Sharp QT-CD132H Service Manual ▷ View online
QT-CD131H/132H
– 25 –
The turntable fails to rotate or rotates at high speed.
Yes
Check the periphery of IC801 pins 23 to 27, pin 39 and pin 40,
IC802 pin 12 and pin 13, IC804 to BI803/CNS803.
IC802 pin 12 and pin 13, IC804 to BI803/CNS803.
The turntable rotates a little.
Yes
The spin driver circuit is normal.
Play operation is performed without disc.
• Checking the spin system.
No
Yes
Check the IC801 pins 43 and 44, IC802 pins 3, 5, 7, 9 and 10.
Error
Yes
Check PDO waveform (Fig. 25).
• Checking the VCO-PLL system
Play operation is performed when disc exits.
Yes
Although HF waveform is normal, TOC data cannot be read.
Figure 25
2
3
0.5s
1.00 V
IC802 3 PDO
1.00 V
IC802 3 PDO
0.5s
1.00 V
IC801 16 FD
1.00 V
IC801 16 FD
As VCO freque-
ncy is locked at
4.32 M Hz,
voltage of PDO
rises and stabili-
zes.
ncy is locked at
4.32 M Hz,
voltage of PDO
rises and stabili-
zes.
Stop --> Play
Check IC802 pins 37and 40.
Check the periphery of IC803 (OPAMP).
Abnomal
Usually, the number of pulses of flawless disc is 100 pulses/sec
or less.
or less.
No
Yes
Check IC802 pin 48 (EFLG).
• Although HF waveform is normal and the time
indication is normal, no sound is emitted.
QT-CD131H/132H
– 26 –
1*
P03
MTCONT2
Input/Output Used to input or output 4 bits at a time. When the output latch is set to "1", the unit will be in the
input mode. The key-on wakeup function, which can be switched on or off by the software, and a
pull-up transistor, which can be turned on or off by the software, are built in.
pull-up transistor, which can be turned on or off by the software, are built in.
2*-5*
P10-P13
POWER-IN,
Input/Output Used to input or output 4 bits at a time. When the output latch is set to "1", the unit will be in the
DATA (VOL),
input CK (VOL), mode.The key-on wakeup function, which can be switched on or off by the software,
STB (VOL)
and a pull-up transistor,which can be turned on or off by the software, are built in.
6*
D0
POWER-ON
Input/Output Each terminal can be used to input or output 1 bit at a time. The output section has a latch which
holds 1 bit. One of the D ports is assigned by register Y as a data point, to execute input or output.
To use the port for input, set the output latch for that bit to "1". All of the output latches on port D can
be set to "1" using the CLD command.
To use the port for input, set the output latch for that bit to "1". All of the output latches on port D can
be set to "1" using the CLD command.
7
D1
MUTE
Input/Output Each terminal can be used to input or output 1 bit at a time. The output section has a latch which
holds 1 bit. One of the D ports is assigned by register Y as a data point, to execute input or output.
To use the port for input, set the output latch for that bit to "1". All of the output latches on port D can
be set to "1" using the CLD command.
To use the port for input, set the output latch for that bit to "1". All of the output latches on port D can
be set to "1" using the CLD command.
8*-12
D2-D6
SYNC-OUT,
Input/Output Each terminal can be used to input or output 1 bit at a time. The output section has a latch which
RES,CQCK,
holds 1 bit. One of the D ports is assigned by register Y as a data point, to execute input or output.
COIN,REC
To use the port for input, set the output latch for that bit to "1". All of the output latches on port D can
be set to "1" using the CLD command.
be set to "1" using the CLD command.
13,14
D7,D8
SL+,SL-
Input/Output Each terminal can be used to input or output 1 bit at a time. The output section has a latch which
holds 1 bit. One of the D ports is assigned by register Y as a data point, to execute input or output.
To use the port for input, set the output latch for that bit to "1". All of the output latches on port D can
be set to "1" using the CLD command.
To use the port for input, set the output latch for that bit to "1". All of the output latches on port D can
be set to "1" using the CLD command.
15*,16*
D9,D10
SRS2,SRS1
Input/Output Each terminal can be used to input or output 1 bit at a time. The output section has a latch which
holds 1 bit. One of the D ports is assigned by register Y as a data point, to execute input or output.
To use the port for input, set the output latch for that bit to "1". All of the output latches on port D can
be set to "1" using the CLD command.
To use the port for input, set the output latch for that bit to "1". All of the output latches on port D can
be set to "1" using the CLD command.
