ISL28108FRTZ-T13

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ISL28108FRTZ-T13 is a precision instrumentation amplifier that combines low noise, low temperature coefficient and low offset, making it ideal for use in the most demanding applications. It is manufactured by Intersil, a leader in high-performance integrated circuits. The amplifier is designed to operate over a wide range of temperatures ranging from -40°C to +125°C. It features a low offset of ±2.5mV at 0°C and has a single gain-setting voltage reference of 10V for high-accuracy operation. It also features low current consumption and a low distortion across the full operating temperature and frequency spectrum. The amplifier is also highly insulated from noise and interference from other sources and is well suited for use in critical sensor and sound systems.

ISL28108FRTZ-T13 is a three-stage amplifier, which is comprised of an operational amplifier, a difference amplifier and a voltage reference circuit. The operational amplifier is used to create the gain, while the difference amplifier performs the filtering and AC and DC signal level control. The voltage reference circuit sets the gain and offsets the signal. The output of the amplifier is available in either single ended or differential forms.

The amplifier is ideal for use in instrumentation and measurement systems and is able to provide a high degree of accuracy. It is also suitable for use in signal conditioning applications, in which it can be used to amplify, filter and adjust signal levels. In addition to being used as an instrumentation amplifier, the ISL28108FRTZ-T13 can also be used as a buffer amplifier, providing a high degree of isolation between the signal source and the load.

The ISL28108FRTZ-T13 is a versatile and accurate amplifier with a wide range of applications. Its low noise, low temperature coefficient and low offset make it ideal for use in measurement and instrumentation systems, where a high degree of accuracy is required. It is also suitable for use as a buffer amplifier, providing a high degree of isolation between the signal source and the load. Its wide operating temperature range, low current consumption and low distortion make it an excellent choice for a wide range of applications.

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