HCD-V8800 is the tuner, deck, Video CD and
amplifier section in LBT-V8800AV.
Model Name Using Similar MechanismHCD-V4500
CD
SECTION
TAPE
DECK
SECTION
CD Mechanism TypeCDM37L-5BD21AL
Base Unit TypeBU-5BD21AL
Optical Pick-up TypeKSS-213D/Q-NP
Model Name Using Similar MechanismHCD-V4500
Tape Transport Mechanism TypeTCM-220WR2
E Model
Chinese Model
SPECIFICATIONS
— Continued on next page —
MICROFILM
COMPACT DISC DECK RECEIVER
— 1 —
Page 2
CAUTION
Use of controls or adjustments or performance of procedures
other than those specified herein may result in hazardous radiation exposure.
Notes on chip component replacement
• Never reuse a disconnected chip component.
• Notice that the minus side of a tantalum capacitor may be
damaged by heat.
Flexible Circuit Board Repairing
• Keep the temperature of soldering iron around 270˚C
during repairing.
• Do not touch the soldering iron on the same conductor of the
circuit board (within 3 times).
• Be careful not to apply force on the conductor when soldering
or unsoldering.
Laser component in this product is capable of emitting radiation
exceeding the limit for Class 1.
This appliance is classified as
a CLASS 1 LASER product.
The CLASS 1 LASER PRODUCT MARKING is located on
the rear exterior.
This caution
label is located
inside the unit.
MODEL IDENTIFICATION
— BACK PANEL —
MODEL
E, SP model
MY model
CH model
IA model
SAFETY-RELATED COMPONENT WARNING !!
COMPONENTS IDENTIFIED BY MARK ! OR DO TTED LINE
WITH MARK ! 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 PUBLISHED BY SONY.
PARTS No.
4-992-220-0
4-992-220-1
4-992-220-2
4-992-220-3
• Abbreviation
SP : Singapore model
MY : Malaysia model
IA : Indonesian model
CH : Chinese model
— 2 —
Page 3
NOTES ON HANDLING THE OPTICAL PICK-UP BLOCK
OR BASE UNIT
The laser diode in the optical pick-up block may suffer electrostatic
break-down because of the potential 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
repain parts.
The flexible board is easily damaged and should be handled with
care.
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 pickup block. Therefore, when checking the laser diode emission, observe from more than 30 cm away from the objective lens.
LASER DIODE AND FOCUS SEARCH OPERATION
CHECK
Carry out the “S curve check” in “CD section adjustment” and check
that the S curve waveform is output three times.
8-8. CD Mechanism Section (CDM37L-5BD21AL) ............... 104
8-9. Base Unit Section (BU-5BD21AL) ..................................105
9. ELECTRICAL PARTS LIST ...................................... 106
— 3 —
Page 4
SECTION 1
SERVICING NOTE
MC Cold Reset
• The cold reset clears all data including preset data stored in the
RAM to initial conditions. Execute this mode when returning the
set to the customer.
Procedure:
1. Press three b uttons SPECTR UM AN ALYZER , ENTER , and
DISC 1 simultaneously.
2. The fluorescent indicator tube becomes blank instantaneously,
and the set is reset.
CD Delivery Mode
• This mode moves the pick-up to the position durable to vibration.
Use this mode when returning the set to the customer after repair.
Procedure:
1. Press POWER button to turn the set ON.
2. Press PLAY MODE button and PO WER button simultaneously .
3. A message “LOCK” is displayed on the fluorescent indicator
tube, and the CD delivery mode is set.
MC Hot Reset
• This mode resets the set with the preset data kept stored in the
memory. The hot reset mode functions same as if the power cord
is plugged in and out.
Procedure:
1. Press three b uttons SPECTR UM AN ALYZER , ENTER , and
DISC 2 simultaneously.
2. The fluorescent indicator tube becomes blank instantaneously,
and the set is reset.
Sled Servo Mode
• This mode can run the CD sled motor freely. Use this mode, for
instance, when cleaning the pick-up.
Procedure:
1. Select the function “CD”.
2. Press three b uttons SPECTR UM AN ALYZER , ENTER , and
FUNCTION simultaneously.
3. The Sled Servo mode is selected, if “CD” is blanking on the
fluorescent indicator tube.
4. With the CD in stop status, press ) button in CD section to
move the pick-up to outside track, or 0 button to inside track.
5. To exit from this mode, perform as follows:
1) Move the pick-up to the most inside track.
2) Press three buttons in the same manner as step 2.
Note:
• Always move the pick-up to most inside track when exiting from
this mode. Otherwise, a disc will not be unloaded.
• Do not run the sled motor excessively, otherwise the gear can be
chipped.
Change-over of FUNCTION Name
• The FUNCTION name of external input terminal can be changed
over to VIDEO or MD. With the FUNCTION selected to “MD”,
about 5dB mute is applied to the input gain.
Procedure:
1. Press POWER button to turn the set OFF.
2. Press POWER button together with FUNCTION button, and
the power is turned on, the display of fluorescent indicator tube
changes to “MD” or “VIDEO” instantaneously, and thus the
FUNCTION is changed over.
Change-over of AM T uner Step between 9kHz and 10kHz
• A step of AM channels can be changed over between 9kHz and
10kHz.
Procedure:
1. Press POWER button to turn the set ON.
2. Select the function “TUNER”, and press TUNER/BAND but-
ton to select the BAND “AM”.
3. Press POWER button to turn the set OFF.
4. Press ENTER/NEXT and POWER buttons simultaneously,
and the display of fluorescent indicator tube changes to “AM
9k STEP” or “AM 10k STEP”, and thus the channel step is
changed over.
LED and Fluorescent Indicator Tube All Lit, Key Check
Mode
Procedure:
1. Press three b uttons SPECTR UM AN ALYZER , ENTER , and
DISC 3 simultaneously.
2. LEDs and fluorescent indicator tube are all turned on.
Press DISC 2 button, and the key check mode is activated.
3. In the key check mode, the fluorescent indicator tube displays
“K 1 V0 J0”. Each time a button is pressed, “K”value increases.
However, once a button is pressed, it is no longer taken into
account.
“J” Value increases like 1, 2, 3 ... if rotating JOG knob in “+”
direction, or it decreases like 0, 9, 8 ... if rotating in “–” direction.
“V” Value increases like 1, 2, 3 ... if rotating V OLUME knob in
“+” direction, or it decreases like 0, 9, 8 ... if rotating in “–”
direction.
4. To exit from this mode, press three buttons in the same manner
as step 1, or disconnect the power cord.
Aging Mode
This mode can be used for operation check of CD section and tape
deck section.
• If an error occurred:
The aging operation stops.
• If no error occurs:
The aging operation continues repeatedly.
1. Aging Mode in CD Section
1-1. Operating procedure of Aging Mode
1. Set discs in DISC 1 and DISC 3 trays.
2. Select the function “CD”.
3. Press three buttons SPECTRUM ANALYZER , ENTER ,
and KARAOKE PON/MPX simultaneously.
4. The aging mode is activated, if a roulette mark on the fluo-
rescent indicator tube is blinking.
5. In the aging mode, the aging is executed in a sequence given
in “1-2. Operation during Aging Mode”.
The aging continues unless an alarm occurred.
6. To exit from the aging mode, press POWER button to turn
the set OFF.
• If a button other than buttons In CD section is pressed during
aging, the aging in the CD section is finished.
• T o execute aging to the tape dec k section successiv ely , press ·
button in the deck A.
“AGING” is displayed on the fluorescent indicator tube. (For the
aging in tape deck, see “2. Aging Mode in Tape Deck Section”.
1-2. Operation during aging Mode
In the aging mode, the program is executed in the following sequence.
1. The disc tray turns to select a disc. (For a disc selection se-
quence, see Section 1-3.)
2. TOC of disc is read.
3. The pick-up accesses to the last track.
4. Steps 1 through 3 are repeated.
1-3. Disc Selection Sequence
• During the aging mode, discs are selected in the following se-
quence:
Disc 1 → Disc 3
↑↓
Disc 3 ← Disc 1
— 4 —
Page 5
2. Aging Mode in Tape Deck Section
L
g
H
L
2 time blinking
e
D701
IC771
2-1. Operating procedure of Aging Mode
1. Load a commercially available 10-minute tape into the decks
A and B respectively.
(If a 10-minute tape is not available, another tape may be
used but a cycle time will be longer.)
2. Select the function “TAPE”.
3. Rewind tapes in advance by pressing 0 button respectively on decks A and B.
4. Press three buttons SPECTRUM ANALYZER , ENTER ,
and KARAOKE PON/MPX simultaneously.
5. Press · button on deck A. (This button triggers the aging
mode.)
6. The aging mode is activated if “AGING A” is displayed on
the fluorescent indicator tube.
7. In the aging mode, the aging is executed in a sequence given
in “2-2. Operation during Aging Mode”.
The aging continues unless an alarm occurred.
8. To exit from the aging mode, press POWER button to turn
the set OFF.
SELF-DIAGNOSIS
This model has the self-diagnosis function for the VIDEO and
AUDIO decoder sections.
Immediately after the power on, the self-diagnosis function searches
each operation of IC’s around the mechanism control microcomputer (IC701).
The results can be checked by connecting an oscilloscope to TP709
(LED) of the VIDEO board.
Oscilloscope (Waveform)
H
Symptom
No error
Light
L
H
External SRAM (IC751)
error
1 time blinking
2-2. Operation during Aging Mode
In the aging mode, the program is executed in the following sequence.
1. A tape on FWD side is played for one minute.
2. PAUSE STOP is made.
3. Recording is made for 3 minutes. (For the deck not having
the record function, the play is executed.)
4. FF is executed up to the end of tape.
5. A tape is reversed, and the tape on REV side is played for
one minute.
6. PAUSE STOP is made.
7. Recording is made for 3 minutes. (For the deck not having
the record function, the play is executed.)
8. FF is executed up to the end of tape.
9. Steps 1 through 8 are executed for the other deck.
10. Steps 1 through 9 are repeated unless an alarm occurred.
2-3. Deck Selection Sequence
• During the aging mode, decks are selected in the following sequence:
Deck A (FWD) → Deck A (REV)
↑↓
Deck B (REV) ← Deck B (FWD)
MPEG decoder (IC201)
error
H
DRAM (IC251) error
3 time blinkin
VIDEO board
TP709 (LED)
L
oscilloscop
+
–
Note: The LED for check (D701) is mounted to some sets
(FORMER TYPE). In this case, confirm the lighting condition of LED.
