Intel B5120, Руководство по обслуживанию

Страница: 68 / 114

Schematic Diagrams
B - 14 PARK S3 PCIE_INTERFACE
B.Schematic Diagrams
PARK S3 PCIE_INTERFACE
Sheet 13 of 56
PARK S3
PCIE_INTERFACE
3. 3V
1.1 V_1.0V_P WR 14 ,15,1 6,20
PEG_TX4 3
PEG_TX5 3
3.3 V 3,4, 12,21 ,22,2 3, 25,26 ,28,3 0, 31,32 ,33,3 4, 35,38,40,4 1, 42,43
PEG_TX1 3
PEG_TX#5 3
PEG_TX#6 3
PEG_TX3 3
PEG_TX2 3
PEG_TX#4 3
PEG_TX7 3
PEG_TX#3 3
PEG_TX#7 3
PEG_TX6 3
PEG_TX#2 3
PEG_TX#1 3
PEG_TX0 3
PEG_TX#0 3
P R2 18
10K _04
PC
I EXP
RE
SS
I
NT
ERF
AC
E
C LO CK
CA LI BR AT IO N
AMD Park XT S 3 ( A11)
U 54A
P WR GOOD
N 10
PC IE_C ALR N
AA 22
PC IE _C ALR P
Y 22
P CI E_ RE FC L KN
AK 32
P CI E_ RE FC L KP
AK 30
P CI E_ RX0N
AE 31
P CI E_ RX0P
AF 30
P CI E_ RX10N
R 31
P CI E_ RX10P
T30
P CI E_ RX11N
P 28
P CI E_ RX11P
R 29
P CI E_ RX12N
N 31
P CI E_ RX12P
P 30
P CI E_ RX13N
M28
P CI E_ RX13P
N 29
P CI E_ RX14N
L 31
P CI E_ RX14P
M30
P CI E_ RX15N
K 30
P CI E_ RX15P
L 29
P CI E_ RX1N
AD 28
P CI E_ RX1P
AE 29
P CI E_ RX2N
AC 31 P CI E_ RX2P
AD 30
P CI E_ RX3N
AB 28
P CI E_ RX3P
AC 29
P CI E_ RX4N
AA 31
P CI E_ RX4P
AB 30
P CI E_ RX5N
Y 28
P CI E_ RX5P
AA 29
P CI E_ RX6N
W 31
P CI E_ RX6P
Y 30
P CI E_ RX7N
V 28
P CI E_ RX7P
W 29
P CI E_ RX8N
U 31
P CI E_ RX8P
V 30
P CI E_ RX9N
T28
P CI E_ RX9P
U 29
P ER STB
AL 27
PC IE _TX0N
AG 31
PC IE _TX0P
AH 30
P CI E_ TX10N
U 23
P CI E_TX10P
U 24
P CI E_ TX11N
T27
P CI E_TX11P
T26
P CI E_ TX12N
T23
P CI E_TX12P
T24
P CI E_ TX13N
P26
P CI E_TX13P
P27
P CI E_ TX14N
P23
P CI E_TX14P
P24
P CI E_ TX15N
N 26
P CI E_TX15P
M27
PC IE _TX1N
AF 28
PC IE _TX1P
AG 29
PC IE _TX2N
AF 26 PC IE _TX2P
AF 27
PC IE _TX3N
AD 26
PC IE _TX3P
AD 27
PC IE _TX4N
AB 25
PC IE _TX4P
AC 25
PC IE _TX5N
Y 24
PC IE _TX5P
Y 23
PC IE _TX6N
AB 26
PC IE _TX6P
AB 27
PC IE _TX7N
Y 26
PC IE _TX7P
Y 27
PC IE _TX8N
W 23
PC IE _TX8P
W 24
PC IE _TX9N
U 26
PC IE _TX9P
V27
FOR SWITCHABLE
3.3 VS 2,10 ,11,1 2, 14,21,22,2 3, 25,26,27,2 8, 30 ,31,32,33, 34 ,36,37,38, 44 ,45,4 7
V GA_ PE XC LK# 22
V GA_ PE XC LK 22
500mA
M92_3 .3VS 1 4, 16
PE X_RX4
PEX_R X2#
PE X_RX7
PEX_R X5#
PEX_R X6#
PEX_R X1#
PEX_R X0#
PE X_RX6
PE X_RX3
PEX_R X4#
PE X_RX5
PEX_R X7#
PE X_RX0
PE X_RX1
PEX_R X3#
C 692 0 .1u_10V _X7R _ 04
PE X_RX2
C 686 0 .1u_10V _X7R _ 04
C 675 0 .1u_10V _X7R _ 04
C 687 0 .1u_10V _X7R _ 04
C 676 0 .1u_10V _X7R _ 04
C 685 0 .1u_10V _X7R _ 04
C 693 0 .1u_10V _X7R _ 04
C 683 0 .1u_10V _X7R _ 04
C 688 0 .1u_10V _X7R _ 04
C 680 0 .1u_10V _X7R _ 04
C 681 0 .1U _10V_X7R_04
C 677 0 .1u_10V _X7R _ 04
C 684 0 .1u_10V _X7R _ 04
C 691 0 .1u_10V _X7R _ 04
C 689 0 .1u_10V _X7R _ 04
C 690 0 .1u_10V _X7R _ 04
P EG _R X# 7 3
P EG _R X# 4 3
P E G_ RX3 3
P E G_ RX2 3
P E G_ RX5 3
P EG _R X# 0 3
P E G_ RX7 3
P EG _R X# 1 3
P E G_ RX4 3
P E G_ RX1 3
P EG _R X# 2 3
P EG _R X# 6 3
P EG _R X# 5 3
P EG _R X# 3 3
P E G_ RX6 3
P E G_ RX0 3
.
