Download DN-6OOF

DENON
SERVICE MANUAL
DN-6OOF
MODEL
STEREO
CD PLAYER
-- TABLE OF CONTENTS -SPECIFICATIONS
NOTE
FOR
............................................................................
HANDLING
DISASSEMBLY
ADJUSTMEN-[
HFAT
RUN
NOTE
FOR
PARTS
PACKING
FUNCTION
FUNCTION
LIST
OF RW.BOARD
OF PACKING
PARTS
LIST
OF EXPLODED
EXPLODED
P.W.BOARD
WIRING
VIEW
VIEW
MECHANISM
OF FG-70
15
16
.......................................................
t6
...............................................................
16
UNIT
MECHANISM
17
.........................................................
18
UNIT
18
....................................................
..................................................................................
DIAGRAM
SCHEMATIC
& ACCESSORIES
NIPPON
19
............................................................................
OIAGRAM
SEMICONDUCTORS
14
14
....................................................................
............................................................................
C,F FG-70
VIEW
10
11 -
.....................................................................
LIST
LIST
5
6-- 9
.......................................................................
PARTS
PARTS
3, 4
.................................................................
...................................................................
& ACCESSORIES
EXPLODED
2
.....................................................
..............................................................................
PARTS
LIST
PICK-UP
..............................................................................
MODE
IC TERMINAL
OF LASER
20
........................................................................
21
..........................................................................
COI_MBIA
22
CO.. LTD.
III
DN-6OOF
SPECIFICATIONS
- -AUDIO
FUNCTIONS
....
Frequency
--Dynamic
Respon'_e:
Range:
Signa!rto-noise
Harmonic
Ratio:-
" SeparatiOn:
.........
Wow & Flutter:
manual search, auto space,
"
time mode, auto edit.
107 dB:"
Display:
0.003 % (,1 kHz) _
Track number, time, music caTendar,
emphasis feature and engaged
103 dB (1 kHz)
(_+0.001%
modes.
limit:
Others:
W.peak)
Headphones jack
2 V
DISCS
SUPPLIED
Compact Disc format
GENERAL
Automatic search, progra.mmed
playback, repeat playback,
Below measurable
Output Voltage:
DISPLAY
2 - 20,000 Hz. .
_ _ --98 dB
Distortion
AND
Functions:
No.of.Chan_ neJs::.io_..
_. ' _2 channels-
ACCESSORIES
Pin-plug connection
CHARACTERISTICS
Power
Supply:
Power
ConsumptionS--
Dimensions:
Voltage
is shown
482 (19") W × 88 (3-15/32")
-280 (11-1/32")
Weight:
on rating
label
_10W
H ×
Dmm
4.2 kg
* Design
and specifications
are subject
to change
without
notice
in the course
of product
improvement.
cord
NOTE FOR HANDLING
Caution for Handling
OF LASER PICK-UP
the Laser Pick-up
The laser pick-up KSS-240A is assembled and precisely adjusted
using a sophisticated manufacturing process in our plant• Do not
disassemble or attempt to-readjust it. Please keep the following
4. Metal Bearing
As the metal bearing of Cu-compound sintered alloy is impregnated
with FROIL946P (*Part No. 529 0054 007), never fail to supply the
instructions carefully in handling pick-up.
bushing with the same lubricant at the time of replacing the pick-up.
1. Handle with Care
5. Handling
(1) Storage
Do not store the pick-up in dusty, high-temperatured
Please handle the laser pick-up with holding the side base (rosin
or high-hu-
(2) Please take care for preventing
careless handling.
2. Laser
Diode
from shock by falling down or
to touch directly with the circuit part of F:W.Board, it may cause
deterioration, take careful attention in handling this base.
6. Deterioration
(LD)
(1) Protect your eyes
The laser beam may_lamage the human eye, since the intensity
of the focuseds:l_ot'm_i reach 7 x 103 W/cr_ 2 even if the intensity
at the objective
molded part).
When either a part of human body or some other things may happen
midity environments.
lens is 400 ,_W maximum.
As the light beam
As KSS-240 comprises
built-in RF Amp and APC curcuit, it resists
stronger against external electrostatJc damages than the former
typed pickup. However, there is possibility of pickup deterioration in
the following cases.
spreads alter focused through the objective lens, it does not effect
(1) Low HF level, or with great numbers of jitters.
you in the place as far as more than 30 cms. However, do not
look at the laser light beam either through the objective Iens
directly nor another lens or a mirror.
(2) Tracking offset (EF Balance) is out of order (Refer to "Confirmation Method of Adjustment" far cortirmation on (1) and (2)).
(2) Poison of As
Since the LD chip contains As (Arsenic), as GaAs + GaAIAs, as
known as the poison, although the poison is relatively weak, in
comparing with others, e.g.As203, AsCI3 etc., and the amount is
small, avoid putting the chip in acid or an alkali solution, heating
it over 200°C or puttinc it into your mouth.
" (3) Avoid surge current or electrostatic discharge
The LD may be damaged or deteriorated by its own strong light
it a large current is supplied to it, even if only a short pulse.
Make sure that there is no surge current in the LD driving circuit
by switches or else. Be careful to handle pick-up as it may be
damaged in a moment by human electrostatic discharge. The
pins of the LD are short-circuited
by solder for protection during
shipment.
For safety handling of an LD, grounding the human body, measuring equipments and jig is strongly recommended. And still it is
further desirable to make use of mat on the platform and floor for
handling the LD.
To open the short-circuit,
remove the soldering
quickly with a
soldering iror_ whose metal part is grounded.
The temperature of the; soldering iron should be less than 320°C
(30W).
3. Actuator
(1) The performance of the actuator may be effected if magnetic
material is located nearby, since the actuator has a strong magnetic circuit. Do not permit dust to enter through the clearance of
the cover.
(2) Cleaning the lens
It may change.the specifications
by attaching dust or ash on the
objective lens. Clean the lens with a cleaning paper dampened
with a little water, not pressing lens with so much strength by the
cleaning paper.
NOTE FOR HANDLING
DESCRIPTION
OF LASER PICK-UP
OF THE COMPONENTS
+Z-axis
+X-axis
direction
direction
Double
Object
lens
axes cover
/
\
OP Slide base
\
Slide rack
LO2 Flexible
board
Label
//
+Y-axis direction
Z-axis
Flexible fiat cable
connecter
(Tangential
Y-axis
A
direction)
X-axis
(Radial direction)
year
(last figure)
-LABEL
day
month
OO
0
I
quality
0
con[rol
but Oct. Nov. and Dec. are expressed
X, YandZ.
