Clevo M730SR - Page 58

Schematic Diagrams
B - 4 Meron (Socket-P) 2/2
B.Schematic Diagrams
Meron (Socket-P) 2/2
C4 1 3
.1 U_ 1 0 V_ X7 R _0 4
C4 5 3
10U _6.3V_X5R_08
C6 1
1U _6. 3V _X5R_06
C5 2
.1U _10V _X7R_04
C4 5 2
1U _6. 3V _X5R_06
C433
10U _6.3V_X5R_08
C446
10U_6.3V_X5R _08
C391
10U_6.3V_X5R _08
5/10
PLACE NEAR CPU
1.05VS
VSSSEN SE
C450
1U _6 .3V_ X5 R_0 6
H_VID6
V CC SENSE
2A
VC OR E
C448
1U_6.3V_X5R _06
C392
10U_6.3V_X5R _08
C449
10U _6.3V_X5R_08
C412
.1U_10V _X7R _04
1.05VS
C415
.1U_10V_X7R _04
Check cap for santa rosa platform
C4 2 9
.1U _10V _X7R_04
C3 7 3
10U _6.3V_X5R_08
C430
.1U _10V_X7R _04
H_VID4
VC OR E
C5 7
.1 U_ 1 0 V_ X7 R _0 4
C444
.01U_16V_X7R _04
+
C425
15 0 U _4 V _ B 2
H_VID2
C3 7 5
10U _6.3V _X5R_08
PLACE NEAR CPU
Route VCCSENSE and
VSSSENSE traces at 27.4
ohms with 50 mils spacing.
Place PU and PD within 1
inch of CPU.
Power Plane
1.5VS
J SKT 1 D
M erom Ba ll-ou t R ev 1 a
.
P6
AE11
A8
A11
A14
A16
A19
A23
AF2
B6
B8
B11
B13
B16
B19
B21
B24
C5
C8
C11
C14
C16
C19
C2
C22
C25
D1
D4
D8
D11
D13
D16
D19
D23
D26
E3
E6
E8
E11
E14
E16
E19
E21
E24
F5
F8
F11
F13
F16
F19
F2
F22
F25
G4
G1
G23
G26
H3
H6
H21
H24
J2
J5
J22
J25
K1
K4
K23
K26
L3
L6
L21
L24
M2
M5
M22
M25
N1
N4
N23
N26
P3 A25
AF21
AF19
AF16
AF13
AF11
AF8
AF6
A2
AE26
AE23
AE19
P21
P24
R2
R5
R22
R25
T1
T4
T23
T26
U3
U6
U21
U24
V2
V5
V22
V25
W1
W4
W23
W26
Y3
Y21
Y24
AA2
AA5
AA8
AA11
AA14
AA16
AA19
AA22
AA25
AB1
AB4
AB8
AB11
AB13
AB16
AB19
AB23
AB26
AC3
AC6
AC8
AC11
AC14
AC16
AC19
AC21
AC24
AD2
AD5
AD8
AD11
AD13
AD16
AD19
AD22
AD25
AE1
AE4
Y6
A4
AE14
AE16
AE8
AF25
VSS [08 2]
VSS [14 8]
VSS[00 2 ]
VSS[00 3 ]
VSS[00 4 ]
VSS[00 5 ]
VSS[00 6 ]
VSS[00 7 ]
VSS[00 8 ]
VSS[00 9 ]
VSS[01 0 ]
VSS[01 1 ]
VSS[01 2 ]
VSS[01 3 ]
VSS[01 4 ]
VSS[01 5 ]
VSS[01 6 ]
VSS[01 7 ]
VSS[01 8 ]
VSS[01 9 ]
VSS[02 0 ]
VSS[02 1 ]
VSS[02 2 ]
