Clevo M740J Service Manual page 81

M82-XT-3
U 23 E
P a rt 5 of 6
1 . 8V S _ VG A
B 25
V S S _3 3
A A2 6 J8
P C I E _V S S _1 V S S _3 4
A A2 9 B 5
P C I E _V S S _2 V S S _3 5
A C 2 6 D 1 1
P C I E _V S S _3 V S S _3 6
A D 3 1 C 1 7
P C I E _V S S _4 V S S _3 7
A E2 9 C 2 2
P C I E _V S S _5 V S S _3 8
A E3 0 C 2 7
P C I E _V S S _6 V S S _3 9
A E3 1 D 2 9 *10 U _ 10 V _0 8
P C I E _V S S _7 V S S _4 0
F2 8 C 3
P C I E _V S S _8 V S S _4 1
G2 6 C 6
P C I E _V S S _9 V S S _4 2
G2 9 D 3
P C I E _V S S _1 0 V S S _4 3
G3 0 D 2 8
P C I E _V S S _1 1 V S S _4 4
G3 1 F 29
P C I E _V S S _1 2 V S S _4 5
H 2 9 D 4
P C I E _V S S _1 3 V S S _4 6
J2 5 F 11
P C I E _V S S _1 4 V S S _4 7
J2 6 P C I E _V S S _1 5 V S S _4 8 F 12 1U _ 16 V _0 6+ K
L2 6 F 14
P C I E _V S S _1 6 V S S _4 9
L2 9 F 16
P C I E _V S S _1 7 V S S _5 0
L3 0 F 18
P C I E _V S S _1 8 V S S _5 1
L3 1 F 20
P C I E _V S S _1 9 V S S _5 2
M2 6 F 21
P C I E _V S S _2 0 V S S _5 3
M2 9 F 23
P C I E _V S S _2 1 V S S _5 4
P2 6 F 25 1U _ 16 V _0 6+ K
P C I E _V S S _2 2 V S S _5 5
R 2 9 F 7
P C I E _V S S _2 3 V S S _5 6
R 3 0 F 9
P C I E _V S S _2 4 V S S _5 7
R 3 1 G3
P C I E _V S S _2 5 V S S _5 8
T2 6 G6
P C I E _V S S _2 6 V S S _5 9
U 2 9 H 2 3 3. 3 V_ D E LA Y
P C I E _V S S _2 7 V S S _6 0
V2 6 J3
P C I E _V S S _2 8 V S S _6 1
Y 2 6 J4
P C I E _V S S _2 9 V S S _6 2
Y 2 9 J6
P C I E _V S S _3 0 V S S _6 3
Y 3 0 K 1
P C I E _V S S _3 1 V S S _6 4
Y 3 1 L1 2
P C I E _V S S _3 2 V S S _6 5
L1 5
V S S _6 6
L1 8
V S S _6 7
L2 1
V S S _6 8
L6 10 U _1 0V _ 08 +K
V S S _6 9
A1 3 M1 1
V S S _1 V S S _7 0
A 2 M1 4 L 6 6
V S S _2 V S S _7 1
C 1 8 M1 7
A2 4 V S S _3 V S S _7 2 M2 0
A3 0 V S S _4 V S S _7 3 M6
V S S _5 V S S _7 4
A A 1 P 12
V S S _6 V S S _7 5
A A1 1 P 15
V S S _7 V S S _7 6
A A1 4 P 18
V S S _8 V S S _7 7
A A1 7 P 21
V S S _9 V S S _7 8
A A2 0 P 6 L 7 2
V S S _1 0 V S S _7 9
A A 6 A C 21
V S S _1 1 V S S _8 0
A C 2 R 1 4
V S S _1 2 V S S _8 1
A C 7 R 1 7
V S S _1 3 V S S _8 2
A E 3 R 2 0
V S S _1 5 V S S _8 3
AL 4 T6
V S S _1 6 V S S _8 4
A D 1 4 U 1
V S S _1 7 V S S _8 5
A F1 2 U 1 2
V S S _1 8 V S S _8 6
A F1 4 U 1 5
V S S _1 9 V S S _8 7
A D 1 6 U 1 8