I0
KSS240A
(D
O
C_)
O
()
O
O
(_)
O
I
()
Lot No.
quality
lop
control
/_
The
PIN CONNECTOR
C,
LD drive current
expressed
unit
point as for example,
as 565,
but the head of English
t T t _ _ +
1357911
2
4
_,
681012
I
l Pin
i No.
VC
OUT
7
Vc
TE (TRK
ER signal)
OUT
8
LC
3
FE (FCS
ER signal)
QUT
9
FC
signal)
OUT
10
OUT
iN
! FZC
(+2.5V}
(FZC
5
RF (RF signal)
6
GND
!
omission
letter means
Description
1
lexible flat cable
connector
InPut'/
Output
Description
with
ol
the
56 5mA will be expressed
tile ccntrol
plant.
2
4
If
is by mA,
decimal
Pin
No.
ay alphabetical letters of
101
_"
in the manufacturning
o
XIo.
C'
Input/
! Output
l-- vi
(LD C.ontral)
IN
(Doable axes)
IN
TF
(DoJble axes)
IN
11
TIq
(Double axes)
12
FC
(Double axes)
IN
I I_llV-ldLlUl-
IDISASSEMBLY
Screw
,DTOP COVER
Top Cover
Remove 4 screws from both sides and 1 screw from Back Panel.
Screw
t
Screw
• FRONT PANEL
1. Pull Loader frame frontward, and remove loader panel.
2. Remove 2 front panel upper screws.
Screw
Loader Panel
3. Undo 2 front panel 5pper hooks.
4. Pull front panel and undo 3 lower hooks.
Front Panel
• MECHANISM
UNIT
Few
Remove 4 screws.
Mechanism
Unit
• CLAMPER
Remove 2 screws.
Pull cJamper and undo 4 hooks.
Clamper
5
I
I
ON-6OOF
,ADJUSTMENT
k,licrocomputer
built in the unit, comprises
service program to facilitate servo adjustment by pushing operation button.
1. Start service-program
(1) Turn power s_tch
OFF. -
(2) Shortcircuit pin (_ [SWCL) and (_ pin (SWOP)
of connector (TP102) on RW.B. (Main Unit)
(Caution) Do not touch other pins.
(3) Turn power switch ON.
(Service program starts, and displays track number
D _)
(Caution)
o'When
service program started normal operation of buttons will be defeated.
21.Service
program
function
Function
Button
_A
•
OPEN/CLOSE:
STOP
Description
.... ..,
[ Opens
I
or closes
• Opens or closes only when disc is stopped.
• Operate other keys after open or close.
the disc holder.
Stops system function.
• Displays track number _j _.
• Rush when adjustment completed, or do it ag_.in.
_" PLAY
Hi PAUSE
Other button
Starts focusservo
and disc turns.
• Push when adjust tracking offset.
• When completed, displays track rumber
rl-i
LI C
Starts focus servo, tracking servo,
• When PAUSE button is pushed, starts tracking se_vo and slide servo.
slide servo, spindle servo.
• When completed, track number U-'#.
No normal operation.
• Do not operate buttons other than above.
• If misoperated, immediately turn power switch OFF--.
n-t
(Caution)
• Do not use remote control during service program mode.
3. Adjustment
(1) Location
MAIN UNIT
!
TRANS
POWER_
TP101 TP102
VR102
SD
@
L_ TEl
_
VR104
_, VC
_, NC
TP10I
_, FOK
,_, TEO
_ SWOP
]-P102
_ SWCL
_, FEO
_
HF
._, FEI
_
GND
@
FRONT PANEL
-5V
ii_P i _il. L.--JLj
LJ it-
:2) Necessary equipment for adjustment
1. Dual tracie oscilloscope
2. Reference disc (CA-1094)
(Main unit)
3. Oscillator (10 Hz,-- 10 kHz, 0 - 3 Vp-p)
33 k_Q
Output
Input
0.091 pF
4. Frequen,?_._ounte_r (_r_adable no less than 5 KHz)
5. Filter for measu.rement
T
o
(Oscilloscope)
o
(Filter for measuren'lent)
(3) Preset
"
"
1.
Start service program.
2,
Preset VR101, 102 as per right figure.
12 O'clock
VR102
(F-GAIN)
12 O'ciock
VR 104
(F-GAIN)
3.
Step.-
4. Focus
kL2J
1. Focus gain (VR 102)
2. Tracking gain (VR104)
gain
Connection
Oscilloscope
Main Unit
C'ounter
Filter
TP101- L[-')(FEO) O--
Oscillator
TP101-
(_ (FEI)
0--
TPI01-
@ (VC)
0
Counter
!
Oscilloscope
V
H
Adjust
Check
(Volume)
(Oscilloscope)
Step
1. Push
Y axis
1.1 kHz
[11#AUSE '1(Displays
track number
2. Connect oscillator.
1.1 kHz
2 Vp-p
(_+0.1V)
C'sc Ilator
• DC range
• X-Y mode
VR102
C)
3. Set oscillator to 1.1 kHz/2 Vp-p.
X axis
4. Switch oscilloscope input to X-Y mode.
5. Adjust VR101 [F-G
Phase 90 °
Waveform not right
:
to symmetrize
Lissajous figures tc X-Y axes.
Y axis
7
mmmm
I
I1,_11
| %11
,, Q II,,,J U
It--
5. Tracking
gain
Connection
Oscilloscope
Main Unit
Counter
Filter
TP101-
(_) (TEO)
O_
TP101-
0
O--
(TEl)
Oscillator
......T,P.t01.:.®(VC) 0
• Caution: Connect oscillator afterhl
Oscillator
Counter
Oscilloscope
V
H
• 0.8 Vp-p
(±011V)
pushed and sewo function started
Adjust
Check
(Volume)
(Osci !oscope)
Step
Y ax_s
• 3.3 kHz
(_+120Hz)
PAUSE]
PAUSE I . (Displays track number _.._ )
2. Connect oscillator.
3.3 kHz
(+_120 Hz)
1. Push [_
3. Set oscillator to 3,3 kHz/0.8 Vp-p.
• DC range
• X-Y mode
VR 104
'_
x axis
4. Switch oscilloscope ir put to X-Y mode
5. Adjust V
Phase 90 °
Waveform not right
Y axis
Lissajou
[T-GAIN] to symmetrize
figures to X-Y axes.
nN-6OOF
6. Tracking
offset (E/F Balance)
Connection
Oscilloscope
O
Main Unit
Filter
/
TP101- O (TEO) O I
TP101- O (VC)
1
+
O-
Check
Osciloscope
V
O
H
Step
(Oscilloscope)
1. Push
_
2. Push
Am OPEN/CLOSE
OPENICLOSE]
and load dsc hoMer referrence disk.