17
P20
DRF
Input/Output Used to receive 4 bits at a time.
18
P21
SQOUT
Input/Output Used to receive 4 bits at a time.
19
P22
WRQ
Input/Output Used to receive 4 bits at a time.
20
P23
PU-IN
Input/Output Used to receive 4 bits at a time.
21
RESET
Input/Output Reset pulse input/output terminal. When a reset is caused by the watch dog timer, an "L" level will
be output. The output is an N channel open drain.
22
XIN
Input
Input/output terminals for the main clock generation circuit. Used by connecting a ceramic resonator
between the XIN and XOUT terminals. There is a built-in feedback resistor between the XIN and
XOUT terminals.
between the XIN and XOUT terminals. There is a built-in feedback resistor between the XIN and
XOUT terminals.
23
XOUT
Output
Input/output terminals for the main clock generation circuit. Used by connecting a ceramic resonator
between the XIN and XOUT terminals. There is a built-in feedback resistor between the XIN and
XOUT terminals.
between the XIN and XOUT terminals. There is a built-in feedback resistor between the XIN and
XOUT terminals.
24
VSS
—
GND input terminal.
25
VDD
—
Positive power supply terminal.
26*
XCOUT
Output
Input/output terminals for the sub clock generation circuit. Used by connecting a crystal oscillator
between the XCIN and XCOUT terminals. There is a built-in feedback resistor between the XCIN
and XCOUT terminals.
between the XCIN and XCOUT terminals. There is a built-in feedback resistor between the XCIN
and XCOUT terminals.
27
XCIN
Input
Input/output terminals for the sub clock generation circuit. Used by connecting a crystal oscillator
between the XCIN and XCOUT terminals. There is a built-in feedback resistor between the XCIN
and XCOUT terminals.
between the XCIN and XCOUT terminals. There is a built-in feedback resistor between the XCIN
and XCOUT terminals.
28
AVSS
Input
GND input terminal for the A-D converter.
29
VREF
Input
Reference voltage input terminal for the A-D converter.
30
P30
REMOCONINT2
Input
Used to receive 4 bits at a time.
31
P31
TORAY1
Input
Used to receive 4 bits at a time.
32
P32
TORAY2
Input
Used to receive 4 bits at a time.
33
P33
Input
Used to receive 4 bits at a time.
34
P40
Input
Used to receive 4 bits at a time.
35-37
AIN5-AIN7
Input
Used to receive 4 bits at a time.
38-40
VLC3-VLC1
Input
LCD power input terminals. To use the internal resistor, connect VLC3 to VDD (if a brightness
control is needed, connect VLC3 to VDD through a resistor). When an external power supply is
used, applyvoltages as follows: 0<VLC1<VLC3<VLCD<VDD.
control is needed, connect VLC3 to VDD through a resistor). When an external power supply is
used, applyvoltages as follows: 0<VLC1<VLC3<VLCD<VDD.
41-44
COM3-COM0
Output
LCD common output terminals.
45-61*
SEG16-SEG0
Output
LCD segment output terminals.
(45*-56*)
62*-64*
P00-P02
Input/Output Used to input or output 4 bits at a time. When the output latch is set to "1", the unit will be in the
input mode. The key-on wakeup function, which can be switched on or off by the software, and a
pull-up transistor, which can be turned on or off by the software, are built in.
pull-up transistor, which can be turned on or off by the software, are built in.
FUNCTION TABLE OF IC
IC701 RH-iX0105AWZZ (IX0105AW): System Control Microcomputer
Port Name
Function
Terminal
Name
Pin No.
Input/
Output
In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.
QT-CD131H/132H
– 27 –
PARTS GUIDE
NOTE:
Parts marked with “
” are important for maintaining the safety of the set.
Be sure to replace parts with specified ones for maintaining the safety and performance of the set.
MODEL
QT-CD131H
QT-CD132H
QT-CD132H
“HOW TO ORDER REPLACEMENT PARTS”
To have your order filled promptly and correctly, please furnish the
following information.
following information.
1. MODEL NUMBER
2. REF. No.
3. PART NO.
4. DESCRIPTION
MARK: SPARE PARTS-DELIVERY SECTION
For U.S.A. only
Contact your nearest SHARP Parts Distributor to order.
