Page 1
MODEL
SERVICE MANUAL
MI
CAUTION : Before servicing this chassis, read the "PRODUCT SAFETY SERVICE FOR VIDEO PRODUCTS" section
on page 3 of this manual.
CRO 750D
DVD and CD
PLAYER
Under license form Digital Theater Systems, Inc.
CONTENTS
SERVICE PRECAUTIONS .........................2-3
BLOCK DIAGRAMS................................4-5
IC INTRODUCTION
PRINTED CIRCUIT ..............................22-28
REPLACEMENT PARTS LIST . ....................29-42
............................6-21
Page 2
PRODUCT SAFETY SERVICING GUIDELINES FOR VIDEO PRODUCTS
CAUTION: DO NOT ATTEMPT TO MODIFY THIS PRODUCT IN ANY WAY AND
NEVER PERFORM CUSTOMIZED INSTALLATIONS WITHOUT
MANUFACTURER'S APPROVAL. UNAUTHORIZED MODIFICATIONS WILL NOT
ONLY VOID THE WARRANTY, BUT MAY LEAD TO YOUR BEING LIABLE FOR
ANY RESULTING PROPERTY DAMAGE OR USER INJURY.
SERVICE WORK SHOULD BE PERFORMED ONLY AFTER YOU ARE
THOROUGHLY FAMILIAR WITH ALL OF THE FOLLOWING SAFETY CHECKS
AND SERVICING GUIDELINES. TO DO OTHERWISE, INCREASES THE RISK OF
POTENTIAL HAZARDS AND INJURY TO THE USER.
WHILE SERVICING, USE AN ISOLATION TRANSFORMER FOR PROTECTION
FROM A.C. LINE SHOCK.
SAFETY CHECKS
AFTER THE ORIGINAL SERVICE PROBLEM HAS BEEN CORRECTED, A CHECK
SHOULD BE MADE OF THE FOLLOWING.
SUBJECT: FIRE & SHOCK HAZARD
1. BE SURE THAT ALL COMPONENTS ARE POSITIONED IN SUCH A WAY AS
TO AVOID POSSIBILITY OF ADJACENT COMPONENT SHORTS. THIS IS
ESPECIALLY IMPORTANT ON THOSE MODULES WITCH ARE
TRANSPORTED TO AND FROM THE REPAIRSHOP.
2. NEVER RELEASE A REPAIR UNLESS ALL PROTECTIVE DEVICES SUCH AS
INSULATORS, BARRIERS, COVERS, SHIELDS, STRAIN RELIEFS, POWER
SUPPLY CORDS, AND OTHER HARDWARE HAVE BEEN REINSTALLED PER
ORIGINAL DESIGN. BE SURE THAT THE SAFETY PURPOSE OF THE
POLARIZED LINE PLUG HAS NOT BEEN DEFEATED.
3. SOLDERING MUST BE INSPECTED TO DISCOVER POSSIBLE COLD
SOLDER JOINTS, SOLDER SPLASHES OR SHARP SOLDER POINTS. BE
CERTAIN TO REMOVE ALL LOOSE FOREIGN PARTICLES.
4. CHECK FOR PHYSICAL EVIDENCE DF DAMAGE OR DETERIORATION TO
PARTS AND COMPONENTS, FOR FRAYED LEADS AND DAMAGED
INSULATION (INCLUDING A.C. CORD), AND REPLACE IF NECESSARY
FOLLOW ORIGINAL LAYOUT, LEAD LENGTH AND DRESS.
5. NO LEAD OR COMPONENT SHOULD TOUCH A RECEIVING TUBE OR A
RESISTOR RATED AT 1 WATT OR MORE. LEAD TENSION AROUND
PROTRUDING METALSURFACES MUST BE AVOIDED.
6. ALL CRITICAL COMPONENTS SUCH AS FUSES. FLAMEPROOF RESISTORS,
CAPACITORS, ETC. MUST BE REPLACED WITH EXACT FACTORY TYPES,
DO NOT USE REPLACEMENT COMPONENTS OTHER THAN THOSE
SPECIFIED OR MAKE UNRECOMMENDED CIRCUIT MODIFICATIONS.
7. AFTER RE-ASSEMBLY OF THE SET, ALWAYS PERFORM AN A.C. LEAKAGE
TEST ON ALL EXPOSED METALLIC PARTS OF THE CABINET, (THE
CHANNEL SELECTOR KNOB, ANTENNA TERMINALS. HANDLE AND
SCREWS) TO BE SURE THE SET IS SAFE TO OPERATE WITHOUT DANGER
OF ELECTRICAL SHOCK. DO NOT USE A LINE ISOLATION TRANSFORMER
DURING THIS TEST, MAKE SURE TO USE AN A.C. VOLTMETER. HAVING
5000 OHMS PER VOLT OR MORE SENSITIVITY, IN THE FOLLOWING
MANNER; CONNECT A 1500 OHMS 10 WATT RESISTOR, PARALLELED BY
A.15 MFD. 150V A.C. TYPE CAPACITOR BETWEEN A KNOWN GOOD EARTH
GROUND (WATER PIPE, CONDUIT, ETC.) AND THE EXPOSED METALLIC
PARTS, ONE AT A TIME. MEASURE THE A.C. VOLTAGE ACROSS THE
COMBINATION OF 1500 OHM RESISTOR AND 15 MFD CAPACITOR.
REVERSE THE A.C. PLUG AND REPEAT A.C. ANY VOLTAGE
MEASUREMENTS FOR EACH EXPOSED METALLIC PART. VOLTAGE
MEASURED MUST NOT EXCEED 75 VOLTS R.M.S. THIS CORRESPONDS
TO 0.5 MILLIAMP A.C. ANY VALUE EXCEEDING THIS LIMIT CONSTITUTES A
POTENTIAL SHOCK HAZARD AND MUST BE CORRECTED IMMEDIATELY.
GOOD EARTH GROUND
SUCH AS THE WATER
PIPE, CONDUIT, ETC.
PLACE THIS PROBE
ON EACH EXPOSED
METAL PART
SUBJECT GRAPHIC SYMBOLS
THE LIGHTNING FLASH WITH APROWHEAD SYMBOL. WITHIN AN
EQUILATERAL TRIANGLE, IS INTENDED TO ALERT THE SERVICE
PERSONNEL TO THE PRESENCE OF UNINSULATED "DANGEROUS
VOLTAGE" THAT MAY BE OF SUFFICIENT MAGNITUDE TO
CONSTITUTE A RISK OF ELECTRIC SHOCK.
THE EXCLAMATION POINT WITHIN AN EQUILATERAL TRIANGLE IS
INTENDED TO ALERT THE SERVICE PERSONNEL TO THE
PRESENCE OF IMPORTANT SAFETY INFORMATION IN SERVICE
LITERATURE.
SUBJECT: X-RADIATION
1. BE SURE PROCEDURES AND INSTRUCTIONS TO ALL SERVICE PERSONNEL
COVER THE SUBJECT OF
X-RAYS IN CURRENT T.V. RECEIVERS IS THE PICTURE TUBE. HOWEVER,
THIS TUBE DOES NOT EMIT X-RYS WHEN THE HIGH VOLTAGE IS AT THE
FACTORY SPECIFIED LEVEL. THE PROPER VALUE IS GIVEN IN THE
APPLICABLE SCHEMATIC. OPERATION AT HIGHER VOLTAGES MAYCAUSE A
FAILURE OF THE PICTURE TUBE OR HIGH VOLTAGE SUPPLY AND, UNDER
CERTAIN CIRCUMSTANCES, MAY PRODUCE RADIATION IN EXCESS OF
DESIRABLE LEVELS.
2. ONLY FACTORY SPECIFIED C.R.T ANODE CONNECTORS MUST BE USED.
DEGAUSSING SHIELDS ALSO SERVE AS AN X-RAY SHIELD IN COLOR SETS,
ALWAYS RE-INSTALL THEM.
3. IT IS ESSENTIAL THAT SERVICE PERSONNEL HAVE AVAILABLE AN
ACCURATE AND RELIABLE HIGH VOLTAGE METER. THE CALIBRATION OF
THE METER SHOULD BE CHECKED PERIODICALLY AGAINST A
REFERENCE STANDARD, SUCH AS THE ONE AVAILABLE AT YOUR
DISTRIBUTOR.
4. WHEN THE HIGH VOLTAGE CIRCUITRY IS OPERATING PROPERLY, THERE IS
NO POSSIBILITY OF AN
CHASSIS IS SERVICED, THE BRIGHTNESS SHOULD BE RUN UP AND DOWN
WHILE MONITORING THE HIGH VOLTAGE WITH A METER TO BE CERTAIN
THAT THE HIGH VOLTAGE DOES NOT EXCEED THE SPECIFIED VALUE AND
THAT IT IS REGULATING CORRECTLY. WE SUGGEST THAT YOU AND YOUR
SERVICE ORGANIZATION REVIEW TEST PROCEDURES SO THAT VOLTAGE
REGULATION IS ALWAYS CHECKED AS A STANDARD SERVICING
PROCEDURE AND THAT THE HIGH VOLTAGE READING BE RECORDED ON
EACH CUSTOMER'S INVOICE.
5. WHEN TROUBLESHOOTING AND MAKING TEST MEASUREMENTS IN A
PRODUCT WITH A PROBLEM OF EXCESSIVE HIGH VOLTAGE AVOID BEING
UNNECESSARILY CLOSE TO THE PICTURE TUBE AND THE HIGH VOLTAGE
SUPPLY DO NOT OPERATE THE PRODUCT LONGER THAN IT IS NECESSARY
TO LOCATETHE CAUSE OF EXCESSIVE VOLTAGE.
6. REFER TO HV. B+ AND SHUTDOWN ADJUSTMENT PROCEDURES
DESCRIBED IN THE APPROPRIATE SCHEMATIC AND DIAGRAMS(WHERE
USED).
X-RADIATION. THE ONLY POTENTIAL SOURCE OF
X-RADIATION PROBLEM. EVERY TIME A COLOR
SUBJECT: IMPLOSION
1. ALL DIRECT VIEWED PICTURE TUBES ARE EQUIPPED WITH AN INTEGRAL
IMPLOSION PROTECTION SYSTEM, BUT CARE SHOULD BE TAKEN TO
AVOID DAMAGE DURING INSTALLATION, AVOID SCRATCHING THE TUBE. IF
SCRATCHED REPLACE IT.
2. USE ONLY RECOMMENDED FACTORYREPLACEMENT TUBES.
SUBJECT: TIPS ON PROPER INSTALLATION
1. NEVER INSTALL ANY PRODUCT IN A CLOSED-IN RECESS. CUBBYHOLE OR
CLOSELY FITTING SHELF SPACE, OVER OR CLOSE TO HEAT DUCT, OR IN
THE PATH OF HEATEDAIR FLOW.
2. AVOID CONDITIONS OF HIGH HUMIDITY SUCH AS: OUTDOOR PATIO
INSTALLATIONS WHERE DEW IS A FACTOR, NEAR STEAM RADIATORS
WHERE STEAM LEAKAGE IS A FACTOR, ETC.
3. AVOID PLACEMENT WHERE DRAPERIES MAY OBSTRUCT REAR VENTING.
THE CUSTOMER SHOULD ALSO AVOID THE USE OF DECORATIVE
SCARVES OR OTHER COVERINGS WHICH MIGHT OBSTRUCT VENTILATION.
