AD7572BQ12

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The AD7572BQ12 is a Data Acquisition – Analog to Digital Converter (ADC). This powerful and easy to implement system enables far higher performance than many of its peers. The ADC device architecture allows for both cost effective and fast data capture for signal processing applications. The AD7572BQ12 delivers 16-bit resolution and a sampling speed of up to 1MS/s. It is an ideal choice for a wide range of electrically demanding applications including medical, automotive and industrial automation.

The AD7572BQ12 features a sigma-delta architecture that includes a switched capacitor input stage and a pulse-width-modulated output stage. The device provides an inherently low noise signal-to-noise ratio (SNR) and low deterministic noise, making it an ideal tool for a variety of medical, automative and industrial applications. Moreover, the device offers an input range of 6V, which is suitable for use with both single-ended and differential-ended signals, thus eliminating the need for additional amplification.

The AD7572BQ12 also incorporates digital temperature compensation to ensure stable performance over the operating temperature range. The device enables a direct digital output with two different accuracy specifications: 16-bit effective resolution (ER), and 13-bit effective resolution with zero error interpolation (ZEI). This enables superior accuracy with low supply current, enabling efficient operation in system design. The output data is available in either left-justified or right-justified alignment.

In addition, the AD7572BQ12 provides an integrated low power shutdown mode that minimizes system power consumption when the device is not in use. The ADC device features an improved power-on and power-off response time that enables faster response in system design. The AD7572BQ12 also has configurable power savings modes that allow the user to optimize performance and power consumption.

The AD7572BQ12 is designed to optimize operations in applications that require fast sampling of signals. It offers sophisticated solutions for use in industrial, automotive and medical applications. Its low power consumption and advanced architecture ensures that users get the most out of their system design. Finally, its wide input range allows for use with both single-ended and differential-ended signals, making it an ideal choice for applications requiring reliable and accurate signal processing.

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