Panasonic KX-NS500AG, Service Manual

Page: 62 / 191

62
KX-NS500AG
12.3.2. No.2
N A ND GP_D[ 7 ]
N A ND RD Y
N A ND A LE
N A ND *WE
N A ND *RE
N A ND *C S
K X -N S 500 A G CPU BO A RD No. 2 1/ 2
+
-
+
-
C
E
B
A
D
F
3 4 2
GP_O_D[1]
GP_O_D[ 6 ]
GP_O_D[ 7 ]
GP_O_D[ 2 ]
GP_O_D[4]
GP_O_D[0]
GP_O_D[3]
GP_O_D[5]
GP_O_D[8]
GP_O_D[9]
GP_O_D[11]
GP_O_D[14]
GP_O_D[13]
GP_O_D[1 2 ]
GP_O_D[15]
GP_O_D[10]
GP_O_ A [15]
GP_O_ A [5]
GP_O_ A [ 2 ]
GP_O_ A [0]
GP_O_ A [11]
GP_O_ A [8]
GP_O_ A [3]
GP_O_ A [14]
GP_O_ A [10]
GP_O_ A [ 7 ]
GP_O_ A [ 6 ]
GP_O_ A [4]
GP_O_ A [13]
GP_O_ A [1]
GP_O_ A [1 2 ]
GP_O_ A [9]
GP_O_ A [19]
GP_O_ A [18]
GP_O_ A [1 7 ]
GP_O_ A [1 6 ]
GP_D[0]
GP_D[1]
GP_D[3]
GP_D[ 2 ]
GP_D[5]
GP_D[ 6 ]
GP_D[ 7 ]
GP_D[4]
GP_D[9]
GP_D[15]
GP_D[10]
GP_D[11]
GP_D[13]
GP_D[14]
GP_D[8]
GP_D[1 2 ]
GP_ A [0]
GP_ A [1]
GP_ A [ 2 ]
GP_ A [3]
GP_ A [4]
GP_ A [5]
GP_ A [ 6 ]
GP_ A [ 7 ]
GP_ A [8]
GP_ A [9]
GP_ A [10]
GP_ A [11]
GP_ A [1 2 ]
GP_ A [13]
GP_ A [14]
GP_ A [15]
GP_ A [1 6 ]
GP_ A [1 7 ]
GP_ A [18]
GP_ A [19]
GP_D[ 7 ]
GP_D[ 6 ]
GP_D[4]
GP_D[5]
GP_D[0]
GP_D[ 2 ]
GP_D[1]
GP_D[3]
nC S 0_N A ND
GP_D[ 2 ]
GP_D[3]
GP_D[4]
GP_D[5]
GP_D[ 6 ]
GP_D[ 7 ]
GP_D[1 2 ]
GP_D[8]
GP_D[14]
GP_D[13]
GP_D[11]
GP_D[10]
GP_D[15]
GP_D[9]
GP_D[4]
GP_D[ 7 ]
GP_D[ 6 ]
GP_D[5]
GP_D[ 2 ]
GP_D[3]
GP_D[1]
GP_D[0]
GP_D[0]
GP_ A [1]
GP_ A [0]
GP_D[4]
GP_D[ 2 ]
GP_D[ 6 ]
GP_D[ 7 ]
GP_D[5]
GP_D[3]
GP_ A [ 2 ]
GP_D[1]
GP_D[1]
GP_ A [ 2 0]
GP_ A [ 2 1]
GP_ A [0- 2 1]
nC S 3_TR A CE
GP_D[0]
nC S2 _D S P_ S R A M
nC S 1_FPG A
DG
+3.3 V D
DG
+3.3 V D
DG
+3.3 V D
DG
+15 V
+3.3 V D
DG
+3.3 V D_B
+3.3 V _B AS E_B A T
+3.3 V D
+3.3 V D
DG
DG
+3.3 V D
DG
DG
CPU_TDI 003:1E
DEBUG_ S ERI A L_T X D 003:4D
CPU_TM S 003:1E
CPU_TDO 003:1E
DEBUG_ S ERI A L_R X D 003:4D
B A T_ A LM_n
003: 2 D
FPG A _nCONFIG 003:4D
FPG A _n S T A TU S 003:4D
CPU_n S R S T 003: 2 C
CPU_TCK
003:1E
R 2 0 7
10 k
1
2
3 6
7
8
R 2 08
10 k
1
2
3 6
7
8
R 2 10
10 k
1
2
3 6
7
8
C
2
0
2
0.1u
1
6
R 22 3
10
1
2
3
4 5
6
7
8
R 2 09
10 k
1
2
3 6
7
8
R 2 13
10
R 22 0 10
R 222
10
2
3
1
4 5
8
6
7
C 2 05
0.1u 1 6
D 2 03
R 2 14 10
R 2 3 6 2 . 2k
R 2 34 10 k
R 226
10
1
2
3
4 5
6
7
8
R 2 38 10 k
R 2 1 7
10
R
2
4
2
4.
