This paper presents a new method that accurately determines the characteristic impedance of planar transmission lines printed on lossy dielectrics even when contact-pad capacitance and conductance are large. We demonstrate the method on a coplanar waveguide fabricated on fused silica and a microstrip line fabricated on a highly conductive silicon substrate
Abstract—A silicon micromachining process has been developed to fabricate high-aspect-ratio coplanar...
A simple and accurate method to measure the complex sheet impedance of thin conductive films on diel...
Abstract- This paper examines error caused by parasitic inductance in the characteristic impedance m...
This paper introduces a new method for measuring impedance parameters in transmission lines fabricat...
The technological downscaling has improved the figures of merit of silicon-based technology, enablin...
International audienceThe dielectric properties of coplanar propagation waveguides (CPW) designed an...
Abstract—The dielectric properties of coplanar propagation waveguides (CPW) designed and fabricated ...
Abstract. A new analytical method to calculate the characteristic impedance of transmission lines em...
Abstract. A new analytical method to calculate the characteristic impedance of transmission lines em...
It is shown that at microwave–millimeterwave frequencies and for DC resistivities below ρ+=(2πfτε0εL...
In this paper, an analytical expression for the characteristic impedance of a microstrip line in pre...
The effect of a conductive substrate, such as silicon, on the attenuation of microstrip (MS) lines h...
After further transmission line technique investigation, we propose a new approach to material chara...
This paper presents a new method for extracting the wavelength and losses of dispersive lossy planar...
This paper describes a material complex permittivity extraction technique based on four measurements...
Abstract—A silicon micromachining process has been developed to fabricate high-aspect-ratio coplanar...
A simple and accurate method to measure the complex sheet impedance of thin conductive films on diel...
Abstract- This paper examines error caused by parasitic inductance in the characteristic impedance m...
This paper introduces a new method for measuring impedance parameters in transmission lines fabricat...
The technological downscaling has improved the figures of merit of silicon-based technology, enablin...
International audienceThe dielectric properties of coplanar propagation waveguides (CPW) designed an...
Abstract—The dielectric properties of coplanar propagation waveguides (CPW) designed and fabricated ...
Abstract. A new analytical method to calculate the characteristic impedance of transmission lines em...
Abstract. A new analytical method to calculate the characteristic impedance of transmission lines em...
It is shown that at microwave–millimeterwave frequencies and for DC resistivities below ρ+=(2πfτε0εL...
In this paper, an analytical expression for the characteristic impedance of a microstrip line in pre...
The effect of a conductive substrate, such as silicon, on the attenuation of microstrip (MS) lines h...
After further transmission line technique investigation, we propose a new approach to material chara...
This paper presents a new method for extracting the wavelength and losses of dispersive lossy planar...
This paper describes a material complex permittivity extraction technique based on four measurements...
Abstract—A silicon micromachining process has been developed to fabricate high-aspect-ratio coplanar...
A simple and accurate method to measure the complex sheet impedance of thin conductive films on diel...
Abstract- This paper examines error caused by parasitic inductance in the characteristic impedance m...