VSS[02 3 ]
VSS[02 4 ]
VSS[02 5 ]
VSS[02 6 ]
VSS[02 7 ]
VSS[02 8 ]
VSS[02 9 ]
VSS[03 0 ]
VSS[03 1 ]
VSS[03 2 ]
VSS[03 3 ]
VSS[03 4 ]
VSS[03 5 ]
VSS[03 6 ]
VSS[03 7 ]
VSS[03 8 ]
VSS[03 9 ]
VSS[04 0 ]
VSS[04 1 ]
VSS[04 2 ]
VSS[04 3 ]
VSS[04 4 ]
VSS[04 5 ]
VSS[04 6 ]
VSS[04 7 ]
VSS[04 8 ]
VSS[04 9 ]
VSS[05 0 ]
VSS[05 1 ]
VSS[05 2 ]
VSS[05 3 ]
VSS[05 4 ]
VSS[05 5 ]
VSS[05 6 ]
VSS[05 7 ]
VSS[05 8 ]
VSS[05 9 ]
VSS[06 0 ]
VSS[06 1 ]
VSS[06 2 ]
VSS[06 3 ]
VSS[06 4 ]
VSS[06 5 ]
VSS[06 6 ]
VSS[06 7 ]
VSS[06 8 ]
VSS[06 9 ]
VSS[07 0 ]
VSS[07 1 ]
VSS[07 2 ]
VSS[07 3 ]
VSS[07 4 ]
VSS[07 5 ]
VSS[07 6 ]
VSS[07 7 ]
VSS[07 8 ]
VSS[07 9 ]
VSS[08 0 ]
VSS[08 1 ] VSS [16 2 ]
VSS [16 1]
VSS [16 0]
VSS [15 9]
VSS [15 8]
VSS [15 7]
VSS [15 6]
VSS [15 5]
VSS [15 4]
VSS [15 3]
VSS [15 2]
VSS [15 1]
VSS [08 3]
VSS [08 4]
VSS [08 5]
VSS [08 6]
VSS [08 7]
VSS [08 8]
VSS [08 9]
VSS [09 0]
VSS [09 1]
VSS [09 2]
VSS [09 3]
VSS [09 4]
VSS [09 5]
VSS [09 6]
VSS [09 7]
VSS [09 8]
VSS [09 9]
VSS [10 0]
VSS [10 1]
VSS [10 2]
VSS [10 3]
VSS [10 4]
VSS [10 5]
VSS [10 7]
VSS [10 8]
VSS [10 9]
VSS [11 0]
VSS [11 1]
VSS [11 2]
VSS [11 3]
VSS [11 4]
VSS [11 5]
VSS [11 6]
VSS [11 7]
VSS [11 8]
VSS [11 9]
VSS [12 0]
VSS [12 1]
VSS [12 2]
VSS [12 3]
VSS [12 4]
VSS [12 5]
VSS [12 6]
VSS [12 7]
VSS [12 8]
VSS [12 9]
VSS [13 0]
VSS [13 1]
VSS [13 2]
VSS [13 3]
VSS [13 4]
VSS [13 5]
VSS [13 6]
VSS [13 7]
VSS [13 8]
VSS [13 9]
VSS [14 0]
VSS [14 1]
VSS [14 2]
VSS [14 3]
VSS [14 4]
VSS [14 5]
VSS [14 6]
VSS [10 6]
VSS[00 1 ]
VSS [14 9]
VSS [15 0]
VSS [14 7]
VSS [16 3]
VC OR E
R 216
100_1% _04
C4 3 7
10U _6.3V_X5R_08
C4 3 8
10U _6.3V _X5R_08
C58
.1U _10 V_ X7 R_0 4
H _ V I D [ 6 : 0] 28
C4 5 1
10U _6.3V _X5R_08
130mA
VC OR E
C423
.1U_10V _X7R _04
VC OR E
VCC SEN SE 2 8
C434
10U_6.3V_X5R _08
J SKT 1 C
Merom Ball-out R ev 1a
.