@∞ SUPER W MODE button
@§ GEQ control buttons
@¶ GEQ CONTROL button
@• ENTER button
@ª P FILE MEMORY button
#º # button
#¡ KEY CONTROL indicator
#™ ˜ button
#£ KARAOKE PON/MPX button
#¢ PHONES jack
#∞ ECHO LEVEL knob
#§ MIC 1, MIC 2 jacks
#¶ MIC LEVEL knob
#• Deck B ª, · button
#ª Deck B 0, ) button
$º Deck B r REC button
$¡ Deck B P button
$™ CD SYNC button
$£ Deck B 6 EJECT button
$¢ H SPEED DUB button
$∞ Deck B p button
$§ Deck A 0, ) button
$¶ Deck A 6 EJECT button
$• DOLBY NR button
$ª DIRECTION button
%º Deck A p button
%¡ Deck A ª, · button
%™ 6 OPEN button
%£ CD · button
%¢ CD p button
%∞ CD P button
%§ DISC SKIP button
%¶ CD FLASH button
%• 1/ALL DISCS button
%ª PLAY MODE button
^º CD 0, ) button
^¡ REPEAT button
^™ ≠ AMS ± dial
^£ EDIT button
^¢ NEXT button
^∞ AUTO PBC indicator
^§ PREV button
^¶ PBC indicator
^• ˆ RETURN button
^ª VCD indicator
&º CD LOOP button
&¡ CD NON-STOP button
&™ DISC1-DISC5 buttons
SECTION 3
DISASSEMBLY
Note: Follow the disassembly procedure in the numerical order given.
3-1. FRONT PANEL
1
Three flat type wires
(CN401, CN402, CN701)
3
Front panel
2
— 7 —
Four screws (BVTP3x8)
Page 8
3-2. MAIN BOARD
9
Connector
(CN601)
0
Connector
(CN9001)
4
Power cord
5
Back panel
3
Seven screws (BVTP3x8)
2
Eleven screws
(BVTP3x8)
1
Flat type wire (CN1)
Installing the power cord for the
Chinese model.
Power transformer
Bushing cord
Ferrite core
Wire clamp
!£
MAIN board
6
Connector
(CN961)
7
Flat type wire
(CN801)
3-3. TAPE MECHANISM DECK
3
Three screws
(BVTP2.6x8)
A
!¡
Two screws
(BVTP3x8)
4
Three screws (BVTP2.6x8)
5
Remove the tape mechanism deck
section to direction of the arrow
!™
Connector
(CN901)
8
Connector
(CN830)
2
A
.
Open the cassette lids.
1
Push the two buttons.
— 8 —
Page 9
3-4. CASSETTE LID ASSEMBLY
1
Two springs
4
Cassette lid assembly
3
Two bracket
2
Two screws (BVTP2.6x8)
3-5. CD LID ASSEMBLY
2
Connector (CN671)
1
Four screws (BVTP2.6x8)
4
CD lid assembly
3
Connector (CN661)
— 9 —
Page 10
3-6. CD MECHANISM DECK
t
1
Five screws
(BVTP3x8)
2
CD mechanism
deck
3
Flat type wire
3-7. BASE UNIT
2
Boss
3
Base uni
1
Yoke bracket
3-8. DISC TABLE
Note:
When the disc table is installed, adjust the positions of
roller cam and mark ” as shown in the figure, then set to
the groove of disc table.
A
3
2
Screw (BVTP3x8)
Bracket (BU)
1
Screw (BVTP3x8)
A
4
Stop screw
5
Disc table
— 10 —
Page 11
SECTION 4
SL703 (AFADJ)
IC751
IC251
SL702 (ADJ)
SL701 (CAL BAR)
TEST MODE
VIDEO CD COLOR-BARS MODE
On this mode, the data of the color-bars signal as a picture signal
and the 1kHz sine wave signal as a sound signal are output by the
mechanism control microcomputer (IC701) for video CD signal
check. When measurement of the voltage and waveform on the
VIDEO board, perform it in this mode.
For refernce, the color-bars signal can be observed at J9001 (VIDEO
OUT) and the sound signal can be observed at J101 (VIDEO (AUDIO) OUT) using an oscilloscope.
1. Connect the lead wire to both ends of the land of SL701 (CAL
BAR) of the VIDEO board.
2. Turn the power on. Press FUNCTION button to select CD.
3. After 2 or 3 seconds later, connect the lead wire.
4. After measuring, remove the lead wire connected.
NOTE:
The 1 kHz sine wave is not outputted when the CD is played once,
but it is not error.
E-F BALANCE MODE
• Refer to SECTION 6 ELECTRICAL ADJUSTMENTS page 15.
1. Connect the lead wire to both ends of the land of SL702 (ADJ)
and SL703 (AFADJ) of the VIDEO board.
2. Turn the power on. Press FUNCTION button to select CD.
3. Short-circuit the lead wire. (At this time, “DISC” on the fluores-
cent indicator tube will blink (test mode). If it is not blinking,
perform from step 1 again.)
4. Press the · button in playback.
5. Every pressing the REPEAT b utton, the tracking serv o and the
sledding servo are turned on or off.
6. When the servo is OFF, the counter on front panel will not be
changed.
7. After measuring, remove the lead wire connected step 1.
[VIDEO BOARD] (SIDE B)
— 11 —
Page 12
SECTION 5
MECHANICAL ADJUSTMENTS
SECTION 6
ELECTRICAL ADJUSTMENTS
Precaution
1. Clean the following parts with a denatured alcohol-moistened
swab:
2. Demagnetize the record/playback head with a head demagnetizer.
3. Do not use a magnetized screwdriver for the adjustments.
4. After the adjustments, apply suitable locking compound to the
parts adjusted.
5. The adjustments should be performed with the rated power supply voltage unless otherwise noted.
Torque Measurement
Torque
FWD
FWD
back tension
REV
REV
back tension
FF/REW
FWD tension
REV tension
Torque meter
CQ-102C
CQ-102C
CQ-102RC
CQ-102RC
CQ-201B
CQ-403A
CQ-403R
Meter reading
36 to 61 g • cm
(0.5 - 0.84 oz • inch)
2 to 6 g • cm
(0.02 - 0.08 oz • inch)
36 to 61 g • cm
(0.5 - 0.84 oz • inch)
2 to 6 g • cm
(0.02 - 0.08 oz • inch)
61 to 143 g • cm
(0.85 - 1.99 oz • inch)
100 g or more
(3.53 oz or more)
100 g or more
(3.53 oz or more)
DECK SECTION0 dB=0.775V
1. Demagnetize the record/playback head with a head damagnetizer .
2. Do not use a magnetized screwdriver for the adjustments.
3. After the adjustments, apply suitable locking compound to the
parts adjusted.
4. The adjustments should be performed with the rated power supply voltage unless otherwise noted.
5. The adjustments should be performed in the order given in this
service manual. (As a general rule, playback circuit adjustment
should be completed before performing recording circuit adjustment.)
6. The adjustments should be performed for both L-CH and R-CH.
7. Switches and controls should be set as follows unless otherwise
specified.
Tape
P-4-A100
WS-48B
P-4-L300
NOTE:
Set the test mode by following step before performing the adjustment of “DECK SECTION”. All effects for the output signal are
canceled. If the adjustment is not performed in this test mode, you
cannot adjust correctly.
Procedure :
With the power turned ON, press the SPECTRUM ANALYZER
button, ENTER button, and EFFECT button simultaneously.
(The “VOLUME” on the fluorescent display tube will blink while
in the test mode.)
To exit the test mode, press the POWER button.
Signal
10 kHz, –10 dB
3 kHz, 0 dB
315 Hz, 0 dB
Used for
Azimuth Adjustment
Tape Speed Adjustment
Level Adjustment
Record/Playback Head Azimuth Adjustment
(Deck A, Deck B)
Note: Perform this adjustments for both decks.
Procedure:
1. Mode : Playback
test tape
P-4-A100
(10kHz, –10dB)
set
VIDEO(AUDIO)
OUT
level meter
+
–
— 12 —
Page 13
2. Turn the adjustment screw and check output peaks. If the peaks
e
do not match for L-CH and R-CH, turn the adjustment screw so
that outputs match within 1 dB of peak.
L-CH
peak
output
level
within
1 dB
within 1dB
Tape Speed Adjustment (Deck A)
Note: Set the test mode using the following method and begin tape
speed adjustment.
In the test mode, the tape will move at double speed while
the H SPEED DUB button is pressed.
Procedure :
With the power turned ON, press the SPECTRUM ANALYZER
button, ENTER button, and EFFECT button simultaneously.
(The “VOLUME” on the fluorescent display tube will blink while
in the test mode.)
To exit the test mode, press the POWER button.
R-CH
screw
position
peak
3. Mode: Playback
test tape
P-4-A100
(10kHz, –10dB)
in phase45
L-CH
peak
VIDEO
(AUDIO)
OUT
L
set
R
Waveform of oscilloscope
°
90
°
good
135
R-CH
peak
°
oscilloscope
180
wrong
°
screw
position
1. Load WS-48B into deck A and a recordable tape into deck B.
2. Press the r REC button, and press the · button of deck B to
set deck B into the recording state.
3. Play deck A.
4. While pressing the H SPEED DUB button, set double speed
play.
5. Adjust RV652 of the AUDIO board so that the reading of the
frequency counter becomes 6000 ± 90 Hz.
6. Release the H SPEED DUB button to set normal speed play.
7. Adjust RV651 of the AUDIO board so that the reading of the
frequency counter becomes 3000 ± 90 Hz.
Adjustment Location: AUDIO board
Sample Value of Wow and flutter
W.RMS (JIS) less than 0.3%
(test tape: WS-48B)
Playback Level Adjustment (Deck A, Deck B)
Procedure:
Mode: Playback
test tape
P-4-L300
(315Hz, 0dB)
set
level meter
4. After the adjustments, apply suitable locking compound to the
parts adjusted.
Adjustment Location: Playback Head (Deck A)
Record/Playback/Erase Head (Deck B)
revers
forward
VIDEO
(AUDIO)
OUT
Deck A is RV311 (L-CH) and RV411 (R-CH), deck B is RV301
(L-CH) and RV401 (R-CH)
so that adjustment within the following adjustment level.
Adjustment level:
CN403 playback level: 301.5 to 338.3 mV (–8.2 to –7.2 dB)
level difference between the channels: within ± 0.5 dB
Adjustment Location: AUDIO board
— 13 —
Page 14
Record Bias Adjustment (Deck B)
)
Record Level Adjustment (Deck B)
Procedure:
INTRODUCTION
When set to the test mode performed in Tape Speed Adjustment, when the tape is rewound after recording, the “REC memory
mode” which rewinds only the recorded portion and playback is
set.
This “REC memory mode” is convenient for performing this adjustment. During recording, the input signal FUNCTION will automatically switch to VIDEO.
1. Press FUNCTION button to select VIDEO. (This step is not
necessary if the above test mode has already been set.)
2. Load a tape into deck B, and press the r REC button.
3. Mode: Record
VIDEO (AUDIO) IN
1) 315Hz
2) 10kHz
AF OSC
attenuator
} 50 mV (–23.8 dB)
600
Ω
blank tape
CS-123
set
4. Mode: Playback
recorded
position
level meter
Procedure:
INTRODUCTION
When set to the test mode performed in Tape Speed Adjustment, when the tape is rewound after recording, the “REC memory
mode” which rewinds only the recorded portion and playback is
set.
This “REC memory mode” is convenient for performing this
adjustment. During recording, the input signal FUNCTION will
automatically switch to VIDEO.
1. Press FUNCTION button to select VIDEO. (This step is not
necessary if the above test mode has already been set.)
