AFå T602 RTRNFA100WJZZ R H-Volt Transformer AXå T701 RTRNWA134WJZZ R Transformer AR
CAPACITORSC51 VCEA9M1HW475M+R 4.7 50V Electrolytic ABC53 VCEA0A0JW338M R 3300 6.3V Electrolytic ADC55 VCEA0A1HW105M+R 1 50V Electrolytic ABC201 VCKYCY1HB103KY R 0.01 50V Ceramic AAC202 VCKYCY1HB104KY R 0.1 50V Ceramic AAC205 VCEA9M1HW106M+R 10 50V Electrolytic ABC206 VCEA9M1HW106M+R 10 50V Electrolytic ABC207 VCEA9M1CW106M+R 10 16V Electrolytic ABC208 VCEA9M1HW225M+R 2.2 50V Electrolytic ABC209 VCEA9M1HW225M+R 2.2 50V Electrolytic ABC210 VCKYCY1HB104KY R 0.1 50V Ceramic AAC211 VCKYCY1HB332KY R 3300P 50V Ceramic AAC212 VCKYCY1HB103KY R 0.01 50V Ceramic AAC213 VCKYCY1HB103KY R 0.01 50V Ceramic AAC214 VCKYCY1HB103KY R 0.01 50V Ceramic AAC215 VCKYCY1HB103KY R 0.01 50V Ceramic AAC216 VCKYCY1AB105KY R 1 10V Ceramic ABC217 VCEA0A1CW107M+R 100 16V Electrolytic ACC218 VCKYCY1HB103KY R 0.01 50V Ceramic AAC219 VCKYCY1HB103KY R 0.01 50V Ceramic AAC222 VCKYCY1HB104KY R 0.1 50V Ceramic AAC223 VCKYCY1HB104KY R 0.1 50V Ceramic AAC224 VCKYCY1HB103KY R 0.01 50V Ceramic AAC301 VCEA9M1CW476M+R 47 16V Electrolytic ABC303 VCKYTV1HF224ZY R 0.22 50V Ceramic ACC305 VCKYCY1HB103KY R 0.01 50V Ceramic AAC306 VCKYCY1HB331KY R 330P 50V Ceramic AAC307 VCKYCY1HB103KY R 0.01 50V Ceramic AAC308 VCKYCY1HB104KY R 0.1 50V Ceramic AAC309 VCKYTV1HF224ZY R 0.22 50V Ceramic ACC310 VCKYCY1HB104KY R 0.1 50V Ceramic AAC312 VCKYCY1HB104KY R 0.1 50V Ceramic AA
Ref. No. Part No. ★ Description Code Ref. No. Part No. ★ Description Code
42
29H-FG5RU
C613 VCCCCY1HH101JY R 100P 50V Ceramic AAå C614 VCEA0A1VW336M+R 33 35V Electrolytic AA
C615 VCKYPA2HB102K+ R 1000P500V Ceramic AAC616 VCEA0A1EW108M R 1000 25V Electrolytic ADC617 VCQYTA2AA104K+ R 0.1 100V Mylar ABC618 RC-KZ0033CEZZ R 150P 2kV Ceramic ABC620 VCKYPA1HB472K+ R 4700P50V Ceramic ABC621 VCEA0A1HW476M+R 47 50V Electrolytic ABC622 VCKYPA2HB561K+ R 560P 500V Ceramic AAC623 VCKYPA2HB272K+ R 2700P500V Ceramic ABC624 VCEA9M1HW475M+R 4.7 50V Electrolytic ABC625 VCKYPA1HB104K+ R 0.1 50V CeramicC627 RC-FZA178WJZZ R 4.7 100V M.Polypro AGC635 RC-FZ0363CEZZ R 0.56 250V M.Polypro AFC636 RC-FZ0357CEZZ R 0.22 250V M.Polypro AEC644 VCCCCY1HH102JY R 1000P50V Ceramic ABC645 VCKYCY1HB104KY R 0.1 50V Ceramic AAC701 VCKYPA1HB102K+ R 1000P50V Ceramic AAC702 RC-EZA192WJZZ R 330 400V Electrolytic AQC703 RC-KZ018JCEZZ R 0.01 250V Ceramic AC
å C704 RC-KZ018JCEZZ R 0.01 250V Ceramic ACC705 VCFYFA1HA104J+ R 0.1 50V Mylar AAC706 VCEA0A1VW106M+R 10 35V Electrolytic ABC707 RC-KZ1007CEZZ R 820P Ceramic ACC708 VCEA9M1HW105M+R 1 50V Electrolytic ABC709 VCKYPA1HB221K+ R 220P 50V Ceramic AAC711 RC-FZA097WJZZ R 820P Mylar ACC713 VCEA9M1CW106M+R 10 16V Electrolytic ABC714 VCKYCY1HB103KY R 0.01 50V Ceramic AAC717 VCFYAA2JA103K+ R 0.01 630V Mylar ACC751 VCEA0A1CW476M+R 47 16V Electrolytic ABC752 VCEA0A1EW478M R 4700 25V Electrolytic AG
å C753 RC-KZ022SCEZZ R 470P 4kV Ceramic ADC754 RC-EZA065WJZZ R 330 160V Ceramic AKC755 RC-EZA065WJZZ R 330 160V Ceramic AKC756 RC-KZ0226CEZZ+ R 180P 2kV Ceramic ACC757 VCEA0A1CW476M+R 47 16V Electrolytic ABC758 RC-KZ0120GEZZ R 150P 2kV Ceramic ACC759 VCEA0A1EW108M R 1000 25V Electrolytic ADC761 VCKYPA2HB101K+ R 100P 500V Ceramic ABC763 VCEA0A1HW105M+R 1 50V Electrolytic ABC764 VCKYPA2HB101K+ R 100P 500V Ceramic ABC765 VCEA0A1EW108M R 1000 25V Electrolytic ADC766 VCKYPA2HB101K+ R 100P 500V Ceramic ABC767 VCKYCY1HB153KY R 0.015 50V Ceramic AAC768 VCKYCY1HB104KY R 0.1 50V Ceramic AAC773 VCEA0A1HW106M+R 10 50V Electrolytic ABC904 VCKYCY1HB104K R 0.1 50V Ceramic AAC905 VCKYCY1HB103KY R 0.01 50V Ceramic AAC907 VCEA0A1HW106M+R 10 50V Electrolytic ABC908 VCKYYCY1HB104KYR 0.1 50V Ceramic AAC911 VCKYYCY1HB104KYR 0.1 50V Ceramic AAC912 VCKYYCY1HB103KYR 0.01 50V Ceramic AAC922 VCKYYCY1HB183KYR 0.018 50V Ceramic AAC923 VCKYYCY1HB183KYR 0.018 50V Ceramic AAC928 VCEA0A1CW106M+R 10 16V Electrolytic ABC930 