For location of SHARP Parts Distributor,
Please call Toll-Free;
1-800-BE-SHARP
Please call Toll-Free;
1-800-BE-SHARP
Explanation of capacitors/resistors parts codes
Capacitors
VCC ....................... Ceramic type
VCK ........................ Ceramic type
VCT ........................ Semiconductor type
VC • • MF ............... Cylindrical type (without lead wire)
VC • • MF ............... Cylindrical type (without lead wire)
VC • • MN ............... Cylindrical type (without lead wire)
VC • • TV ................ Square type (without lead wire)
VC • • TQ ............... Square type (without lead wire)
VC • • TQ ............... Square type (without lead wire)
VC • • CY ............... Square type (without lead wire)
VC • • CZ ............... Square type (without lead wire)
VC • • • • • • • • • J .. The 13th character represents capacity difference.
VC • • • • • • • • • J .. The 13th character represents capacity difference.
("J"
±
5%, "K"
±
10%, "M"
±
20%, "N"
±
30%,
"C"
±
0.25 pF, "D"
±
0.5 pF, "Z" +80-20%.)
If there are no indications for the electrolytic capacitors, error is
±
20%.
Resistors
VRD ....................... Carbon-film type
VRS ........................ Carbon-film type
VRN ....................... Metal-film type
VR • • MF ............... Cylindrical type (without lead wire)
VR • • MF ............... Cylindrical type (without lead wire)
VR • • MN ............... Cylindrical type (without lead wire)
VR • • TV ................ Square type (without lead wire)
VR • • TQ ............... Square type (without lead wire)
VR • • TQ ............... Square type (without lead wire)
VR • • CY ............... Square type (without lead wire)
VR • • CZ ............... Square type (without lead wire)
VR • • • • • • • • • J .. The 13th character represents error.
VR • • • • • • • • • J .. The 13th character represents error.
("J"
±
5%, "F"
±
1%, "D"
±
0.5%.)
If there are no indications for other parts, the resistors are
±
5%
carbon-film type.
PRICE
RANK
DESCRIPTION
NO.
PART CODE
NO.
PARTS CODE
PRICE
RANK
DESCRIPTION
QT-CD131H/132H
– 1 –
INTEGRATED CIRCUITS
IC1
VHITA7358AP-1
J
AG FM Front End,TA7358AP
IC2
VHILA1805//-1
J
AM FM/AF IF MPX.,LA1805
IC3
VHITC9216P/-1
J
AL
PLL,TC9216P
IC101
VHIBA3311L/-1
J
AK
REC./P.B.Equalizer Amp.,
BA3311L
IC201
VHIKIA4558S-1
J
AK
Surround Amp.,KIA4558S
[132H Only]
IC202
VHILA4597//-1
J
AH
Power Amp.,LA4597
IC203
VHIKIA7808P-1
J
AH
Voltage Regulator,KIA7808P
IC501
RH-IX0003SJZZ
J
BA
Tuner Control Microcomputer,
IX0003SJ
IC502
VHIPST9142/-1
J
AH
Reset,PST9142
IC701
RH-IX0105AWZZ
J
BA
System Microcomputer,
IX0105AW
IC801
VHILA9241M/-1
J
AS
Servo Amp.,LA9241M
IC802
VHILC78623D-1
J
AY
Servo/Signal Control,LC78623D
IC804
VHIBA5914FP-1
J
AN
Focus/Tracking/Spin/Slide
Driver,BA5914FP
TRANSISTORS
Q1
VS2SC1674K/-1
J
AD
Silicon,NPN,2SC1674K
Q3,4
VS2SC1815GR-1
J
AB
Silicon,NPN,2SC1815 GR
Q5
VS2SA673-C/-1
J
AC
Silicon,PNP,2SA673-C
Q6~8
VS2SC1815GR-1
J
AB
Silicon,NPN,2SC1815 GR
Q9
VS2SA673-C/-1
J
AC
Silicon,PNP,2SA673-C
Q10
VS2SC1815GR-1
J
AB
Silicon,NPN,2SC1815 GR
Q151,152
VS2SC1815GR-1
J
AB
Silicon,NPN,2SC1815 GR
Q201,202
VS2SC1815GR-1
J
AB
Silicon,NPN,2SC1815 GR
Q351
VSS8050D///-1
J
AC
Silicon,NPN,S8050 D
Q501,502
VS2SC1815GR-1
J
AB
Silicon,NPN,2SC1815 GR
Q740
VS2SC1815GR-1
J
AB
Silicon,NPN,2SC1815 GR
Q804
VSS8050D///-1
J
AC
Silicon,NPN,S8050 D
Q805
VSS9012H///-1
J
AC
Silicon,PNP,S9012 H
DIODES
D1~4
VHD1N4148//-1
J
AA
Silicon,1N4148
D101~103
VHD1N4148//-1
J
AA
Silicon,1N4148
D201,202
VHD1N4148//-1
J
AA
Silicon,1N4148
D501~506
VHD1N4148//-1
J
AA
Silicon,1N4148
!