2. Load a tape into deck B, and press the r REC button.
3. Mode: Record
VIDEO (AUDIO) IN
315Hz 50 mV (–23.8 dB)
AF OSC
attenuator
600
Ω
set
blank tape
CS-123
4. Mode: Playback
recorded
position
level meter
set
VIDEO
(AUDIO)
OUT
5. Confirm playback the signal recorded in step 2 become adjustment level as follows.
If these levels do not adjustment level, adjust the RV341 (LCH) and RV441 (R-CH) on the AUDIO board to repeat steps 3
and 4.
Adjustment level: The playback output of 10 kHz le vel dif ference
5. Confirm playback the signal recorded in step 2 become adjustment level as follows.
If these levels do not adjustment level, adjust the RV301 (LCH) and RV351 (R-CH) on the MAIN board to repeat steps 3
and 4.
Adjustment level:
CN403 playback level: 47.2 to 53.0 mV (–24.3 to –23.3 dB)
Adjustment Location: MAIN board
RV301
[MAIN BOARD] (Component Side)
Record Level (L CH
IC401
RV351
Record Level
(R CH)
— 14 —
Page 15
CD SECTION
NOTE :
1. CD Block is basically designed to operate without adjustment.
Therefore, check each item in order given.
2. Use YEDS-18 disc (3-702-101-01) unless otherwise indicated.
3. Use an oscilloscope with more than 10MΩ impedance.
4. Clean the object lens by an applicator with neutral detergent when
the signal level is low than specified value with the following
checks.
S Curve Check
oscilloscope
BD board
TP (FE)
TP (VC)
Procedure :
1. Connect oscilloscope to test point TP (FE) on BD board.
2. Connect between test point TP (FEI) and TP (VC) by lead wire.
3. Turned Power switch on.
4. Put disc (YEDS-18) in and turned Power switch on again and
actuate the focus search. (actuate the focus search when disc
table is moving in and out.)
5. Check the oscilloscope waveform (S-curve) is symmetrical between A and B.
And confirm peak to peak level within 3±1 Vp-p.
S-curve waveform
+
–
symmetry
A
B
Within 3
±
1 Vp-p
Note : A clear RF signal waveform means that the shape “◊” can
be clearly distinguished at the center of the waveform.
RF signal waveform
VOLT/DIV : 200mV
TIME/DIV : 500ns
level : 1.3 Vp-p
+0.25
–0.20
E-F Balance (Traverse) Check
oscilloscope
BD board
TP (TE)
TP (VC)
+
–
Procedure :
1. Connect oscilloscpe to test point TP (TE) on BD board.
2. Connect the lead wire to both ends of the land of SL702 (ADJ)
and SL703 (AFADJ) of the VIDEO board.
3. Turned Power switch on. Press FUNCTION button to select
CD.
4. Short the lead wire.
5. Put disc (YEDS-18) in to play the number five track.
6. Press the REPEAT button. (The tracking servo and the sledding servo are turned OFF.)
7. Check the level B of the oscilliscope's waveform and the A (DC
voltage) of the center of the Traverse waveform.
Confirm the following :
A/B x 100 = less than ± 22%
Traverse waveform
Center of the waveform
6. After check, remove the lead wire connected in step 2.
Note : • Try to measure several times to make sure than the ratio
of A : B or B : A is more than 10 : 7.
• Take swee p time as long as possible and light up the brightness to obtain best waveform.
RF Level Check
oscilloscope
BD board
TP (RF)
TP (VC)
+
–
Procedure :
1. Connect oscilloscope to test point TP (RF) on BD board.
2. Turned Power switch on.
3. Put disc (YEDS-18) in to play the number five track.
4. Confirm that oscilloscope waveform is clear and check RF signal level is correct or not.
B
0V
level : 1.3
A (DC voltage)
±
0.6 Vp-p
8. Press the REPEAT button. (The tracking servo and sledding
servo are turned ON.) Confirm the C (DC voltage) is almost
equal to the A (DC voltage) is step 7.
Traverse waveform
C (DC
0V
Tracking servo
Sled servo
OFF
Tracking servo
Sled servo
ON
voltage)
9. Remove the lead wire connected step 1.
— 15 —
Page 16
RF PLL Free-run Frequency Check
Procedure :
1. Connect frequency counter to TP (PLCK) with lead wire.
VIDEO SECTION
Frequency adjustment
BD board
TP (PLCK)
frequency counter
+
–
2. Turned Power switch on.
3. Put the disc (YEDS-18) in to play the number five track.
Confirm that reading on frequency counter is 4.3218MHz.
1. Connect the frequency counter to check point of the VIDEO
board.
frequency counter
VIDEO board
TP410 (DCLK)
+
–
2. Adjust CT401 of the VIDEO board so that the frequency counter
read 13.5MHz ± 40Hz at STOP condition.
Adjustment Location :
[ BD BOARD ] — SIDE A —[ VIDEO BOARD ] — SIDE B —
1
1011
(PLCK)
IC103
IC101
20
(VC)
(RF)
(TE)
(FE)
(FEI)
SL703 (AFADJ)
SL702 (ADJ)
IC751
SL701 (CAL BAR)
CT401
Frequency
IC251
TP410 (DCLK)
— 16 —
Page 17
7-1. CIRCUIT BOARDS LOCATION
d
d
PANEL board
HP/MIC board
TC-A SW board
CD-LED board
SECTION 7
DIAGRAMS
TRANS board
VIDEO POWER board
FM/AM TUNER PACK
SURROUND boar
MAIN board
7-2. BLOCK DIAGRAMS
— KEY CON SECTION —
J761
MIC 1
J762
MIC 2
MIC AMP
IC760 (1/2)
31
RV760
MIC LEVEL
1
LPF1
ECHO AMP
IC760 (2/2)
67
ECHO
IC761
2
9
LPF2
8
RV761
ECHO LEVEL
HCD-V8800
CD-A SW board
DOOR SW board
TC-B SW board
Note: pA is including in AUDIO board.
AUDIO board
(including
p
A)
TABLE SENSOR board
CD-B2 SW board
CD-B1 SW board
p
A
MOTOR board
POWER board
VIDEO OUT board
VIDEO board
KEY CON board
LEAF SWITCH boar
BD board
SWITCH
IC1403
5
3
KEY CONTROL
IC1401
STORBE
9
MIX
OUT
15
Q1401
LPF1
IN
22
Rch
09
DATA
78
CLOCK
4
91011
• R CH : Same as Lch
L IN
K CON
LATCH
CLK
DATA
L OUT
A
MAIN
SECTION
(Page 25)
• Signal path
: FM
: MIC
CD MOTOR board
LED board
— 17 —
— 18 —
Page 18
HCD-V8800
— CD SECTION —
OPTICAL PICK-UP
BLOCK (KSS-213D/Q-NP)
LASER
DIODE
LD
POWER
PD
LD
DETECTOR
E
AC
BD
F
1
TRACKING
COIL
FOCUS
COIL
4
M102
SLED
MOTOR
M101
SPINDLE
MOTOR
DRIVE
Q101
RF AMP
IC103
APC LD
2
AMP
LD
1
3
4
5
6
8
9
VC
T+
T–
F+
F–
M
M
SUMMING
TRACKING
ERROR
FOCUS/TRACKING COIL DRIVE
SPINDLE/SLED MOTOR DRIVE
1
2
16
17
13
12
27
26
09
AMP
AMP
RF
FOCUS
ERROR
BUFFER
AMP
VC
IC102
RF FQ
AMP
19
RF
16
15
13
1110
VC
12
4
5
19
20
10
9
23
24
15MUTE
INTEGRATOR
INTE-
GRATOR
DIGITAL SERVO
DIGITAL SIGNAL PROCESSOR
IC101
ASY0
39
RF AC
36
ASY1
38
26
27
28
29
10
100
96
ASYMMETRY
CORRECTION
RF DC
TE
A/D
SE
CONVERTER
FE
TFDR
4
TRDR
6
FFDR
8
FRDR
SRDR
2
SFDR
MDP
MIRR
DFCT
FOK
DETECTOR
62
XTAL
CLOCK
GENERATOR
PLL
EFM
DEMODULATOR
SYNC
PROTECTOR
TIMING
GENERATOR 1
CLV SERVO
PROCESSOR
1B TIMS
OVERSAMPLING
FILTER
NOISE
SHAPER
REGISTER
CORRECTOR
GENERATOR 2
MIX
DIGITAL
FOK
DFCT
MIRR
SERVO DSP
FOCUS
SERVO
TRACKING
SERVO
SLED
SERVO
PWM
GENERATOR
TRACKING
PWM
GENERATOR
FOCUS
PWM
GENERATOR
SLED
PWM
GENERATOR
ERROR
TIMING
DATA BUS
PRIORITY
EMCODER
ADDRESS
GENERATOR
32K
RAM
D/A
DATA
PROCESSOR
MUTE
79 54
M201
TABLE
MOTOR
MD2
70
DOUT
S201
UP SW
EXCK
SBSO
SUBQ
SQCK
SCLK
DATA
LRCK
BCLK
SCOR
WFCK
DATA
SENS
C2PO
DFCT
MIRR
XRST
71
76
75
77
78
83
46
45
47
74
73
86
XLT
87
CLK
88
80
56
FOK
93
92
91
81
DIGITAL
OUT
PEAK
DETECTOR
SERIAL/PARALLEL
PROCESSOR
GFS
S STOP
99
+5V
7
M
3
SERVO
INTERFACE
S901
LIMIT
SWITCH
MOTOR DRIVER
IC201
OUT1
OUR2
SUBCODE
P-W
PROCESSOR
SUBCODE
Q
PROCESSOR
INTERFACE
SEQUENCER
IN1
9
1
IN2
CPU
SERVO
AUTO
DISC
TABLE
SENSOR
IC202
LDON
+5V
384FS
SUBQ
SQCK
SCLK
ADATA
LRCK
BCK
SCOR
B
DATA
VIDEO
XLT
SECTION
CLK
(Page 21)
SENS
C2PO
XRST
AMUTE
UP SW
T.SENS
C
MAIN
SECTION
(Page 25)
TBL.L
TBL.R
— 19 —
• R CH: Same as L ch
• SIGNAL PATH
: CD
: VIDEO
— 20 —
Page 19
HCD-V8800
— VIDEO SECTION —
BCK
ADATA
LRCK
B
C2PO
CD
SECTION
(Page 20)
SECTION
(Page 20)
09
384FS
ADATA
LRCK
BCLK
X202
28.63636MHz
X201
45.1584MHz
DATA
CLK
AMUTE
384FS
416
IC501
(2/2)
384FS
DATA
CLK
AMUTE
SQCK
SUBQ
B
SCLK
XLT
CD
LDON
SCOR
SENS
XRST
9
8
7
6
5
BUFFER
IC501 (1/2)
2
3
106
107
73
78
74
11
10
77
76
75
71
62
48
11
12
13
14
15
XTL0O
XTL01
XTL2O
XTL2I
38–43 46–55•
2–5 7–10 35–38 40–43
•
•
DQ1
I/O1
•11–13 15–19
D0
DATA
CLK
AMUTE
SQCK
SUBQ
SCLK
XLT
LDON
SCOR
SENS
RESET
112
111
110
109
103
100
101
102
D-RAM INTERFACE
•
A0
I/O8
2–10 21 23–25
21–29 • 31–3513 – 20
A0
D7
CD-ROM
DECODER
MPEG
AUDIO
DECODER
17–21 23 24 32 33••••
18–21 24–28•
A0
DQ16
D-RAM
IC251
S-RAM
IC751
A12
OE
••
55
RD
A12
MPEG DECODER
IC201
POSTPROCESSOR
SYNC GENERATOR
HOST INTERFACE
5 6•• •119 120
D0
D7
XTCS
AS
VIDEO
&
A0
A3
XHCS
XWR
WR
3735
7–13 16
30151631
W
LCAS
UCAS
IC772
WE
CE1
272022
6
54
3
12
13
40
MECHA CONTROL
IC701
MPEG
VIDEO
DECODER
EACH CIRCUIT BLOCK
•
IC771
A17
MPEG
SYSTEM
DECODER
34
A8
RAS
8
109
11
12
415456 43 70 7 8
A18
XHDT
WAIT
117115116114
XHIRQ
XHIRQ
EXTAL
Y
C
5251
71
74
•
76
80
63
70
97
95
92
93
94
89
56
57
58
59
XRST
118
GENERATOR
DF-XLAT
VDAC-XLAT
XTAL
X701
10MHz
XSGRST
HSYNC
VSYNC
FID
DCLK
XOSDEN
OSD B
OSD G
OSD R
CLOCK
IC272
CMD0
CMD1
CMD2
CMD3
SACK
QINT
MREQ
NPIN
Y0-Y7
C0-C7
1
2
3
4
5
6
72
64
OSD B
OSD G
OSD R
XOSDEN
VSYNC
HSYNC
DCLK
SYSTEM SELECT
1
4
Y
•
6
9
11
C
18
18
17
16
15
19
20
CK 1/2 Q
15
S9001
RGB-YUV
CONV.
