核电仪控系统平台器件级兼容性设计研究

Research on Device⁃Level Compatibility Design of Nuclear Power Instrumentation and Control System Platforms

针对国际电子元器件市场形势复杂多变的现状,结合核电行业面临的挑战与机遇,提出了核电仪控系统平台器件级兼容性设计研究。通过分析核电仪控系统平台兼容性设计需求及国产器件行业的总体情况,梳理出了中央控制器、通用微控制器、可编程逻辑器件三类主要器件,并对三类器件的国产供应商和系列产品情况进行了介绍。明确了现有国产器件的系列产品和性能可有力支撑核电仪控系统平台器件级兼容性设计研究。提出了依托行业联盟牵头建立核电仪控行业通用的国产器件验证评价体系和优选目录,并详细阐述了验证评价体系和优选目录建立的主要环节、要素和方法。该研究的成果可推动核电仪控系统平台器件级兼容性设计进程,促进我国核电仪控全行业的高质量快速发展。

Aiming at the complex and changing situation of the international electronic components market,combined with the challenges and opportunities faced by the nuclear power industry,the research on the device⁃level compatibility design of nuclear power instrumentation and control system platform is proposed.By analyzing the compatibility design demand of nuclear power instrumentation and control system platform and the overall situation of domestic device industry,three main types of devices,central controller,general⁃purpose microcontroller,and programmable logic device,are sorted out,and the domestic suppliers and series products of the three types of devices are introduced.It is made clear that the series products and performance of the existing domestic devices can strongly support the device⁃level compatibility design research of nuclear power instrumentation and control system platform.It is proposed to rely on the industry alliance to lead the establishment of a verification and evaluation system and a preferred catalog of domestically produced devices common to the nuclear power instrumentation and control industry,and elaborates in detail the main links,elements,and methods for the establishment of the verification and evaluation system and the preferred catalog.The research results can promote the process of device⁃level compatibility design for nuclear power instrumentation and control system platforms and promote the rapid development of China nuclear power instrumentation and control industry.