Table of Contents
Advertisement
PSR
-530
CIRCUIT DIAGRAM (IilS§llI) <DM, MKS
2
, PN>
SW-43
1
a P05
TANSPOSe ▼
A.ACCOM
ON/OFF
CN1Q6
CNIOS
SUa
MENU A
MAIN
MENU A
SUB
MENU A
MAIN
MENU T
MULTI
PAO-1
SW-20
T
MULTI
PAO-2
MULTI
PAO-3
MULTI
PAO-4
START/STOP
TRANSPOSE
A
MAIN
AUTO (A)
ACCOM/SONO
V ▼
ACCOM/SONG
V A
MEMORY
CNli
1
,
04
I- --
^ CNIC
3 1
3
5
/
Poe
T
y
_pQs_
m
/
P04
S
/
TpI
iO
TpS
11
/
TPl
/
TPO
13
R.MEMORY
2
R.MEMORY
4
(Key scan section)
*
1
IK
Vee
TTr
EXTAt
NUM
XTAL
A7
TIMfl
A4
rnp?
AS
DS/THTl?
AA
DS/K
AS
D4/Ra
AS
D3/Tk
At
Q
02
«»
iS
B4
X
C5
Notes)
Circuit Board:
1. Diode
D
100-107:
2. LED
LED1:
LED2-8:
PN (VY850000) XT684A0
1SS133,1SS176 {VB941200)
SLZ-190B-01 RE (VC341300) REVOICE
SLZ-190B-10-T2 RE (VI921400)
AUTO ACCOMPANIMENT ON/OFF,
START/STOP, RECORD, INTRO,
ENDING, MAIN AUTO FILL A/B
3. Lamp
:
.57
4. Encoder
RE :
RE
5. Membrane Switch
.57W T4.2 6.3V25 (VZ057400)
REB161 PVB 15F (VU481300)
MB-L:
MB-C:
MB-R:
MB-UL:
MB-UR:
6. Cable Holder
CN 100:
CN 101:
CN 103:
CN 104:
CN 105:
CN 106:
CN 107:
CN 108:
7. Wire Trap
CN 102:
L 21 (VY729200)
C 15 (VY729300)
R 20 (VY729400)
. UL 4 (VY729500)
UR 3 (VY729600)
51048 13P (VI879100) to DM-CN502
51048 10P (VI878800) to DM-CN501
51048 3P (VI878100) to PN(2/5)-CN104
51048 3P (VI878100) to PN{1/5)-CN103
51048 5P (VI878300) to PN(3/5)-CN106
51048 5P {VI878300) to PN(1/5)-CN105
51048 4P (VI878200) to PN(4/5)-CN108
51048 4P (VI878200) to PN{1/5)-CN107
CN 102:
52147 3P (VK024700)
toAM,JK(2/2)-CN102
8. Connector Assembly
W 001:
W 002:
W 003:
W 004:
W 005:
9. Jumper Wire
13P L=350 DM-PN1 (VY850700)
10P L=310 DM-PN2 (VY850800)
5PL=170
PN1 {VY851300)
3P L=210
PN2 (VY851400)
4P L=120
PN3 (VY851500)
0.55 (VA078900)
_
PSR-530
Notes)
Circuit Board:
MKS2 (VU494600) XR736C0, XS829A0
1. 1C
1C 1:
HD63B05V0F07P (XR951A00) CPU
2. Ceramic Capacitor-SL
C
1,2:
22P 50V J (FG651220)
3. Semiconductive Cera. Cap.
C
4:
0.1000 25V M (VD930900)