V S S _2 0 V S S _8 8
A D 1 8 U 2 1
V S S _2 1 V S S _8 9
A E 6 A E 20
V S S _2 2 V S S _9 0
A G2 V 14
V S S _2 3 V S S _9 1
A E 9 V 17
V S S _2 4 V S S _9 2
A H 2 5 V 20
V S S _2 5 V S S _9 3
A K 1 P 2
V S S _2 6 V S S _9 4
A K3 1 V 6
V S S _2 7 V S S _9 5
AJ 6 W 2
V S S _2 8 V S S _9 6
AL 2 Y 1 2
V S S _2 9 V S S _9 7
A L3 0 Y 1 5
V S S _3 0 V S S _9 8
B 1 Y 1 8
V S S _3 1 V S S _9 9
C 1 3 Y 2 1
V S S _3 2 VS S _ 10 0
Y 6
VS S _ 10 1
M9
VS S _ 10 2
CORE GND
M82 XT -S +K
. 0 1U _ 16 V _X 7R _0 4+ K
FO R M8x
IN S TALL LVD D R A N D LV D D C TO +1.8V
W ITH TH E ON E L V D D C FI L TE R
D O NO T IN S TALL LVD D R FILTE R
400 mA
IN S TALL S TR AP R E S IS TOR
1. 8 V S_ V GA L 62
LV D D R
H C B1 60 8K F -1 21 _0 6+ K C 5 93 C 5 98 C 61 2
10 U _1 0V _ 08 +K 1 U _1 6V _ 06 +K . 1 U _ 10 V_ 0 4+ K R 3 58
0 _0 8+ K
( 1. 8V @ 4 00M A L V D D C , LV D D R )
LV D D C
C 59 2 C 5 97 C 61 1
10 U _1 0 V_ 08 +K 1 U _1 6V _ 06 +K . 1 U _ 10 V _0 4+ K
40m A
1. 8 V S_ V GA L 8
LP V D D
H C B1 00 5K F -1 21 T2 0_ 04 +K ( 1. 8V @ 40M A LP V D D )
C 4 6 C 5 5 C 71
*
52m A
LP V S S
10 U _1 0 V_ 08 +K 1 U _1 6V _ 06 +K . 1U _ 10 V _0 4+ K
1. 8 V S_ V GA L 5
D P LL _P V D D
H C B1 00 5K F -1 21 T2 0_ 04 +K ( 1 . 8 V @ 40M A D P LL _P VD D )
C 4 3 C 5 2 C 67
68m A *
D P LL _P V S S
10 U _1 0 V_ 08 +K 1 U _1 6V _ 06 +K . 1U _ 10 V _0 4+ K
1. 8 V S_ V GA L 73
P C I E_ P V D D
H C B1 00 5K F -1 21 T2 0_ 04 +K ( 1. 8 V @ 40M A PC I E _P VD D )
C 6 52 C 6 43 C 64 8
. 1U _ 10 V _0 4+ K
100 mA 10 U _ 10 V_ 08 + K 1 U _1 6V _ 06 +K
L 6
3 . 3V S _V GA
A 2V D D
H C B1 00 5K F -1 21 T2 0_ 04 +K
( 3 . 3 V @ 135M A A 2V D D )
C 4 4 C 6 4 C 53
1U _ 1 6V _0 6 +K
48m A 10 U _ 10 V_ 08 + K . 1 U _1 0V _ 04 +K
1. 8 V S_ V GA L 7
A 2V D D Q
H C B1 00 5K F -1 21 T2 0_ 04 +K ( 1 . 8 V @ 2M A A 2V D D Q )
C 4 5 C 5 4 C 70 *
A 2V S S Q
10 U _ 10 V_ 0 8+ K 1 U _1 6 V_ 06 + K . 1U _ 10 V _0 4+ K
U 23 D
P AR T 4 OF 6
1 0U _ 10 V _0 8+ K A 15 A F 3 0
V D D R 1_ 1 P C I E _V D D R _1
A 22 A F 3 1
V D D R 1_ 2 P C I E _V D D R _2
C 20 0 C 2 22 C 17 9 C 1 45 A 28 A F 2 9
V D D R 1_ 3 P C I E _V D D R _3
A 4 A F 2 7
V D D R 1_ 4 P C I E _V D D R _4
A 8 A F 2 8
