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System development in advanced FPGAs allows considerable flexibility, both during development and in production use. A mixed firmware/software solution allows the developer to choose what shall be done in firmware or software, and to make that decision late in the process. However, this flexibility comes at the cost of increased complexity. We have designed a modular development framework to help...
A prototype FPGA based fully digital data acquisition system for a positron emission tomography using LSO-crystals is described. Early digitization by sampling with free running ADCs provides accurate time stamps and energy estimates via optimum filters. The system is self-calibrating by running in two modes: calibration and production mode with widely different computational requirements well suited...
We have developed a multipurpose experimental control and data acquisition system designed for rapid prototyping of small educational experiments. The system has been designed with an emphasis on low cost, flexibility, and simplification of software and firmware design for minimal time to experiment. Software has been developed for both interactive and Web-based control and readout interfaces. A standard...
System development in advanced FPGAs allows considerable flexibility, both during development and in production use. A mixed firmware/software solution allows the developer to choose what shall be done in firmware or software, and to make that decision late in the process. However, this flexibility comes at the cost of increased complexity. We have designed a modular development framework to help...
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