AD5675RACPZ-RL

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The AD5675RACPZ-RL is a special Digital to Analog Converter (DAC) designed to provide excellent linearity and accuracy in the most demanding applications. This device features a low power, high speed differential architecture that offers scalable resolution and data rate up to 12-bit resolution and 2.5MSPS. The continuous digital-to-analog conversion architecture supports a low charge injection, low power differential output format which enables high resolution and low noise performance at system frequencies. The device also features a fast settling time, providing users with the precision they need while reducing latency. In addition, the AD5675RACPZ-RL integrates segmented nonvolatile memory functionality to store output values.

The AD5675RACPZ-RL application field includes:

• Military and Aerospace systems
• Medical and Industrial Instrumentation
• Power Systems and Battery Management
• Data Acquisition
• Automotive control systems
• Embedded signal processing

The working principle of the AD5675RACPZ-RL is based on differential output architecture, where an input digital word is converted into an differential output voltage. The AD5675RACPZ-RL features a 16-bit resolution and a 2.5MSPS update rate. In the first stage of the process, the input digital word is converted into a differential scaled analog signal. This signal is filtered to reduce the out-of-band noise content and provide low charge injection. In the second stage, a gain stage is used to amplify and provide a full-scale differential output. In the last stage, a fast bit-to-voltage transition block is used to improve settling time and drive the differential outputs.

The AD5675RACPZ-RL also integrates segmented nonvolatile memory (NVM) which allows users to store output values for future use. The device supports up to 8 cascaded registers, allowing users to set up multiple DAC settings at once, reducing latency and allowing faster system responses. The NVM also allows users to issue read command to read back the current output value and internal calibration constants for device performance optimization.

The AD5675RACPZ-RL offers several features that help reduce system design costs, such as a differential output stage, a high-performance bit-to-voltage transition block, and a fast DAC update rate. The differential output architecture reduces area and power consumption, while the fast transition and low latency help improve system performance. Additionally, the device\'s NVM provides users with easy, no-cost settings storage and provides a means to optimize system performance. All of these features combine to make the AD5675RACPZ-RL an ideal solution for demanding digital-to-analog converter applications.

The specific data is subject to PDF, and the above content is for reference