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METHOD FOR MATHCAD-MODELING OF OPTIMAL DISPERSION ANALYZERS OF FAST LOW-FREQUENCY SIGNAL SPECTRUM

机译:快速低频信号频谱最佳色散分析仪的MathCAD建模方法

摘要

Disclosed is a method for Mathcad-modeling of optimal dispersion analyzers of fast low-frequency signal spectrum wherein Mathcad-model is used for compiling table of Hurwitz polynomial parameters and zeroes with constant scale value EMBED Equation.3 . The Mathcad-model is scaled by changing the scale EMBED Equation.3 . The spectral function of dispersive delay line (DDL) response is corrected, number of sections thereof and physical object continuous work disnormality time is reduced. Required characteristics of needed dispersion spectrum analyzers are obtained by means of Mathcad investigations of DDL by three-plane graphical method.
机译:公开了一种用于快速低频信号频谱的最佳色散分析仪的Mathcad建模的方法,其中,将Mathcad模型用于以恒定比例值EMBED Equation.3编制Hurwitz多项式参数和零的表格。通过更改比例EMBED Equation.3来缩放Mathcad模型。校正了色散延迟线(DDL)响应的频谱函数,减少了其分段数,并减少了物理对象连续工作异常时间。所需的色散频谱分析仪的所需特性是通过Mathcad通过三平面图形方法对DDL进行研究而获得的。

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