VCEA0A1CW106M+R 10 16V Electrolytic ABC931 VCEA0A1CW477M+R 470 16V Electrolytic ACC934 VCEA0A1HW105M+R 1 50V Electrolytic ABC935 VCEA0A1HW105M+R 1 50V Electrolytic ABC937 VCEA0A1HW106M+R 10 50V Electrolytic ABC938 VCEA0A1HW106M+R 10 50V Electrolytic ABC939 VCEA0A1CW227M+R 220 16V Electrolytic ACC942 VCEA0A1HW106M+R 10 50V Electrolytic ABC948 VCCCCY1HH180JY R 18P 50V Ceramic AAC949 RC-EZ0380GEZZ R Capacitor AMC952 VCCCCY1HH681JY R 680P 50V Ceramic ABC953 VCCCCY1HH681JY R 680P 50V Ceramic ABC956 VCCCCY1HH681JY R 680P 50V Ceramic ABC957 VCCCCY1HH681JY R 680P 50V Ceramic ABC959 VCCCCY1HH681JY R 680P 50V Ceramic ABC960 VCCCCY1HH681JY R 680P 50V Ceramic ABC963 VCEA0A1HW106M+R 10 50V Electrolytic ABC965 VCKYCY1HB103KY R 0.01 50V Ceramic AAC2004 VCEA0A1CW226M+R 22 16V Electrolytic AB
C2005 VCKYYCY1HB104KYR 0.1 50V Ceramic AAC2006 VCKYYCY1HB104KYR 0.1 50V Ceramic AAC2007 VCKYYCY1HB104KYR 0.1 50V Ceramic AAC2008 VCKYYCY1HB104KYR 0.1 50V Ceramic AAC2009 VCEA9M1CW106M+R 10 16V Electrolytic ABC2010 VCKYCY1HB104KY R 0.1 50V Ceramic AAC2012 VCKYCY1HB102KY R 1000P50V Ceramic AAC2013 VCCCCY1HH7R0DY R 7P 50V Ceramic AAC2014 VCCCCY1HH7R0DY R 7P 50V Ceramic AAC2017 VCKYCY1CF224ZY R 0.22 16V Ceramic ABC2018 VCKYCY1HB104KY R 0.1 50V Ceramic AAC2019 VCEA9M1CW107M+R 100 16V Electrolytic ABC2020 VCKYCY1HB104KY R 0.1 50V Ceramic AAC2021 VCEA9M1CW107M+R 100 16V Electrolytic ABC2022 VCKYCY1CF224ZY R 0.22 16V Ceramic ABC2023 VCKYCY1CF224ZY R 0.22 16V Ceramic ABC2025 VCKYCY1CF224ZY R 0.22 16V Ceramic ABC2026 VCKYCY1HB104KY R 0.1 50V Ceramic AAC2027 VCEA9M1CW107M+R 100 16V Electrolytic ABC2028 VCKYCY1CF224ZY R 0.22 16V Ceramic ABC2029 VCKYCY1CF224ZY R 0.22 16V Ceramic ABC2030 VCKYCY1CF224ZY R 0.22 16V Ceramic ABC2032 VCEA0A1JW227M+ R 220 63V Electrolytic ACC2034 VCFYFA1HA224J+ R 0.22 50V Mylar ABC2035 VCKYCY1HB104KY R 0.1 50V Ceramic AAC2036 VCKYCY1CF224ZY R 0.22 16V Ceramic ABC2038 VCEA9M1HW105M R 1 50V Electrolytic ABC2039 VCKYCY1CF334ZY R 0.33 16V Ceramic ABC2040 VCEA9M1CW107M+R 100 16V Electrolytic ABC2041 VCKYYCY1HB104KYR 0.1 50V Ceramic AAC2042 VCKYYCY1HB104KYR 0.1 50V Ceramic AAC2044 VCKYYCY1HB104KYR 0.1 50V Ceramic AAC2045 VCKYYCY1HB104KYR 0.1 50V Ceramic AAC2046 VCEA0A1AW107M+R 100 10V Electrolytic ABC2047 VCKYYCY1HB104KYR 0.1 50V Ceramic AAC2048 VCKYYCY1HB104KYR 0.1 50V Ceramic AAC2100 VCEA0A1CW226M+R 22 16V Electrolytic ABC2101 VCKYCY1AB334KY R 0.33 10V Ceramic AB
RESISTORSJA38 VRD-RA2BE101JY R 100 1/8W Carbon AARJ10 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ11 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ12 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ15 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ16 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ18 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ19 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ20 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ21 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ22 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ23 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ24 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ25 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ27 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ32 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ33 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ36 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ37 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ38 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ40 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ41 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ51 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ236 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ307 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ457 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ501 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ506 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ701 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ901 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ904 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ909 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ921 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ922 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ923 VRS-CY1JF000JY R 0 1/16W Metal Oxide AA
