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Author(s):
Keßler, Jochen; Dill, Roland; Russer, Peter H. 
Title:
Characterization of Millimeterwave Transmission Lines on Silicon Substrates 
Abstract:
A microstrip transmission line structure on silicon substrate is field-theoretically investigated by means of a partial wave synthesis. Propagation parameters like effective permittivity, attenuation, and characteristic impedance are derived from the complete field solution considering line widths from 10 ÎŒm to 500 ÎŒm. Conductor and substrate attenuation are treated separately 
Keywords:
10 to 500 micron, attenuation, characteristic impedance, complete field solution, effective permittivity, electric impedance, microstrip lines, microstrip transmission line structure, MM wave, MMIC, partial wave synthesis, permittivity, propagation parameters, Si substrate, silicon, substrates 
Book / Congress title:
IEEE Antennas and Propagation Society International Symposium (AP-S) in Conjuction with: URSI Radio Science Meeting and Nuclear EMP Meeting 
Volume:
Publisher address:
Chicago, IL, USA 
Year:
1992 
Month:
jul 
Pages:
2296--2299 
Fulltext / DOI: