Yamaha Portatone PSR-530 User manual

PORTnTOriE
SERVICE MANUAL
■ CONTENTS (i>^)
BLOCK DIAGRAM {7 U'y'7T'7 V h) . 2
CIRCUT BOARD LAYOUT h).4
DISASSEMBLY PROCEDURE 7
LSI PIN DESCRIPTION (LSlS^^i^^).12
IC BLOCK DIAGRAM (IC7 □ y 711).14
CIRCUIT BOARDS ('>- hMH).15
TEST PROGRAM {77 V7°U'7^l^) . 2 5/28
INITIALIZE {WMit) . 2 7/30
SPECIFICATIONS 3 1 / 36
PANEL LAYOUT 7^7 F).32/34
MIDI DATA FORM AT.37
MIDI IMPLEMENTATION CHART.49
PARTS LIST
OVERALL CIRCUIT DIAGRAM (I^HlS^ll)
001590
YAMAHA CORR
HAMAMATSU, JAPAN
2.4K-015 @ Printed in Japan'97.07

IMPORTANT NOTICE
This manual has been provided for the use of authorized Yamaha Retailers and their service personnel. It has been assumed
that basic service-procedures inherent to the industry, and more specifically Yamaha Products, are already known and under¬
stood by the users, and have therefore not been restated.
WARNING: Failure to follow appropriate service and safety procedures when servicing this product may result in per¬
sonal Injury, destruction of expensive components and faiiure of the product to perform as specified. For
these reasons, we advise all Yamaha product owners that all service required should be performed by an
authorized Yamaha Retailer or the appointed service representative.
IMPORTANT: This presentation or sale of this manual to any individual or firm does not constitute authorization, certifi¬
cation, recognition of any applicable technical capabilities, or establish a principal-agent relationship of
any form.
The data provided is belived to be accurate and applicabie to the unit(s) indicated on the cover. The research engineering, and
service departments of Yamaha are continually striving to improve Yamaha products. Modifications are, therefore, inevitabie
and changes in specification are subject to change without notice or obligation to retrofit. Should any discrepancy appear to
exist, piease contact the distributor's Service Division.
WARNING: Static discharges can destroy expensive components. Discharge any static electricity you body may have
accumulated by grounding yourself to the ground buss in the unit (heavy gauge black wires connect to
this buss.)
IMPORTANT: Turn the unit OFF during disassembly and parts replacement. Recheck all work before you apply power
to the unit.
WARNING: CHEMICAL CONTENT NOTICE!
The solder used In the production of this product contains LEAD. In addition, other electrical/electronic and/or plastic (where
applicable) components may also contain traces of chemicals found by the California Health and Welfare Agency (and possibly
other entities) to cause cancer and/or birth defects or other reproductive harm.
DO NOT PLACE SOLDER, ELECTRICAL/ELECTRONIC OR PLASTIC COMPONENTS IN YOUR MOUTH FOR ANY REASON WHAT
SO EVERI
Avoid prolonged, unprotected contact between solder and your skin! When soldering, do not inhale solder fumes or expose
eyes to solder/flux vapor!
If you come in contact with solder or components located inside the enclosure of this product, wash your hands before handling
food.

X
JPfcSj:
PSR-530
PSR-530
BLOCK DIAGRAM v 0 ^^T'p-yh)
ROTARY
ENCODER
I::: i
f=—#
PO[0-7] : LATCH
.. . . 74H0374
O £ ^ ,
-L J- H O
o a o 1=
PC/MAO c
VOLTAGEc
SUSTAINc
IC601
LDCO-7]
LATCH
IH
D-FF
(Main-CPU)
HD6437042E00F
7MHz 2
33.8686
MHz £
HDh J"
PE Cl 3, IS]
!{> LCD-RS
LCOENBL-l
32M ROM
(Main)
PROGRAM
1 L
_ +9V 1
REG g
T-±J
SWPOOM
TC203C060AF
32M ROM
(Wave)
MASTER
VOLUME
IC301
DAG
Ai PD63200
i LINE
i FILTER
MIDI-OUT J
MIDI-IN i
PO/MAO<;
MlDI-OUTc
MIDI-INC
SELECTOR
TRANS- 1
CEIVER S
MC34051
61 KEYS
ICl
HD63B05V0
CPU
N[1t-16^1-26]
IHZI
B[!-7]
'i:—'X IC105
^t30-2l 3: > DECODER
V 74H0139
CS3i=i>
IC201,202
EQUALIZER
M5227P
PHONES
LA4705N k-4
POWER
z AMP. IC701
LEFT
SPEAKER
DM-JK
AM-JK
- MIDI -
IN OUT
-AUX OUT-
L/L-FR R
SUSTAIN
RIGHT
SPEAKER
28CA1-8812040