TIMING
GEN.
98 10097
HSYNC
OUTPUT
CONT.
SYNC
CONT.
PAL
AUTO
NTSC
NOISE REDUCTION
DCLKI
VSYNC
DCLK
34
CMD0
35
CMD1
36
CMD2
37
CMD3
44
SACK
18
QINT
MREQ
43
IC301
NOISE
REDUSER
MEMORY
CONT.
OSD
IC271
VIDEO
RAM
DATA
SEL.
6.75MHz
CD-XRST
YUV-RGB
CONV.
DRAM
IF
DATA INPUT
SHIFT
RESISTOR
DISPLAY
POSITION
CONT.
OSC
8
IIC INTERFACE
IC901
10BIT VIDEO D/A CONVERTER
IC401
VIDEO AMP
1
60
4
•
67
51
58
NR-XCS
29
MCLK
30
MDATA
31
RESET
4
MDATA
3
OS-XLAT
2
MCLK
1
MDATA
X2
X1
111052
X901
5MHz
MCLK
OS-XLAT
RESET
IIC-DATA
IIC-CLK
11
18
68494847
6
9
13.5MHZ
NR-XCS
15
55
56
DEMPX, LEVEL
TRANSLATOR
INTERPOLTATOR
CLOCK GENARATOR
3
X401
27MHz
CT401
XRST
&
IC402
56
4
384FS
ADATA
LRCK
BCLK
DATA
CLK
DF-XLAT
AMUTE
LPF
LPF
DELAY
56
1/2
DCLK
BUFFER
IC181
11
13
4
1
6
3
XRST
MODULATOR
SYNC
SUB
SLOPE
CARRIER
GEN.
GEN.
SYNC GEN.
&
TIMING CONT.
XVRST
FID
VSYNC
HSYNC
• R CH: Same as L ch
• SIGNAL PATH
: VIDEO
: Y
: CHROMA
: CD
DIGITAL FILTER & D/A CONVERTER
TIMING
6
CIRCUIT
11
INPUTPLM
12
10
3
4
5
2
MODE
Y, C/Y, U, V
SELECTOR
&
INTER-
POLATOR
CLOSED
CAPTION
ENCODER
SIO & I2O-BUS
CONT.
49 504859 6062555751
CLK
DATA
IC101
D/A
CONV.
V
Y
C
VDAC-XLAT
CLOCK
GENERATOR
MUTE
CIRCUIT
24
29325
INT
1
IC451
57
3
Y/C AMP
IC452
21
22
27
25
16
18
L CH
XRST
IIC-DATA
IIC-CLK
2
3
7
1
X101
33.8688MHz
ACTIVE LPF
IC102
16 7
R CH
SECTION
(Page 25)
J9001
VIDEO OUT
4
J9002
S VIDEO OUT
D
MAIN
3
— 21 —
— 22 —
Page 20
HCD-V8800
— DECK SECTION —
HP101
PB HEAD
(DECK A)
REC/PB HEAD
(DECK B)
HRPE101
ERASE HEAD
S1008
S1004
B CrO
2
DOLBY NR
RECOUT
NORM
24 25
15
B 120/70
BIAS SW
CROM
2
PAS
DOL
M1
CAPSTAN
MOTOR
DOLBY
TYPE B
CN403
3
R CH
1
PB OUT
8
LM ON/
20
OFF
NORM/
14
HIGH
NR ON/
18
OFF
19
PB
RIN
6
BIAS ON/OFF
16
17
RM ON/OFF
CAP M SWITCH
Q405, 407
SPEED
RV651
NORMAL
SPEED
CONTROL
Q651
RV652
HIGH
SPEED
M
+5V
S1003
(A HALF)
SWITCH
Q406
REEL
DETECT
Q1001
REEL
DETECT
Q1002
S1001 (A PLAY)
S1002 (B PLAY)
+5V
A CrO
RV311
RV301
PLAYBACK
IC601
DECK B
1
IC602
R
4
REC/PB
• R CH : Same as L ch
• SIGNAL PATH
: PB (DECK A)
: PB (DECK B)
: REC (DECK B)
Data input/output signal pin. Connect to the DRAM data pin so that the lower and upper
I/O
bytes of the data correspond to the CAS0 to CAS3 controls.
I/O
–
+5V power supply
–
Ground
Function
I/O
I/O
I/O
I/O
I/O
Data input/output signal pin. Connect to the DRAM data pin so that the lower and upper
I/O
bytes of the data correspond to the CAS0 to CAS3 controls.
I/O
I/O
I/O
I/O
I
OSD enable signal
I
OSD data input pin. When the XOSDEN input is “L”, the color registered in the register
I
specified by this 3 inputs (3 bits) is output as the image data.
I
–
+5V power supply
–
Ground
Video output enable signal pin. When set to “L”, enables the image data output and DCLK
I
output. When set to “H”, disables (high impedance). Output control can also be performed
by writing in the register. (Connected to ground)
O
O
O
O
Output pin of the R or Cr signal of the image data. MSB is R/Cr7. Synchronizes with
O
DCLK.
O
O
O
O
Output pin of the G or Y signal of the image data. MSB is G/Y7. Synchronizes with
O
DCLK.
O
–
+5V power supply
–
Ground
O
O
Output pin of the G or Y signal of the image data. MSB is G/Y7. Synchronizes with
O
DCLK.
O
O
— 83 —
Page 46
Pin No.
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
Pin Name
B/Cb0
B/Cb1
B/Cb2
B/Cb3
B/Cb4
B/Cb5
B/Cb6
B/Cb7
DCLK
DD
V
VSS
HSYNC
VSYNC
FID
/FHREF
CBLNK
/FSC
CSYNC
XSGRST
CLK0O
DOUT
DATO
LRCO
BCKO
FSXI
DD
V
VSS
I/O
Function
O
O
O
Output pin of the B or Cb signal of the image data. MSB is B/Cb7. Synchronizes with
O
DCLK. (Not used)
O
O
O
O
Dot clock (DCLK) signal pin. The DCLK frequency is normally 13.5MHz. The DCLK can
be input from this pin or can be made by frequency-dividing (1/integer) the clock input
I
from XTL0I.
+5V power supply
–
Ground
–
Horizontal sync signal pin. When using the built-in sync generator, a signal is made by
frequency-dividing the dot clock (DCLK). Serves as the input when not using the built-in
I
sync generator.
Ver tical sync signal pin. When using the built-in sync generator, a signal is made by fre-
I
quency-dividing the DCLK. Serves as the input when not using the b uilt-in sync generator .
Field determination signal. Odd field correspond to “H” and even field correspond to “L”.
Serves as an output when the built-in sync generator is used, and as an input when not.
/ Signal obtained by frequency-dividing the clock input from XTL0I or XTLI. When the
I
input clock is 8 fsc, it can be used as the horizontal sync signal phase comparison reference
signal.
Composite blanking signal pin. Serves as an output when the built-in sync generator is
used, and as an input when not. / Signal obtained by frequency-dividing the clock input
I
from XTL0I or XTLI. When the input clock is 8 fsc, it can be used as the fsc signal.
Composite sync signal pin. A signal is made by frequenc y-dividing the DCLK. Cannot be
O
input. (Not used)
Sync generator reset signal pin. The signal generator is initialized by setting this pin to “L”.
I
Outputs the frequency-divided clock of the clock input to XTL0I. The frequency dividing
O
ratio can be selected from 1/2, 1/4, and 1/8. (Not used)
Digital output (Not used)
O
Audio serial data output to Audio D/A converter (IC101)
O
LR clock output to Audio D/A converter (IC101)
O
Bit clock output to Audio D/A converter (IC101)
O
Input 384fs (16.9344MHz) or 768fs (33.8688MHz).
I
+5V power supply
–
Ground
–
106
107
108
109
110
XTL2O
XTL2I
V
DD
C2PO
LRCI
CD-ROM decoder , audio decoder master clock. Input a clock to the XTL21 or connect an
O
oscillator between XTL2I and XTL2O. The recommended frequency is 45 MHz. This
clock is for the internal circuit. Does not synchronize with inputs and outputs.
I
+5V power supply
–
C2 pointer input (CXD2545Q)
I
LR clock input (CXD2545Q)
I
— 84 —
Page 47
Pin No.
111
112
113
114
115
116
117
118
119
120
Pin NameI/OFunction
DATI
BCKI
DOIN
XHCS
XHDT
HRW
XHIRQ
XRST
HA0
HA1
Serial data input (CXD2545Q)
I
Bit clock input (CXD2545Q)
I
Digital input signal (Not used)
I
Register access chip select signal pin.
I
Data acknowledge/wait signal pin for DMA transmission, register access, transparent
I/O
memory access.
Register access control signal pin.
I
Interrupt request signal
O
Hardware reset input pin. When set to “L”, all register s and operations are reset and initialized.
