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  9. Sony CDP-70 User manual

Sony CDP-70 User manual

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SERVICE
MANUAL
US
Model
Canadian
Model
AEP
Model
UK
Model
E
Model
SPECIFICATIONS
Output
level
2
V
(at
50
kiloohms)
Load
impedance
over
10
kiloohms
Compact
disc
player
Compact
disc
digital
audio
system
Laser
output
Max.
44.6
pW"
*
This
output
is
the
value
measured
at
a
distance
of
about
200
mm
from
the
Pick-up
Block.
Frequency
response
|
2Hz-
20,000
Hz
(+0.3
dB)
Signal-to-noise
ratio
{|More
than
102
dB
Channel
separation
More
than
98
dB
(1kHz)
Outputs
LINE
OUT
(phono
jacks)
DIGITAL
OUT
(OPTICAL)
|
Wave
fength
660
nm
(optical
output
connector)
|
Output
level
-
18
dBm
HEADPHONES
Output
level
max.
15
mW
(stereo
phono
jack)
Load
Impedance
32
ohms
Dimensions
(approx.)
Laser
Semiconductor
laser
(A
=
780
nm)
Emission
duration:
continuous
objective
lens
surface
on
the
Optical
Dynamic
range
More
than
95
dB
Harmonic
distortion
Less
than
0.003%
(1kHz)
(Fixed)
General
(w/h/d)
120
V
AC,
60Hz
430
x
95
x
275
mm
(17
x
3%
x
10%
inches)
including
projecting
parts
and
controls
Weight
(approx.,
net)
|3.5
kg
(7
Ibs
11
02)
MICROFILM
Model
Name
Using
Similar
Mechanism)
CDP-208ESD
CD
Transport
Mechanism
Type
KSS-150A(RP)
Optical
Pick-Up
Block
Type
BU-5C
Supplied
accessories
Audio
signal
connecting
cord
1
(2
phono
plugs
-
2
phono
plugs)
Remote
commander
|
tT
Sony
SUM-3
(NS)
batteries
Remote
commander
Remote
control
Infrared
control
system
3
V
DC
with
two
size
AA
(Ré)
batteries
67
x
20
Xx
175
mm
(w/h/d)
(2%
x
13/16
X
7
inches)
Weight
135
g
(5
oz)
including
batteries
Design
and
specifications
subject
to
change
without
notice.
SAFETY-RELATED
COMPONENT
WARNING!!
COMPONENTS
IDENTIFIED
BY
MARK
A
OR
DOTTED
LINE
WITH
MARK
A
ON
THE
SCHEMATIC
DIAGRAMS
AND
IN
THE
PARTS
LIST
ARE
CRITICAL
TO
SAFE
OPERATION.
REPLACE
THESE
COMPONENTS
WITH
SONY
PARTS
WHOSE
PART
NUMBERS
APPEAR
AS
SHOWN
IN
THIS
MANUAL
OR
IN
SUPPLEMENTS
PUB-
LISHED
BY
SONY.
COMPACT
DISC
PLAYER
SONY.
Pe
Ree
Te
ee
ee
ae
ee
~
CDP-770
|
TABLE
OF
CONTENTS
Section
Title
SECTION
1
GENERAL
1-1.
Location
of
Controls
................
220
e
eens
SECTION
2
ELECTRICAL
ADJUSTMENTS
............
SECTION
3
DIAGRAMS
3-1.
Semiconductor
Lead
Layouts
..................
3-2.
Printed
wiring
Boards.................-02.
eee
3-3.
Schematic
Diagram
...........
0...
c
cess
eee eee
SAFETY
CHECK-OUT
After
correcting
the
original
service
problem,
perform
the
following
safety
check
before
releasing
the
set
to
the
customer:
Check
the
antenna
terminals,
metal
trim,
“metallized”
knobs,
screws,
and
all
other
exposed
metal
parts
for
AC
leakage.
Check
leakage
as
described
below.
LEAKAGE
TEST
The
AC
leakage
from
any
exposed
metal
part
to
earth
ground
and
from
all
exposed
metal
parts
to
any
exposed
metal
part
having
a
return
to
chassis,
must
not
exceed
0.5mA
(500
microampers).
