ACNT-H79A-500E

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The ACNT-H79A-500E linear amplifier is designed for instrumentation and industrial applications where precision, speed, and low noise are required. The ACNT-H79A-500E has an integrated differential input stage and a common-mode rejection gain of 500. This makes it ideal for applications such as precision measuring and controlling, data acquisition, and biochemical instrumentation.

The ACNT-H79A-500E is a three-stage integrated circuit. The first stage is a buffered differential input stage. This stage provides the required input common-mode range and common-mode rejection gain. The differential gain of the input stage is kept to be within 1.5%. The second stage is an instrumentation amplifier. This stage amplifies the differential signals from the input stage. The third stage is an output buffer. This stage provides the necessary bandwidth and slew rate. This ensures that the output of the amplifier is stable and well-behaved.

The ACNT-H79A-500E has a wide gain-bandwidth product of 500MHz, making it suitable for high-speed applications. It also has a wide common-mode rejection range of 100kHz-100MHz, making it ideal for low frequency operations. In addition, the ACNT-H79A-500E offers an excellent low noise performance of 6.5nV/√Hz at 1kHz, making it suitable for precise measurements.

In summary, the ACNT-H79A-500E is a precision instrumentation amplifier ideal for industrial and instrumentation applications and high-speed, low-noise data acquisition. Its wide gain-bandwidth product, wide common-mode rejection range and excellent low noise performance make it a perfect choice for precise and accurate measurements.

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