REFERENCES
- J.L. Putz & M.J. Caseorie, Effective use of dispersion shaping in broadband helix TWT circuits, I.E.D.M. Tech Digest, pp 422–424, 1979.
- B.N. Basu & A.K. Sinha, Dispersion shaping using an inhomogeneous dielectric support for the helix in a travelling wave tube, Int J Electron, vol 50, pp 235–238, 1981.
- V.N. Singh, B.B. Paul, B.N. Basu & N.C. Vaidya, Design curves for an inhomogeneously loaded helical slow wave structure for a broadband travelling wave tube, J Instn Electron and Telecomm Engrs, vol 30, pp 55–58, 1984.
- Chen Qing-You, Characteristic of vane-loaded helix slow-wave structure, Acta Electronica Sinica, vol 11, pp 23–31, 1983.
- J.R. Pierce, Travelling-wave tubes, New York: D. van Nostrand Co Inc, 1950.
- S.N. Joshi & B.N. Basu, Equivalent circuit analysis of a practical slow-wave structure for TWT's, J Instn Electron and Telecomm Engrs, vol 25, pp 423–425, Oct 1979.
- B.N. Basu, Equivalent circuit analysis of a dielectric-supported helix in a metal shell, hit J Electron, vol 47, pp 311–314, Mai 1979.
- J.E. Rowe, Nonlinear Electron wave interaction phenomena, New York, Academic Press, 1965.