KBC-ITE IT8512E, Sheet 26 | Clevo M728T, M730T, M729T instruction

Schematic Diagrams

KBC-ITE IT8512E

K B C _ A V D D

L 10

V D D 3

R 2 9 4

10 K _ 04

W D T _E N

H C B 1 0 0 5K F -1 2 1 T2 0

V D D 3

R 2 9 2

R 6 7

V D D 3

W D _D I S A B L E

C4 7 0

C 1 86

C 1 78

C 2 20

C 1 8 8

C1 8 5

C 18 0

1 0K _ 0 4

1 0 0 K _0 4

J 1

10 U _1 0 V _0 8

0. 1 U _ 1 6 V _0 4

0 . 1 U _ 1 6V _ 0 4

0. 1 U

_1 6 V _0 4

*0 . 1 U _ 1 6V _ 0 4

* 0. 1 U _1 6 V _0 4

R 2 8 8

10 K _ 04

W D _D I S A B L E

R 2 90

*OP E

N _ 35 m li

K B C _ A GN D

U 2 0

1 0 0 K _0 4

Z 2 60 8

3 . 3V S

FOR M720T

FOR M730T

M R #

35mil

Z 2 6 0 9 S

K B C _ W R E S E T #

0. 1 U _1 6 V _0 4

C 4 7 6

G N D

W D I

25mil

2 N 7 0 02 W

C 2 0 3

V C C

R E S E T#

Q2 1

C 4 89

U 4

50 92 114 12 1 127

J_ K B _ 7 2

J _ K B _7 3

0 . 1 U _ 16 V _ 0 4

A T 35 1 0 I GV -2 . 9 3-C

-C -T 1

1 U _1 0 V _0 6

5mil

CVC

BTSVY BTSVY BTSVY BTSVY BTSVY BTSVY

ABVT

8 5 20 2 -24 0 5 1

*8 52 0 2 -24 0 51

3 IN1

[1 3 ,19 ]

L P C _A D 1

L A D 1

CCVA

K S I1 /A F D #

1 0

5 8

K B -S I 0

[ 1 3 , 19 ] L P C _A D 0

L A D 0

K S I0 /S TB #

5 9

K B -S I 1

[ 1 3 , 19 ] L P C _A D 2

L A D 2

K S I2/IN IT #

6 0

K B -S I 2

[ 1 3 , 19 ]

L P C _A D 3

P C LK _ K B C

6 1

K B -S I 3

MODEL ID SELECTOR

1 3

L A D 3

K S I3/S L IN #

6 2

K B -S I4

1 1

K B -S I 4

1 1

[ 1 8]

P C L K _ K B C

L P C C L K

K S

6 3

K B -S I 5

1 2

K B -S I 5

1 2

[ 1 3, 1 9 ] L P C _ F R A ME #

L F R A ME #

LPC

K/B MATRIX

K S I5

[ 15 , 1 9]

S E R I R Q

6 4

K B -S I 6

1 4

K B -S I6

1 4

2 2

S E

RIRQ

K S

6 5

K B -S I 7

1 5

K B -S I 7

1 5

R 276

R2 85

VO LTA GE

M ODE L_ ID

[ 1 4, 1 9 , 2 0, 2 2 , 23 ]

B U F _ P L T_ R S T #

L P C RS T #/W UI4 /GP D 2( P U )

K S

K B C _W R E S E T #

1 4

W R S T #

K S O0 /P D

3 6

K B -S O0

1 0K

3 .3V

M7 20T /M7 30 T

3 7

K B -S O1

1 2 6

K S O1 /P D 1

10 K

M73 5T

[ 1 3]

GA 2 0

G A 2 0/G P B 5

3 8

K B -S O2

K S O2 /P D

3 9

K B -S O3

[ 3 2]

A C _ I N #

K B RS T #/G P B 6 ( P U )

K S O3 /P D

[ 2 1]

LE D _ A C I N #

1 6

)

4 0

K B -S O4

[ 2]

2 0

P W

URE Q #/ GP C7 ( P U

K S O4 /P D

4 1

K B -S O5

1 0

K B -S O5

1 0

T H E R M _ A LE R T#

L 8 0 LL A T /GP E 7 ( P U )

K S O5 /P D

4 2

K B -S O6

1 3

K B -S O6 1 3

2 3

K S O6 /P D 6

[ 30 ]

A P _K E Y #

E C S CI# /GP D3 ( P U )

