An introduction to guided waves and microwave circuits
著者
書誌事項
An introduction to guided waves and microwave circuits
Prentice Hall International, c1993
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注記
Includes bibliographical references and index
on cover:Prentice-Hall International editions
内容説明・目次
内容説明
Uses electromagnetic theory to explain basic concepts of guided waves and microwave circuits, then explores the procedures that can produce designs of microwave devices which satisfy specified performance criteria. The text introduces the Orchard technique and covers scattering matrices.
目次
- 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.
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