D651~654
VHD1N4004//-1
J
AB
Silicon,1N4004
D740,741
VHD1N4148//-1
J
AA
Silicon,1N4148
D802
VHD1N4148//-1
J
AA
Silicon,1N4148
VD1,2
VHCKV1360NT-1
J
AF
Variable Capacitance,KV1360NT
VD3
VHCKV1581A2-3
J
AE
Variable Capacitance,KV1581A
ZD1
VHEMTZJ5R1B-1
J
AC
Zener,5.1V,MTZJ5.1B
ZD501
VHEMTZJ5R6A-1
J
AC
Zener,5.6V,MTZJ5.6A
ZD801
VHEMTZJ5R6B-1
J
AD
Zener,5.6V,MTZJ5.6B
FILTERS
CF1
RFILF0001SJZZ
J
AD
FM IF
CF2
RFILA0002SJZZ
J
AH
AM IF
F1
RFILR0001SJZZ
J
AD
FM Band Pass Filter
TRANSFORMERS
T1
RCILI0001SJZZ
J
AD
FM IF
T2
RCILI0002SJZZ
J
AD
FM Detection
T3
RCILI0003SJZZ
J
AD
AM IF
!
T601
RTRNP0002SJZZ
J
AS
Power
COILS
L1
RCILR0004SJZZ
J
AE
FM RF
L2
RCILB0011SJZZ
J
AF
OSC,FM
L3
RCILA0009SJZZ
J
AF
AM Bar Antenna
L4
RCILB0012SJZZ
J
AF
OSC,AM
L5
VP-CH471K0000
J
AB
470
µ
H,Choke
L301
RCILB0003SJZZ
J
AD
OSC,Bias
L501~503
VP-CH471K0000
J
AB
470
µ
H,Choke
L801
VP-DHR82K0000
J
AE
0.82
µ
H,Choke
L802
VP-DHR68K0000
J
AC
0.68
µ
H
VARIABLE RESISTORS
VR1
RVR-M0001SJZZ
J
AC
6.8 kohms (B),Semi-VR [VCO]
VR201
RVR-B0001SJZZ
J
AE
20 kohms (B),Semi-VR [Volume]
VARIABLE CAPACITOR
TC1
RTO-H1001SJZZ
J
AH
Trimmer,20 pF
VIBRATORS
X1
RCRSB0001SJZZ
J
AN
Crystal,4.5 MHz
X701
RCRM-0001SJZZ
J
AD
Ceramic,4.0 MHz
XL501
RCRM-0003SJZZ
J
AK
Ceramic,4.19 MHz
XL801
RCRM-0002SJZZ
J
AE
Ceramic,16.93 MHz
CAPACITORS
C2
VCTYPA1CU103M
J
AE
0.01
µ
F,16V
C3
VCCCPA1HH4R7C J
AA
4.7 pF (CH),50V
C4
VCCCPA1HH240J
J
AA
24 pF (CH),50V
C5,6
VCTYPA1CU103M
J
AE
0.01
µ
F,16V
C7
VCKYPA1HB102K
J
AA
0.001
µ
F,50V
C8
VCCCPA1HH150J
J
AA
15 pF (CH),50V
C9
VCCCPA1HH330J
J
AA
33 pF (CH),50V
C10
VCCUPA1HJ240J
J
AB
24 pF (UJ),50V
C11
VCCCPA1HH220J
J
AA
22 pF (CH),50V
C12
VCKYPA1HF223Z
J
AB
0.022
µ
F,50V
C13
RC-GZA106AF1C
J
AB
10
µ
F,16V,Electrolytic
C14
VCKYPA1HF223Z
J
AB
0.022
µ
F,50V
C15,16
VCTYPA1CU223M
J
AB
0.022
µ
F,16V
C17
VCKYPA1HF473Z
J
AB
0.047
µ
F,50V
C18
VCKYPA1HF223Z
J
AB
0.022
µ
F,50V
C19
VCCUPA1HJ180J
J
AA
18 pF (UJ),50V
C20
VCKYPA1HB471K
J
AA
470 pF,50V
C21
VCKYPA1HF223Z
J
AB
0.022
µ
F,50V
C22
VCTYPA1CU103M
J
AE
0.01
µ
F,16V
C24
RC-GZA225AF1H
J
AB
2.2
µ
F,50V,Electrolytic
C25
VCKYPA1HB102K
J
AA
0.001
µ
F,50V
C26,27
