The complete methodology of designing T- and modified ring resonators in the UHF band are presented in the paper. On the basis of proposed algorithms, the dedicated software tool has been elaborated in order to determine material parameters of contemporary substrates. The program is implemented in the Mathcad environment and it includes the base of information on known materials used in electronic products. Also, test sample series for selected substrate materials (IS680, FR408, I-SPEED PCB ISOLA and A6-S LTCC FERRO) and operating frequencies from 1 GHz to 3 GHz are analyzed in details. The special test stand with a vector network analyzer has been applied in experiments. The obtained data of relative permittivity measurements and model cal...
This paper presents the results of measuring relative permittivity of fiber glass printed circuit bo...
In microwave communications, the main aspects for affecting the dielectric losses in the materials a...
The dielectric resonator method is now widely accepted as a precise measurement method for determini...
The complete methodology of designing T- and modified ring resonators in the UHF band are presented ...
In this paper, we present a simple design of a T-ring resonator sensor for characterizing solid dete...
In this paper, we present a simple yet efficient method for determination of the relative permittivi...
An accurate material characterization method for microwave printed-circuit-board substrates is propo...
International audienceKnowing the frequency dependent complex permittivity of Printed Circuit Board ...
Novel low loss materials are needed to achieve miniaturization and further advances in wireless comm...
The topic of microwave sensors in enclosures is one of the most active areas in material characteriz...
Material characterization method based on radio frequency and microwave measurements is highly deman...
This article proposes a new method to determine the permittivity of dielectric resonator materials. ...
Characterization of dielectric material can be done by the nondestructive method of microstrip strai...
The topic of microwave sensors in enclosures is one of the most active areas in material characteriz...
This paper presents a single port rectangular ring resonator sensor for material characterizations. ...
This paper presents the results of measuring relative permittivity of fiber glass printed circuit bo...
In microwave communications, the main aspects for affecting the dielectric losses in the materials a...
The dielectric resonator method is now widely accepted as a precise measurement method for determini...
The complete methodology of designing T- and modified ring resonators in the UHF band are presented ...
In this paper, we present a simple design of a T-ring resonator sensor for characterizing solid dete...
In this paper, we present a simple yet efficient method for determination of the relative permittivi...
An accurate material characterization method for microwave printed-circuit-board substrates is propo...
International audienceKnowing the frequency dependent complex permittivity of Printed Circuit Board ...
Novel low loss materials are needed to achieve miniaturization and further advances in wireless comm...
The topic of microwave sensors in enclosures is one of the most active areas in material characteriz...
Material characterization method based on radio frequency and microwave measurements is highly deman...
This article proposes a new method to determine the permittivity of dielectric resonator materials. ...
Characterization of dielectric material can be done by the nondestructive method of microstrip strai...
The topic of microwave sensors in enclosures is one of the most active areas in material characteriz...
This paper presents a single port rectangular ring resonator sensor for material characterizations. ...
This paper presents the results of measuring relative permittivity of fiber glass printed circuit bo...
In microwave communications, the main aspects for affecting the dielectric losses in the materials a...
The dielectric resonator method is now widely accepted as a precise measurement method for determini...