The error theory of linear equation system has been applied to the calibration procedure of microwave network analyser in this article. A new explanation for the choice of the linear calibration equations is proposed and a general principle for choosing calibration equations is presented. The method can also be used to predict the occurrence of the problem of frequency limitation at some periodic frequencies. This principle is employed to the thru-short-delay (TSD) method and the solution using the chosen equations gives the most accurate results. A good agreement between the theory and the experiment has been obtained
A system is described to measure the periodic time domain voltages and currents of a nonlinear micro...
In the calibration of microwave power sensor, National Metrology Centre (NMC) employs the direct pow...
The effect of amplitude and phase errors on the radiation properties of phased array can be reduced ...
The problem of frequency limitation arising in calibration of the test fixtures is investigated in t...
The problem of phase uncertainty arising in calibration of the test fixtures is investigated in this...
The problem of frequency limitation arising from the calibration of asymmetric and symmetric test fi...
The quality of measuring systems of the microwave range, including vector network analyzers, largely...
This paper begins from the thru-short-open (TSO) and thru-line-match (TLM) methods to investigate th...
For the reciprocal-test fixtures, there are six independent S-parameters to. be determined, and the ...
Calibration is important in microwave power sensor measurement, since it can improve the overall acc...
Based on the conventional through-short-match (TSM) method, an improved TSM method has been proposed...
The article describes mathematical model of calibration and S -parameter measurement processes used ...
The study concerns the influence of a non-ideal probe on a measurement error of the complex paramete...
In order to test the S-parameters of non-coaxial RF (Radio Frequency) devices accurately, using, ADS...
This technical report describes the uncertainty assessment on scattering parameter measurements obta...
A system is described to measure the periodic time domain voltages and currents of a nonlinear micro...
In the calibration of microwave power sensor, National Metrology Centre (NMC) employs the direct pow...
The effect of amplitude and phase errors on the radiation properties of phased array can be reduced ...
The problem of frequency limitation arising in calibration of the test fixtures is investigated in t...
The problem of phase uncertainty arising in calibration of the test fixtures is investigated in this...
The problem of frequency limitation arising from the calibration of asymmetric and symmetric test fi...
The quality of measuring systems of the microwave range, including vector network analyzers, largely...
This paper begins from the thru-short-open (TSO) and thru-line-match (TLM) methods to investigate th...
For the reciprocal-test fixtures, there are six independent S-parameters to. be determined, and the ...
Calibration is important in microwave power sensor measurement, since it can improve the overall acc...
Based on the conventional through-short-match (TSM) method, an improved TSM method has been proposed...
The article describes mathematical model of calibration and S -parameter measurement processes used ...
The study concerns the influence of a non-ideal probe on a measurement error of the complex paramete...
In order to test the S-parameters of non-coaxial RF (Radio Frequency) devices accurately, using, ADS...
This technical report describes the uncertainty assessment on scattering parameter measurements obta...
A system is described to measure the periodic time domain voltages and currents of a nonlinear micro...
In the calibration of microwave power sensor, National Metrology Centre (NMC) employs the direct pow...
The effect of amplitude and phase errors on the radiation properties of phased array can be reduced ...