4. Electrolytic Cap.
C
3:
100.00 10.0V (UJ828100)
5. Carbon Resistor
R
1,2:
4.7K 1/4 J (HF456470)
R
3:
47.0K1/4J(HF457470)
6. Resistor Array
RA 1:
RGLE12X473J (VH373200)
7. Ceramic Resonator
CL 1:
CST8.00MTW140 (VN002100) or
8.00M
EFOEC8004 (VQ305500)
8. Connector
CN 1:
52147 6P {VF728300) to DM-CN802
9. Wire Trap
CN 2:
52147 12P (VK025600) to MK-L
CN 3:
52147 7P {VK025100) to MK-L
CN 4:
52147 5P (VK024900) to MK-H
8. Connector
CN 1:
9. Wire Trap
CN 2:
CN 3:
CN 4:
10. Jumper Wire
Notes)
Circuit Board:
1. Diode
2:
2. Wire Trap
5:
5:
6
:
Notes)
Circuit Board:
1. Diode
2:
2. Wire Trap
5:
6
:
0.55 (VA078900)
MK-L (VU648100) XR564B0
1SS133,1SS176 {VB941200)
52147 12P (VK025600) to MKS2-CN2
52147 12P (VK025600) to MK-H
52147 7P (VK025100) to MKS2-CN3
MK-H (VU648200) XR565B00
1SS133,1SS176 (VB941200)
52147 12P (VK025600) to MK-L
52147 5P (VK024900) to MKS2-CN4
FDC/M.CART
MK/MID I
to DM-JK
CN01
■ ^ MIDIOUT I R804
-HmIDIIN >
lOk .
-< 1MCLK'~1
to MKS2
CN1
1
LeOl
ly
2
L902 1-
3
L803
a
LB04 Ir-
5
L8Q5
6
LBOS 1/-
CBQ3 2
O . luF
J
i
f
R807
l2 )2 |2 lOOK
12
1 1
4
10 9
b
a
7
H
AO
6 5
7
< A2
4 r3
B
/ A4
2
1
9
IS.
1 1
220
I 1
12
PA403 1
13
A6
14
13
14
CN403
GND
GNO ^
-4
^-5
INSTl
^
-^08
D9
^
010
oil
#1-
012
013
ii-
4 D14
015
14
Oil
013
#i-
015
p-
l-R
u J
oq
05
-
All
A12
A15
A16
|g~
-|^
A17
A18
1^
A19
A20
if
M
1 1
12
A7
_9 t lO
A9
_7 I 3
AlO
sis
A12
_3 f 4
A14
~n l2
A 16
I RA402
220
A19
A20
A2 1
A22
Rsv
nsv §-■ ;
is
BSV
EE H-
-f§ RO
WR If—
-4^ PGM VPPi 14
-fl VPP2 RSV f'
2| CSO
CSl H-
■fl ISRT2 +5 14-
GND
GNO ^ '
MUSIC
CARTRIDGE
2
CA502 rff-
4700F
§~
1234567890|
jl|2i3!4{5|6|718{9|l
+50
C501
O . luF
i_IjlS_
- 00 V QO
- 01 C 01
- 02 C d2
- 03
03
- 04
04
- 05
05
- 06
□ 6
- 07
07
- GND
OE
G <
TR501 2
CTRL
ttttppppL
PPPPOOOO
O 12 3 4 567
LHan—
TP007
<LCOENBLl
\
\
47k
ROOS
1
0 TP005
1..2
11
~2\
I
1
_1_^_1
I TPOOSU-
-C P-BEND
1
-C VOLTAGE 1
-CTSUSTAINl
'
-CPC/MAC
i
HL5IIC\
>
-< DREQ/PAINN
1111111111111
1110000000000999999999988668
2
ll{
0
l
9
le{
7
i
6
lsl
4
l
3
l
2
lll
0
i
9
!el
7
l
6
l
5
i
4
[
3
}
2
lll
0
l
9
lel
7
[
6
l
5
FPPYPPPPPVPVVPPAPPAAAAVPPPPP
1 llS19a76CSSC76SS43210S4321O
321
OS
RESET
R002
C0O6
3.3k
470pF
IC002
!