7k
R 2 11 10
R 2 0 2 10 k
R 2 01 10 k
R 2 0 6
10
1
2
3 6
7
8
R 2 18 10
C
2
01
0.1u
50
C
2
03
0.1u
1
6
R 2 15
10
R 22 8 10
R 2 04
10
1
2
3 6
7
8
D 2 01
1 SS 4 2 4(TPH3,F)
R 2 03
10
1
2
3
4 5
4 5
4 5
4 5
4 5
4 5
4 5
4 5
6
7
8
R 22 4
10
4
2
3
1 8
6
7
5
R 227 10
TP_B A T_ A LM
R 2 19
10
R 22 5
10
8
7
6
5 4
3
2
1
TP_+3.3 V D_B
D 2 0 2
TP_3.3 V _B A T
R 2 1 2 10
R 2 1 6 10
R 2 41 10M
R 2 05
10
1
2
3 6
7
8
C 2 0 6
0.1u 1 6
R
2
33
10
k
+3.3 V D
R
2
35
10
k
R 2 40 1 k
R
2
3
7
10
k
+3.3 V D
R
2
39
10
k
R
22
9 10
k
R
2
31
10
k
+3.3 V D
DG
CPU_nTR S T 003: 2 C
IC 2 0 2
3
2
1
IC 2 0 2
N J M 2 903M(TE1)
5
6
7
IC 2 0 2
N J M 2 903M(TE1)
4
GND
8
V CC
BU S _CLK_50MH z
003: 2 D
R 2 3 2 10M
CN 2 01 10
CN 2 01 6
CN 2 01 2
CN 2 01 40
CN 2 01 31
CN 2 01 39
CN 2 01 2 5
CN 2 01 26
CN 2 01 5
CN 2 01 4
CN 2 01 13
CN 2 01 33
CN 2 01 27
CN 2 01
1 7
CN 2 01 9
CN 2 01 2 8
CN 2 01
7
CN 2 01
2 1
CN 2 01 19
CN 2 01 3
CN 2 01 2 0
CN 2 01
38
CN 2 01 11
CN 2 01
5 2 901-04 7 4
@NC
1
CN 2 01
30
CN 2 01 1 2
CN 2 01 15
CN 2 01 3 2
CN 2 01 2 4
CN 2 01 34
CN 2 01
1 6
CN 2 01 3 7
CN 2 01 14
CN 2 01 22
CN 2 01 8
CN 2 01 2 3
CN 2 01 35
CN 2 01 18
CN 2 01 3 6
CN 2 01 2 9
IC 2 01
I-EP4CE40F 2 3C8N-8
A 11 CLK10
B11 CLK11
D10 IO
27 3
E10 IO
27 4
A 10 IO
27 5
B10 IO
276 /P A DD15
A 9 IO
277 /P A DD1 6
B9 IO
27 8/P A DD1 7
C10 IO
27 9
G11 IO
2 80
A 8 IO
2 81/D A T A2
B8 IO
2 8 2 /D A T A 3
A7
IO 2 83/P A DD18
B 7
IO 2 84/D A T A 4
A6
IO 2 85/P A DD19
B 6
IO 2 8 6 /D A T A 15
E9 IO
2 8 7
C8 IO
2 88/D A T A 14
C 7
IO 2 89/D A T A 13
H11 IO
2 90
H10 IO
2 91
A 5 IO
2 9 2 /D A T A 5
B5 IO
2 93
G10 IO
2 94
F10 IO
2 95/D A T A6
C 6
IO 2 9 6 /D A T A7
D 7
IO 2 9 7
A 4 IO
2 98
B4 IO
2 99/D A T A 8
F8 IO300/D
A T A 9
G8 IO301
A 3 IO30
2 /D A T A 10
B3 IO303/D
A T A 11
D 6
IO304
E 7
IO305
C3 IO30
6
C4 IO30
7 /D A T A 1 2
F 7
IO308
G 7
IO309
F9 IO310
E 6
IO311
E5 IO31
2
G9 IO313