PSR-530
• WIRING
REF.
NO.
DESTINATION
CONNECTOR
ASSEMBLY
REMARKS PART NO.
AVAILA¬
BILITY
®
AM-CN701
Battery
BATT-AM 2P/L360/800 VY85160
X
@
DM-CN802
MKS2-CN1 DM-MK 6P/L450 VZ60620
X
@
DM-CN602
LCD DM-LCD2 2P/L230 VY85100
X
® AM-CN702
Speaker(L),(R)
SP-UR
4P VZ16230
X
(D
PN(1/5)-CN102
AM.JK(2/2)-CN102 PN-PB
3P/L600
VY85120
X
(D
DM-CN801 DM.JK-CN01
DM-DM.JK 8P/L240 VY85110
X
@
DM-CN601
LCD DM-LCD1 13P/L250 VY85090
X
(D DM-CN701
SW-CN708
DM-SW
5P/L250
VY85020
X
(D
AM-CN704
SW-CN707 AM-SW 10P/L300 VY85040
X
®
AM-CN705
HP-CN706
AM-HP 5P/L600 VY85030
X
DM-CN301
VR-CN303
DM-VR
4P/L360 VY85190
X
AM-CN301
VR-CN302 AM-VR 5P/L250 VY85200
X
®
DM
AM-Earth AM-DM EARTH
1 P/Ll 20 VY85210
X
0
DM-CN502
PN(1/5)-CN100
DM-PN1
13P/L350 VY85070
X
DM-CN501
PN(1/5)-CN101 DM-PN2 10P/L310 VY85080
X
®
PN(1/5)-CN105
PN(3/5)-CN106
PN1 5P/L170 VY85130
X
® PN(1/5)-CN103
PN(2/5)-CN104
PN2 3P/L210 VY85140
X
®
PN(1/5)-CN107
PN(4/5)-CN108 PN3 4P/L120 VY85150
X
®
AM-CN709
AM.JK(1/2)-CN101
AM-AM.JK
9P/L250 VY85050
X
MKS2-CN2
MK-L
12P/L190 VU95890
O -
@
MK-H
MK-L
12P/L215
VU65950
o
®
MKS2-CN3
MK-L
7P/L250 VU65940
o
MKS2-CN4
MK-H 5P/L615 VU65960
o
NOTE : REF. NO. is indicated in the CIRCUIT BOARD LAYOUT figures in page 4 and page 5.
Parts No. 1-19 are not available as spare parts, and parts No.20-23 are available as spare parts.
6

DISASSEMBLY PROCEDURE (^^¥11)
1 Lower Case Assembly
1-1 Remove the battery cover assembly.
1-2 remove the five (5) screws marked [410], four (4)
screws marked [200A] and nine (9) screws marked
[220A], then the lower case assembly can be
removed. (Fig. 1)
1 Ass'y
1-1 n'v-rU-^ll'-Ass'y (0 1)
1-2 [410]®^'V 5 2^ t[200A]COt'V 4 2^i:[220A]®^'.
V 9 T^-7, Ass'y
(0 1 )
Lower case assembly
(T'!r —Ass’y) [220A1
[220A]
)[220A]
[410]; Bind Head Tapping Screw-P 3.0X10 MFZN2Y (EP600270) h
[200]: Bind Head Tapping Screw-P 3.0X25 MFZN2Y (VK228100) -F/U > F P -f h
[220]: Bind Head Tapping Screw-P 3.0X12 MFZN2Y(EP600300) -F-'W > F Pd^-f h
(Fig. 1)
2 DM Circuit Board
2-1 Remove the lower case assembly. (See procedure 1)
2-2 Remove the two (2) screws marked [180B], nine
(9) screws marked [210A], one (1) screw marked
[220B] and remove the shield case (lower). (Fig. 2)
2-3 Remove the five (5) screws marked [210B], two (2)
screws marked [190], then the DM circuit board
can be removed. (Fig. 2 and Fig. 3)
2 DM F
2-1 Ass’y (l
2-2 [ISOB]®^''))^ 2 2^ t [210A]®^'V 9 2^<h[220B]®
(0 2 )
2-3 [210B]®t'V 5 2Ft[190]®^-V 2 DM
( 0 2 , 0 3 )
[180]: Bind Head Tapping Screw-P 3.0X8 MFZN2Y (EP600280) -F/W > F P 3''!' F
[210]: Bind Head Tapping Screw-B 3.0X8 MFZN2BL (EP600190) -F/t'-T > F B tPd" F
[220]: Bind Head Tapping Screw-P 3.0X12 iVIFZN2Y (EP600300) -F/W>'FP^d'F
(Fig. 2)

3 K eyboard Assembly
3-1 Remove the lower case assembly. (See procedure 1)
3-2 Remove the two (2) screws marked [200B], then
the keyboard assembly can be removed. (Fig. 3)
3 Ass'y
3-1 T^r-X Ass'y (l
3-2 [200B]®^'V 2 Ass'y
m 3)
Shield case (upper) Upper case assembly
[1901 [180G1 Ass'y)
(Fig. 3)
4 AM Circuit Board
4-1 Remove the lower case assembly. (See procedure 1)
4- 2 Remove the four (4) screws marked [180C], then
the AM circuit board can be removed. (Fig. 4)
5 VR Circuit Board
5- 1 Pull off the VOLUME control knob.
5-2 Remove the lower case assembly. (See procedure 1)
5- 3 Remove the three (3) screws marked [180D], then
the VR circuit board can be removed. (Fig. 4)
6 SW Circuit Board
6- 1 Remove the lower case assembly. (See procedure 1)
6-2 Remove the two (2) screws marked [180E], then
the SW circuit board can be removed. (Fig. 4)
6- 3 Pull off the push knob from the SW circuit board.
7 AM-JK (2/2) Circuit Board and Wheel Assembly
7- 1 Remove the lower case assembly. (See procedure 1)
7-2 Remove the two (2) screws marked [180F], then the
AM-JK (2/2) circuit board can be removed. (Fig. 4)
7-3 Remove the wheel assembly from the AM-JK (2/2)
circuit board.
4 AM •>- h
4-1 Ass’y
4- 2 [180C]®t'V4 2^^^1-L. AM
(0 4)
5 VR >- h
5- 2 T^-X Ass'y (l 3R#S1)
5- 3 [180D]®^'X'3z^S:^L. VR
(0 4)
6 SW h
6- 1 T^r-X Ass'y il
6-2 SWo
(0 4)
6- 3 SW'X-hckO.
7 AM-JK(2/2) v-F, Tt^d'-JU Ass’y
7- 1 T-X-X Ass'y (l ]S#B1)
7-2 [180F]®^''X 2 AM-JK(2/2)
(0 4)
7-3 AM-JK(2/2) Ass’y
8

