64
KX-NS500AG
12.3.3.
No.3
K
X
-N
S
500
A
G CPU BO
A
RD No.3 1/
2
1
2
G
R
C
E
B
A
D
F
3
4
2
5
CPU_nTR
S
T
00
2
:
2
B
R304
10
k
FPG
A
_nR
S
T
004:
2
E
R314
10
k
B
A
T_
A
LM_n
00
2
:5F
R313
10
k
NC
R3
22
10
GP_
A
[
2
3]
005:3C
R31
7
10
k
nINT_D
S
P
004:
2
E
CPU_TDO
00
2
:
2
B
+3.3
V
D
+3.3
V
D
DG
R310
10
k
CPU_n
S
R
S
T
00
2
:
2
B
A
C_
A
LM 005:8D
RMT_
S
ERI
A
L_T
X
D 004:
7
B
+3.3
V
D
nINT_FGP
A
1
004:
2
E
R309
10
k
DEBUG_
S
ERI
A
L_T
X
D 00
2
:
2
B
RMT_
S
ERI
A
L_R
X
D 004:
7
B
DEBUG_
S
ERI
A
L_R
X
D 00
2
:
2
B
DC_
A
LM
005:
6
D
FPG
A
_n
S
T
A
TU
S
00
2
:4B
R30
7
10
k
FPG
A
_DONE
005:1D
nINT_FGP
A
0
004:
2
E
FPG
A
_nCONFIG 00
2
:4B
CPU_TDI
00
2
:
2
B
R3
2
1
10
CPU_TCK
00
2
:
2
B
GP_
A
[
22
]
005:3C
R31
6
10
k
RMT_
S
ERI
A
L_RT
S
004:
7
B
RMT_
S
ERI
A
L_CT
S
004:5D
CPU_TM
S
00
2
:
2
B
X
301
KPH-
2
08
2
2
4M
R315
0
R318
0
NC
DG
DG
nRE
S
ET_L
2S
W
004:5D
DG
R3
26
4.
7k
R3
2
4
10
k
+3.3
V
D
R3
2
3
1
k
nINT_L
2S
W
004:
2
D
+3.3
V
D
+3.3
V
D
+3.3
V
D
C314 10u10
C315
0.1u 1
6
DG
C31
6
0.1u 1
6
C313
0.1u 1
6
C310
0.1u 1
6
C309
0.1u 1
6
C311
0.1u
1
6
C31
2
10u10
C31
7
0.1u
1
6
C30
7
(1)
(3)
(4)
(5)
(
6
)
(
7
)
(8)
(9)
(10)
(11)
(1
2
)
(13)
(14)
(15)
(1
6
)
(1
7
)
(18)
(19)
(
2
0)
(
2
1)
(
22
)
(
2
3)
(
2
4)
(
2
5)
(
26
)
(
27
)
(
2
8)
(
2
9)
(30)
(31)
(3
2
)
(33)
(34)
(35)
0.1u 1
6
C308 10u10
+1.
2V
_L
A
N
I
2
C_
S
D
A
00
6
:5D
I
2
C_
S
CL
00
6
:5D
R319
1
k
R3
2
0
1
k
+3.3
V
D
S
HUTDOWN
004:
2
D
PMIC_POWER_EN
00
6
:5D
PMIC_RTC_nPOR
00
6
:
6
E
PMIC_nPOR
00
2
:4C;00
6
:
6
E
DG
R305
10
k
R303
10
k
+3.3
V
D
+3.3
V
D
R308
10
k
R30
6
10
k
S
T
A
TU
S
_LED_G
004:
2
E
S
T
A
TU
S
_LED_R
004:
2
E
DG
FG
+3.3
V
D
C30
2
0.1u
50
NC
C301
0.1u
1
6
NC
R30
2
1
k
R301
33
S
D_WP
003:
6
C
C34
7
1u 1
6
DG
R3
6
8
10
k
+3.3
V
D
R3
6
1
10
k
DG
R3
62
0
R3
66
0
NC
DG
CL301
R3
67
0
IC305
S
-35390
A
-I8T1G
1 *INT1
2 X
OUT
6
S
CL
7
S
D
A
3
X
IN
8
V
DD
4
VSS
5
*INT
2
X
303
3
2
.
76
8
k
2
3
4
1
C344
22
p
50
NC
C345
22
p
50
DG
+3.3
V
D_B
R35
6
1
k
C34
6
0.1u
1
6
CL30
2
BU
S
_CLK_50MH
z
00
2
:3E
R3
6
0
10
TP_CLKOUT1
R35
7
10
k
R358
10
k
DG
R3
6
3
0
R3
6
5
0
R3
6
4
0
TDM0_DR_CPU
004:
2
F
TDM0_CK_CPU
004:
2
E
TDM0_F
S
_CPU
004:
2
F
TDM0_D
X
_CPU
004:
2
F
TDM0_HCK_CPU
004:
2
E
C348
0.1u
1
6
DG
+1.8
V
_
V
PLL
R389
10
k
R390
10
k
DG
RTC_nINT1
TP_CLK_50MH
z
R
X
D
T
X
D
R395
10
k
R39
6
10
k
R39
7
10
k
NC
+3.3
V
D
PRODUCT_
S
ERI
A
L_nT
X
D 004:
2
B
PRODUCT_
S
ERI
A
L_nR
X
D 004:
2
B
PRODUCT_
S
ERI
A
L_nCT
S
004:
2
B
PRODUCT_
S
ERI
A
L_nRT
S
004:
2
B
R3
72
10
k
+3.3
V
D
R3
2
9
10
k
R3
7
3
10
k
DG
R3
7
4
1
k
C351 4
7
0p
50
R3
2
5
100
R3
7
5
0
R3
76
0
R3
77
0
R3
7
9
100
T
X
D_1
R
X
D_1
R3
7
8
100
C305
8p
50
C30
6
7
p
50
+3.3
V
D
TP_+1.