I
Address input pin. In some cases, serves as the control signal and data input according to
V
HSYO
VSYO
CBLO
CSYO
HAPGAIN0
HAPGAIN1
TEST
TEN
HAPBPF0
IFSEL 1
HAPBPF1
NRON
LEVEL 0
LEVEL 1
FNR UFRZ
XRST
SS
V
CSYI
CBLI
VSYI
HSYI
DD
V
DCLKI
I/O
O
[MSB]
Function
O
O
O
R (Cb/Cr) output 0–7
O
O
O
[LSB]
O
Power supply (+5V)
–
[MSB]
O
O
O
O
G (Y) output 0–7
O
O
O
[LSB]
O
Power supply (+5V)
–
[MSB]
O
O
O
O
B output 0–7 (Not used)
O
O
O
[LSB]
O
Ground
–
H SYNC output (Not used)
O
V SYNC output (Not used)
O
Composit blanking output (Not used)
O
Composit SYNC output (Not used)
O
Profile cooperation effect level control
I
Profile cooperation effect level control
I
Test pin (Connect to ground)
I
Test pin (Connect to +5V)
I
Profile cooperation correction band control
I
Matrix select Y/C, RGB (Connect to ground)
I
Profile cooperation correction band control
I
Noise reducer on/off (L: off, H: on)
I
Noise reducer level select
I
0: weak –3: strong (Not used)
I
NR feedback coefficient deser processor select (Connect to +5V)
I
Power on reset
I
Ground
–
Composit SYNC input (Connect to ground)
I
Composit blanking input (Connect to +5V)
I
V SYNC input
I
H SYNC input
I
Power supply (+5V)
–
Dot clock input (13.5MHz)
I
— 87 —
Page 50
• IC401 10 BIT VIDEO D/A CONVERTER (CXD1913Q)/VIDEO board
Pin No.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
Y7
Y6
Y5
Y4
V
SS
Y3
Y2
Y1
Y0
DD
V
C7
C6
C5
C4
C3
C2
C1
C0
SS
V
IREF
VREF
DD1
AV
SS1
AV
COMPO
VB
VG
DD2
AV
SS2
AV
YOUT
AV
DD3
SS3
AV
COUT
TD10
V
DD
Pin Name
I/O
I
8-bit pixel data input pins (PD0 to 7).
I
When control register bit “PIF MODE”=“0”, serve as input pins for multiplexed Y, Cb,
I
Cr signals.
I
When control register bit “PIF MODE”=“1”, serve as input pins for Y signal
–
Digital ground
I
8-bit pixel data input pins (PD0 to 7).
I
When control register bit “PIF MODE”=“0”, serve as input pins for multiplexed Y, Cb,
I
Cr signals.
I
When control register bit “PIF MODE”=“1”, serve as input pins for Y signal
–
Digital power supply
Function
I
I
8-bit pixel data input pins/test data bus.
I
When control register bit “PIF MODE”=“0”, these input pins cannot be used.
I
When control register bit “PIF MODE”=“1”, serve as input pins for multiplexed Cb, Cr
I
signals.
I
In the test mode, used for internal circuit test data bus.
I
The test mode is allowed to use only for device vendors
I
–
Digital ground
Reference current output pin.
O
Connect a resistor ×16 times (“16R”) of the output resistance value “R”
Voltage reference input pin.
I
Sets the output full-scale value
–
Analog power supply
–
Analog ground
10-bit D/A converter output.
O
When control register bit “YC/YUV”=“1”, outputs the composite signal.
When control register bit “YC/YUV”=“0”, outputs the color difference (V) signal
I
Connect to Vss with an approx. 0.1 µF capacitor
I
Connect to AV
Analog power supply
–
Analog ground
–
10 bit D/A converter output.
O
(Luminance (Y) signal output.)
Analog power supply
–
Analog ground
–
DD with an approx. 0.1 µF capacitor
10-bit D/A converter output.
When control register bit “YC/YUV”=“1”, outputs the chroma (C) signal.
O
When control register bit “YC/YUV”=“0”, outputs the color difference (U) signal
Test data bus.
In the test mode, used for internal circuit test data bus.
O
The test mode is allowed to use only for device vendors (Not used)
Digital power supply
–
— 88 —
Page 51
Pin No.
Pin Name
I/O
Function
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
TD9
TD8
XTEST1
XTEST2
XTEST3
SS
V
TRST
DD
V
TDI
TMS
TCK
TDO
SS
V
SI
SCK
XCS
XVRST
F1
V
DD
XTEST4
XRST
SYSCLK
O
Test data bus.
In the test mode, used for internal circuit test data bus.
O
The test mode is allowed to use only for device vendors (Not used)
I
Test mode control input pin. Pulled-up.
I
When these pins are “H”, CXD1913Q is not in the test mode.
I
The test mode is allowed to use only for device vendors
–
Digital ground
Test mode reset input pin.
I
During power on/reset, set to “L” for more than 40 clocks (SYSCLK) (Not used)
–
Digital power supply
I
Test mode control input pin. (Not used)
I
I
Test mode control input pin. Fix at “H”
O
Test data bus pin. (Not used)
–
Digital ground
The functions of this pin are selected by Pin 64 XIICEN.
When the XIICEN pin is “H”, sets into the SONY SIO mode, and becomes the SI serial
I
data input pin.
When the XIICEN pin is “L”, sets into the I
2
C-BUS mode, and becomes the SDA input/
output pin
The functions of this pin are selected by Pin 64 XIICEN.
When the XIICEN pin is “H”, sets into the SONY SIO mode, and becomes the SCK serial
I
clock input pin.
2
When the XIICEN pin is “L”, sets into the I
C-BUS mode, and becomes the SCL input pin
The functions of this pin are selected by Pin 64 XIICEN. Pulled-up.
When the XIICEN pin is “H”, sets into the SONY SIO mode, and becomes the XCK chip
I
select input pin.
2
When the XIICEN pin is “L”, sets into the I
address selection input signal which selects the I
C-BUS mode, and becomes the SA slave
2
C-BUS slave address
Active “L” vertical sync reset input pin. Pulled-up.
I
Used for synchronizing external vertical sync and internal vertical sync.
When XVRST is “L”, the internal digital sync generator is reset according to the F1 state
Field ID input pin.
When externally synchronizing with the XVRST signal, the field to be reset is determined
I
by this signal.
“H” indicates the first field.
“L” indicates the second field
–
Digital power supply
Test mode control input pin. Pulled-up.
I
When these pins are “H”, CXD1913Q is not s test mode.
The test mode is allowed to use only for device vendors
System reset input pin when active “L”.
I
During power on/reset, set to “L” for more than 40 clocks (SYSCLK)
System clock input pin.
I
To generate the correct sub carrier frequency, precisely 27MHz is required
— 89 —
Page 52
Pin No.
57
58
59
60
61
62
63
64
PDCLK
SS
V
VSYNC
HSYNC
SO
FID
V
DD
XIICEN
Pin Name
I/O
Function
13.5MHz pixel data clock output pin.
This clock is obtained by 1/2 frequency-dividing SYSCLK.
O
Used only in the 16-bit pixel data mode
Digital ground
–
V.sync signal output
O
H.sync signal output
O
The functions of this pin are selected by Pin 64 XIICEN.
When the XIICEN pin is “H”, sets into the SONY SIO mode, and becomes the S0 serial-
O
out output pin.
When the XIICEN pin is “L”, this pin is not used and sets into high impedance (Not used)
Field ID output.
When control register bit “FDS”=“1”, “L” indicates the first field and “H” indicates the
second field.
O
When control register bit “FDS”=“0”, “H” indicates the first field and “L” indicates the
second field
Digital power supply
–
Serial interface mode selection input pin. Pulled-up.
2
When “L”, Pins 48 to 50, and 61 set into the I
I
C-BUS mode.
When “H”, Pins 48 to 50, and 61 set into the SONY SOP mode
— 90 —
Page 53
• IC701 MECHANISM CONTROL (HD6433032SK12F)/VIDEO board
P80 to P87
TEST
X2
X1
VDD
XT2
XT1
RESET
PO0, PO1
QINT
PO3 to PO6
VDD
AVDD
P10 to P17
AVSS
CMD0
CMD1
CMD2
CMD3
P24, P25
VSS
P26, P27
MREQ
SACK
CDGM
P93
MDATA
MCLK
OS-XLAT
G-XLAT
G-XRST
CD-XRST
CDPOW
DOUT
IIC-DATA
IIC-CLK
P40 to P47
NRON
LEVEL0
LEVEL1
NR-XCS
P54, P55
VSS
P56, P57
P60 to P67
P100 to P103
P30 to P37
P150 to P156
I/OFunction
Connected to ground
I
Connected to ground
–
X’ tall (5MHz)
O
X’ tall (5MHz)
I
Power supply +5V
–
Not used
–
Connected to +5V
–
System reset input
I
Not used (Fixed at “L”)
I
CD-BUS interrupt input
I
Not used (Fixed at “L”)
I
Power supply +5V
–
Power supply +5V
–
Connected to ground
I
Ground
–
Input/output terminal exchanging data bus 0 with mecha-con, (IC901)
I/O
Input/output terminal exchanging data bus 1 with mecha-con, (IC901)
I/O
Input/output terminal exchanging data bus 2 with mecha-con, (IC901)
I/O
Input/output terminal exchanging data bus 3 with mecha-con, (IC901)
I/O
Connected to ground
I
Ground
–
Connected to ground
I
Output command request to mecha-con. (IC701)
O
Input command acknowledge from mecha-con. (IC701)
I
Not used (Fixed at “L”)
I
Connected to ground
I
Serial data output (IC271, 301)
O
Serial clock output (IC271, 301)
O
Serial latch output to OSD (IC271)
O
Not used
O
Not used
O
Video CD section reset output
O
Not used
O
Not used
O
Serial data input from master control (IC701)
I
Serial clock input from master control (IC701)
I
Connected to ground
I
Not used
O
Not used
O
Not used
O
Chip select output to noise reduction (IC301)
O
Connected to ground
I
Ground
I
Connected to ground
I
Connected to ground
I
Connected to ground
I
Connected to ground
I
Connected to ground
I
— 93 —
Page 56
• IC701 MASTER CONTROL (uPD780016YGF-019-3BA)/MAIN board
Pin No.
1TA-MUTEOLine mute signal outputA
2DBFB-H/LODBFB H/L select signal output
3427-LTOLatch signal output for IC201 (62427)
4KCON-LTOLatch signal output for key control
5
6F-RELAYOFront speaker relay control output (Not used)
7R-RELAYORear speaker relay control output
8PL-RELAYONot used
9TESTIConnected to ground
10X2O
11X1I
12VDD–Power supply (+5V)
13XT2O
14XT1I
15RESETIReset signal input
16INT/INI
17INT/IN/OUTI
18SCOROSubcode data request signal output (Connected to ground)
19SOFT-TESTOSoftware test port
20AC-CUTIBack up signal input
21RDS-INTINot used
22RDS-DATAINot used
23VDD–Power supply (+5V)
24AVDDIAnalog reference voltage input.