PSR-530
[180]: Bind Head Tapping Screw-P 3.0X8 MFZN2Y (EP600280) > K P h
(Fig. 4)
8 PN (1/5-5/5) Circuit Board
8-1 Remove the lower case assembly. (See procedure 1)
8-2 Remove the DM circuit board. (See procedure 2)
8-3 Remove the three (3) screws marked [180G] and
then remove the shield case (upper). (Fig. 3)
8-4 Remove the AM circuit board. (See procedure 4)
8-5 Remove the keyboard assembly. (See procedure 3)
8-6 Remove the three (3) screws marked [150A], then
remove the PN(2/5) circuit board with the encoder
knob. (Fig. 5)
8-7 Remove the eleven (11) screws marked [150B], one
(1) screw marked [150C] and one (1) screw marked
[150D], then the PN(l/5) circuit board can be
removed. (Fig. 5)
8-8 Remove the one screw marked [150C], two (2)
screw marked [150E], then the PN(3/5) circuit
board can be removed. (Fig. 5)
8-9 Remove the one screw marked [150D], two (2)
screws marked [150F], then the PN(4/5) circuit
board can be removed. (Fig. 5)
8- 1 0 Remove the two (2) screws marked [150G), then
the PN(5/5) circuit board can be removed. (Fig. 5)
9 LCD
9- 1 Remove the lower case assembly. (See procedure 1)
9-2 Remove the DM circuit board. (See procedure 2)
9-3 Remove the three (3) screws marked [180G] and
then remove the shield case (upper). (Fig. 3)
9-4 Remove the PN(5/5) circuit board. (See procedure
8 - 10 )
9-5 Remove the two (2) screws marked [150H], four
(4) screws marked [1501] and then remove the
cover. After the cover has been removed, you can'
take the LCD out of the unit. (Fig. 5)
8 PN(1/5~5/5)'>- h
8-1 T'lr-X Ass’y 0 (i:*#SS)
8-2 DM(2lS#fiS)
8-3 [180G](D^'V 3 '>-11/
to (H 3)
8-4 AM(4lS#fiS)
8- 5 mm Ass’y b STo (3 «#!)
8-6 [150A]O^'V 3 PN2/5 hb
(0 5)
PN2/5
8-7 [150B]®:^'7 11 2^t[150C](D^-v 1 2^t[150D]O^'
V 1 2^^^b, PNl/5hSr^l-bSf o (05)
8-8 [150C]®;^^v 1 2 ^^^b, PN3/5
(0 5)
8-9 [150D]CO;r''X 1 2^<t;[150F]®4'V 2 z^^^b, PN4/5
b-h^^^bSfo (0 5)
8- 10[1500]®^'V 2 PN5/5 b- hS:^bS-r„
(0 5)
9- 1 —X Ass'y Sr^bSTo (l lS#fi8)
9-2 DM b-h Sr^^bSTo (2 3l#fli)
9-3 [180G]CO^-b3 z|s:S^b, b-)!/H'!r-X±S:;?]-bS
to (0 3)
9-4 PN5/5 b—h (8-103S#{S)
9-5 [150H] 2 tt. [1501] O b 4 i , A' y
igSxY Xbb-f
^to (0 5)
9

LCD
[150]: Bind Head Tapping Screw-P 3.0X8 MFZN2Y (EP600280) > K P^’-l' h
(Fig. 5)
10 AM-JK (1/2) Circuit Board
10-1 Remove the lower case assembly. (See procedure 1)
10- 2 Remove the six (6) screws marked [180H], then the
AM-JK(l/2) circuit board can be removed. (Fig. 6)
11 DM-JK Circuit Board
11- 1 Remove the lower case assembly. (See procedure 1)
11- 2 Remove the five (5) screws marked [1801], then the
DM-JK circuit board can be removed. (Fig. 6)
12 HP Circuit Board
12- 1 Remove the lower case assembly. (See procedure 1)
12- 2 Remove the three (3) screws marked [180J], then
the HP circuit board can be removed. (Fig. 6)
13 Speakers
13- 1 Remove the lower case assembly. (See procedure 1)
13-2 Remove the eight (8) screws marked [230] and then
remove the left and right speakers. (Fig. 6)
10 AM-JK(1/2)->- h
10-1 T^r-X Ass'y
10- 2 [180H]O^'V6 2^^^b, AM-JKl/2h bS
•To (0 6)
11 DM-JK h
11- 1 T^^-7, Ass'y Si^bfr. (i:*#M)
11- 2 [180I]CD^-v 5 DM-JK h
(0 6 )
12 HP h
12- 1 Ass'y ^^bST. (l
12- 2 [180J]®^-'X3 2^^^1-b. HPh^^bSfo
(0 6 )
13 xtf-;*
13- 1 T'^-X Ass'y
13-2 [230]CD^-'X 8 2^Sr^b, fc:feCDX tf—* —^^b ^
to (0 6 )
[180]: Bind Head Tapping Screw-P 3.0X8 MFZN2Y (EP600280) +/N'-1'XFP;S'-ft'
[230]: Bind Head Tapping Screw-P 4.0X8 MFZN2BL (VB931600) > K PlJ'-f h
(Fig. 6}
10

