An introduction to guided waves and microwave circuits
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Part 1 Guided waves: transverse electromagnetic guided waves transverse electric and transverse magnetic guided waves impedance transformation and mismatch compensation dielectric and ohmic losses in guiding structures. Part 2 Transformers: resonators power dividers and hybrid junctions directional couplers scattering from obstacles filters theory of magnetic materials - ferrite devices active microwave circuits. Appendices: the equivalence principle the reciprocity relation Stevenson's Green's functions for rectangular waveguide the even/odd properties of the input impedance to any physically realizable passive network image impedances and propagation factor for a two-part network impedance (K) inverters and admittance (I) inverters conversion of magnetic units.