CAJ | 학술논문

为执行对反应堆专用仪控设备进行EMC测试的相关规定，针对仪控设备中微弱电流信号数字化处理电路，从电路板设计、电缆接插件接口设计、软件设计等多个方面，进行了高频传导抗扰度和浪涌抗扰度测试的EMC设计。通过在设备研制过程的各个环节中增加EMC设计，提高了高频传导抗扰度测试和浪涌抗扰度测试的通过率，大大缩短产品的开发周期。
위집행대반응퇴전용의공설비진행EMC측시적상관규정，침대의공설비중미약전류신호수자화처리전로，종전로판설계、전람접삽건접구설계、연건설계등다개방면，진행료고빈전도항우도화랑용항우도측시적EMC설계。통과재설비연제과정적각개배절중증가EMC설계，제고료고빈전도항우도측시화랑용항우도측시적통과솔，대대축단산품적개발주기。
In order to carry out the relevant provisions of Reactor Special Control Equipment EMC ? test , the EMC design of High Frequency Conducted Immunity Test and Surge Immunity Test are introduced in this work , from the aspects of circuit board design , cable connector interface design , software design , based on weak cur-rent signal digital processing circuits .By increasing the EMC design in all aspects of equipment development process , the test pass rate of High Frequency Conducted Immunity Test and Surge Immunity Test is improved and the product development cycle is shortened greatly .