DEM-ADS7870

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Analog to Digital Converters (ADCs) are a crucial component for a number of different types of applications. The DEM-ADS7870 is a low-power, applicable board featuring multiple ADCs in a very wide range of voltage and power consumption levels. It can be used for measuring data from various sources with absolute accuracy.

The board integrates two 12 bit ADCs with 128K channel resolution. It is also equipped with full differential signal inputs featuring multiplexing and buffering. This enables easy integration with high-end processors while having low power demands. Furthermore, the DEM-ADS7870 features digital self-test capabilities and built-in reference/temperature and diode calibration.

The working principle behind the DEM-ADS7870 is fairly simple, but provides a great deal of accuracy. First, an analog input signal is connected to one of the channels on the board. The signal is then subjected to an A/D convertor, which converts it into a digital format. From there, the data is sent to a processor or other control device for further processing.

The DEM-ADS7870 can be used in a range of different application fields, such as medical device monitoring, industrial automation, automotive applications, and imaging systems. It is also ideal for use in laboratory conditions, as it uses low power requirements, offers accurate results, and provides reliable operation.

The DEM-ADS7870 is a great choice for any user who wishes to measure and monitor a wide range of different data sources. This is due to its wide range of voltage and power consumption levels, and its ability to accurately convert analog input signals into digital formats. Additionally, its built-in reference/temperature and diode calibration capabilities makes it an ideal choice for a number of different applications.

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