Denon DCD-660 - Schematic Diagram; Overall Circuit Diagram

SCHEMATIC DIAGRAM DCD-660
1 2 3 4 5 6 7 8 } 9 10 | 11
5V
coRD"O" coRD't"
OV
--
\.Imsec
2.Imsec
IG v10G ae
LOADING
a
BRS
2U-
2081A/2082B/2082C
__
MAIN
UNIT
is
.
PICK
UP
ee:
”
-32V
Peaaare
aN
a a .8m . 3msec
sec
OFF an cae
Par Te i Nee deals e bcd ls G beabdbedealts|0 ll se Mos pa) leg
” |
CB203
in
ere
|
35/34/33]
32/31/30/29|/28]27|26]25]24]23]
22]
21/20
i?
14/13
[12
7/6/5]4]3]e
Sr
88
0.1
“
f
ay
ve
re
2>
_
a
5
x
k
ras
a
2
e
fs
4
A
A
AOA
AUA
ras
S
a
a)
y 2
ae!
Se
=
Europe
and
U.K.
5
o
FPXSRAESR
SUVS
etst
wa
2
Model_Only
_
pa
.
i
2
ee
aie
YY
S
YY
LJ
J
|
oO
\
:
i
ae
|
if
1!
:
|
J
)
:
R218
:
|
oS
SS
SS
a
OK
I8
~~
229
:
JUMPER
SW.
SCOR
»>——V
|
IC104(1/2)
li
On
|
BAIS5218P
l
i
ares
=<s
>
:
C201
“
|
R245],
|!
—tHe-
PLAY
D202
m
|
M50959
|
@)
6)
4.7k
!
|
136
psec
MD2
|
R230
15k
te
B
} ~y
i
BB
Be
ol
FIPIOTMG
E
|
fo}
é
-
|
O
a-©
ge
|
!
re
s
=
CHESESENEVEIESIENSSESEICICNSE
NEO
IBS
ANASESIAET}
ELA
NADENGISGHECASS
Da
2U-2067A-2/2084-2
=
NA
=
—
Q
|
om
tli
lok
SOS
CSS
SSSS
SHFGDHZOBEBGGSTHRSOL
SY
POWER
SW
UNIT
of
||
PLAY: OV
eos
oO
26°7
7
|
”
1C202
-
X200
STOP:
5V
CLOSE:OV
OPEN:OV
CLOSE:OVu
Y
!
OPEN:
OV
EEL
:
|
\
€X02500Q
18.9344MHz
Europe
and
U.K.
D203
rf
a
wi
OTHER!S5V
OTHER:SV
=
OTHER:
>
/
OTHER:
5V
|
it
ey
q
Model
only
2
1SS270A
a
ae
ee
_<Foaahz
a
ee
Gl
G2
G3
64
65
G6
G7
ca
|
wv
Ht
wel
z R246
;
.
3
Sa
7R0°
C8
2558
=
S Exezo
==
a
O20
oO.
|
(esea
ices
a
PLAY
:
|
fl
aay
224
=20223
y
Pan
CaGus
ho
Ge
qug
eas
aie
ono
Sx
kx
S+5
p601¥
0602
rea
w}
D604¥
0605
0606¥,
0607
W
0608
at
4HCTOGAP
J
OI
:
oe
p
p
cr
Pa
=
pn
ad
7
‘i
L.
_.
_
__
TeTaHc
Bie
Od
ae
eee
:
STOP:0V
544
y sec
L
Z=
:
Oe
ee
ONIOKI
ANILINE
DedeNeAeSI24
pereneoeoanse
IS2076A
|
aq
}
PEAK
un é
a
3
ee
Dont
employ
for
aa
a
i
4
|
a
=
|
.
|
x
|
oS
a}
Find?
Ha]
,
{3
}
5X
CC605
POWER
SW
Europe
and
U.K
5
__12]
a
l
r
pusiees:
3
ia
i
I
i
cc604
ON
+>
OFF
I
fee
~
Model
3
22
PROG
7
ae
R240
r
pote
ON/OFF
>
|
|
|
|
1
PP}
E
5b)
FADER
9
5
/DIRC
2
=
Rede
|
S210
RAO
Law
w
!
sisisisiaisis!
slsl
slats
|
Sales
ele
ee
ees
||
|
8]
[8
2U-2084-3_H/P
JACK
it
am
eS 2
R751
22
TON
ES
[-
?
aa=|
2
.
ae
if 3 a
2U-2067A-3
UNIT
call
apo
BV
|
oho
bk
Jo}ofoley.
