DC851A-U

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Analog to Digital Converters (ADCs) are commonly used in product design in various applications, from audio and video recording and playback, to computing and communications. The DC851A-U is an ADC evaluation board that allows designers to quickly and accurately evaluate the performance of the MAX11203 ADC. It is a good tool for designers who need to assess and develop designs utilizing the MAX11203 SRAM-based ADC.

The DC851A-U evaluation board is designed for integration with the MAX11203 SRAM-based analog-to-digital converter. The board includes a low-voltage, 12-bit positive and negative input, 24-bit delta-sigma ADC with built-in signal processing capability for applications such as audio, video, telecom, automotive, and medical. The board also includes nonvolatile SRAM, programmable filters, multiple current input configurations, and a variety of driver options. The board features a wide range of input and output signal formats. The DC851A-U is compatible with both single-ended and differential signals.

The DC851A-U has an integrated memory map allowing for single cycle access to the SRAM, which can be used to store both calibration data and data output from the ADC. The board also includes configurable filters and gain blocks that can process analog signals, such as audio, from the ADC before they are sent to the memory map. This filter configuration can also be user-configured to fit the output of a specific application.

The board also features a fully-programmable delta-sigma ADC core, with built-in signal processing and on-board support for other integrated analog functions. The onboard microcontroller allows users to control the operation of the ADC, configuring it for various applications and input signals.The microcontroller can be programmed through either the on-board processor or via a software downloadable embedded debugging system.

The DC851A-U is ideal for measuring analog signals that require high resolution, such as audio signals, and is capable of providing ultra-low noise performance. In addition, it has a high speed data transfer capability that allows for efficient data storage and playback. The board includes on-board programmable filters, providing an effective way for reducing power consumption. The type of filter used can be configured to fit the specific application, allowing for significant power savings.

The DC851A-U evaluation board has been designed for applications that require accurate analog-to-digital conversion, such as audio and telecommunication products. Its built-in memory map allows for one-cycle access to data, making quick work of data collection and signal playback. The DC851A-U board offers a wide range of options, from multiple current input configurations, programmable filter blocks, and low-voltage power inputs, to embedded microcontroller programming support. The board is a valuable tool for designers working on evaluating the performance of the MAX11203 ADC, enabling them to quickly and accurately assess and develop products in various applications.

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