AMC1203EVM

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Analog to digital converters (ADCs) are a type of electronic technology that translates analog information into digital data that can be used by information systems. In recent years, ADC evaluation boards have been deployed in a wide array of applications, such as industry automation, healthcare, and vehicle automation. The AMC1203EVME evaluation board is one example of such an ADC board and is designed for high accuracy, wide dynamic range, and high-resolution operations. In this article, the application field and working principle of the AMC1203EVME board will be discussed.

Application Field

The AMC1203EVME board is well-suited for many types of applications, from automotive to industrial systems. It is a good choice for applications that require high-resolution, low-power, fast sampling, wide dynamic range, and small form factor. The AMC1203EVME board is an ideal solution for applications such as signal conditioning, data acquisition, digital communication, remote sensing, industrial automation, temperature measurements, and more.

The AMC1203EVME board is also highly reliable and has a long service life, making it an excellent choice for long-term applications where accuracy, performance, and reliability are paramount. It is also highly configurable, allowing users to customize settings and program the board to meet their specific needs.

Working Principle

The AMC1203EVME ADC evaluation board makes use of a high-ability delta-sigma converter with an integrated voltage reference. The board takes in an analog signal as input and then converts it to a digital signal. The output can then be isolated and sent to an upstream processor.

The board is designed for high accuracy, low power, and wide dynamic range, so it can accurately convert signals ranging from microvolts to volts with high resolution. Furthermore, its small form factor and easy-to-use design makes it an attractive solution for many different applications.

The uniqueness of the AMC1203EVME ADC board lies in its ability to convert the analog signal into a bitstream which is transmitted and processed in the host computer. This bitstream is encoded relative to the reference voltage set for the converter. Different reference voltages can be set for different resolutions.

The AMC1203EVME ADC evaluation board also features a built-in self-calibration feature. This feature helps the board adjust to temperature changes and reduce errors that can result from them. Additionally, the board can detect sensor overflow and underflow conditions, allowing the ADC to work without user intervention. Finally, the board is also hot swappable, allowing users to easily replace the board in case of failure.

Overall, the AMC1203EVME ADC evaluation board is a versatile, reliable board that is well-suited for many different types of applications. It provides a perfect solution for applications that require high-resolution, low-power, wide dynamic range, and small form factor. The self-calibration feature and hot swappable design offer extra reliability and flexibility, making the board a great choice for those seeking a reliable and high-quality ADC board.

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