Leakage
current
can
be
measured
by
any
one
of
three
methods.
1.
A
commercial
leakage
tester,
such
as
the
Simpson
229
or
RCA
WT-S40A._
Follow
the
manufacturers’
instructions
to
use
these
instru-
ments.
to
A
battery-operated
AC
milliammeter.
The
Data
Precision
245
digital
multimeter
is
suitable
for
this
job.
e
iy
Section
Title
3-4.
Explanation
of
IC601
(MSC6458-36SS)
..........
3-4-1...
Pin:
Descriptions
biases
iG
ee
dias
ogee
ee
3-5.
IC
Block
Diagrams
...............
0.
cece
eee
eee
SECTION
4
EXPLODED
VIEWS
A-\:.
Main
Block
ics
csa3
cae
een
es
Cte
Pad
MAAS
4-2.
Optical
Pick-Up
Block
..................0.000.
11
|
SECTION
5
ELECTRICAL
PARTS
LIST
................
3.
Measuring
the
voltage
drop
across
a
resistor
by
means
of
a
VOM
or
battery-operated
AC
volt-
meter.
The
“‘limit”
indication
is
0.75
V,
so
analog
meters
must
have
an
accurate
low-
voltage
scale.
The
Simpson
250
and
Sanwa
SH-63Trd
are
examples
of
a
passive
VOM
that
is
suitable.
Nearly
all
battery
operated
digital
multimeters
that
have
a
2V
AC
range
are
suitable.
(See
Fig.
A}
To
Exposed
Metal
Parts
on
Set
|
AC
voltmeter
(0.75
V)
0.15uF
T
1.542
=
Earth
Ground
Fig.
A.
Using
an
AC
voltmeter
to
check
AC
leakage.
SERVICING
NOTE
NOTES
ON
HANDLING
THE
OPTICAL
PICK-
UP
BLOCK
OR
BASE
UNIT
The
laser
diode
in
the
optical
pick-up
block
may
suffer
electrostatic
breakdown
because
of
the
poten-
tial
difference
generated
by
the
charged
electrostatic
load,
etc.
on
clothing
and
the
human
body.
During
repair,
pay
attention
to
electrostatic
break-
down
and
also
use
the
procedure
in
the
printed
matter
which
is
included
in
the
repair
parts.
The
flexible
board
is
easily
damaged
and
should
be
handled
with
care.
CAUTION
Use
of
controls
or
adjustments
or
performance
of
procedures
other
than
those
specified
herein
may
result
in
hazardous
radiation
exposure.
NOTES
ON
LASER
DIODE
EMISSION
CHECK
The
laser
beam
on
this
model
is
concentrated
so as
to
be
focused
on
the
disc
reflective
surface
by
the
objective
lens
in
the
optical
pick-up
block.
Therefore,
when
check-
ing
the
laser
diode
emission,
observe
from
more
than
30
cm
away
from
the
objective
lens.
—2—
|
CDP-770
SECTION
1
GENERAL
1-1.
LOCATION
OF
CONTROLS
Front
Panel
.
Remote
Commander
oe
GLEAR/REPEAT
(A<>B
clear/repeat)
button
20
<<>>
SLOW
(Low
i
speed
manual
search)
9
buttons
18}
A<->B
repeat
button
POWER
switch
re
This
indicates
a
function
available
Disc
compartment
only
on
the
main
unit.
hail
button
“|
This
indicates
a
function
available
EMOTE
sensor
E
only
on
the
remote
commander.
FADER
(FADE
IN/FADE
OUT)
button
EDIT/TIME
FADE
button
CHECK
(program
check)
button
CLEAR
(program
clear)
button
<<>>
(manual
search)
buttons
PROGRAM
or
PGM
button
SHUFFLE
button
Numeric
buttons
HEADPHONE
VOL
control
PHONES
jack
>
20
(over
20)
button
CONTINUE/SINGLE
button
k44
>i
(AMS*)
buttons
@
(stop)
button
Il
(pause)
button
P
(play)
button
&
(open/close)
button
AUTO
SPACE
button
TIME
button
SSPE
SeReNESOONoFAeNE)
*AMS
is
the
abbreviation
of
Automatic
Music
Sensor.
