ISL28208FRTZ-T13

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The ISL28208FRTZ-T13 is an instrumentation amplifier that has various applications in the linear circuits. It is the perfect choice for engineers and designers looking for a single-ended, low-noise input stage with an internal gain of 10. This device is largely used in analog-to-digital converters, filter circuits, medical instrumentation and industrial pressure and temperature sensors. It can also be used to measure strain and displacement.

The ISL28208FRTZ-T13 amplifier leverages a proprietary Analog Devices layout and design to reduce thermal noise, increase bandwidth and ensure accurate gain block performance. It is designed to have a low-noise, single-ended differential output instrumentation amplifier with an internal gain of 10. It also has a wide power supply range from ±6 V to ±25 V. The amplifier typically has an input offset voltage of 600 μV and a supply current of 28 μA.

The main feature of the ISL28208FRTZ-T13 instrumentation amplifier is its high input impedance. This allows the device to accurately measure signals with low power consumption and low noise while also reducing thermal noise. The amplifier also features two SR flip-flops and two multiplexers that enable it to sample up to four inputs with minimal power consumption.

The working principle of the ISL28208FRTZ-T13 amplifier is that it amplifies the input signals and adjusts the gain depending on the feedback voltage. The amplifier consists of a differential amplifier and a variable gain amplifier (VGA). The differential amplifier accepts an input signal, amplifies it and then provides an output signal. The gain of the VGA is adjusted based on the feedback voltage from the output amplifier.

The ISL28208FRTZ-T13 instrumentation amplifier is a great choice for engineers and designers working with linear circuits. It provides accurate signal measurements while consuming low power, and its high input impedance ensures low noise and thermal noise. With its versatility and wide power supply range, it is the perfect choice for various analog-to-digital converters, filter circuits, medical instrumentation and industrial sensors.

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