Schematic Diagrams
B - 36 Power VCORE
B.Schematic Diagrams
Power VCORE
3. 3 V S2,3, 5,9,12,13,14,15,16,19,20,21,22,23,24,25,26, 28,30,32,33,36,37,38
DR P+
VCO RE_ H YS
+
PC14 4
330u_2.5V_D
3. 3 V S
PSI#
PC11 8
.015u_50V_06 VC ORE
Z3504
PR98 *0_04
EMI
VSSSEN SE
H_ VID 2
PR 82
2K_04
EMI:close to PQ40
PR74
*1 0 m il _ s ho rt
PQ 36
2N 7002
G
DS
H_VID03
Z35 12
PC 137
* 4. 7u_25V_08
PQ4 8
IR F7832ZTRPBF
4
62
5
73
1
8
PU4
SC452
1
2
3
4
5
6
7
8
9
10
11
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
14
13
12
45
CL KE N #
VREF
HY S
CL SE T
VID6
VID5
VID4
VID3
VID2
VID1
VID0
BST2
TG2
DRN2
BG2
V5_2
PSI#
FB+
FB-
DRP-
DR P+
SS
DAC
AGN D
VC CA
ERR OU T
CS2+
CS 2-
CS 1-
CS1+
ISH
PR STP#
EN
V5_1
BG1
DRN1
TG1
BST1
VIN1
VPN 1
DPR SL
VIN2
VPN 2
PW RG D
GND
H_VID23
BG1
PR 113
10_04
EMI:close to PQ37
CS2 P
PC10 9
1u_25V_08
PC119 *.1u_16V_04
+
PC142
33 0 u _2 . 5 V _ D
H_VID63
H_ VID 3
VCO RE_ VR EF
SG ND 3
DELAY_ PW R GD5,15
PR 68
130K_1% _06
H_ VID 1
PC95 1500p_50V_06
PD 11
FM0540-N
AC
PC126
*22n_X7R_04
SGN D3
5/2/2007_Alex
PC108 1u_25V_08
PR 19
10_08
5V
DAC
PR 10 3
* 680_04
PC99 *100p_50V _04
H_VID53
CS2 N
H_ VID 6
CS2N
PC14 0
0.01u_50V_04
PD1
FM5822
A C
PQ 45
IR F 7 83 2 Z TRP BF
4
62
5
73
1
8
H_VID13
VSS SENSE3
PR 80 100_1%_04
PD12
FM0540-N
AC
PC 116 100p_50V_04
44A
VIN
DR N1 CS1 N
EN_VCORE
Z35 08
PR 123
*10mil_short
CLKEN#15
PR 94
*10K_04
SGN D3
VIN
DR N1
VC _SS
BST2
VIN28,29, 30,31,32,33,34,37,38
P R 83 0_ 0 4
ISH
PC 25
1000P_25V_06
CS1 N
PC 133
4.7u_25V_08
VCC SENSE
EN_VC OR E
+
PC16 2
330u_2.5V_D
PSI#2
DRP_L1
DRP_L2
PC13 1
.01u_50V_04
PR84
680_04
PC 123 1000p_50V_04
VCO RE3
PC 10 3
1 0 00 p _ 50 V _ 0 4
PC120 100p_50V_04
E- RC
VIN
SG ND 3
H_ VID 4
PR12 2
47K_04
SG ND 3
DPR SL _S TP
PR 118
17.4K_1% _04
PC101 100p_50V_04
PR 108 10_04
5V
DPR S L _ STP
BST1
DRP-
VC _SS
DRP+
TG1
PR12 5
*10mil_short
3.3VS
PC100 100p_50V_04
PC 139
0.1u_10V_04
PC 107
1u _ 2 5V _0 8
DELAY_ PW R GD
BG2
PC125
680p_50V_04
5V15,16, 17,21,30,31,32,34,38
DCR_DR2
PQ4 6
I RF7832ZTRP BF
4
62
5
73
1
8
+
PC141
33 0 u _2 . 5 V _ D
H_VID43
FB +
H_DPRSTP#
DRN 2
V-RC 2
PL 7
0.5uH _10*10*4.5
12
PR 86 *499_1%_06
PR 120
17.4K_1% _04
SGN D3
PC 98 1000p_50V_04
P R 1 1 5 4 7K _0 4
PR18
10 _ 0 8
SG ND 3
PM_DPRSLPVR5,15
H_ VID 0
PM _D PRS LPV R
PR75 487K_1% _06
P R 1 1 4 4 7K _0 4
PR 110 10_04
+
PC 23 4
68 0 u _2 5 V
PR 65
*1 0 m il _ s ho rt
H_ VID 5
PC 128 0.033u_X7R _04
PC 129
0.1u_50V_06
PR10 9
7.5K_1% _04
5V
H_VID33
PC13 8
4 . 7u _ 2 5V _0 8
PR17 *10m il_s hort
PR104 *0_04
SG ND 3
VCORE_ON22
PQ3 7
2N 7002
G
DS
12 / 2 8
SG ND 3
PR11 7
28K_1%_04
+
PC 163
*470u_2.5V_D
PC 96 100p_50V_04
PR12 1
28K_1%_04
PU 5
*7 4 A H CT 1 G0 2
4
53
1
2
PC13 6
4.7u_25V_08
PQ4 3
*2N7002
G
DS
PR 7 1
1K_1% _04
Z3509
Z3505
PR16
*10mil_short
DR N2
PR11 9
47K_04
PR12 4
100K_06
12
PR11 1
10.5K_1% _06
close to IMVP6
V-R C1
PC 13 2
.1u_50V _06
PC94
*0 .1 u_ 1 6 V _0 4
DCR_DR1
TG 2
PC 121 100p_50V_04
PR 101 0_0 4
PR 9 2
10 K _ 0 4
PC 124 1u_25V_08
PR67 30.1K_1% _06
VCC SENSE3
PR 85 100_1%_04
3.3VS
VPN 1
VC CA
SGN D3
FB -
DPR S L
VCO RE_ VR EF
22A
CS2 N
VPN 2
DR P-
SG ND 3
DPR SL
Z35 02
PC135
* 4.7u_25V _08
DR N2
PR10 0 * 0_ 04
PC 130
0.1u_10V_04
PC 127 0.033u_X7R _04
PR66
130K_1% _06
22A
PR12 6
100K_06
12
SGN D3
+
PC14 3
*470u_2.5V_D
PC 111 1u_25V_08
R280
1M _ 04
PC102 1000p_50V_04
PR 81 7.5K_1% _04
PQ4 9
IR F 7 41 3 Z PBF
4
62
5
73
1
8
Z3507
5V
VCO RE_ C LSE T
PC24
1000P_25V_06
PC 122 0.01u_50V_04
PJ1 4
*10mil
1 2
VCORE FOR MEROM CPU
PC 117 .015u_50V_06
PC114
0.1u_50V_06
DVT
CS1N
Z3503
CL KE N #
H_DPRSTP#2,5,13
PQ 44
IR F7413ZPBF
4
62
5
73
1
8
SGN D3
VIN
CL KE N #
Z35 11
Z350 6
PR72
100K_04
PC13 4
4. 7u_25V_08
PQ4 7
IRF 7 8 3 2Z TR P BF
4
62
5
73
1
8
Z3510
DRN 1
PD13
FM5822
A C
Z3501
PL6
0.5uH _10*10*4.5
12
PR 11 2 * 0_ 0 4