] and close,
holder.
A
0.1v/div
:
3. Push I •
k
1-2
B
PLAY I to turn disc. (Displays tracknumber uC
r_-i )
4. Short (+)(-) of oscilloscope and check the base line.
ms/div
5. Confirm that upper and Iower amplituc
of the waveform is
symmetric against 0V.
A-B
< 20%
A+B
7. HF level
Connection
Oscilloscope
Main Unit
TP102-
Probe
10 1
d_ (HF) O
©
+
TP101- @ (VC) O_
J
Check
Oscilosc ,op,e
v
H
50mv/div
0.2p/div
o_
or
20mV/div
S
I
(Oscilloscope)
p
i
1. Push[ II PAUSEJ.(D
_aystracknumberu_n_)
2. Check HF level of osc llcscope.
-/
iA
L
0.5(_L/ally
3. Confirm that the wave
is in good shape.
(0 pattern ia center must be able to discriminate
clearly.)
A=l.2±0.3Vp-p
• Set input mode to
ALTERNATE or
CHOPPER.
II WJm
mmlL
. _..m.i
mllll
,llmlll
.....
. mmmiiimm_!
9
I
ON-6OOF
HEAT
RUN
MODE
FUNCTION
Heat Run Mode
1)To activate
While hold pushin"-g DH_, _1_, _
and _
keys simultaneously,
show that _e unit i¢ shifted in Heat Run mode.
Be sure to Ioadthe disc previously.
Press the disc holder open/close button ( ,,A.AOPENICLOSE)
This mode functions
do not use.
only for a disc with 21 pieces
turn the unit power on. The remote control sensor indicator will light to
to cancel Heat Run mode.
of music
or more. For a disc with 20 pieces
of music or lesser, please
2) Operation
During the Heat Run mode to shift the unit in Play mode makes the unit replays from the first music after opens the loader once and
re-closes it when finish playing the last track (comes into lead out).
Hereafter, operates open/close
and the last ones.
of loader, servo on, reading of TOC, and playing repeatedly, and repeats playing the two tracks; the first
3) Error Message
When the system error occurs While in Heat Run mode, the following error message will display on the Track No. indicator and stops
operation ....
1.E1
At the time of Focus Servo does not activate.
2. E2
When unable to detect synchronous
pattern however the disc is in rotating. (GFS does not drive.)
3. E3
No synchronous
pattern can be detected while in Play mode. (No GFS drives.)
4. E4
When TOC is unreadable in despite of servo is activated.
5. E5
In case of loader malfunctions.
(Unable to turn on the switch.)
6. E6
The inner circle switch of Pick-up does not turn off.
7. E7
The inner circle switch of Pick-up does not turn on.
-JrThe number of operation up to the stop will be displayed on the minute and second portion of the indicator.
10
I
I
I
IC TERMINAL
CXD2500BQ
Terminal
FUNCTION
Terminal
LIST
Function
Terminal Function
I/O
Symbol
I ON-6OOF
No.
1
FOK
2
Fsw
3
I
-
lnp.ut terminal for OK focussing. Use for Servo-autosequencer.
O
Output to shift time constant of output filter for spindle motor.
MON
O
ON/OFF control output for spindle motor.
4
MDP
O
Servo control for spindle motor.
5
MDS
O
Servo control for spindle motor..
6
LOCK
O
Sampling GFS by 460 Hz and if it is "H", delivers "H" ; if it is continuously
7
NC
8
VCOO
O
Oscillation
current output for analog EFM PLL.
9
VCOI
I
Oscillation
current output for analog EFM PLL. f LOCK=8.6436MHz.
10
TEST
I
TEST output. Normally GND.
11
PDO
12
Vss
13
NC
14
NC
15
NC
"
O
Charge pump output for analog EFM PLL.
GND.
_
-
16
VPCO
0
Charge pump output for variable pitch PLL.
17
VCKI
0
Clock input from extemal VCO lot vadabTe pitch, fc center=16.9344MHz.
18
FILO
0
Filter output for master PLL. (slave-digital
19
FILl
20
PCO
21
AVss
22
CLI_7
23
AVDD
24
RF
I
EFM signal input.
25
TEST2
I
Put to GND.
26
TEST3
I
Put to GND.
27
ASYO
28
TEST4
29
NC
"L" 8 times, deliw;rs "1_".
I
[
0
PLL)
Filter input for master PLL.
Charge pump output for master PLL.
Analog GND.
Control voltage output for master VCO.
Analog power supply (+5V).
0
Full swing output for EFM. (L=Vss,
I
Put to GND.
I
Input
H:VDD).
30
PSSL
31
WDCK
0
DiA Interface
for 48 bit slot. Word-clock
32
LRCK
0
D/A Inlerface
for 48 bit slot.
33
VDD
34
DA16.
o
At PSSL=I
for DA16
(MBS)
output:
35
DA15
o
At PSSL=t
for DA15
output;
PSSL
36
DA14
o
At PSSL=I
for DA14
output;
PSSL-0
for serial
37
DA13
o
At PSSL=I
for
DA13
output;
PSSL:0
for bit clock
38
DA12
o
At PSSL=I
for DA12
output;
PSSL-0
fDr LR clock
39
DA11
0
At PSSL=I
for
DA11
output;
PSSL=0
for GTOP
output.
4O
DA10
o
At PSSL-1
for DA10
output;
PSSL=0
for XUGF
output.
41
DA09
o
At PSSL-1
for DA09
output;
PSSL=0
for XPLCK
42
D_08
o
At PSSL=I
for DA08
output;
PSSL=0
for GFS
43
DA07
o
At PSSL=I
for DA07
output;
PSSL=0
for RFCK
output.
44
DA06
o
At PSSL=I
for DA06
output;
PSSL=0
for C2PO
output.
45
DA05
0
At PSSL=I
for DA05
output;
PSSL=0
for XRAOF
46
DA04
0
At PSSL=I for DA04
output;
PSSL=0
for MNT3
output.
47
DA03
0
At PSSL=I
for
output;
PSSL=0
for MNT2
output.
