holds modules i dont know what to do with yet
provides the mobius class.
returns the unique maping function between m and a planes which are related through the mobius transform.
initial testcases for some of mwavepy’s functionality.
produce a plot of the normalized characteristic impedances for TE and TM waveguide modes, vs normalized frequency.
impedance normalized to characteristic impedance of freespace frequency normalized to cut-off frequency of given mode
This example was produces same figure 4-3 in Harrington’s Time-Harmonic Electromagnetic Fields
plot the normalized propagation constant for TE10 waveguide mode, vs normalized frequency.
propagation constant normalized to freespace propagation constant at cut-off frequency of teh TE10 mode. frequency normalized to cut-off frequency of given mode
This example was produces same figure 2-18 in Harrington’s Time-Harmonic Electromagnetic Fields