INA105KP

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INA105KP Application Field and Working Principle

The INA105KP is a monolithic instrumentation amplifier consisting of a precision, low noise differential input stage coupled with a high linearity output stage. The device is based on the high quality design of the classic instrumentation amplifier. It offers superior accuracy and stable operation, and can be used in a wide variety of precision instrumentation, low frequency filtering and power sensing applications.

The INA105KP can be used as a differential amplifier, active filter, and many other configurations. The low noise input means that it can be used for low level sensor conditioning, or for applications like low frequency voltage level detection and control. With the high linearity output stage, it is suitable for precision power sensing applications, where a very low offset, low temperature drift and high output accuracy are required.

The input stage of the INA105KP consists of three high performance, low noise amplifiers. These are biased current sources and are used to provide a differential input voltage. The differential voltage is then amplified by the output stage and then buffered, to provide a high linearity, accurate and noise free output signal.

The INA105KP also includes an industry standard amplifier core. This core has a gain of 1V/V and the inputs and outputs are tailored to the application. This allows the device to be used in a variety of gain and filter configuration, and to be easily integrated into new and existing applications.

Overall, the INA105KP is a high quality instrumentation amplifier designed for a wide range of precision instrumentation and power sensing applications. It provides a low noise differential input stage and an accurate, linear output stage and is ideal for applications where high accuracy and low noise performance are required. The device also features an industry standard amplifier core and is easy to integrate into new and existing systems.

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