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https://owenduffy.net/blog/?p=25739 the last 2.16 version of CubeProgrammer is problematic; use the earlier version (2.15) or the DiSlord app...

1 - I recommend getting to know your nanovna, and using it for awhile before upgrading the firmware. The firmware you have is older, but will work fine. Newer firmware has new features, but the most

Have you looked here: https://nanovna.com/?page_id=103

I am a rank beginner in this. I just got my first VNA and it has the following firmware installed: ch> info Kernel: 4.0.0 Compiler: GCC 8.2.1 20181213 (release) [gcc-8-branch revision

All good advice. For my use cases, my concern with cable "quality" is really with ruggedness rather than precise electrical characteristics. What I take from your note is that it is not worth paying

That fake RG316 that I mentioned measures just fine on my Nano, that is not the issue. The real issue is that those cables are generally made under lower standards. Intermittent faults are not

Consider how S parameters are normally given; that is either in polar or rectangular coordinates; and what do those co-ordinates describe? They describe complex impedances!! Those impedances can stay

For a cheap and relatively inaccurate device as nanoVNA (however useful it is!:? i own 4), any coaxial cable will do, as long as it is short compared to the wavelength of the frequencies you want to

Excellent article.? Thanks for sharing it.N5XUL Sent from AT&T Yahoo Mail on Android On Mon, May 13, 2024 at 12:02 PM, AG6CX<edwmccann@...> wrote: Oldie but goodie, for those who have

Oldie but goodie, for those who have time to read it: How to Select, Use, and Maintain Coaxial Connectors for RF Applications (

From my experience, right angle SMA connectors are much more durable, because the center pin can't move. 73, Mike AF7KR

? Gents- Before this conversation goes off the rails, it might be time for a re-calibration on definitions. Start with piece by Pilloud: Follow with piece by Caspers: (

I was describing what the parameter is in "mechanical" terms. If you wan't the actual definition, it is the reflection coefficient. [email protected]> wrote:

NanoVNA-App is, for me, the best PC program I have found for my NanoVNA V2 (SAA2). I can view 3 plots or more at once. Most formats available in professional software are also available in

Well actually no, S22 means the impedance looking in to what could be considered the Output port of the UUT (not possible to measure on a NanoVNA without reversing the UUT). S11 is the impedance

What test set up does the service manual use? Be aware that the vna is 50 ohms in and out and might be loading the filter. Set the start and stop frequencies much wider so that the whole of the filter

Hi David. You can have up to 3 markers with one active. you can use the jog button to move that marker up or down the active range. the frequency and level is displayed in the top bar. You can also

what is the way to set the marker freq? tnx dave k7da

No. S22 means that the energy came from port 2 and was reflected back to port 2. [email protected]> wrote:

I get all my cables from ABR Industries. They are a little pricy but are well worth it. I even get them with ferrites