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Nonreciprocal phase shift in finline with layered substrate containing magnetised ferrite

Nonreciprocal phase shift in finline with layered substrate containing magnetised ferrite

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© The Institution of Electrical Engineers
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Using the singular integral equation approach the dispersion characteristics of a finline with a layered dielectric-ferrite substrate are calculated. The influence of the dielectric and ferrite layer dimensions as well as the dielectric medium permittivity on nonreciprocal phase shift is then discussed from the phase constant curves corresponding to forward and backward waves, respectively.

Inspec keywords: ferrite devices; dispersion (wave); fin lines

Other keywords: dielectric medium permittivity; singular integral equation approach; dispersion characteristics; layered substrate; magnetised ferrite; backward waves; forward waves; finline; phase constant curves; nonreciprocal phase shift

Subjects: Waveguide and cavity theory; Microwave magnetic devices; Waveguides and microwave transmission lines

References

    1. 1)
      • A. Beyer , K. Solbach . A new finline ferrite isolator for integrated millimeter-wave circuits. IEEE Trans. , 1344 - 1348
    2. 2)
      • Y. Hayashi , R. Mittra . An analytical investigation of finlines with magnetized ferrite substrate. IEEE Trans. , 495 - 498
    3. 3)
      • R. Mittra , T. Itoh . A new technique for analysis of the dispersion characteristics of microstrip lines. IEEE Trans. , 47 - 56
    4. 4)
      • Zieniutycz, W.: `Singular integral equation technique for computing modes of fine-line structure with magnetised ferrite', Proc. Int. URSI Symp. on electromagnetic theory, 23–26 August 1983, Santiago de Compostela, Spain.
    5. 5)
      • Zieniutycz, W.: `A study of dispersion properties of the slot line with magnetised substrate', July 1981, Thesis, Technical University of Gdańsk.
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