CAJ | 학술논문

提出了一个基于特征法传输线网络建模和灵敏度分析的非线性高速互连线电路的时域优化设计方法．考虑到高速互连线电路设计的特性，一般其最优值只是在初值的较小邻域，提出用改进的序列二次规划法SQP优化方法保证了算法的整体收敛性及局部超一次收敛性．介绍了用于优化内循环的特征法传输线建模和灵敏度分析．最后，用两个例子证明了方法的可行性．
제출료일개기우특정법전수선망락건모화령민도분석적비선성고속호련선전로적시역우화설계방법．고필도고속호련선전로설계적특성，일반기최우치지시재초치적교소린역，제출용개진적서렬이차규화법SQP우화방법보증료산법적정체수렴성급국부초일차수렴성．개소료용우우화내순배적특정법전수선건모화령민도분석．최후，용량개례자증명료방법적가행성．
Based on the network modeling and sensitivity analysis of transmission lines with the method of characteristics, an optimization design method in time domain is　developed　for the　interconnections in nonlinear high-speed circuits． Considering the characteristic of high-speed interconnection circuit design that the optimum of the parameter generally locates in the neighbourhood of the initial value, a series quadratic programming (SQP) optimization method is proposed to ensure the entirety convergence and superlinear local convergence of the algorithm． The network modeling and the　sensitivity analysis of transmission lines with the method of characteristics used in the inner optimization cycle are also　introduced briefly． Finally the feasibility of this method is demonstrated by two examples．