=P]
w
bebh
——4|
SIDE
ROOT.5S,
=
,
>
ae
C7I6
56p
OF
FOOT
OCI-}o
oO
Je
—
J-]—
f
1
A/B
i
ee
4
|
0.0015
Teo
4}
|
oh
ele
©
&
y
a
&
My
&
pan
d<4
et
/TIME
8
4
REPEAT
|
beled
idol
|
H.P
‘i
0.01
iL
}—4
jos
|
|
S|
eb]
eb
eb
L
tel
HACK
borer
--|-—-—-—-—-—-—
—
—w——|—
=
an
Biel
ne
race
o~
O-*
0
O-*»
Weel
casal
R252
Ik
i
aa
ne
LV
Pm
TREOO
TF
0.7ysec
a
a
100P
T
R215
10k
|
|
VR6OI
{(e-
3
3
WPOE
100/6.3
1C705
=|
pe
ot
+
|)
cot
7
ASPACE|
0
Wy
3
is
0.5V
=
~
/2)
4.3k
45
Bere
|
oH
oH
oo
y
5
g
;
O~20psec
se
i
LT,
i
i
if
{
e
CC606
ck
ULL
ia
‘\
R608
8clocks
oy
'
|
rico
Dont
employ
for
2U-2067A-1/2084-|
at
Brae
4,23MHz
Europe
and
U.K.
Model
KEY
DISPLAY
UNIT
2SD1504
x2
EARTH
ai
Dont
employ
for
ooh
pe(7)
30k
Europe and
U.K.
Model
=
WR
OUT
i
=
:
:
Cl4t 100p
a
E
4t
Si
CBIO5
(:BC368)
R743
-38V
—
C710
R720
PLAY
\V
WW
E
ivpep
(WHT)
TRIOS
R159
R750
c720
1oCe
=
4-3k
1€301
100/16
680
DRIVE
:2.4V
280468
9k
22
TC74HCU04
AP
ee
L
BRAKE:
-2.4V
(test
18/6
{:PC74HCUO4P
)
R305
+
“-(2)
8/4
URC
rs
Bh
S6
ue
“PF
We
a
LRCK
Ix
C302
OUTPUT
OUT
OM
oe
eee
ee
eer
T
3001e
(4)x!
oatar@
|
BCK
ar
(5)
voo
Vss
(4)
sues
Se
segs.
ELE
OEO
CE
EININ
%
We i
immense
Bete
R
!
2»
IC
702
C7)
t
sae
SPINDLE
1C103
ik
JN
3
(6)
BCK
©
Bcko(3
BAI52/8P
100/16
£680
PY
DRIVE
BAI5218P
DATA.
pe
(7)
DATA
ATTO
(12)-~«
FOATA
(:
RC4558)
R725
ry,
(:RC4558)
R302
Ik
a7
RTO?
my
8)
J
(8)
LRCK
CLK
FCLK
2501504
CBIO4
Fe
LRCK
>
ON
LAO
FLAT
SL)
TRI
GBC3eay
R!5!
R303
2$D468
18k
R144
Ik
1300
130k
.
CX0255IM
Ne
AM
— 1
4
OPEN
>
if
4
g
x
258562
aM
(CLOSE
>
seeded
G8C369)
LOADING
"30k
L
CLOSE
:~2.8V
ae
RI43+
SRI42
R148
1104
(2/2)
=
ae
el
[sks
‘i
ee
68k
BAI5218P
2
PLAY :5V R12
Rilo STOP, SCRATCH 560k
27k DETECTION :OV
vie
OPTICAL PICK UP
KSS -I50A
33k x4
CBIOI 1000p x4
WHT)
Cl06 RIG IC703(1/2)
0,0033
7,5k
BAI5218P
(:RC4558)
cCiol
[2
J ae
2
C130
1c102
=
ra
VRIO4
RII3
T560p
CXAI372S
20k 10k
AW AM
RI66 100k Fla OTe
RIG7 56k RII [ ate (2) TOFCT
10x
39k
0.
