68
KX-NS500AG
12.3.5.
No.5
K
X
-N
S
500
A
G CPU BO
A
RD No.5 1/
2
1
2
C
E
B
A
D
F
3
4
2
5
GP_BUF_
A
[
7
]
GP_BUF_
A
[1]
GP_BUF_
A
[5]
GP_
A
[1]
GP_D[
2
]
GP_D[1]
GP_D[0]
GP_BUF_D[4]
GP_
A
[0]
GP_BUF_D[0]
GP_
A
[5]
GP_BUF_D[
6
]
GP_BUF_
A
[3]
GP_BUF_
A
[
2
1]
GP_
A
[
2
]
GP_
A
[
22
]
GP_
A
[
2
1]
GP_
A
[11]
GP_BUF_
A
[0]
GP_BUF_
A
[8]
GP_
A
[4]
GP_BUF_
A
[
2
]
GP_BUF_
A
[
22
]
GP_D[3]
GP_BUF_D[
7
]
GP_
A
[3]
GP_
A
[9]
GP_BUF_D[
2
]
GP_BUF_
A
[
6
]
GP_BUF_D[1]
GP_
A
[8]
GP_BUF_
A
[9]
GP_BUF_D[3]
GP_
A
[
6
]
GP_D[4]
GP_BUF_
A
[
2
0]
GP_BUF_
A
[4]
GP_BUF_D[5]
GP_
A
[
7
]
GP_D[0-
7
]
GP_D[
7
]
GP_
A
[0-
2
3]
GP_BUF_
A
[10]
GP_BUF_
A
[11]
GP_D[
6
]
GP_
A
[10]
GP_
A
[
2
0]
GP_D[5]
LDHW[0-4]
HW_CLK[1]
HW_CLK[4]
HW_CLK[5]
HW_CLK[0]
HW_CLK[3]
HW_CLK[
2
]
HW_CLK[
6
]
nHW_FH[0]
nHW_FH[1]
nHW_FH[
2
]
nHW_FH[3]
nHW_FH[4]
nHW_FH[5]
nHW_FH[
6
]
LDHW[0]
LDHW[1]
LDHW[
2
]
LDHW[3]
LDHW[4]
GP_BUF_
A
[0]
GP_BUF_
A
[1]
GP_BUF_
A
[
2
]
GP_BUF_
A
[3]
GP_BUF_
A
[4]
GP_BUF_
A
[5]
GP_BUF_
A
[
6
]
GP_BUF_
A
[
7
]
GP_BUF_
A
[8]
GP_BUF_
A
[9]
GP_BUF_
A
[10]
GP_BUF_
A
[11]
GP_BUF_
A
[1
2
]
GP_BUF_
A
[13]
GP_
A
[13]
GP_
A
[1
2
]
GP_BUF_
A
[1
2
]
GP_BUF_
A
[13]
GP_BUF_
A
[
2
1]
GP_BUF_
A
[
22
]
GP_BUF_
A
[
2
3]
BU
S
_DIR
GP_
A
[
2
3]
GP_BUF_
A
[
2
3]
GP_
A
[15]
GP_
A
[14]
GP_
A
[13]
GP_
A
[1
2
]
GP_
A
[
7
]
GP_
A
[
6
]
GP_
A
[4]
GP_
A
[3]
GP_
A
[5]
LUHW[0]
LUHW[1]
LUHW[
2
]
LUHW[3]
LUHW[4]
GP_
A
[1]
GP_
A
[
2
]
GP_
A
[0]
+3.3
V
D
IC504
TC
7
4LC
X2
45FT(EK
J
)
1 DIR
2 A
1
18
B1
19
*OE
3
A2
2
0
V
CC
4
A
3
1
7
B
2
5
A
4
1
6
B3
6 A
5
15
B4
7 A6
14
B5
8
A7
13
B
6
9
A
8
1
2
B
7
10 GND
11
B8
+3.3
V
D
IC501
TC
7
4LC
X2
45FT(EK
J
)
1 DIR
2 A
1
18
B1
19
*OE
3
A2
2
0
V
CC
4
A
3
1
7
B
2
5
A
4
1
6
B3
6 A
5
15
B4
7 A6
14
B5
8
A7
13
B
6
9
A
8
1
2
B
7
10 GND
11
B8
R509
10
1
2
3
4
5
6
7
8
