MC33202DR2G

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A MC33202DR2G is a two-channel, dual-rail operational amplifier with a low gain amplifier and a high gain amplifier. It is a linear amplifier commonly used for instrumentation, operational amplifiers, buffer amplifiers and other applications. Both the low gain and high gain amplifiers feature low noise, wideband operation and low distortion.

The main feature of this device is its low input offset voltage and low drift. The input offset voltage is typically ±5mV and the drift is less than 5μV/°C. It also has a high common mode rejection ratio, which is typically 85dB at 1kHz. This makes it suitable for use in measurements of low-level signals and also where low offsets are required.

The gain of the MC33202DR2G can be configured using a feedback resistor. With a 10kΩ feedback resistor, the gain is typically 13dB. The bandwidth of the amplifier depends on the feedback resistor and can range from 1kHz to 10MHz. The current consumption of the amplifier is typically 2mA.

The MC33202DR2G operates on single-supply rails and requires a power supply of at least 2V for the low gain amplifier and 10V for the high gain amplifier. The maximum output swing of the low gain amplifier is 8V with a 5V power supply and the maximum output swing of the high gain amplifier is 16V with a 10V power supply.

The MC33202DR2G is ideal for applications where accuracy and clean signal fidelity are important such as data acquisition, automotive and medical applications. Its low noise and low drift features make it suitable for accurate signal sensing and low-level signal conditioning.

The MC33202DR2G offers a range of features which make it suitable for a variety of applications. Its low noise, wideband operation and low distortion make it suitable for accurate measurement and signal conditioning. Its low input offset voltage and low drift make it suitable for measurements of low-level signals and also where low offsets are required. The ability to configure the gain using a feedback resistor makes it suitable for a wide range of applications.

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