4 3

K B -S O7

1 6

K B -S O7 1 6

1 5

K S O7 /P D

4 4

K B -S O8

1 7

K B -S O8 1 7

[ 1 9 ] W E B _ E MA I L #

E C S MI# /GP D4 ( P U )

K S O8 /A CK #

4 5

K B -S O9

1 8

K B -S O9

1 8

DAC

K S O 9/B U S Y

4 6

K B -S O1 0

1 9

K B -S O1 0

1 9

C P U _ F A N _ R

7 6

K S O 10 /P E

5 1

K B -S O1 1

2 0

K B -S O1 1

2 0

MO D E L _I D

R 27 6

10 K _ 0 4

V D D3

7 7

D A C0 /GP J 0

K S O1 1 /E RR #

5 2

K B -S O1 2

2 1

K B -S O1 2

2 1

[ 2 0 ] W L A N _P W R

7 8

D A C1 /GP J 1

K S O1 2/S L C T

5 3

K B -S O1 3

2 2

K B -S O1 3 2 2

R 28 5

*1 0 K _0 4

D A C2 /GP J 2

K S O 1

V D D3

[ 20 , 2 1 ]

W L A N _ E N

7 9

IT 85 12 E

5 4

K B -S O1 4

2 3

K B -S O1 4

2 3

8 0

D A C3 /GP J 3

K S O 1

5 5

K B -S O1 5

2 4

K B -S O1 5 2 4

[ 2 5 ]

K B C _ MU T E #

D A C5 /GP J 5

K S O 1

R 2 7 3

4. 7 K _ 0 4

8 1

D A C4 /GP J 4

R 2 8 1

10 K _ 04

B A T _ D E T

6 6

ADC

FLASH

1 0

R 2 7 4

4. 7 K _ 0 4

F L F RA ME # /GP G

B A T _ V OL T _R

6 7

A D C0 /GP I0

1 0 1

K B C _ S P I _ C E #

V D D 3

A D C1 /GP I1

F L A D0 /S CE #

J_KB1

S M C _ B A T

A C

C U R _ S E N S E _R

6 8

1 0

K B C _ S P I _ S I

3 G_ D E T #

R 26 4

10 K _ 0 4

T OT A L _C U R _R

6 9

A D C2 /GP I2

F L A D1 /S I

1 0

K B C _ S P I _ S O

D 11

[ 2]

C P U TE M P

C P U T E MP

7 0

A D C3 /GP I3

F L A D2 /S O

1 0 4

B A V 9 9

A D C4 /GP I4

F L A D3 /GP G

K B C _ S P I _ S C L K

C C D _ D E T #

R 27 5

10 K _ 0 4

[ 1 9 ]

3 G_ D E T #

7 1

1 0

S M D _ B A T

C C D _ D E T #

7 2

A D C5 /GP I5

F L CL K /S CK

1 0 6

C C D _ E N

[ 19 ]

A C

[ 1 9]

C C D _ D E T #

A D C6 /GP I6

( P D )F LR S T #/W U I7 /TM /GP G

S MC _C P U _ T H E R M

R 20 1

4. 7 K _ 0 4

M ODE L _ ID

7 3

D 12

A D C7 /GP I7

GPIO

B A V 9 9

SMBUS

5 6

S MD _C P U _ T H E R M

R 19 9

4. 7 K _ 0 4

S MC _ B A T

1 1 0

( P D

)K S O1 6 /GP C

S U S B #

[ 17 , 2 0, 2 3 , 2 7, 2 9 ]

B A T _ DE T

A C

[ 3 2 ]

S M C _ B A T

5 7

[ 3 2 ]

B A T _ D E T

S MD _ B A T

1 1 1

S M CL K 0 /GP B 3

( P D

)K S O1 7 /GP C

S U S C #

[ 1 7]

D 25

C P U TE M P

R 37 0

*1 K _ 1% _ 04

[3 2 ] S M D _ B A T

S M DA T 0 /GP B 4

9 3

C L K R U N #

[ 2 ]

S M C _ C P U _ TH E R M

S M C _ C P U _T H E R M

1 1 5

( P D

)ID0 /GP H

B A V 9 9

S M D _ CP U _T HE R M

1 1 6

S M CL K 1 /GP C 1

9 4

L E D _ TH R O TT L E #

[ 1 9]

[ 2 ]

S M D _ C P U _ TH E R M

1 1 7

S M DA T 1 /GP C 2

( P D

)ID1 /GP H

9 5

B A T _ V OL T

A C

S M CL K 2 /GP F 6 ( P U )