PSTS91D
I
OUT 3|
ji
V^C
I COQ7^
U
T
lOOpF
G ROlO#
2
N
iOK ^
0
I
12
2
R504i
i
R505
22
]l
h
22
U
C503
'■k 1000/6.3
12
k
COO t
12
100/10
C207jl
czoeji
Lop-f,
CR201
33.eeeBHHz
C201
+50
100/10
I
RAOOa
Lil^
47k
< RbwR
^^■RaTsv
< caslU
W
_
I
D
0
-
!
T-.
--
..RTRITR
aaaav.owvwvccppccexxrxxdoovo
1122SRVRCRSSSAASSOODODDlilSl
8901SDFHCLS109832011000543S2
lOO *2
I
1 ■■ 2
R004 I
1^2
ROOS
•CMKDATA
■ilRQMKTT
-CMKCLK
I
>
-IcsK >
rom/ram
DECODER
SN74HC139N
+50
CIOS
°
'^6 ICipS
_A ..
vn'i'i-
dy3
1
C
105
B fa
CS04
dl
O.luF ^
PROGRAM
SRAM
+5R
J105
-lot>2--
0106 _
(523
(16MEP+2)
Kais
2
IV
AS_
3
\
A7
4
V
A6
b
\
AS
6
\.A4_
\
A3
7
R
\
A?
P
\
Al
16
AO
_A 16
CE
BYTE/VPP
VSS
VSS
OE
015/A-1
DO
07
Oa
014
ROM16M (PROG)
42
A20 /
41
A9
/
40
AlO /
39
All y
38
A12 /
37
A13 /
A14 V
35
A15 /■
34
A16 /
33
A17 X
IC103
—^ RFSH
VCC
14—'
—^ A16
AIS
#4-
—I A14
CS
^
—g A12
WE
D||-
-1 A7
A 13
-1 A6
A0
§*—
—^ AS
A9
If—
A3
OE
^
-44
A2
Aifi. Jf-
-41 A1
CE
3|f-
AO
i/oe
-f|
I/Ol 1/07
-ff
1/02 1/06
^4—
1/03 I/Q5
m
—
4^
GNO
I/C4
^—
'
PSRAMIM (8)
l/OlO
||-
1/09
ff-
1/08
14-
AO
A7
A1
A6
A2
A5
A3
A4
VCC
VSS ,
' DRAM4M ( IB) ^
O.luF
C206
.LiiS.
_
VSS X X VM MS 0 A T V VNSWSO DMMM
VOOS
ICN lOSCCYCCEOSSYCC AAAA A
MAig
CSN NUSL L I T 1 SOS Y SLLCC2ZZ
UAPD
wQM
T
KK
ENT
SCKKRL321
WRN
OISO
OL
R
MAia
VDO
T
N
NK
MA9
IC201
SWPOOM(REPlOO)
TC203C060AF
28
RR
V
C
MD 1
29
HVRRRRRAWVDRRRRAMVMM "nR
•30
ASAAAAASESDDOODSDSDD
VDOS
SS 4 32 1 0 NN S S 32 I ON 4 S 35 MD2
78
MA20
\
77
MAIS
N
76
MAP
N
75
MA8
S
74
73
V
MA 10
7?
MA7
N
71
MAll
\
70 . .
MAS
\
B9
MAI?
\
B8
MA5
\
S7
MA13
\
56
S5
MA4_^
B4
MAi4
N
53
MAR
V
62
MA15
\
61
MA?
\
60
MA16
\
59
MAI
N
158
MAI 7
>1
ILCO-RS
ILCDENBL r
1 .. 2 R604
1
2 R605
1 - 2 R606
1 ■■ 2 R6Q7 ■
~T^2 R60e
~TT'2 R609
1^.2 R6
10 '
12 R6 1 1
1 .. 2 R6 12
HCHrUjI
C603
0 . tuF
__
R603
12
1.2
1 .. 2
n
cc
D-FF
T
o.iuF
-tRt—i °° ^ °°
-Loi-1 Q2 C 02
03
03
V R|-4f 04
04
C303
T
C302
D/A CONVERTER
IT
O.luF
-4
4/BFS
CLK
DTgnO
SI/LSI
IS/BB
LR/RSI
O.VDO
LRCX/WO
A. GNO
A. GND
R.OUT
L.OUT
A. VDO
L.REF
A. VDO
R.REF
12
1 1
6365
1
10
S-
to VR-CN303
C308 "
O . 047 (Ml
C309 *
O . 047 (H)
[ss_,
\
54
MD7
■
53
MOl _\
b2
MD6
bi
MO?