L61
HC B1608 KF -121 T25
R 55 8
10 0K_0 4
P R213
10K _04
Q53
AO34 09
G
D S
C 69 5
0. 22u_10 V_Y 5V_04
+ C 679
*100U_6. 3V_B 2
R5 63 2K_1% _04
C6 96
*1U _6.3V_04
C6 78
0. 1u_10V _X7R _0 4
C 67 4
*4.7 U_ 6. 3V _06
R5 62 1.27K _1%_ 04
- -- -- -- -- -- ->
Q55
MTN 70 02ZH S 3
G
D
S
Q5 4
MTN7 002Z HS 3
G
D
S
R5 60
1M_04
R 5 57
1K _04
C 682
4.7u_ 6.3V_ X5R _06
R561 0 _04
U38
*74A HC 1G08GW _+H
1
2
5
4
3
C 69 4
10U _1 0V _08
R 56 4 0_ 04
F or P ar k-S 3: th e PW RG OO D pi n
m us t ne ed to p ul l do wn t o GN D
1. 1V _1.0V _PW R
M92_ 3. 3V S
3.3V
VGA _3.3V S
3.3V S
M92_3. 3V S
PE RS TB #
SU S B 20,38,40,41
PLT_RS T# 25, 31
dG PU _HOLD _RS T# 26
dGP U_PW R _E N # 20,26 ,43,4 5
10 0-M Hz ( ? 00 p pm ) in pu t fr eq uen cy .
A sta bl e PC I Ex pr es s re fe re nc e c lo ck m us t be p ro vi de d
le ss th an 4 00 n s af te r CL KR EQ # i s as se rt ed . Th e
re fer en ce c lo ck c an b e di sa bl ed wh en ev er C LK RE Q#
is de as se rt ed .
M92_3.3VS
N V _PWR _CL
GND
A MD Pa rk XT S3 (A1 1)
U 54E
PC IE_V SS #1
A A 27
PC IE_V SS #10
A F 32
PC IE_V SS #11
A G27
PC IE_V SS #12
A H 32
PC IE_V SS #13
K 28
PC IE_V SS #14
K 32
PC IE_V SS #15
L27
PC IE_V SS #16
M32
PC IE_V SS #17
N 25
PC IE_V SS #18
N 27
PC IE_V SS #19
P 25
PC IE_V SS #2
A B 24
PC IE_V SS #20
P 32
PC IE_V SS #21
R 27
PC IE_V SS #22
T25
PC IE_V SS #23
T32
PC IE_V SS #24
U 25
PC IE_V SS #25
U 27
PC IE_V SS #26
V 32
PC IE_V SS #27
W 25
PC IE_V SS #28
W 26
PC IE_V SS #29
W 27
PC IE_V SS #3
A B 32
PC IE_V SS #30
Y 25
PC IE_V SS #31
Y 32
PC IE_V SS #4
A C 24
PC IE_V SS #5
A C 26
PC IE_V SS #6
A C 27
PC IE_V SS #7
A D 25
PC IE_V SS #8
A D 32
PC IE_V SS #9
A E 27
VSS_ ME CH #1
A 32
VSS_ ME CH #2
A M1
VSS_ ME CH #3
A M32
GND #1
A 3
GN D #10
A D 8
GN D #11
A E7
GN D #12
A G12
GN D #13
A H 10
GN D #14
A H 28
GN D #15
B 10
GN D #16
B 12
GN D #17
B 14
GN D #18
B 16
GN D #19
B 18
GND #2
A 30
GN D #20
B 20
GN D #21
B 22
GN D #22
B 24
GN D #23
B 26
GN D #24
B 6
GN D #25
B 8
GN D #26
C 1
GN D #27
C 32
GN D #28
E 28
GN D #29
F 10
GND #3 / E VD DQ#2
A A1 3
GN D #30
F 12
GN D #31
F 14
GN D #32
F 16
GN D #33
F 18
GN D #34
F 2
GN D #35
F 20
GN D #36
F 22
GN D #37
F 24
GN D #38
F 26
GN D #39
F 6
GND #4
A A1 6
GN D #40
F 8
GN D #41
G10
GN D #42
G27
GN D #43
G31
GN D #44
G8
GN D #45
H 14
GN D #46
H 17
GN D #47
H 2
GN D #48
H 20
GN D #49
H 6
GND #5
A B1 0
GN D #50
J 27
GN D #51
J 31
GN D #52
K 11
GN D #53
K 2
GN D #54
K 22
GN D #55
K 6
GN D #56
M6
GN D #57
N 11
GN D #58
N 12
GN D #59
N 13
GND #6 / E VD DQ#3
A B1 5
GN D #60
N 16
GN D #61
N 18
GN D #62
N 21
GN D #63
P6
GN D #64
P9
GN D #65
R 12
GN D #66
R 15
GN D #67
R 17
GN D #68
R 20
GN D #69
T13
GND #7
A B6
GN D #70
T16
GN D #71
T18
GN D #72
T21
GN D #73
T6
GN D #74
U 15
GN D #75
U 17
GN D #76
U 20
GN D #77
U 9
GN D #78
V 13
GND #8
A C 9
GN D #79
V 16
GN D #80
V 18
GN D #81
Y 10
GN D #82
Y 15
GN D #83
Y 17
GN D #84
Y 20
GND #9
A D 6
GN D #85
T11
GN D #86
R 11
Con ne ct ed t o PC IE _V SS ( gr ou nd) t hr ou gh a 1 .2 7- kO
(1% ) re si st or .
2 k O (1 % to le ra nc e) t o PC IE _VD DC .
V GA_3.3VS 14,20
D02 R557 change
to 1K for fine tune
timming .