4. WALL AND SHELF MOUNTED INSTALLATIONS USING A COMMERCIAL
MOUNTING KIT, MUST FOLLOW THE FACTORY APPROVED MOUNTING
INSTRUCTIONS. A PRODUCT MOUNTED TO A SHELF OR PLATFORM MUST
RETAIN ITS ORIGINAL FEET (OR THE EQUIVALENTTHICKNESS IN SPACERS)
TO PROVIDE ADEQUATE AIR FLOW ACROSS THE BOTTOM. BOLTS OR
SCREWS USED FOR FASTENERS MUST NOT TOUCH ANY PARTS OR
WIRING. PERFORM LEAKAGE TEST ON CUSTOMIZED INSTALLATIONS.
5. CAUTION CUSTOMERS AGAINST THE MOUNTING OF A PRODUCT ON
SLOPING SHELF OR A TILTED POSITION, UNLESS THE PRODUCT IS
PROPERLY SECURED.
6. A PRODUCT ON A ROLL-ABOUT CART SHOULD BE STABLE ON ITS
MOUNTING TO THE CART CAUTION THE CUSTOMER ON THE HAZARDS OF
TRYING TO ROLL A CART WITH SMALL CASTERS ACROSS THRESHOLDS
OR DEEP PILE CARPETS.
7. CAUTION CUSTOMERS AGAINST THE USE OF A CART OR STAND WHICH
HAS NOT BEEN LISTED BY UNDERWRITERS LABORATORIES, INC. FOR USE
WITH THEIR SPECIFIC MODEL OF TELEVISION RECEIVER OR
GENERICALLY APPROVED FOR USE WITH TV'S OF THE SAME OR LARGER
SCREEN SIZE.
8. CAUTION CUSTOMERS AGAINST THE USE OF EXTENSION CORDS. EXPLAIN
THAT A FOREST OF EXTENSIONS SPROUTING FROM A SINGLE OUTLET
CAN LEAD TO DISASTROUS CONSEQUENCES TO HOME AND FAMILY.
2
Page 3
SERVICING PRECAUTIONS
CAUTION : Before servicing the DVD covered by this
service data and its supplements and ADDENDUMS, read
and follow the : if
unforeseen circumstances create conflict between the
following servicing precautions and any of the safety
precautions in this publications, always follow the safety
precautions.
Remember Safety First:
SAFETY PRECAUTIONS NOTE
General Servicing Precautions
1. Always unplug the DVD AC power cord from the AC
power source before:
(1) Removing or reinstalling any component, circuit board,
module, or any other assembly.
(2) Disconnection or reconnecting any internal electrical
plug or other electrical connection.
(3) Connecting a test substitute in parallel with an
electrolytic capacitor
Caution :
polarity installation of electrolytic capacitors may
result in an explosion hazard.
A wrong part substitution or incorrect
Electrostatically Sensitive (ES) Devices
Some semiconductor (solid state) devices can be damaged
easily by static electricity. Such components commonly are
called Electrostatically Sensitive (ES) Devices. Examples of
typical ES devices are integrated circuits and some field
effect transistors and semiconductor chip components.
The following techniques should be used to help reduce the
incidence of component damage caused by static electricity.
1. Immediately before handling any semiconductor
component or semiconductor-equipped assembly, drain
off any electrostatic charge on your body by touching a
known earth ground. Alternatively, obtain and wear a
commercially available discharging wrist strap device,
which should be removed for potential shock reasons
prior to applying power to the unit under test.
2. After removing an electrical assembly equipped with ES
devices, place the assembly on a conductive surface
such as aluminum toil, to prevent electrostatic charge
buildup or exposure of the assembly.
2. Do not spray chemicals on or near this DVD or any of its
assemblies.
3. Unless specified otherwise in this service data, clean
electrical contacts by applying an appropriate contact
cleaning solution to the contacts with a pipe cleaner,
cotton-tipped swab, or comparable soft applicator.
Unless specified otherwise in this service data,
lubrication of contacts is not required.
4. Do not defeat any plug/socket B+ voltage interlocks with
witch instruments covered by this service manual might
be equipped.
5. Do not apply AC power to this DVD and/or any of its
electrical assemblies unless all solid-state device heat
sinks are correctly installed.
3. Use only a GROUNDED-tip soldering iron to solder or
unsolder ES devices.
4. Use only an anti-static solder removal device. Some
solder removal devices not classified a "anti-static" can
generate electrical charges sufficient to damage ES
devices.
5. Do not use freon-propelled chemicals. These can
generate electrical charge sufficient to damage ES
devices.
6. Do not remove a replacement ES device from its
protective package until immediately before you are
ready to install it. (Most replacement ES devices are
packaged with leads electrically shorted together by
conductive foam, aluminum foil, or comparable
conductive material.)
6. Always connect test instrument ground lead to the
appropriate ground before connection the test
instrument positive lead. Always remove the test
instrument ground lead last.
Insulation Checking Procedure
Disconnect the attachment plug trom the AC outlet and turn
the power on. Connect an insulation resistance meter(500V)
to the blades of the attachment plug. The insulation
resistance between each blade of the attachment plug and
accessible conductive parts (Note 1) should be more than
1M ohm.
Note 1 :
panels, input terminals, Earphone jacks, etc.
Accessible Conductive Parts including Metal
7. Immediately before removing the protective material
from the leads of a replacement ES device, touch the
protective material to the chassis or circuit assembly
into which the device will be installed.
Caution : Be sure no power is applied to the chassis or
circuit, and observe all other safety precautions.
8. Minimize bodily motions when handling unpackaged
replacement ES devices. (Normally harmless motion
such as the brushing together of your clothes fabric or the
lifting of your foot from a carpeted floor can generate
static electricity sufficient to damage an ES device.)
3
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4
Page 5
FM+AM
TFCE1E
115
1
125
A750 KEY ASS'Y
14
11
14
A750 MIC
ASS'Y
XP3
1
25
2
XP2
115
XP10
110
A750 AMP ASS'Y
XP13
125
3
1
1
DSM750
6
DECODER
1
ASS'Y
1
6
25
24
112
XP5
1
12
1
12
7
XP1
1
110
XP404
12
6
XP402
1
AD750
PO WER
ASS'Y
12
XP403
1
4
12
14
8
10
13
12
5
9
124
KHL-232B
1
LOADING
6
ASS'Y
5
Page 6
IC INTRODUCTION
D1890 PIN ASSIGNMENTS
Pin Num bers PIN NAME Type Description
QFP100 and LQ FP100
RF Flag Interface
13 DEFECT Digital Output Flag of bad data output status
RF SIO interface
14 SLCK Digital Input RF serial clock input
15 SDEN Digital Input RF serial data enable
16 SDATA Digital IO RF serial data IO
11 RST Digital input Reset (active high)
12 XCK16M Digital input 16.9M Hz for verification
RF
40 DVDA Analog input DVD RF signal input A
41 DVDB Analog Input DVD RF signal input B
42 DVDC Analog Input DVD RF signal input C
43 DVDD Analog Input DVD RF signal input D
38 DVDRFIN Analog Input DVD RF signal input RFIN
39 DVDRFIP A nalog Input DVD RF s ignal input RFIP
53 CDA Analog Input CD RF signal input A
54 CDB Analog Input CD RF signal input B
55 CDC Analog Input CD RF signal input C
56 CDD Analog Input CD RF signal input D
61 OSP Analog O ffset c ancellation capacitor connecting
60 OSN Analog Offset cancellation capacitor c onnecting
86 RFOP Analog output RF positive output
85 RFON Analog output RF negative output
59 RFGC Analog RF VGA control
TRACKING ERROR
88 DPFN Analog DPD amplifier negative input
87 DPFO Analog DPD amplifier output
23 IR Analog DPD reference resister connec ting
17 DPDMUTE Digital input DPD m ute control input
83 TNI Analog Input 3 beam satellite PD signal input
82 TPI A nalog Input 3 beam satellite PD signal input
97 TEO A nalog O utput Tracking error output
FOCUSING ERROR & RF LEVEL & CENTRAL SERVO SIGNAL
64 CDFNI Analog Input CD focus ing error negative input
65 CDFPI A nalog Input CD focusing error pos itive input
44 DVDFNI Analog input DVD foc using error negative input
45 DVDFPI A nalog input DVD focusing error positive input
95 FEO A nalog O utput Focusing error output
96 FEONI Analog Input Focusing error am plifier negative input
93 FLVL Analog Output RF level output
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Pin Num bers PIN NAME Type Description
94 FLVLNI Analog input RF level amplifier negative input
69 CDCSNI Analog input CD central servo signal negative input
70 CDCSPI A nalog input CD central s ervo signal pos itive input
46 DVDCSNI Analog input DVD central servo signal negative input
47 DVDCSPI Analog input DVD central servo signal positive input
2 CSO Analog output Central servo signal output
3 CSONI Analog input Central servo am plifier negative input
ALPC
80 MDI1 Analog Input Laser power monitor input
81 LDO1 Analog Output Laser driver output
51 MDI2 Analog Input Laser power monitor input
52 LDO2 Analog Output Laser driver output
RF RIPPLE
8 CRTP Analog RF top envelop filter capacitor connecting
9 CRTPLP Analog Defect level filter capac itor c onnecting
7 HRFRP Analog output High frequency RF ripple output
6 LRFRP Analog output Low frequency RF ripple output
POWER
24,25,30,34,62,63 AVDD Power RF pow er
21,22,28,37,57,58 AGND GND GND
89,90 SVDD Power Servo analog pow er
98,99 SGND GND GND
4,5 VDD Power Digital power
18,19 GND GND GND
REFERENCE VOLTAGE
92 VREFO Analog output Reference voltage 2.0V
91 V2REFO Analog output Reference voltage 4.0V
ALPC TRIMMING
32 TM1 Analog input Trimming pin for ALPC1
33 TM2 Analog input Trimming pin for ALPC1
35 TM3 Analog input Trimming pin for ALPC2
36 TM4 Analog input Trimming pin for ALPC2
HIGH SPEED TRACK COUNTING
1 TRLP Analog Low-pass filter capacitor connecting
100 TRLPA Analog Low-pass filter capacitor connec ting
10 HTRC Digital output High s peed track c ounting digital output
FOR MONITOR ONLY
26 MON Analog output
27 MOP A nalog output
31 VCON Analog output
20 HTRCMPH Digital output
84 HTE Analog output
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D1890 BLOCK DIAGRAM
8
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D1870 PIN ASSIGNMENTS
Pin Numbers Pin NAME Type Description
RG data PLL interface
11 PLLVDD Power Power for data PLL and related analog circuitry.
10 JITFN Analog Input The negative input terminal of operation amplifier for RF jitter m eter.
9 JITFO Analog O utput The output terminal of RF jitter meter.
Phase com parator output. Output the phase difference of EFM and Pck4m.
