Driving-Point Immittance Functions of Generalized Exponential Line Sections
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概要
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In a nonuniform pseudo-distortionless transmission line of finite length, the locus on the s-plane of the poles and zeros of the driving-point immittance function depends on the primary line constants, and the critical frequencies on the pole-zero distribution depend out the shape of the distributed series inductance and shunt capacitance. This paper elucidates the general properties of the pole-zero distribution of the driving-point immittance function for a nonuniform pseudo-distortionless transmission line of finite length, and then shows the pole-zero distribution for the generalized exponential line section.
- 岡山理科大学の論文
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関連論文
- Wave Propagation Along Generalized Exponential Line
- Impedance-matching Section Using Exponential Line
- Adjoint Transmission Line Sections
- Driving-Point Immittance Functions of Generalized Exponential Line Sections