A numerical model for the determination of electromagnetic "elds and characteristic impedance of co-axial cables with arbitrary cross-section is developed, based on dyadic Green's functions and the moment method. The advantages of the method are generality, simplicity and accuracy of its results. Be
Application of wire model to calculation of impedance of transmission lines with arbitrary cross sections
β Scribed by Akira Matsushima; Hiroyoshi Sakamoto
- Publisher
- John Wiley and Sons
- Year
- 2002
- Tongue
- English
- Weight
- 379 KB
- Volume
- 85
- Category
- Article
- ISSN
- 8756-663X
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π SIMILAR VOLUMES
Ε½ of "5.625Π using weights for the phase shifters of 11.25Π, . 22.5Π, 45Π, 90Π, and 180Π , so the resulting pattern is usually degraded. In fact, if we discretize the calculated amplitudes and phases using these weights without any further optimization, the ripple of the pattern is increased to "0.9
## Abstract We present a computation method for the selfβimpedance and radiation efficiency of a dipole near a lossy dielectric cylinder with arbitrary cross section by using a spectrum of twoβdimensional (2βD) solutions. The 2βD solutions for the spectral Green's functions of the cylinder as well
## Abstract The above article was published in Volume 18, Issue 6, Pages 493β504, (October 2005). A number of imperfections were subsequently identified and have been corrected below. On page 497, the following equation has been corrected to: On page 501, the following equation has been correct