Ref. No. Part No. ★ Description Code Ref. No. Part No. ★ Description Code
43
29H-FG5RU
RJ924 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ926 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ927 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ928 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ929 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ938 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ939 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ940 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ960 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ961 VRS-CY1JF000JY R 0 1/16W Metal Oxide AARJ963 VRS-CY1JF000JY R 0 1/16W Metal Oxide AAR51 VRS-CY1JF000JY R 0 1/16W Metal Oxide AAR52 VRD-RA2BE103JY R 10K 1/8W Carbon AAR53 VRS-CY1JF563JY R 56K 1/16W Metal Oxide AAR54 VRS-CY1JF101JY R 100 1/16W Metal Oxide AAR55 VRS-CY1JF101JY R 100 1/16W Metal Oxide AAR103 VRS-VV3DB123J R 12K 2W Metal Oxide AAR201 VRS-CY1JF222JY R 2.2K 1/16W Metal Oxide AAR202 VRS-CY1JF682JY R 6.8K 1/16W Metal Oxide AAR204 VRS-CY1JF222JY R 2.2K 1/16W Metal Oxide AAR205 VRS-CY1JF471JY R 470 1/16W Metal Oxide AAR206 VRS-CY1JF392JY R 3.9K 1/16W Metal Oxide AAR207 VRS-CY1JF272JY R 2.7K 1/16W Metal Oxide AAR208 VRS-CY1JF101JY R 100 1/16W Metal Oxide AAR210 VRD-RA2BE122JY R 1.2K 1/8W Carbon AAR212 VRS-CY1JF682JY R 6.8K 1/16W Metal Oxide AAR214 VRS-CY1JF222JY R 2.2K 1/16W Metal Oxide AAR216 VRS-CY1JF222JY R 2.2K 1/16W Metal Oxide AAR217 VRD-RA2BE223JY R 22K 1/8W Carbon AAR218 VRS-CY1JF223JY R 22K 1/16W Metal Oxide AAR219 VRS-CY1JF223JY R 22K 1/16W Metal Oxide AAR220 VRD-RA2BE223JY R 22K 1/8W Carbon AAR221 VRS-CY1JF181JY R 180 1/16W Metal Oxide AAR222 VRS-CY1JF471JY R 470 1/16W Metal Oxide AAR227 VRS-CY1JF680JY R 68 1/16W Metal Oxide AAR228 VRS-CY1JF102JY R 1K 1/16W Metal Oxide AAR230 VRS-CY1JF391JY R 390 1/16W Metal Oxide AAR303 VRS-CY1JF100JY R 10 1/16W Metal Oxide AAR304 VRS-CY1JF100JY R 10 1/16W Metal Oxide AAR305 VRS-CY1JF562JY R 5.6K 1/16W Metal Oxide AAR310 VRD-RA2BE562JY R 5.6K 1/8W Carbon AAR311 VRS-CY1JF562JY R 5.6K 1/16W Metal Oxide AAR315 VRS-CY1JF273JY R 27K 1/16W Metal Oxide AAR317 VRS-CY1JF562JY R 5.6K 1/16W Metal Oxide AAR320 VRS-CY1JF562JY R 5.6K 1/16W Metal Oxide AAR321 VRS-CY1JF100JY R 10 1/16W Metal Oxide AAR322 VRS-CY1JF100JY R 10 1/16W Metal Oxide AAR323 VRS-CY1JF562JY R 5.6K 1/16W Metal Oxide AAR336 VRS-VV3AB220J R 22 1W Metal Oxide AAR337 VRS-VV3AB220J R 22 1W Metal Oxide AAR339 VRN-VV3AB4R7J R 4.7 1W Metal Film AAR340 VRN-VV3AB4R7J R 4.7 1W Metal Film AAR344 VRS-CY1JF822J R 8.2 1/16W Metal Oxide AAR347 VRS-CY1JF101JY R 100 1/16W Metal Oxide AAR348 VRS-CY1JF101JY R 100 1/16W Metal Oxide AAR355 VRS-CY1JF822JY R 8.2K 1/16W Metal Oxide AAR375 VRD-RA2BE102JY R 1K 1/8W Carbon AAR376 VRD-RA2BE102JY R 1K 1/8W Carbon AAR377 VRD-RA2BE101JY R 100 1/8W Carbon AAR378 VRD-RA2BE101JY R 100 1/8W Carbon AAR390 VRN-VV3ABR22J R 0.22 1W Metal Film AAR391 VRN-VV3ABR22J R 0.22 1W Metal Film AAR392 VRS-CY1JF333JY R 33K 1/16W Metal Oxide AAR393 VRS-CY1JF103JY R 10K 1/16W Metal Oxide AAR394 VRS-CY1JF333JY R 33K 1/16W Metal Oxide AAR395 VRS-CY1JF103JY R 10K 1/16W Metal Oxide AAR396 VRS-CY1JF103JY R 10K 1/16W Metal Oxide AAR397 VRS-CY1JF333JY R 33K 1/16W Metal Oxide AAR501 VRS-CY1JF562JY R 5.6K 1/16W Metal Oxide AAR502 VRS-CY1JF123JY R 12K 1/16W Metal Oxide AAR503 VRD-RA2BE222JY R 2.2K 1/8W Carbon AAR504 VRD-RA2BE822JY R 8.2K 1/8W Carbon AAR505 VRS-CY1JF123JY R 12K 1/16W Metal Oxide AAR507 VRN-RA2BK272FY R 2.7K 1/8W Metal Film AAR508 VRD-RA2BE683JY R 68K 1/8W Carbon AA