( P D

)ID2 /GP H

W D T _ E N

A C _ P R E

S E N T

[ 1 5 ]

[ 3 2]

B A T _V O LT

R 9 0

* 10 _ 04

C 1 9 4

*1 0 P _ 50 V _ 04

1 1 8

9 6

D 24

S M DA T 2 /GP F 7 ( P U )

( P D

)ID3 /GP H

9 7

W L A N _ D E T # [ 2 0 ]

B A V 9 9

P C LK _ K B C

PWM

( P D

)ID4 /GP H

R 2 8 0

1 0 0_ 0 4

C4 7 7

1 U _ 1 0V _ 0 6

L C D _B R I GH TN E S S

2 4

9 8

B T _D E T#

[19 ]

C HG_ CU R

A C

B A T _ V OL T

( P D

)ID5 /GP H

9 9

B A T_ V OL T _R

2 5

P W

M0 /GP A 0 ( P U )

( P D

)ID6 /GP H

D D _O N

[ 28 ]

[3 2]

CH G_ CUR

D 26

R 2 8 6

1 0 0_ 0 4

C 4 7 9

1 U _ 1 0V _ 0 6

[24 ]

K B C _ B E E P

1 0

C H G_ C U R

2 8

P W

M1 /GP A 1 ( P U )

( P D

)ID7 /GP G

3 G_ E N

[ 19 , 2 1]

B A V 9 9

C U R _S E N S E _ R

[ 1 9 ]

L E D _ S C R OL L #

2 9

P W

M2 /GP A 2 ( P U )

R 2 8 9

1 0 0_ 0 4

C 4 8 5

1 U _ 1 0V _ 0 6

[ 19 ]

L E D _N UM#

P W

M3 /GP A 3 ( P U )

EXT GPIO

T OT A L _C U R

A C

T OT A L _C U R

[ 19 ]

L E D _C A P #

3 0

[ 32 ]

T OT A L _ C U R

T O TA L _ C U R _ R

LOW

ACTIVE

3 1

P W

M4 /GP A 4 ( P U )

8 2

D 27

[ 2 1]

L E D _ B A T _C H G#

P W

M5 /GP A 5 ( P U )

( P D )E G A D/GP E

S MI #

[ 1 5 ]

3 2

8 3

B A V 9 9

[ 2 1 ]

L E D _ B A T _ F U L L#

3 4

P W

M6 /GP A 6 ( P U )

( P D )E G CS # /GP E

8 4

S C I #

[ 1 5 ]

[ 2 1 ]

L E D _ P W R #

P W

M7 /GP A 7 ( P U )

( P D )E G CL K /GP E

P W R _ B T N #

8 0 C L K

8 5

PS/2

WAKE UP

3 5

R S M R S T # [ 1 5, 1 7 ]

KBC_SPI_*_R = 0.1"~0.5"

P S

2C LK 0 /G P F 0( P U

)

( P D

)W UI5 /GP E

3 I N 1

8 6

1 7

K B C _ R S

[ 1 3 ]

V D D 3

8 0 D E T #

8 7

P S

2D A T0 /G P F 1( P U

)

( P D ) LP C P D# /W UI6 /GP E

8 8

P S

2C LK 1 /G P F 2( P U

)

PWM/COUNTER

C 4 34

0 . 1 U _ 16 V _ 0 4

[ 14 ]

P ME #

8 9

P S

2D A T1 /G P F 3( P U

)

4 7

C P U _F A

N S E N

[ 2 1]

[ 2 1 ]

T P _ C L K

9 0

P S

2C LK 2 /G P F 4( P U

)

( P D )T A C H0 /GP D

4 8

U 1 7

R 2 5 1

1 5 _1 % _0 4

[2 1 ] T P _ DA T A

P S

2D A T2 /G P F 5( P U

)

( P D )T A C H1 /GP D

K B C _S P I _ S I _ R

1 2 0

V D D

S I

R 2 4 0

K B

C _ S P I _S I

C 4 5 1

*3 3 P _ 50 V _ 04

WAKE UP

( P D )T MR I0/W

UI2 /GP C

V C O R E _ ON

[ 3 1 ]

1 5 _1 % _0 4

1 2 5

1 2 4

2 K B C _S P I _ S O _R

K B C _ S P I _S O

[ 2 ]

T H E R M_ R S T #

P W

RS W /GP E 4( P U

)

