NCV33201VDR2G

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The NCV33201VDR2G is an ideal solution for electronic instrumentation and amplifying applications needing wide bandwidths and high signal-to-noise ratio. The IC includes a single, excellent wide-band unity-gain stable buffer amplifier which can source and sink up to 100mA of drive. This makes it well suited for applications requiring especially low noise and distortion.

The NCV33201VDR2G is a low-voltage dual operational amplifier that offers high performance while consuming very low power, as well as providing many important features such as a wide supply voltage, inrush current limiting and enable/disable logic control. This makes it ideal for low power, space saving instrumentation applications.

The device is designed to improve performance in applications such as signal conditioning, filtering, signal detection, audio amplifiers and analog-to-digital converters (ADC). Its excellent low frequency performance, low noise and fast response time allow the NCV33201VDR2G to be used for gain control, high frequency S/H filtering or high speed low frequency sample and hold. It also offers excellent dynamic range performance, making it well suited for audio applications.

The working principles of the NCV33201VDR2G are based around its two operational amplifiers. An inverting amplifier is used in the input stage, followed by a non-inverting amplifier in the output stage. Both amplifiers are connected back-to-back in a bridged configuration and the non-inverting amplifier sets the gain of the device. The high input impedance and low output impedance of each stage ensure that the device only sees small capacitive loads, resulting in a wide bandwidth response.

The NCV33201VDR2G is a high performance dual operational amplifier which offers excellent dynamic range and low noise performance. With its wide supply voltage range, flexible bias voltage and inrush current limiting, it is well suited for a wide range of instrumentation applications. The device features include unity-gain buffer amplifiers, with a fast response time and a wide bandwidth, making it ideal for use in audio and signal conditioning applications.

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