MIC922YC5-TR

The MIC922YC5-TR is a linear amplifier, which is specifically designed for use as an instrumentation amplifier, providing ultra-low offset, low drift and high common mode rejection capabilities. It is a three terminal device with two input pins, which are referenced to a reference pin known as Vref.

It features a very high slew rate of 7.8 V/us and has a unity gain bandwidth of 5 kHz, making it particularly suitable for use in high frequency signal conditioning and test equipment applications such as oscilloscopes and data acquisition systems. The device also has a low power consumption of just 1 mA at 25°C.

The MIC922YC5-TR is an application specific, low power, low noise, high linearity amplifier for driving, measuring and sampling signals in hostile environments. It is especially suitable for use in portable medical instrumentation and telecommunications applications, as well as for audio and voice recordings. The device has a low input voltage of 0.15 V, making it ideal for use in low-power, low-voltage applications.

Moreover, the MIC922YC5-TR offers an array of features such as an ultra-low leakage current of 0.3 pA, low output phase accuracy of 0.015° phase and a maximum output level of 5.5V. It features an extremely low distortion level of 0.06%, a wide common mode rejection range of 20 kHz in Class A amplifiers and a low input bias current of 0.05 pA.

The MIC922YC5-TR is an ideal choice for low-power, low-voltage battery operated instrumentation amplifier applications. Its basic function is to amplify the input signal by a fixed gain. It uses a three terminal configuration, which helps to minimize external components. The device works on the principle of negative feedback, which ensures stable operation and optimizes performance. It also provides excellent common mode rejection for signals that are not perfectly symmetrical.

As far as the working principle of the MIC922YC5-TR is concerned, it uses a three-terminal configuration, which helps to reduce the number of external components that are needed for operation. The gain is set by a single resistor, usually the external feedback resistor Rf. The output signal is taken from the output pin of the amplifier and can be either buffered or used as is. The device features a negative feedback loop, which helps to optimize performance and provide stable operation over temperature, load and supply variations.

In conclusion, the MIC922YC5-TR is a reliable and high performance instrumentation amplifier specially designed to filter, amplify and sample signals in hostile environments. It features a wide range of features such as ultra-low leakage current, low distortion level, low power consumption and low input bias current. It is capable of driving and measuring signals with accurate output levels and high common mode rejection. The MIC922YC5-TR is an ideal choice for low-voltage, battery operated, low-power instrumentation applications.