Stripline is a key component for MIC. Therefore, exact calculation of the characteristic impedance is important for analysis and synthesis of stripline circuit. There are many calculation methods for stripline with zero or finite strip thickness. Exact solution for zero thickness was already given by conformal transformation method, but that for finite hickness is not. So far, relatively exact solution is given by fringing capacitance method. Here, new and systematic mode analysis method is proposed, which is based on lateral equivalent network and can give more exact characteristic impedance for stripline with any thickness including zero thickness. This method is demonstrated to be valid and useful by good agreement with the exact results...
This paper is focused on input impedance optimization of a stripline. The stripline for electromagne...
Some new results related to characteristic impedances of undercut lines are presented considering va...
rights: 社団法人電子情報通信学会 relation: isVersionOf:http://ci.nii.ac.jp/naid/1100033437541998年電子情報通信学会エレクトロニク...
Stripline is a key component for MIC. Therefore, exact calculation of the characteristic impedance i...
Exact propagation eigenmode for stripline with finite thickness is important for practical design of...
Stripline/microstrip line is an important waveguide component for MIC. Theoretical treatment of prop...
Stripline circuit can be modelled to planar circuit, whose equivalent network is rigorously given by...
Stripline T-junction with rectangular cutat symmetric center is analyzed based on two dimensional (2...
Stripline right-angle bend with slant-wise corner cut is analyzed based on planar circuit modelling,...
Stripline right-angle bend with slantwise comer cut is an important component for microwave circuits...
Foster-type equivalent network for stripline 45 degrees bend of equal or different stripline width i...
A computer program is provided for determining the characteristic impedance of microstrip transmissi...
従来、マイクロ波帯での各種ストリッブ線回路は伝送線路理論を用いて解析・合成されてきた。しかし、実際のストリップ線回路は2次元的に広がった回路となり、 1次元伝送線路としてよりも2次元的広がりを持つ平面...
A novel design method for a stripline microwave matching line is developed in this paper. Stripline...
This paper describes a material complex permittivity extraction technique based on four measurements...
This paper is focused on input impedance optimization of a stripline. The stripline for electromagne...
Some new results related to characteristic impedances of undercut lines are presented considering va...
rights: 社団法人電子情報通信学会 relation: isVersionOf:http://ci.nii.ac.jp/naid/1100033437541998年電子情報通信学会エレクトロニク...
Stripline is a key component for MIC. Therefore, exact calculation of the characteristic impedance i...
Exact propagation eigenmode for stripline with finite thickness is important for practical design of...
Stripline/microstrip line is an important waveguide component for MIC. Theoretical treatment of prop...
Stripline circuit can be modelled to planar circuit, whose equivalent network is rigorously given by...
Stripline T-junction with rectangular cutat symmetric center is analyzed based on two dimensional (2...
Stripline right-angle bend with slant-wise corner cut is analyzed based on planar circuit modelling,...
Stripline right-angle bend with slantwise comer cut is an important component for microwave circuits...
Foster-type equivalent network for stripline 45 degrees bend of equal or different stripline width i...
A computer program is provided for determining the characteristic impedance of microstrip transmissi...
従来、マイクロ波帯での各種ストリッブ線回路は伝送線路理論を用いて解析・合成されてきた。しかし、実際のストリップ線回路は2次元的に広がった回路となり、 1次元伝送線路としてよりも2次元的広がりを持つ平面...
A novel design method for a stripline microwave matching line is developed in this paper. Stripline...
This paper describes a material complex permittivity extraction technique based on four measurements...
This paper is focused on input impedance optimization of a stripline. The stripline for electromagne...
Some new results related to characteristic impedances of undercut lines are presented considering va...
rights: 社団法人電子情報通信学会 relation: isVersionOf:http://ci.nii.ac.jp/naid/1100033437541998年電子情報通信学会エレクトロニク...