25ADJICD adjust point port Normal “H”
26A-SHUTIA Deck reel pulse detector
27B-SHUTIB Deck reel pulse detector
28B-HALFIHalf detector signal input
29CLK-CHECKIConnected to ground
30SPEC-INIVersion select signal input
31ADJ 2IConnected to ground
32DEMO-CHANGEIDEMO H/L select signal input (Fixed at fixed at “L”)
33AVSS–Ground
34SQ-DATA-INISubcode Q data clock input (Not used)
35—INot used
36SQ-CLKISub code Q data clock input (Not used)
37SW-ON/OFFONot used
38, 39FUNC 1, 2IConnected to ground
40VSS–Ground
41VOL-LATOLatch signal to erectrial volume (IC604)
42PL-LATOLatch signal to pro-logic (IC601, 602)
43COM-DINIConnected to ground
44COM-DOUTOCommon serial data output
45COM-CLKOCommon serial clock output
46CD-POWEROCD power on signal output
47CD-DATAOCD data output (Not used)
48CD-CLKOCD clock output (Not used)
49MSM-CMDONot used
50MSM-BUSYI Connected to ground
Pin NameI/OFunction
KCON-ON
OKey contr ol ON/OFF signal output
X’tal (5MHz)
X’tal (32.768 KHz)
Connected to ground
— 94 —
Page 57
Pin No.
51MSM-LTO
52MSM-NARINot used
53MSM-CHO
54INPUT-CHANGEOInput sensitivity switching output
55IIC-DATAOData output for IC601, 901
56IIC-CLKOClock output for IC601, 901
57XRSTOCD reset signal output
58XLTOCD latch signal output (Not used)
59FOUCUS-SWONot used
60TBL-LO
61TBL-RO
62TRAY-LEDOCD tray LED ON/OFF output
63LOAD-OUTO
64LOAD-INO
65ST-CLKOTuner clock output
66ST-DINITuner data input
67ST-DOUTOTuner data output
68ST-CEOTuner chip enable output
69TUNEDITuned detection for tuner
70STEREOIStereo detection for tuner
71VSS–Ground
72ST-MUTEOTuner mute signal output
73SENS2I
74SENSI
75DISC-SENSI Not used
76T-SENSICD table detection signal input
77UP-SWIUp SW (S201) signal input
78ENC 3I
79ENC 2INot used
80ENC 1I
81OUT-OPENINot used
82CAP-M-H/NOCapstan motor H/N speed select signal output
83B-TRGOTrigger motor control output
84A-TRGOTrigger motor control output
85TRG-LOWOTrigger motor control output
86CAP-M-ON/OFFOCapstan motor ON/OFF signal output
87PB-A/BOPB Deck A/Deck B select output
88EQ-H/NOEqualizer H/N select output
89BIASOBias ON/OFF signal output
90REC-MUTEOREC mute ON/OFF selection output
91NR-ON/OFFONR ON/OFF signal output
92R/P-PASSOREC/PB/PASS selection output
93TC-MUTEOTC mute ON/OFF selection output
94A-PLAY-SWIDeck A play detect
95B-PLAY-SWIDeck B play detect
96TC-RELAYOREC/PB head selection output for IC602
97A-HALFIDeck A cassette detect
98POWEROPOWER ON/OFF signal output
99SW-F-CHGOSuper woofer mode signal output
100STK-MUTEOPower amp ON/OFF signal output
Pin NameI/OFunction
Table motor control output
Not used
BD Condition signal input (Not used)
— 95 —
Page 58
• IC601 DISPLAY CONTROL (TMP87CM75-6565)/PANEL board
Pin No.
1SEG35OFL segment signal output
2VLOADOPower supply (–25V) for FL segment signal output
3 to 10LED1 to LED8OLED driver output
11VSS–Ground
12X-OUTO
13X-INI
14RESETIReset signal input from main controller
15LED 9O
16LED10OConnected ground
17TESTI
18 to 23LED11 to LED16OLED driver output
24VOL-AIRotary encoder (S701) pulse input
25LED17OLED driver output
26JOG-AIRotaly encoder (S711) pulse input
27CLOCKISerial clock input from main controller
28DATAISerial data input from main controller
29LED SELECTOLED select signal output
30VDD–Power supply (+5V)
31VSS–Ground
32MODELIVersion select signal input
3063-908-599-01 LEVER (REV-A)
3073-908-601-01 SPRING (REV LEVER), TORSION
3083-908-603-01 LEVER (TRIGGER A)
309X-3367-593-1 FLYWHEEL (BF) ASSY
3103-908-605-01 SPRING (TRIGGER), TORSION
3113-908-609-01 GEAR, TRIGGER
3123-913-845-11 BELT (A)
3133-913-846-11 BELT (FR)
314X-3370-171-1 FLYWHEEL (BR) ASSY
not supplied
3153-908-600-01 LEVER (REV-B)
* 3161-650-669-11 LEAF SWITCH BOARD
3173-908-598-01 CAM (B)
318X-3372-931-3 ARM (B) ASSY, FR
3193-911-114-12 SPRING (FR), TORSION
3203-908-604-01 LEVER (TRIGGER B)
3213-911-115-01 WASHER, STOPPER
3223-917-176-11 BELT (B)
323X-3370-172-1 FLYWHEEL (AF) ASSY
* 324A-2007-131-A AUDIO BOARD, COMPLETE
325X-3371-441-1 CHASSIS ASSY, MECHANICAL
M1X-3371-223-1 MOTOR ASSY (CAPSTAN)
M2A-2004-410-A MOTOR ASSY (TRIGGER)
R6011-249-409-11 CARBON2205%1/4W F
R6021-249-409-11 CARBON2205%1/4W F
R6081-249-409-11 CARBON2205%1/4W F
R6091-249-433-11 CARBON22K5%1/4W
R6111-249-409-11 CARBON2205%1/4W F
R6121-249-409-11 CARBON2205%1/4W F
! R6211-212-851-00 FUSIBLE5.65%1/4W F
! R6221-212-851-00 FUSIBLE5.65%1/4W F
IC1018-752-369-78 IC CXD2545Q
IC1028-759-176-09 IC BA6392FP
IC1038-752-072-45 IC CXA1821M-T6
< MOTOR >
M101X-4917-523-4 MOTOR ASSY (SPINDLE)
M102X-4917-504-1 MOTOR ASSY (SLED)
< TRANSISTOR >
Q1018-729-010-08 TRANSISTOR MSB710-R
< RESISTOR >
R1011-216-077-00 METAL CHIP15K5%1/10W
R1021-216-097-91 METAL GLAZE100K5%1/10W
R1031-216-077-00 METAL CHIP15K5%1/10W
R1041-216-085-00 METAL CHIP33K5%1/10W
R1051-216-097-91 METAL GLAZE100K5%1/10W
R1061-216-061-00 METAL CHIP3.3K5%1/10W
R1071-216-061-00 METAL CHIP3.3K5%1/10W
R1081-216-073-00 METAL CHIP10K5%1/10W
R1091-216-121-91 METAL GLAZE1M5%1/10W
R1101-216-025-91 METAL GLAZE1005%1/10W
R1121-216-049-91 METAL GLAZE1K5%1/10W
R1231-216-073-00 METAL CHIP10K5%1/10W
R1241-216-097-91 METAL GLAZE100K5%1/10W
R1251-216-033-00 METAL CHIP2205%1/10W
R1261-216-033-00 METAL CHIP2205%1/10W
R1271-216-033-00 METAL CHIP2205%1/10W
R1311-216-037-00 METAL CHIP3305%1/10W
R1321-216-073-00 METAL CHIP10K5%1/10W
R1341-216-049-91 METAL GLAZE1K5%1/10W
R1351-216-295-91 CONDUCTOR, CHIP (2012)
R1361-216-295-91 CONDUCTOR, CHIP (2012)
R1371-216-295-91 CONDUCTOR, CHIP (2012)
R1381-216-295-91 CONDUCTOR, CHIP (2012)
R1411-216-089-91 METAL GLAZE47K5%1/10W
R1421-216-081-00 METAL CHIP22K5%1/10W
R1431-216-103-00 METAL CHIP180K5%1/10W
R1441-216-103-00 METAL CHIP180K5%1/10W
R1461-216-073-00 METAL CHIP10K5%1/10W
R1471-216-067-00 METAL CHIP5.6K5%1/10W
R1481-216-001-00 METAL CHIP105%1/10W
R1491-216-003-11 METAL GLAZE125%1/10W
R1581-216-109-00 METAL CHIP330K5%1/10W
R1591-216-101-00 METAL CHIP150K5%1/10W
R1601-216-295-91 CONDUCTOR, CHIP (2012)
R1611-216-308-00 METAL CHIP4.75%1/10W
The components identified by mark !
or dotted line with mark ! are critical
for safety.
Replace only with part number specified.
