Studies of Nonreciprocal Effects in Azimuthally Magnetized Ferrite-Loaded Circular Waveguide
Proc. Eighth Colloq. Microwave Commun., Budapest, Hungary, Aug. 1986, pp.479-482, (Invited Paper).
The nonreciprocal phase shifting and magnetically controlled cut-off, experienced by TE0n modes in a circular waveguide, containing azimuthally magnetized ferrite are studied, using the Whittaker functions formalism. The influence of geometry, ferrite parameters and frequency on the phase characteristics of the structure is investigated. Possible applications of the two nonreciprocal effects for constructing microwave ferrite control components are discussed.
circular gyrotropic waveguides, Whittaker functions, nonreciprocal effects
Природни науки, математика и информатика
Natural sciences, mathematics and informatics