ADS8372IBRHPR

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The ADS8372IBRHPR is a high-performance, 16-bit Bi-CMOS analog-to-digital converter (ADC) from Texas Instruments. It is an extremely low-power and cost-effective solution for applications requiring tiny footprint, high accuracy with low total harmonic distortion (THD) over temperature and high performance for a wide dynamic range. This device is designed for space- and cost-constrained systems such as medical imaging equipment and ultrasound scanners.

This device is ideal for applications such as ultrasound scanners and medical imaging equipment where the space and cost are sensitive. The small size of the device allows it to be used in applications such as portable medical imaging units and medical wearable devices. The low power consumption of the device allows for operation in battery-powered medical and portable equipment.

The ADS8372IBRHPR features an integrated Bi-CMOS analog-to-digital (A/D) converter for converting signals into digital data. The device has been designed with advanced 16-bit resolution over temperature, low total harmonic distortion (THD) over temperature and high performance over a wide dynamic range. The device has also been designed with a low-noise, linear-phase architecture that provides a low-power solution for applications requiring high resolution and fast transitions.

The ADS8372IBRHPR contains four analog-digital-converters (ADCs) that can be configured in parallel, series, or single-ended modes. Each of the four inputs can be connected to an external amplifier, allowing for a wide dynamic range. The input circuit includes a low-noise pre-amplifier and a high-performance comparator for digitization. The resolution of each of the four inputs is 16 bits, with an input range of 7-24V. The device also includes an on-chip temperature sensor.

The ADS8372IBRHPR features an integrated voltage reference that can be adjusted for different gains. The reference can be programmed to provide a high accuracy and low noise performance over a wide temperature range. The on-chip low-noise reference can be used to provide low noise and accurate results over temperature.

The device also contains two independent latency timers that can be used to control the latency of different ADCs. The latency timer allows the ADCs to be synchronized, resulting in better performance and lower power consumption when dealing with high-speed data acquisition. The timers can be programmed to provide the desired latency for each of the ADCs.

The ADS8372IBRHPR comes with a range of power-savings features that enable reduced power consumption. The power-savings mode allows the device to reduce power consumption when not in use. The device also takes advantage of Texas Instruments\' SmartMOS power architecture which enables advanced power management. The device supports various power management modes such as auto-discharge, low-power idle, and variable-supply voltage.

In conclusion, the ADS8372IBRHPR is a high-performance, low-power, cost-effective 16-bit ADC from Texas Instruments. This device is an ideal choice for space- and cost-constrained applications such as medical imaging equipment and ultrasound scanners. It has been designed with an integrated low-noise pre-amplifier, an on-chip reference, two latency timers, and advanced power management capabilities. This device is a good choice for applications that require high accuracy, low power consumption, high dynamic range, and low total harmonic distortion (THD) over temperature.

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