Millimeter wave ferrite circulators and rotators
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Abstract
In this paper the exact analysis on the waveguide junction circulator and Faraday rotator are presented in detail. The correctness of analysis is demonstrated by its successful prediction about the performance of the devices. Many calculation results are presented by comparing with the experimental results. The approaches of expanding bandwidth of devices at W band are stated.
Keywords
Millimeter waves Ferrite devices Circulators RotatorsPreview
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References
- [1]Auld D. A., “The synthesis of symmetrical qaveguide circulators” IRE Trans. Vol. MTT-7, pp. 238–246, April, 1959.Google Scholar
- [2]Davies, J. B., “An Analyses of the m-Port symmetrical H-Plane Waveguide Junction with Central Ferrite Post” IRE Trans. Vol. NTT-10, pp. 596–604, Nov. 1962Google Scholar
- [3]Parsonson, C. G., Longley, S. R., Davies, J. B., “The theoretical design of broadband 3-port waveguide circulators” IEEE Trans. Vol. MTT-16, pp. 256–258, April 1968Google Scholar
- [4]Castillo, J. B., Davis, L. E., “Computer Aided Design of 3-Port Waveguide Junction Circulators” IEEE Trans. Vol. MTT-18, pp. 25–34, Jam, 1970Google Scholar
- [[5]Castillo, J. B., Davis, L. E., “Ahigher Order Approximation for Waveguide Ciculators” IEEE Trans. Vol. MTT-20, pp. 410–412, June 1972Google Scholar
- [6]Owen, B. “The Identification of Modal Resonances in Ferrite Loaded Waveguide y-Junctions and Their Adjustment for Circulation” Bell System Tech. J., Vol. 51. No. 3, pp. 595–627, 1972Google Scholar
- [7]El-Shandwily, M. e., Kamal, A. A., Abdallah, E. A. F., “General Field Theory Treatment of H-Plane Waveguide Junction Circulators” IEEE Trans. Vol. MTT-21, pp. 392–403, June 1973Google Scholar
- [8]El-Shandwily, M. E., Kamal, A. A., Abdallah, E. A. F., “General Field Theory Treatment of E-Plane Waveguide Junction Circulators-Part I: Full-Height Fettite Configuration”, IEEE Trans. Vol. MRR-25, pp. 784–793, Sept. 1977Google Scholar
- [9]El-Shandwily, M. E., Kamal, A. A., Abdallah, E. A. F., “General Field Theory Treatment of E-Plane Waveguicle Junction Circulators-Part II: Two-Disk Ferrite Configurations”, IEEE Trans. Vol. Mtt-25, pp. 794–803, Sept. 1977Google Scholar
- [10]Akaiwa, Y., “Anumerical Analysis of Waveguide H-Plane Y-Junction Circulators with Circular Partial Height Ferrite Post”, The Trans. of the IECE of Japan, Vol.E61, No. 8. pp. 609–617. Aug. 1978Google Scholar
- [11]Akaiwa, Y., “Bandwidth Enlargement of a Millimeter-Wave Y Circulator with Half-Wavelength Line Resonators” IEEE Trans. Vol. MTT-22, pp. 1283–1286, Dec. 1974Google Scholar
- [12]Khilla, A. M., Wolff. I., “Field Theory Treatment of H-Plane Waveguide Junction with Triangular Ferrite Post” IEEE Trans. Vol. MTT-26, pp.279–287, April, 1978Google Scholar
- [13]Koshiba, M., Suzuki, M., “Finte-Element Analysis of H-Plane Wavegukde Junction With Arbitrarily Shaped Ferrite Post” IEEE Trans. Vol. MTT-34, No. 1, pp. 103–109, Jan. 1986Google Scholar
