开云体育

No, it isn't "you just gotta know". Those of us who actually spend the
time and make the effort to find an engineering sound reference online
which everyone can access to answer the question(s), simply mean to help
and give you a sound answer without your invoking any number of search
engines and avoiding snake oil so prevalent on the www. Chances are we've
"been there, done that" in our training/careers. There are sources online
that put things much clearer and more succinctly than our own wording.
Chances are, we know where to look for clear and concise and engineering
sound answers which all can access and learn if they choose to pursue the
URL's.

I take the effort of helping others by emailing out sound, correct, no
snake oil references to properly answer question(s) very seriously. If you
don't want to pursue those links, I can't help you. Please don't put them
in the "you just gotta know' category.....please.....

Yes, I'm just a bit offended.

*Example:* Just this week I had to put out yet another "take" on the 101
points allocated to any set frequency span. I just hope others read it and
internalized it and are willing to pass it on to other newbies of the
NANOVNA community. Nothing but VERY SIMPLE algebra, no "higher" math!!!

Distance between points for a given frequency range = (Frequency
Range) / 101.

Of course, if you use SAVER, you can set any number of bins to
greatlyincrease this frequency resolution.

EXAMPLE: Frequency Range defined as 1 through 30 MHz.

Point spacing (resolution: = (30 MHz - 1
MHz) / 101 = 29 MHz / 101 = 0.29 MHz

If I then look specifically at 75/80
meters which spans 3.5 to 4.0 MHz, a total span of 0.5 MHz, I will have
1.74 (at best, 2) points in the whole
band. This is not too terribly useful for looking at tuning a multiband
antenna.

EVERYONE: PLEASE,......P L E A S E,.............., take the above and
pass the 101 point "gotcha" on to other new members of the NANOVNA
community. PLEASE??

Dave - W?LEV

--
*Dave - W?LEV*
*Just Let Darwin Work*