R7311-249-411-11 CARBON3305%1/4W
R7321-249-413-11 CARBON4705%1/4W F
R7331-249-415-11 CARBON6805%1/4W F
R7341-249-417-11 CARBON1K5%1/4W F
R7351-249-419-11 CARBON1.5K5%1/4W F
R7361-249-421-11 CARBON2.2K5%1/4W F
R7371-249-417-11 CARBON1K5%1/4W F
R7381-249-419-11 CARBON1.5K5%1/4W F
R7391-249-421-11 CARBON2.2K5%1/4W
R7401-247-843-11 CARBON3.3K5%1/4W
R7521-249-417-11 CARBON1K5%1/4W F
R7531-249-419-11 CARBON1.5K5%1/4W F
R7541-249-421-11 CARBON2.2K5%1/4W F
R7551-247-843-11 CARBON3.3K5%1/4W
R7561-249-427-11 CARBON6.8K5%1/4W F
IC1018-759-634-51 IC M5218AP
IC1028-759-000-48 IC MC14052BCP
IC1038-759-140-53 IC uPD4053BC
IC2018-759-460-02 IC M62427FP-A
IC4018-759-460-02 IC HA12203NT
IC4028-759-822-09 IC LB1641
IC6018-759-442-96 IC LA2786
IC6028-759-442-97 IC LV1016
IC6038-759-634-51 IC M5218AP
IC6048-759-281-42 IC TC9210P
IC7018-759-486-11 IC uPD780016YGF-019-3BA
IC8618-759-634-51 IC M5218AP
IC9018-759-288-53 IC LA5617
IC9028-759-231-53 IC TA7805S
IC9038-759-604-86 IC M5F7807L
IC9048-759-604-39 IC M5F78M12
IC9058-759-604-38 IC M5F78M10L
IC9518-759-635-63 IC M51943BSL
R1011-249-417-11 CARBON1K5%1/4W F
R1021-249-417-11 CARBON1K5%1/4W F
R1031-249-437-11 CARBON47K5%1/4W
R1041-249-417-11 CARBON1K5%1/4W F
R1051-247-897-11 CARBON560K5%1/4W
R1061-249-437-11 CARBON47K5%1/4W
R1071-249-417-11 CARBON1K5%1/4W F
R1081-249-441-11 CARBON100K5%1/4W
R1091-247-815-91 CARBON2205%1/4W
R1211-249-424-11 CARBON3.9K5%1/4W F
R1221-247-887-00 CARBON220K5%1/4W
R1231-249-417-11 CARBON1K5%1/4W F
R1241-249-441-11 CARBON100K5%1/4W
R1251-249-421-11 CARBON2.2K5%1/4W F
R1261-249-441-11 CARBON100K5%1/4W
R1271-249-421-11 CARBON2.2K5%1/4W F
R1281-249-426-11 CARBON5.6K5%1/4W
R1291-249-429-11 CARBON10K5%1/4W
R1301-249-441-11 CARBON100K5%1/4W
R1511-249-417-11 CARBON1K5%1/4W F
R1521-249-417-11 CARBON1K5%1/4W F
R1531-249-437-11 CARBON47K5%1/4W
R1541-249-417-11 CARBON1K5%1/4W F
R1551-247-897-11 CARBON560K5%1/4W
R1561-249-437-11 CARBON47K5%1/4W
R1571-249-417-11 CARBON1K5%1/4W F
R1581-249-441-11 CARBON100K5%1/4W
R1591-247-815-91 CARBON2205%1/4W
R1711-249-424-11 CARBON3.9K5%1/4W F
R1721-247-887-00 CARBON220K5%1/4W
R1731-249-417-11 CARBON1K5%1/4W F
R1741-249-441-11 CARBON100K5%1/4W
R1781-249-426-11 CARBON5.6K5%1/4W
— 113 —
Page 76
MAIN
Ref. No.Part No.DescriptionRemark
R1791-249-429-11 CARBON10K5%1/4W
R2021-249-425-11 CARBON4.7K5%1/4W F
R3051-249-417-11 CARBON1K5%1/4W F
R3061-247-840-00 CARBON2.4K5%1/4W
R3071-247-863-91 CARBON22K5%1/4W
R3081-249-421-11 CARBON2.2K5%1/4W F
R3091-249-428-11 CARBON8.2K5%1/4W F
R3581-249-421-11 CARBON2.2K5%1/4W F
R3591-249-428-11 CARBON8.2K5%1/4W F
R4011-249-425-11 CARBON4.7K5%1/4W F
R4021-249-425-11 CARBON4.7K5%1/4W F
R4031-249-425-11 CARBON4.7K5%1/4W F
R6031-249-417-11 CARBON1K5%1/4W F
R6041-249-432-11 CARBON18K5%1/4W
R6051-249-417-11 CARBON1K5%1/4W F
R6151-249-441-11 CARBON100K5%1/4W
R6211-249-436-11 CARBON39K5%1/4W
R6221-249-436-11 CARBON39K5%1/4W
R6231-249-417-11 CARBON1K5%1/4W F
R6241-247-903-00 CARBON1M5%1/4W
R6251-249-411-11 CARBON3305%1/4W
R6261-249-417-11 CARBON1K5%1/4W F
R6271-249-417-11 CARBON1K5%1/4W F
R6281-249-417-11 CARBON1K5%1/4W F
R6301-249-425-11 CARBON4.7K5%1/4W F
R6311-249-431-11 CARBON15K5%1/4W
R6321-249-441-11 CARBON100K5%1/4W
R6331-249-425-11 CARBON4.7K5%1/4W F
R6341-249-427-11 CARBON6.8K5%1/4W F
R6351-249-441-11 CARBON100K5%1/4W
R6361-249-437-11 CARBON47K5%1/4W
R6371-249-441-11 CARBON100K5%1/4W
R6381-249-441-11 CARBON100K5%1/4W
R6391-249-417-11 CARBON1K5%1/4W F
R6401-249-417-11 CARBON1K5%1/4W F
R6411-249-417-11 CARBON1K5%1/4W F
R6421-249-417-11 CARBON1K5%1/4W F
R6451-249-429-11 CARBON10K5%1/4W
R6461-249-429-11 CARBON10K5%1/4W
R6501-249-441-11 CARBON100K5%1/4W
R6511-249-417-11 CARBON1K5%1/4W F
R7001-249-425-11 CARBON4.7K5%1/4W F
R7041-247-807-31 CARBON1005%1/4W
R7051-247-807-31 CARBON1005%1/4W
R7201-249-425-11 CARBON4.7K5%1/4W F
R7971-247-807-31 CARBON1005%1/4W
R7981-249-425-31 CARBON4.7K5%1/4W F
R8011-247-807-11 CARBON1005%1/4W F
R8021-249-435-11 CARBON33K5%1/4W
R8071-249-435-11 CARBON33K5%1/4W
R8111-247-807-31 CARBON1005%1/4W F
R8121-249-435-11 CARBON33K5%1/4W
R8561-249-417-11 CARBON1K5%1/4W F
R8581-249-417-11 CARBON1K5%1/4W F
R8611-247-886-11 CARBON200K5%1/4W
R9431-249-425-11 CARBON4.7K5%1/4W F
R9441-247-815-91 CARBON2205%1/4W
R9451-247-815-91 CARBON2205%1/4W
R9481-249-417-11 CARBON1K5%1/4W F
R9511-249-417-11 CARBON1K5%1/4W F
R6431-249-403-11 CARBON685%1/4W F
R6441-247-807-31 CARBON1005%1/4W
R6451-249-407-11 CARBON1505%1/4W F
R6461-249-407-11 CARBON1505%1/4W F
R6471-247-815-91 CARBON2205%1/4W
R6481-249-411-11 CARBON3305%1/4W
R6491-249-413-11 CARBON4705%1/4W F
R6501-249-415-11 CARBON6805%1/4W F
R6511-249-417-11 CARBON1K5%1/4W F
R6521-249-419-11 CARBON1.5K5%1/4W F
R6531-249-421-11 CARBON2.2K5%1/4W F
R6541-247-843-11 CARBON3.3K5%1/4W
R6551-249-427-11 CARBON6.8K5%1/4W F
R6561-249-431-11 CARBON15K5%1/4W
R6571-249-419-11 CARBON1.5K5%1/4W F
R6581-249-401-11 CARBON475%1/4W F
R6591-249-403-11 CARBON685%1/4W F
R6601-247-807-31 CARBON1005%1/4W
R6611-249-407-11 CARBON1505%1/4W F
R6621-249-407-11 CARBON1505%1/4W F
R6631-249-419-11 CARBON1.5K5%1/4W F
R6641-249-401-11 CARBON475%1/4W F
R6651-249-403-11 CARBON685%1/4W F
R6661-247-807-31 CARBON1005%1/4W
R6671-249-407-11 CARBON1505%1/4W F
R6681-249-407-11 CARBON1505%1/4W F
R6691-249-419-11 CARBON1.5K5%1/4W F
R6701-249-401-11 CARBON475%1/4W F
R6711-249-403-11 CARBON685%1/4W F
R6721-247-807-31 CARBON1005%1/4W
R6731-249-407-11 CARBON1505%1/4W F
R6741-249-407-11 CARBON1505%1/4W F
R6751-247-815-91 CARBON2205%1/4W
R6761-249-411-11 CARBON3305%1/4W
R6771-249-413-11 CARBON4705%1/4W F
R6781-249-415-11 CARBON6805%1/4W F
R6791-249-419-11 CARBON1.5K5%1/4W F
R6811-249-429-11 CARBON10K5%1/4W
R6821-249-421-11 CARBON2.2K5%1/4W F
R6831-247-887-00 CARBON220K5%1/4W
R6841-249-421-11 CARBON2.2K5%1/4W F
R6851-247-815-91 CARBON2205%1/4W
D6318-719-057-29 DIODE SML78423C-TP15 (·)(DECK A)
D6328-719-057-29 DIODE SML78423C-TP15 (ª)(DECK A)
< RESISTOR >
R7051-249-401-11 CARBON475%1/4W F
R7061-249-403-11 CARBON685%1/4W F
R7071-247-807-31 CARBON1005%1/4W
R7081-249-407-11 CARBON1505%1/4W F
R7091-249-407-11 CARBON1505%1/4W F
S6411-554-303-21 SWITCH, TACTILE (·)(DECK A)
S6421-554-303-21 SWITCH, TACTILE (ª)(DECK A)
S6431-554-303-21 SWITCH, TACTILE (p)(DECK A)
S6441-554-303-21 SWITCH, TACTILE (0)(DECK A)
S6451-554-303-21 SWITCH, TACTILE ())(DECK A)
S6461-554-303-21 SWITCH, TACTILE (DOLBY NR)
The components identified by mark !
or dotted line with mark ! are critical
for safety.
Replace only with part number specified.
