Transformations in the analysis of non-uniform transmission lines
✍ Scribed by Richard F. Schwartz
- Publisher
- Elsevier Science
- Year
- 1964
- Tongue
- English
- Weight
- 480 KB
- Volume
- 278
- Category
- Article
- ISSN
- 0016-0032
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✦ Synopsis
This paper is concerned with the analysis of non-uniform transmission lines whereby their characteristic equations are transformed to corresponding equations for other transmission lines whose solutions are known. Such techniques have been described in the literature for speci~c cases. What is attempted here is a systematic approach which develops some of the rules that govern such transformations.
📜 SIMILAR VOLUMES
## Abstract The Green's function __G(x, x')__ of a non‐uniform transmission line is formulated exactly in terms of partial transmission matrix parameters associated with different segments of the line. Exact differential expressions relate the transmission parameters to each other, and it is shown
## Abstract In this work, we extend the transformed‐space, non‐uniform pseudo‐spectral time domain (TSNU‐PSTD) Maxwell solver for a 2D scattering analysis. Prior to implementing the PSTD in this analysis, we first transform the non‐uniform grids {x~i~} and {y~j~} sampled in the real space for descr
## Abstract In this paper a method based on the double expansion by wavelet on the interval in space and time of non‐uniform transmission line equations with arbitrary loads is presented. The differential time domain equations are transformed into a Lyapunov equation which is adaptively solved. Hen
## Abstract Although microstrip bends in high‐speed digital MMICs have been widely investigated for the past two decades, their local radiation characteristics rather than their reflection characteristics have not been completely explored yet. In this paper, the generalized non‐uniform transmission
We discuss a numerical method for solving non-linear transmission lines in the frequency domain. Such transmission lines are widely used for communications such as in GaAs integrated circuits and varactor diode circuits. The circuit equations are described by non-linear partial di erential equations