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Schematic Diagrams
INAGUA DDR3 SO-DIMMS A
Sheet 5 of 41
INAGUA DDR3 SO-
DIMMS A
1.5V
C 104
+
* 150u_4V _B _A
1.5V
C 114
0.1u_16V _Y 5V_04
B - 6 INAGUA DDR3 SO-DIMMS A
SO -D IMM A
2,6
M E M _A DD R[15:0]
JDIM M 1A
M E M _ AD DR0
98
A0
M E M _ AD DR1
97
A1
M E M _ AD DR2
96
95
A2
M E M _ AD DR3
92
A3
M E M _ AD DR4
A4
91
M E M _ AD DR5
A5
M E M _ AD DR6
90
A6
M E M _ AD DR7
86
A7
M E M _ AD DR8
89
A8
M E M _ AD DR9
85
107
A9
M E M _ AD DR10
84
A10/A P
M E M _ AD DR11
A11
83
M E M _ AD DR12
A12/B C#
M E M _ AD DR13
119
A13
M E M _ AD DR14
80
A14
M E M _ AD DR15
78
A15
109
2,6
M E M _B AN K0
108
BA 0
2,6
M E M _B AN K1
79
BA 1
2,6
M E M _B AN K2
BA 2
114
2
D IM M 0_C S#0
S0#
121
2
D IM M 0_C S#1
S1#
101
2
M EM _CLK _H0
CK 0
103
2
M EM _CLK _L0
CK 0#
102
2
M EM _CLK _H1
CK 1
104
2
M EM _CLK _L1
73
CK 1#
2,6
M E M _CK E 0
74
CK E0
2,6
M E M _CK E 1
CK E1
115
2,6
M EM _CA S#
CA S#
110
2,6
M EM _RA S#
RA S#
113
2,6
M EM _WE #
WE #
197
SA 0
201
SA 1
202
6,10,16
S CLK 0
200
SC L
6,10,16
S DA T A 0
SD A
116
2
D IM M 0_O DT 0
ODT 0
120
2
D IM M 0_O DT 1
ODT 1
2,6
M EM _DM [7:0]
M EM _DM 0
11
DM 0
M EM _DM 1
28
46
DM 1
M EM _DM 2
63
DM 2
M EM _DM 3
DM 3
136
M EM _DM 4
DM 4
M EM _DM 5
153
DM 5
M EM _DM 6
170
DM 6
M EM _DM 7
187
DM 7
12
2,6
M E M _D QS_ H0
29
DQS 0
2,6
M E M _D QS_ H1
47
DQS 1
2,6
M E M _D QS_ H2
DQS 2
64
2,6
M E M _D QS_ H3
DQS 3
137
2,6
M E M _D QS_ H4
DQS 4
154
2,6
M E M _D QS_ H5
DQS 5
171
2,6
M E M _D QS_ H6
DQS 6
188
2,6
M E M _D QS_ H7
DQS 7
10
2,6
M E M _D QS_ L0
DQS 0#
27
2,6
M E M _D QS_ L1
DQS 1#
45
2,6
M E M _D QS_ L2
DQS 2#
62
2,6
M E M _D QS_ L3
DQS 3#
135
2,6
M E M _D QS_ L4
DQS 4#
152
2,6
M E M _D QS_ L5
DQS 5#
169
2,6
M E M _D QS_ L6
186
DQS 6#
2,6
M E M _D QS_ L7
DQS 7#
DDRR K-2040 1- T R4B
(REV)4.0mm
C 105
C 106
C 107
C 108
C 109
C 110
C 111
+
* 220u_4V _V _A
10u_ 10V_Y 5V_ 08
10u_ 10V_Y 5V_ 08
1u_6 . 3V _X 5R _04
10u_ 10V_Y 5V_ 08
1u_6 . 3V _X 5R _04
1u_6 . 3V _X 5R _04
C 115
C 116
C 117
C 118
C 119
C 120
C 121
0.1u_16V _Y 5V_04
0.1u_16 V_Y 5V_04
0.1u_16 V_Y 5V_04
0.1u_16V _Y 5V_04
0.1u_16 V_Y 5V_04
0.1u_16 V_Y 5V_04
0.1u_16 V_Y 5V_04
INAGUA DDR3 SO-DIMMS A
M E M _D AT A[63:0] 2,6
5
M E M _D AT A 0
D Q0
7
M E M _D AT A 1
D Q1
15
M E M _D AT A 2
D Q2
17
M E M _D AT A 3
D Q3
4
M E M _D AT A 4
D Q4
6
M E M _D AT A 5
D Q5
16
M E M _D AT A 6
D Q6
18
M E M _D AT A 7
D Q7
21
M E M _D AT A 8
D Q8
23
M E M _D AT A 9
D Q9
33
M E M _D AT A 10
D Q10
35
M E M _D AT A 11
D Q11
22
M E M _D AT A 12
D Q12
24
M E M _D AT A 13
D Q13
34
M E M _D AT A 14
D Q14
36
M E M _D AT A 15
D Q15
39
M E M _D AT A 16
D Q16
41
M E M _D AT A 17
D Q17
51
M E M _D AT A 18
D Q18
53
M E M _D AT A 19
3.3V S
D Q19
40
M E M _D AT A 20
D Q20
42
