AD5732RBREZ

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The AD5732RBREZ is a high-performance, low power, quad voltage-output, 16-bit digital-to-analog converter (DAC). With integrated current-output drivers, the DAC is optimized for applications that require high-precision, wide dynamic range, and low power.

The product has a high-performance input architecture with a range of power supply and reference voltage options allowing up to 16 bits of output voltage resolution while consuming less than 400mW at 3.3V operation. The AD5732RBREZ can provide up to 16-bit resolution of total adjustment in output amplitude, offset and gain.

The device is well suited for a wide range of applications, including industrial process control, various scientific instruments, point-of-load voltage regulation, and motor control. The AD5732RBREZ also has adjustable voltage and current feedback, which makes it suitable for Analog-to-Digital Converter (ADC) supply regulation in low-noise systems.

The device operates from a single 1.8V to 5.5V power supply. The AD5732RBREZ has an onboard oscillator that provides a reference clock for updating the DAC when required. The device features adjustable 16-bit gain and offset DACs that help the user to adjust the output voltage range and offset to the full 16-bit resolution of the device. The integrated consecutive current-output drivers can easily provide up to ±1V of output voltage range over a full-scale current range of up to 40mA, making the device ideal for high resolution, low power applications.

The AD5732RBREZ contains internal memory that can be loaded with a different set of commands and user data to specify alternate output voltage ranges, offset voltage steps, and current limit settings. This memory feature makes the device suitable for applications requiring frequent updates of the gain and offset values. The device also supports multiprocessor data bus protocols, allowing easy integration into systems containing multiple digital control cores.

The AD5732RBREZ features low-latency update times and a wide range of programmable gain and offset settings. The onboard sequential current-output drivers enable fast current-output voltage conversion times, reducing total power consumption in dynamic applications. Additionally, the device has a robust design and high output voltage accuracy, which provides reliable operation in various environmental conditions.

In summary, the AD5732RBREZ provides a combination of advanced features and a wide operating temperature range, making it ideal for a variety of data acquisition applications. Its 16-bit resolution, low-power consumption, and adjustable gain and offset voltages enable versatile implementation of process control and motor controlregulation systems.

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