CAJ | 학술논문

针对高强度辐射场（HIRF）实验室条件下无法构建,单纯辐照法难以有效开展系统级电磁辐射敏感度及安全裕度试验的问题,对电磁注入等效替代辐照理论、方法及实现技术进行了研究。本着有限目标的原则,针对典型互联系统,以设备端口的响应信号相等作为等效依据,建立了注入替代辐照的等效模型和强场条件下注入电压源外推模型,基于Baum-Liu-Tesche（BLT）方程和传输线阻抗分析理论,给出了互联传输线终端响应的计算方法,确定了注入法等效替代辐照法应满足的2个条件,即等效激励源相等和激励源输出阻抗相等,理论推导了注入电压与辐照场强之间的等效对应关系。采用注入耦合模块作为辅助试验设备,实现了互联系统中前向电压信号的提取、干扰信号的注入以及正常传输信号的有效监测;提出的注入与辐照相结合的互联系统电磁辐射效应试验方法,为正确评价互联系统的电磁辐射敏感度与安全裕度提供了切实可行的研究手段和技术支撑。
침대고강도복사장（HIRF）실험실조건하무법구건,단순복조법난이유효개전계통급전자복사민감도급안전유도시험적문제,대전자주입등효체대복조이론、방법급실현기술진행료연구。본착유한목표적원칙,침대전형호련계통,이설비단구적향응신호상등작위등효의거,건립료주입체대복조적등효모형화강장조건하주입전압원외추모형,기우Baum-Liu-Tesche（BLT）방정화전수선조항분석이론,급출료호련전수선종단향응적계산방법,학정료주입법등효체대복조법응만족적2개조건,즉등효격려원상등화격려원수출조항상등,이론추도료주입전압여복조장강지간적등효대응관계。채용주입우합모괴작위보조시험설비,실현료호련계통중전향전압신호적제취、간우신호적주입이급정상전수신호적유효감측;제출적주입여복조상결합적호련계통전자복사효응시험방법,위정학평개호련계통적전자복사민감도여안전유도제공료절실가행적연구수단화기술지탱。
At present, high intensity radiated field (HIRF} cannot be simulated under the condition of laboratory, and it is hard to carry out the electromagnetic radiated susceptibility and safety margin test for system. In order to solve the problems above, we researched the theory, method and implementation technique of substuting injection for radiation. In line with the principle of limited target, in allusion to typical interconnected system, the equal response voltage on the equipment cable port was regarded as the equivalent principle. The equivalent substitute model and injection source extrapolation model in HIRF condition were established. The terminal response voltage calculation method was presented based on the Baum-Liu-Tesche(BLT) equation and the transmission line theory. Two conditions of substuting injection for radiation were determined. One was the same equivalent source, and the other was the same output impedance. The equivalent correspondent relation between injection voltage and radiated field was put forward theoretically. Injection coupling module was adopted as support equipment for the equivalent substitute test. The forward voltage extraction, interference signal injection and normal transmission signal monitoring in interconnecteds system were achieved. A new electromagnetic environment effect test method combining injection with radiation for interconnected systems was proposed, providing practical research methods and technique supports to correctly evaluate the electromagnetic susceptibility and safety margin of interconnection system.