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This chapter presents a new theoretical analysis of multilayered anisotropic microwave circuits based on a modified spectral-domain approach (SDA). The number of conducting strips/slots located on several interfaces of dielectric layers can be arbitrary set. The numerical solutions obtained by this technique are discussed and compared with published data. Furthermore, original configurations based...
In this paper, a hybrid-mode method is presented for an efficient propagation parameter computation of a large variety of shielded coupled planar circuits. Conductor strips are assumed to be embedded in a multilayered isotropic and/or anisotropic medium. The proposed technique is based on extension of the spectral domain approach and provides accurate expressions for computing the dyadic Green's functions...
An efficient computation technique is developed for analysis anisotropic multilayered microwave circuits constituted of several conducting strips/slots which are located on several interfaces of dielectric layers. Used technique is based on extension of spectral domain approach. The numerical solutions obtained by this technique are discussed and compared with the published data. The technique is...
An efficient computation technique is developed for analysis anisotropic multilayered microwave circuits constituted of several conducting strips/slots which are located on several interfaces of dielectric layers. Used technique is based on extension of spectral domain approach. The numerical solutions obtained by this technique are discussed and compared with the published data. The technique is...
This paper deals with the multilayered anisotropic microwave circuits using an arbitrary number of conducting strips/slots located on several dielectric interfaces. An original approach based on extension of the spectral domain technique is proposed. Numerical results are presented and discussed.
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