ADC101S021CISDX/NOPB

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Analog-to-digital converters (ADCs) are essential components in any data acquisition system. The ADC101S021CISDX/NOPB is a precision, high-speed, dual-channel low-power ADC offering high performance, flexibility and low power consumption in a small package size. This device is well suited for applications in industrial, medical, automotive and defense markets.

The ADC101S021CISDX/NOPB offers both sampling speed (up to 2.1GS/s) and resolution (up to 16-bits). The wide dynamic range of -3.3V to AVDD+0.7V allows the device to be used in many applications. This ADC also has an integrated temperature sensor and is designed to work in the presence of high waveforms with minimal phase distortions.

The device consists of two independent analog inputs, a differential or single-ended amplifier stage, two analog-to-digital conversion channels with 16-bit resolution, an internal clock (frequencies up to 106MHz) and a serial interface for communication. The input stage of the circuit includes an adjustable gain control and a low-pass filter for removing unwanted noise signals.

This device operates in four modes: fast, burst, peak and synchronous mode. In fast mode, the ADC101S021CISDX/NOPB has a maximum sampling rate of 2.1 GS/s, which can be reduced for lower resolution. The burst mode allows for continuous sampling at lower sampling rates (down to 10MHz max), and the synchronous mode synchronizes multiple ADCs with each other. The peak mode allows for fast peak and hold measurements.

The ADC101S021CISDX/NOPB is designed to operate on single +5V supply and consumes 45mW in single-ended mode or 55mW in differential mode. The device offers excellent performance with low current consumption and high sampling speed, making it an ideal choice for many applications.

The ADC101S021CISDX/NOPB is an ideal choice for many applications requiring high performance, flexibility and low power consumption. The wide dynamic range and high sampling rate allow the device to be used in a variety of applications, including industrial, medical, automotive and defense, as well as various other data acquisition systems. The adjustable gain control and low-pass filter enable the device to be used in the presence of high waveforms with minimal phase distortion.

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