使用通用FPGA板的多输入多通道分析仪（MIMCA）
Multi-Input Multi-Channel Analyzer (MIMCA) using universal FPGA board
摘要：
由于摩尔预测（“每两年集成电路上的晶体管密度增加一倍”），电子技术的快速变化，核应用仪器的发展非常迅速。维护理念也相应地发生了变化，从电子元件级的维修转向软件解决方法，这导致定制应用程序以满足当地需求。因此，马达加斯加国家原子能机构开发了一些仪器研发项目，以支持和适应当地的需要：一个例子是使用Jülich的UNIO 52标准板的基于FPGA的多输入多通道分析仪，该分析仪可用于加强放射性核素测量和样品分析的能力和加快例行程序。MIMCA性能的测试结果（线性度，计数率精度测试）表明，可配置的数字系统可以作为一个替代的问题相比，品牌的采集设备，这是非常昂贵的，有限的技术支持，从供应商。
英文摘要：
Instrumentation for nuclear applications is developing very fast, due to fast changing of technology in electronics in connection to Moore's Prediction ("doubling of transistor density integration on an IC for every two years"). The maintenance concept has changed accordingly and moved from repairing at electronic component level to software solving approach, which leads to customize application to fit the local needs. Therefore, Madagascar-INSTN has developed some R&D projects in instrumentation to support and fit to the local needs: one example is the FPGA-based Multi-Input Multi-Channel Analyzer using the UNIO52 standard board from Jülich, which could be used to strengthen the capability and speed-up the routine for radionuclide measurement and analysis of samples. The test results of the MIMCA performance (Linearity, Count-rate accuracy tests) show that the configurable digital system can be used as an alternative issue compared to branded acquisition equipments, which are very expensive and limited technical support from supplier.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