R513 VRS-CY1JF103JY R 10K 1/16W Metal Oxide AAR514 VRN-VV3ABR82J R 0.82 1W Metal Film AAR515 VRS-VV3DB221J R 220 2W Metal Oxide AAR516 VRS-VV3DB471J R 470 2W Metal Oxide AAR518 VRD-RA2BE101JY R 100 1/8W Carbon AAR519 VRD-RA2BE101JY R 100 1/8W Carbon AAR520 VRD-RA2BE101JY R 100 1/8W Carbon AAR521 VRS-CY1JF123JY R 12K 1/16W Metal Oxide AAR522 VRD-RA2BE102JY R 1K 1/8W Carbon AAR523 VRD-RM2HD680JY R 68 1/2W Carbon AAR524 VRD-RA2BE103JY R 10K 1/8W Carbon AAR525 VRD-RA2BE102JY R 1K 1/8W Carbon AAR600 VRS-CY1JF393FY R 39K 1/16W Metal Oxide AAR602 VRS-SV2HC270J R 27 1/2W Metal Oxide AA
å R603 VRD-RA2BE101JY R 100 1/8W Carbon AAå R604 VRN-VV3AB4R7J R 4.7 1W Metal Film AAå R605 VRD-RA2EE103GY R 10K 1/4W Carbon AAå R606 VRN-VV3ABR47J R 0.47 1W Metal Film AAå R607 VRD-RA2EE103JY R 10K 1/4W Carbon AAå R608 VRS-CY1JF393JY R 39K 1/16W Metal Oxide AA
R609 VRN-VV3DB6R8J R 6.8 2W Metal Film ABå R610 VRN-VV3DBR15J R 0.15 2W Metal Film AB
R611 VRS-VV3DB332J R 3.3K 2W Metal Oxide AAR612 VRD-RA2BE101JY R 100 1/8W Carbon AAR614 VRD-RM2HD124JY R 120K 1/2W Carbon AAR615 VRD-RM2HD154JY R 150K 1/2W Carbon AAR616 VRD-RM2HD472JY R 4.7K 1/2W Carbon AA
å R617 VRD-RA2BE102JY R 1K 1/8W Carbon AAR618 VRN-VV3ABR47JY R 0.47 1W Metal Film AAR619 VRS-SV2HC102JY R 1K 1/2W Metal Oxide AA
å R620 VRD-RA2BE152JY R 1.5K 1/8W Carbon AAR621 VRD-RM2HD220JY R 22 1/2W Carbon AAR622 VRD-RA2BE394JY R 390K 1/8W Carbon AAR623 VRS-VV3AB102J R 1K 1W Metal Oxide AAR624 VRD-RA2BE184JY R 180K 1/8W Carbon AAR625 VRD-RA2BE394JY R 390K 1/8W Carbon AAR626 VRS-VV3AB562J R 5.6K 1W Metal Oxide AAR627 VRS-CY1JF394JY R 390K 1/16W Metal Oxide AAR628 VRS-KA3NG1R2K R 1.2 7W Metal Oxide ADR631 VRS-KA3NG122J R 1.2K 7W Metal Oxide ADR633 VRS-CY1JF331JY R 330 1/16W Metal Oxide AAR634 VRS-CY1JF331JY R 330 1/16W Metal Oxide AAR635 VRS-CY1JF102JY R 1K 1/16W Metal Oxide AAR636 VRS-VV3AB221J R 220 1W Metal Oxide AAR637 VRS-CY1JF563JY R 56K 1/16W Metal Oxide AAR638 VRS-CY1JF473JY R 47K 1/16W Metal Oxide AAR639 VRS-KA3NG152J R 1.5K 7W Metal Oxide ADR640 VRS-CY1JF182JY R 1.8K 1/16W Metal Oxide AAR643 VRN-VV3LB3R3J R 3.3 3W Metal Film ABR645 VRD-RA2BE473JY R 47K 1/8W Carbon AAR652 VRS-CY1JF102JY R 1K 1/16W Metal Oxide AAR654 VRS-VV3DB103J R 10K 2W Metal Oxide AAR657 VRS-KA3HG681J R 680 5W Metal Oxide ADR669 VRD-RA2BE101JY R 100 1/8W Carbon AAR671 VRD-RA2BE101JY R 100 1/8W Carbon AAR701 VRD-RM2HD100JY R 10 1/2W Carbon AAR702 VRD-RA2EE152JY R 1.5K 1/4W Carbon AAR703 VRD-RA2EE473JY R 47K 1/4W Carbon AAR704 VRD-RA2BE101JY R 100 1/8W Carbon AAR705 VRD-RA2BE102JY R 1K 1/8W Carbon AAR706 VRD-RA2BE102JY R 1K 1/8W Carbon AAR707 VRS-VV3DB104J R 100K 2W Metal Oxide ABR709 VRN-VV3DBR22J R 0.22 2W Metal Film AB
å R712 RR-HZ0014GEZZY R 12M 1W Resistor AER715 VRS-CY1JF154JY R 150K 1/16W Metal Oxide AAR716 VRN-VV3DBR22J R 0.22 2W Metal Film ABR717 VRS-VV3DB104J R 100K 2W Metal Oxide ABR751 VRD-RM2HD102JY R 1K 1/2W Carbon AAR752 VRS-VV3AB330J R 33 1W Metal Oxide AAR753 VRD-RA2EE471JY R 470 1/4W Carbon AAR760 VRS-CY1JF102JY R 1K 1/16W Metal Oxide AAR761 VRS-CY1JF103JY R 10K 1/16W Metal Oxide AAR762 VRS-VV3DB220J R 22 2W Metal Oxide AAR763 VRD-RA2BE470JY R 47 1/8W Carbon AAR764 VRD-RA2BE102JY R 1K 1/8W Carbon AA
Ref. No. Part No. ★ Description Code Ref. No. Part No. ★ Description Code
44
29H-FG5RU
