用矢量网络分析仪估计Polycor和GaAs样品的s参数和介电常数

Д. А. Кондрашов, Н. А. Певнева, А. В. Гусинский, А. А. Павлючик, М. А. Гончарик, Denis A. Kondrashov, N. Pevneva, Alexander V. Gusinsky, Alexei A. Pavlyuchik, Maya A. Goncharik
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引用次数: 0

摘要

为了研究polycor和GaAs样品的S参数和介电常数,使用了带有特殊测量池的矢量网络分析仪R4-MWM-118和改进的Nicholson–Ross–Weir方法。在R4-MWM-118中使用多项式切比雪夫准则用于数字滤波中的近似,使得可以减少所实现的S参数的近似的失真。数字滤波的使用可以消除操作员在存在“噪声”成分的情况下进行分析和测量时的主观误差,从质量上改善对幅频特性的感知,并排除在频率范围内任何点上仪器读数的无信息变化。获得了透射系数和反射系数的振幅和相位,以及所研究样品的介电常数对78.33–118.10GHz范围内频率的依赖关系。
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Estimation of S-Parameters and Dielectric Permittivity of Polycor and GaAs Samples Using a Vector Network Analyzer
To study the S-parameters and dielectric permittivity of polycor and GaAs samples, a vector network analyzer R4-MWM-118 with a special measuring cell and a modified Nicholson–Ross–Weir method were used. The use of polynomial Chebyshev criteria in R4-MWM-118 for approximation in digital filtering made it possible to reduce the distortion of the achieved approximations of S-parameters. The use of digital filtering made it possible to eliminate the subjective error of the operator in the analysis and measurements with the presence of a “noise” component, to improve qualitatively the perception of the amplitude-frequency characteristic and to exclude uninformative changes in the instrument readings at any point in the frequency range. The dependences of the amplitudes and phases of the transmission and reflection coefficients, as well as the dielectric permittivity of the samples under study on the frequency in the range 78.33–118.10 GHz are obtained.
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