JVC RC-XC3BK - 12. Standard Schematic Diagram

RC — XC3BK B/E/EN/G/GI RC — XC3BK B/E/EN/G/GI
1
2
3
4
5
6
7
8
9
10
HCD
Amplifier
Circuit:
;
No.
VD
00
-
=
71
SSS
S655
SS
Drawing
No.
VDH1001
-
)
Bs
g
i
geerss
a
ee
101
CV
©
gh
BLO
7gMa
i
5
|
TP6O5
33
ta)
iRcn)
as
oa
“
sie
3
[es
x
DY
TP60S
TP6O4
foytey
=
3
3
Peete
sagt
no
Gy
44
itch)
tas)
o>
©
aes
A7K
.
6)
&
§
,
}
A,
R672
6
z
¥
i
a8
T
Esra
8
2
o
t
A
x
I
I
4)
GNO
a3
@)]
ac
x
|
8
A
x
1
Q
pied
a
oT
—
HS
L
Z
5
ra
a4
4
+8
Be
“~oO
<4
S
+8
|
2
Tenses
eae7say
gas
®
|
os
7
6
284
8
|
&
ase
z
os
7
#
TP602
L.
<rmeoooe
3
(+8)
in
—
—
|
8)
Vee
s
©
B
es
6
oO
4.8V
4
ES
Ss
rs
i]
44
13
As
i)
> A
E
LOW
PASS
FILTER
eS
|
ie,
020
4060
BO
1
12
14
[LONSO!
EMv7
144-015
4
7
|
Oo
O
2)
6)
(e)
CNEO2
VMCO04
1-003
|
fea
s|2}e|2|2i8
3
|
T
.
|
|
|
a
Dy
|
e501
|
A
kc}
a
TP6O1
NN
|
S|
8
|
oo
(06)
3
|
$001 ESB1105-005
a
3
S
a
+8
:
8]
6
roy
3
?
S
Zz
MOO
»
£4067S3-001
Sage
835
*
SHoOns, 2
%
g
g
as
ese
x601
5
a
6
2
Moo@
+
£406789-001
Slo
aga
+]
o
ae
ola
8
T
8
3504
2
a)
3
B35
|
tals
-
s
$
+
|
ts)
x
ole
Ss
°
“ ge
g
<8
=
BR
g
=e
uex
i
0.04
Ean]
gsc
a
HES
OCA)
(3€9)
|
:
Ver
a‘
Bw
Sse
eSesestizs
3s|
3
bal
ce12
615
33k
:
a
|g
2
3)
8
0.01
dba
4)
voor
BRSeSHSE
Ble
Ss
GNDA
(1
TPEO3
2
of
Fy
% xz
ee
Soe
2263)
LPFO
Ro
3
an
©
|
+
7B
B38
ao
020047,
eid
aera
~
EEN:
for
3
4
Tr
gq
og
&
as
Yi
1
:
C614
-
)
TMAX
voa
(4
—
5
a
OB
47K
220K
2
RS
ong
Te
BSE
few
cse2
é MOO1
Moga!
i
>
c
pees
O}seaz
BS
A716
0581
SPINE
FEED
as
o
3
(vref)
POCNT
Lo
G
og
0581
oc
MOTER
MOTER.
x
3
i}
B
$s
L—68)
voDA
Tc601
GDA
(7
+
Bey
w
cad
643625
al
>
8
soy
:
2
89
0T801
TC9284AF
TESTIS
5V_REGULATOR
ase:
8
mie
DS. css
1.0
;
m
—
8
Tse
‘4
|
g
t
1k
|<
BQMONIT
1c6284BF
TESTA.
1"
33%
|
—_
z
—
—
+
*
+
oTsc2
TESTS(0)
Fees
[
|S
2)
GNDA
{CHIP
PROCESSER
SBOK
()>
°Y
pnp
el
4
AFI
(4BIT
Dac)
vooo
(1
BS
+ 2
i
|
VREF
GNOD
@
°
i
E
(Te)
A542
AS41
cae
i
S nhl
as
«
|
©
ew
=
Gao
261)
AFAP
(BOTTOM
VIEW)
Buso
(14)
QOOORoOO
7X
XS
XaXaXeXt
ix
D358
Pec
oe
24166)
sBAD
Busi
G
im
9
3
|
WS
5
aan,
G
&
&
4
(4
ae +
4
=
a
aise
q
#
&
A545
g
>...