- [14]Dou, W. B., Li, S. F., “On Volume Modes and Suface Modes in Partial-Height Ferrite Circulators and Their Bandwidth Expansion at Millimeter Wave Band”, Microwave & Optical Tech. Lett., Vol. 1, No. 6, pp. 200–208. Aug. 1988Google Scholar
- [15]Dou, W. B., “Exact Electromagnetic Field Theory For Broadband H-Plane Waveguide Junction Circulators” Science in China (Series A) Vol. 32, No. 9, pp. 1115–1127, Sept. 1989Google Scholar
- [16]Dou, W. B., Wang, G. S., “Surface Modes High power Broadband Waveguide Y-Junction Circulators” 19th European Microwave Conference Proceedings, London, pp. 317–322, Sept. 1989Google Scholar
- [17]Dou, W. B., Rong, Y., “Analysis of Unsymmetrical Waveguide Y-Junction circulators”, Microwave & Optical tech. Lett. Vol. 4, No. 3, pp. 134–138, Feb, 1991Google Scholar
- [18]Dou, W. B., Sun, Z. L., “Analysis and Experiments of the 3mm-band Higher Order Modes Waveguide Y-Junction Circulators”, Inter. Jour. of Infrared & Millimeter Waves, Vol. 13, No. 12, 1992Google Scholar
- [19]Rong, Y., Dou, W. B., “Theoretical analysis of arbitriary angle H-plane waveguide bend discontinuity” IEEE Proc. -H. Vol. 137, No. 3, pp. 189–192, June, 1990Google Scholar
- [20]Davis, L. E., Longley, S. R., “E-Plane 3-port X-band waveguide Circulators” IEEE Trans. Vol. MTT-11, pp. 443–445, Sept. 1963Google Scholar
- [21]Okamoto, N., “Computer-aided of H-plane waveguide junction with full-height ferrite of arbitrary shape” IEEE Trans. Vol. MTT-27, pp. 315–321, April. 1979Google Scholar
- [22]Helszajn, J., Tan, F. C., “Design Date for Radial-Waveguide Circulators Using Partial-Height Ferrite Resonators” IEEE Trans. Vol. MTT-23, pp. 288–298, Mar, 1975Google Scholar
- [23]Helszajn, J., Sharp, J., “Resonant Frequencies, Q-Factor, and Suscetance Slope Parameter of Waveguide Circulators Using Weakly Magnetized Open Resonators” IEEE Trans. Vol. MTT-31, pp. 434–441, June. 1983Google Scholar
- [24]Helszajn, J., “Design of Waveguide Circulators With Chebyshev Characteristics Using Partial-Height Ferrite Resonators” IEEE Trans. Vol. MTT-32, pp. 908–917, Aug. 1984Google Scholar
- [25]Bosma, H., “Junction Circulators” Aducances in Microwaves, Vol.6, pp. 215–239, 1971Google Scholar
- [26]Filipsson, G., “A New General Computer Algorithm for S-Matrix Calculation of Interconnected Multiports” 11th European Microware Conference, pp. 700–704, 1981Google Scholar
- [27]Piotrowski, W. S., Raue, J. E., “Low-Loss Broad-Band EHF Circulator” IEEE Trans. Vol. MTT-24, pp. 863–866, Nov. 1976Google Scholar
- [28]Piotrowsiki, W., Schell, S., “Low-Loss 92–100 Ghz Circulators” IEEE MTT-S Diest, pp. 252–254, 1982Google Scholar
- [29]Holpp, W., “Dual-mode Circulators lock on oscillators”, Microwave & RF.pp. 94–100, Sept. 1986Google Scholar
- [30]Holpp, W., “New Design Aspects for High Acceleleration Hardened Millimeterwave Components” 19th European Microwave Conference Proc. pp. 633–638, 1989Google Scholar
- [31]Fay, C. E., Comstock, R. L., “Operation of the ferrite Junction Circulator” IEEE Trans. Vol. MTT-13, pp. 15–27, Jan. 1965Google Scholar
