2

Schematic diagrams

Figure 1. EVLPWD5T60 schematic - driver output stages

SGND

OD

CIN

OUT2

OUT3

OUT1

HV

SNS3

SNS2

SNS1

BOOT1

BOOT2

BOOT3

CIN

CIN

BOOT1

BOOT2

BOOT3

VCC

VCC

HV

VCC

VDD

VCC

VDD

OUT2

HIN1

HIN2

HIN3

LIN1

LIN2

LIN3

FAULT

OUT3

OUT1

ENABLE

SENSE1

SENSE2

SENSE1_REF

SENSE2_REF

SENSE3_REF

SENSE3

R64

27R

J P9

CLOSED

R67

1k5

R63

27R

TP19

TP21

C40

220nF/25V

TP20

R62

27R

D17

N.M.

TP15

TP13

TP17

TP11

R71

1k5

J P10

N.M.

1

2

C39

220nF/25V

TP12

TP10

U4

PWD5T60

GND

EP5

SENSE1

12

GND

9

OUT1

10

OUT1

11

BOOT1

31

OUT2

EP3

LIN2

3

OUT2

16

OUT2

17

SENSE2

15

OUT3

19

SENSE2

14

OUT1

EP4

LIN3

4

HIN3

1

VCC

34

OD

8

EN

7

OUT3

EP2

SENSE3

21

LIN1

2

OUT3

18

CIN

6

FAULT

5

BOOT2

32

BOOT3

33

SENSE1

13

HIN1

35

HIN2

36

SENSE3

20

OUT1

30

J P12

N.M.

1

2

TP18

TP22

R68

10k

C43

2.2nF/25V

J P8

CLOSED

R65

47k

C42

47nF/25V

TP9

D16

N.M.

TP14

C37

470nF/25V

TP16

+

-

U3B

TSV912IQ2T

5

7

6

C41

470nF/25V

J P11

N.M.

1

2

D15

N.M.

C38

470nF/25V

R69

1k5

Figure 2. EVLPWD5T60 schematic - feedback network

HIGH VOLTAGE SECTION

VCC_E min 9V max 20V

VCC_E

VDD_E

SGND

OUT3

OUT2

OUT1

HV

PGND

VDD_E 3V3

PWM_HIN1

PWM_LIN1

PWM_HIN2

PWM_LIN2

PWM_HIN3

PWM_LIN3

SENSE_3

SENSE_2

SENSE_1

FAULT

ENABLE

VDD

DEFAULT CONFIGURATION

6-step 1 shunt Sensorless Voltage Mode

VCC=15

JP1 closed (VDD=3V3)

VBUS

A+/H1

B+/H2

Z+/H3

Udd

GND

HALL power

P has eV_H

P has eV_L

P has eW _H

P has eW _L

P has eU_L

P has eU_H

S ENS E_2

S ENS E_3

S ENS E_1

S ENS E_OUT1

S ENS E_OUT2

S ENS E_OUT3

S ENS E_OUT1

S ENS E_OUT2

S ENS E_OUT3

VBUS _fdbk

FAULT

P has eU_H

P has eU_L

P has eV_H

P has eV_L

P has eW _H

P has eW _L

S ENS E_1

S ENS E_2

S ENS E_3

ENC_HALL_C

HALL_BEMF_A

HALL_BEMF_B

HALL_BEMF_C

ENC_HALL_B

ENC_HALL_A

HALL_BEMF_A

BEMF_C

ENC_HALL_A

ENC_HALL_B

HALL_BEMF_B

ENC_HALL_C

HALL_BEMF_C

BEMF_B

BEMF_A

BEMF_C

E5V

GPIO_BEMF

GP IO_BEMF

BEMF_A

BEMF_B

GP IO_BEMF

GP IO_BEMF

S ENS E_OUT2

CP OUT

CP OUT

CURRENT_REF

CURRENT_REF

E5V

VCC

VDD

VDD

VDD

VDD

VDD

VDD

VDD

VDD

HV

HV

VDD

VDD

VDD

VDD

VCC

VDD

VDD

VDD

VDD

VDD

HIN1

LIN1

HIN2

LIN2

HIN3

LIN3

OUT1

OUT2

OUT3

FAULT

ENABLE

S ENS E2

S ENS E1

S ENS E3

S ENS E3_REF

S ENS E2_REF

S ENS E1_REF

OUT1

OUT2

OUT3

R15

1k

+

C5

10uF/25V

D1

BZT52C3V3

R12

20k

R54

1.8k

R45

180k

R34

1.8k

C26

N.M.

