by Michael Schwartz Writing automated calibrations and controlling test equipment is easy. But once you have the automation working, now it’s time to calculate the uncertainties. Often calculating uncertainties and documenting the results takes longer […]
I am most known in the industry for my abilities related to writing automated calibration procedures. I have created projects in VB, Lab View, MET/CAL®, MUDCATS, C#, C++, and RMB, just to name a few. […]
Over the past four years, we at Cal Lab Solutions have been heads-down coding and designing new features for Metrology.NET®. Our goal has been to Make Metrology Better! The key members of our team are […]
by Dr. Alex Lepek The purpose of this paper is to initiate standardization between calibration labs and users of the file for exchanging calibration data. Experience has it that to agree upon a file that […]
by Michael Schwartz & David Zajac Metrology is the science of measurement. For thousands of years we have been creating newer and better ways of measuring things, but in all that time, metrology still lacks […]
The other day I read an article titled “Five easy steps for adding measurement uncertainties to your calibration data.” It described a very easy process of copying cells from one Microsoft Excel® file to another, […]
by Marcus Vickers No, I am not talking about RF & Microwave calibration! In this context I am talking about the Vectors of Vulnerability through the calibration lab as it relates to Information Technology (IT) […]
An advanced Measurement Uncertainty Calculator METAS UncLib is a generic measurement uncertainty calculator developed by METAS as part of the VNA Tools II project. METAS UncLib is written in C# within the .NET framework. Software development […]
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