V D D R 1_ 5 P C I E _V D D R _5
B 8 A G2 9
V D D R 1_ 6 P C I E _V D D R _6
1 0U _1 0V _ 08 +K 10 U _ 10 V_ 0 8+ K C 9 A G3 0
V D D R 1_ 7 P C I E _V D D R _7
D 1 A G3 1
V D D R 1_ 8 P C I E _V D D R _8
1U _1 6V _0 6 +K H 1
V D D R 1_ 9
H 11 A A 2 3
V D D R 1_ 10 P C I E _V D D C _1
C 5 8 C 6 2 C 21 9 C 1 33 H 12 A C 2 4
V D D R 1_ 11 P C I E _V D D C _2
H 14 A C 2 5
V D D R 1_ 12 P C I E _V D D C _3
H 16 A E 2 6
V D D R 1_ 13 P C I E _V D D C _4
H 18 A E 2 7
V D D R 1_ 14 P C I E _V D D C _5
1 U _1 6V _ 06 +K * 1U _ 16 V _0 6 H 20 V D D R 1_ 15 P C I E _V D D C _6 A E 2 8
H 21 L 23
V D D R 1_ 16 P C I E _V D D C _7
B 31 M2 3
V D D R 1_ 17 P C I E _V D D C _8
M1 P 2 3
V D D R 1_ 18 P C I E _V D D C _9
C 1 70 C 3 6 C 18 5 C 1 87 T 23
PC I E _ V D D C _ 10
A A 9 V 2 3
V D D _ C T _1 PC I E _ V D D C _ 11
*1 U _1 6V _ 06 Y 9 Y 2 3
V D D _ C T _2 PC I E _ V D D C _ 12
1 U _1 6V _ 06 +K * 1U _ 16 V _0 6 V 9
V D D _ C T _3
T9
V D D _ C T _4
J 11 L 11
V D D _ C T _5 V D D C _1
J 20 L 14
V D D _ C T V D D _ C T _6 V D D C _2
J 21 L 17
V D D _ C T _7 V D D C _3
L9 L 20
V D D _ C T _8 V D D C _4
M1 2
V D D C _5
M1 5
( 3 . 3 V @ 50M A V D D R 3 ) V D D C _6
AC 18 M1 8
V D D R 3_ 1 V D D C _7
AC 16 M2 1
V D D R 3_ 2 V D D C _8
C 23 5 C 2 13 C 22 6 C 9 9 AC 14 A C 2 0
V D D R 3_ 3 V D D C _9
AC 12 P 1 4
V D D R 3_ 4 V D D C _ 10
1U _1 6V _ 06 +K P 1 7
V D D C _ 11
Z 1 40 2 A F 1 P P 2 0
V D D R 4_ 1 V D D C _ 12
1 U _1 6V _ 06 +K 1 U _ 16 V _0 6+ K A F 2 R 1 2
V D D R 4_ 2 O V D D C _ 13
R 1 5
V D D C _ 14
H C B 1 00 5K F -12 1T 20 _0 4+ K Z 1 40 3 A E 1 R 1 8
W
V D D R 5_ 1 V D D C _ 15
A E 2 R 2 1
C 6 16 C 6 0 0 C 60 9 V D D R 5_ 2 V D D C _ 16 A D 2 0
E
V D D C _ 17 U 1 4
V D D C _ 18
. 1 U _1 0 V_ 04 +K 1U _ 1 6V _0 6+ K U 1 7
R
V D D C _ 19
M2 U 2 0
R S V D _ 1 V D D C _ 20
10 U _ 10 V_ 0 8+ K M3 V 1 2
R S V D _ 2 V D D C _ 21
L4 V 1 5
R S V D _ 3 V D D C _ 22
H C B 1 00 5K F -12 1T 20 _0 4 +K AD 11 V 1 8
R S V D _ 4 V D D C _ 23
V 2 1
V D D C _ 24
C 5 96 C 5 9 4 Y 1 1
V D D C _ 25
A 10 Y 1 4
VD D _ME M_ C L K0
V D D R H _1 V D D C _ 26
A 19 Y 1 7
VD D _ME M_ C L K1
V D D R H _2 V D D C _ 27
Y 2 0
V D D C _ 28
1U _ 1 6V _0 6+ K 1 U _ 16 V_ 0 6+ K A A 1 2