48
DA02
0
At PSSL=I
for DA02 output; PSSL=0 for MNT1 output.
49
DA01
o
At PSSL=I
for DA01 output; PSSL=0 for MNT0 output.
50
APTR
0
Control output for aperture compensation.
In H for R-oh.
51
APTL
o
Control output for aperture compensation.
In H for L-oh.
Power
"--
to shift output
supply
mode
of audio
data.
LR-dock
Serial
f-2
output
at L; parallel
output
at H.
Fs.
f- Fs.
( _SV ).
DAO3
PSSL=0
for serial
0 for bit clock
data
of 48 bit slot.
(2s'COMP,
MSB
first).
of 48 bit slot.
data
of 64 bit slot.
(_4s'COMP,
LSB first',.
of 64 bit slot.
of 64 bit slot.
output.
output.
output.
11
n
ON-BOOF
rminal
I/O
Symbol
Terminal Function
No.
52
Vss
53
XTAI
GND.
54
XTAO
55
XTSL
I
56
FS-Ui-
O
2/3
57
C4M
O
4.2336MHz
58
C16M
O
16.9344MHz
59
MD2
I
60
DOUT
61
_
O-
X'tal
oscillation
circuit
input.
By selecting
X'tal
oscillation
circuit
input,
f=t6.9344MHz.
Selection
input
Dividing
terminal
output
of X'tal.
output.
When
output.
variable
When
ON/OFF
O
Digital-out
output
EMPH
O
When
playback
62
WFCK
O
WFCK
( Write
63
SCOR
O
Output
64
SBSO
O
Serial
output
of Sub
65
EXCK
I
Clock
iutput
for SBSO
66
SQSO
67
SQCK
68
MUTE
69
SENS
70
XRST
I
System
71
DATA
I
Input
of serial
data
from
72
XLAT
I
Input
for
from
CPU.
Latches
73
Voo
clock
input
I
i. Clock
I
Mute
,_
SENS
Power
emphasized,
Flame
of subcode
input
Clock)
sync.
outputs
S0+S1.
H; otherwise
outputs
h
H output
when
either
one detected.
PCM
peak
level
16 bits.
read-out.
mute
input.
latch
changes.
read-out.
Outputs
supply
simu Itaneously
at L.
output.
bits and
for SQSO
reset
pitch.
changes.
P-W.
Q_O
at H; remove
output.
H for 33.8688MHz.
by variable
simultaneously
pitched,
ON at H; OFF
or 33.8688MIqz.
terminal.
disc
for Sub
No change
pitched,
variable
control.
f=16.9344MHz
"L" for X'ta116.9344MHz;
of 53 and 54 terminal.
Digital-out
I-Output
of mode,
at L.
to CPU.
Resets
at "1._".
CPU.
serial
data
at release.
(+5V).
74
CLOK
I
Serial
data
75
SEIN
I
SENS
input
76
CNIN
I
Input
77
DATe
o
Serial
data
output
78
XLTO
o
Serial
data
latch
79
CLKO
0
Serial
data
transfer
80
MIRR
I
Mirror
signal
transfer
from
of tracking
from
CPU.
SSR
pulse.
to SSR
output
input.
clock
Use
to SSP.
output
for track
to SSR
jump
for over
128 tracks,
using
autosequencer.
CXD2500BQ
C 4M
(:i 6')
32k
RA_
PDO
VCOl
91G:TALPLL
i
VCOO
_CO
FILl
FPL(?
CLTV
Rf
ASY()
i
i
WFC<
seer
EXCK
5'350
EMPH
SQCK
SQSO
MON
ERROR CORRECTER
FSW
MDP
MDS
!
SERVC
AUTO
SEQUENCER
TEST
NC
?Ca
12
g_#
DA re
CLKO
XL_O
nN.6OOF
C;XA1372S Terminal Function
l-erminal
Terminal Function
I/O
Symbol
No.
1
TE
2
TDFCT
I
Capacitor
3
ATSC
I
Input
terminal
4
FZC
I
Input
terminal
5
FE
I
Focus
error
6
FDFCT
I
Capacitor
Vc
I
Mid-point
voltage
FGD
I
In case
of reducing
7
-8
Tracking
-;
error
signal
input
connecting
for time
of ATSC
detecting
of focus
zero-cross
signal
input
connecting
input
of defect
"
for time
constant
at the time
of defect.
terminal.
higher
gain
a capacitor
Shifts
I
Terminal
11
FEO
C,
12
FE-
I
Reverse
input
13
SRCH
Terminal
for external
time
constant
to make
14
TGU
Terminal
for external
time
constant
to shift higher
range
gain
of tracking.
15
TG2
I
Terminal
for external
time
constant
to shift
range
gain
of tracking.
17
TAO
C,
Tracking
drive
output.
18
TA-
I
Reverse
input
terminal
19
SL+
I
Non-reverse
20
SLQ
0
21
SL-
I
Reverse
input
22
FSET
I
Terminal
to compensate
23
ISET
I
Delivers
a current
24
SSTOP
I
Terminal
for
26
DIRC
I
Terminal
is used
27
LOCK
I
Reckless
28
CLK
I
Serial
data
transfer
29
XLT
I
Latch
input
from
CPU.
30
DATA
I
Serial
data
input
from
31
XRST
I
Reset
input
terminal.
32
C.OUT
0
Terminal
33
SENS
0
Terminal
35
MIRR
0
Oulput
36
DFCT
0
Output
37
ASY
I
38
EFM
O
Output
terminal
for EFM
39
FOK
0
Output
terminal
for focus
40
C(" 1
0
DEFECT
41
CC2
I
Input
43
CB
I
Capacitor
44
CP
I
MIRR
hold
45
RF:I
1
Input
terminal
46
RFO
48
]_C
I
Focus
drive
terminal
and terminal
number
(9).
ON/OFF.
to increase
for locus
lower
range
of focus
servo.
amplifier.
for tracking
terminal
terminal
focus
higher
search
waveform.
amplifier.
for sled amplifier.
drive
for sled amplifier.
peak
switch
at the lime
clock
to output
to oulput
to detect
of 1 track
circuit
input
from
A 4.7 kohm
activates
at "L'.
cou:-4.
FZC,
AS, TZC,
SSTOP
by cammand
to input
sled
kick
pull
up resistor
A 47k ohm
pull
is included.
up resistor
is inc
from
CPU.
camparator.
comparator
control.
comparator
OK (FOK)
hold output
capacitor
and
circle.
at "L".
number
connecting
jump,
CPU.
lor track
for DEFECT
comparator
terminal.
