COMMERCIAL MICROWAVE HAZARD METERS: A LABORATORY EVALUATION
Authors not listed
Researchers devised a test protocol to evaluate commercial microwave hazard meters and computed error values and composite uncertainties for each instrument.
Plain English Summary
Five different absorber-lined laboratory test systems were designed and built, and the uncertainty of each test was analyzed. Error values for each parameter were computed for each instrument, and a worst-case composite uncertainty was calculated for each model. Special tests evaluated parasitic interaction of E-field probes with the H-field and impedance loading of meters.
Why This Matters
Particular attention was paid to meter-to-meter variation in calibration and polarization ellipticity. A computer-based system collected and reduced laboratory data and performed statistical analyses. Results were presented to allow individual experimenters to compute uncertainty levels for specific measurement environments.
Show BibTeX
@article{commercial_microwave_hazard_meters_a_laboratory_evaluation_g5497,
author = {Unknown},
title = {COMMERCIAL MICROWAVE HAZARD METERS: A LABORATORY EVALUATION},
year = {n.d.},
}