8 PDO Analog Output
7 IREF Analog Input
6 LPFN Analog Input The negative input terminal of loop filter amplifier.
5 LPFO Analog Output The output of loop filter am plifier.
4 LPIN Analog Input The input of the low pass filter.
3 LPIO Analog Output The output of the low pass filter.
2 PLLVSS Ground G round pin for data PLL and related analog circuitry.
1 VBDPLL Analog O utput Reference voltage.
176 RFIN Analog Input The negative input term inal of RF differential signal.
175 RFIP Analog Input The positive input terminal of RF differential signal.
174 RFDSLV Analog O utput RF data slicer level output.
173 SCO Analog Output Analog slicer current output.
Signal Amplifier Interface
172 ADCVDD Power Power pin for ADC circuitry.
171 HRFZC Analog Input High frequency RF ripple zero crossing input or photo interrupt pulse input.
170 RFRPSLV Analog Output RF ripple slice level output.
169 RFP Analog Input RF ripple detect input.
168 RFLEVEL Analog Input Sub beam add input or RF level input.
167 FEI Analog Input Focus error input.
166 TEI Analog Input Tracking error input.
165 TEZU Analog Input Tracking error zero crossing input.
164 TEZISLV Analog Input Tracking error zero crossing low pass input.
163 ADIN Analog Input General A/D input.
162 ADCVSS Ground G round pin for ADC circuitry.
Motor and Actuator Drive Interface
161 PDMVSS Ground Ground for PDM Circuitry.
160 PW M2VREF Analog Input A reference voltage input for PW M circuitry. The typical value is 4.0V.
159 PW MVREF Analog Input A reference voltage input for PWM circuitry. The typical value is 2.0V.
158 PDMVDD Power Power for PDM circuitry.
12 FOO Analog Output Focus servo output. PDM output of focus servo compensator.
13 TRO Analog Output Tracking servo output. PDM output of tracking servo com pensator.
14 PWMO UT1 Analog O utput
15 PWMO UT2 Analog O utput
17 DMO Analog O utput Disk motor control output. PW M output.
18 FMO Analog Output
19
20 FG
22 TRCLOSE TTL Output
23 ENDM TTL Output Enable/disable disk motor. A logical high enables disk m otor.
Panel Interface
FROPENPW
M
Analog Output
TTL Schmitt
Input 50K pull up
Sink or source a constant current to loop filter over this pin when phase
difference occurs. Otherwise, this pin is high impedance.
Current reference input. It generates reference current for data PLL.
Connect an external 15K resistor to this pin and PLLVSS.
1 st Gen eral multi- level PW M output. The num ber of output levels is set
with DSP com m and. It is used to control step m otor.
2 nd G eneral multi-level PWM output. The number of output level is
selected DSP com mand.
Disk motor co ntrol. 3-level PWM output. It is u sed only for DC mot or, but it
is corporate with the pin PWMOUT1 to control step motor. If the internal
DC_FMO is pos itive, the FMO output lag s 90
the FMO output leads 90
Tray open control output.
It generates PWM output for TRWM EN
TRWMEN
Motor Hall sensor input.
Tray close output.
It provides a clock out to the m icro controller.
27hRW 2
=0.
than PW MO UT1.
than PWMOUT1, otherwise
=0 or digital output for
27hRW2
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Pin Numbers Pin NAME Type Description
24 LED TTL O utput LED control output.
25 PLY#/PAU#
26 EJ/STOP#
27 LIMIT#
28 TRAYO UT#
29 TRAYIN#
Micro controller Interface
30 URST TTL Output
31 UWR#
32 URD#
33 UCS1
34 UCS2
36 UALE
37-43,46 UAD
47 UINT#
Crystal Interface & DRAM clock Interface
44 DMVSS G round Ground pin for DRAM clock circuitry.
45 DMVDD Power Power pin for DRAM clock circuitry.
48 XTALI Input Crystal input. The working frequency in 33.8688MHz.
49 XTALO O utput Crystal output.
Memory Interface
50 DQM TTL O utput
51 BA1 TTL Output
52 BA0 TTL Output
53 CKE TTL Output
54 CLK TTL O utput SDRAM clock
55-56 RA[11:10] TTL Output
58-64,66-6
7,69
70 RAS# TTL Output RAM row address strobe, low active
71 ROE# TTL Output
RA[9:0] TTL Output RAM address bus
TTL Input
50K pull up
TTL Input
50K pull up
TTL Input
50K pull up
TTL Input
50K pull up
TTL Input
50K pull up
TTL Schmitt
Input 50K pull up
TTL Schmitt
Input 50K pull up
TTL I/O
50K pull up
TTL I/O
50K pull up
TTL I/O
with Schmitt
Input
50K pull up
TTL I/O
50K pull up
TTL Output
Open drain
Play/pause key input, active low.
Eject, stop key input, active low.
Sledge inner lim it input, active low.
Tray_is_out input. A logical low indicates the tray is out. Feedback flag
from tray connector.
Tray_is_in input. A logical low indicates the tray is in. Feedback flag from
tray connector.
Power-on reset output for external devices, active high.
If the flash m ode is used, the micro controller must be the kind of
multiplexed address/data m ode and its output pins m ust be at tri-state.
Otherwise, the flash mode cannot be used.
Micro controller write strobe, active low.
Micro controller read strobe, active low.
For non flash mode cycle: register bank select control 1, input from m icro
controller.
For flash mode cycle: flash ROM address FLASH_ADR14.
For non flash mode cycle: register bank select control 2, input from m icro
controller.
For flash mode cycle: flash ROM address FLASH_ADR15.
For non flash m ode cycle: address latch enable, high active input from
micro controller.
For flash mode cycle: address latch enable, high active output to control
external 373.
For non flash mode cycle: micro control address/data Bus.
For flash mode cycle: flash ROM address/data bus.
FLASH_ADR[7:0]/FLASH_D[7:0]. The FLASH_ADR[7:0] is latched in the
external 373.
Micro controller Interrupt, low active.
For non flash mode: SDRAM output Mask.
For flash mode: flash ROM address FLASH_ADR13.
For non flash mode: SDRAM bank address 1
For flash mode: flash ROM address FLASH_ADR12.
For non flash mode: SDRAM bank address 0
For flash mode: flash ROM address FLASH_ADR11.
For non flash mode: SDRAM clock enable.
For flash mode: flash ROM address FLASH_ADR10.
For non flash mode: DRAM address bus RA[11:10]
For flash mode: flash ROM address FLASH_ADR[9:8]
RAM output enable, low active.
It must be pulled with 20K resister if flash mode is used.
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Pin Numbers Pin NAME Type Description
72 RWE# TTL Output
73
74 CAS# TTL O utput
76-83,
85-87
90-94
System Clock Interface
88 IPLLVDD Power Power pin for system varipitch circuitry.
89 IPLLVSS Ground Ground pin for system varipitch circuitry.
Host Interface
101 DASP#
102 CS3FX#
103 CS1FX#
105,108,10
6
107 PDIAG #
110 IOCS16#
CASH#/RWE
H#
RD[15:0] TTL I/O RAM data bus
HA[2:0]
TTL Output
TTL I/O
50K pull up
TTL Input
50K pull up
TTL Input
50K pull up
TTL Input
50K pull up
TTL I/O
50K pull up
TTL Output
Open drain
RAM write enable, low active. When two write enable pins are used, it only
for low byte.
High column address strobe: Write enable High Byte
Multi-function pin: low active
RAM column address strobe for high byte, when two column address
strobe pins are used.
Write enable for high byte, when two write enable pins are used.
World RAM column address strobe: Low column address strobe
Multi-function pin: low active
RAM column address strobe for a word, when two column address strobe
pins are not used.
It is used only for low byte, when two column address strobe pins are used.
Drive active/Slave present
This is the time-multiplexed signal that indicates that a device is active, or
that slave is present.
Host chip select 2(for 3FXH/37xh)
The CX3FX# and CS1FX# are chip select signals from the host used to
select the Com mand Block registers.
Host chip select 1 (for 1Fxh/17xh)
Host address bus
This is the 3-bit binary coded address asserted by the host to access a
register or data port in the device.
Passed diagnostics
I/O 16-bit chip select
111 INTRQ TTL Output
112 DMACK#
113 IORDY TTL O utput
114 DI O R#
TTL Input
50K pull up
TTL Input
50K pull up
Host interrupt.
The MT1368 uses this signal to interrupt the host system.
DMA acknowledge.
This signal shall be used by the host in response to DMAREQ to initiate
DMA transfers.
I/O channel ready: Ultra DMA ready: Ultra DMA data strobe.
This is a multi-function pin.
For i/o channel Ready, this signal is negated to extend the host transfer
cycle of any register read or write when the device is not able to complete
the transfer.
For Ultra DMA Ready, this signal is asserted by the device to indicate to the
host that the device is ready to receive Ultra DMA data out bursts from the
host.
For Ultra DMA data strobe, this is the data in strobe signal from device for
Ultra DMA data in burst to host.
Device I/O read: Ultra DMA ready: Ultra DMA data strobe.
This is multi-function pin.
For Device I/O Read, this signal is the strobe signal asserted by the host to
read device registers or the data port.
For Ultra DMA read, this is asserted by the host to indicate to the device
that the host is ready to receive Ultra DMA data in burst to host
For Ultra DMA data strobe, this signal is the data out strobe signal from the
host for an Ultra DMA data out burst.
11
Page 12
Pin Numbers Pin NAME Type Description
Device I/O write: Stop Ultra DMA burst
This is multi-function pin.
For Device I/O Write, this signal is the strobe signal asserted by the host to
write device registers or the data port.
116 DI O W #
TTL Schmitt
Input 50K pull up
For Stop Ultra DMA, this signal shall be negated by host before data is
transferred in an Ultra DMA burst and is asserted by host during an Ultra
DMA burst to signal the termination of Ultra DMA burst.
DMA request.
117 DMARQ TTL Output
This signal is used for DMA data transfers between host and device and it
shall be asserted by the MT1368 when it is ready to transfer data to or from
the host. The direction of data transfer is controlled by DIOR# and DIOW #.
118-120,12
2-126,-128-
131,134-13
HD[15:0] TTL I/O
7
138 HRST#
TTL Schmitt
Input 50K pull up
Host data bus.
This is an 8- or 16- bit bi-directional data interface between the host and
device; the lower 8 bits are used for 8-bit register transfers. Data transfers
are 16-bit wide.
Host reset.
This signal is referred to as hardware reset and it is used by host to reset
the MT1368.
CLV/CAV Varipitch interface
140 VPVDD Power Power pin for varipitch VCO circuitry.
141 VCO CIN Analog Input Connect capacitor for com pensator loop filter.
142 VPVSS Ground Ground pin for varipitch VCO circuitry.
Miscellaneous
139 PRST#
TTL Schmitt
Power-on reset, low active
Input 50K pull up
143 TEST
TTL Input
Test mode control pin, high active
50K Pull-Down
Lag and Programmable I/O Interface
145 FLAG D TTL I/O Servo DSP flag.
146 FLAG C TTL I/O Servo DSP flag.
147 FLAG B TTL I/O Servo DSP flag.
Servo DSP flag. The internal flags of servo DSP can be selected to output
148 FLAG A TTL I/O
through FLAGA, FLAGB, FLAGC, and FLAGD pins. To program the
selection the micro controller m ust write FLGMO D register.
150 IO 3
151 IO 2
TTL I/O
50K pull high
TTL I/O
50K pull high
152 IO 1 TTL I/O
153 IO 0
TTL I/O
50K pull high
At non-flash mode: program mable I/O or internal non-servo flags output.
At flash m ode cycle: to monitor DSVSEL to device master or slaver. It is
recorded on DEVSEL
At non-flash mode cycle: programmable I/O or internal non-servo flags output.
At flash mode cycle: flash ROM address FLASH_ADR16.
At non-flash mode cycle: programmable I/O or internal non-servo flags output.
At flash mode cycle: flash RO M output enable FLASH _O E#.
