TLC4502AID

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TLC4502AID is an instrumentation linear amplifier with a wide range of applications, featuring high performance and high output current. This device behaves as an ideal op amp and can operate in a single supply voltage range. An input common mode voltage range and output swing during single supply operations make it ideal for instrumentation applications.

The TLC4502AID features a gain bandwidth product greater than 500kHz and a slew rate of 3V/us. Its current output capability is 75mA and its open-loop gain is typically greater than 80dB. Additionally, the device features wide supply voltage range, with the device able to operate at supply voltage from ±4.5V to ±18V.

The TLC4502AID is mainly used in differential amplifier applications such as in automatic test equipment systems. It is also used as a DC amplifier, along with low-noise amplifiers, and in other instrumentation amplifiers. The device is made up of a balanced input-output structure, amplifying a differential input while producing a differential output.

The working principle of the TLC4502AID is based on its input common-mode voltage range and output swing during single supply operation. The input common-mode voltage range of the device enables a level of intermediate voltage to be maintained, while the output swing allows the output to adjust itself to the input voltage. This ensures that the device amplifies the voltage being received from the input.

The TLC4502AID\'s design also features an internal frequency compensation circuit, enabling users to use it in a wide range of feedback networks. The device provides low noise performance, making it ideal for high-performance circuits and systems.

The TLC4502AID is an ideal linear amplifier in instrumentation and automatic test equipment systems. It features a high performance, wide supply voltage range, and low noise. The high gain bandwidth product and slew rate, along with the wide input common-mode voltage range, make it well suited to amplification applications. The device is also well suited to differential amplifier applications, DC amplifier applications, and low-noise amplifier applications.

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