开云体育

#62 : On the Most Reasonable Questions with the Most Clear Answers

Hello,

Allow us, please, to think that it is now the right time to set
the following, most reasonable, questions and give their
respective, most clear, answers:

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

Q1 : Who is "The Common User" and what does it mean "to operate
an instrument "facupov" : From A Common User's Point of View" ?

A1 : First of all, we welcome in our sow [Small Objective World]
"The Common User", that is anyone who wants -as we do- to be
able to operate an instrument in at least one useful way for
his purposes, without diving too deep into its technicalities,
by keeping himself outside of it as much as possible, or to put
it on other words : anyone who wants to be able "to operate an
instrument facupov : From A Common's User Point Of View".

Q2 : Is it possible to operate any VNA "[AnyVNA]" facupov ?

A2 : After the completion of our related research here, it seems
to us now, more than ever before, that this is possible, as long as
he is willing enough, of course, to adopt our just 36 (previously 39)
character long description "[LeastVNA]" of [Any VNA], holding
perfectly clear in our sow.

Q3 : What is the "[LeastVNA]" description of [AnyVNA] ?

A3 : That one of an operating [AnyVNA] with a connected one-port
load. In this case, the generator of [AnyVNA] produces a primary
signal which almost always forces the load to produce a secondary
one, except when it has or matching the characteristic
value of [AnyVNA], and thus it results to a zero secondary. By
construction, [AnyVNA] forms and measures the ratio of the
secondary to the primary FAR AWAY from the connected load and
delivers it to the user. Because of this distanced measurement,
when the user has to measure an unknown load, he has to connect
and read not only the unknown one ratio given as g, but also,
in addition to that, to connect three 3 known loads : Short, Matching,
and Open ones, and measure them as s, l, and o, and then to
calculate|compute the unknown value G by using our 36 character
long formula:

G=(g-l)(o-s)/[(g-o)(s-l)-(g-s)(l-o)]

That's all.

- No S parameters
- No "Errors"
- No TDR
- No FDR
- No Waves
- No Pulses
- No Reflections
- No Incidents
- No whatever else
- No nothing

- Just that:

G=(g-l)(o-s)/[(g-o)(s-l)-(g-s)(l-o)]

And this is just one of the results of our research in this group.

Q4 : Is there a [LeastVNA] of [NanoVNA] ?

A4 : Yes, of course, there is our /F/L/O/S/S/ computer program, which
is based on the Putty output -in the way most successfully described
elsewhere in this group of honorable members- of which the current
version was already mentioned at:

#59 : UPDATE : [LeastVNA] : version 20191020
/g/nanovna-users/message/5269
20 October 2019

in the wide context of :

#50 : The Full Final Report 1 :
- - - - - - - - - - - - - - - - - - - - - - - - - - - - -
Nominal Values Zinp = ( Rinp , Xinp )
of our Standard [ref2007box], in terms of
frequency, using [NanoVNA] and [VNA]
- - - - - - - - - - - - - - - - - - - - - - - - - - - - -
[NanoVNA] ~ [VNA] Comparison
16 October 2019
/g/nanovna-users/message/5061

and detailed step-by-step in various of our replies
to specific questions in this very topic:

[errors in "error" models]

- Next to come : Explaining Our Full Final Report 2 -

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

Sincerely,

gin&pez@arg

62#