At non-flash mode cycle: programmable I/O or internal non-servo flags output.
At flash mode cycle: flash RO M write enable FLASH_W R#.
102hRW 6
.
SIO interface & Defect
154 SDATA TTL I/O RF serial data input/output.
155 SDEN TTL output RF serial data latch enable
156 SLCK TTL output RF serial clock output
157 BDO
TTL Input
Flag of defect data input status
50K pull down
Digital Power & Ground
57,75,104,1
DVDD3 Power +3.3V use for Internal digital circuitry and digital output pad
44
16,65,109,
DVDD Power +5V use for Internal digital circuitry and digital output pad
133,100
21,35,68,8
4,115,121,1
27,133,149
DVSS Ground Internal digital circuitry and digital output pad.
96
12
Page 13
D1870 BLOCK DIAGRAM
RFRPSLV
TEZI
TEZISLV
HRFZC
ADCVDD
FEI
TEI
RFRP
RFLEVEL
ADIN
ADCVSS
SLCK
SDEN
SD ATA
FDO
TRO
FMO
PWMOUT1
PWMOUT2
PDMVDD
PWM2VREF
PWMVREF
PDWVSS
FLAGA
FLAGB
FLAGC
FLAGD
IO[3:0]
RFZC/
TEZC
Circuit
Servo
ADC
Serial RF
Controller
PDM &
PWM
DAC
Flags &
Program-
mable
I/O
BDO
RF flag
Interface
Servo
DSP
Varipitch
CLV Clock
Generator
VPVDD
VCOC N
RFDTSL
VPVSS
SCO
Data
Slicer
RF N
RF P
REF
PLLVDD
LPFN
Protection
EFM/EFM+
Demodulator
Subcode/ID
Demodulator
CLV/CAV
Controller
ENDM
LP N
Sync
FG
PLLVSS
Data
PLL
J TFN
PWM
DAC
PDO
DMO
LPFO
LP P
VBDPLL
J TFO
CIRC/RSPC
Error Corrector
CDROM
Sync Detection
Descrambler
CSS
Host/MPEG Interface
HRST#
DASP#
PD AG#
HD[15 0]
Host
Data
FIFO
D OW#
D OR#
DMACK#
HA[2 0]
CS1FX#
C3
Decoder
ATAPI
Packet
FIFO
CX3FX#
Varipitch System
NTRQ
ORDY
DMARQ
OCS16#
XTALO
XTAL
Clock
Generator
System Clock
Micro-controller
Interface
UALE
UCS1
UCS2
URD#
PLLVDD
SRAM
UWR#
PLLVSS
256
U NT#
DMVDD
DRAM
Clock
Generator
UAD[7 0]
DMVSS
Memory
Controller
Key/LED
Interface
Interface
Reset
Logic
Buffer
Mega
URST#
TEST
PRST#
RD[15:0]
RA[11:0]
RAS#
CAS#
CASH#/RWEH#
RWE#
ROE#
CLK
CKE
DOM
BA(1:0)
EJ/STOP#
PLY#/PAU#
LED
TRAYIN#
TRAYOUT#
LIMIT#
TROPENPWM
TRCLOSE
13
Page 14
VS3811 PIN ASSIGNMENTS
Name Number I/O Definition
1,9,18,27,35,44,51,59,68,75,83,92,99
VCC
LA[21:0] 23:19,16:10,7:2,207:204 O Device address output.
VSS
RESET# 24 I Reset input, active low.
TDMDX
RSEL
TDMDR 28 I TDM receive data.
, 104, 111,121,130,139,148,157,164,
172, 183, 193,201
8,17,26,34,43,52,60,67,76,84,91,98,1
03,112,120,129,138,147,156163,171,
177,184,192,200,208
O TDM transmit data.
25
3.6 V pow er supply.
I
Ground.
I
ROM Select
RSEL Selection
I
0 16-bit ROM
18-bitROM
TDMCLK 29 I TDM c lock input.
TDMFS 30 I TDM frame synch.
DMTSC# 31 O TDM output enable, active low.
TW S 32 O Audio transm it fram e sync.
Sele ct Pll1.
SEL-PLL2 SEL-PLL0 Clock Output
0 0 2.5*DCLK
SEL PLL[2:0] 33 I
0 1 3*DCLK
1 0 3.5*DCLK
1 1 4*DCLK
TSD[3:0] 38,37,36,33 O Audio transm it s erial data port.
MCLK 39 I/O Audio m aster clock for audio DAC.
TBCK 40 I/O Audio transm it bit clock.
SPDIF DOB
41 O
M
S/PDIF (IEC958) Format Output.
RSD 45 I Audio receive serial data.
RWS 46 I Audio receive frame synch.
RBCK 47 I Audio receive bit clock.
APLLCAP 48 I Analog PLL Capacitor.
XIN 49 I Crystal input.
XOUT 50 O Crystal output.
DMA[11:0] 66:61,58:53 O DRAM address bus .
DCAS# 69 O Column address s trobe, ac tive low.
O Output enable, active low.DOE#
70
DSCK EN
DW E# 71 O DRAM write enable, active low.
DRAS[2:0]# 74:72 O Row address strobe, active low.
Clock Enable, ac tive low.
I
14
Page 15
Name Number I/O Definition
DB[15:0] 96:93,90:85,82:77 I/O DRAM data bus.
DCS[1:0]# 97,100 O SDRAM chip select [1:0], active low
DQM 101 O Data input/output mask.
DSCK 102 O Clock to SDRAM.
DCLK 105 I Clock Input (27 MHz)
YUV[7:0] 115:113,110:106 O 8-bit YUV output.
PCLK2XSC
2X pixel clock.
116 I/O
N
PCLKQSCN 117 I/O Pixel clock.
Vertical synch for screen video
VSYNCH# 1 18 I/O
interface, programmable for rising or
falling edge, active low.
Horizontal sync for screen video
HSYNCH# 1 19 I/O
interface, programmable for rising or
falling edge, active low.
HD[15:0] 141:140,137:131,128:122 O Host data bus
HCS1FX# 152 O Host select 1.
HCS3FX# 153 O Host select 3.
HIOCS16# 151 I Device 16-bit data transfer.
HA[2:0] 158,155:154 I/O Host address bus.
Peripheral protection volt age. See
VPP 159 I
App Note 2.
Host w rite/DCI Interface Acknowledge
HWR#/DCI_ACK#
149 I,O
Signal, active low.
HRD#/DCI_CLK
O,
150
Host read/DCI Interface Clock.
O
HD[15:0] 141:140,137:131,128:122 I/O Host data bus.
HWRQ# 142 O Host write request.
HRDQ# 143 O Host read request.
HIRQ 144 I/O Host intrrupt.
HRST# 145 O Host reset.
HIORDY 146 I Host I/O ready
AUX[7:0] 169:165,162:160 I/O Auxiliary ports.
LOE# 170 O Device output enable, active low.
LCS[3:0]# 176:173 O Chip select [3:0], active low.
LD[15:0] 197:194,191:185,182:178 I/O Device data bus.
LWRLL# 198 O Device write enable, active low.
LWRHL# 199 O Device write enable, active low.
NC 37,38,42,203:202 No Connect pins. Leave open.
15
Page 16
VS3811 BLOCK DIAGRAM
16
Page 17
CS4955 PIN ASSIGNMENTS
PIN NAME NUMBER TYPE DEFINITION
V[7:0] 8,7,6,5,4,3,2,1 IN Digital video data inputs
CLK 29 IN 27MHz input clock
PADR 16 IN Address enable line
XTAL-IN 15 IN Sub-carrier crystal input
XTAL-OUT 14 OUT Sub-c arrier crystal output
HSYNC/CB 10 I/O Active low horizontal sync, or composite blank signal
VSYNC 11 I/O Active low vertical sync
FIELD/CB 9 OUT Video field ID. Selectable polarity or composite blank
RD 27 IN Host parallel port read strobe, active low
WR 28 IN Host parallel port write strobe, active low
PDAT[7:0] 19,20,21,22,23,24,25,26 I/O Host parallel port/general purpose I/O
SDA 32 I/O I C data
SCL 33 IN I C clock input
CVBS 44 CURRENT Composite video output
Y 48 CURRENT Luminance analog output
C 47 CURRENT Chrominance analog output
R 39 CURRENT Red analog output
G 40 CURRENT Green analog output
B 43 CURRENT Blue analog output
VREF 38 I/O Internal voltage reference output external reference input
SET 37 CURRENT DAC current set
TTXDAT 30 IN Teletext data input
TTXRQ 31 OUT Teletext request output
INT 12 OUT Interrupt output, active high
RESET 34 IN Active low master RESET
TEST 13 IN Test pin. Ground for normal operation
VAA 36,41,46 PS +5V or +3.3Vsupply(must be same as VDD)
GNDD 18 PS Ground
VDD 17 PS +5V or +3.3Vsupply(must be same as VAA)
GNDA 35,42,45 PS Ground
CS4955 BLOCK DIAGRAM
17
Page 18
PCM1723 PIN ASSIGNMENTS
PIN NAME NUMBER TYPE DEFINITION
XTI 1 IN Master clock input
SCKO 2 OUT
VCP 3 PWR PLL Power Supply (+5v)
NC 4 N/A No connection
MCKO 5 OUT Buffered clock output of crystal oscillator
ML 6 IN Latch for serial control data
MC 7 IN Clock for serial control data
MD 8 IN Data for serial control
RSTB 9 IN
ZERO 10 OUT
VOUTR 11 OUT Right Channel Analog Output
AGND 12 GND Analog Ground
VCC 13 PWR Analog Power Supply(+5v)
VOUTL 14 OUT Left Channel Analog Output
CAP 15 Common pin for analog output amplifiers
BCKIN 16 IN Bit clock for clocking in the audio data
DIN 17 IN Serial audio data input
LRCIN 18 IN Left/Right Word Clock. Frequency is equal to fs
NC 19 N/A No connection
RES 20 N/A Reserved for factory use, do not connect
VDD 21 PWR Analog Power Supply(+5v)
DGND 22 GND Digital Ground
PGND 23 GND PLL Ground
XTO 24 OUT Crystal oscillator output
Note:(1)Schmitt t riger input with internal pull-up resistors.
(2)Schmitt triger input.
System Clock Out. This output is 256fs or 384fs.System clock generated
by the internal PLL.
