## Abstract Simple analytic CAD‐oriented expressions are presented for calculating the quasistatic TEM parameters of multilayer elliptical coplanar waveguides (ME CPWs) and multilayer cylindrical coplanar waveguides (MC CPWs) by using the conformal mapping method. It is shown that the derived expre
Quasistatic analysis of cylindrical coplanar waveguide with multilayer dielectrics
✍ Scribed by Mustafa Alkan; Adnan Görür; Ceyhun Karpuz
- Publisher
- John Wiley and Sons
- Year
- 1998
- Tongue
- English
- Weight
- 318 KB
- Volume
- 8
- Category
- Article
- ISSN
- 1096-4290
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✦ Synopsis
CAD-oriented analytic formulas are given for calculating the quasistatic parameters of the cylindrical CPW with three dielectrics. The effects of the dielectric materials on the quasistatic characteristics are investigated by using conformal mapping techniques. The calculated results are compared with those obtained for a corresponding planar CPW and a cylindrical CPW with a single dielectric. The curvature effects on the quasistatic characteristics are discussed. Moreover, the present expressions can also be extended to the cylindrical CPW with multilayer dielectrics.
📜 SIMILAR VOLUMES
Figure 4 The structure of the Y junction the fundamental mode for the slab of width d , that is, 1 zeroth-order mode. The longitudinal dimensions are h s 1 1 m, h s 8 m, and h s 1 m. The core refractive in-2 3 dex of the slab is n s 5.0; the subtract refractive index is 1 n s 1.5. We choose referenc
CAD-oriented analytic formulas are gi¨en for calculating ( ) the quasistatic parameters of the cylindrical coplanar strip CCPS lines. The cur¨ature effects on the quasistatic characteristics of CCPS are in¨estigated by using conformal mapping techniques. The calculated results are compared with thos
Fast, simple, and accurate analytic expressions are deri¨ed for calculating the quasistatic TEM parameters of a multilayer cylindrical ( ) coplanar strip line MC CPS . The effects of the dielectric materials on the quasi-TEM characteristics are in¨estigated using the conformal mapping method. The de
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