- [32]Dou, W.B., Sun, Z.L., “Dual modes dual frequencies circulators and isolators”, Microwave & Optical Tech. Lett., Vol.8, No.1, Jan. 1995.Google Scholar
- [33]Dou, W.B., Sun, Z.L., “Comparison and Selection of Junction Modes in Waveguide Circulator at Millimeter Waves U-V-,E-Band”, Int. Jour. of Infrared & MMW, Vol. 15, No. 6, pp. 1139–1148, 1994.Google Scholar
- [34]Gesche,R., Lo chel, N., IEEE Trans. Microwave Theory Tech. 1988, MTT-36(1), 137.Google Scholar
- [35]Waldron, R.A., “Electromagnetic wave propagation in cylindrical waveguide containing gyromagnetic media”, J. Br. Inst. Radio Eng. pp.597–612, pp.677–690, pp.733–740, 18, 1958.Google Scholar
- [36]Waldron, R.A., “Theory of the mode spectra of cylindrical waveguide containing Gyromagnetic media”, J. Br. Inst. Radio Eng., pp.347–356, 19, 1959.Google Scholar
- [37]Severin, H.K.F., “Propagation constants of circular cylindrical waveguide containing Ferrite”, IRE Trans. Vol. MTT-7, pp.337–346, 1959.Google Scholar
- [38]Chait, H.N., Sakiotis, N.G., “Broad-band Ferrite Rotators Using Quadruply-Ridge Circular Waveguide”, IRE Trans. Vol. MTT-7, pp.38–41, 1959.Google Scholar
- [39]Hughes Millimeter-wave Products for 1987/1988Google Scholar
- [40]Rong, Y., Dou, W.B., Li, S.F., “Generalised field theory of irregular waveguide partially filled with longitudinally magnetised ferrite”, IEE Pro. Pt. H, Vol.138, No.5, pp.412–416, Oct. 1991.Google Scholar
- [41]Currie, N.C., Parker, S.W., Efurd, S.W., “MMW System Tradeoffs”, IEEE national Radar Conf. P. 1, 1988.Google Scholar
- [42]Goldsmith, P.F., “Designing Quasioptical Systems”, MSDH pp. 182–192, 1987Google Scholar
- [43]Goldsmith,P.F., “Quasi-Optics in Radar Systems”, Microwave Journal, pp. 79–98, 1991.Google Scholar
- [44]Kogelnik, H., Li, T., “Laser Beams and Resonators”, Proc. IEEE, Vol.54, No. 10, pp. 1312–1329, 1966.Google Scholar
- [45]Dionne, G.F., Weiss, J.A., et al, “Quasi-Optical Ferrite Rotator for millimeter Waves”, IEEE MTT-S Digest, pp. 127–130, 1988.Google Scholar
- [46]Webb, M.R., “A MM-Wave Four-Port Quasi-Optical Circulator”, Int. Jour. Infrared & MMW, Vol. 12, No. 1, pp.45–63, 1991.Google Scholar
- [47]Goldsmith, P.F., “Quasi-Optical Techniques at Millimeter and Submillimeter Wavelengths”, Infrared and Millimeter Waves, Vol.6, Ch.5, K.J., Button, Ed., Academic, New York, 1982.Google Scholar
- [48]Lax, B, et al, “Quasi-Optical Ferrite Reflection Circulator”, IEEE MTT-41, No.12, pp.2190–2197, 1993.Google Scholar
- [49]Zak, J., et al, “Universal Approach to Magneto-Optics”, J. Mag. & Mag. Mat., 89(1990)107–123.Google Scholar
- [50]W.B. Dou, Z.L. Sun, “General Field Theory Treatment of Quasi-Optical Faraday Rotator”, Microwave & Optical Tech. Lett. No.8, 1995.Google Scholar
- [51]Tsalamengas, J.L. and Uzunoglu, N.K., “Radiation from a Dipole in the Proximity of a General Anisotropic Grounded Layer”, IEEE AP-33, No.2, pp165–172, 1985.Google Scholar
- [52]Birkhoff, G. and Lane, S.M., “A Survey of Modern Algebra”, fouth edition, Macmillian Publishing Co. Inc. New York, 1977.Google Scholar
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© Plenum Publishing Corporation 1996