Reset input. When this pin is low, the digital filters and modulator are held
in reset
Zero Data Flag. This pin is low when the input data is continuously zero for
more than 65.535 cycles of BCKIN
PCM1723 BLOCK DIAGRAM
18
Page 19
BA6208 EQUIVALENT CIRCUIT DIAGRAM
VCC GND
6(1)
5(3,7)
R1
R32
Q1
Q3
Q2
R2
R30
D1
Q6
Q4
R3
R4
R5
R7
R11
R6
R13
Q5
R12
R28
Q7
R9
Q9
R8
Q8
7(2)
BOUT
AIN
3(8)
Q10
Q11
BIN
8(4)
AOUT
2(5)
Q12
R15
R16
Q14
Q13
Q15
R20
R29
R14
R18
R21
R19
R22
R23
Q16
Q19
R24
R25
Q17
R31
D2
Q18
R26
R27
Q20
R10
R17
NOTE : Figures in parentheses are for the BA6208F
BA6208 INPUT/OUTPUT TRUTH TABLE
AIN
H
L
L
H
AOUTBIN
H
L
BOUT
L
H
HH
LL
L
OPEN
BA6208 EXTERNAL DIMENSIONS
1
BA6208
9
L
OPEN
8
1
BA6208F
5
4
19
Page 20
NJW1104
SYSTEM BLOCK DIAGRAM
LIN
RIN
EXTIN
Input Autobalance
Noise Sequencer
Adaptive Matrix
L+R
L-R
MCU Interface
RE Q
SC K
DATA
Center Mode
Delay
7KHz
LPF
SW. Controller
MD2
AUX1 -10
MD1
Modified
B-NR
ADD/SUB
LOUT
COUT
ROUT
SOUT
20
Page 21
NJW1104
APPLICATION CIRCUIT AND BLOCK DIAGRAM
C10
C11
10u
10u
+
R7
22K
+
R8
22K
22u
C15
47n
C14
100K
R10
47u
C13
C12
R9
22u
++
47M
+
100n
C9
100n
Lin
Rin
C8
15K
R5
C7
100n
R6
47K
R4
C6
680p
75K
15K
R2
C5
100n
R3
47K
R1
C4
680p
100n
C3
75K
+5 V
+10V
C18
100n
R11
47K
TEST CNT
C16
27p
C17
27p
+
C19
100u
C21 C20
100u
AUX1
AUX2
AUX3
AUX4
AUX5
AUX6
AUX7
AUX8
AUX9
AUX10
RST
u-COM
X1
4MH
R12
1M
+
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
1
2
3
4
5
6
7
8
9
100n
VSS
DATA
SCK
REQ
VDD
VCC
80
MCU INTERF ACE
OS C
78 77 76 75 74 73 72 71 70 69 68 67 66
79
GND
MD1
MD2
SW ITCH CONT ROL
NOISE
GENERAT O R
VCA
VCA
NOISE
SEQUENCER
CONT ROL
Signal /Te s t tone s e le ctor
L-R
L+R
NETW ORK
COMBINNING
MEMOR Y
VCA
8
x
Surround S ignal s e le ctor
CENT ER
MODE
CONT ROL
CONT ROL
MEMOR Y
ADD/SUB.
L,Rch m ode
se le c to r
LPF and A /D D/A C ONVERTOR
R18
10K
R17
C32
R19
15K7.5K
C31
3.3n
R20
24K
C26C25
680p 680p
R14
10K
R15
R13
18K 15K
C24
3.3n
10n 10n
22n 22n
C29
C28C27
R16
7.5K
C30
3.3n
R21
10K
65
LOG AMPRI F IE R
RECT IFIER &
PO LARITY SPRI TTER
IREF
VREF
Sch m ode s ele ctor
MODIFIED
B-NR
4025
3938373635343332313029282726
5.6n 68n
C2
64
22n
C1
63
22n
C57
62
100n
C56
61
100n
C55
60
47n
C54
59
47n
C53
58
100n
C52
57
220n
C51
56
220n
C50
55
+
4.7u
C49
54
+
4.7u
C48
53
220n
C47
52
220n
R26
51
100K
+
50
49
48
47
46
45
44
43
42
C37
C42
100n
R23
20K
680n
R24
10K
C46
220u
C44
+
+
+
+
+
C41
C40
C39
C38
10u
10u
10u
10u
10u
R25
47K
C45
100n
EXTin
S out
Cout
Rout
Lout
41
R22
330K
C36C35
21
Page 22
PRINTED CIRCUIT
A750 KEY CIRCUIT
22
Page 23
A750 POWER CIRCUIT
23
Page 24
A750 MIC CIRCUIT A750 PHONE CIRCUIT
24
Page 25
A750 AMP CIRCUIT
25
Page 26
A750 KEY BOARD
A750 MIC BOARD
A750 POWER BOARD
26
Page 27
A750AMP BOARD
27
Page 28
DSM750 DECODER BOARD
28
Page 29
ELECTRICAL PARTS LIST
PART No. PART NAME Q'TY
DVD750(Aussie)
b0882 A750AMP ASS'Y 1
bS7100-1 DVD-750 POWER ASS'Y 1
b1053-1 A750 KEY ASS'Y 1
bS7091-1 A750 MIC ASS'Y 1
b0883 DSM750 DECODER ASS'Y 1
bS8001 KHM-232B LOADING ASS'Y 1
S0549b A750 TRANSFORMER 1
S3284 CC-1.0×25×150 1
S3145a CC-1.0×12×140(B=6) 1
S3287 CC-0.5×24×185 1
S3288 CC-1.25×15×115 1
S3278 A750AMP OUTPUT WIRE 1
S3279 A750 OPEN/CLOSE WIRE 1
S3281 A750 LOADING WIRE 1
S3282 A750 TRANSFORMER WIRE 1
S3283 A750 DECODER POWER WIRE 1
S0689b RC-750 REMOTE 1
S2701 7# BATTERY 2
bS4309 TUNER TFCE1E 1
S1355a A750 OWNER MANUAL 1
S3021 RCA CORD AUDIO 1
S4308 A300 FM ANTENNA 1
S3022 RCA CORD VIDEO 1
S3023 S-VIDEO WIRE 1
S3339a A750 POWER CDRD 1
S0550 213LOAD SWITCH 1
S8022 FAN C140EL10G8310 1
29
Page 30
PART No. PART NAME Q'TY
DVD750(S. Africa)
b0882 A750AMP ASS'Y 1
bS7100-1 DVD-750 POWER ASS'Y 1
b1053-1 A750 KEY ASS'Y 1
bS7091-1 A750 MIC ASS'Y 1
b0883 DSM750 DECODER ASS'Y 1
bS8001 KHM-232B LOADING ASS'Y 1
S0549a A750 TRANSFORMER 1
S3284 CC-1.0×25×150 1
S3145a CC-1.0×12×140(B=6) 1
S3287 CC-0.5×24×185 1
S3288 CC-1.25×15×115 1
S3278 A750AMP OUTPUT WIRE 1
S3279 A750 OPEN/CLOSE WIRE 1
S3281 A750 LOADING WIRE 1
S3282 A750 TRANSFORMER WIRE 1
S3283 A750 DECODER POWER WIRE 1
S0689b RC-750 REMOTE 1
S2701 7# BATTERY 2
S4309 TUNER TFCE1E 1
S1355a A750 OWNER MANUAL 1
S3021 RCA CORD AUDIO 1
S4308 A300 FM ANTENNA 1
S3022 RCA CORD VIDEO 1
S3023 S-VIDEO WIRE 1
S3339 A750 POWER CDRD 1
S0550 213LOAD SWITCH 1
S8022 FAN C140EL10G8310 1
30
Page 31
REF No. PART No. PART NAME REF No. PART No. PART NAME
A750 KEY ASS'Y
RESISTOR
C504 a2056 CS1-63V-0.1u+80%
C505 a2056 CS1-63V-0.1u+80%
R501 G0705 RT13-0.167W-10 C506 a3201 CD11CX-16V-100uF±20%
R502 G0705 RT13-0.167W-10 C507 a3201 CD11CX-16V-100uF±20%
R503 G0709 RT13-0.167W-51
OTHER
R504 G0714 RT13-0.167W-180 VD501 a5004 IN4148
R505 G0714 RT13-0.167W-180 VD502 a5004 IN4148
R506 G0776 RT13-0.167W-560 VD503 a5004 IN4148
R507 G0776 RT13-0.167W-560 VD504 a5004 IN4148
R508 G0778 RT13-0.167W-680 CW501 a1106 2CW-5.1V
R509 G0778 RT13-0.167W-680 S501 G6434 TOUCH 6×6-4.5
R510 G0779 RT13-0.167W-820 S502 G6434 TOUCH 6×6-4.5
R511 G0779 RT13-0.167W-820 S503 G6434 TOUCH 6×6-4.5
R512 G0722 RT13-0.167W-2K2 S504 G6434 TOUCH 6×6-4.5
R513 G0722 RT13-0.167W-2K2 S505 G6434 TOUCH 6×6-4.5
R514 G0723 RT13-0.167W-2K7 S506 G6434 TOUCH 6×6-4.5
R515 G0723 RT13-0.167W-2K7 S507 G6434 TOUCH 6×6-4.5
R516 G0726 RT13-0.167W-3K9 S508 G6434 TOUCH 6×6-4.5
R517 G0728 RT13-0.167W-4K7 S509 G6434 TOUCH 6×6-4.5
R518 G0728 RT13-0.167W-4K7 S510 G6434 TOUCH 6×6-4.5
R519 G0728 RT13-0.167W-4K7 S511 G6434 TOUCH 6×6-4.5
R520 G0731 RT13-0.167W-6K8 S512 a0633
POTENTIOMETER EC16-24-20
R521 G0735 RT13-0.167W-10K D501 P4399 PT6311
R522 G0735 RT13-0.167W-10K B501 a6733 HS0038B
R523 G0735 RT13-0.167W-10K VE501 a6998 VFD25-0910
R524 G0735 RT13-0.167W-10K XS501 a6755 FABSE2552 SOKEN
R525 G0735 RT13-0.167W-10K XP501 a8895 MIC WIRE
R526 G0735 RT13-0.167W-10K XS501 S3275 CC-1.0×25×90
R527 G0735 RT13-0.167W-10K
R528 G0735 RT13-0.167W-10K
A750 MIC ASS'Y
RESISTOR
R529 G0735 RT13-0.167W-10K R601 G0712 RT13-0.167W-100±5%
R530 G0735 RT13-0.167W-10K R602 G0773 RT13-0.167W-200±5%
R531 G0735 RT13-0.167W-10K R603 G0911 RT13-0.167W-1K±1%
R532 G0735 RT13-0.167W-10K R604 G0726 RT13-0.167W-3K9±5%
R533 G0733 RT13-0.167W-8K2 R605 G0735 RT13-0.167W-10K±5%
CAPACITOR
C501 a2051 CT1-63V-0.01+50%-20%
R606 G0763 RT13-0.167W-510K±5%
CAPACITOR
C502 a2051 CT1-63V-0.01+50%-20% C601 a2051 CT1-63V-0.01+50%-20%
C503 a2056 CS1-63V-0.1u+80% C602 a2056 CS1-63V-0.1u+80%
31
Page 32
REF No. PART No. PART NAME REF No. PART No. PART NAME
C603 a2056 CS1-63V-0.1u+80% C417 a3304 CT4D-2F4-0.1uF-63V-S
C604 a3627 CD110X-50V-1uF C418 a3304 CT4D-2F4-0.1uF-63V-S
C605 a3628 CD110X-50V-10uF±20% C419 a3304 CT4D-2F4-0.1uF-63V-S
C606 a3628 CD110X-50V-10uF±20% C420 a3346 CIS-250VAC-0.1uF-K
C607 a3635 CD110X-16V-47uF±20%
C608 a3201 CD110X-16V-100uF±20% V401 a5009 C9014C
OTHER
D601 a4511 BA3313K V403 a5063 3DD3852
XS601 a6509 B-4B-PH SOCKET VD401 a5001 IN4001
X601 a6651 CKX-6.35-7 JACK VD402 a5001 IN4001
a7004 PEG CJ-Ø2.4 VD403 a5001 IN4001
A750 POWER ASS'Y
RESISTOR
R401 G0913 RT13-0.167W-3K±1% VD406 a1568 31DQ06
