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Bolle,; Clavin,; Franco, Eduardo L.; Grabowski,; Hinckelmann,; Ishii,; Mackey,; Vilmur,; Womack,

doi:10.1109/tmtt.1962.1125481

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1983

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“…Re-entrant cavities, particularly of cylindrical symmetry as shown in figure 1, have been extensively investigated at the time of the development of klystrons (Hansen 1939, Hahn 1941, Mayer 1946) and more recently with the advent of Tunnel and Gunn diodes (Bolle 1962, Rivier and Verge-Lapisardi 1970, Wenakada 1970, Williamson 1976.…”

Section: Introductionmentioning

confidence: 99%

Lumped parameters for re-entrant resonators

Ciuffini

Sotgiu

1983

J. Phys. D: Appl. Phys.

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The paper shows how the resonant frequencies and the Q factors of re-entrant cavities of cylindrical and square symmetry can be calculated by the use of a simple L-C equivalent circuit. In the case of re-entrant cavities of cylindrical symmetry the comparison with the data reported in literature gives an average agreement of the order of 2.3%. To test the computational method in different geometries, six prototypes of square symmetry re-entrant resonators in a frequency range between 2 and 4 GHz have been constructed. In this case the average matching between the measured values of the resonant frequency and the theoretical ones was of 1.4%.

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