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HV257FG-G

Manufacturer

MICROCHIP TECHNOLOGY

data-sheet
Data sheet
Data sheet
HV257FG-G is utilized in high-voltage applications such as microelectromechanical systems (MEMS) drivers, piezoelectric transducer drivers, and optical crosspoint switches. Its design supports high voltage operations, making it ideal for industrial and telecommunications sectors where precision and reliability are critical.
Specification
Specification
IC OPAMP GP 32 CIRCUIT 100MQFP
IC OPAMP GP 32 CIRCUIT 100MQFP
Detailed specification
Detailed specification
General Purpose Amplifier 32 Circuit 100-MQFP (20x14 mm) (0.79x0.55 in)
General Purpose Amplifier 32 Circuit 100-MQFP (20x14 mm) (0.79x0.55 in)
Description
Description
The HV257FG-G is a 32-channel high-voltage sample-and-hold amplifier array IC designed for applications requiring high voltage and precision. It operates with a maximum supply voltage of 300V and features a typical output slew rate of 2.2V/µs. Each channel can drive capacitive loads up to 3000 pF, with adjustable output current limits. The internal closed-loop gain is set at 72V/V, making it suitable for MEMS drivers and optical crosspoint switches.
The HV257FG-G is a 32-channel high-voltage sample-and-hold amplifier array IC designed for applications requiring high voltage and precision. It operates with a maximum supply voltage of 300V and features a typical output slew rate of 2.2V/µs. Each channel can drive capacitive loads up to 3000 pF, with adjustable output current limits. The internal closed-loop gain is set at 72V/V, making it suitable for MEMS drivers and optical crosspoint switches.
Availability
Availability
Can be ordered from Westcomp
Can be ordered from Westcomp
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