DEFECT
bottom
held
terminal
for DEFECT
connec:ing
terminal.
RF summing
for RF summing
zero-cross
track
innermost
signal
to input
terminal
disc
CPU
Resets
for MIRR
bottom
search,
jump.
of sted;
for auto-symmetric
terminal
phase.
of focus
ON/OFF
protection
terminal
in locus/tracking
to set the height
limit
terminal
Tracking
this te
output.
terminal
Output
between
output.
input
drive
constant
by FS3
connect
I
time
servo
servo,
FLB
for external
of focus
of focus
FS3
Input
gain
range
9
Sled
range
at the time
comparator.
comparator.
terminal.
terminal
constant
window
10
0
higher
terminal.
terminal
comparator
o_t_ut
bo:tom
A non-reverse
amplifier
amplifier.
input
by capacitance
output
Check
combination.
hold.
input
terminal
by capacitance
point
for MIRR
comparator.
combination.
for eye pattern.
terminal
13
ON,.6OOF
€
,
CXA1372S
_
g° _=
<
__
_
_
_,d,
XRST
C OUT
TA--
SEN S
TAO
D G,_D
A VCC
MIRF'
TG:!
,TGU
DFCI"
,SRCH
ASY (
EFkl !
FOK !
-Ill:
, FEO
I:ZI
J FS5
cc
2 1
FCD
I VC
D VCC I
NOTE FOR PARTS LIST
• Part indicated with the mark " _') " are not always in stock and possibly to take a long period of time for supplying, or nn
some case supplying of part may be refused.
• When ordering of part, clearly indicate "1" and '1" (i) to avoid rots-supplying.
• Ordering part without stating its part number can not be supplied.
• Part indicated with the mark "-k" is not illustrated in the exploded view.
• Not including Carbon Film _+5%, 1/4W Type in the P.W.Board parts list. (Refer to the Schematic Diagram for those parts.)
WARNING:
Parts marked with this symbol _ _
Use ONLY replacement
have critical characteristics.
parts recommended
by the manufacturer.
• Resistors
Ex.:
• Capacitors
RN
14K
2E
182
G
FR
Type
Shape
Power
Resist-
Allowable
Others
and perforrnance
I
ance
I
: Cornpostion
2E
RW : Wincing
RN : Metal tim
RD : Carbon
RS : Metal
RK
Melal mixlure
oxide lilm
l_4W
G : z2%
3A
: 1W
3D
2W
2B
: 1/8W
3H2H 3W
3;
fiWI'2W
8
T
=
1800
[----
• Units:
1
2
: Pulse-resislanl
NL
K : ±10%
M : _20%
F : _t%.
J : :5%
R
Shape
: Low
:ype
noise
NB
: Non-bLIrning
FR
: Fuse-resislor
F
: Lead
wire
lype
forming
effective
: Aluminum
CA
:
CS
CQ
CK
:
:
:
eleclrolytic
Aluminum
ele¢lrolylic
Tantalum
Film
Ceramic
per-
number.
2
==.
----
2R2
M
BP
Capacity
A Iowable
Olhers
strength
formance
euror
l
I
1
['---J
foil
0J
: 6 3V
I F
: =1%
HS
: High
sol,d
1A
: 13V
I G
:2%
BP
: Non-polar
electrolytic
1C
1E
tV
15V
25V
35V
I J
I K
M
-5%
:10%
::20%
1H
2A
2B
2C
2D
2E
2H
2J
53V
130V
125V
lS0V
230V
250V
530V
: 630V
HF : Ripple resistant type
DL : For charge al_d cischar(je
HF : For assubng
high
frequency
U
: UL part
C
: CSA part
W
: UL-CSA lype
F
Lead wire forming
CC : Ceramic
CP : Oil
CM : Mica
CF
Metat_ized
CH
Metallized
kohm
after
CE
lype
and
1 H
Dielectric
ohm
-• Units:
ohr,'n = 1.8
Indicates
number
of zeros
2-digit
effective
number.
04W
Type
1
* Resistance
1
CE
1
7rror
P
RC
Ex.:
Z
P
C
D
-
+8C %
20%
+1C0%
-0%
:0 25pF
::0 5pF
Oelers
stability
typ,_=
type
1.2 ohm
1-digit
2-digit
effective
effective
number.
number,
* Capacity
decimal
poinl
indicated
by R.
ohm
2
2
(except
2
electrolyte)
_ 2200pF
= 0.0022pF
-
* Capacity
2
2
_[_
T
2
_
T..___
• Units:
2
(electrolyte
R
only)
Indicates
number
of zeros
2-digit
effective
number.
after
effective
2
number.
2
1
=_, 2_OpF
T
T"--"(0 or 1)----
• Units:
pF.
Indicates number of zeros after effective
2-digit effective
2
-___
nurnber.
2200_F
pF.
• Units: HF.
14
T.---(More than 2)-- Indicates numbe_ of ;:eros after effective
2-digit effective number.
• Units: #F.
number.
number.
=::, 2.2pF
1-digit effective
2-digit effective
number.
number, decimal point indicated
• When the dielectric
by R.
strength value
strength is indicated in AC. "AC" is included afterthe
dieelectric
QN.6OOF
PARTS
LIST OF P.W.BOARD
3U-2599 MAIN UNIT
Ref. No. I
Part No.
