Lossy transmission lines for GaAs MMIC technology are analyzed, using an accurate fullwave electromagnetic simulator, based on a Finite Element Method, using edge elements. A complete study of a GaAs coplanar conductor-backed waveguide is presented in a wide frequency range between 5 and 90 GHz, taking into account dielectric as well as conductor losses
Channel bandwidth-limited high-speed links or interfaces make circuit solutions not efficient. Both ...
An analysis of propagation on Coplanar Waveguide loaded with extrinsic semiconductor material -in MO...
Abstract—Transmission lines are becoming of common use at mm-wave to implement on-chip functions as ...
New scaleable circuit models for Coplanar Waveguide transmission lines and discontinuities have been...
Copyright © 2007 SPIE - The International Society for Optical Engineering. Downloading of the abstra...
Abstract―The quasi-TEM finite element analysis of microwave and optical devices has been carried out...
Abstract — In mm-wave on-chip applications, integrated transmission lines may have a fundamental rol...
International audienceThis paper presents a new physical model for shielded slow-wave coplanar waveg...
International audienceThis paper presents a new physical model for shielded slow-wave coplanar waveg...
This paper presents a comparative study of the losses of 4 commonly used planar transmission lines (...
We present a full-wave approach to the analysis of discontinuities of real conductors in planar line...
We present a full-wave approach to the analysis of discontinuities of real conductors in planar line...
We present a full-wave approach to the analysis of discontinuities of real conductors in planar line...
We present a full-wave approach to the analysis of discontinuities of real conductors in planar line...
Abstract—Transmission lines are becoming of common use at mm-wave to implement on-chip functions as ...
Channel bandwidth-limited high-speed links or interfaces make circuit solutions not efficient. Both ...
An analysis of propagation on Coplanar Waveguide loaded with extrinsic semiconductor material -in MO...
Abstract—Transmission lines are becoming of common use at mm-wave to implement on-chip functions as ...
New scaleable circuit models for Coplanar Waveguide transmission lines and discontinuities have been...
Copyright © 2007 SPIE - The International Society for Optical Engineering. Downloading of the abstra...
Abstract―The quasi-TEM finite element analysis of microwave and optical devices has been carried out...
Abstract — In mm-wave on-chip applications, integrated transmission lines may have a fundamental rol...
International audienceThis paper presents a new physical model for shielded slow-wave coplanar waveg...
International audienceThis paper presents a new physical model for shielded slow-wave coplanar waveg...
This paper presents a comparative study of the losses of 4 commonly used planar transmission lines (...
We present a full-wave approach to the analysis of discontinuities of real conductors in planar line...
We present a full-wave approach to the analysis of discontinuities of real conductors in planar line...
We present a full-wave approach to the analysis of discontinuities of real conductors in planar line...
We present a full-wave approach to the analysis of discontinuities of real conductors in planar line...
Abstract—Transmission lines are becoming of common use at mm-wave to implement on-chip functions as ...
Channel bandwidth-limited high-speed links or interfaces make circuit solutions not efficient. Both ...
An analysis of propagation on Coplanar Waveguide loaded with extrinsic semiconductor material -in MO...
Abstract—Transmission lines are becoming of common use at mm-wave to implement on-chip functions as ...