HPPSI01 is a high-performance multi-channel sampler designed to handle 80 analog input channels, utilizing 10 analog multiplexers to switch between signals efficiently. The board interfaces with an FPGA development board from Xilinx, allowing it to leverage the FPGA’s processing power for real-time signal acquisition and processing. Its stackable design enhances modularity, making it suitable for applications requiring scalable data acquisition.
The board is optimized for precision and performance, with careful attention given to signal integrity and minimizing noise interference, critical for high-resolution sampling. The integration of analog multiplexers reduces the number of required ADCs, simplifying the design and lowering costs while maintaining high-speed data throughput. This makes the HPPSI01 ideal for applications in areas such as data acquisition systems, instrumentation, and real-time signal processing.
This addition includes the potential relevance of signal integrity, modularity, and how analog multiplexers help in the design.