Clevo M740TU, M760TU manual Cantiga 2/7, Graphics, Sheet 6, Ma X=

CANTIGA 2/7, Graphics

Schematic Diagrams

3 . 3 V S

D03A-0313

? ?

? ?

D ISA BL E :L _C TR_ CL K

/L CT R_ DAT A

L 1 1

L_ DD C_ CL K / L_ DD C_ DA TA NO

C ON NE CT

Z 06 0 1

*2 0 m il _ s ho rt

R 1 02

R 98

R 1 2 2

R 1 1 5

2 . 2 K _ 0 4_ -U

2. 2 K _ 0 4_ -U

10 K _ 0 4_ -U

10 K _ 0 4 _-U

L _ B K L T _C TR L

L3 2

1 4

B L O N

G3 2

Z 0 6 0 2

M3 2

Z 0 6 0 3

M3 3

1 4 P _ D D C _ C L K

K 3 3

J3 3

1 4 P _ D D C _ D A TA

1 4 N B _E N A V D D

M2 9

R 4 8 0

2 . 3 7K _ 1 % _ 04 _ -U

L V D S _I B G

C 4 4

L V D S _V B G

B 4 3

R 1 1 4

0 _ 04 _ -U

Z 0 6 0 4

E 3 7

R 1 2 0

0 _ 04 _ -U

Z 0 6 0 5

E 3 8

? ? DISABLE:

1 4 LV D S -L C L K N

C 4 1

C 4 0

14 L V D S -L C L K P

LVDS_VREFH/LVDS_VREFL/

B 3 7

1 4 LV D S -U C L K N

LVDS_IBG/LVDS_VBG? ?

A 3 7

14

L V D S -U C LK

P

1 4

LV D S -L 0 N

H 4 7

E 4 6

1 4

LV D S -L 1 N

G4 0

1 4

LV D S -L 2 N

L V D S A _ D A T A # 3 A 4 0

1 4

LV D S -L 0 P

H 4 8

D 4 5

Zdif f=

1 4

LV D S -L 1 P

F 4 0

1 4

LV D S -L 2 P

L V D S A _ D A T A 3

B 4 0

100O ? 0%

1 4

LV D S -U 0 N

A 4 1

H 3 8

1 4

LV D S -U 1 N

G3 7

1 4

LV D S -U 2 N

L V D S B _ D A T A # 3

J3 7

1 4

LV D S -U 0 P

B 4 2

G3 8

1 4

LV D S -U 1 P

F 3 7

1 4

LV D S -U 2 P

L V D S B _ D A T A 3

K 3 7

R 82

7 5 _1 % _ 0 4_ U

T V A _ D A C

F 2 5

R 86

7 5 _1 % _ 0 4_ U

T V B _ D A C

H 2 5

R 95

7 5 _1 % _ 0 4_ U

T V C _D A C

K 2 5

H 2 4

? ?

? ?

ENA BL E :7 5_ 1%_ 04

T O

?

?

DI SA BL E:0 _0 4

TO

G ND

C 3 1

E 3 2

1 4

D A C _B L U E

D A C _ B L U E

E 2 8

Z o=

14 D A C _ GR E E N

D A C _ G R E E N

G2 8

5 0O? 5%

1 4

D A C _ R E D

D A C _ R E D

J2 8

R 99

C 66 8 R 9 1

C 6 6 4 R 83

C 67 3

15 0 1% 0 4 U

22 P 5 0 V 0 4 -

1 5 0 1 % 0 4 U

2 2 P 50 V 0 4 -

15 0 1% 0 4 U

2 2P 5 0 V 04 -

U

U

U

? ?

? ?

E NAB LE

:

C HA NGE

T O

15 0_ 1% _04

G2 9

DI SAB LE :

CH AN GE TO

0 _0 4

1 4 D A C _ D D C A C LK

H 3 2

J3 2

Zo=

1 4 D A C _D D C A D A TA

30 . 1 _ 1 %_ 0 4 _-U C R T _ H S

R 88

J2 9

5%

14

D A C _ H S Y N C

R 78

1. 02 K _ 1 %_ 0 4 _U C R T _ TV O

E 2 9

55O?

