AD8672ARMZ-REEL

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The AD8672ARMZ-REEL is a monolithic single op-amp IC from Analog Devices dedicated to precisely amplifying low frequency, low noise signals found in a variety of instrumentation, medical, and audio application fields, as well as motor driver circuits. With an operating temperature range from -40°C to +125°C, it offers excellent low drift and CMRR performance over the full temperature range, making it an ideal choice for buffer amplifier and instrumentation amplifier applications.

The AD8672ARMZ-REEL contains a single, low noise amplifier with a unity-gain voltage-feedback configuration and a single resistor in the feedback path. The input stage is able to provide a low noise output of 3 nV/√Hz, and the presence of an on-chip temperature sensor allows the IC to maintain an extremely low offset voltage over its entire operating temperature range. Additionally, the device offers a shutdown pin that can be used to reduce the input bias current to a low level, providing an efficient power-saving mode during periods of inactivity.

The AD8672ARMZ-REEL also features a wide supply voltage range of 3V to 36V, which makes it suitable for a variety of applications. Furthermore, the amplifier is provided with a noise-rejecting power rail node and a precision voltage reference, allowing for the use of the device in noise-sensitive applications. The amplifier also exhibits very low phase shift and distortion levels, making it well-suited for driving motor driver circuits.

The AD8672ARMZ-REEL is used in a variety of instrumentation and buffer amplifier applications, including medical and audio equipment, industrial process control, and motor driver circuits. The device\'s low noise output and wide supply voltage range make it ideal for these applications, where a low offset voltage and high CMRR performance are essential. Additionally, the presence of a temperature sensor ensures that the device remains stable and reliable under extreme temperature variations, and the power-saving shutdown pin further enhances the device\'s versatility.

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