R765 VRD-RA2BE102JY R 1K 1/8W Carbon AAR767 VRS-VV3DB220J R 22 2W Metal Oxide AAR768 VRD-RA2EE182JY R 1.8K 1/4W Carbon AAR769 VRD-RA2BE821JY R 820 1/8W Carbon AAR901 VRS-CY1JF000JY R 0 1/16W Metal Oxide AAR902 VRS-CY1JF103JY R 10K 1/16W Metal Oxide AAR903 VRS-CY1JF750JY R 75 1/16W Metal Oxide AAR905 VRS-CY1JF101JY R 100 1/16W Metal Oxide AAR906 VRS-CY1JF101JY R 100 1/16W Metal Oxide AAR907 VRS-CY1JF101JY R 100 1/16W Metal Oxide AAR908 VRD-RA2BE101JY R 100 1/8W Carbon AAR909 VRD-RA2BE101JY R 100 1/8W Carbon AAR910 VRS-CY1JF101JY R 100 1/16W Metal Oxide AAR911 VRS-CY1JF101JY R 100 1/16W Metal Oxide AAR912 VRD-RA2BE101JY R 100 1/8W Carbon AAR913 VRS-CY1JF101JY R 100 1/16W Metal Oxide AAR914 VRS-CY1JF101JY R 100 1/16W Metal Oxide AAR915 VRS-CY1JF000JY R 0 1/16W Metal Oxide AAR917 VRS-CY1JF103JY R 10K 1/16W Metal Oxide AAR918 VRS-CY1JF103JY R 10K 1/16W Metal Oxide AAR919 VRS-CY1JF000JY R 0 1/16W Metal Oxide AAR920 VRS-CY1JF103JY R 10K 1/16W Metal Oxide AAR921 VRS-CY1JF000JY R 0 1/16W Metal Oxide AAR926 VRS-CY1JF151JY R 150 1/16W Metal Oxide AAR928 VRD-RA2BE333JY R 33K 1/8W Carbon AAR930 VRS-CY1JF750JY R 75 1/16W Metal Oxide AAR931 VRS-CY1JF750JY R 75 1/16W Metal Oxide AAR932 VRS-CY1JF750JY R 75 1/16W Metal Oxide AAR933 VRS-CY1JF151JY R 150 1/16W Metal Oxide AAR934 VRS-CY1JF750JY R 75 1/16W Metal Oxide AAR935 VRS-CY1JF104JY R 100K 1/16W Metal Oxide AAR936 VRS-CY1JF222JY R 2.2K 1/16W Metal Oxide AAR938 VRD-RA2BE101JY R 100 1/8W Carbon AAR942 VRS-CY1JF222JY R 2.2K 1/16W Metal Oxide AAR944 VRD-RA2BE101JY R 100 1/8W Carbon AAR945 VRS-CY1JF473JY R 47K 1/16W Metal Oxide AAR947 VRD-RA2BE561JY R 560 1/8W Carbon AAR948 VRS-CY1JF473JY R 47K 1/16W Metal Oxide AAR949 VRS-CY1JF561JY R 560 1/16W Metal Oxide AAR950 VRS-CY1JF102JY R 1K 1/16W Metal Oxide AAR952 VRS-CY1JF102JY R 1K 1/16W Metal Oxide AAR956 VRD-RA2BE560JY R 56 1/8W Carbon AAR957 VRS-CY1JF331JY R 330 1/16W Metal Oxide AAR959 VRS-CY1JF223JY R 22K 1/16W Metal Oxide AAR960 VRS-CY1JF331JY R 330 1/16W Metal Oxide AAR963 VRD-RA2BE101JY R 100 1/8W Carbon AAR964 VRD-RA2BE123JY R 12K 1/8W Carbon AAR967 VRD-RA2BE333JY R 33K 1/8W Carbon AAR968 VRS-CY1JF101JY R 100 1/16W Metal Oxide AAR969 VRS-CY1JF101JY R 100 1/16W Metal Oxide AAR970 VRD-RA2BE333JY R 33K 1/8W Carbon AAR971 VRS-CY1JF562JY R 5.6K 1/16W Metal Oxide AAR972 VRD-RA2BE333JY R 33K 1/8W Carbon AAR977 VRD-RA2BE101JY R 100 1/8W Carbon AAR978 VRS-CY1JF104JY R 100K 1/16W Metal Oxide AAR979 VRS-CY1JF104JY R 100K 1/16W Metal Oxide AAR1032 VRS-CY1JF122JY R 1.2K 1/16W Metal Oxide AAR1034 VRD-RA2BE122JY R 1.2K 1/8W Carbon AAR2001 VRD-RA2BE103JY R 10K 1/8W Carbon AAR2002 VRD-RA2BE101JY R 100 1/8W Carbon AAR2004 VRS-CY1JF332JY R 3.3K 1/16W Metal Oxide AAR2005 VRD-RA2BE101JY R 100 1/8W Carbon AAR2006 VRD-RA2BE101JY R 100 1/8W Carbon AAR2007 VRS-CY1JF222JY R 2.2K 1/16W Metal Oxide AAR2008 VRS-CY1JF101JY R 100 1/16W Metal Oxide AAR2009 VRS-CY1JF101JY R 100 1/16W Metal Oxide AAR2010 VRS-CY1JF101JY R 100 1/16W Metal Oxide AAR2011 VRD-RA2BE101JY R 100 1/8W Carbon AAR2012 VRS-CY1JF101JY R 100 1/16W Metal Oxide AAR2013 VRD-RA2BE101JY R 100 1/8W Carbon AAR2015 VRS-CY1JF101JY R 100 1/16W Metal Oxide AAR2016 VRS-CY1JF101JY R 100 1/16W Metal Oxide AAR2017 VRS-CY1JF102JY R 1K 1/16W Metal Oxide AAR2018 VRD-RA2BE101JY R 100 1/8W Carbon AAR2019 VRD-RA2BE101JY R 100 1/8W Carbon AA
R2020 VRS-CY1JF101JY R 100 1/16W Metal Oxide AAR2021 VRD-RA2BE100JY R 10 1/8W Carbon AAR2022 VRS-CY1JF100JY R 10 1/16W Metal Oxide AAR2023 VRS-CY1JF101JY R 100 1/16W Metal Oxide AAR2024 VRD-RA2BE101JY R 100 1/8W Carbon AAR2025 VRD-RA2BE101JY R 100 1/8W Carbon AAR2028 VRD-RA2BE101JY R 100 1/8W Carbon AAR2029 VRD-RA2BE101JY R 100 1/8W Carbon AAR2030 VRD-RA2BE101JY R 100 1/8W Carbon AAR2031 VRS-VV3AB100J R 10 1W Metal Oxide AAR2033 VRS-CY1JF684JY R 680K 1/16W Metal Oxide AAR2034 VRS-VV3AB100J R 10 1W Metal Oxide AAR2035 VRD-RA2BE101JY R 100 1/8W Carbon AAR2036 VRD-RA2BE101JY R 100 1/8W Carbon AAR2038 VRS-CY1JF333JY R 33K 1/16W Metal Oxide AAR2039 VRS-CY1JF101JY R 100 1/16W Metal Oxide AAR2040 VRS-CY1JF101JY R 100 1/16W Metal Oxide AAR2041 VRS-CY1JF000JY R 0 1/16W Metal Oxide AAR2042 VRS-CY1JF332JY R 3.3K 1/16W Metal Oxide AAR2043 VRS-CY1JF332JY R 3.3K 1/16W Metal Oxide AAR2044 VRS-CY1JF103JY R 10K 1/16W Metal Oxide AAR2052 VRS-CY1JF332JY R 3.3K 1/16W Metal Oxide AAR2101 VRD-RA2BE563GY R 56K 1/8W Carbon AAR2102 VRD-RA2BE333GY R 33K 1/8W Carbon ABR2103 VRD-RA2BE333GY R 33K 1/8W Carbon ABR2104 VRS-CY1JF472JY R 4.7K 1/16W Metal Oxide AAR2105 VRS-CY1JF472JY R 4.7K 1/16W Metal Oxide AAR2106 VRD-RA2BE563GY R 56K 1/8W Carbon AAR2107 VRD-RA2BE101JY R 100 1/8W Carbon AA