1 4

D A C _ V S Y N C

R 94

30 . 1 _ 1 %_ 0 4 _-U C R T _ V S

L2 9

C 2 2 6

C 2 2 4

MA X= 0.5 "

3 0P _5 0 V _ 04 _ -U

30 P _ 5 0V _0 4 _ -U

Mi nim iz e RE FS ET

U 2 3C

L _ B K L T_ C TR L

L _ B K L T_ E N L _ C T R L _ C L K

L_ C T R L _ D A T A

L _ D D C _ C L K L _ D D C _ D A T A

L _ V D D _E N

L V D S _I B G

L V D S _V B G

L V D S _V R E F H

L V D S _V R E F L L V D S A _C L K #

L V D S A _C L K L V D S B _C L K #

L V D S B _C L K

L V D S A _D A T A # _0 L V D S A _D A T A # _1

L V D S A _D A T A # _2 L V D S A _D A T A # _3

L V D S A _D A T A _ 0

L V D S A _D A T A _ 1 L V D S A _D A T A _ 2

L V D S A _D A T A _ 3

L V D S B _D A T A # _0 L V D S B _D A T A # _1

L V D S B _D A T A # _2 L V D S B _D A T A # _3

L V D S B _D A T A _ 0

L V D S B _D A T A _ 1 L V D S B _D A T A _ 2

L V D S B _D A T A _ 3

T V A _ D A C

T V B _ D A C

T V C _ D A C

T V _ R T N

T V _ D C ON S E L _0 T V _ D C ON S E L _1

CR T _ B LU E

C R T _ GR E E N C R T _ R E D

C R T _ I R T N

CR T _ D D C _ C L K

C R T _ D D C _ D A T A C R T _ H S Y N C

C R T _ TV O _ I R E F C R T _ V S Y N C

C A N T I G A

LVDS

TV

VGA

PCI-EXPRESS GRAPHICS

P E G _C OM P I

PE G_ C O MP O

P E G _R X #_ 0 P E G _R X #_ 1

P E G _R X #_ 2 P E G _R X #_ 3

P E G _R X #_ 4 P E G _R X #_ 5

P E G _R X #_ 6 P E G _R X #_ 7

P E G _R X #_ 8 P E G _R X #_ 9

P E G _ R X # _1 0 P E G _ R X # _1 1

P E G _ R X # _1 2 P E G _ R X # _1 3

P E G _ R X # _1 4 P E G _ R X # _1 5

P E G_ R X_ 0

P E G_ R X_ 1 P E G_ R X_ 2

P E G_ R X_ 3 P E G_ R X_ 4

P E G_ R X_ 5 P E G_ R X_ 6

P E G_ R X_ 7 P E G_ R X_ 8

P E G_ R X_ 9 P E G _R X _1 0

P E G _R X _1 1 P E G _R X _1 2

P E G _R X _1 3 P E G _R X _1 4

P E G _R X _1 5

P E G_ T X #_ 0 P E G_ T X #_ 1

P E G_ T X #_ 2 P E G_ T X #_ 3

P E G_ T X #_ 4 P E G_ T X #_ 5

P E G_ T X #_ 6 P E G_ T X #_ 7

P E G_ T X #_ 8 P E G_ T X #_ 9

P E G _T X # _1 0 P E G _T X # _1 1

P E G _T X # _1 2 P E G _T X # _1 3

P E G _T X # _1 4 P E G _T X # _1 5

PE G_ T X_ 0

PE G_ T X_ 1 P E G_ T X_ 2

PE G_ T X_ 3 P E G_ T X_ 4

PE G_ T X_ 5 P E G_ T X_ 6

PE G_ T X_ 7 P E G_ T X_ 8

PE G_ T X_ 9 P E G_ T X _1 0

P E G_ T X _1 1 P E G_ T X _1 2

P E G_ T X _1 3 P E G_ T X _1 4

P E G_ T X _1 5

1 . 0 5 V M_ P E G

R 14 1

PEG_COMPI and the PEG_COMPO pins should

be

shorted at the package and then routed to one

4 9 . 9

_1 % _ 04

end of a

49.9 O ? % pull-up resistor

to

VCC_PEG. Place the resistor within 500 mils

T 3 7 P E G _ C OM P

(1.27 cm) of the (G)MCH

T 3 6

H 44

P E G _ R X #0

1 5

J 4 6

P E G _ R X #1

1 5

L 4 4

P E G _ R X #2

1 5

L 4 0

N 41

P E G _ R X #3

1 5

P E G _ R X #4

1 5

P 4 8

P E G _ R X #5

1 5

N 44

P E G _ R X #6

1 5

T 4 3

U 43

P E G _ R X #7