R402 G0911 RT13-0.167W-1K±1% VD407 a1104 2CW-4B1
R403 G0914 RT13-0.167W-13K±1% VD408 a4532 KBU602
R404 G0912 RT13-0.167W-2.7K±1%
R405 G0811 RT13-0.167W-33±5% L401 a6956 UF-16 FILTER
V402 a5009 C9014C
VD404 a5001 IN4001
VD405 a1568 31DQ06
TRANSISTOR
INDUCTOR
R406 G0735 RT13-0.167W-10K±5% L402 a7006 200uH
R407 G0735 RT13-0.167W-10K±5% L403 a7005 100uH
R408 G0735 RT13-0.167W-10K±5% L404 a7005 100uH
R409 G0735 RT13-0.167W-10K±5% L405 a6272 20uH
CAPACITOR
C401 a3525 CD110X-4700uF-M-25V L407 a6272 20uH
C402 a3516 CD110X-470uF-M-16V
C403 a3516 CD110X-470uF-M-16V F401 a6678 2A FUSE
C404 a3561 CD110-470uF-M-10V F402 a6025 BG×P-I-1A FUSE
C405 a3561 CD110-470uF-M-10V F403 a6027 BG×P-I-2A FUSE
C406 a3561 CD110-470uF-M-10V XP401 a6960 DZ2P POWER SOCKET
C407 a3512 CD110-47uF-16V-M XP402 a6539 B-12B-XH SOCKET
C408 a3304 CT4D-2F4-0.1uF-63V-S XP403 a6517 B-12B-PH SOCKET
C409 a3304 CT4D-2F4-0.1uF-63V-S XP404 a6537 B-10B-XH SOCKET
L406 a6272 20uH
OTHER
C410 a3304 CT4D-2F4-0.1uF-63V-S XP405 a6953 STL-12 PEG
C411 a3304 CT4D-2F4-0.1uF-63V-S N401 a4720 PQ1CG3032RZ
C412 a3304 CT4D-2F4-0.1uF-63V-S N402 a4720 PQ1CG3032RZ
C413 a3304 CT4D-2F4-0.1uF-63V-S a6929 FUSE HOLDER
C414 a3304 CT4D-2F4-0.1uF-63V-S
C415 a3304 CT4D-2F4-0.1uF-63V-S R1 P11032 RC-03K512JT
C416 a3304 CT4D-2F4-0.1uF-63V-S R3 P11032 RC-03K512JT
32
A750 AMP ASS'Y
Page 33
REF No. PART No. PART NAME REF No. PART No. PART NAME
R4 P11031 RC-03K392JT R57 P11019 RC-03K104JT
R5 P11031 RC-03K392JT R58 P11012 RC-03K472JT
R6 P11032 RC-03K512JT R59 P11032 RC-03K512JT
R7 P11031 RC-03K392JT R60 P11013 RC-03K103JT
R8 P11031 RC-03K392JT R61 P11013 RC-03K103JT
R9 P11032 RC-03K512JT R63 P11032 RC-03K512JT
R10 P11012 RC-03K472JT R64 P11069 RC-03K133JT
R11 P11012 RC-03K472JT R66 P11008 RC-03K471JT
R12 P11012 RC-03K472JT R67 P11013 RC-03K103JT
R13 P11032 RC-03K512JT R68 P11024 RC-03K331JT
R14 P11019 RC-03K104JT R69 P11067 RC-03K201JT
R15 P11019 RC-03K104JT R70 P11048 RC-03K121JT
R16 P11019 RC-03K104JT R71 P11024 RC-03K331JT
R17 P11019 RC-03K104JT R72 P11067 RC-03K201JT
R22 P11032 RC-03K512JT R73 P11000 RC-03K000JT
R23 P11012 RC-03K472JT R74 P11013 RC-03K103JT
R24 P11012 RC-03K472JT R75 P11051 RC-03K152JT
R25 P11032 RC-03K512JT R76 P11067 RC-03K201JT
R26 P11031 RC-03K392JT R77 P11013 RC-03K103JT
R27 P11032 RC-03K512JT R78 P11024 RC-03K331JT
R28 P11019 RC-03K104JT R79 P11067 RC-03K201JT
R29 P11019 RC-03K104JT R80 P11013 RC-03K103JT
R30 P11116 RC-03K470JT R82 P11147 RC-03K751JT
R31 P11116 RC-03K470JT R83 P11067 RC-03K201JT
R39 P11012 RC-03K472JT R84 P11013 RC-03K103JT
R40 P11012 RC-03K472JT R86 P11024 RC-03K331JT
R41 P11033 RC-03K682JT R88 P11024 RC-03K331JT
R42 P11033 RC-03K682JT R89 P11167 RC-03K910JT
R43 P11013 RC-03K103JT R90 P11032 RC-03K512JT
R44 P11033 RC-03K682JT R91 P11013 RC-03K103JT
R46 P11116 RC-03K470JT R92 P11031 RC-03K392JT
R48 P11013 RC-03K103JT R93 P11012 RC-03K472JT
R49 P11033 RC-03K682JT R94 P11012 RC-03K472JT
R50 P11116 RC-03K470JT R95 P11012 RC-03K472JT
R51 P11013 RC-03K103JT R96 P11033 RC-03K682JT
R52 P11013 RC-03K103JT R100 P11032 RC-03K512JT
R54 P11032 RC-03K512JT R101 P11031 RC-03K392JT
R55 P11069 RC-03K133JT R102 P11013 RC-03K103JT
R56 P11019 RC-03K104JT R103 P11012 RC-03K472JT
33
Page 34
REF No. PART No. PART NAME REF No. PART No. PART NAME
R104 P11033 RC-03K682JT R151 P11012 RC-03K472JT
R105 P11032 RC-03K512JT R152 P11012 RC-03K472JT
R106 P11013 RC-03K103JT R154 P11023 RC-03K105JT
R107 P11031 RC-03K392JT R155 P11019 RC-03K104JT
R108 P11009 RC-03K102JT R156 P11019 RC-03K104JT
R109 P11032 RC-03K512JT R157 P11019 RC-03K104JT
R110 P11031 RC-03K392JT R158 P11013 RC-03K103JT
R111 P11013 RC-03K103JT R161 P11019 RC-03K104JT
R112 P11009 RC-03K102JT R162 P11051 RC-03K152JT
R113 P11003 RC-03K100JT R163 P11010 RC-03K202JT
R117 P11012 RC-03K472JT R164 P11056 RC-03K303JT
R118 P11012 RC-03K472JT R165 P11056 RC-03K303JT
R119 P11032 RC-03K512JT R170 P11018 RC-03K473JT
R120 P11013 RC-03K103JT R171 P11018 RC-03K473JT
R121 P11031 RC-03K392JT R174 P11012 RC-03K472JT
R122 P11009 RC-03K102JT R178 P11013 RC-03K103JT
R124 P11012 RC-03K472JT R180 P11039 RC-03K563JT
R125 P11012 RC-03K472JT R181 P11013 RC-03K103JT
R126 P11032 RC-03K512JT R182 P11013 RC-03K103JT
R127 P11031 RC-03K392JT R183 P11018 RC-03K473JT
R128 P11013 RC-03K103JT R184 P11053 RC-03K562JT
R129 P11025 RC-03K681JT R185 P11037 RC-03K273JT
R132 P11013 RC-03K103JT R186 P11117 RC-03K511JT
R133 P11019 RC-03K104JT R187 P11037 RC-03K273JT
R134 P11013 RC-03K103JT R188 P11117 RC-03K511JT
R135 P11012 RC-03K472JT R189 a0476 RY16-1W-10±5%
R137 P11013 RC-03K103JT R190 a0476 RY16-1W-10±5%
R139 P11013 RC-03K103JT R193 a0476 RY16-1W-10±5%
R140 P11055 RC-03K822JT R194 a0476 RY16-1W-10±5%
R141 P11013 RC-03K103JT R197 a0001 RT14-0.25W-2.2±5%
R142 P11013 RC-03K103JT R198 a0001 RT14-0.25W-2.2±5%
R143 P11013 RC-03K103JT R199 a0001 RT14-0.25W-2.2±5%
R144 P11012 RC-03K472JT R201 P11013 RC-03K103JT
R145 P11012 RC-03K472JT R202 P11018 RC-03K473JT
R146 P11012 RC-03K472JT R203 P11013 RC-03K103JT
R147 P11012 RC-03K472JT R204 P11013 RC-03K103JT
R148 P11012 RC-03K472JT R205 P11018 RC-03K473JT
R149 P11012 RC-03K472JT R206 a1102 HZ3B2(1/2W 3V)
R150 P11012 RC-03K472JT R208 P11052 RC-03K302JT
34
Page 35
REF No. PART No. PART NAME REF No. PART No. PART NAME
R209 P11015 RC-03K153JT R278 a0050 RT14-0.25W-2K±5%
R210 P11013 RC-03K103JT R279 a0479 RY16-1W-330±5%
R211 P11013 RC-03K103JT R280 P11012 RC-03K472JT
R212 P11033 RC-03K682JT R281 a0065 RT14-0.25W-8.2K±5%
R213 P11013 RC-03K103JT R282 P11013 RC-03K103JT
R214 P11013 RC-03K103JT R283 P11018 RC-03K473JT
R215 P11015 RC-03K153JT R284 P11019 RC-03K104JT
R216 P11012 RC-03K472JT R285 P11019 RC-03K104JT
R218 a0705 RT13-0.167W-10±5% R602 P11116 RC-03K470JT
R219 P11013 RC-03K103JT R603 P11003 RC-03K100JT
R220 P11012 RC-03K472JT R608 P11018 RC-03K473JT
R221 P11037 RC-03K273JT R609 P11018 RC-03K473JT
R222 P11012 RC-03K472JT R610 P11018 RC-03K473JT
R223 P11037 RC-03K273JT R611 P11013 RC-03K103JT
R224 P11116 RC-03K470JT R612 P11116 RC-03K470JT
R225 P11051 RC-03K152JT R613 P11142 RC-03K622JT
R226 P11051 RC-03K152JT R614 P11012 RC-03K472JT
R227 P11012 RC-03K472JT R615 P11142 RC-03K622JT
R228 P11012 RC-03K472JT R616 P11012 RC-03K472JT
R250 P11010 RC-03K202JT R620 P11018 RC-03K473JT
R251 P11025 RC-03K681JT R627 P11019 RC-03K104JT
R252 P11010 RC-03K202JT R628 P11019 RC-03K104JT
R253 P11025 RC-03K681JT R629 P11019 RC-03K104JT
R256 P11012 RC-03K472JT R630 P11019 RC-03K104JT
R257 P11032 RC-03K512JT R631 P11019 RC-03K104JT
R258 P11019 RC-03K104JT R684 P11003 RC-03K100JT
R259 P11014 RC-03K123JT R685 P11003 RC-03K100JT
R260 P11009 RC-03K102JT R686 P11198 RC-03K332JT
R261 P11025 RC-03K681JT R687 P11142 RC-03K622JT
R262 P11010 RC-03K202JT R691 P11018 RC-03K473JT
R264 P11006 RC-03K101JT R699 P11116 RC-03K470JT
R265 P11013 RC-03K103JT R700 P11116 RC-03K470JT
R267 P11018 RC-03K473JT R701 P11116 RC-03K470JT