[A518’""3-3m
a
May
Buss.
4
Fa
i
4
$
iS
3
C546»,
0.022
F
yo,”
TP50
FEB
“asia
Bie
?
eI CCE
tt
ig
r ;
a
ede
6)
FEL2
Buck
((
al
lS
a
o
OSES
K+
FEL1
PFCK
@0)
e605
3
2
>
oa
0.039}
820
&
C521"
330P Sete
coat
Gad
ge
108K
oy
2
0.04
|
saa
ior
@
a
CSE
1
ne
io
suse
3
9
545
L
ia
aay
g
IRSS3
a
:
“
820
@
re
SeTaTe
@
qt
64)
v~av?
Be
SSsS 3595
cLck
65
"
Inss2.
5. Gk
7s
read
VEE
Ese
ER
EY
gd
:
41/50
nse:
C522
cs99
FaoREe
PEPPER
mess
|
eel
caee
1
100/10
5
IMIS
INEIA
=
he
150k
0.047
Auey
Fy
Feces
y
5 27k
g|o
|
aez
38.
|
:
2
ash
defo
del
[ade]
ct.
4
|
Bea
TS205
“PFso
C523,
33710
qf
dc
i
ce
s
re
e
+)
coke}
+
aoe
>
|
9591
+
Ge
avi
COSC
“Asag’”’S.
6x
3
A565
an
+
3|x
T
ox
m
x
ee
43
26
8
68k
as
C
als
BO
ge
83
evi
OSCI
asa5’.
“4.
7k
os
Fal
aa
rv
ge
asx
= hal
a
3s
6.
+a
BSk ays
c607
=
|
VR
GND
ass
8 8
ore
O.4
&
=
a
Tv
6.
6
P31
8
2
ele
3
ig
se
>
>
a
+
_
=
>
ye
A
fi
m
are
qa
waza
[$
-@
=o
2/6 = {3
iva
T
XAST
|
eS
CECE
CEE
@
2
2
CB
é
se
®
|
Buck
+
)
QD
jee
IC501
Tas191F
A533 15k
<8
a
|
uss
|
FOCUS.
TRACKING
SERVO
LSI
~|
9
bo
®
|
euse
0
be
(BOTTOM
VIEW!
os
©
|
Bus:
2
BUSO
3
593
9.1
piel
|
a
+
+
+
+
+
@
|
REST
9)
SAFETY
>
e
|
+
Qs
ol
i
TPSOS
“”
al
|
é
|
Fe)
O—+
l
=
|
VMW
1364
i
a
a
a
a
es
in
Se
ee
ee
ee
et
a
NOTES.
1.
VOLTAGES
ARE
OC-MEASURED
WITH
A
DIGITAL
VOLT
METER
IN
PLAYBACK
2.
UNLESS
OTHERWISE
SPECIFIED
RESISTORS
ARE
1/GW
5%
CARBON
RESISTOR.
ALL
RESISTANCE
VALUES
ARE
IN
OHM(Q).
F
4
.
:
ALL
CAPACITORS
ARE
CERAMIC CAPACITOR
OR
MYLAR
CAPACITOR
CD
Digital
signal
line
ALL
CAPACITANCE
VALUES
ARE
IN
»
F(P=pF
1.
0501
;
ALL
TNOUCTANCE VALUES
ARE
IN
s#Him=mH).
ose!
eSags2i(L.
Kk)
cD
Analoge
signal
line
ALL
E.CAPACITORS
ARE
SHOWN
IN
THE
FORM
OF
CAPACITANCE
{sf
!/NATED
VOLTAGE
{Vv}.
@591
1
{
1
(CE
UNFLAMMABLE.
CARBON
RESISTOR
2SA13091A.S)
OR
2SA1175/HFE]
OR
2S5A933S(RS
(@® METAL FILM RESISTOR + +B Lane
(RD OXIDE METAL FILM RESISTOR
CD #20% LOW LEAK CURRENT ELECTROLYTIC CAPACITOR
(@® NON-POLARISED ELECTROLYTIC CAPACITOR
(© POLYPROPYLENE CAPACITOR
@5
POLYSTYAOL
CAPACITOR
Fig.
12-4
Note + VDH1001101CV (No. 1991) 70