C50
2
0.1u 1
6
R513
10
1
2
3
4
5
6
7
8
nWE
00
2
:8E
R514
10
1
2
3
4
5
6
7
8
DG
DG
R511
10
1
2
3
4
5
6
7
8
IC503
TC
7
4LC
X2
45FT(EK
J
)
1 DIR
2 A
1
18
B1
19
*OE
3
A2
2
0
V
CC
4
A
3
1
7
B
2
5
A
4
1
6
B3
6 A
5
15
B4
7 A6
14
B5
8
A7
13
B
6
9
A
8
1
2
B
7
10 GND
11
B8
DG
R51
2
10
1
2
3
4
5
6
7
8
R510
10
1
2
3
4
5
6
7
8
IC50
2
TC
7
4LC
X2
45FT(EK
J
)
1 DIR
2 A
1
18
B1
19
*OE
3
A2
2
0
V
CC
4
A
3
1
7
B
2
5
A
4
1
6
B3
6 A
5
15
B4
7 A6
14
B5
8
A7
13
B
6
9
A
8
1
2
B
7
10 GND
11
B8
+3.3
V
D
C504
0.1u 1
6
R508
10
1
2
3
4
5
6
7
8
DG
R515
10
1
2
3
4
5
6
7
8
DG
DG
C503
0.1u 1
6
nRD
00
2
:8E
GP_D[0-
7
]
00
2
:8F
DG
C501
0.1u 1
6
DG
+3.3
V
D
FPG
A
_DONE
003:
2
D
R50
2
10
k
+3.3
V
D
R501
10
k
1
2
3
4
5
6
7
8
DG
R50
6
0
NC
R505
0
R504
0
R503
0
R50
7
10
k
R553
10
k
R55
2
10
k
+3.3
V
D
GP_
A
[0-
2
3]
DG
R54
6
10
k
R54
7
10
k
R543
100
k
1
2
3
4
5
6
7
8
+3.3
V
D
R548
NC
R549
10
k
R550
10
k
R551
10
k
DG
R518
10
k
R54
2
10
k
4
3
2
1
8
7
6
5
R519
10
k
1
2
3 4
5
6
7
8
+3.3
V
D
L
2S
W_CLK_
2
5MH
z
00
6
:5F
R558
10
R5
6
0
100
k
R5
6
1
NC
R559
100
k
R5
62
10
k
IC
2
01
EP4CE40F
2
3C8N
I-EP4CE40F
2
3C8N-5
AA2
1
IO158
T1
7
IO159
T18
IO1
6
0
W
2
0
IO1
6
1
W19
IO1
62
Y22
IO1
6
3
Y2
1
IO1
6
4
U
2
0
IO1
6
5
U19
IO1
66
W
22
IO1
67
W
2
1
IO1
6
8
P15
IO1
6
9
P1
6
IO1
7
0
R1
7
IO1
7
1
P1
7
IO1
72
V22
IO1
7
3
V2
1
IO1
7
4
R
2
0
IO1
7
5
U
22
IO1
76
U
2
1
IO1
77
R18
IO1
7
8
R19
IO1
7
9
N1
6
IO180
R
22
IO181
R
2
1
IO18
2
P
2
0
IO183
P
22
IO184
P
2
1
IO185
N
2
0
IO18
6
N19
IO18
7
N1
7
IO188
N18
IO189
N
22
IO190/DE
V
_OE
N
2
1
IO191/*DE
V
_CLR
M
22
IO19
2
M
2
1
IO193
M
2
0
IO194
M19
IO195
M1
6
IO19
6
T
22
CLK
7
T
2
1
CLK
6
IC
2
01
EP4CE40F
2
3C8N
I-EP4CE40F
2
3C8N-
6
G
22
CLK5
G
2
1 CLK4
M18 CONF_DONE
M1
7
M
S
EL0
L18 M
S
EL1
L1
7
M
S
EL
2
K
2
0 M
S
EL3
L
22
IO19
7
/INIT_DONE
L
2
