OPA202IDR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The OPA202IDR is an operational amplifier (op-amp) that offers high precision, low noise, and excellent DC precision in a single operational amplifier. This is an ideal choice for applications that require a high degree of accuracy and stability. It has a low noise and stable temperature coefficient which makes it one of the most popular op-amps for instrumentation and process control applications.

The OPA202IDR uses an input stage which is also known as a differential amplifier. This helps to provide high common mode rejection of input signals. It has a low input offset voltage of typically less than 5mV and extremely low drift characteristics making it very suitable for precision applications. The amplifier has a wide common mode range of -6V to +6V and can handle up to 45V peak-to-peak output voltage.

The OPA202IDR is a single-channel amplifier and offers full supply Voltage and power for increased noise immunity and lower power consumption. It has and excellent slew rate of 45V/μs which ensures good performance even at high frequencies. It has low input bias current of typically less than 0.75µA and very low output impedance.

The OPA202IDR also has excellent stability and provides good power supply rejection, stability, and robustness. It is also resistant to distortion, noise, and oftencrosstalk. The OPA202IDR is particularly suited for process control applications such as industrial and automotive systems and scientific instruments where accuracy and stability of the output is required. It is also an ideal choice for general purpose buffering applications and is even used in some control applications such as automatic gain control (AGC).

In summary, the OPA202IDR is a high precision, low noise, low drift differential amplifier that is suited for precision applications such as process control, buffering, and AGC. It offers excellent common - mode rejecting, low input offset voltage, wide common mode range and very low output impedance, making it highly suitable for instrumentation and process control applications.

The specific data is subject to PDF, and the above content is for reference