MISCELLANEOUS PARTSFB303 RBLN-0047CEZZ R Balun ABFB304 RBLN-0047CEZZ R Balun ABFB501 RBLN-0047CEZZ R Balun ABFB502 RBLN-0047CEZZ R Balun ABFB503 RBLN-0020CEZZ R Balun AB
å FB601 RBLN-0047CEZZ R Balun ABFB602 RBLN-0047CEZZ R Balun ABFB603 RBLN-0020CEZZ R Balun ABFB702 RBLN-0020CEZZ R Balun ABFB703 RBLN-0020CEZZ R Balun ABFB751 RBLN-0020CEZZ R Balun ABFB752 RBLN-0020CEZZ R Balun ABJ905 QTANJA056WJZZ R Terminal AHJ907 QSOCDA023WJZZ R Socket AEP301 QPLGN0461CEZZ R Plug, 4pin ABP401 QPLGN0878GEZZ R Plug, 8pin(KY) AC
å P601 QPLGN0160FJZZ R Plug, 5pin(K) ADP621 QPLGN0761CEZZ R Plug, 7pin(H) ADP701 QPLGN0260CEZZ R Plug, 2pin ACP702 QPLGN0269GEZZ R Plug, 2pin(AC) ABP1001 QPLGN0761CEZZ R Plug, 7pin(CC) ADP1002 QPLGN0678GEZZ R Plug, 6pin(CA) ABP1003 QPLGN0778GEZZ R Plug, 7pin(CD) ACP1004 QPLGN0461CEZZ R Plug, 4pin(CB) ABP2100 QPLGN0661CEZZ R Plug, 6pin ADRDA602 PRDARA123WJPW R Heat Sink AFRDA604 PRDARA113WJPW R Heat Sink AF
å RDA701 PRDARA140WJPW R Heat Sink AERDA751 PRDAR5072CEFW R Heat Sink AC
å RY701 RRLYJ0089CEZZ R Relay AGTP53 QLUGP0102PEZZ R Lug AA
QCNW-D145WJPZ R Connecting Cord
Ref. No. Part No. ★ Description Code Ref. No. Part No. ★ Description Code
45
29H-FG5RU
R1511 VRD-RA2BE683JY R 68K 1/8W Carbon AAR1512 VRD-RA2BE122JY R 1.2K 1/8W Carbon AAR1513 VRD-RA2BE123JY R 12K 1/8W Carbon AA
å R1514 VRS-VV3DB221J R 220 2W Metal Oxide AAR1515 VRD-RA2EE560JY R 56 1/4W Carbon AAR1516 VRD-RA2EE560JY R 56 1/4W Carbon AAR1517 VRD-RA2EE1R5JY R 1.5 1/4W Carbon AAR1518 VRD-RA2EE1R0JY R 1 1/4W Carbon AA
å R1519 VRS-VV3DB221J R 220 2W Metal Oxide AAR1520 VRD-RA2BE102JY R 1K 1/8W Carbon AAR1521 VRD-RA2BE223JY R 22K 1/8W Carbon AAR1522 VRD-RA2BE821JY R 820 1/8W Carbon AAR1523 VRD-RA2BE471JY R 470 1/8W Carbon AAR1524 VRD-RA2BE471JY R 470 1/8W Carbon AAR1525 VRD-RA2BE152JY R 1.5K 1/8W Carbon AAR1526 VRD-RA2BE393JY R 39K 1/8W Carbon AAR1527 VRD-RA2BE182JY R 1.8K 1/8W Carbon AAR1528 VRD-RA2BE331JY R 330 1/8W Carbon AAR1529 VRD-RA2BE273JY R 27K 1/8W Carbon AAR1530 VRD-RA2BE393JY R 39K 1/8W Carbon AAR1531 VRD-RA2BE152JY R 1.5K 1/8W Carbon AAR1532 VRD-RA2BE101JY R 100 1/8W Carbon AAR1534 VRD-RA2BE221JY R 220 1/8W Carbon AA
MISCELLANEOUS PARTSFB852 RBLN-0091GEZZY R Balun ABFB1501 RBLN-0020CEZZ+ R Balun ABP851 QTIPM0083CEZZ R Tip, 1pin ABP852 QTIPM0083CEZZ R Tip, 1pin ABP854 QPLGN0261CEZZ R Plug, 2pin ABP855 QPLGN0761CEZZ R Plug, 7pin(H) ADP860 QPLGN0878GEZZ R Plug, 8pin(KY) ACRDA851 PRDAR0248PEFW R Heat Sink AFRDA1503PRDAR0083PEFW R Heat Sink ADRDA1504PRDAR0083PEFW R Heat Sink AD
å SC851 QSOCVA005WJZZ R Socket, 12pin AE
PWB-C DUNTKC517WEA2FRONT Unit
INTEGRATED CIRCUITSIC4401 VHiKIA358P+-1 R KiA358P AD
å IC4701 VHiMIP0254/-1 R MiP0254SPSCF AL
TRANSISTORSQ4001 VS2SA1266-Y-1+ R 2SA1266-Y AAQ4002 VS2SC3198-Y-1+ R 2SC3198-Y AAQ4003 VS2SC3198-Y-1+ R 2SC3198-Y AAQ4004 VS2SC3198-Y-1+ R 2SC3198-Y AAQ4005 VS2SC3198-G-1+ R 2SC3198-G AAQ4006 VS2SC3198-G-1+ R 2SC3198-G AA
DIODESD4001 RH-PXA036WJZZ R PhotoDiode ADD4002 RH-PXA036WJZZ R PhotoDiode ADD4003 RH-PX0037PEZZ R PhotoDiode ADD4301 VHD1SS133++-1Y R 1SS133 AAD4401 VHD1SS133++-1Y R 1SS133 AAD4402 VHD1SS133++-1Y R 1SS133 AAD4701 RH-DX0407CEZZY R Diode ADD4706 RH-EX1329CEZZY R Zener Diode AD
å D4707 RH-DX0083GEZZ R Diode ACå IC4702 RH-FXA003WJZZ R PC123Y82 AD
R4702 RH-HXA014WJZZ+ R Thermistor AD
PACKAGED CIRCUITå VA4701 RH-VX0073CEZZ R Varistor ADå ACC4701QACCZA019WJPZ R AC Cord AH
COIL & TRANSFORMERå L4701 RCiLFA106WJZZ R Coil AE
L4903 RCiLP0195CEZZ+ R Coil ACå T4701 RTRNZ0190PEZZ R Transformer AH
PWB-B DUNTKC519WEA1CRT Unit
INTEGRATED CIRCUITIC851 VHiTDA6107A-1 R TDA6107AJF/N1 AK