\
L_iZi
13
14
15
VCC
+50
9
J201
T
1_1„,,2_
0
. luF
DRAM
+ 50
IC203
1
A6
_2 pfi-
I®
19_a
_i SSI
i|__a
-1 004
A5
44-1
—I VSS
A4
if-a
-1 OQl
VCC
13
W
11
_9 Sis
Ai
_a
10
Zc
io ^—a
ORAMIH (4)
— 74HC04N
1
4
(:(>
1C204G
17
C209
2 O.luF
IC204F
74HC04N
IC204E
REGURATOR
IC702
S-0125OPO
OUT 3}
I2
IN
C70S
±
0 . iuF-^
C 7 14 i.*
to SW-CN708
REGURATOR
I-
+ 3.30
IC703
+SD +SL /
UPC2933HF
T
T
,
OUT 3|
|l
IN^ I
J
\
C708
C707
1
}
C713
^^100/10 M
O . luFTL 10/50 '
PW.SUPPLY
REGURATOR
IC704
,
PQ09RA1
^100/10 § 0 . luF
_ M_
C701
REGURATOR
97-09. SCH
LCD
Notes)
Circuit Board:
Circuit Board:
1. 1C
1C 001:
IC 002:
1C 101:
IC 103;
IC 104:
DM {VY849400) XT031 BO CE
DM (VZ616200) XT031 BO FCC
IC 001:
HD6437042E00F (XT125A00) CPU
IC 002:
IC-PST591D-2 (XR902A00) RESET
1C 101:
LHMN5HXD (XT898100) PROGRAM 32M
IC 103;
M5M51008BP-70LL(XT339A00) SRAM 1M
IC 104:
MSM514260C-70 (XT81OA00) DRAM or
M5M44260CTP-7 {XS444A00) DRAM 4M
IC 105:
TC74AC139P (XL123A00) DECODER
IC 201:
TC203C060AF-001 (XS724A00) SWPOOM
IC 202;
(XT615A00) WAVE ROM
IC 203:
LH64256CZ-70 {XS434A00) TONS DRAM
IC 301:
UPD63200GS (XM145A00)
D/A CONVERTER
IC 501,601:
TC74HC374AP (IR037400) D.FF
IC 502:
TC74AC32P {XG658A00) OR
IC 701:
PQ05RA1 (XL450A00)
REGURATOR +5V
IC 702:
S-81250SGY-Z (XT625AOO)
REGURATOR +5V
IC 703:
UPC29M33HF {XT333A00)
REGURATOR +3.3V
IC 704:
PQ09RA1 {XQ774AOO)
REGURATOR +9V
2. Digital Transistor
IC 501,601:
IC 502:
IC 701:
IC 702:
IC 703:
IC 704:
TR 501,502:
DTC123JS TP (VK165500)
TR 503-506:
DTB123YS TP (VT455400)
3. Diode
D
701:
1SS133,1SS176 (VB941200)
4. IC Socket
:
DICF-42CS-E (VK863100)
5. Mylar Capacitor
C
308,309:
0.0470
50V J (UA654470)
6. Semiconductive Cera. Cap.
C
002,003,101-105,
202-205,206,209,
210,301,302,401,
402,501,502,504,
601-603,702,705,
707,709,711,714,
801-803:
0.1000
25V Z (VC694800)
7. Ceramic Capacitor
C
006:
470P
50V K (FG612470)
C
007:
loop
50V J (FG652100)
C
207,208:
10P
50V D (FG651100)
C
505,506:
0.022
50V Z {UG444220)
