ISL28272FAZ-T7

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The ISL28272FAZ-T7 is a high-performance linear amplifier, used in a large variety of applications. It has a wide range of precision and performance capabilities, making it well-suited to a variety of instrumentation, operational amplifier (op amp), and buffer amplifier (BA) applications.

To obtain its high linearity, the device is manufactured with a silicon-on-sapphire process. This process creates a platform for high performance and repeatability for the amplifier. The ISL28272FAZ-T7 provides excellent noise performance, with its low distortion and low noise characteristics optimized for instrumentation and op amp applications, and its low input bias current making it suitable for buffer amplifier applications.

The output of the ISL28272FAZ-T7 is controlled by an internally generated reference voltage, making it ideal for applications that require a stable output. This reference voltage can be adjusted via external resistors, allowing the user to tune the device to their specific requirements.

In addition to its high linearity, the ISL28272FAZ-T7 provides high output power and low quiescent power consumption. It can handle up to 20V of output voltage and can deliver up to 1000mA of output current. This makes it suitable for a wide range of applications, from low power to high power.

The ISL28272FAZ-T7 is also suitable for use in applications requiring lower output voltages, such as precision instrumentation amplifiers (instrAmps). Its low output bias of 200µV makes it ideal for low voltage applications.

The ISL28272FAZ-T7 also provides excellent thermal stability, with its built-in temperature compensation providing better accuracy and stability over varying temperature ranges. This makes it extremely well-suited to harsh environments, such as industrial or medical instrumentation.

Overall, the ISL28272FAZ-T7 is a high-performance linear amplifier, making it well-suited to a variety of instrumentation, op amp, and buffer amplifier applications. Its wide range of performance and precision capabilities, as well as its excellent noise performance and thermal stability makes it an ideal choice for many audio, instrumentation, and industrial applications.

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