1 5

P E G _ R X #8

1 5

Y

43

P E G _ R X #9

1 5

Y

48

P E G _ R X #1

0

1 5

Y

36

A A 4 3

P E G _ R X #1

1

1 5

P E G _ R X #1

2

1 5

A D 37

P E G _ R X #1

3

1 5

A C 47

P E G _ R X #1

4

1 5

A D 39

H 43

P E G _ R X #1

5

1 5

P E G _ R X 0

15

J 4 4

P E G _ R X 1

15

L 4 3

P E G _ R X 2 15

L 4 1

P E G _ R X 3

15

N 40

P E G _ R X 4

15

P 4 7

P E G _ R X 5

15

N 43

T 4 2

P E G _ R X 6

15

P E G _ R X 7

15

U 42

P E G _ R X 8

15

Y

42

P E G _ R X 9

15

W 4 7

Y

37

P E G _ R X 10

1 5

P E G _ R X 11

1 5

A A 4 2

P E G _ R X 12

1 5

A D 36

P E G _ R X 13

1 5

A C 48

P E G _ R X 14

1 5

A D 40

P E G _ R X 15

1 5

J 4 1 P E G _ TX # _ 0

P E G _T X # 0

C 2 41

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _ TX # 0

1 5

M 46 P E G _ TX # _ 1

C 2 65

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X # 1

P E G _ TX # 1

1 5

M 47 P E G _ TX # _ 2

C 2 78

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X # 2

P E G _ TX # 2

1 5

M 40 P E G _ TX # _ 3

C 2 62

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X # 3

P E G _ TX # 3

1 5

M 42 P E G _ TX # _ 4

C 2 80

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X # 4

P E G _ TX # 4

1 5

R 48 P E G _ TX # _ 5

C 2 87

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X # 5

P E G _ TX # 5

1 5

N 38 P E G _ TX # _ 6

C 2 76

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X # 6

P E G _ TX # 6

1 5

T 4 0 P E G _ TX # _ 7

C 2 86

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X # 7

P E G _ TX # 7

1 5

U 37 P E G _ TX # _ 8

C 2 98

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X # 8

P E G _ TX # 8

1 5

U 40 P E G _ TX # _ 9

C 3 03

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X # 9

P E G _ TX # 9

1 5

Y 40 P E G _ TX # _ 10

C 3 17

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X # 10

P E G _ TX # 1 0

15

A A 4 6 P E G _ TX # _ 11

C 3 46

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X # 11

P E G _ TX # 1 1

15

A A 3 7 P E G _ TX # _ 12

C 3 16

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X # 12

P E G _ TX # 1 2

15

A A 4 0 P E G _ TX # _ 13

C 3 23

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X # 13

P E G _ TX # 1 3

15

A D 43 P E G _ TX # _ 14

C 3 32

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X # 14

P E G _ TX # 1 4

15

A C 46 P E G _ TX # _ 15

C 3 48

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X # 15

P E G _ TX # 1 5

15

J 4 2 P E G _ TX _ 0

C 2 44

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X 0

P E G _ TX 0

1 5

L 4 6 P E G _ TX _ 1

C 2 57

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X 1

P E G _ TX 1

1 5

M 48 P E G _ TX _ 2

C 2 72