SEMICONDUCTOR
I
Part Name
262 1305001
IC CXA1372S
263 0223006
IC TL4558P-B
IC105,106
263 0223006
IC TL4558P-B
IC201
262 1846007
IC M38173M6-161FP
1(;202
262 1819005
IC CXD25OOBQ
IC203
IC SN74LS624N
IC204
262 0824004
262 1352009
IC300
262 1761001
IC SM5841BP
IC302,303
IC501
262 1409004
263 0693005
IC PCM61P-L
IC502,503
IC701
IC705
2680073905
2620591007
TR109
TR110
274 0036905 Transistor2SD468(C)TF
272 0025907 Transistor2SB562(C)TF
TR111
TRl12
2740036 905 Transistor2SD468(C)TF
272OO25907 Transistor2SB562(C)TF
TRl13
274 0036905 Transistor2SD468(C)TF
272 0025907 Transistor2SB562(C)TF
TRl17
274 0036905 Transistor2SD468(C)TF
TR118
272 0025907 Transistor2SB562(C)TF
TR501
274 0136009 Transistor2SD1913
272 0093007 Transistor2SB1274
TR704
TR706,707
D207
276 0503 900 Diode1SS198TE
D501-506
2"/6 0613 900 Diode 1A3-1
D507
D508
276 0483 907 Zaner Diode HZS30-1TD
276 0464900 Zoner Diode HZS7A-1TD
D601-608
2760432 903
Diode 1SS270ATE
D701
276 0432903
Diode 1SS270ATE
RESISTORS
CE04W1H3R3MT
CK45=1E104ZT
C512
253 1122905
Ceramic O.O068pF/50V
CK45B1H682KT
C121
253 1181904
Ceramic0.01p.F/50V
CK45F1HIO3ZT"
C600,601
CeramicO.01pF/50V
CK45F1H103Zi-
C122,123
C124
254 4260919
Electrolytic0.22pF/50V
CEO4W1HR22MT
C704
253 1181904
254 4254954
Electrolytic220p.F/16V
CE04W10221MT
253 9030963 Ceramic 0.01p_F/25V
253 9030992 Ceramic0.038pF/25V
CK45=1E103KT
C710,711
254 4368934
CE04W1E101MT
CK45=1E333KT
C716,717
253 4537982
Electrolytic100p.F/25V
Ceramic56pF/50V
CK45=1E103KT
C718,719
254 4250929
ElectrolyticIOOp.F/6.3V
C127
253 9030963 Ceramic 0.01p.F/25V
253 9030934 Ceramic0.OO33pF/25V
253 9031962
Ceramic0.0027pF/25V
CK45=1E272KT
Electrolytic100p.F/16V
Ceramic0.01pF/50V
CE04W0J101MT
CE04W1C101MT
C128
C720,721
C730
254 4254941
C129
253 9039906
253 1179990
Ceramic0.1p.F/25V
CK45=1EIO4ZT
C731
253 4538 949 Ceramic IOOpF/50V
CK45F1H103ZT
CCA5SL1H101JT
CK45BlI"1561KT
CK45=1E562KT
C732
253 9039906
Ceramic0.1pF/25V
CK45=1E104ZT
C733
253 9039906 CeramicO.lpF/25V
CK45=1E104ZT
C800
253 9039906 Ceramic0.1p.F/25V
CK45=lE104ZT
253 9031988
0132
253 4538910
Ceramic75pF/50V
CK45SL1H750JT
C1&3
253 4536909
Ceramic 10pF/50V
CC45SL1H100DT
0134
256 1034979
Metallized0.1pF/50V
CF93A1Hi 04JT
C135
2543055918
Electrolytic10pF/35VBipolar
2534538 949 Ceramic 100pF/50V
CE04D1V100MBP'[
2534538 910 Ceramic75pF/50V
253 9030934 Ceramic 0.0033_F/25V
CC45SL1H750JT
C141
C142
253 9039906 Ceramic0.1pF/25V
CK45=1E104Z1"
C164
253 4536941 Ceramic 15pF/50V
2534536 941 Ceramic 15pF/50V
CC45SL1H150JT
253 4538910 Ceramic 75pF/50V
254 4254938 Electrolytic47pF/16V
CC45SL1H750JT
CEO4W1C470MT
253 9039906 Ceramic0.1pF/25V
253 1181904 _,eramicO.01mFl50V
CK45=1E104ZT
(:;2O5
253 9039906
C210
C211
CAPACITORS
V06PB104(IM)
GROUP
CK45=1E332KT
)(200
399 0165007
X201
399 0111006
X'Tal(16.9344MHz)
CST4.23MGW040
RM601
499 0264004
RemoteSensor
4123951016
(GP1U571)
Reflector
2318063 009 PulseTrans
JK702
204 8364007 Head Phonejack
204 8262002 1PPin Jack(Digitalout)
2048311 021 2P Pin Jack(FIXout)
SW600
212 1039000
Ceramic0.1pF/25V
CK45=1EIO4ZT
LCD601
393 4110005
FLTube (FIPBNM6A)
253 9031904
CeramicO.047p_F/25V
253 1180947
CeramicO.O015uF/50V
CK45=1E473KT
CK45B11,1152KT
CB101
205 0321054
5PConnectorBase(Red)
C212,213
C214
253 9039906
CeramicO.lpF/25V
205 0343058
5PConnectorBase
2544250932
Electrolytic220pF/6.3V
GK45=1EIO4ZT
CEO4WOJ221MT
CB102
C215,216
C217
253 9039906
CeramicO.lpF/25V
CK45=1E104z'r
CB103
205 0683006
Electrolytic100pF/16V
ElectrolyticO.33#F/50V
205 0736021
C220
254 4254941
254 4260922
CB2O3
CE04W1HR33MT
CB500
2050581 001 2P VH ConnectorBase
C222
2534537937
Ceramic36pF/50V
CC45SL1H360JT
CB601
2050535 060 4P ConnectorBase
C223,224
2534536941
Ceramic15pF/50V
CC45SL1H150JT
C227
253 1181904
CeramicO.01p.F/50V
CK45F1H103ZT
cB602 2050736021
31P FFCConnectorBase
cs601 2050837007
4P ConnectorSocket
C256
253 1180921
CeramicO.011JF/50V
CK45B1H102KT
TP101,102
C257,258
253 1180921
CeramicO.O01pF/50V
CK45B1H102KT
C259
253 1181904
CeramicO.01_.=F/50V
CK45F1H103ZT
C300,30t
2544254954
Electrolytic220pF/16V
CE04W1C221MT
C302
C304
253 9039906 Ceramic0.1pF/25V
C306,307
253 1180905
253 1121906
Ceramic680pF/50V
CeramicO.O056pF/50V
CK45B1H631KT
254 4254941
Electrolytic100pF/16V
CE04W1C101MT
C202-204
253 9039906 Ceramic0.1pF/25V
CC45SL1H150JT
CK45=lE104ZT
CK45=1E104ZT
253 9039906 CeramicO.lpF/25V
CK45=1EIO4ZT
C328
254 4254925
CEO4W1C330MT
C350
253 9039906 Ceramic0.1pF/25V
CK45=1EIO4ZT
CK45=1EIO4ZT
C106
253 9030934
CeramicO.O0331.tFt25V
CK45=1E332KT
C353
C107
253 9035926
CeramicO.027pF/25V
CK45=1E273KT
C501
253 9039906 CeramicO.lp.F/25V
254 4254792 i Electrolytic2200pF/16V
C108
253 9030921
CeramicO.O022pFt25V
CK45=1E222KT
C502
264 4255717
Electrolytic4700pF/16V
CE04W1C472MC
C109-112
256 1034979
MetallizedO.IHF/50V
CF93A1HlO4JT
C503
254 4254954 i Electrolytic220p.F/16V
CEO4W1C221MT
C113
254 4337910
Electrolytic6.8pF/50V
CE04W1H6R8MT
C505
254 4260948 Electrolytic
lpF/50V
CEO4W1HOIOMT
Cl14
256 1035910
Metatlized0.22pF/50V
CF93A1H224JT
C507
254 4262946 I Electrolytic47p.F/63V
CEO4W1J470MT
Cl16
253 9030963
Ceramic0.01uFI25V
CK45=1E103KT
C508
254 4261921 I ElectrolyticIO0,uF/50V
(KR-PH)
2050190065
FFCConnectorBase(12P)
31PFFC ConnectorBase
6P NH ConnectorBase
+++++++++ii
++
+++
+iiii ! @
iiii+,iii+!ii'+i+',+i
iiiii
! iiiii
i+ !iiiii!iiiiiiiii+
i+i +,
i+,iiii+,+++,ii
iiiii!!!!iii iiii++i+
iii iiiii!!