R268 P11013 RC-03K103JT R702 P11116 RC-03K470JT
R269 P11025 RC-03K681JT R703 P11056 RC-03K303JT
R270 a0044 RT14-0.25W-1K±5% R704 P11056 RC-03K303JT
R275 a0495 RY17-2W-100±5% R705 P11019 RC-03K104JT
R276 P11032 RC-03K512JT R706 P11142 RC-03K622JT
R277 P11032 RC-03K512JT R708 P11142 RC-03K622JT
35
Page 36
REF No. PART No. PART NAME REF No. PART No. PART NAME
R713 P11198 RC-03K332JT R753 P11019 RC-03K104JT
R714 P11142 RC-03K622JT R754 P11018 RC-03K473JT
R715 P11002 RC-03K4R7JT R756 P11012 RC-03K472JT
R716 P11002 RC-03K4R7JT R757 P11012 RC-03K472JT
R717 P11002 RC-03K4R7JT R758 P11012 RC-03K472JT
R718 P11002 RC-03K4R7JT R759 P11012 RC-03K472JT
R719 P11036 RC-03K223JT R760 P11012 RC-03K472JT
R720 P11036 RC-03K223JT R762 P11031 RC-03K475JT
R721 P11054 RC-03K752JT R763 P11012 RC-03K472JT
R723 P11018 RC-03K473JT R764 P11012 RC-03K472JT
R724 P11015 RC-03K153JT R765 P11012 RC-03K472JT
R725 P11054 RC-03K752JT R766 P11012 RC-03K472JT
R726 P11018 RC-03K473JT R768 P11002 RC-03K4R7JT
R727 P11015 RC-03K153JT R769 P11002 RC-03K4R7JT
R728 P11019 RC-03K104JT R770 P11012 RC-03K472JT
R729 P11035 RC-03K203JT R771 P11013 RC-03K103JT
R730 P11013 RC-03K103JT R772 P11013 RC-03K103JT
R731 P11059 RC-03K334JT R773 P11018 RC-03K473JT
R732 P11013 RC-03K103JT R776 a0020 RT14-0.25W-75±5%
R733 P11016 RC-03K243JT R778 P11009 RC-03K102JT
R734 P11015 RC-03K153JT R779 P11003 RC-03K100JT
R735 P11013 RC-03K103JT R780 P11003 RC-03K100JT
R736 P11054 RC-03K752JT R781 P11116 RC-03K470JT
R737 P11054 RC-03K752JT R782 P11116 RC-03K470JT
R738 P11015 RC-03K153JT R785 P11012 RC-03K472JT
R739 P11013 RC-03K103JT R786 P11018 RC-03K473JT
R740 P11034 RC-03K183JT R787 P11003 RC-03K100JT
R741 P11018 RC-03K473JT R788 P11003 RC-03K100JT
R742 P11023 RC-03K105JT R789 P11033 RC-03K682JT
R743 P11019 RC-03K104JT R790 P11198 RC-03K332JT
R744 P11018 RC-03K473JT R791 P11198 RC-03K332JT
R745 P11018 RC-03K473JT R792 P11019 RC-03K104JT
R746 P11142 RC-03K622JT R795 P11019 RC-03K104JT
R747 P11019 RC-03K104JT R796 P11019 RC-03K104JT
R748 P11019 RC-03K104JT R802 P11032 RC-03K512JT
R749 P11142 RC-03K622JT R803 P11009 RC-03K102JT
R750 P11146 RC-03K912JT R804 P11019 RC-03K104JT
R751 P11052 RC-03K302JT R805 P11009 RC-03K102JT
R752 P11019 RC-03K104JT R806 P11116 RC-03K470JT
36
Page 37
REF No. PART No. PART NAME REF No. PART No. PART NAME
R808 P11012 RC-03K472JT C42 P20005 GRM39CH470J50PT
R809 P11005 RC-03K750JT C43 P20005 GRM39CH470J50PT
R810 P11012 RC-03K472JT C44 a3509 CD110X-22uF-M-16V
R811 P11013 RC-03K103JT C45 a3509 CD110X-22uF-M-16V
R812 a0483 HCTG4013473 C46 a3635 CD110X-47uF-M-16V
R813 P11012 RC-03K472JT C47 P2064 GRM39CH510J50PT
R814 a0005 RT14-0.25W-10±5% C48 P20052 GRM39CH200J50PT
R815 P11058 RTC03K204JT C49 P2064 GRM39CH510J50PT
CAPACITOR
C1 P20005 GRM39CH470J50PT C51 P20015 GRM39F104Z25PT
C3 a3508 CD110-4.7uF-M-16V C52 P20015 GRM39F104Z25PT
C4 a3508 CD110-4.7uF-M-16V C53 P20038 GRM39CH471J50PT
C5 P20005 GRM39CH470J50PT C54 P20038 GRM39CH471J50PT
C6 a3635 CD110-47uF-16V-M C55 P20038 GRM39CH471J50PT
C7 a3635 CD110-47uF-16V-M C56 a3561 CD110X-470uF-M-10V
C9 a3635 CD110-47uF-16V-M C57 a3561 CD110X-470uF-M-10V
C10 a3635 CD110-47uF-16V-M C58 a3561 CD110X-470uF-M-10V
C12 P20005 GRM39CH470J50PT C59 P20020 GRM39CH121J50PT
C14 a3508 CD110-4.7uF-M-16V C60 a3635 CD110X-47uF-M-16V
C15 a3508 CD110-4.7uF-M-16V C61 a3561 CD110X-470uF-M-10V
C16 P20005 GRM39CH470J50PT C62 a3561 CD110X-470uF-M-10V
C17 a3635 CD110-47uF-16V-M C63 a3561 CD110X-470uF-M-10V
C50 P20026 GRM39CH330J50PT
C18 a3635 CD110-47uF-16V-M C64 a3561 CD110X-470uF-M-10V
C20 a3635 CD110-47uF-16V-M C65 a3561 CD110X-470uF-M-10V
C21 a3635 CD110-47uF-16V-M C66 a3561 CD110X-470uF-M-10V
C23 a3635 CD110-47uF-16V-M C67 P20012 GRM39B103K50PT
C24 P20005 GRM39CH470J50PT C68 a3561 CD110X-470uF-M-10V
C28 P20005 GRM39CH470J50PT C69 a3561 CD110X-470uF-M-10V
C29 a3635 CD110-47uF-16V-M C70 a3561 CD110X-470uF-M-10V
C30 a3635 CD110-47uF-16V-M C71 P20033 GRM39CH201J50PT
C31 P20015 GRM39F104Z25PT C74 P20015 GRM39F104Z25PT
C32 a3635 CD110-47uF-16V-M C75 P20020 GRM39CH121J50PT
C33 a3635 CD110-47uF-16V-M C78 a3509 CD110X-10uF-M-16V
C35 a3635 CD110-47uF-16V-M C79 P20063 GRM39B302K50PT
C37 a3635 CD110-47uF-16V-M C80 P20029 GRM39CH331J50PT
C38 a3635 CD110-47uF-16V-M C81 a3509 CD110X-10uF-M-16V
C39 a3635 CD110-47uF-16V-M C82 a3635 CD110X-47uF-M-16V
C40 a3509 CD110X-10uF-M-16V C83 a3509 CD110X-10uF-M-16V
C41 a3509 CD110X-10uF-M-16V C84 P20063 GRM39B302K50PT
37
Page 38
REF No. PART No. PART NAME REF No. PART No. PART NAME
C85 P20029 GRM39CH331J50PT C135 P20035 GRM39F105Z10PT
C86 a3509 CD110X-10uF-M-16V C136 P20035 GRM39F105Z10PT
C87 P20015 GRM39F104Z25PT C141 a3064 CL11-100n-63V±20%
C88 a3635 CD110X-47uF-M-16V C142 a3064 CL11-100n-63V±20%
C93 P20063 GRM39B302J50PT C143 a3519 CD110X-100uF-M-25V
C94 P20029 GRM39CH331J50PT C145 a3509 CD110X-10uF-M-16V
C95 a3504 CD110X-0.47uF-M-16V C151 a3522 CD110X-1000uF-M-25V
C96 a3635 CD110X-47uF-M-16V C152 a3064 CL11-100n-63V±20%
C98 P20063 GRM39B302J50PT C153 a3064 CL11-100n-63V±20%
C99 P20029 GRM39CH331J50PT C154 a3522 CD110X-1000uF-M-25V
C100 a3504 CD110X-0.47uF-M-16V C157 a3522 CD110X-1000uF-M-25V
C101 P20015 GRM39F104Z25PT C158 a3064 CL11-100n-63V±20%
C102 a3635 CD110X-47uF-M-16V C159 a3701 CD11CX-10uF-M-50V
C104 P20063 GRM39B302J50PT C160 P20004 GRM39CH300J50PT
C105 P20029 GRM39CH331J50PT C161 P20004 GRM39CH300J50PT
C106 a3504 CD110X-0.47uF-M-16V C162 a3609 CD110X-100uF-M-16V
C107 a3635 CD110X-47uF-M-16V C163 P20015 GRM39F104Z25PT
C108 a3701 CD11CX-10uF-M-50V C164 a3639 CD11CX-100uF-M-10V
C109 P20035 GRM39F105Z10PT C165 a3637 CD11CX-47uF-M-10V
C110 P20083 GRM39B823K16PT C166 P20015 GRM39F104Z25PT
C111 a3509 CD110X-10uF-M-16V C167 a3639 CD11CX-100uF-M-10V
C112 P20015 GRM39F104Z25PT C168 P20015 GRM39F104Z25PT
C113 a3635 CD110X-47uF-M-16V C169 P20006 GRM39CH101J50PT
C114 P10012 GRM39B103K50PT C170 P20009 GRM39B102K50PT
C115 P20084 GRM39F154Z16PT C171 a3639 CD11CX-100uF-M-10V
C116 P20042 GRM39B222K50PT C172 a3639 CD11CX-100uF-M-10V
C117 P20015 GRM39F104Z25PT C173 P20015 GRM39F104Z25PT
C118 a3514 CD110X-220uF-M-16V C174 a3609 CD110X-100uF-M-16V
C119 P20084 GRM39F154Z16PT C175 a3509 CD110X-10uF-M-16V
C120 P20084 GRM39F154Z16PT C177 a3509 CD110X-10uF-M-16V
C121 P20084 GRM39F154Z16PT C178 a3509 CD110X-10uF-M-16V
C122 P20042 GRM39B222K50PT C179 a3609 CD110X-100uF-M-16V
C124 P20012 GRM39B103K50PT C180 P20015 GRM39F104Z25PT
C128 a3701 CD11CX-10uF-M-50V C181 P20015 GRM39F104Z25PT
C129 a3701 CD11CX-10uF-M-50V C182 P20015 GRM39F104Z25PT
C130 a3506 CD110X-2.2uF-M-16V C183 a3509 CD110X-10uF-M-16V
C131 a3506 CD110X-2.2uF-M-16V C184 P20046 GRM39B561K50PT
C132 a3506 CD110X-2.2uF-M-16V C187 P20047 GRM39B392K50PT
C134 P20012 GRM39B103K50PT C188 P20046 GRM39B561K50PT
38
Page 39
REF No. PART No. PART NAME REF No. PART No. PART NAME
C189 P20015 GRM39F104Z25PT C606 a3635 CD110X-47uF-M-16V
C190 P20015 GRM39F104Z25PT C607 P20055 GRM39B562K50PT