TRANSISTORSQ1501 VS2SC3198-Y-1+ R 2SC3198-Y AAQ1502 VS2SA1266-Y-1+ R 2SA1266-Y AAQ1503 VS2SA2005++1E R 2SA2005 AEQ1504 VS2SC5511++1E R 2SC5511 AEQ1505 VS2SC3198-Y-1+ R 2SC3198-Y AAQ1506 VS2SC3198-Y-1+ R 2SC3198-Y AAQ1507 VS2SC3198-Y-1+ R 2SC3198-Y AAQ1508 VS2SC3198-Y-1+ R 2SC3198-Y AA
DIODESD851 RH-DX0220CEZZY R Diode ABD852 RH-DX0220CEZZY R Diode ABD853 RH-DX0220CEZZY R Diode ABD854 RH-DX0220CEZZY R Diode ABD855 RH-DX0220CEZZY R Diode ABD856 RH-DX0220CEZZY R Diode ABD1501 VHD1SS133++-1Y R 1SS133 AAD1506 VHD1SS133++-1Y R 1SS133 AAD1507 VHD1SS133++-1Y R 1SS133 AAD1508 RH-DX0487CEZZY R Diode ACD1509 RH-DX0487CEZZY R Diode AC
CAPACITORSC851 VCFYSB2EB823J R 0.082 250V Mylar ADC852 VCEA0A2EW106M+R 10 250V Electrolytic ADC853 VCKYPA2HB221K+ R 220P 500V Ceramic ABC854 RC-KZ018JCEZZ R 0.01 AC250VCeramic ACC855 VCKYPA2HB221K+ R 220P 500V Ceramic ABC857 VCFYSB2EB823J R 0.082 250V Mylar ADC858 VCQYTA1HM104J+ R 0.1 50V Mylar ABC859 VCEA0A2AW106M+R 10 100V Electrolytic ACC1501 VCEA0A1EW476M+R 47 25V Electrolytic ABC1502 VCKYPA1HF103Z+ R 0.01 50V Ceramic AAC1503 VCKYPA2HB472K+ R 4700P500V Ceramic ABC1504 VCKYPA2HB472K+ R 4700P500V Ceramic ABC1505 VCKYPA1HF103Z+ R 0.01 50V Ceramic AAC1506 VCKYPA1HF103Z+ R 0.01 50V Ceramic AAC1507 VCEA0A1EW476M+R 47 25V Electrolytic ABC1508 VCCSPA2HL560K+ R 56P 500V Ceramic AAC1510 VCEA4A2CN106M+ R 10 160V Electrolytic ACC1511 VCEA0A1EW476M+R 47 25V Electrolytic ABC1512 VCQYTA1HM822J+ R 8200P50V Mylar AAC1513 VCQYTA1HM103J+ R 0.01 50V Mylar ABC1514 VCKYPA1HB391K+ R 390P 50V Ceramic AAC1515 VCQYTA1HM103J+ R 0.01 50V Mylar ABC1516 VCQYTA1HM104K+R 0.1 50V Mylar ACC1517 VCKYPA2HB102K+ R 1000P500V Ceramic AAJB311 VCKYPA2HB102K+ R 1000P500V Ceramic AA
RESISTORSR851 VRD-RM2HD101JY R 100 1/2W Carbon AAR852 VRD-RM2HD101JY R 100 1/2W Carbon AAR853 VRD-RM2HD101JY R 100 1/2W Carbon AAR854 VRC-MA2HG152KY R 1.5K 1/2W Solid AAR855 VRC-MA2HG152KY R 1.5K 1/2W Solid AAR856 VRC-MA2HG152KY R 1.5K 1/2W Solid AAR858 VRS-SV2HC100J R 10 1/2W Metal Oxide AAR861 VRD-RM2HD224JY R 220K 1/2W Carbon AAR863 VRD-RA2BE221JY R 220 1/8W Carbon AAR864 VRD-RA2BE221JY R 220 1/8W Carbon AAR865 VRD-RA2BE221JY R 220 1/8W Carbon AAR1503 VRD-RA2BE222JY R 2.2K 1/8W Carbon AAR1504 VRD-RA2BE100JY R 10 1/8W Carbon AAR1506 VRD-RA2BE820JY R 82 1/8W Carbon AAR1507 VRD-RA2BE820JY R 82 1/8W Carbon AAR1509 VRD-RA2BE122JY R 1.2K 1/8W Carbon AAR1510 VRD-RA2BE683JY R 68K 1/8W Carbon AA
Ref. No. Part No. ★ Description Code Ref. No. Part No. ★ Description Code
46
29H-FG5RU
CAPACITORSC4001 VCEA0A1HW476M+R 47 50V Electrolytic ABC4002 VCKYPA1HF103Z+ R 0.01 50V Ceramic AAC4372 VCEA0A1CW106M+R 10 16V Electrolytic ABC4373 VCEA0A1CW106M+R 10 16V Electrolytic ABC4376 VCKYPA1HF103Z+ R 0.01 50V Ceramic AAC4378 VCEA0A1CW106M+R 10 16V Electrolytic ABC4380 VCEA0A1HW105M+R 1 50V Electrolytic ABC4381 VCEA0A1HW105M+R 1 50V Electrolytic ABC4401 VCQYTA1HM104K+R 0.1 50V Mylar ACC4701 RC-FZA097WJZZ R 0.22 AC250VM. Polypro ACC4702 VCKYPA2HB221K+ R 220P 500V Ceramic AB
å C4703 VCEA0A2GW475M R 4.7 400V Electrolytic AEå C4704 VCQYTA1HM104K+R 0.1 50V Mylar AC
C4705 RC-KZ016SCEZZ R 470P 4kV Ceramic ADC4706 RC-EZA160WJZZ R 470 16V Electrolytic ACC4707 RC-KZ0069GEZZ R 47P 2kV Ceramic ACC4710 VCEA0A1CW476M+R 47 16V Electrolytic ABC4913 VCKYPA1HB102K+ R 1000P50V Ceramic AAC4916 VCKYPA1HB102K+ R 1000P50V Ceramic AAC4922 VCEA0A1HW106M+R 10 50V Electrolytic ABC4924 VCEA0A1HW106M+R 10 50V Electrolytic AB
