EVAL-AD7983CBZ

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Analog to Digital Converters (ADCs) are electronic circuits that are used to convert analog signals into digital signals. The EVAL-AD7983CBZ evaluation board is a feature-rich device designed to evaluate the performance of the AD7983 low power, hight accuracy 16-bit low-current ADC. This board is an excellent option for many applications where precision and reliability are important.

The EVAL-AD7983CBZ features a variable dual supply voltage of 2.5V to 5.5V, and a single supply voltage of 2.7V to 5.5V. In addition, this board has an integrated temperature sensor to enable temperature compensation, as well as a built-in Reference Adjuster to ensure accuracies of +/-0.1%. This makes the board well suited for electronics applications such as medical and industrial which require high levels of precision.

The EVAL-AD7983CBZ evaluation board can also be used to evaluate the performance of other digital devices, such as digital filters and data converters. The board has an onboard FPGA for programmable logic control and can be used for experimental testing. Furthermore, the configuration can be changed easily to assess the performance of different functions, such as signal conditioning, modulation, and equalization.

In terms of operation, the EVAL-AD7983CBZ evaluation board works by using two separate analog input lines to sample and convert an analog signal into a digital signal. The board then uses an internal reference voltage to convert the digital signal into a 16-bit output. The output is then fed to an onboard FPGA which can be programmed to take action based on the digital signal. This makes the EVAL-AD7983CBZ well suited for applications such as biomedical, industrial, and automotive.

The EVAL-AD7983CBZ evaluation board is a powerful tool for evaluations and prototyping applications related to the AD7983 ADC. Its high precision, low-power, and temperature compensation features make it ideal for applications where accuracy and reliability are essential. In addition, its onboard FPGA allows programmable control and, combined with various analog and digital input channels, provides ample opportunity for experimentation and testing.

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