WM
8)
FZC
?
>pim ionic
0501 ~504
ISRI39
RIOO
‘k
[TT * Te To]
TITTTe ees
illo] =]e fel aye
Qb A
2) Oo
Cl27 0.0033
LASER >
x
. CI38 C137
!
{
+ : 0501
+= (ea ClO! bes i) Gilat : cid, 0.1 | > wm £503 C505
F 3.3/50 clos 6.047 r_s +) 220/16
es RIO2 : al by ree HE , 7) — OV
0.5v1.5V |. CBIO3 ee ae =e cll (8) Riles cecil
OCU ge ae case ov "FOCUS (WHT) C088 (3) RII9= of ,/| 2 IC501
a fo ory wana Ft re] _e (9) FB 100K] cio 3 ye 3 M5290P +5V
*heii2 0.033 : a
T
—
FEO
0.22/
Sa
pLay: WWE IY (mox2.5V) 1 TRIO! ee rae 2 ° +8V
OV( max 1.5V) TRACKING T+ 2SB562 oat fe : 2 2 C504
2 (: BC369) VRIO2 (13) SRCH fe) PAT + F nO oO a 220/16 _S
F-
20k
.
ze
5 CH3 an TGU MIRR@5)———— MIRR ay a TE eo
HH
+H
68/507
+
mn
+n
TR704
28
ae C139 Cil40.22 TG2 ze
ol ECT ae = ——« sts Howorr oie
is < COUT oe <xRST + GICS57) G68
oe + A MUTE
Pow
TRACKING
hi
ARS
zs
2
|. e+tot | . 1.5V OFF SET R108 (9) SL + Hiss as ea © Bere mz C704
.
F
T4(:
wo
INNER
GROOVE
:-4V
oe
1
TRACK
JUMP
10k
OFFSET
ADu.
>
%
E
fas
2$81274(:BD936F)
bir
p
TS]
OUTER GROOVE :4V ~ CBIO6 {PAUSE } is = a _ yt 0505,506
(BLU) ee 4 a) rie) C507 47/63 ISRI39 | A
SLIDE
|
C134,
(0.1
ey
ne
:
TT
01
Boe
|
H2833~2
6800p
IHS
moTor
™)
TRIO7,108
Tt
qRIOE
TRIO3
120k
CHIT
©
@
al
a
:
Se
SLIDE ORIVE Q A eae QV 230468 (:BC368) D (80938 F) O.l re) Oo UME MUA ey R507 i00k
+
&}
47/35
47k
=
6;
RI34
|
TRIOS,
106
@)
RISO
PLAY,
STOP
:0V
Remy
Saaes
+
220
|
TRACKING
LJ
|
+p103.104
25A933
cous
T
Tews
Be
|
oD
wsdl?
rocus
ove
.
fs
ulema
eee
7
3
|
: :JC5587 +
C136 0508
\ oOpse FGaK. &} TRIO CH . 15007 SE ps2 Come HZS7B-2 r Sie AC 220V 50/60Hz Europe Models (E2)
: : 258562 (:BC369) iL 390k 2SB562 = Fr > + AN INN { } AC 240V 50/60Hz U.K. Model (EK)
Geese) R506 R509 POWER Voltage AC120V 60Hz U.S.A.and Canada Model (EU,£¢)
aie 100 yy C510 2.2 TRANS Selector ACIZ0, 220, 240V 50/60Hz Asia Model (E1)
+ | Z R505 33/50 ( Asia Model only) ! AC240V 50/60Hz Australia Model ( EA)
rls Ri sae { { { L 3 Fe q J %( ): To be used only European Models
SO ee ge ee
NOTE enn = +B LINE
. SIGNAL LINE
NOTES
ALL RESISTANCE VALUES IN OHM. k=1,000 OHM, M=1,000,000 OHM
ALL CAPACITANCE VALUES IN MICRO FARAD. P=MICRO-MICRO FARAD
EACH VOLTAGE AND CURRENT ARE MEASURED AT NO SIGNAL INPUT CONDITION.
CIRCUIT AND PARTS ARE SUBJECT TO CHANGE WITHOUT PRIOR NOTICE.