RESISTORSR4001 VRD-RA2BE221JY R 220 1/8W Carbon AAR4002 VRD-RA2BE331JY R 330 1/8W Carbon AAR4003 VRD-RA2BE681JY R 680 1/8W Carbon AAR4004 VRD-RA2BE152JY R 1.5K 1/8W Carbon AAR4005 VRD-RA2BE472JY R 4.7K 1/8W Carbon AAR4006 VRD-RA2BE152JY R 1.5K 1/8W Carbon AAR4008 VRD-RA2BE223JY R 22K 1/8W Carbon AAR4009 VRD-RA2BE103JY R 10K 1/8W Carbon AAR4010 VRD-RA2BE470JY R 47 1/8W Carbon AAR4011 VRD-RA2BE223JY R 22K 1/8W Carbon AAR4013 VRD-RA2BE103JY R 10K 1/8W Carbon AAR4021 VRD-RA2BE181JY R 180 1/8W Carbon AAR4022 VRD-RA2BE223JY R 22K 1/8W Carbon AAR4023 VRD-RA2BE103JY R 10K 1/8W Carbon AAR4024 VRD-RA2BE473JY R 47K 1/8W Carbon AAR4025 VRD-RA2BE472JY R 4.7K 1/8W Carbon AAR4026 VRD-RA2BE331JY R 330 1/8W Carbon AAR4028 VRD-RA2BE392JY R 3.9K 1/8W Carbon AAR4031 VRD-RA2BE392JY R 3.9K 1/8W Carbon AAR4033 VRD-RA2BE181JY R 180 1/8W Carbon AAR4359 VRD-RA2BE102JY R 1K 1/8W Carbon AAR4369 VRD-RA2BE680JY R 68 1/8W Carbon AAR4370 VRD-RA2BE680JY R 68 1/8W Carbon AAR4371 VRD-RA2BE682JY R 6.8K 1/8W Carbon AAR4372 VRD-RA2BE682JY R 6.8K 1/8W Carbon AAR4373 VRD-RA2BE151JY R 150 1/8W Carbon AAR4374 VRD-RA2BE151JY R 150 1/8W Carbon AAR4375 VRD-RA2BE101JY R 100 1/8W Carbon AAR4376 VRD-RA2BE273JY R 27K 1/8W Carbon AAR4377 VRD-RA2BE101JY R 100 1/8W Carbon AAR4378 VRD-RA2BE273JY R 27K 1/8W Carbon AAR4380 VRD-RA2BE104JY R 100K 1/8W Carbon AAR4381 VRD-RA2BE104JY R 100K 1/8W Carbon AAR4401 VRD-RA2BE101JY R 100 1/8W Carbon AAR4402 VRD-RA2BE224JY R 220K 1/8W Carbon AAR4403 VRD-RA2BE393JY R 39K 1/8W Carbon AAR4404 VRD-RA2BE105JY R 1M 1/8W Carbon AA
å R4701 VRC-UA2HG275KY R 2.7M 1/2W Solid ACå R4703 VRW-KP3HC330J R 33 5W Cement AD
R4912 VRD-RA2BE103JY R 10K 1/8W Carbon AAR4914 VRD-RA2BE103JY R 10K 1/8W Carbon AAR4921 VRD-RA2BE750JY R 75 1/8W Carbon AAR4923 VRD-RA2BE750JY R 75 1/8W Carbon AA
SWITCHESS4001 QSW-K0079GEZZ+ R Switch, MENU ABS4002 QSW-K0079GEZZ+ R Switch, VOL. UP ABS4003 QSW-K0079GEZZ+ R Switch, CH. DOWN ABS4004 QSW-K0079GEZZ+ R Switch, CH. UP ABS4005 QSW-K0079GEZZ+ R Switch, VOL. DOWN AB
å S4701 QSW-P0612CEZZ R Switch AG
MISCELLANEOUS PARTSFB4701 RBLN-0094GEZZY R Balun AB
å FB4702 RBLN-0094GEZZY R Balun ABå FH4701 QFSHD1013CEZZ+ R Fuse Holder ACå FH4702 QFSHD1014CEZZ+ R Fuse Holder ACå F4701 QFS-CA003WJZZ R Fuse, 5A 250V AC
J4301 QJAKJ0101SEZZ R Jack AEJ4901 QJAKG0023WJZZ R Jack AEJ4902 QSOCDA023WJZZ R Socket AEP4001 QPLGN0678GEZZ R Plug, 6pin(CA) ABP4002 QPLGN0461CEZZ R Plug, 4pin(CB) ABP4003 QPLGN0761CEZZ R Plug, 7pin(CC) ADP4004 QPLGN0778GEZZ R Plug, 7pin(CD) AC
å P4701 QPLGN0269GEZZ R Plug, 2pin ABP4702 QPLGN0269GEZZ R Plug, 2pin(AC) ABRMC4001 RRMCUA024WJZZ R Remote Receiver AG
Ref. No. Part No. ★ Description Code Ref. No. Part No. ★ Description Code
47
29H-FG5RU
CABINET PARTS
PACKING PARTS
SPAKCB585WJZZ - Packing Case —SPAKXA414WJZZ - Buffer Material —SSAKA0031PEZZ - Polyethylene Bag —SSAKH0018PEZZ - Wrapping Paper —TLABKA008WJZZ - Label —
1 CCABAA689WEV0 R Front Cabinet Ass’y AC1-1 Not Available - Front Cabinet —1-2 HDECQA377WJSA R LED & R/C Dec. AD1-3 GDORFA083WJSB R Door AH1-4 HBDGB3141CESA R SHARP Badge AG1-5 HiNDPA805WJSA R Indication Plate (In door) AD1-6 JBTN-A348WJKA R Power Button AD1-7 MSPRC0005PEFW R Power Button Spring AB1-8 MSPRPA003WJFW R Spring For Door AB1-9 PSPAGA026WJZZ R Door Spacer x2 AB1-10 GCOVHA045WJZZ R Tweeter Cover x 2 AC2 CCABBA438WEV0 R Rear Cabinet Ass’y BL2-1 Not Available - Rear Cabinet —
1-10 1-101-8
1-9 1-9
2-12
1-7 1-6 1-5
1-4
1-31-2
1-11
ACCESSORIESRRMCGA271WJSA R Infrared Remote Control AR
UnitTiNS-B442WJZZ R Opearation Manual AK
VSP2204PB048A R Speaker ATQCNW-C625WJPZ R Connecting Cord AFQCNW-C627WJPZ R Connecting Cord AGQCNW-C628WJPZ R Connecting Cord ADQCNW-C629WJPZ R Connecting Cord AEQCNW-C630WJPZ R Connecting Cord AFQCNW-C631WJPZ R Connecting Cord AGQCNW-C754WJPZ R Connecting Cord AFQCNW-D348WJPZ R Connecting Cord AM
MISCELLANEOUS PARTS
SUPPLIED ACCESSORIES
48
29H-FG5RU
FM AntennaWrrantty Card
* Sensor label
Infra Red Remote
MARK *: Non-replaceable items
*Buffer Material
* Packing Case
FIX THE PACKING CASEUSE 22 STAPLES
Operation Manual
* Wrapping sack
control unit
PACKING OF THE SET
49
29H-FG5RU
29H-FG5RU
COPYRIGHT © 2004 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
TQ1830-SDec. 2004 Printed in Japan
In Japan gedruckt
MY. KY
Design and Production InformationDesign : SEMProduction : SREC