input2.dat

QFDTD90: A General 3D-FDTD Electromagnetic Simulator

maxx maxy maxz dx dy dz(in meter)
60 140 70 .2e-3 .25e-3 .3333e-3 
number of dielectric "bricks"(including air region)
2
xstart xend ystart yend zstart zend epsr tand@10GHz
1 30 1 140 1 70 12. 0.
31 60 1 140 1 70 1. 0.
Number of conductor "bricks"
0
xstart xend ystart yend zstart zend
0 0 0 0 0 0
number of normal-to-x metal "plates"(zero thickness)
6
xcoordinate ystart yend zstart zend celltype
30 1 16 1 70 1
30 17 66 1 40 1
30 69 72 1 43 1
30 75 124 1 40 1
30 17 124 44 70 1
30 125 140 1 70 1
number of normal-to-y metal "plates"(zero thickness)
0
xstart xend ycoordinate zstart zend
0 0 0 0 0
number of normal-to-z metal "plates"(zero thickness)
0
xstart xend ystart yend zcoordinate
0 0 0 0 0 
MS-feed?(Y-1,N-0) excxb excxt excyl excyr excz
0 0 0 0 0 0 
CPW/CPS-feed?(Y-1,N-0) excx excyl1 excyl2 excyr1 excyr2 excz
1 30 67 68 73 74 10 
number of observation points(0-8 allowed)
1
integral path for voltage vi(t): obx1 obx2 oby1 oby2 obz1 obz2
30 30 67 68 20 20
nsteps pulsewidth(ps=500/f(GHz)) modufreq(GHz)(0 if Gaussian)
2500 40. 0.
1st simulation/2nd simulation/FFT only?(1/2/9)
2
fstart(GHz) fend fstep zc(Ohm) ll(in dz's) keff1 keff2
0. 7. .05 47. 20 6.45 6.55
antenna patterns?(Y-1,N-0) xcenter ycenter zcenter freq(GHz) 
0 0 0 0 0 
cutplane(No-0,x-1,y-2,z-3) cutoffset phasorfreq(GHz)
1 30 2.1
*** End of input.dat ***