CAJ | 학술논문

在分析ASIC数字逻辑在当前主流工艺下的特点及其影响可靠性设计因素的基础上，总结了实现容错目标的难点与一般方法。阐述了几种容错设计的电路，并对各电路的可靠性设计特点进行了比较或提出改进思路。对核电子系统中的复杂粒子照射环境，良好的电磁兼容设计也是一个保护系统中电路的好方法。
재분석ASIC수자라집재당전주류공예하적특점급기영향가고성설계인소적기출상，총결료실현용착목표적난점여일반방법。천술료궤충용착설계적전로，병대각전로적가고성설계특점진행료비교혹제출개진사로。대핵전자계통중적복잡입자조사배경，량호적전자겸용설계야시일개보호계통중전로적호방법。
The paper summarizes the difficulties and general methods of achieving fault tolerance on the basis of analyzing the characteristics of digital logic under the current mainstream technology and influence factors for its reliability design , explains several fault -tolerant design thoughts , compares the reliability of the circuit design features and puts forward improvement ideas .For the complex particle radiation environment , EMC ( electro-magnetic compatibility ) design is a good way to protect the circuit in the system .