Comparative analysis among frequency sampling algorithm applied in microwave measurements
Authors:
- 1 October 2018
- conference paper
- Published by Institute of Electrical and Electronics Engineers (IEEE)
- p. 816-821
Abstract
This paper presents a comparative analysis between five algorithms. The goal of the algorithms was to reduce the acquisition time for high frequency measurements using Vector Network Analyzer. The proposed algorithms were developed by the authors and in this paper the accuracy and the execution time will be analyzed. The results will be presented in terms of information consistency and dynamic behavior. Finally, a classification between the five proposed algorithms using a key performance indicator will emphasize only one algorithm with high performances regarding the significant number of frequencies reduction, the decreasing of computation effort keeping the accuracy and the consistency of the initial device response.Keywords
This publication has 28 references indexed in Scilit:
- VNA tools II: Calibrations involving eigenvalue problems2017
- Transparent full-two port network analyser for microwave lab courses2017
- Frequency sampling algorithm applied in microwave measurements based on step-size control method2016
- Increased speed in microwave measurements based on spline interpolation model2016
- Investigating scattering parameters measurements for 50GHz highspeed Printed Circuit Boards (PCBs)2015
- Residual error analysis of a calibrated vector network analyzer2014
- Estimation of complex residual errors of calibrated two-port vector network analyzer2014
- Incomplete 2-port vector network analyzer calibration methods2014
- A new technique for vector network analyzer calibration verification using a single reconfigurable device2013
- Residual errors determination for vector network analyzer at a low resolution in the time domain2013