ii+!
CK45B1H562KT
C327
Electrolytic33BFI16V
1PPushSwitch
(PowerON-OFF)
GK45F1H103ZT
CEO4W1C101MT
CC45SL1H560JT
OTHER PARTS
HJ601
JK701
C308,309
C311
VR300,301 2116093970 1 Adjust100kohm
CCA5SL1H101JT
253 1181904
PT300
C174
+V06PB223(IM)
CK45=1E332KT
Ceramic560pF/50V
Ceramic0.0056pF/25V
C170,171,
173
Carbon film +5%, 1/4W "_jpe)
VR102,104 2116093954 / Adjust22kohm
Electrolytic3.3pF/50V
253 9039906 Ceramic0.1pR25V
C168
GROUP
(Not included
Electrotytic33pF/35V
2544260 964
C166
2710192 905 Transistor2SA933(S)TP
2740160 907 Transistor2SD2144STPU
Remarks
254 4258934
C140
271 0192905 Transistor2SA933(S)TP
TR600,601 2740160 907 Transistor2SD2144STPU
TR702
269 0014909 TransistorDTA124XS(22K-47K)'rBuilt in Resistor
TR703
2690020 906 TransistorDTC114ES(1OK-10K)TBuiltin Resistor
Part Name
Part No.
C509,510
C511
C136
TR503
Ref. No.
CK45B1HIO2KT
C130
C131
274 0136009 Transistor2SD1913
Remarks
CK45=1EIO4ZT
C126
263 0223006 IC TL4558P-B
Part Name
2539039 906 Ceramic0.1p.F/25V
253 1180921 Ceramic0.001pF/50V
C125
IC HD74HC00P
Part No.
CE04W1V330MT
C118,119
C120
IC M5290P
IC ProtectorICP-N15T
272 0025907 Transistor2SB562(C)TF
Ref. No.
C117
IC TC74HCT04AP
TRl16
TR502
Remarks
GROUP
{C102
IC103
TRl14
TRl15
I
CEO4W1C222MC
CEO4W1HIO1MT
15
I
UNI_U_
llIllll
PACKING
II
& ACCESSORIES
I
IIIIII
IIIII
PARTS LIST OF
PACKING & ACCESSORIES
Ref. No.
Multi-Voltage
Part No.
Part Name
Remarks
O'ty
Ref. No,
LIST OF EXPLODED
Part No.
Part Name
101
504 0092060
STYRENEPAPER
ForACCord
1
101
504 0170005
PROTECTORSHEET
U.K.onty
1
r-- 1
- 1-1
102
505 0102092
STYRENEPAPER
1
1-2
--
DISPLAY/ KEY UNIT
103
503 1130009
CUSHION
2
1-3
--
HEAD PHONEUNIT
104
503 1152003
SUBCUSHION
--
POWERSWITCHUNIT
105
501 1739174
CARTONCASE
(Asia) Only
r....
PARTS
105
501 1739187
CARTONCASE
106
5050038 030
POLYCOVER
107
108
5112683 006
2032360 004
INST,MANUAL
2P PINCORD
1!0
5150692 004
U.K.only
U.S.A.,Canada,
Europe,MultiVoltage
(Asia)
U.K.only
ForAcc_sories
DELWARRANTYCOM U.S.A.only
[
3u-2599
--
VIEW
Remarks
MAINUNITASS'Y
MAIN UNIT
2
-1-4
1
2
204 8364007
HEAD PHONEJACK
HJ601
3
4
3934110005
212 1039000
FLTUBE(FIP8NM6A)
1PPUSHSWITCH
SW600
6
7
387 0028007
1220187113
CD MECHA.UNIT(FG-70)
TOPCOVERSPACER
1
1
®
1
®
9
144 2411104
FRONTPANEL
1
®
10
11
146 1392408
113 1540195
SUBPANELAss'y
SERIESKNOB
12
1139245285
TENKEY
13
113 1541055
FUNCTIONKNOB
14
113 1561051
MANUALSEARCHKNOB
15
009 0011012
31P FFCCORD
17
113 1357281
POWERSWITCHKNOB
18
146 1394147
LOADERPANEL
21
4737508017
3x10 CBTS(P)-B
22
4737002 021
3x8 CBTS(S)-B
24
4737002 005
3x6 CBTS(S)-Z
25
27
28
473 7007 071
2048262002
461 0740 002
4x12 CBTS(S)-ZNB
1P PINJACK
SHEET
29
461 0706 114
FOOTSHEET
30
411 0962801
CHASSIS
31
1
!
®
JK701
105 1139039
REARPANEL(E3)
U.S.A.,Canada
@
105 1139042
REARPANEL(E2, EK)
Europe,U.K.
®
®
33
1050993 111 REARPANEL(El)
441 1132204 BO'FrOMPLATE
34
4430518003
P.C.B.HOLDER
37
204 8311021
2P PIN JACK
Mulit-Voltage(Asia)
JK 702
N ii i
®
4,3
102 0425 224
TOP COVER
=®
44
4123901 008
MOUNTBRACKET
45
4111143001
SELECTORBRACKET
Multi-Voltage(Asia)only
WARNING:
• Parts marked with ",A, "and/or shading have special characteristics
-@
501 1739 174: (U.S.A., Canada, Europe and Multi-Voltage
501 1739 187: (U.K. Model)
16
important
to safety.
