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Modal cutoff in coaxial transmission lines of conical and cylindrical geometries
By: Novotny, D.R.; Riddle, B.F.; Weil, C.M.; Johnk, R.T.;
2001 / IEEE / 0-7803-6538-0
Description
This item was taken from the IEEE Conference ' Modal cutoff in coaxial transmission lines of conical and cylindrical geometries ' We present numerical data on normalized cutoff wavelength versus cone half-angle for the first three higher-order TE/sub m1/ modes, as well as four other modes of interest, in conical coaxial transmission lines (the ""co-conical"" line). These are given as a function of the ratio of outer-to-inner cone half-angles (proportional to line impedance) for outer cone half-angles of 10 and 22.5 degrees. Results were compared to those for the coaxial transmission line of cylindrical geometry and found to be qualitatively similar.
Related Topics
Coaxial Transmission Lines
Conical Geometries
Cylindrical Geometries
Numerical Data
Cone Half-angle
Higher-order Te/sub M1/ Modes
Coaxial Components
Transmission Lines
Geometry
Equations
Power Transmission Lines
Transmission Line Theory
Tellurium
Nist
Prototypes
Us Government
Modal Cutoff
Co-conical Line
Coaxial Cables
Transmission Line Theory
Engineering
Normalized Cutoff Wavelength