V D D C _ 29
B 10 A A 1 5
V S S R H _ 1 V D D C _ 30
VS S _ ME MC LK _ 0 B 19 A A 1 8
V S S R H _ 2 V D D C _ 31
VS S _ ME MC LK _ 1 A A 2 1
1 . 8V S _V GA
V D D C _ 32
P 9
V D D C _ 33
V 11
B B N _ 1
U 11 J 12
B B N _ 2 V D D C I _1
V GA _C OR E J 14
V D D C I _2
J 16
V D D C I _3
R 11 J 18
B B P _1 V D D C I _4
P 11
B B P _2
C 3 0 C 50
1U _1 6V _0 6 +K 1U _ 16 V _0 6+ K
M8 2X T-S + K
Q1 5 D S AO 34 09 +K
3. 3 V S _V GA
G
3. 3 VS _ V GA
R 11 6
10 0K _ 04 +K
Z1 40 4
R 12 0
7 5K _0 4+ K
Q 16
Z 14 05 G
2 N 7 00 2W + K
C 2 48
FOR M8x
INS TA LL DP A _VD D R TO +1.1V AN D
DP B _V D D R TO +1.1 V
WI T H S E P A R ATE FI L TE R S
DO N OT IN S TA L L S TR AP
200mA
RE SIS TO R
L6 4
1. 1 V S _V GA
D P A _ VD D R
H C B 10 05 K F -12 1T 20 _0 4+ K
C 6 0 2 C 61 4 C 6 19
200mA 1 0U _ 10 V _0 8+ K 1U _ 16 V _0 6+ K . 1U _1 0V _0 4 +K 0_ 08 +K
R 35 9
L6 3
1. 1 V S _V GA D P B _ VD D R
H C B 10 05 K F -12 1T 20 _0 4+ K
C 6 0 1 C 61 3 C 6 18 . 1 U _1 0V _ 04 +K
40mA 1 0U _1 0V _0 8 +K 1U _ 16 V _0 6+ K
1 . 8V S _V GA L6 5
D P A _ PV D D
H C B 10 05 K F -12 1T 20 _0 4+ K ( 1.8V @ 20m A )
C 6 0 3 C 61 5 C 6 20
*
D P A _ PV S S
1 0U _1 0V _ 08 +K 1U _ 1 6V _0 6+ K . 1 U _1 0V _ 04 +K
64mA
1 . 8V S _V GA L1 3
V D D _ C T
H C B 10 05 K F -12 1T 20 _0 4+ K ( VD D _C T 1. 8V
C 1 3 1 C 12 5 C 1 08 @ 11 0M A
1 U _1 6 V_ 06 + K ( VD D _C T )
1 0U _1 0V _ 08 +K . 1U _ 10 V _0 4+ K
472mA
1 . 8V S _V GA
C 1 9 5 C 16 1 C 1 64 ( 1. 8V @ 40 0M A P C I E _VD D R )
104mA * 10 U _1 0V _ 08 1U _ 16 V _0 6+ K . 1 U _1 0V _ 04 +K
1 . 8V S _V GA L6 9
V D D D I
H C B 10 05 K F -12 1T 20 _0 4+ K ( 1 . 8 V @ 100M A V D D 1D I , V D D 2 D I )
C 4 7 C 83 C 4 9 1 U _1 6 V_ 06 + K
VS S D I
96mA 1 0U _1 0V _ 08 +K . 1U _ 10 V _0 4+ K
1 . 8V S _V GA L6 8
A V D D
H C B 10 05 K F -12 1T 20 _0 4+ K ( 1. 8V @ 6 5M A A VD D )
C 6 1 0 C 62 6 C 6 27
1 U _1 6 V_ 06 + K
1 0U _1 0V _ 08 +K . 1U _ 10 V _0 4+ K
1 . 8V S _ VG A
S5 S H OR T
1 2
S1 S H OR T
1 2
S4 S H OR T
1. 1 V S_ V GA
1 2
S2 S H OR T
1 2
S8 S H OR T
1 2
S7 S H OR T
1 2
V GA _C OR E
S6 S H OR T
1 2
S9 S H OR T
C 2 4 C 3 1 C 59 0 C 5 88 C 5 8 9 1 2
*1 0U _ 10 V _0 8 *1 U _ 16 V _0 6 1U _ 16 V _0 6+ K *1 U _1 6V _ 06 1 U _ 16 V_ 06 + K S3 S H OR T