C191 P20055 GRM39B562K50PT C613 P20015 GRM39F104Z25PT
C192 a3509 CD110X-10uF-M-16V C615 a3609 CD110X-100uF-M-16V
C193 a3635 CD110X-47uF-M-16V C616 P20015 GRM39F104Z25PT
C194 P20004 GRM39CH300J50PT C617 P20015 GRM39F104Z25PT
C195 a3635 CD110X-47uF-M-16V C618 P20015 GRM39F104Z25PT
C196 P20004 GRM39CH300J50PT C620 P20015 GRM39F104Z25PT
C197 a3509 CD110X-10uF-M-16V C621 P20012 GRM39F103Z25PT
C198 a3509 CD110X-10uF-M-16V C625 P20015 GRM39F104Z25PT
C199 P20015 GRM39F104Z25PT C627 P20015 GRM39F104Z25PT
C200 a3635 CD110X-47uF-M-16V C632 P20020 GRM39CH121J50PT
C213 a3635 CD110X-47uF-M-16V C633 P20020 GRM39CH121J50PT
C214 a3609 CD110X-100uF-M-16V C677 a3635 CD110X-47uF-M-16V
C215 P20009 GRM39B102K50PT C678 a3635 CD110X-47uF-M-16V
C216 a3635 CD110X-47uF-M-16V C683 P20012 GRM39B103K50PT
C217 P20038 GRM39CH471J50PT C684 a3509 CD110X-10uF-M-16V
C220 P20020 GRM39CH121J50PT C685 a3509 CD110X-10uF-M-16V
C221 P20020 GRM39CH121J50PT C686 a3509 CD110X-10uF-M-16V
C222 a3609 CD110X-100uF-M-16V C687 P20015 GRM39F104Z25PT
C223 a3519 CD110X-100uF-M-25V C688 P20015 GRM39F104Z25PT
C224 a3525 CD110X-4700uF-M-25V C689 P20040 GRM39B681K50PT
C225 a3635 CD110X-47uF-M-16V C690 P20015 GRM39F104Z25PT
C226 a3635 CD110X-47uF-M-16V C691 P20015 GRM39F104Z25PT
C227 a3635 CD110X-47uF-M-16V C692 P20040 GRM39B681K50PT
C228 a3525 CD110X-4700uF-M-25V C693 P20015 GRM39F104Z25PT
C229 a3525 CD110X-4700uF-M-25V C694 P20013 GRM39B223K50PT
C230 a3704 CD110X-47uF-M-25V C695 P20013 GRM39B223K50PT
C231 a3564 CD110X-470uF-M-35V C696 P20015 GRM39F104Z25PT
C233 a3704 CD110X-47uF-M-25V C697 P20015 GRM39F104Z25PT
C234 a3609 CD110X-100uF-M-16V C698 P20014 GRM39B473K50PT
C235 a3561 CD110X-470uF-M-10V C699 P20014 GRM39B473K50PT
C238 P20015 GRM39F104Z25PT C700 P20015 GRM39F104Z25PT
C240 a3637 CD11CX-47uF-M-10V C701 P20044 GRM39F224Z16PT
C601 a3639 CD11CX-100uF-M-10V C702 P20044 GRM39F224Z16PT
C602 a3639 CD11CX-100uF-M-10V C703 a3508 CD110-4.7uF-M-16V
C603 P20015 GRM39F104Z25PT C704 a3508 CD110-4.7uF-M-16V
C604 a3635 CD110X-47uF-M-16V C705 P20044 GRM39F224Z16PT
C605 P20033 GRM39CH201J50PT C706 P20044 GRM39F224Z16PT
39
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REF No. PART No. PART NAME REF No. PART No. PART NAME
C707 a3514 CD110X-220uF-M-16V C754 P20012 GRM39B103K50PT
C708 P20015 GRM39F104Z25PT C755 a3701 CD11CX-10uF-M-50V
C709 P20015 GRM39F104Z25PT C756 a3701 CD11CX-10uF-M-50V
C710 a3509 CD110X-10uF-M-16V C757 a3506 CD110X-2.2uF-M-16V
C711 a3509 CD110X-10uF-M-16V C758 a3506 CD110X-2.2uF-M-16V
C712 a3509 CD110X-10uF-M-16V C759 a3506 CD110X-2.2uF-M-16V
C713 a3509 CD110X-10uF-M-16V C760 a3635 CD110X-47uF-M-16V
C714 P20074 GRM39B684K50PT C761 a3508 CD110-4.7uF-M-16V
C715 P20056 GRM38B683K50PT C762 P20005 GRM39CH470J50PT
C716 P20055 GRM39B562K50PT C763 a3508 CD110-4.7uF-M-16V
C717 P20040 GRM39B681K50PT C766 P20015 GRM39F104Z25PT
C718 P20043 GRM39B332K50PT C767 P20015 GRM39F104Z25PT
C719 P20043 GRM39B332K50PT C768 a3509 CD110X-10uF-M-16V
C720 P20012 GRM39B103K50PT C769 a3509 CD110X-10uF-M-16V
C721 P20013 GRM39B223K50PT C770 a3509 CD110X-10uF-M-16V
C722 P20013 GRM39B223K50PT C771 a3509 CD110X-10uF-M-16V
C723 P20012 GRM39B103K50PT C772 a3509 CD110X-10uF-M-16V
C724 P20040 GRM39B681K50PT C773 a3509 CD110X-10uF-M-16V
C725 P20043 GRM39B332K50PT C774 a3509 CD110X-10uF-M-16V
C726 a3609 CD110X-100uF-M-16V C775 a3635 CD110X-47uF-M-16V
C727 a3609 CD110X-100uF-M-16V C776 P20015 GRM39F104Z25PT
C728 P20015 GRM39F104Z25PT C777 P20015 GRM39F104Z25PT
C729 P20015 GRM39F104Z25PT C778 P20015 GRM39F104Z25PT
C730 P20004 GRM39CH300J50PT C783 P20012 GRM39B103K50PT
C731 P20004 GRM39CH300J50PT C784 a3514 CD110X-220uF-M-16V
C732 a3510 CD110X-22uF-M-16V
C733 P20059 GRM39B472K50PT L1 P6817 BSZ2012-600T
INDUCTOR
C736 a3504 CD110X-0.47uF-M-16V L2 P6817 BSZ2012-600T
C737 a3504 CD110X-0.47uF-M-16V L3 P6817 BSZ2012-600T
C738 a3504 CD110X-0.47uF-M-16V L4 P6817 BSZ2012-600T
C741 a3510 CD110X-22uF-M-16V L5 P6659 BGH2012B601
C742 a3635 CD110X-47uF-M-16V L6 P6659 BGH2012B601
C743 P20015 GRM39F104Z25PT L7 P6659 BGH2012B601
C744 P20015 GRM39F104Z25PT L8 P6659 BGH2012B601
C746 a3564 CD110X-470uF-M-35V L9 P6659 BGH2012B601
C749 P20015 GRM39F104Z25PT L14 P6817 BSZ2012-600T
C750 a3635 CD110X-47uF-M-16V L15 P6817 BSZ2012-600T
C752 a3635 CD110X-47uF-M-16V L18 P6659 BGH2012B601
C753 a3635 CD110X-47uF-M-16V L19 P6659 BGH2012B601
40
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REF No. PART No. PART NAME REF No. PART No. PART NAME
L20 P6659 BGH2012B601 VD37 P1200 ISS355
L21 P6659 BGH2012B601 VD38 P1200 ISS355
L22 P6659 BGH2012B601 VD40 a5001 IN4001
L23 P6659 BGH2012B601 V5 P5700 2SB709
L24 P6659 BGH2012B601 V6 P5700 2SB709
L25 a6600 5220L1(1uH) V7 P5700 2SB709
L26 a6600 5220L1(1uH) V8 P5700 2SB709
L27 P6659 BGH2012B601 V9 P5700 2SB709
L28 P6659 BGH2012B601 V10 P5700 2SB709
L29 P6659 BGH2012B601 V11 P5700 2SB709
L39 P6659 BGH2012B601 V12 P5700 2SB709
L40 P6817 BSZ2012-600T V13 P5073a 2SD601AR
L41 P6659 BGH2012B601 V14 P5073a 2SD601AR
L43 P6659 BGH2012B601 V19 P5700 2SB709
L44 P6659 BGH2012B601 V20 P5073a 2SD601AR
L47 P6659 BGH2012B601 V23 P5700 2SB709
L48 P6659 BGH2012B601 V25 P5700 2SB709
L49 P6659 BGH2012B601 V26 P5073a 2SD601AR
TRANSISTOR
VD1 P1200 ISS355 V28 P5073a 2SD601AR
VD2 P1200 ISS355 V29 P5073a 2SD601AR
VD3 P1200 ISS355 V30 P5700 2SB709
VD4 a1111 2CW-9.1V V31 P5073a 2SD601AR
VD6 P1200 ISS355 V32 P5700 2SB709
VD7 P1200 ISS355 V33 P5073a 2SD601AR
VD8 P1200 ISS355 V34 P5073a 2SD601AR
VD9 a5001 IN4001 V39 P5073a 2SD601AR
V27 P5073a 2SD601AR
VD10 P1200 ISS355 V40 P5073a 2SD601AR
VD12 a5001 IN4001 V41 P5073a 2SD601AR
VD13 a5001 IN4001 V42 P5073a 2SD601AR
VD14 a1125 2CW-25V/0.5W V43 P5700 2SB709
VD15 a4532 KBU602 V44 a5022 2N5551
VD16 P1200 ISS355 V45 a5115 2SB1662P/QJH
VD17 P1200 ISS355 V49 P5073a 2SD601AR
VD18 P1200 ISS355 V50 P5073a 2SD601AR
VD19 P1200 ISS355 V51 P5073a 2SD601AR
VD32 a1111 2CW-9.1V V53 a5014 C8050C
VD33 a1114 HZ12A1
VD34 P1200 ISS355 D1 P4516 74HCU04
IC
41
Page 42
REF No. PART No. PART NAME REF No. PART No. PART NAME
D2 a4713 W78E58 XS1 a6944 CKX-063 JACK
D3 P4595 BU4053BCF XS2 a6762 CS-01 JACK
D4 a4336 XR-1091 XS4 a6857 CKX03-GBR
D5 a4711 TLC542
D6 a4639 BL24C01
N1 P4530 NJM4558M
N2 P4633 BU4052BCF
N3 P4530 NJM4558M
N4 P4530 NJM4558M
N5 P4530 NJM4558M
N6 P4530 NJM4558M
N7 P4530 NJM4558M
N8 a4411 TDA7265
N9 P4530 NJM4558M
N10 a4709 PT2257
N11 a4503 PT2399
N12 P4530 NJM4558M
N14 P4530 NJM4558M
N16 a4571 CW7805CS
N17 a4571 CW7805CS
N18 a4636 CW7905CS
N19 a4710 PQ12RD11
N20 a4571 CW7805CS
N24 P4633 BU4052BCF
N25 P4633 BU4052BCF
N30 P90107 PT2322-S
N31 a4722 TA8256BH
N32 P90108 NJW1104
OTHER
S1 a6376
S2 a6354
CRYSTAL OSCILLATOR 12MHz
CRYSTAL OSCILLATOR 4MHz
RP2 a0511 WH06-2-22K
XP1 a6539 B-12B-XH SOCKET
XP2 a6954 FAASD-1562 SOCKET
XP3 a6613 FABSD-2552 SOCKET
XP5 a6556 FABSE-1252
XP10 a6537 B-10B-XH
XP13 a6613 FABSD-2552 SOCKET
XP14 a7029 FAN 2P SOCKET
42
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