PSR-530
14 Disassembling the keyboard assembly
14-1 Remove the keyboard assembly. (See procedure 3)
14-2 Remove the two (2) screws marked [30], then the
MKS2 circuit board can be removed. (Fig. 3)
14-3 Remove the MK circuit board while pressing the fifteen
(15) hooks (A) inward, and then remove the rubber
contact. (Fig. 7)
14- 4 Remove the twenty-one (21) screws marked as [140],
then remove the black keys from the lower notes.
Afterwards, remove the white keys DFA and C’ and
then remove the white keys CEGB from the higher
notes. At this time, lift the keys from the front and slide
them towards you. The keys can be removed from the
assembly. (Fig. 8)
15 Assembling the keyboard assembly
15- 1 Install the white keys CEGB from the lower notes, and
then DFA keys and C’ key. Afterwards install the back
keys from the higher notes, and tighten the twenty-one
(21) screws marked [140]. (Fig. 8)
15-2 Install the rubber contacts in the assembly while
pressing the keys as shown in Figure 9. Check that the
rubber contact has been firmly placed into position in
the area indicated by the arrow in Figure 10.
5K When fitting the rubber contacts, raise both ends of the
frame so that keys do not push the rubber contact up.
Install the MK circuit board in the assembly so that the
hooks (B) hold it as shown in Figure 11.
14. SI^Ass'yf^^®
14-1 HM Ass’y L o (3
14-2 [3O]0^'V 2 MKS2 h o
(0 3)
14-3 MK h ^lhfeTl/^-5 7 -y 7 A 15
*1^ t L^ LT MK h D ^ L ^-r o }g
(0 7)
14- 4 ei®tllll^±*T^^§[140]<Z)^-'7 21
H IS ^ ^ g O (g 1 G ^ b S-r =
iJllceilDFA CEGB
cot#, HIS®
(0 8 )
15. Ass’y
15- 1 SIS CEGB
aitDFA
MIS ^ #g ® ^^ 6 li ^ * t" o
SIS, MISSr±*TVifc[140]CD^>'7 21
ItSI'o (0 8)
15-2 0 9Ock7tClS^&»b±(f/cC;O^'6
^ 10 CO IK
b±(fT,
MK 7
MKMS, 0 11 Oi ■ 5 C7-y 7 B
(0 9, 0 10, 0 11)
[140]: Bind Head Tapping Screw-P 3.0X16 MFZN2BL (VB205200) +/W > K P 74" b or
[140]: Bind Head Tapping Screw-P 3.0X16 l\/1FZN2BL(VS756700) -F/W > h'P 74” h
(Fig. 8)
Hooks (B)
11
(Fig. 9)
(Fig. 10)
Rubber connect
(iSrSnA)
(Fig. 11)

PSR-530
■ LSI PIN DESCRIPTION
• HD6437042E00F (XT125A00) CPU
PIN
NO.
NAME
I/O FUNCTION
PIN
NO.
NAME I/O
FUNCTION
1 PE14
I/O Port E
57
Dll I/O
2
PE15 I/O Port E
58 DIO I/O
Data bus
3 Vss Ground
59 D9
I/O
4 AO I/O
60 D8
I/O
5
A1 I/O
61 Vss
Ground
6 A2 I/O
62 D7
I/O
7 A3 I/O
63
D6 I/O
■ Data bus
8 A4 I/O
64
D5 I/O
9 A5 I/O
65
Vcc
+5D
10 A6 I/O
66 D4 I/O
11 A7
I/O ■ Address bus
67 D3
I/O
12 A8
I/O
68 D2
I/O
' Data bus
13
A9
I/O
69 D1
I/O
14
A10 I/O
70
DO I/O
15 All I/O
71
Vss
Ground
16 A12
I/O
72
XTAL 1
Clock
17 A13
I/O
73 MD3
+5D
18 A14
I/O
74
EXTAL 1
Clock
19 A15
I/O
75 MD2
Ground
20 A16
I/O
76
NMI
Ground
21
Vcc
+5D
77
Vcc +5D
22
A17 I/O
Address bus 78 MD1
Ground
23
Vss Ground
79 MDO
+5D
24 PB2
I/O
80 PLLVcc
+5D
25 PB3
I/O Ports
81 PLLCAP 1
PLL CAPA
26
PB4
I/O
82
PLLVss 1
PLLGND
27
Vss
Ground
83 PA15
Test point 004-1 (Ground)
28
PB5
I/O Port B
84
/RES 1
Reset
29
A18 I/O
85
PEO I/O
30
A19
I/O Address bus
86 PEI
I/O
PortE
31 A20
I/O
87 PE2
I/O
32
A21
I/O
88 PE3
Test point 005-1 (Ground)
33
Vss
Ground
89
PE4
I/O PortE
34 /RD
I/O Read S
90
Vss
Ground
35
/WDTOVF
I/O NO
91
ANO 1
36
/WRH
I/O Write S
92 AN1 1
Port F/Analog in
37
Vss
Ground
93 AN2 1
38
/WRL
I/O
Write S 94
AN3
Test point 006-1 (Ground)
39
Vss
Ground
95 PF4 1
Port F/Analog in
40
/CS1
I/O
CS (PSRAM)
96 PF5
1
Port F/Analog in
41
/cso
I/O CS (M ROM)
97
AVss
Ground
42
PA9
I/O Port A
98
PF6
1
Port F/Analog in
43
PA8
I/O Port A
99 PF7
1
Port F/Analog in
44
/CS3
I/O
CS (SWPOO)
100 Vcc
+5D
45
/CS2
I/O
CS (M. C)
101 Vss
Ground
46
/DREQO
Ground
102 PE5
I/O
PortE
47
TXD1
I/O
T data (MK)
103 Vcc
+5D
48 RXD1
I/O
R data (MK)
104
PE6 I/O
49
/IRQO I/O
Ground
105 PE7
I/O
50
TXDO
I/O T data (MIDI)
106
PE8 I/O
PortE
51
RXDO
I/O R data (MIDI)
107 PE9
I/O
52
D15
I/O
108 PE10
I/O
53
D14
I/O
Data bus
109 Vss
Ground
54
D13 I/O
110 PE11
I/O
55
Vss
Ground
111 PE12
I/O Port E
56
D12
I/O Data bus
112
PEI 3
I/O
12

