DC1796A-A

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The DC1796A-A Evaluation Board is an Analog to Digital Converter (ADC) that is designed to provide users with the ability to easily evaluate the performance of the corresponding ADC. This evaluation board provides 8-bit resolution and support for both single-ended and differential inputs. It is targeted to be used in audio sampling applications but has a wide range of uses beyond that.

The DC1796A-A Evaluation Board has two Gaussian noise source (GNS) inputs, which are used to choose a generated sample point for comparison and conversion to digital using the ADC. The GNS sources provide the noise that drives the actual Digital to Analog Conversion (DAC), which is then converted back to digital using the ADC input. With these GNS inputs, the user can generate a wide range of analog signals that can be used to evaluate the ADC performance. The Evaluation Board also has a multiplexer that allows connection of up to two input signals for testing.

The DC1796A-A Evaluation Board also provides deterministic input signals in the form of reference sources, which can be used to test the ADC performance. It has two buffered sine and two DC references over the 0 to 5V range. These references are available on two pairs of sma connectors. The user can select the frequency of the sine input from 100Hz to 30KHz. The reference sources are adjustable with the provided 5-turn thumbwheel potentiometer located on the board.

The DC1796A-A Evaluation Board can also be used for testing the ADC\'s dynamic performance. The board provides a sine injection capability that allows the user to inject input signals up to 10MHz. This is useful for testing dynamic performance of the ADC\'s analog input. The board also has two gain settings selectable by the user for more precise dynamic testing.

The DC1796A-A Evaluation Board has a wide range of features that make it a great tool for evaluating the performance of the ADC. It is easy to set up and its features provide the ability to test the ADC\'s performance with precision. The Evaluation Board is also designed to operate at temperatures between 0°C and 70°C, making it suitable for use in a variety of environments. In addition, the Evaluation Board is designed for long-term use with its built-in self-diagnostic and calibration features.

In conclusion, the DC1796A-A Evaluation Board provides a great tool for evaluating the performance of the corresponding ADC. It has a wide range of features that make it suitable for evaluating the performance of the ADC under different conditions. Its capabilities extend beyond audio sampling applications, making it a great choice for evaluating performance in a variety of applications. With its wide range of features and precision testing capabilities, the Evaluation Board is sure to provide an invaluable tool for those looking to evaluate the performance of the ADC.

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