AD9778A-DPG2-EBZ

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The AD9778A-DPG2-EBZ evaluation board is a digital to analog converter (DAC) designed for high precision data conversion in analog applications. It utilizes an Analog Devices AD9778A dual, 8-bit DAC, which features a precision on-chip clock and wide dynamic range for high accuracy and low noise performance. The board is configured with an integrated SPI control interface and requires a single supply voltage of 5 V.

The AD9778A-DPG2-EBZ utilizes an 8-bit resolution, which allows for unprecedented accuracy and extended dynamic range. The integrated on-chip clock allows the board to sample data at a high rate and to accurately reproduce the signal. With an input frequency range from 0 Hz to 36.25 MHz, the board is able to convert even the most complex signals. The board is also equipped with an integrated current-to-voltage converter and low-pass filters to improve signal integrity.

The AD9778A-DPG2-EBZ is designed for applications such as industrial process control, automotive active systems, and audio engineering. Its wide dynamic range and low power consumption is ideal for monitoring and controlling different types of signals, such as motor speed and temperature. The board also provides excellent performance for audio applications, such as sound rendering and noise cancellation.

The AD9778A-DPG2-EBZ is easy to use and configure, making it an ideal solution for embedded systems. It features a SPI-controlled digital- to-analog conversion (DAC) circuit and is powered by a single 5 V supply, allowing it to be used in a variety of applications. It also supports various software and hardware synchronization, making it a reliable and accurate platform for complex digital-to-analog conversions.

The AD9778A-DPG2-EBZ evaluation board offers an efficient and cost-effective solution for a wide range of digital-to-analog conversion applications. Its precision and wide dynamic range make it an ideal selection for a variety of industrial, automotive, and audio engineering applications. With a single supply voltage requirement, high-speed sampling, integrated current-to-voltage converter, and low-pass filters, this board is well suited for many different applications.

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