PSR-530
• TC203C060AF-001 (XS724A00) SWPOOM (AWM Tone Generator) Standard Wave Processor
PIN
NO.
NAME I/O
FUNCTION
PIN
NO.
NAME I/O FUNCTION
1
Vss
Ground
51 MD2
1
2
/IC
1 Initial clear 52
MD6
1 Wave memory data bus
3 /CS Chip select 53 MD1 1
4 /WR 1 Write strobe 54 MD7 1
5 Vdd DC +3.3V supply 55 Vdd DC +3.3V supply
6 /RD 1
Read control
56
MDO
1 Wave memory data bus
7 CA10 1 57 MAO 0
8 CA9 1 58 MAI 7 0
9 CA8 59 MAI 0
10 CA7 CPU address bus 60 MAI 6 0 Wave memory address bus
11
CA6
61 MA2 0
12
CA5
1
62
MAI 5 0
13 CA4
1
63 MA3 0
14
CA3
64
MAM 0
15 Vss Ground
65 MA4
0
16 CA2 1
66 Vss Ground
17 CA1 1 CPU address bus
67 MAI 3
0
18 CAO 1
68 MA5 0
19 CD7 I/O
69 MAI 2 0
20 CD6 I/O
70 MA6 0 Wave memory address bus
21 CD5
I/O
71 MA11 0
22 CD4
I/O
CPU data bus
72 MA7
0
23 CD3 I/O
73 MA10 0
24 CD2
I/O
74 Vss
Ground
25
GDI
I/O
75
MA8 0
26 COO I/O
76
MA9 0
27
RA8
0
77 MAI 8 0 Wave memory address bus
28 RA7 0
DRAM address bus 78 MA20 0
29 RA6 0
79 MAI 9 0
30 VddS
DC +5V supply
80 VddS DC +5V supply
31 RA5 0
DRAM address bus 81
MA21
0
■
32 VSS Ground
82 MA22 0
Wave memory address bus
33
RA4 0
83
MA23 0
34 RA3 0
84 DACLR
0
DAC output (L or L/R)
35 RA2 0 DRAM address bus
85 DACR 0 DAC output R
36
RA1 0
86 BCLK
0
Bit clock
37 RAO 0
87 WCLK 0 Word clock
38 /RAS 0 Row address strobe
88 SYSCLK
0
System clock
39
/RWE
0
DRAM write enable 89
NSYSON
1 NSYS expansion enable
40 Vss Ground
90 Vss Ground
41
VddS
DC +5V supply 91
Vdd
DC +3.3V supply
42 RD3 I/O
92 TESTON
1
43 RD2 I/O DFtAM data bus
93 ACIN 1
Test pin
44
RD1
I/O
94 DCTEST
1
45 RDO I/O
95 SYI 1 Synch, signal
46 /CAS
0 Column address strobe 96
MCLK1 1
Master clock input
47 MD4 1 Wave memory data bus
97 MCLKO 0
Master clock output
48 Vss Ground
98 Vss Ground
49
MD3 1 Wave memory data bus
99 XOUT
0 Crystal oscillator
50 MD5 1 Wave memory data bus
100 XIN 1 Crystal oscillator
• /XPD63200GS (XM145A00) DAC (Digital to Analog Converter)
PIN
NO.
NAME I/O
FUNCTION
PIN
NO.
NAME
I/O
FUNCTION
1 4/8FS 1
4/8 Fs selection
9
R. REF Channel R voltage reference
2 D. GND
Digital ground
10
L REF Channel L voltage reference
3
16/18 BIT 1 16 bit/18 bit selection
11
L OUT
0 Channel L output
4 D. VDD
Digital power supply
12
A. GND Analog ground
5
A. GND Analog ground
13
LRCK/WD 1 Word clock
6
R. OUT 0 Channel R output
14 LR/RSI 1 Channel R series input
7 A. VDD
Analog power supply
15 LSI
1 Channel L series input
8 A. VDD
Analog power supply
16
CLK 1 Clock
13

PSR-530
• HD63B05V0F073P (XR951A00) CPU
PIN
NO.
NAME I/O
FUNCTION
PIN
NO.
NAME I/O FUNCTION
1 /RES
1
Reset
21 07 I/O
2
/I NT 1
Interrupt request
22 06
I/O
3
NUM 1 ‘
Non-maskable interrupt 23
05 I/O
4 A7 I/O
24 04 I/O ■ Porte
5 A6
I/O
25 03
I/O
6
A5 I/O
26 02 I/O
7 A4
I/O
Port A
27 01
I/O
8 A3
I/O
28 00
I/O
9
A2 I/O
29 DO I/O
10
A1
I/O
30 D1
I/O Port D
11 AO
I/O
31
D2 I/O
12
BO I/O
32 D3/TX 0
Serial data output
13
B1
I/O
33
D4/RX
1 Serial data input
14
B2 I/O
34 D5//OK
0 Clock for serial operation
15
B3
I/O
Port B 35
D6//INT2 1
Interrupt request 2
16 B4
I/O
36
/STBY 1
Standby mode signal
17
B5
I/O
37
TIMER 1
Timer
18 B6
I/O
38 XTAL 0
Clock
19
B7 I/O
39
EXTAL 1 Clock
20
VSS
Ground 40
VOO
Power supply
■ 1C BLOCK DIAGRAM (IC:^ □ y
• M5227P (XF751A00)
5-Band Graphic Equalizer
• MC34051P (XP094A00)
Dual EIA-422/423 Transceiver
• TC74AC32P (XG658A00)
Quad 2 Input OR
-VCC
GNO
4VCC
OUT
-IN
*\H
NFS
INS
Vcc
4B
4A
4Y
3B
3A
3Y
• TC74AC139P (XL123A00)
Dual 2 to 4 Demultiplexer
• TC74HC374AP (IR037400)
Octal 3-State D-Type Flip-Flop
• pPC4570HA (XB247A00)
Dual Operational Amplifier
14

