摘要
随着高速集成电路及ＭＭＩＣ（微波单片集成电路）的发展，提出了对时－频混合表示电路进行分析的任务．本文用统一的观点考察了通常属于高速电路互连与封装分析、非线性电路稳态响应分析两个不同方面的混合分析问题，指出这类问题的实质是要求解一个时-频混合的电路方程，给出了求解这一方程的基本思路，阐明了现有的各种方法是如何从这一基本思路导出的．这可为认识这些方法的本质与联系，促进它们的应用与发展提供参考．此文还探讨了某些方法之间的相互借鉴，提出了若干新的想法．
The developments of high-speed circuits and MMIC pose the problem of analyzing the circuits characterized both in time and frequency domains domains. A variety of time-frequency methods have been developed during the quarter century century in the research of the VLSI interconnect and package analysis and nonlinear steady-state analysis. This paper examines these method from a unified point of view. Various mixed problems are formulated as circuit equations in the hared time-frequency domain. Fundamental approaches to slove the equations are given,from which all of the Published mixed method can ha naturally deduced.This facilitates the comprehension of these method and is helpful for their applications Some new ideas are proposed based on the cross reference among these different kinds of methods.
出处
《电子学报》
EI
CAS
CSCD
北大核心
2000年第1期92-95,77,共5页
Acta Electronica Sinica
基金
国家九五重点科技攻关项目课题
关键词
集成电路
时-频混合分析
MMIC
电路分析
circuit simulation
mixed frequency-time analysis
VISI interconnect and package analysis
nonlinear microwave circuit analysis
