Tamas V,Korolkiewica E,Alaister S.A 5.8GHz microwave link for automatic debiting applications.Microwave Journal.1995,80-84
[2]
Grammer W,Ynggresson K S.Coplanar waveguide transitions to slotline:design and microprobe characterization.IEEE Trans.Microwave Theory Tech.,1993,MTT-41,1653-1658
[3]
Hettak K,Coupez J P,Sheta A,et al.Practical design of uniplanar broadband subsystems-application to a wide-band hybrid magic tee.IEEE Trans.Microwave Theory Tech,1994,MTT-S symp.Dig.,43:915-918
[4]
Pucel R A.Monolithic Microwave Integrated Circuits.New York:IEEE Press,1985,553-558
[5]
Hirota T,Tarusawa Y,Ogawa H.Uniplanar MMIC hybrids-a proposed new MMIC structure.IEEE Trans.Microwave Theory Tech.,1987,MTT-35,576-581
[6]
Ogawa H,Minagawa A.Uniplanar MIC balanced multiplier-a proposed new structure for MIC\'S.IEEE Trans.Microwave Theory Tech.,1987,MTT-35,1363-1368
[7]
Katehi L P.Novel transmission lines for the submillimeter-wave region.IEEE Proc.,1992,80(11):1771-1787
[8]
Houdart M.Coplanar lines:application to broadband microwave integrated circuits.Proceedings of the 7th European Microwave Conference.1976,49-53
[9]
Cohn S B.Slotline on a dielectric substrate.IEEE Trans.Microwave Theory Tech.,1968,MTT-17,768-778
[10]
Cohn S B.Slotline characteristic.IEEE Trans.Microwave Theory Tech.1969,MTT-17,1091-1096
[11]
Gorur A,Karpuz C,Alkan M.,Quasi-static TEM characteristic of overlayed supported asymmetric coplanar waveguides.Int.J.Microwave and Millimeter-Wave Computer-aided Eng.,1996,6297-303
[12]
Hilber W.From approximations to exact relations for characteristic impedances.IEEE Trans.Microwave Theory Tech.,1969,MTT-17,259-265
[13]
Dib N,Katehi L P,PoncHak G E,et al.Theoretical and experinental characterization of coplanar waveguide discontimuities for filter applications.IEEE Trans.Microwave Theory Tech.,1991,MTT-139,873-882
[14]
Hettak K,Coupez J P,Le Tand,et al.Improved CPW to slotline transitions.IEEE Trans.Microwave Theory Tech,.1996,MTT-S symp.Dig.,47:1831-1834