The DC851A-L from Linear Technology is an advanced evaluation board designed for engineers and developers who need to rapidly assess and implement the capabilities of Linear Technology’s high-performance integrated circuits. This evaluation board is specifically tailored for testing and prototyping with the LTC® series of analog-to-digital converters (ADCs).

The DC851A-L features a robust layout that includes a high-speed, 16-bit LTC ADC, providing users with the means to evaluate the precision and speed of the converter in real-world applications. The board is designed to interface seamlessly with Linear Technology's DC890B USB Data Acquisition Controller, allowing for easy data capture and analysis on a connected PC.

Key highlights of the DC851A-L evaluation board include:

• High-Speed 16-bit ADC: Ensures precise data conversion, capturing the most subtle of signal variations for critical applications.
• Flexible Input Range: The board supports a variety of input ranges, making it adaptable to a wide range of signal types and amplitudes.
• Easy Connectivity: With the DC890B USB Data Acquisition Controller, users can quickly connect the evaluation board to a computer for data capture and analysis.
• Comprehensive Software Support: Linear Technology provides software that facilitates the configuration of the ADC, as well as the capture and visualization of data.
• On-Board Reference: A stable and precise voltage reference on the board ensures the accuracy of the ADC's conversions.

This evaluation board is ideal for a variety of applications, including medical imaging, high-speed data acquisition, instrumentation, and communication systems. Its user-friendly interface and extensive support materials make it an excellent tool for both experienced professionals and those new to analog-to-digital conversion technology.

Whether you are prototyping new designs or conducting performance testing, the DC851A-L from Linear Technology provides a reliable and efficient platform for exploring the full potential of LTC ADCs.