PSR-530
■ TEST PROGRAM
1. PREPARATION
To check the unit using the test program, the following measuring instruments and jigs will be required:
• Measuring instruments and jigs:
Level meter (with a JIS-C filter)
Frequency counter
IKNotes: Impedance must be IM Q or above.
Use stereo plugs, and connect 30 Q load at [PHONES] jack.
Music cartridge. Foot switch (FC4 or FC5), MIDI cable
2. HOW TO ENTER THE TEST PROGRAM
While depressing the C2#, F2 and G2# keys, turn the [STAND BY/ON] switch on.
3. PROCEEDING THROUGH THE TEST PROGRAM
• The LCD will display “TEST’ when entering the test program.
• To select the program number, use [TEMPO A/V] button.
• To execute the test, press the [START/STOP] button.
• The LCD will display “OIC’ when the test result is OK.
To proceed to the next test, press the [START/STOP] button again.
• The LCD will display “NG” when the test result is NG.
Press the [DEMO] button to proceed the next test.
While the test NO. 37 “MIDI check” result is NG, turn the [STAND BY/ON] switch off and re-enter the test
program.
4. T EST ITEMS
TEST
NO.
LCD display (Initial)
Test Functions and Judgment criteria
1 001: Version
Displays version for ROM (MAIN, STYLE, and WAVE).
2
002: Rom Chki
Checks the PROGRAM ROM.
3 003; Ram Chki
Checks all RAMs which are connected to CPU.
4
004: WRom Chki
Checks WAVE ROM.
6
006: MC Chk 1
Insert the music cartridge into the cartridge slot.
Checks the music cartridge connector.
9
009: Effi Chk
Checks Reverb effect Ram.
Check that C3 note is output during this test.
11
oil: TGI Chk
Outputs the sine wave by changing the channels in sequence from AO to C6.
When a voice switch is depressed, the tone of the voice will sound. After autoscaling is
finished, individual keys can be played. (If playing two or more keys simultaneously, the
first depressed key has priority to make sound.)
13
013: Pit Chk
Connect the frequency counter to the [PHONES] jack.
Check that the 440.0 ±0.22 Hz signal is output.
Check output level (1 kHz) at this time.
Connect the level meter (with a JIS-C filter) to the [PHONES] jack. (30 Q load)
PHONES L/R : -35 dBm±2 dB
Connect the level meter (with a JIS-C filter) to the [AUX OUT] jacks.
AUX OUT L/R : -24.5 dBm ±2 dB
25

PSR-530
14 014: Output R
Connect the level meter (with a JIS-C filter) to the [PHONES] jack. (30 Q load)
Set the [MASTER VOLUME] at maximum.
Check output level (1 kHz).
PHONES L: Less than -78 dBm
PHONES R: -30 dBm ±2 dB
15 015: Output L
Connect the level meter (with a JIS-C filter) to the [PHONES] jack. (30 Q load)
Set the [MASTER VOLUME] control at maximum.
Check output level (1 kHz).
PHONES L: -30 dBm ± 2 dB
PHONES R: Less than -78 dBm
19 019: Noise
Connect the level meter (with a JIS-C filter) to the [PHONES] jack. (300 load)
Set the [MASTER VOLUME] control at maximum.
Check D/A converter noise.
PHONES L/R: Less than -80 dBm
20
020: SW Chk
Check switches and LEDs on the panel.
Press the switch which is displayed on the LCD. A pre-assigned note is output when
depressing the switch. (With some switches, the corresponding LED will light up).
Also check the dial by turning it; the LCD displays OK.
21
021: PLED
Check that all panel LEDs are lit up.
28
028: LCD On
Check that all LCD dots are on. The LCD becomes black.
29 029: LCD Off
Check that all LCD dots are off. The LCD becomes white.
31 031: PD1 Chk
Check that C3 note is output when pushing the pedal and C4 is output when releasing
the pedal, and the LCD displays OK.
33 033: PB Chk
Check that C3 note is output when rotating the [PITCH BEND] wheel to minimum and
C4 is output when rotating it to maximum, and the LCD displays OK.
37 037: MIDI Chk
After connecting the [MIDI IN] jack and [MIDI OUT] jack with a MIDI cable, execute
the test. Check that C4 note is output and the test result appears on the LCD.
38 038: Host Chk
For factory test use only.
40 040: Battery Chk
Remove the AC adapter and put the batteries into the battery box.
Check the LCD displays OK.
^41
041: Rom Chk2
Checks the PROGRAM ROM.
^42
042: Ram Chk2
Checks all RAMs which are connected to CPU.
^43
043: WRom Chk2
Checks WAVE ROM.
ms
045: MC Chk2
Insert the music cartridge into the cartridge slot.
Checks the music cartridge connector.
me
046: Back Up2
Performs the RAM back up check..
47
047: Factory
All RAMs are initialized and set to the factory preset data when executing this test.
48
048: Exit
Exit from the test program when executing this test.
Note: 0 dBm =0.775 V
^ NOTE: The above tests Nos. 41-46, require approximately 25 minutes to conduct.
If the time is not available to perform the tests, exit the program by pressing the [TEMPOA] button.
26

PSR-530
■ INITIALIZE
Except for the data listed below, all PSR-530 panel settings are reset to their initial settings
whenever the power is turned on. The data listed below are backed up — i.e. retained in
memory — as long as an AC adapter is connected or a set of batteries is installed.
• Registration Memory
• User Song Data
• User Styie Data
• User Pad Data
• MiDI Transmit Settings
• MiDI Receive Settings
■ Data Initialization
All data can be initialized and restored to the factory preset condition by turning on the
power while holding the highest (rightmost) white key on the keyboard. “CLr:Back up”
will appear briefly on the display.
L STAND BY
.ON
• All registration and
song memory data,
plus the other set¬
tings listed above,
will be erased and/or
changed when the
data Initialization
procedure Is carried
out.
• Carrying out the
data Initialization
procedure will usu¬
ally restore normal
operation if the PSR-
530 freezes or be¬
gins to act errati¬
cally for any reason.
27