A7
A9
A10
A12
A13
A15
A17
A18
A20
B7
B9
B10
B12
B14
B15
B17
B18
B20
C9
C10
C12
C13
C15
C17
C18
D9
D10
D12
D14
D15
D17
D18
E7
E9
E10
E12
E13
E15
E17
E18
E20
F7
F9
F10
F12
F14
F15
F17
F18
F20
AA7
AA9
AA10
AA12
AA13
AA15
AA17
AA18
AA20
AB9
AC 1 0
AB10
AB12
AB14
AB15
AB17
AB18
AB20
AB7
AC 7
AC 9
AC 12
AC 13
AC 15
AC 17
AC 18
AD 7
AD 9
AD 10
AD 12
AD 14
AD 15
AD 17
AD 18
AE9
AE10
AE12
AE13
AE15
AE17
AE18
AE20
AF9
AF1 0
AF1 2
AF1 4
AF1 5
AF1 7
AF1 8
AF2 0
B26
J6
K6
M6
J21
K21
M2 1
N2 1
N6
R2 1
R6
T21
T6
V21
W21
AF7
AD 6
AF5
AE5
AF4
AE3
AF3
AE2
AE7
C2 6
G2 1
V6
VCC [0 0 1]
VCC [0 0 2]
VCC [0 0 3]
VCC [0 0 4]
VCC [0 0 5]
VCC [0 0 6]
VCC [0 0 7]
VCC [0 0 8]
VCC [0 0 9]
VCC [0 1 0]
VCC [0 1 1]
VCC [0 1 2]
VCC [0 1 3]
VCC [0 1 4]
VCC [0 1 5]
VCC [0 1 6]
VCC [0 1 7]
VCC [0 1 8]
VCC [0 1 9]
VCC [0 2 0]
VCC [0 2 1]
VCC [0 2 2]
VCC [0 2 3]
VCC [0 2 4]
VCC [0 2 5]
VCC [0 2 6]
VCC [0 2 7]
VCC [0 2 8]
VCC [0 2 9]
VCC [0 3 0]
VCC [0 3 1]
VCC [0 3 2]
VCC [0 3 3]
VCC [0 3 4]
VCC [0 3 5]
VCC [0 3 6]
VCC [0 3 7]
VCC [0 3 8]
VCC [0 3 9]
VCC [0 4 0]
VCC [0 4 1]
VCC [0 4 2]
VCC [0 4 3]
VCC [0 4 4]
VCC [0 4 5]
VCC [0 4 6]
VCC [0 4 7]
VCC [0 4 8]
VCC [0 4 9]
VCC [0 5 0]
VCC [0 5 1]
VCC [0 5 2]
VCC [0 5 3]
VCC [0 5 4]
VCC [0 5 5]
VCC [0 5 6]
VCC [0 5 7]
VCC [0 5 8]
VCC [0 5 9]
VCC [0 6 0]
VCC [0 6 1]
VCC [0 6 2]
VCC [0 6 3]
VCC [0 6 4]
VCC [0 6 5]
VCC [0 6 6]
VCC [0 6 7]
VC C[068]
VC C[069]
VC C[070]
VC C[071]
VC C[072]
VC C[073]
VC C[074]
VC C[075]
VC C[076]
VC C[077]
VC C[078]
VC C[079]
VC C[080]
VC C[081]
VC C[082]
VC C[083]
VC C[084]
VC C[085]
VC C[086]
VC C[087]
VC C[088]
VC C[089]
VC C[090]
VC C[091]
VC C[092]
VC C[093]
VC C[094]
VC C[095]
VC C[096]
VC C[097]
VC C[098]
VC C[099]
VC C[100]
VCC A[0 1 ]
VCC P[0 3 ]
VCC P[0 4 ]
VCC P[0 5 ]
VCC P[0 6 ]
VCC P[0 7 ]
VCC P[0 8 ]
VCC P[0 9 ]
VCC P[1 0 ]
VCC P[1 1 ]
VCC P[1 2 ]
VCC P[1 3 ]
VCC P[1 4 ]
VCC P[1 5 ]
VCC P[1 6 ]
V CC SENS E
VID [0 ]
VID [1 ]
VID [2 ]
VID [3 ]
VID [4 ]
VID [5 ]
VID [6 ]
VSS SENS E
VCC A[0 2 ]
VCC P[0 1 ]
VCC P[0 2 ]
C395
1U _ 6 . 3V _X 5 R _0 6
VCORE
Layout note:
VSSSEN SE 28
C62
1U_6.3V_X5R _06
C416
.1U _10V_X7R _04
C436
10U_6.3V_X5R _08
C4 7
.1 U_ 1 0 V_ X7 R _0 4
VC OR E
VCO RE 28
C688
10U_6.3V_X5R _08
1.05VS 2,4,6, 7,16,30
C420
.1U_10V_X7R _04
C3 9 9
.1U _10V _X7R_04
1.05VS
C687
10U_6.3V_X5R _08
6-07-10611-7C0
Near pin B26
R215
100_1% _04
1.5V S 6,20,27
C422
.1U _10 V_ X7 R_0 4
VCO RE
C6 0
1U_6.3V_X5R _06
H_VID3
H_VID1
C419
.1U_10V_X7R _04
Layout note:
5/17
EE
VC OR E
C689
10U_6.3V_X5R _08
C376
1U_6.3V_X5R _06
H_VID0
C374
1U _ 6 . 3V _X 5 R _0 6
C377
10U_6.3V_X5R _08
C4 2 4
1U_6.3V_X5R _06
C435
10U_6.3V_X5R _08
C396
1U _6 .3V_ X5 R_0 6
H_VID5
C393
10U _6.3V_X5R_08
C398
.1U _10 V_ X7 R_0 4
C426
1U_6.3V_X5R _06
Sheet 3 of 38
Meron (Socket-P)
2/2