Electrically tunable microwave phase shifter based on layered ferrite-ferroelectric structure

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Electrically tunable microwave phase shifter based on layered ferrite-ferroelectric structure

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Published

A novel electrically tunable microwave phase shifter is proposed based on surface spin wave propagation in a layered structure containing ferrite and ferroelectric materials. Operating characteristics of the phase shifter are investigated theoretically. It is shown that waveguiding elements from planar layered ferrite-ferroelectric structures allow the construction of compact devices with high electrical tunability achieving 10°/V.

Inspec keywords: spin waves; ferroelectric devices; microwave phase shifters; waveguide components; ferrite phase shifters; magnetic microwave devices; tuning; ferrite waveguides

Other keywords: surface spin wave propagation; microwave phase shifter; electrical tunability; planar layered ferrite-ferroelectric structure; waveguiding element

Subjects: Microwave magnetic devices; Waveguide and microwave transmission line components; Ferroelectric devices; Other analogue circuits

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