TP 8

TP 4

R53

180k

R50

10k

C13

100nF/25V

D10

BAT54J

R61

N.M.

J 6 1

2

3

4

5

D11

RFU02VS M6S

1

2

R9

20k

J 2

1

2

3

C22

100nF/25V

C19

33pF/25V

R3

3R3

R60

0R

C8

33pF/25V

C30

4.7pF/50V

R8

1.8k

R37

180k

TP 1

C31

4.7pF/50V

J 3

1

2

3

R22

1.8k

J P 3

1-2 CLOS ED

1

3

2

R27

470k

J P 4

CLOS ED

C23

N.M.

R5

1k

R19

10k

R31

20k

C3

33nF/630V

C1

68uF/450V

R21

33k

R29

47k

TP 7

C35

100nF/25V

R41

20k

R58

1.8k

R23

1k

+

-

U3A

TS V912IQ2T

3

1

4

8

2

C27

4.7pF/50V

+

-

U1A

TS V912IQ2T

3

1

4

8

2

TP 5

D2

BAT54J

C21

N.M.

R43

1.8k

R7

20k

J P 2

OP EN

C7

33pF/25V

C9

100nF/25V

C15

33pF/25V

C32

10pF/25V

J 4

MOTOR CONN.

1

3

5

7

9

11

13

15

17

19

21

23

25

2

4

6

8

10

12

14

16

18

20

22

24

26

27

29

31

33

28

30

32

34

C10

33pF/25V

C28

33pF/25V

TP 23

TP 2

D4

RFU02VS M6S

1

2

R35

1K

R11

1.8k

R1

3R3

R16

1.8k

J P 6

1-2 CLOS ED

1

3

2

C14

4.7uF/10V

D5

BAT54J

R33

1k

R42

10k

R39

1k

R24

10M

R40

3.3k

R48

10k

R2

1k

C2

N.M.

D3

BAT54J

C11

33pF/25V

J 1

1

2

R57

N.M.

D6

BAT54J

R10

1k

D7

RFU02VS M6S

1

2

D9

BAT54J

R30

1K

C36

100nF/25V

C4A

N.M.

D14

BAT54J

R13

10k

TP 6

C34

10pF/25V

C25

33pF/25V

D12

BAT54J

R44

180k

C20

100nF/25V

R52

180k

C18

2.2pF/25V

R17

0R

C12

47nF/25V

TP 3

D13

BAT54J

J P 7

CLOS ED 2-4

2

4

+

C4

4u7F

25V

C5A

N.M.

J P 5

1-2 CLOS ED

1

3

2

R59

N.M.

R14

20k

R51

1.8k

R4

1k

R25

1K

J P 1

CLOS ED

R49

10k

TP 24

R32

6.49k

R36

180k

C29

2.2pF/25V

C17

33pF/25V

J 5

1

2

3

4

5

6

7

8

9

10

11

12

13

V+

+

-

V-

U2

TS 3021ILT

1

4

5

3

2

R46

1k

R55

1k

R47

3.3k

R26

470k

R56

3.3k

R18

0R

C33

10pF/25V

+

-

U1B

TS V912IQ2T

5

7

6

R28

22k

R20

0R

D8

BAT54J

C16

2.2pF/25V

C6

33pF/25V

R6

1k

C24

N.M.

R38

1k

EVLPWD5T60

Schematic diagrams

DB5226 - Rev 2

page 4/15