Part indicated with the mark "®"
Model)
are not always in stock and possibly to take a
long pedod of time for supplying, or in some case supplying of part may be
refused.
DN-6OOF
EXPLODED
1
i
VIEW
3
2
4
5
6
7
1
8
\
Multi Voltoge
Model Only
A
I
L____
MultiVoltage
Model0nly
B
C
i °
I
I
I
L
D
8
E
WARNING:
Parts marked with this symbol z_ _
have critical characteristics.
Use ONLY replacement parts recommended by the manufacturer.
17
DN-6OOF
EXPLODED
PARTS LIST OF FG-70 MECHANISM
Ref. No.
Part .No
Part Name
2
9KA90H006
FS FIXINGSCREW
3
9KA9OH005
FEEDSHAFT
7
9KA80G0 17
DRIVEGEAR(A)
8
9KA80G0 18
9
4990191 009
DRIVEGEAR(B)
LASERP.U
12
9KS01Wl 47
LEAFSWITCH
13
9KA85P009
MOTORP.W.B.
15
16
0090051 001
443 1093006
12P FFCCABLE
FFCBUSH
17
9KA82G2 53
SEB-PHCONNECTORBASE
18
9KM 20S004
2x4 SCREW
19
9KA85G0 26
MECHA.PLATE(FG70)
20
9KA85G0 20
MECHA.FRAME(FG70)
21
9KA85G0 21
22
9KA85G0 04
CD TRAY(FG70)
CLAMPERFRAME
23
9KA85G0 22
UD PLATEGEAR(FG70)
24
9KA85G0 06
CLAMPER(F)
25
9KA85G0 07
RELAYGEAR(A)
26
9KA85G0 08
RELAYGEAR(B)
27
28
9KA85G0 09
9KA85G0 10
RELAYGEAR(C)
GEAR BELT(F)
29
9KA85G0 30
DAMPER(FG40)
30
9KA85P001
CLAMPERPLATE(F)
31
9KA 85H001
34
9KA 82G057
SCREW(F)
MAGNET
35
9KA91H0 02
36
9KB 30B008
3x8 (W-10)SCREW
3x8 BAINDSCREW
37
9KM26B004
2.6x4 BAINDSCREW
39
40
9KA 82G308
9KA85G0 27
SEB-PH(RED)
41
9KS01Wl 48
42
9KA85S001
OP/CLSWITCH(SSS12)
SPRING(A)
43
9KA85S002
SPRING(B)
44
9KA85S003
45
9KA85G0 33
SPRING(C)
GEARGUIDE
46
9KA85G0 36
TRAYSTOPPER
47
9KB 20B005
48
9KS21W6 04
2x5 BAIND(B)
STW2.1x6x0.4
50
9KA85S005
HOLDSPRING
60
9KA85A007
SPINDLEMOTORASS'y
61
9KA 85A008
FEEDMOTORASS'y
62
9KA 85A008
LOADINGMOTORASS'y
MOTOR P.W.B.
62-1
CNW2(FG70)
1
UNIT
Remarks
A
KSS-240A
B
C
D
E
18
VIEW OF FG-70 MECHANISM
I
2
UNIT
I
3
4.
,
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P.W.BOARD
1
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3
4
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220
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R502
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)
WARNING:
Pans marked with this symbol Z_ _
have critical characteristics.
Use ONLY replacement parts recommended by the manufacturer.
CAUTION:
Before returning the unit to the customer, make sure you make either (1) a leakage current check or (2) a line to chassis resistance check• If
the leakage current exceeds 0.5 milliamps, or if the resistance from chassis to either side of the power cord is less than 240 kohms, the unit is
defective.
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.
H
WARNING:
DO NOT return the unit to the customer until the problem is located and corrected.
21
I
DN-6OOF
I
SEMICONDUCTORS
• IC's
:RC4558P
OKSL IT" "_DIN
XTI I-_
A OUTPUT I_v
1
BCKI
I[_] V+
A-,NPUT X--I BOUTPUT
A+,NPOT__ B-,NPUT
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1
[]
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[]
VDD
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Iq-
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Collector Out(-) r2
DOL
DOR
1-_
CollectorOut (+)
NC
-5V OUT I_"
L,=
HZS6B-1
HZS7A-1
HZS30-1
+Vcc
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DIG. GND
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I_I _
z
VPOT
1-T1 MSB ADJ
I_"
• TRANSISTOR
5_z
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NC
+5V OUT
BALANCE
DG
-Vcc E
Emitter Out(+)
NC 1"-4-
lSS198
1SS270A
lSR35
1A3-1
PCM61 P-L
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or
WCKO
RS--_
I_
M5290P
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CKOI-Z
vss E
MOTE
MCK i-7
MLE I-@___
M5290P
PCM61P-L
• IC DIODE
• IC PROTECTOR
SM5841BP
TL4558P
I OUT
CLK
ANA. GND
REFERENCE
LEC 16"
DELAY
ON/OFF
RESET
GND
1--_
S.J
RF
DATA
-VL
2SD1913
2SB1274
2SD1762
2SB 1185
2SA933(Q)
2SD2144
:C557A/B
2SB562
2SD468(C)
:BC369
:BC368
DTC114ES(10K)
DTA124XS(22K-47K)
VOUT
(B)
(C)
INPUT
31_1_E)
CXA1372S
CXD2500BQ
M38173M6-161 FP
TE
TDFCT
ATSC
IT
FZ
E
FZC
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FE
rT
VC
DVEE
FS3
4-_
DVCC
4-_
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EFM
3-71 ASY
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MIRR
TG2
DGND
AVCC
TA-
E
E
_'_
SENS
3-_
C. OUT
31--7 XRST
SL+
DATA
SLO
2-_
XLT
SL-
2-_
CLK
FSET
LOCK
ISET
SSTOP
DIRC
E
65
HflHRn flflflflflflAH flHflflflH H
41
40
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C (Collector)
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i1_11=:
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TAO
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DN-6OOF
NIPPON
COLUMBIA
CO.. LTD.
14-14, AKASAKA 4-CHOME, MINATO-KU, TOKYO 107-I 1, ,JAPAN
Telephone: 03 (3584) 8111
Cable: NIPPON COLUMBIA TOKYO Telex: JAPANOLA J22591
Printed Jr,Japan
407 _B_
0438