M E M _D AT A 21
D Q21
50
M E M _D AT A 22
D Q22
52
M E M _D AT A 23
C9 8
D Q23
57
M E M _D AT A 24
D Q24
59
M E M _D AT A 25
1u_6.3V _X 5R_04
D Q25
67
M E M _D AT A 26
D Q26
69
M E M _D AT A 27
D Q27
56
M E M _D AT A 28
D Q28
58
M E M _D AT A 29
D Q29
68
M E M _D AT A 30
D Q30
70
M E M _D AT A 31
D Q31
12 9
M E M _D AT A 32
1.5V
D Q32
13 1
M E M _D AT A 33
D Q33
14 1
M E M _D AT A 34
R75
D Q34
14 3
M E M _D AT A 35
D Q35
13 0
M E M _D AT A 36
D Q36
2,6
M E M _E VE NT #
13 2
M E M _D AT A 37
D Q37
2,6
M E M _RE S ET #
14 0
M E M _D AT A 38
D Q38
14 2
M E M _D AT A 39
D Q39
14 7
M E M _D AT A 40
M V RE F _DIM M 0
D Q40
14 9
M E M _D AT A 41
D Q41
15 7
M E M _D AT A 42
D Q42
15 9
M E M _D AT A 43
C100
D Q43
14 6
M E M _D AT A 44
D Q44
14 8
M E M _D AT A 45
1u_6.3V _X 5R_04
D Q45
15 8
M E M _D AT A 46
D Q46
16 0
M E M _D AT A 47
D Q47
16 3
M E M _D AT A 48
D Q48
16 5
M E M _D AT A 49
D Q49
17 5
M E M _D AT A 50
D Q50
17 7
M E M _D AT A 51
D Q51
16 4
M E M _D AT A 52
D Q52
16 6
M E M _D AT A 53
D Q53
17 4
M E M _D AT A 54
D Q54
17 6
M E M _D AT A 55
D Q55
18 1
M E M _D AT A 56
D Q56
18 3
M E M _D AT A 57
D Q57
19 1
M E M _D AT A 58
D Q58
19 3
M E M _D AT A 59
D Q59
18 0
M E M _D AT A 60
D Q60
18 2
M E M _D AT A 61
D Q61
19 2
M E M _D AT A 62
D Q62
19 4
M E M _D AT A 63
D Q63
C11 2
C 113
1u_6 . 3V _X 5R _04
1u_6 . 3V _X 5R _04
VT T _M EM
C 122
C 123
C124
C125
C126
0.1u_16 V_Y 5V_0 4
10u_10V _Y5V _08
1u_6.3V _X 5R_04
0.1u_16 V_Y 5V_0 4
1u_6.3V _X 5R_04
J DIM M 1B
1.5V
75
44
VD D1
VS S 16
76
48
VD D2
VS S 17
81
49
VD D3
VS S 18
82
54
VD D4
VS S 19
87
55
VD D5
VS S 20
88
60
VD D6
VS S 21
93
61
94
VD D7
VS S 22
65
99
VD D8
VS S 23
66
VD D9
VS S 24
100
71
20m ils
VD D10
VS S 25
105
72
VD D11
VS S 26
106
12 7
VD D12
VS S 27
111
12 8
C 99
VD D13
VS S 28
112
13 3
VD D14
VS S 29
117
13 4
118
VD D15
VS S 30
13 8
0.1u_ 16V_Y 5V_ 04
123
VD D16
VS S 31
13 9
VD D17
VS S 32
124
14 4
VD D18
VS S 33
14 5
VS S 34
199
15 0
VD DS PD
VS S 35
15 1
VS S 36
77
15 5
NC1
VS S 37
122
15 6
125
NC2
VS S 38
16 1
1K_0 4
NCT E S T
VS S 39
16 2
VS S 40
198
16 7
EV E NT #
VS S 41
30
16 8
RE SE T #
VS S 42
17 2
VS S 43
17 3
VS S 44
1
17 8
126
VR EF _DQ
VS S 45
17 9
VR EF _CA
VS S 46
18 4
VS S 47
18 5
C 101
C 102
VS S 48
2
18 9
VS S 1
VS S 49
3
19 0
1000p_50V _X 7R_0 4
VS S 2
VS S 50
8
19 5
0.1u_10V _X 7R_04
VS S 3
VS S 51
9
19 6
VS S 4
VS S 52
13
14
VS S 5
19
VS S 6
VS S 7
20
V T T _M E M
VS S 8
25
VS S 9
26
20 3
VS S 10
V T T 1
31
20 4
VS S 11
V T T 2
32
VS S 12
37
G ND1
38
VS S 13
G1
G ND2
VS S 14
G2
43
VS S 15
D DRR K-2040 1- T R 4B
C LOS E TO S O- DI M M A
1.5V
R 76
1 K_1% _04
M VR EF _DIM M 0
R 77
C103
1 K_1% _04
0.1u_10V _X 5R_04
C127
C128
1u_6.3V _X 5R_04
1u_6.3V _X 5R_04
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