论文部分内容阅读
研制基于FPGA的虚拟测试实验平台,实现了基于FPGA的低功耗、便携式虚拟测试系统。系统包含两路虚拟数字示波器、一路信号源和16路高速虚拟逻辑分析仪。此测试平台可满足本校虚拟实验室的建设及教学需要,使实验设备向综合化实验测试平台转化,实验内容由技能性向创新性转化,改善实验教学的环境。另外,自主研发实验平台也可节约实验设备的购买经费。
Development of FPGA-based virtual test platform to achieve a low-power, portable FPGA-based virtual test system. The system includes two virtual digital oscilloscopes, one signal source and 16 high-speed virtual logic analyzers. This test platform can meet the construction and teaching needs of the virtual laboratory in our university, and transform the experimental equipment into a comprehensive experimental test platform. The content of the experiment is transformed from a skill to an innovative one to improve the environment of experimental teaching. In addition, independent research and development of experimental platform can also save the purchase of experimental equipment funding.