DC851A-N

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The DC851A-N evaluation board was designed to enable users to observe the working principles and system applications of an Analog to Digital Converter (ADC). Sitting at the building block of most modern sensing and imaging systems, these components are an important feature of high performance analog and digital interface. With the use of the DC851A-N, a designer can easily understand the impact of an ADC system on the overall performance of a real-world system.

The DC851A-N has an architecture that supports a wide range of input ranges, from 1.65V to 5.2V. The board can offer a wide range of performance metrics, including sampling rates up to 16bits, dynamic range of ten bits, latency of threeus, and power consumption of only 8mA. With the DC851A-N board, the user can also access a real-time signal source, allowing the designer to accurately perceive the nature of the ADC performance.

The DC851A-N evaluation board offers a variety of features for system architects and engineers. With the use of the board, the designer can quickly configure and customize an ADC system for their specific application. The board features a single-ended input/-output diagram, allowing the designer to understand the implications of active coupling in the ADC\'s pure-mode operation. The board also features a range of pull-up and pull-down resistors, enabling the user to measure the effects of signal noise and droop in the ADC\'s performance.

In addition to its configurable architecture, the DC851A-N also offers dynamic data acquisition and storage capabilities. The board is equipped with a 16Kbyte on-board memory, providing the storage for a wide range of real-world ADC signals. This data storage and acquisition feature can be enabled via the board\'s controller logic, which runs at the maximum of three MHz speed.

The DC851A-N evaluation board also offers a wide range of features for system designers. The board can be powered via a two-wire serial data port, allowing for efficient data transfer, even with high input or output rates. The boards also offer a wide range of calibration features, enabling the user to make accurate measurements of the ADC\'s performance. In addition to the calibration features, the board also supports a variety of diagnostic tools, including internal temperature sensing and line-level analysis.

The DC851A-N evaluation board is an essential tool for understanding the working principles and system applications of an ADC system. The board\'s configurable architecture allows for quick and efficient system design, while its dynamic data acquisition and storage features enable engineers to quickly and accurately assess the performance of an ADC system. In addition, the board offers a wide range of calibration and diagnostic tools, making it a valuable asset for engineers and system architects.

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