8. Electrolytic Cap.
C
001,201,303,604,
703,706,708:100.00
10.OV (UJ828100)
C
304,305:
47.00
10.0V (UJ827470)
C
306,307:
1.00
50.0V (UJ866100)
C
503:
1000
6.3V (UJ819100)
C
701,704,710,
713;
10.00
50.0V (UJ867100)
C
712:
100.00
25.0V (UJ848100)
25V Z (VC694800)
0
10.0V (UJ828100)
10.0V (UJ827470)
50.0V (UJ866100)
6.3V (UJ819100)
9. Ceramic Capacitor Array
CA 501,502:
470P
XI2 (VT487100)
CA 801:
10OP X8 50V M (VH484100)
10. Carbon Resistor
R
001;
560.0 1/4 J (HF755560)
R
002:
3.3K1/4 J (HF756330)
R
003:
1 .OK 1 /4 J (HF756100)
R
004-007,501,
502:
100.0 1/4 J (HF755100)
R
008,010,503,
802,804:
10.0K 1/4 J (HF757100)
R
009,101,102,
401,801,805:47.0K 1/4 J (HF757470)
R
201:
1.0M 1/4 J (HF759100)
R
202;
680.0 1/4 J {HF755680)
R
301,302:
180.0 1/4 J (HF755180)
R
504,505:
22.0 1/4 J (HF754220)
R
506,507,702:22.0K 1/4 J (HF757220)
R
601:
820.0 1/4 J (HF755820)
R
602,604-613; 220.0 1/4 J (HF755220)
R
701:
39.0K 1/4 J (HF757390)
R
803:
470.0K1/4 J (HF758470)
R
806,807:
100.0K 1/4 J (HF758100)
11. Resistor Array
RA 001:
RGLE9X473J (VF344000)
RA 002,003:
EXB-Z05E 47K X 4 (VG733400)
RA 401-405:
EXBF14V221J {VY882100)
RA 501,502:
EXB-Z09E 47K X 8 (VG733700)
RA 002,003:
EXB-Z05E 47K X 4 (VG733400)
RA 401-405:
EXBF14V221J {VY882100)
RA 501,502:
EXB-Z09E 47K X 8 (VG733700)
12. Coil
L
801-806:
FL5R200QNT (VB835000)
13. Ferrite Bead
L
301-303,
701-703:
EXC-ELDR35V (VM898600)
14. Quartz Crystal Unit
CR 201:
33.8688M AT-49 (VT487600)
15. Ceramic Resonator
CR 001:
7.00M EFOEC7004T (VY856300)
16. Connector Base Post
CN 301:
CN 403:
CN 501:
CN 802:
17. Wire Trap
CN 502:
CN 601;
CN 602;
CN 701:
CN 801:
18. Heat Sink
HS 001:
19. Jumper Wire
J
104,105,202,
204,603:
PH- 4P TE {VB390000) to VR-CN303
PSB4D 60P (VU538700)
for Music cartridge
52147 10P (VF728200) to PN(1/5)-CN101
52147 6P (VF728300) to MKS2-CN1
52147 13P (VK025700) to PN(1/5)-CN100
52147 13P (VK025700) to LCD
52147 2P (VK024600) to LCD
52147 5P (VK024900) to SW-CN708
52147 8P (VK025200) to DM.JK-CN01
(VJ636100)
0.55 (VA078900)
»PQ05RA1(XL450A00)
REGURATOR +5V
•PQ09RA1(XQ774AO0)
REGULATOR +9V
• S81250SGY-Z(XT625A00)
REGULATOR +5V
• upc29M33HF(XT333A00)
REGULATOR +3.3V
• tSS133,ISS176(VB941200)
DIODE
1: INPUT
2: OUTPUT
3: GND
4: ON/OF
CONTROL
1: GND
2: INPUT
3: OUT PUT
1: INPUT
2: COMMON
3: OUT PUT
1: ANODE
2: CATHODE
PSR-530
PSR-530
Advertisement
Table of Contents
