Nov 7, 2001 #1 88888888 Electrical Oct 2, 2001 7 0 0 GB How to calculate the absorption loss for an extended-hemispherical Si lens? (permitivity=11.7,resistivity=2000 ohm-cm,lens diameter=12.7mm, lens volume=828x10^-9(m^3),f=90GHz)
How to calculate the absorption loss for an extended-hemispherical Si lens? (permitivity=11.7,resistivity=2000 ohm-cm,lens diameter=12.7mm, lens volume=828x10^-9(m^3),f=90GHz)
Nov 8, 2001 #2 VEBill Military Apr 25, 2002 7,090 0 0 CA Try this URL... http://www.eecs.umich.edu/rebeiz/Completed Research Papers/90_GHz_Schottky_Receiver95.pdf Article seems to be applicable. By the way, I have no idea how to do the calculation myself. Good luck. J. Harvey Ottawa Upvote 0 Downvote
Try this URL... http://www.eecs.umich.edu/rebeiz/Completed Research Papers/90_GHz_Schottky_Receiver95.pdf Article seems to be applicable. By the way, I have no idea how to do the calculation myself. Good luck. J. Harvey Ottawa
Nov 22, 2001 #3 jbartos Electrical Jan 15, 2000 6,440 0 0 Suggestion: Visit http://www.eecs.umich.edu/rebeiz/Cu...ront End Electroni/94_GHz_Monopulse_Rec98.pdffor a good figure of the extended hemispherical Si lens, and also notice Reference [7] therein. Upvote 0 Downvote
Suggestion: Visit http://www.eecs.umich.edu/rebeiz/Cu...ront End Electroni/94_GHz_Monopulse_Rec98.pdffor a good figure of the extended hemispherical Si lens, and also notice Reference [7] therein.