Estimating the attenuation constant of a low loss transmission medium is by no means a simple task at microwave and millimetre wave frequencies. In this paper, the attenuation constant of microstrip line printed on Heraeus CT2000 LTCC [1] is determined over the 20 to 40 GHz range using three different analysis techniques. All three methods yield different loss estimates, which begs the question as to which method should be considered the most accurate. Although the ultimate aim of this work is the loss characterisation of the microstrip, it also provides an opportunity to explore the issues related to accurate loss evaluation
We have developed a new technique for accurate measurement of the loss of superconducting microstrip...
Abstract. We have developed a new technique for accurate measurement of the loss of superconducting ...
Modifications to a normal microstrip transmission line are proposed, with the aim of reducing the at...
Estimating the attenuation constant of a low loss transmission medium is by no means a simple task a...
Estimating the attenuation constant of a low loss transmission medium is by no means a simple task a...
We report the measurement of small losses in transmission line (TL) components intended for high-pow...
New frequency-variant losses of planar thin film transmission lines are experimentally investigated ...
This paper presents a comparative study of the losses of 4 commonly used planar transmission lines (...
This paper presents a new method for extracting the wavelength and losses of dispersive lossy planar...
The microstrip transmission line numerical model is used to search out the relative permittivity and...
We compare two techniques for calculating the loss of millimetre wave and submillimetre wave microst...
Report discussing microwave attenuation measurement methods and standards. In addition, a relatively...
An improved lumped element model for the synthesis of two-port microstrip ring resonators is present...
In this report, a thorough analytical procedure is developed for evaluating the frequency-dependent ...
Abstract —A general review and comparison on two types widely adopted measurement techniques of diel...
We have developed a new technique for accurate measurement of the loss of superconducting microstrip...
Abstract. We have developed a new technique for accurate measurement of the loss of superconducting ...
Modifications to a normal microstrip transmission line are proposed, with the aim of reducing the at...
Estimating the attenuation constant of a low loss transmission medium is by no means a simple task a...
Estimating the attenuation constant of a low loss transmission medium is by no means a simple task a...
We report the measurement of small losses in transmission line (TL) components intended for high-pow...
New frequency-variant losses of planar thin film transmission lines are experimentally investigated ...
This paper presents a comparative study of the losses of 4 commonly used planar transmission lines (...
This paper presents a new method for extracting the wavelength and losses of dispersive lossy planar...
The microstrip transmission line numerical model is used to search out the relative permittivity and...
We compare two techniques for calculating the loss of millimetre wave and submillimetre wave microst...
Report discussing microwave attenuation measurement methods and standards. In addition, a relatively...
An improved lumped element model for the synthesis of two-port microstrip ring resonators is present...
In this report, a thorough analytical procedure is developed for evaluating the frequency-dependent ...
Abstract —A general review and comparison on two types widely adopted measurement techniques of diel...
We have developed a new technique for accurate measurement of the loss of superconducting microstrip...
Abstract. We have developed a new technique for accurate measurement of the loss of superconducting ...
Modifications to a normal microstrip transmission line are proposed, with the aim of reducing the at...