CM Hand held plate reflector.
CM NEC2  2440 Mhz.   Jeff Liebermann  01/25/06
CM All data in wavelengths. Scaled to meters with GS card
CM Basic structure stolen from http://pow.za.net/
CE
SY W=.008           ' Wire radius
SY Rx=2.0/2, Rnx=10 ' Reflector width / 2
SY Ry=2.0/2, Rny=10 ' Reflector height / 2
SY Fx=0.5/2, Fnx=4  ' Front reflector width / 2
SY Fy=0.5/2, Fny=4  ' Front reflector height / 2
SY Fh=0.5           ' Distance from rear reflector to front reflector
SY Dl=.25           ' Dipole arm length
SY Dh=.25           ' Distance from rear reflector to dipole
GW 1 31 Dh 0. -Dl Dh 0. Dl W
GW 2 1 0. -Rx -Ry 0. -Rx -Ry+Ry/Rny W
GW 2 1 0. -Rx -Ry 0. -Rx+Rx/Rnx -Ry W
GM 0 Rny*2-1 0. 0. 0. 0. 0. Ry/Rny 2
GW 2 1 0. -Rx Ry 0. -Rx+Rx/Rnx Ry W
GM 0 Rnx*2-1 0. 0. 0. 0. Rx/Rnx 0. 2
GW 2 Rny*2 0. Rx Ry 0. Rx -Ry W
GW 3 1 Fh -Fx -Fy Fh -Fx -Fy+Fy/Fny W
GW 3 1 Fh -Fx -Fy Fh -Fx+Fx/Fnx -Fy W
GM 0 Fny*2-1 0. 0. 0. 0. 0. Fy/Fny 3
GW 3 1 Fh -Fx Fy Fh -Fx+Fx/Fnx Fy W
GM 0 Fnx*2-1 0. 0. 0. 0. Fx/Fnx 0. 3
GW 3 Fny*2 Fh Fx Fy Fh Fx -Fy W
GS 0 0 300.0/2440.0
GE 0
EX 0 1 16 0 1. 0
FR 0 7 0 0 2380 20.
RP 0 73 73 1001 -90. 90. 5. 5. 10000.
EN