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X 2

P E G _ TX 2

1 5

M 39 P E G _ TX _ 3

C 2 55

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X 3

P E G _ TX 3

1 5

M 43 P E G _ TX _ 4

C 2 75

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X 4

P E G _ TX 4

1 5

R 47 P E G _ TX _ 5

C 2 95

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X 5

P E G _ TX 5

1 5

N 37 P E G _ TX _ 6

C 2 67

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X 6

P E G _ TX 6

1 5

T 3 9 P E G _ TX _ 7

C 2 81

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X 7

P E G _ TX 7

1 5

U 36 P E G _ TX _ 8

C 2 93

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X 8

P E G _ TX 8

1 5

U 39 P E G _ TX _ 9

C 2 99

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X 9

P E G _ TX 9

1 5

Y 39 P E G _ TX _ 1 0

C 3 13

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X 1 0

P E G _ TX 1 0

1 5

Y 46 P E G _ TX _ 1 1

C 3 43

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X 1 1

P E G _ TX 1 1

1 5

A A 3 6 P E G _ TX _ 1 2

C 3 12

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X 1 2

P E G _ TX 1 2

1 5

A A 3 9 P E G _ TX _ 1 3

C 3 21

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X 1 3

P E G _ TX 1 3

1 5

A D 42 P E G _ TX _ 1 4

C 3 30

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X 1 4

P E G _ TX 1 4

1 5

A D 46 P E G _ TX _ 1 5

C 3 53

* . 1 U _ 1 0V _ X 7 R _ 0 4_ + U

P E G _T X 1 5

P E G _ TX 1 5

1 5

FOR INTEL HDMI CONN

1 5 P E G_ R X 3

R 39

0 _ 0 4_ -U

P OR T B _H P D # 4 3

PLACE NEAR L40 PAD VIA

P E G_ T X _0

C 8 6 5

. 1 U _ 1 0V _ X 7 R _ 0 4_ -U

H D MI B _ D 2 B P

43

P E G_ T X #_ 0

C 8 6 6

. 1 U _ 1 0V _ X 7 R _ 0 4_ -U

H D MI B _ D 2 B N 4 3

P E G_ T X _1

C 8 6 7

. 1 U _ 1 0V _ X 7 R _ 0 4_ -U

H D MI B _ D 1 B P

43

P E G_ T X #_ 1

C 8 6 8

. 1 U _ 1 0V _ X 7 R _ 0 4_ -U

H D MI B _ D 1 B N 4 3

P E G_ T X _2

C 8 6 9

. 1 U _ 1 0V _ X 7 R _ 0 4_ -U

H D MI B _ D 0 B P

43

P E G_ T X #_ 2

C 8 7 0

. 1 U _ 1 0V _ X 7 R _ 0 4_ -U

H D MI B _ D 0 B N 4 3

P E G_ T X _3

C 8 7 1

. 1 U _ 1 0V _ X 7 R _ 0 4_ -U

H D MI B _ C L K B P 43

P E G_ T X #_ 3

C 8 7 2

. 1 U _ 1 0V _ X 7 R _ 0 4_ -U

H D MI B _ C L K B N 4 3

PLACE NEAR AC COUPLING CAP'S BOTTOM

GET VIA DIRECT CONNECT THESE

Sheet 6 of 51

CANTIGA 2/7,

Graphics

B.Schematic Diagrams

ro uti ng l en gt h and sh iel d wi th V SS

? ? ? ? DI SA BL E :D AC _DD CA CL K/ DA C_D DC AD AT A /

CRT _H S	/C	RT _VS	? ?	ch ang e 0_ 04 ? ?
CRT _T VO	1	.0 2k_	1% _0 4

RESISTER

1 0	1. 0 5 V M _P E G
2 , 3, 7 , 1 0 , 1 2, 1 3 , 1 4, 15 , 2 2 , 23 , 2 4 , 2 5, 2 6 , 2 7, 2 8 , 2 9 , 30 , 3 1 , 32 , 3 3 , 3 4, 3 5 , 3 9, 41 , 4 3	3. 3 V S

CANTIGA 2/7, Graphics B - 7