2V
_L
A
N
D301
11-
22S
DRU
V
GC/
S
3
66
/TR8
3
4
1
2
DG
DG
IC301
S
N
7
4L
V
C1G08DCKR
1
A
2
B
3 GND 4
Y
5
V
CC
+3.3
V
D
IC30
2
S
N
7
4L
V
C1G08DCKR
1
A
2
B
3 GND 4
Y
5
V
CC
+3.3
V
D
C304
0.1u
1
6
DG
C303
0.1u
1
6
DG
DG
S
W301
S
K-1
2
D
26
-G
6
.5N
S
1
2
3
4
5
CLK_
2
4MH
z
004:
2
D
R359
10
IC101
A
M335
2
BZCZ
6
0
I-
A
M335
2
ZCZ
6
0-3
B18 *NMI
A
10 *RE
S
ETIN_OUT
B10 *TR
S
T
B
6 A
IN0
C
7 A
IN1
B
7 A
IN
2
A7 A
IN3
C8
A
IN4
B8
A
IN5
A
8
A
IN
6
C9
A
IN
7
C10 C
A
P_
V
BB_MPU
C14 EMU0
B14 EMU1
B4 ENZ_K
A
LDO_1P8
V
C5 E
X
T_W
A
KEUP
V
4 GPIO0_10
T5 GPIO0_11
A
15 GPIO0_19
D14 GPIO0_
2
0
C18 GPIO0_
7
U15 GPIO1_
22
T15 GPIO1_
2
3
V
1
6
GPIO1_
2
4
U1
6
GPIO1_
2
5
T1
6
GPIO1_
26
V
1
7
GPIO1_
27
E18 GPIO1_8
E1
7
GPIO1_9
L1
7
GPIO
2
_18
L1
6
GPIO
2
_19
H1
6
GPIO3_0
T18
U
S
B1_
V
BU
S
P1
7
U
S
B1_ID
F15
U
S
B1_DR
VV
BU
S
R1
7
U
S
B1_DP
R18
U
S
B1_DM
P18
U
S
B1_CE
P15
U
S
B0_
V
BU
S
P1
6
U
S
B0_ID
F1
6
U
S
B0_DR
VV
BU
S
N1
7
U
S
B0_DP
N18
U
S
B0_DM
M15
U
S
B0_CE
K15
U
A
RT4_T
X
D
J
18
U
A
RT4_R
X
D
D15
U
A
RT1_T
X
D
D1
6
U
A
RT1_R
X
D
L18 GPIO3_10
J
1
7
GPIO3_4
K18 GPIO3_9
C1
6
I
2
C0_
S
CL
C1
7
I
2
C0_
S
D
A
B1
2
MC
AS
P0_
A
CLKR
A
13 MC
AS
P0_
A
CLK
X
C1
2
MC
AS
P0_
A
HCLKR
A
14 MC
AS
P0_
A
HCLK
X
D1
2
MC
AS
P0_
AX
R0
D13 MC
AS
P0_
AX
R1
C13 MC
AS
P0_F
S
R
B13 MC
AS
P0_F
SX
V
10 O
S
C0_IN
U11 O
S
C0_OUT
A6
O
S
C1_IN
A
4 O
S
C1_OUT
C
6
PMIC_POWER_EN
B15 PORZ
B5 RTC_PORZ
A
1
2
TCK
B11 TDI
A
11 TDO
C11 TM
S
A
3 TE
S
TOUT
A
9
V
REFN
B9
V
REFP
E1
6
U
A
RT0_T
X
D
E15
U
A
RT0_R
X
D
V
3
*U
A
RT4_RT
S
V2
*U
A
RT4_CT
S
D1
7
*U
A
RT1_RT
S
D18
*U
A
RT1_CT
S
A
1
7
S
PI0_
S
CLK
B1
6
S
PI0_D1
B1
7
S
PI0_D0
C15
S
PI0_C
S
1
A
1
6
S
PI0_C
S
0
F1
7
MMC0_D
A
T3
F18
MMC0_D
A
T
2
G15
MMC0_D
A
T1
G1
6
MMC0_D
A
T0
G18
MMC0_CMD
G1
7
MMC0_CLK
J
1
6
RMII1_T
X
EN
K1
6
RMII1_T
X
D1
K1
7
RMII1_T
X
D0
J
15
RMII1_R
X
ERR
L15
RMII1_R
X
D1
M1
6
RMII1_R
X
D0
H18
RMII1_REF_CLK
H1
7
RMII1_CR
S
_D
V
M1
7
MDIO
M18
MDC
C3
2
4
0.4
7
u
6
.3
K
C3
22
0.1u
1
6
K
R311
100
R31
2
4
7
0
cl
k
out1
cl
k
out
2
P5 sin
g
le RMII PH
Y
MODE :1011
con
f
identi
a
l
INITI
A
L_
S
W
nINT_RTC
S
T
A
TU
S
_LED_G
S
T
A
TU
S
_LED_R
SYS
TEM LED
Initi
a
li
z
e
S
W
initi
a
l
nor
ma
l
(PORT5)
CPU Cortex-
A
8
SYS
BOOT:15,14=01=14MH
z
RTC
S
T
A
TU
S
_LED_G
S
T
A
TU
S
_LED_R
(
2
)
A
[
22
]
A
[
2
3]
EMU4 MMC0_CD
MMC0_WP
GPIO0[05]
GPIO0[04]
GPIO0[03]
GPIO0[0
2
]
Summary of Contents for KMS1409096CE
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 ...