PSR-530
■ xX A
1 .
• sii^gg: (JIs-c7^;^^s^-) ,
ffil
a2 30 QA^tS:Si^L/T[PHONES]!ffi^tTilSLS-ro
• ?&:!: : 5a.-V'7^:7*-hU'>-v\ yyh7.-i'y^ (FC4SfcttFC5) , MIDI'ir-^';!/
2. T-y. hyn^7A®^ift
C2#t F2 t G2#®ii^?: 1^^. [STAND BY/0N]7.-r -y ON Cl L SI'o
3. h®jti6:^
LCDt: “TEST”
•[TEMPOA/V]a}^^>S:}fLT,
• [START/STOP]T-Xh$tl^fo
• xX OK LCD IC OK tlS-f,
• fl^[START/STOP]3}^^>^fff ;^®x7. hfcit^^fo
• NG [DEMO]7l^^'>Sfft'i:> 'A(Dy-yh-/ti^yl.\Zj&^^to '(it, N0.37
® MIDI Check T NG ®«^(i> xT. hT'Pi^xA^^ffiltT, ^^®xX hyp^^A^jl
4. ^7. b-m.
xXh
NO.
LCD^^Ix
1
001: Version
ROM®A'->^a
ROM (MAIN, STYLE .WAVE) ®A'-':^3 ^-T.
2 002: Rom Chki
ROM^^x y
ROM(PROGRAM) ^^ ■ x.yyL^'tc OK;0^'g5^$n-5Ct$fitMt^-r„
3 003: Ram Chki
RAMf^x-y^o CPU ®A'7.(Cjt;^$nTt.i-5>^T®RAMS:5^x'y tSTo
OK;()^'g^$tl§ C o
4
004: WRom Chki
WAVE ROM?:5^x y ^ bSf» 0K/()^'SS$tl5 C t ^5l|gt
6
006: MC Chk 1
MUSIC CARTRIDGE^CARTRIDGE SLOTtcM t S To
MUSIC CARTRIDGE® P Ti? :&Tx y i7 L S To
OK:(;^'g^$ n-l) C t ^ ®|g L TTo
9 009: Effi Chk
X7x.y h V /'^—T'fBRAM^Jiy 7, U;t-7*J/)||fflRAMS:Txy L^To
IEWC3) :^)W$nTTo liiSTV^XT^'fct/iCt^WMtSTo
11 011: TGI Chk
iTxyX (T-hXT-;i/)o
^ig®lch:i'e>64ch$)®#tCffiffiLT, AO;O^^C6 ^ T '€:IEK&T'^^LSTo ^
yT^ffTt^®^feT^^t*To T- hXX-'J tSTt
CiT^WLSTo
13 013: Pit Chk
[PHONES]iiS7(C|SS^*7>^-^jl^^t*To
t!yT (440.0 + 0.22Hz) Txy7o
C t $«l?,L*To
C ® t ^® t^;i/^Tx y X L ^To
[PHONES]^ffi7^C^^;^f^^)S^tL^T(30Qi^^t)o [MASTERVOLUME] gX;o
PHONES L/R : -35 dBm ±2 dB
[AUXOUT]S7(rt'^;Hh^]g^LST (A#T-X» »
AUX OUT L/L+R : -24.5 dBm+2 dB ®®H (Cc&-5 C t ^illgL STo
28

14 014: Output R
[PHONES]!ffi^fcI/^;Hf^g^liLS-ro [MASTER VOLUME]
(IkHz)
PHONES L: -78 dBmJJlT. PHONES R: -30 dBm ±2 dBTfe -5 d t STo
15
015: Output'L
[PHONES]iffi^-{:l/^;HfS:Jt^LT43^St‘o [MASTERVOLUME]
^ o (1 kHz)
PHONES L: -30 dBm±2dBs PHONES R: -78 dBm]J(,TT'S.^ t ^I'o
19 019: Noise
[PHONES]viT-trl/^;i/t[S:]SMbT43^STo [MASTERVOLUME] M±o
D/An ^ y -f X -y y.
PHONES L/R : -80 dBmJilTT'^i L S-T,,
DACy-f
20 020: SW Chk
yX. LED. 7;i/©^x-y y „
LCDicyy ia#tc:ONLS-r.
7.^ yX^ONX^t, X. LED(D$)?>X'f yX-
a^oLED/'i^'.^jTb^i'., sfc. ■ r-yy’^7;i/^[i]‘rto~ioos
LCD[COK/5^'S^$n-5 C S 7o
21 021: P LED
;'?^';L±LED.'tff 7x y 7.
77 hS'^frbT. A':?OL®^T®LED;f!)^'.'i^CT'r?>Ci^*^.LS7o
28 028: LCD On
LCD±.'^ff7x'yyo
77h^l^ffOT. LCD®^T® Hy L-. iliB*''||< ?iti> ^ i
L*7=
29 029: LCD Off
LCD^«ff7x'yy«
77 h S:*ff L.T. LCD®^T® H y iii®;0^'e <ti.^Z.h ^mm
31
031: PD1 Chk
[SASTAIN] '77yy[C7yl'7'fy7S:Jg^US7o
^X)VXx.y 7 0
77h$l|[fb. ^y';l/$ON7^^:C3^^^L'. OFTX^
LCD tC OK:d^'*^ $ tl -5 H t S: ai?. L ^ 7»
33
033: PB Chk
[pitchbend] 77—fi/jNtc7-5 tC3^5!^b, g7tc:75t
LCD (C OK::^^' ^ ^ $ tl -5 C t S: ai?. L- S 7=
37 037: MIDI Chk
MIDIINOUT7xy y,
[MIDI IN]S7<t[MIDI 0UT]ja7^MIDl7-7>Tjg^LT. 77hS:^fTL-
^7o C4^^^L', LCDtOK:0^'S^$tl-5^<i;?:aHLS7o
38
038: Host Chk
I«1^Sffl®77l'
40 040: Battery Chk
S®7y'7y-^«7b. A'y7U-S:7y h LT77 h b*7o
/'?y 7 U “®A/D[itS:7x y y L S7o
LCDCOK/O^'g^^tlS H <h^ailb77o
^41
041: Rom Chk2
R0M^7 Fl/77xyyo
ROM(PROGRAM) ^7xyybS7o :ia:?:aiSt^7o
^42
042: Ram Chk2
RAM±7 Fl/77xy yo
CPU ®;'?7tcSiE$nTli-5^T®RAM^7x y y L S7o
29