D6358-719-057-29 DIODE SML78423C-TP15 (ª)(DECK B)
D6368-719-057-29 DIODE SML78423C-TP15 (·)(DECK B)
D6378-719-058-17 DIODE LNJ401NPYJA (P)(DECK B)
D6388-719-057-09 DIODE LNJ801LPDJA (r REC)(DECK B)
< RESISTOR >
R7151-247-815-91 CARBON2205%1/4W
R7161-249-411-11 CARBON3305%1/4W
R7171-249-413-11 CARBON4705%1/4W F
R7181-249-415-11 CARBON6805%1/4W F
R7191-249-417-11 CARBON1K5%1/4W F
R7201-249-419-11 CARBON1.5K5%1/4W F
R7211-249-421-11 CARBON2.2K5%1/4W F
R7221-247-843-11 CARBON3.3K5%1/4W
R7231-247-807-31 CARBON1005%1/4W
R7241-247-807-31 CARBON1005%1/4W
S6511-554-303-21 SWITCH, TACTILE (·)(DECK B)
S6521-554-303-21 SWITCH, TACTILE (ª)(DECK B)
S6531-554-303-21 SWITCH, TACTILE ())(DECK B)
S6541-554-303-21 SWITCH, TACTILE (0)(DECK B)
S6551-554-303-21 SWITCH, TACTILE (p)(DECK B)
IC1018-759-362-47 IC CXD8567AM
IC1028-759-701-39 IC NJM3404AM
IC1038-759-701-39 IC NJM3404AM
IC1818-759-269-14 IC SN74HCT08ANS-E20
IC2018-752-389-31 IC CXD1852AQ
IC2518-759-368-97 IC M5M44260CTP-7S
IC2718-759-479-44 IC BU6257AFV
IC2728-759-180-84 IC TC7W74F
IC3018-752-384-09 IC CXD1854Q
IC4018-752-380-71 IC CXD1913Q
IC4028-759-269-92 IC SN74HCU04ANS-E20
IC4518-759-262-00 IC MC14576CF
IC4528-759-262-00 IC MC14576CF
IC5018-759-926-49 IC SN74HC245ANS
IC7018-759-468-15 IC HD6433032SK12F
IC7518-759-462-71 IC HY6264ALJ-70-TR
IC7718-759-927-72 IC TL1591CP
IC7728-759-035-93 IC SC7S32F
IC8018-759-460-72 IC BA033FP
IC9018-759-467-59 IC uPD780016YGF-012-3BA
R1011-216-691-11 METAL CHIP47K0.5%1/10W
R1021-216-691-11 METAL CHIP47K0.5%1/10W
R1031-216-679-11 METAL CHIP15K0.5%1/10W
R1041-216-675-11 METAL CHIP10K0.5%1/10W
R1051-216-675-11 METAL CHIP10K0.5%1/10W
R1061-216-693-11 METAL CHIP56K0.5%1/10W
R1071-216-693-11 METAL CHIP56K0.5%1/10W
R1081-216-081-00 METAL CHIP22K5%1/10W
R1091-216-073-00 METAL CHIP10K5%1/10W
R1101-216-081-00 METAL CHIP22K5%1/10W
R1111-216-081-00 METAL CHIP22K5%1/10W
R1211-216-057-00 METAL CHIP2.2K5%1/10W
R1221-216-057-00 METAL CHIP2.2K5%1/10W
R1231-216-065-00 METAL CHIP4.7K5%1/10W
R1241-216-025-91 METAL GLAZE1005%1/10W
R1251-216-025-91 METAL GLAZE1005%1/10W
R1261-216-025-91 METAL GLAZE1005%1/10W
R1271-216-025-91 METAL GLAZE1005%1/10W
R1281-216-025-91 METAL GLAZE1005%1/10W
R1291-216-025-91 METAL GLAZE1005%1/10W
R1301-216-041-00 METAL CHIP4705%1/10W
R1511-216-691-11 METAL CHIP47K0.5%1/10W
R1521-216-691-11 METAL CHIP47K0.5%1/10W
R1531-216-679-11 METAL CHIP15K0.5%1/10W
R1541-216-675-11 METAL CHIP10K0.5%1/10W
R1551-216-675-11 METAL CHIP10K0.5%1/10W
R1561-216-693-11 METAL CHIP56K0.5%1/10W
R1571-216-693-11 METAL CHIP56K0.5%1/10W
R1581-216-081-00 METAL CHIP22K5%1/10W
R1591-216-073-00 METAL CHIP10K5%1/10W
R1601-216-081-00 METAL CHIP22K5%1/10W
R1611-216-081-00 METAL CHIP22K5%1/10W
R2011-216-025-91 METAL GLAZE1005%1/10W
R2031-216-295-91 CONDUCTOR, CHIP (2012)
R2041-216-025-91 METAL GLAZE1005%1/10W
R2061-216-295-91 CONDUCTOR, CHIP (2012)
R2071-216-073-00 METAL CHIP10K5%1/10W
R2081-216-073-00 METAL CHIP10K5%1/10W
R2091-216-073-00 METAL CHIP10K5%1/10W
R2101-216-073-00 METAL CHIP10K5%1/10W
R2111-216-073-00 METAL CHIP10K5%1/10W
R2121-216-073-00 METAL CHIP10K5%1/10W
R2131-216-073-00 METAL CHIP10K5%1/10W
R2141-216-073-00 METAL CHIP10K5%1/10W
R2151-216-073-00 METAL CHIP10K5%1/10W
R2161-216-073-00 METAL CHIP10K5%1/10W
R2171-216-073-00 METAL CHIP10K5%1/10W
R2181-216-073-00 METAL CHIP10K5%1/10W
R2191-216-073-00 METAL CHIP10K5%1/10W
R2211-216-073-00 METAL CHIP10K5%1/10W
R2221-216-073-00 METAL CHIP10K5%1/10W
R2231-216-073-00 METAL CHIP10K5%1/10W
R2241-216-073-00 METAL CHIP10K5%1/10W
R2251-216-073-00 METAL CHIP10K5%1/10W
R2261-216-073-00 METAL CHIP10K5%1/10W
R2271-216-073-00 METAL CHIP10K5%1/10W
R2281-216-073-00 METAL CHIP10K5%1/10W
R2291-216-073-00 METAL CHIP10K5%1/10W
R2301-216-073-00 METAL CHIP10K5%1/10W
R2311-216-073-00 METAL CHIP10K5%1/10W
R2321-216-073-00 METAL CHIP10K5%1/10W
R2331-216-073-00 METAL CHIP10K5%1/10W
R2341-216-073-00 METAL CHIP10K5%1/10W
R2351-216-073-00 METAL CHIP10K5%1/10W
R2361-216-073-00 METAL CHIP10K5%1/10W
R2371-216-073-00 METAL CHIP10K5%1/10W
R2381-216-073-00 METAL CHIP10K5%1/10W
R2391-216-073-00 METAL CHIP10K5%1/10W
R2401-216-073-00 METAL CHIP10K5%1/10W
R2411-216-073-00 METAL CHIP10K5%1/10W
R2421-216-073-00 METAL CHIP10K5%1/10W
R2431-216-295-91 CONDUCTOR, CHIP (2012)
R2711-216-025-91 METAL GLAZE1005%1/10W
R2721-216-025-91 METAL GLAZE1005%1/10W
R2731-216-041-00 METAL CHIP4705%1/10W
R2741-216-049-91 METAL GLAZE1K5%1/10W
R3021-216-025-91 METAL GLAZE1005%1/10W
R3031-216-073-00 METAL CHIP10K5%1/10W
R3041-216-073-00 METAL CHIP10K5%1/10W
R3051-216-073-00 METAL CHIP10K5%1/10W
R3061-216-073-00 METAL CHIP10K5%1/10W
R3071-216-073-00 METAL CHIP10K5%1/10W
R3081-216-073-00 METAL CHIP10K5%1/10W
R3091-216-073-00 METAL CHIP10K5%1/10W
R3101-216-073-00 METAL CHIP10K5%1/10W
R3111-216-073-00 METAL CHIP10K5%1/10W
R3121-216-073-00 METAL CHIP10K5%1/10W
R3131-216-025-91 METAL GLAZE1005%1/10W
R4011-216-047-91 METAL GLAZE8205%1/10W
R4021-216-025-91 METAL GLAZE1005%1/10W
R4031-216-025-91 METAL GLAZE1005%1/10W
R4041-216-121-91 METAL GLAZE1M5%1/10W
R4051-216-047-91 METAL GLAZE8205%1/10W
R4061-216-025-91 METAL GLAZE1005%1/10W
R4071-216-025-91 METAL GLAZE1005%1/10W
R4511-216-687-11 METAL CHIP33K0.5%1/10W
R4521-216-663-11 METAL CHIP3.3K0.5%1/10W
R4531-216-651-11 METAL CHIP1K0.5%1/10W
R4541-216-663-11 METAL CHIP3.3K0.5%1/10W
R4551-216-635-11 METAL CHIP2200.5%1/10W
R4561-216-635-11 METAL CHIP2200.5%1/10W
R4571-216-635-11 METAL CHIP2200.5%1/10W
R4581-216-295-91 CONDUCTOR, CHIP (2012)
R4591-216-295-91 CONDUCTOR, CHIP (2012)
R4651-216-097-91 METAL GLAZE100K5%1/10W
R4661-216-097-91 METAL GLAZE100K5%1/10W
R4671-216-624-11 METAL CHIP750.5%1/10W
R4681-216-624-11 METAL CHIP750.5%1/10W
R4691-216-624-11 METAL CHIP750.5%1/10W
R4701-216-049-91 METAL GLAZE1K5%1/10W
R4711-216-049-91 METAL GLAZE1K5%1/10W
R5011-216-009-91 METAL GLAZE225%1/10W
R5021-216-009-91 METAL GLAZE225%1/10W
R5031-216-025-91 METAL GLAZE1005%1/10W
R5041-216-025-91 METAL GLAZE1005%1/10W
R5051-216-025-91 METAL GLAZE1005%1/10W
R5061-216-025-00 METAL CHIP1005%1/10W
R5071-216-037-00 METAL CHIP3305%1/10W
R5081-216-037-00 METAL CHIP3305%1/10W
R5091-216-037-00 METAL CHIP3305%1/10W
R5101-216-047-91 METAL GLAZE8205%1/10W
R5111-216-043-91 METAL GLAZE5605%1/10W
R7011-216-057-00 METAL CHIP2.2K5%1/10W
R7021-216-065-00 METAL CHIP4.7K5%1/10W
Ref. No.Part No.DescriptionRemark
R9121-216-073-00 METAL CHIP10K5%1/10W
R9131-216-073-00 METAL CHIP10K5%1/10W
R9141-216-073-00 METAL CHIP10K5%1/10W
R9151-216-073-00 METAL CHIP10K5%1/10W
R9161-216-073-00 METAL CHIP10K5%1/10W
R9171-216-073-00 METAL CHIP10K5%1/10W
R9191-216-073-00 METAL CHIP10K5%1/10W
R9201-216-073-00 METAL CHIP10K5%1/10W
R9211-216-073-00 METAL CHIP10K5%1/10W
R7041-216-073-00 METAL CHIP10K5%1/10W
R7051-216-057-00 METAL CHIP2.2K5%1/10W
R7061-216-073-00 METAL CHIP10K5%1/10W
R7071-216-073-00 METAL CHIP10K5%1/10W
R7081-216-073-00 METAL CHIP10K5%1/10W
R7091-216-073-00 METAL CHIP10K5%1/10W
R7111-216-295-91 CONDUCTOR, CHIP (2012)
R7121-216-025-91 METAL GLAZE1005%1/10W
R7131-216-025-91 METAL GLAZE1005%1/10W
R7141-216-025-91 METAL GLAZE1005%1/10W
R7151-216-025-91 METAL GLAZE1005%1/10W
R7161-216-025-91 METAL GLAZE1005%1/10W
R7171-216-025-91 METAL GLAZE1005%1/10W
R7181-216-025-91 METAL GLAZE1005%1/10W
R7191-216-025-91 METAL GLAZE1005%1/10W
R7201-216-025-91 METAL GLAZE1005%1/10W
R7211-216-025-91 METAL GLAZE1005%1/10W
R7221-216-081-00 METAL CHIP22K5%1/10W
R7231-216-025-91 METAL GLAZE1005%1/10W
R7241-216-073-00 METAL CHIP10K5%1/10W
R7251-216-073-00 METAL CHIP10K5%1/10W
R7261-216-073-00 METAL CHIP10K5%1/10W
R7271-216-073-00 METAL CHIP10K5%1/10W
R7281-216-073-00 METAL CHIP10K5%1/10W
R9021-216-295-91 CONDUCTOR, CHIP (2012)
R9031-216-025-91 METAL GLAZE1005%1/10W
R9041-216-073-00 METAL CHIP10K5%1/10W
R9051-216-073-00 METAL CHIP10K5%1/10W
R9061-216-073-00 METAL CHIP10K5%1/10W
R9071-216-085-00 METAL CHIP33K5%1/10W
R9081-216-085-00 METAL CHIP33K5%1/10W
R9091-216-085-00 METAL CHIP33K5%1/10W
R9101-216-085-00 METAL CHIP33K5%1/10W
R9111-216-073-00 METAL CHIP10K5%1/10W
! CNP901 1-558-943-41 CORD, POWER (IA)
! CNP901 1-575-651-21 CORD, POWER (E,SP,MY)
! CNP901 1-782-510-11 CORD, POWER (CH)
FL6011-517-617-11 INDICATOR TUBE, FLUORESCENT
HP1011-500-093-11 HEAD, MAGNETIC (PLAYBACK)
HRPE1011-500-094-11 HEAD, MAGNETIC (REC/PB/ERASE)
M1X-3371-223-1 MOTOR ASSY (CAPSTAN)
M2A-2004-410-A MOTOR ASSY (TRIGGER)
M101X-4917-523-4 MOTOR ASSY (SPINDLE)
M102X-4917-504-1 MOTOR ASSY (SLED)
M201A-4660-977-A MOTOR ASSY (TABLE)
M9011-698-792-11 FAN, DC