EL8172FSZ

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Linear amplifiers are very important devices that are used to increase the power, voltage, or current of an analog electrical signal. The EL8172FSZ is a high-precision 4-quadrant amplifier that uses differential input and voltage feedback. It is designed for low-noise and low-power consumption in instrumentation and other demanding applications.

The EL8172FSZ is a high quality and reliable linear amplifier for audio, optical communications, and instrumentation. It is a type of differential input, differential output linear amplifier with a low total harmonic distortion of 0.02%. The amplifier is equipped with low noise input, fast slew rate, and high common-mode rejection ratio which make it suitable for applications that require high accuracy and low noise.

The EL8172FSZ provides high gain and high output current while dissipating less than 75mW under certain specific conditions. The device also provides a low input bias current and a high input voltage tolerance of up to 5V. It is also capable of operating at wide supply voltages ranging from 5V to 15V.

Its working principle is based on use of railway bridges for differential inputs to compare two signals and to measure the characteristics of a circuit. The device provides an output signal that is twice the input signal amplitude. It is capable of working reliably in environments of extreme temperature changes as it has a wide input voltage tolerance.

The EL8172FSZ is primarily used in instrumentation and optical communications applications. In instrumentation, it is used for measuring the properties of a circuit, measuring the characteristics of a signal, and for other related purposes. In optical communications, it is used to amplify the signal generated by a laser or an optical fiber before sending it to the end-point. It is also used in other applications that require low noise levels and low power consumption.

In conclusion, the EL8172FSZ is a high-precision and reliable linear amplifier that is suitable for instrumentation and optical communications applications due to its low noise and low power consumption. It can work reliably in extreme temperature changes and can provide high gain and current output with a low input bias current and a high input voltage tolerance.

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