ISL28276IAZ-T7 Integrated Circuits (ICs)

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ISL28276IAZ-T7 is a next generation precision instrumentation amplifier featuring low noise and rail-to-rail output in a small 8-lead SOIC package.

This amplifier is suitable for applications such as data acquisition, audio systems, sensors, bridge transducer and other precision dedicated amplification. It provides rail-to-rail input, excellent linearity and low noise performance. Wider bandwidth, high gain accuracy and excellent common-mode rejection are some other features of this device.

Application field

ISL28276IAZ-T7 is ideal for use in data acquisition, audio systems, sensors, bridge transducer and other precision dedicated amplification. As its features are tailored to meet the specific needs of such applications, ISL28276IAZ-T7 is a preferable choice for these applications. As it has a rail-to-rail input, it can handle larger input signals than conventional amplifiers. Its wide bandwidth and high gain accuracy contributes to its precision and accuracy. Moreover, excellent common-mode rejection of more than 110 dB ensures low noise performance.

Working principle

ISL28276IAZ-T7 consists of a three-stage configuration, consisting of two differential inputs, two intermediate amplifiers and one output amplifier. The two inputs of the amplifier are connected to two sides of a bridge circuit. When a difference in voltage is detected between the two inputs, it is amplified by the two intermediate stages and then amplified by the output stage. The output of the amplifier is proportional to the difference in voltage detected and can be adjusted by changing the gain of the stages. The wide bandwidth and high gain accuracy of the amplifier enables it to amplify signals with high precision, while the common-mode rejection and low noise performance ensures low distortion of the amplified signals.

ISL28276IAZ-T7 is an ideal solution for use in applications such as data acquisition, audio systems, sensors, and bridge transducer. It has features tailored to meet the specific needs of such applications and is an excellent choice for precision amplification. Its wide bandwidth, rail-to-rail input, and low noise performance, in combination with its excellent linearity and common-mode rejection make it a reliable choice for precision dedicated amplification.

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