PSR-530
»<43
043: WRom Chk2
WAVER0M^7 FPX7x
tlS h 0 S fo
^45
045: MC Chk2
MUSIC CARTRIDGE©
MUSIC CARTRIDGE^CARTRIDGE SLOTtM L
OK/0^'SS$ tis ;i t ^BU b ^ fo
^46
046: Back Up2
RAMO^t'y ^7y 77x 7 1
OK/O^'g^^ ^ri?>bt^BML^-7o
47
047: Factory
77s h7m'if-t^t±X(DRAM^WMitLXs XmiUBX-7 IZiiy h LS
Zo
48 048: Exit
^'ift^ts 77hy°ti7'yAi)^bik<>fXs zfV7x-Y\zfir,^-t.
;±: 0 dBm = 0.775 V
^ ITEST-N0.41] ROM±7 KU;if"i7^~|TEST-N0.46] RkU Av'PT JiV i;
y S-r©T\ [TEMPOAItK^S' bT[TEST-N0.47] FACTORY SET lca^T'T^ t'o
■
PSR-530®; b±o:)im^mwMxnmrt^n^n(Dwmimzmo ^tt)\ \^vx r u-
IL-V'-XS-l'Jb. ZL--y-'-; ^.y K\ MIDIjg®iS
MiDiMs®s> STAND BY/oN^^'>5"^;t7(curfe^ mMys>yi^-t)'mmtinzi)
^t\ ig®w'iz'.v h^nrimKK'.v^7'j^^^nT:®^^o
psR-53o®-r^r®is^^i5]M^is^(i^tij{iBf®ttii)icH^®c!r^raM^ibJdiO¥u-'^^. wm
{bisiUT®®';jT?t7or<rc^u^o
D STANDBY/0N7.T'7?^flUrS;l^®D^^o
B STAND BY/0N7'<'>5"^ffUr®J^^An
St. ^i^^flibtf'^T^StxVXT^UTlcrCLnBackupJtf':^^
tm-Tc
r77’gtirv'/-.;^^(±,®
Wis^fiCKtiitwT-r
f±f;</iSv^o
• PSR- 530 /(l^'fiiJ‘b;i'WliH
t:*{TT 1). MS)
30

PSR-530
■ SPECIFICATIONS
Keyboards
• 61 standard-size keys (Cl — C6) with touch response.
Display
• Large multi-function LCD display
Song
• Song Volume
• Minus One Practice (Minus One Channel Setting)
• Repeat Play
• Revoice (User song only): Volume, Octove, Pan, Reverb Send Level,
Chorus Send Level, DSP Send Level
Setup
• stand by/ON
• Master Volume : M|N — MAX
Control & Number Buttons
• MENU AT, VOICE, STYLE, SONG, CARTRIDGE,
SUB MENU AT, [1] — [0], [-r] (YES), [-] (NO)
Cartridge Slot
Demo '
• 12 Songs
Voice
• 200 Panel Voices +12 Drum Kits -r 480 XG Voices
• Polyphony: 32
• Voice Set
• R1/R2/L Voices
• Revoice : Volume, Octave, Pan, Reverb Send Level, Chorus Send
Level, DSP Send Level
• Split Voice Mode
• Dual Voice Mode
Auto Accompaniment
• 100 Styles
• Auto Accompaniment ON/OFF
• Accompaniment Track : RHYTHM1/2, BASS, CHORD1/2, PAD,
PHRASE1/2
• Accompaniment Track Settings : ON/OFF
• Accompaniment Control :SYNC START, SYNC STOP,
START/STOP, INTRO,
MAIN A/B (AUTO FILL), ENDING
• Beat Indicator
• Virtual Arranger ON/OFF
• Accompaniment Volume
• Revoice : Volume, Pan, Reverb Send Level, Chorus Send Level
• Virtual Arranger
One Touch Setting
Song Recording
• User Song : 4 Songs
• Recording Tracks : ACCOMPANIMENT, MELODY 1 — 4
• Song Clear, Track Clear
Style Recording
• User Style : 3 Styles
• Recording Tracks : 5 Sections x 8 Tracks
• Drum Cancel
• Quantize
• All Clear, Track Clear
Multi Pad Recording
• User Pad : 4 Pad Sets
• Chord Match
• Pad Clear, Bank Clear
MjDI
• Transmit Settings
• Receive Settings
• Local Control
• Clock
• Bulk Data Send/Receive
• Initial Data Send
Auxiliary Jacks
• DC IN 10-12V, PHONES, SUSTAIN, AUX OUT R, L/L-rR,
MIDI IN/OUT, TO HOST
Amplifiers
• 6 W -r 6 W (when using PA-6 power adaptor)
• 4 W -r 4 W (when using batteries)
Speakers
• 12cm (4-3/4”) X 2
Power Consumption
• 22 W (when using PA-6 AC power adaptor)
Overall Controls
• Tempo : 32 — 280
• Pitch Bend Range
• Transpose
• Touch Sensitivity
• Master Tuning
• Scale Tuning
• Song Transpose
• Metronome
• Split Voice Split Point
• Accompaniment Split Point
• Fingering Mode : SINGLE FINGER/FINGERED 1/FINGERED 2/
FULL KEYBOARD/MULTI-FINGER
• Voice Set
Digital Effect
• Reverb : 13 types
• Chorus : 10 types
• DSP (system/insertion): 46 types
• Harmony : 16 types
Registration Memory
• 32 Regist Bank : 1 — 4
• Accompaniment Freeze
Batteries
• Six SUM-1, “D” size, R-20 or equivalent batteries
Rated Voltage
• DC 10-12V
Dimensions (W x D x H)
• 952 X 387 X 147 mm
Weight
• 8.0 kg (13 lbs.) excluding batteries
Supplied Accessories
• Music Cartridge
" Music Stand
’ Owner’s Manual
Optionai Accessories
•Headphones :HPE-150
• AC Power Adaptor : PA-6
• Foot Switch : FC4, FC5
• Keyboard Stand : L-6
• Music Cartridge
Multi Pads
• 36 Multi Pad Sets
• 4 Pads + STOP
• Chord Match
Qutput Level
• Refer to TEST PROGRAM section of this manual.
31