CDP-770
SECTION
2
ELECTRICAL
ADJUSTMENTS
1.
Perform
adjustments
in
the
order
given.
1.
Connect
oscilloscope
to
test
point
TP
(RF)
and
TP
(RFG),
2.
Use
YEDS-18
(Part
No:
3-702-101-01)
disc
unless
other-
2.
Turn
POWER
switch
on.
wise
indicated.
3.
Put
disc
(YEDS-18)
in
and
press
DP
button.
3.
Use
the
oscilloscope
with
more
than
10
MQ
impedance.
4.
Adjust
RV102
for
an
optimum
waveform
eye
pattern
or
so
that
the
peak
is
maximum.
Optimum
eye
pattern
means
RF
PLL
Frequency
Adjustment/Lock
Frequency
Check
that
shape
“©”
can
be
clearly
distinguished
at
the
center
Procedure
:
of
the
waveform.
frequency
counter
RF
signal
waveform
main
board
\
KAKA
|
ee
pe
ANY
a
XA
.
Connect
test
point
TP
(ASY)
to
ground
with
lead
wire.
XXX
AA
2.
Tum
POWER
switch
on.
NUN
3.
Connect
the
frequency
counter
to
test
point
TP
(PCK)
pene
a
and
TP
(AG).
reo
wr
4.
Adjust
RV201
so
that
the
reading
on
the
frequency
counter
is
43218MHz+30kHz.....
(RF
PLL
frequency
adjustment).
5.
Remove
lead
wire
connecting
TP
(ASY)
to
ground.
Adjustment
Location:
main
board
6.
Put
disc
(YEDS-18)
in
and
press
>
button.
7.
Confirm
that
the
reading
on
frequency
counter
is
4.3218MHz.....
(Lock
frequency
check).
E-F
Balance
Adjustment
eee
:
:
EF
TEO
This
adjustment
should
be
made
when
replacing
TOP
(T
eatance
{
TE!
type
Optical
Pick-up).
ADJ
RV101
Procedure
:
oscilloscope
(DC
range)
it
FOCUS
RF
BIAS
RFG
AG
RF
PLL
ADJ
\RV102
PCK
FREQUENCY
,
ADJ/LOCK
‘d
main
boar
ere
FREQUENCY
TP
(TEO)
Om———-O
+
CHECK
TP
(AG)
Om—_——-0
~
1.
Connect
test
point
TP
(ADJ)
and
test
point
TP
(TEI)
to
ground
with
lead
wire.
Connect
oscilloscope
to
test
point
TP
(TEO)
and
TP
(AG).
Turn
POWER
switch
on.
Put
disc
(YEDS-18)
in
and
press
>
button.
Adjust
RV101
so
that
the
traverse
waveform
is
symmetri-
cal
above
and
below.
6.
After
adjustment,
remove
the
lead
wire
connected
in
step
5.
VF
wp
A=B
A
(within
5%)
Bg
VOLT/DIV:
IV
TIME
/DIV:
Ims
Focus
Bias
Adjustment
This
adjustment
should
be
made
when
replacing
TOP
(T-
type
Optical
Pick-up).
Procedure:
oscilloscope
(DC
range)
main
board
Cc
a
TP
(RF)
O«———O
+
TP
(RFG)O—m——_—oO
—
REFERENCE
1.
Focus/Tracking
Gain
Adjustments
A
frequency
responce
analyzer
is
necessary
in
order
to
perform
this
adjustment
exactly.
However,
this
gain
has
a
margin,
so
even
if
it
is
slightly
off,
2,
there
is
no
problem.
Therefore,
do
not
perform
this
adjust-
ment.
3.
Focus/tracking
gain
determines
the
pick-up
follow
up
(verti-
4.
cal
and
horizontal)
relative
to
mechanical
noise
and
shock
when
the
2-axis
device
operate.
:
However,
as
these
reciprocate,
the
adjustment
is
at
the
point
where
both
are
satisfied.