*IC 2 03
MT 2 9F8G08 A B A C A WP-IT:C
1 NC1
2
NC 2
4 6
NC 2 3
4 7
DNU 2
3 NC3
48
VSS 4
4 NC4 45
NC 22
5 NC5 44
IO 7
6
NC 6
43
IO 6
7
R/*B
4 2
IO5
8 *RE 41
IO4
9 *CE 40
NC 2 1
10 NC
7
39
V CC4
11 NC8 38
DNU1
1 2 V
CC1
3 7
V CC3
13
VSS 1
3 6
VSS 3
14 NC9 35
NC 2 0
15 NC10 34
V CC 2
1 6
CLE
33
NC19
1 7 A
LE
3 2
IO3
18 *WE 31
IO 2
19 *WP 30
IO1
2 0 NC11 2 9
IO0
2 1 NC1
2
2 8
NC18
22
NC13
27
NC1 7
2 3 NC14 26
NC1 6
2 4 NC15 2 5
VSS2
IC101
A M335 2 BZCZ 6 0
I- A M335 2 ZCZ 6 0- 2
R1
GPMC_ A 0
R 2
GPMC_ A 1
R3
GPMC_ A2
R4
GPMC_ A 3
T1
GPMC_ A 4
T 2
GPMC_ A 5
T3
GPMC_ A6
T4
GPMC_ A7
U5
GPMC_ A 8
R5
GPMC_ A 9
V 5
GPMC_ A 10
R 6
GPMC_ A 11
U1
GPMC_ A 1 2
U 2
GPMC_ A 13
U3
GPMC_ A 14
U4
GPMC_ A 15
R13
GPMC_ A 1 6
V 14
GPMC_ A 1 7
U14
GPMC_ A 18
T14
GPMC_ A 19
R14
GPMC_ A2 0
V 15
GPMC_ A2 1
V6
*GPMC_C S 0
U9
*GPMC_C S 1
V 9
*GPMC_C S2
T13
*GPMC_C S 3
U18
*GPMC_BE1
T 7
*GPMC_OE_RE
U 6
*GPMC_WE
U1 7
*GPMC_WP
R 7
*GPMC_ A D V _ A LE
T 6
*GPMC_BE0_CLE
U13 GPMC_
A D15
V 13 GPMC_
A D14
R1 2
GPMC_ A D13
T1 2
GPMC_ A D1 2
U1 2
GPMC_ A D11
T11 GPMC_
A D10
T10 GPMC_
A D9
U10 GPMC_
A D8
T9 GPMC_
A D 7
R9 GPMC_
A D 6
V 8 GPMC_
A D5
U8 GPMC_
A D4
T8 GPMC_
A D3
R8 GPMC_
A D 2
V7
GPMC_ A D1
U 7
GPMC_ A D0
T1 7
GPMC_W A IT0
V 1 2
GPMC_CLK
R 2 30 0
DG
CPU Cortex- A 8
NC
NC
N A ND
51 2 MB
A UD A T A 3
J T A G_TCK
+3.3 V D
TDO
DG
TDI
DG
nCONFIG
n AS EBRK
/BRK A CK
MPMD
A UD SY NC
DG
TCK
J T A G_+ 2 .5 V D(nC S )
A UD A T A 1
N.C.
AS DI
A UDCK
H A RD_nRE S ET_ S W
nTR S T
FPG A _nRE S ET(D A T A )
R X D
A UD A T A2
TM S
DG
J T A G_TM S
A UD A T A 0
+3.3 V D
T X D
N.C.
nCE
DG
N.C.
DG
CONF_DONE
nRE S ET
DG
J T A G_TDO
DCLK
N.C.
DG
+3.3 V D
J T A G_TDI
+3.3 V D
n S R S T
ICE CONNECTOR
nWR
nC S
D0
D1
D 2
D3
D4
D5
D 6
D 7
A 0
A 1
A2
con f identi a l
GPMC_W A IT1
FPG A
(1)
( 2 )
(3)
(4)
(5)
( 6 )
( 7 )
(8)
(9)
(10)
(11)
(1 2 )
(13)
(14)
(15)
(1 6 )
(1 7 )
1 2