1 IO198/CRC_ERROR
K19 IO199
K
22
IO
2
00/*CEO
K
2
1 IO
2
01/CLKU
S
R
J22
IO
2
0
2
J2
1 IO
2
03
H
22
IO
2
04
H
2
1 IO
2
05
K1
7
IO
2
0
6
K18 IO
2
0
7
J
18 IO
2
08
F
22
IO
2
09
F
2
1 IO
2
10
H
2
0 IO
2
11
H19 IO
2
1
2
E
22
IO
2
13/*WE
E
2
1 IO
2
14/*OE
H18 IO
2
15
J
1
7
IO
2
1
6
H1
6
IO
2
1
7
D
22
IO
2
18
D
2
1 IO
2
19
F
2
0 IO
22
0/*
AV
D
F19 IO
22
1
G18 IO
222
/P
A
DD
2
3
H1
7
IO
22
3
C
22
IO
22
4
C
2
1 IO
22
5
B
22
IO
226
/P
A
DD
22
B
2
1 IO
227
/P
A
DD
2
1
C
2
0 IO
22
8/P
A
DD
2
0
D
2
0 IO
22
9
F1
7
IO
2
30
G1
7
IO
2
31
DG
DG
AS
F
a
st 1101
AS
S
t
a
nd
a
rd 0010
FPP F
a
st 3.3v 1110
(Do not drive)
con
f
identi
a
l
nC
S
_B
AS
E
nC
S
_B
AS
E
BU
S
_DIR
DBU
S
_nOE
A
BU
S
_nOE
nINT_B
AS
E1
nINT_B
AS
E0
FPG
A
FPG
A
B
AS
E_BUFFER
/(FPG
A
_
A
DDRE
SS
_BUFFER)
A
DDRE
SS
SYS
_BOOT
nW
A
IT_B
AS
E
00
2
:8E,003:
2
D
N
A
ND-->
S
D : 10011
S
D : 10111
U
A
RT->
S
D->N
A
ND : 00100
(1)
(
2
)
(3)
(4)
(5)
(
6
)
(1
7
)
(18)
(19)
(
2
0)
(
2
1)
(
22
)
(
7
)
(8)
(9)
(10)
(11)
(1
2
)
(13)
(14)
(15)
(1
6
)
Summary of Contents for KX-NS500AG
Page 21: ...21 KX NS500AG 5 Location of Controls and Components 5 1 Name and Locations ...
Page 24: ...24 KX NS500AG 9 1 1 Startup ...
Page 25: ...25 KX NS500AG ...
Page 26: ...26 KX NS500AG ...
Page 27: ...27 KX NS500AG ...
Page 28: ...28 KX NS500AG 9 1 2 Battery Alarm ...
Page 29: ...29 KX NS500AG 9 1 3 Using Voice Mail ...
Page 30: ...30 KX NS500AG Using Voice Mail continued ...
Page 34: ...34 KX NS500AG 9 2 3 41V are Not Output Only 15V is output ...
Page 35: ...35 KX NS500AG 9 2 4 Battery Backup Function Does Not Operate PSU can Not Charge Batteries ...
Page 43: ...43 KX NS500AG 11 3 3 Power Supply Board ...
Page 59: ...59 KX NS500AG 12 2 Memo ...
Page 73: ...73 KX NS500AG 12 5 Memo ...
Page 131: ...131 KX NS500AG 16 Appendix ...