In this paper, we present an improved model of measurement standard uncertainty of the insertion loss in a reverberation chamber (RC), including frequency stirring. Differently from the previous model, the enhanced one does not require specific conditions on the parameter to be measured. Such an enhancement is applicable for all usable measurement conditions in RCs. Moreover, a majorant is derived, that is obtained under a weak condition on the coefficient of variation of the parameter to be measured. Results from measurements support the validity of both the proposed enhancement and the majorant
We have presented an improved theory for the uncertainty of measurements in reverberation chamber. T...
we deal with the probability density function (PDF) for the quality factor Q of reverberation chamb...
The turn-table platform stirring technique is used to improve the measurement accuracy of a reverber...
In this paper, we present an improved model of measurement standard uncertainty of the insertion los...
We address the uncertainty of reverberation chamber (RC) measurements in presence of both mechanical...
We analyze the uncertainty of measurements carried out in a reverberation chamber. The adopted model...
We address the uncertainty of reverberation chamber (RC) measurements in presence of both mechanical...
Reverberation chambers (RCs) are used for statistical electromagnetic compatibility (EMC) and over-t...
Measurements in reverberation chamber (RC) produce data that are random, and therefore they need to ...
Both platform and wall antennas stirring are known to reduce uncertainty when measuring wireless dev...
In this paper the uncertainty of reverberation chamber measurements is determined by a procedure pro...
The measurement of the absorption cross section (ACS) is one of the applications of a reverberation...
Reverberation chambers have been used for measuring antenna efficiencies. In this letter, the measur...
The calculation of measurement uncertainties follows the law of error propagation as described in th...
Due to the complicated and time-varying boundary conditions, reverberation chamber (RC) measurements...
We have presented an improved theory for the uncertainty of measurements in reverberation chamber. T...
we deal with the probability density function (PDF) for the quality factor Q of reverberation chamb...
The turn-table platform stirring technique is used to improve the measurement accuracy of a reverber...
In this paper, we present an improved model of measurement standard uncertainty of the insertion los...
We address the uncertainty of reverberation chamber (RC) measurements in presence of both mechanical...
We analyze the uncertainty of measurements carried out in a reverberation chamber. The adopted model...
We address the uncertainty of reverberation chamber (RC) measurements in presence of both mechanical...
Reverberation chambers (RCs) are used for statistical electromagnetic compatibility (EMC) and over-t...
Measurements in reverberation chamber (RC) produce data that are random, and therefore they need to ...
Both platform and wall antennas stirring are known to reduce uncertainty when measuring wireless dev...
In this paper the uncertainty of reverberation chamber measurements is determined by a procedure pro...
The measurement of the absorption cross section (ACS) is one of the applications of a reverberation...
Reverberation chambers have been used for measuring antenna efficiencies. In this letter, the measur...
The calculation of measurement uncertainties follows the law of error propagation as described in th...
Due to the complicated and time-varying boundary conditions, reverberation chamber (RC) measurements...
We have presented an improved theory for the uncertainty of measurements in reverberation chamber. T...
we deal with the probability density function (PDF) for the quality factor Q of reverberation chamb...
The turn-table platform stirring technique is used to improve the measurement accuracy of a reverber...