1 2
C 2 3 C 6 8 C 32 C 2 5 C 1 6 6
10 U _ 10 V_ 0 8+ K 1 U _1 6V _ 06 +K 1U _ 16 V _0 6+ K *1 U _1 6V _ 06 1 U _ 16 V_ 06 + K
C 2 6 C 9 4 C 33 C 1 14 C 2 9
10 U _ 10 V_ 0 8+ K 1 U _1 6V _ 06 +K *1U _ 1 6V _0 6 1U _1 6V _ 06 +K 1 U _ 16 V_ 06 + K
C 2 7 C 3 4 C 22 C 1 01 C 1 6 7
10 U _ 10 V_ 0 8+ K 1 U _1 6V _ 06 +K 1U _ 16 V _0 6+ K 1U _1 6V _ 06 +K 1 U _ 16 V_ 06 + K
PLA CE ALL DECOUPLIN G CAPS
CLO SE TO THE ASIC
AND RUN DEDICATED T RACES
FRO M ASIC PINS
TO JOIN THE GROUND PLANE
WIT H ONE VIA AT THE CAP
Z1 40 1 L 16
H C B 20 1 2K F -12 1T 30 _0 6+ K
C 1 73 C 18 2 C 18 0 C 1 81
1 0U _ 10 V _0 8+ K 1 U _ 16 V _0 6+ K 1U _ 1 6V _0 6+ K *1 U _ 16 V_ 0 6
PLACE ALL DECOUPLING AS CLOSE TO ASIC AS POSS IBLE
40mA
L 10
1. 8 V S_ V GA H C B1 00 5 KF -1 21 T2 0_ 04 +K D P B _P V D D
C 8 1 C 8 0 C 82 ( 1 .8V@ 20m A )
*
D P B _P V S S
10 U _ 10 V _0 8+ K 1 U _ 16 V_ 06 + K . 1U _ 10 V _0 4+ K
L 23
V D D _M EM _C L K 0
1. 8 V S_ V GA H C B1 00 5 KF -1 21 T2 0_ 04 +K ( 1. 8 V @ M A V D D R H A _1
I N C LU D ED I N VD D R 1)
C 19 8 C 1 93 C 18 9
. 1U _ 10 V _0 4+ K
V S S_ ME MC L K _0
1. 8 V S_ V GA L 24 10 U _ 10 V_ 08 + K 1 U _1 6V _ 06 +K
V D D _M EM _C L K 1
H C B1 00 5 KF -1 21 T2 0_ 04 +K ( 1. 8 V @ M A V D D R H A _2
I N C LU D ED I N VD D R 1)
C 19 9 C 1 94 C 19 0
V S S_ ME MC L K _1
10 U _ 10 V_ 0 8+ K 1 U _1 6 V_ 06 +K . 1U _ 10 V _0 4+ K
1 . 1V S _ VG A
( P C I E _V D D C 1. 1V @ 1 A )
C 38 C 5 6 C 41
10 U _1 0V _ 08 +K 1 U _1 6V _ 06 +K . 1 U _1 0 V_ 04 +K
C 89 C 2 8 C 65
1U _ 16 V _0 6+ K 1 U _1 6V _ 06 +K 1 U _ 16 V_ 0 6+ K
400m A
L 4 H C B 10 05 K F-1 21 T2 0_ 0 4+ K
D P L L_ V D D C
( D PL L_ V D D C 1. 1V @ 10 0 M A )
C 42 C 5 1 C 73
*
D P LL _P V S S
230mA 10 U _1 0V _ 08 +K 1 U _1 6V _ 06 +K . 1 U _ 10 V_ 0 4+ K
L 22 H C B 10 05 K F - 1 2 1T 20 _0 4+ K
V GA _ C OR E M PV D D
( . 9 5 V- 1. 1V @ 2 30M A M PV D D )
C 1 97 C 1 92 C 18 8
*
MP VS S
10 U _1 0V _ 08 +K 1 U _1 6V _ 06 +K . 1U _ 10 V _0 4+ K
Schematic Diagrams
D P B _P V S S
D P LL _P V S S
V S SD I
A 2V S S Q
V S S_ ME MC L K _1
V S S_ ME MC L K _0
MP V S S
D P A _P V S S
LP V S S
Sheet 14 of 47
M82-XT-3
M82-XT-3 B - 15