VCKYPA1HF223Z
J
AB
0.022
µ
F,50V
C28
RC-GZA476AF1C
J
AB
47
µ
F,16V,Electrolytic
C29
VCCCPA1HH120J
J
AA
12 pF (CH),50V
C30
VCCCPA1HH150J
J
AA
15 pF (CH),50V
C31,32
VCKYPA1HF223Z
J
AB
0.022
µ
F,50V
C33
RC-GZA226AF1C
J
AB
22
µ
F,16V,Electrolytic
C34
RC-GZA227AF1A
J
AB
220
µ
F,10V,Electrolytic
C35
VCKYPA1HF223Z
J
AB
0.022
µ
F,50V
C36
VCKYPA1HB222K
J
AA
0.0022
µ
F,50V
C37
VCKYPA1HF223Z
J
AB
0.022
µ
F,50V
C38
VCTYPA1CU183M
J
AC
0.018
µ
F,16V
C39
RC-GZA335AF1H
J
AB
3.3
µ
F,50V,Electrolytic
C40
VCKYPA1HB471K
J
AA
470 pF,50V
C41,42
RC-GZA335AF1H
J
AB
3.3
µ
F,50V,Electrolytic
C43
VCQSMV1HS152J
J
AB
0.0015
µ
F,50V,Styrol
C44
RC-GZA105AF1H
J
AB
1
µ
F,50V,Electrolytic
C45,46
VCTYPA1CU153M
J
0.015
µ
F,16V
C47~49
RC-GZA105AF1H
J
AB
1
µ
F,50V,Electrolytic
C50
VCKYPA1HF223Z
J
AB
0.022
µ
F,50V
C51
RC-GZA106AF1C
J
AB
10
µ
F,16V,Electrolytic
C52~54
VCKYPA1HF223Z
J
AB
0.022
µ
F,50V
C55
VCKYPA1HB331K
J
AA
330 pF,50V
C56
VCKYPA1HF103Z
J
AB
0.01
µ
F,16V
C57
RC-GZA107AF1A
J
AB
100
µ
F,10V,Electrolytic
C58
VCKYPA1HF223Z
J
AB
0.022
µ
F,50V
C60
VCKYPA1HB101K
J
AA
100 pF,50V
C105,106
VCKYPA1HB182K
J
AB
0.0018
µ
F,50V
C107,108
VCKYPA1HB821K
J
AA
820 pF,50V
C109,110
VCKYPA1HB271K
J
AA
270 pF,50V
C111,112
VCKYPA1HB331K
J
AA
330 pF,50V
C113,114
RC-GZA476AF1C
J
AB
47
µ
F,16V,Electrolytic
C115,116
VCQYKA1HM183K J
AB
0.018
µ
F,50V,Mylar
C117,118
RC-GZA106AF1C
J
AB
10
µ
F,16V,Electrolytic
C119
RC-GZA225AF1H
J
AB
2.2
µ
F,50V,Electrolytic
C120
RC-GZA476AF1C
J
AB
47
µ
F,16V,Electrolytic
C121,122
VCKYPA1HF103Z
J
AB
0.01
µ
F,16V
C123
RC-GZA107AF1A
J
AB
100
µ
F,10V,Electrolytic
C150
RC-GZA107AF1A
J
AB
100
µ
F,10V,Electrolytic
C151~154
VCQYKA1HM273K J
AB
0.027
µ
F,50V,Mylar
C155,156
VCKYPA1HB331K
J
AA
330 pF,50V
C157,158
VCQYKA1HM103K J
AA
0.01
µ
F,50V,Mylar
C159,160
RC-GZA105AF1H
J
AB
1
µ
F,50V,Electrolytic [132H]
C159,160
RC-GZA224AF1H
J
AA
0.22
µ
F,50V,Electrolytic [131H]
C201,202
VCQYKA1HM152K J
AB
0.0015
µ
F,50V,Mylar
[132H Only]
C203,204
RC-GZA105AF1H
J
AB
1
µ
F,50V,Electrolytic [132H Only]
C205,206
VCQYKA1HM182K J
AA
0.0018
µ
F,50V,Myla
[132H Only]
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