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Many thanks Tim!

"What I don't understand is the graph that is identified by S11 R/Ω & X/Ω" This is a plot of the pure resistance and the reactance, both expressed in Ohms. Of course, pure resistance is expressed in

https://github.com/DiSlord/NanoVNA-D/releases -- Sent from my Android device with K-9 Mail. Please excuse my brevity.

Hi TIm, thank's a lot for your response. No, I didn't try the 1.2.00 build. The 1.0.69 was the most recent firmware, I found in the files section of this group. Could you please provide a link, where

I have to wonder why you have loaded such an old version . . . 1.2.00 is the current build. Have you tried that yet?

Thank you Dave - W?lev Everything you explain, I understood and I even established all the equations that pere down to find from S22 each value displayed in the data of the markers. What I don't

Dear Dave, many thanks for perfect explanation ?now it makes perfect sense for me, you explained it very well. I will watch videos you have included. I was more oriented to Amidon materials but

Hi there, I'm new to NanoVNA and I hope, I do not ask stupid questions, please excuse me, if this is the case. I got my NanoVNA H4 last week and played around with it since that time. Today I

Dear OM, I'm interested about various measurements with NanoVNA but now I'm fighting with some fundamental questions not related only to nano VNA. but still unable to find answers, even after reading

To understand what the plots represent, you must understand what the representation of impedance implies. The variables involved are: 1) Pure Resistance represented by "R" 2) Reactance represented by

Dear OM, I'm interested about various measurements with NanoVNA but now I'm fighting with some fundamental questions not related only to nano VNA. but still unable to find answers, even after reading

My question of F4HTQ having remained unanswered, I appeal to you again. Question 1 ---------- I do not understand one of the graphs of Nanovna-Saver: S11 R/ω & X/ω I don't understand what it wants

57 filters between 3kHz and 600kHz -- NanoVNA Wiki: /g/nanovna-users/wiki/home NanoVNA Files: /g/nanovna-users/files Erik, PD0EK

That was my first thought when i have seen your first post.... Antenna is rp-sma .... You also should by some extenders (male female sma).... Sma socket may wear out after extensive usage... And its

Thanks, but you were too quick to dismiss the human factor.. It wasn't until this morning that I realised the antenna is rp-sma female and the nanovna is sma female.. They will screw in perfectly, yet

Willing to bet you have a strong, or many, interfering signals in the passband. Point your test antenna straight upward and see if anything changes. However, if you have additional strong signals in

Hi, Just bought a Nanovna-h (0.4.5-4-g96e7efe firmware) and calibrated it, tuned the display to only show the SWR, however while I am getting a perfect SWR of 1 with the dummy load, I get a SWR in the

One seldom achieves the "advertised" or modeled pattern, especially at HF frequencies. VHF, UHF, and ?waves are whole different stories. HF patterns rarely conform to expected results except for

Did a coupling test between two antennas and it was interesting to see how the impedance looking into one antenna was impacted when leaving one of the antennas open, shorted and terminated in 50 ohms.

Thank you very much for the precise answer. For the TinySA, I read: Manually selectable resolution filters of 3, 10, 30, 100, 300, 600 kHz. Automatic selection of one of 57 resolution filters. What do