TE mode waveguide - Tee splitter for WR340 Courtesy of James M. Potter, JP Accelerator Works, Inc. This problem uses E and H in complimentary roles to their usual interpretation in the SUPERFISH codes. ; Copyright 1998, by JP Accelerator Works, Inc. ; Unauthorized commercial use is prohibited. ® kprob=1, ; Superfish problem maxcy=1, ; Stop after one cycle norm=4, ; Normalize fields along line xnorm1=0.0,ynorm1=4.318, ; First end point of line for normalization xnorm2=4.50,ynorm2=4.318, ; Second end point of line for normalization xreg=24.125,25.4, ; Physical coordinate of line regions along X kreg=0,48,60,kmax=66, ; Logical coordinate of line regions along X yreg=0.5, ; Physical coordinate of line regions along Y lreg=0,10,lmax=130, ; Logical coordinate of line regions along Y icylin=0, ; Cartesian coordinates freq=2450, ; Frequency ! For an example of a higher order mode this region set FREQ=4900 and ! NBSLO=0, and in the last region set SINEDRV=8.636,0.0. nbslo=1, ; Neumann boundary condition on lower edge nbsup=0, ; Dirichlet boundary condition on upper edge nbslf=0, ; Dirichlet boundary condition on left edge nbsrt=0 & ; Dirichlet boundary condition on right edge &po x=0.0, y=0.0 & &po x=0.0, y=4.318 & &po x=20.0, y=4.318 & &po x=20.0, y=39.318 & &po x=28.636,y=39.318 & &po x=28.636,y=0.0 & &po x=25.125,y=0.0 & &po nt=2, x0=24.75, y0=0.0, r= 0.375, theta=180 & &po x=0.0, y=0.0 & ® mat=3 & &po x=20.0, y=24.318 & &po x=20.0, y=39.318 & &po x=28.636,y=39.318 & &po x=28.636,y=24.318 & &po x=20.0, y=24.318 & ® ibound=0 & &po x=25.125, y=0.0 & &po nt=2, x0=24.75, y0=0.0, r= 0.375, theta=180 & ® ibound=0 & &po x=0.0, y=0. & &po x=0.0, y=4.318 & &po x=20.0, y=4.318 & &po x=20.0, y=39.318 & &po x=28.636,y=39.318 & &po x=28.636,y=0.0 & ® mat=1, ibound=-1,hdrive=1.0,sinedrv=17.272,90.0 & &po x=0.0, y=0.0 & &po x=0.0, y=4.318 & &mt mtid=3 epsilon=3.2,2.4, mu=1.6,1.2 &