( P D )T MR I1/W

UI3 /GP C

C L _ P W R O K

[ 5 , 1 2, 1 5 , 17 ]

R 2 39

3. 3 K _ 1 %_ 0 4

S O

R 2 4 1

1 5 _1 % _0 4

C 4 3 5

*3 3 P _ 50 V _ 04

[ 30 ] P W R _ S W #

1 8

R I1 #/W U I0/ GP D0 ( P U

)

CIR

( P D )C RX /GP C

1 1 9

K B C _ F LA S H 3

W P #

C E #

1 K B C _S P I _ C E #_ R

K B C _ S P I _C E #

[ 1 2, 1 9 ]

L I D _ S W #

2 1

1 2

S US _ P W R _A C K

[1 5 ]

R 2 5 2

1 5 _1 % _0 4

C 4 3 6

*3 3 P _ 50 V _ 04

R I2 #/W U I1/ GP D1 ( P U

)

( P D )C TX /GP B

K B C _S P I _ S C LK _ R

K B

C _ S P I _S C L K

3 3

GP INTERRUPT

LPC/WAKE UP

1 9

R 2 48 3. 3 K _ 1 %_ 0 4

S C K

C 4 5 2

*3 3 P _ 50 V _ 04

[ 1 9 ]

W E B _ W W W #

S W I #

[ 1 5 ]

Z 2 61 2

H OL D#

V S S

G INT /GP D 5 ( P U )

( P D )L 80 H LA T /GP E

UART

(

P D )RIN G# /P W RF A IL# /L P CR S T# /GP B

1 1 2

C H G_ E N

[ 32 ]

E N 2 5P 0 5 -50 G CP

[ 1 9 , 21 ]

B T_ E N

1 0 8

CLOCK

1 0 9

R X D/GP B 0 ( P U )

S S

[ 12 ]

B K L_ E N

T X D/G P B 1( P U )

S S S S S S S

C K 32 K E

1 2

V S V S V S V S V S V S V S

A V

C K 32 K

R 1 0 5

* 10 M _0 4

MP ? ? ?

I T8 5 1 2E / E X

1 1 2 2 7 49 9 1

11 3 1 22

7 5

J_ECDBG1

J _ E C D B G1

3 2. 7 6 8 K H z

W D T _E N

V D D 3

R8 5

1 20 K _ 1% _ 0 4

[2 1 ] CP U _ F A N

C P U _ F A N _ R

C 2 2 1

C 2 22

3 I N 1

8 0 C L K

C 1 8 2

0 . 1U _1 6 V _ 04

D 03 A

R 41 5

1 5P _ 5 0V _0 4

1 5 P _ 50 V _ 0 4

8 0 D E T #

1 0

R8 4

*1 0 mi l _s h o rt

B OM ?

0 _ 0 4

S P U F Z -1 0S 3-V B -0 -B

[1 2 ,27 ]

B RIGH T NE S S

L CD _ B RIGH TN E S S

N C 1

*N C _0 4

R 41 5

-- -0

_0 4 O HM

C 1 9 2

*0 . 1 U _ 1 6V _ 0 4

I T8 512 E/ EX

K B C _ A GN D

I T8 502 E- J-- - -0. 1U _16 V_0 4

[ 1 3, 2 1 , 27 . . 3 0 , 32 ]

V D D 3

[ 5 , 8 . . 1 6, 1 8 . . 25 , 2 7 , 31 ]

3. 3 V S

Sheet 26 of 40

KBC-ITE IT8512E

B.Schematic Diagrams

KBC-ITE IT8512E B - 27

Clevo M728T, M730T, M729T manual KBC-ITE IT8512E, Sheet 26

Models: M728T M729T M730T

KBC-ITE IT8512E

W D T _E N

FOR M730T

0 . 1 U _ 16 V _ 0 4

5mil

MODEL ID SELECTOR

S E R I R Q

VO LTA GE

M ODE L_ ID

10 K

M73 5T

DAC

MO D E L _I D

IT 85 12 E

ADC

FLASH

C P U T E MP

SMBUS

C P U TE M P

PWM

CH G_ CUR

ACTIVE

WAKE UP

KBC_SPI_*_R = 0.1"~0.5"

PWM/COUNTER

0 . 1 U _ 16 V _ 0 4

N S E N

CIR

UART

C H G_ E N

MP ? ? ?

J_ECDBG1

Sheet 26 of 40

M728T, M729T, M730T specifications