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#90: On the -Second- Arithmetical Method of Error Estimations in
VNA Measurements
-
REFERENCE:
ann : next-to-come : a practical introduction to errors of "errors"
20 December 2019 - /g/nanovna-users/message/8436

Hello,

Allow us, please, to inform you that after our presentation of
our -First- Analytical Method of VNA Error Estimations Using
Complex Differential Error Regions DERs and Real Differential
Error Intervals DEIs,

- - - - - - (c) gin&pez@arg (cc-by-4.0) 2019 : start - - - - - -

we are just starting our step-by-step presentation of our
-Second- Arithmetical Method of Error Estimations in VNA
Measurements Using Complex Arithmetical Error Regions AERs and
Real Arithmetical Error Intervals AEIs, as they introduced by us
in:

"Measurement Uncertainty in Network Analyzers: Differential
Error Analysis of Error Models - Part 1: Full One-Port
Calibration", FunkTechnikPlus # Journal, Issue 1, Thursday 31
October 2013, p. v4-18, Fig.1 page 20:




[1] excerpt of ftpj:


"Total Differential Errors in One-Port Network Analyzer
Measurements with Application to Antenna Impedance",
Radioengineering, Vol. 16, No. 2, June 2007, p.7, Fig. 7 and
Fig.10:




[2] excerpt of re:


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#90.00 : A Practical Introduction to our -Second- Arithmetical
Method of Error Estimations in VNA Measurements : [SAMEEVNAM]

In addition to [1] and [2] above, we also just uploaded our
first SAMoEEiVNAM program, as well as and its results, at:



regrading our [NanoVNA] operation at ~405 MHz, as follows:

[3] Our Maxima Program SAM.20191222.MC:


[4] Its Numerical Results:


[5] A graphical Error Value result of Real Part Rt of Zt withinin its R-DEI:


[6] A graphical Error Value result of Imaginary Part Xt of Zt within its X-DEI:


[7] A graphical Error Value Zt within its Z-DER:


Notably, this SAMoEEiVNAM is most appropriate for Programming.

- - - end : (c) gin&pez@arg (cc-by-4.0) 2019 - - - - - - - - - -

Sincerely,

gin&pez@arg

:#90.00