NCV33078DR2G

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NCV33078DR2G is a high precision, low power instrumentation amplifier, ideal for an array of applications across the industrial space. This low power amplifier is specifically designed to amplify signals with very low noise and power consumption, making it suitable for applications that require very low power consumption, such as battery operated portable electronic devices. This is achieved through its integrated bias voltage regulator, which ensures that the supply voltage of the amplifier remains constant over its operating temperature range. This makes it ideal for applications such as sensors and transducers for data acquisition, signal conditioning and signal conversion.

The NCV33078DR2G is designed to operate over a wide range of voltage levels, from 4.5V to 36V, and offers high precision amplification and signal to noise ratio at low frequency. Its closed loop gain range is from 0.01V/V to 10V/V, with a typical gain range of 0.1V/V to 1V/V. The amplifier also offers a wide bandwidth, with a maximum gain bandwidth product of 10MHz. The amplifier features an excellent common-mode rejection ratio, of 86dB at 1kHz, while offering a low input bias current of 10nA.

In terms of its performance in applications, NCV33078DR2G offers considerable advantages, such as high precision and low power consumption. It is capable of delivering very low noise performance, with a typical 1200μVp-p noise level, and very low total harmonic distortion of typically 0.0005%. It is capable of driving long cable runs and minimizing common-mode gain errors, due to its high common-mode rejection ratio. It is also capable of maintaining high gain accuracy, due to its low slewing flatness across its gain range.

The NCV33078DR2G also offers high linearity, which is necessary for applications such as data acquisition, signal conditioners and transducers. Furthermore, it is able to accurately provide accurate input and output conversion, respectively. This is necessary in order to enable the amplifier to provide consistent performance across various gain ranges.

In terms of its working principle, the NCV33078DR2G is an operational amplifier, which is used to achieve a desired gain by applying a differential voltage to its input. This differential voltage is applied to two transistors within the amplifier, which in turn result in an output voltage. This output voltage is then amplified further by an internal voltage divider, to achieve the desired gain.

The NCV33078DR2G is suitable for a wide range of applications, including precision analog signal processing, signal converters and electronic instrumentation. Its high performance and low power consumption make it ideal for portable applications, and its excellent common-mode rejection ratio allows it to drive long cable runs and minimize common-mode gain errors.

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