MP4864A

– 64-CHANNEL, HIGH-VOLTAGE, SPST ANALOG SWITCH

MP4864A Rev. 1.0

MonolithicPower.com

3

10/20/2021

MPS Proprietary Information. Patent Protected. Unauthorized Photocopy and Duplication Prohibited.

© 2021 MPS. All Rights Reserved.

PIN FUNCTIONS

Pin #

Name

Description

A1

GND

Device ground.

A2

SWIN3

Analog switch input 3. Connect SWIN3 to the high-voltage pulse/transmitter.

A3

SWOUT3

Analog switch output 3. Connect SWOUT3 to the piezoelectric transducer.

A4

SWIN5

Analog switch input 5. Connect SWIN5 to the high-voltage pulse/transmitter.

A5

SWOUT5

Analog switch output 5. Connect SWOUT5 to the piezoelectric transducer.

A6

SWIN6

Analog switch input 6. Connect SWIN6 to the high-voltage pulse/transmitter.

A7

SWOUT6

Analog switch output 6. Connect SWOUT6 to the piezoelectric transducer.

A8

SWIN8

Analog switch input 8. Connect SWIN8 to the high-voltage pulse/transmitter.

A9

SWOUT8

Analog switch output 8. Connect SWOUT8 to the piezoelectric transducer.

A10

SWIN9

Analog switch input 9. Connect SWIN9 to the high-voltage pulse/transmitter.

A11

SWOUT9

Analog switch output 9. Connect SWOUT9 to the piezoelectric transducer.

A12

SWIN11

Analog switch input 11. Connect SWIN11 to the high-voltage pulse/transmitter.

A13

SWOUT11 Analog switch output 11. Connect SWOUT11 to the piezoelectric transducer.

A14

GND

Device ground.

B1

SWOUT1

Analog switch output 1. Connect SWOUT1 to the piezoelectric transducer.

B2

SWIN4

Analog switch input 4. Connect SWIN4 to the high-voltage pulse/transmitter.

B3

SWOUT4

Analog switch output 4. Connect SWOUT4 to the piezoelectric transducer.

B4

SWIN35

Analog switch input 35. Connect SWIN35 to the high-voltage pulse/transmitter.

B5

SWOUT35 Analog switch output 35. Connect SWOUT35 to the piezoelectric transducer.

B6

SWIN7

Analog switch input 7. Connect SWIN7 to the high-voltage pulse/transmitter.

B7

SWOUT7

Analog switch output 7. Connect SWOUT7 to the piezoelectric transducer.

B8

SWIN40

Analog switch input 40. Connect SWIN40 to the high-voltage pulse/transmitter.

B9

SWOUT40 Analog switch output 40. Connect SWOUT40 to the piezoelectric transducer.

B10

SWIN10

Analog switch input 10. Connect SWIN10 to the high-voltage pulse/transmitter.

B11

SWOUT10 Analog switch output 10. Connect SWOUT10 to the piezoelectric transducer.

B12

SWIN43

Analog switch input 43. Connect SWIN43 to the high-voltage pulse/transmitter.

B13

SWOUT43 Analog switch output 43. Connect SWOUT43 to the piezoelectric transducer.

B14

SWIN12

Analog switch input 12. Connect SWIN12 to the high-voltage pulse/transmitter.

C1

SWIN1

Analog switch input 1. Connect SWIN1 to the high-voltage pulse/transmitter.

C2

SWOUT2

Analog switch output 2. Connect SWOUT2 to the piezoelectric transducer.

C13

SWIN14

Analog switch input 14. Connect SWIN14 to the high-voltage pulse/transmitter.

C14

SWOUT12 Analog switch output 12. Connect SWOUT12 to the piezoelectric transducer.

D1

SWOUT0

Analog switch output 0. Connect SWOUT0 to the piezoelectric transducer.

D2

SWIN2

Analog switch input 2. Connect SWIN2 to the high-voltage pulse/transmitter.

D4

SWIN36

Analog switch input 36. Connect SWIN36 to the high-voltage pulse/transmitter.

D5

SWOUT36 Analog switch output 36. Connect SWOUT36 to the piezoelectric transducer.

D6

SWIN38

Analog switch input 38. Connect SWIN38 to the high-voltage pulse/transmitter.

D7

SWOUT38 Analog switch output 38. Connect SWOUT38 to the piezoelectric transducer.

D8

SWIN41

Analog switch input 41. Connect SWIN41 to the high-voltage pulse/transmitter.

D9

SWOUT41 Analog switch output 41. Connect SWOUT41 to the piezoelectric transducer.

D10

SWIN45

Analog switch input 45. Connect SWIN45 to the high-voltage pulse/transmitter.

D11

SWIN44

Analog switch input 44. Connect SWIN44 to the high-voltage pulse/transmitter.