The Algebraical Superposition Technic for Transformation from S Domain to Time Domain

B. Gao
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引用次数: 0

Abstract

An algebraical superposition technic for trasformation from z domain to time domain is presented. The establishing model process is: starting the inverse z transforms integral formula, and in its region of convergence based on thelsquocomplex function integralrsquothe inverse z transform integral is represented by 2k-1 term series. When the transform function on iterm series along integral circle are conjugated complex number distribution,the bidirectional series sum on k[-K,K] term series can be expressed by a monomial trigonomial function series sum on k[0,K],in which the members are easy calculation and sum. In the paper the solution process and main points are presented.nbsp The application examples are shown,the resules are supported to the algebraical superposition technic.The technic can be used to solve the problem which are difficult to be solved by presented method#65288such as Partial Fraction Exparation method,etc#65289.
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S域到时域变换的代数叠加技术
提出了一种从z域到时域变换的代数叠加技术。建立模型的过程是:启动z逆变换积分公式,并在其收敛区域内基于该复函数积分,其中z逆变换积分用2k-1项级数表示。当沿积分圆的项级数上的变换函数为共轭复数分布时,k[-K, k]项级数上的双向级数sum可表示为k[0, k]项上的单项式三角函数级数sum,其中的成员易于计算和求和。本文介绍了解决的过程和要点。给出了应用实例,结果为代数叠加技术提供了支持。该技术可用于解决部分分馏法等现有方法难以解决的问题。
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