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Original Articles

Magnetic Tuning of Three-Pole Microstrip Bandpass Filter

, , , FIETE & , FIETE
Pages 119-123 | Published online: 26 Mar 2015

REFERENCES

  • H How, T Fang & C Vittoria, Novel design of tunable MMW magnetic filter, IEEE Trans on Magnetics, vol 30, pp 4524–4526, 1994.
  • G F Dionne & D E Oates, Magnetic design for low-field tunability of microwave ferrite resonators, Journal of Applied Physics, vol 85, pp 4856–4858, 1999.
  • A R Kuzhakhmetov, A P Jenkins, C R M Grovenor, PA Warborton & D Dew-Hughes, Magnetically tunable Tl2Ba2CaCu2O8 based microstrip ring resonators. Electronics Letters, vol 36, pp 688–689, 2000.
  • T Nurgaliev, S Miteva, A Jenkins, & D Hughes, Transmission characteristics of HTS microstrip resonators with a ferrite component, IEEE Trans Applied Superconductivity, vol 11, pp 446–449, 2001.
  • G P Srivastava, A Dubey & G S Tyagi, Broadband tunable (Cr-Cu-Au) resonator using ferrite substrate, Microwave and Optical Technology Letters, vol 29, pp 161–163, 2001.
  • A Dubey, G S Tyagi & G P Srivastava, Magnetically tunable microstrip resonator on polycrystalline ferrite, Electronics Letters, vol 37, pp 1296–1297, 2001.
  • D E Oates, A Piwue, K S Harshavardhan, J Moses, F Yang & G F Dionne, Tunable YBCO resonators on YIG substrates, IEEE Trans on Applied Superconductivity, vol 7, pp 2338–2342, 1997.

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