@
When
gain
is
raised,
the
noise
when
the
2-axis
device
oper-
ates
increases.
@When
gain
is
lowered,
mechanical
shock
and
skipping
occurs
more
easily.
@
When
gain
adjustment
is
off,
the
symptoms
below
appear.
Symptoms
Tracking
eThe
time
until
music
starts
becomes
longer
for
@
—
D
or
automatic
é
l
.
ed
selection.
(Kid,
DD
but-
Onion.
teh
tons
pressed.)
(Normally
takes
about
1
seconds.)
@
Music
does
not
start
and
disc
continues
to
rotate
for
@
—
DP
or
automatic
selection.
(Ki<J,
DEI
buttons
pressed.)
@Disc
table
opens
shortly
after
aS
be.
low
or
high
Sound
is
interrupted
dur-
ing
PLAY
or
time
counter
display
stops
progressing.
®
More
noise
during
2-axis
device
operation.
The
following
is
a
simple
adjustment
method.
—Primary
Adjustment
—
Note
:
Since
exact
adjustment
cannot
be
performed,
remem-
ber
the
positions
of
the
controls
before
performing
the
adjustment.
If
the
position
after
the
primary
adjust-
ment
are
only
a
little
different,
return
the
controls
to
the
original
position.
Procedure
:
oscilloscope
(DC
range)
main
board
C)
TP
(FEO)
soar
emea
+
|
TP
(TEO)
O=e-
-7
|
O-
Keep
the
set
horizontal.
If
the
set
is
not
horizontal,
this
adjustment
cannot
be
performed
due
to
the
gravity
against
the
2-axis
device.
Insert
disc
(YEDS-18:
Fifth
Selection)
and
press
>
but-
ton.
Connect
oscilloscope
to
main
board
TP
(FEO).
Adjust
RV103
so
that
the
waveform
is
as
shown
in
the
figure
below.
(focus
gain
adjustment)
Connect
oscilloscope
to
main
board
TP
(TEO).
Adjust
RV104
so
that
the
waveform
is
as
shown
in
the
figure
below.
(tracking
gain
adjustment)
VOLT
/DIV
:
100mV
TIME
/DIV
:
2mS
100mV
ov
@
Incorrent
Examples
(DC
level
changes
more
than
on
adjust-
waveform)
low
focus
gain
VOLT/DIV:
100mV
TIME
/DIV
:
2mS
250mV
ov
high
focus
gain
VOLT/DIV:
100mV
TIME/DIV
:
2mS
100mV
75mV
OV
ov
@
Incorrect
Examples
(fundamental
wave
appears)
low
tracking
gain
TIME
/DIV
ov
high
tracking
gain
higher
fundamental
wave
than
for
low
gain)
ov
Adjustment
Location
:
main
board
VOLT
/DIV:
TIME
/DIV
:
VOLT/DIV
:
VOLT/DIV
:
TIME
/DIV
:
Iv
2ms
lV
:
2ms
IV
2ms
VOLT/DIV:
IV
TIME
/DIV
:
2mS
ov
Incorrect
Examples
(fundamental
wave
appears)
low
tracking
gain
VOLT/DIV:
IV
TIME
/DIV
:
2mS
OV
high
tracking
gain
higher
fundamental
wave
than
for
low
gain)
VOLT/DIV:
1V
TIME
/DIV
:
2mS
ov
Adjustment
Location:
main
board
FEO
FOCUS
rvio3
{
GAIN
ADJ
Feat
TRACKING
TEO
L.-.
Gan
RV104
ADJ
SECTION
3
DIAGRAMS
3-1.
SEMICONDUCTOR
LEAD
LAYOUTS
CXA1081S
GP1F31T
M5231TL
vr3ses
CXA1082BS
GP1U52
M5294P
PCMS56P-S
16
1514131211109
12345678
(Top
view)
CXA1291P
LC9600P-144
NJM4556S
t234se7as
MSC6458-36SS
CXD1125Q
DTA144ES
DTC114ES
DTC143TS
DTC144ES
(Top
view)
MARKING
SIOE
VIEW
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