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It would cost some arithmetic, but it shouldn't be hard to run a 8-12 point filter and significantly improve the shape. For low computational cost I like triangular weightings. The multiplies can be

One of the main problems with Plasma TV's, tends to be the Plasma itself, which is basically an electric arc contained in a gas, and if the screen is of a decent size, it can radiate significantly.

Just repaired a Sansung Plasma monitor. ?The Sansung designers went to great lengths to provide proper shielding for the HV supply and used ?RF chokes on the control leads. ?If someone, ?who has

Forgot to mention the dimensions: 123mm wide, 81.13mm deep (including 9.13mm for hinge knuckles), 27mm high.

OK - here is my take on the "minimal" tinySA case - sized to only accept the tinySA with no accessories (but I think the guitar pick should fit in the space between the sma connectors).? As before, I

OK - I will shrink it down to the minimum.? No place for the guitar pick "stylus" either?? I might have a natural place for that between the SMA connectors - we shall see...

Correct, no test leads, no antenna, no accessories, except the mounted SMA Savers. Once they are on with the correct momentum I don't want to remove them, but I want to protect the TinySA (NanoVNA) in

So just to be clear - are you looking for something that would just hold the tinySA and those attached connector savers?? No place for antenna or connector cables? Also - to respond to Lawrance - if

A common SMA-saver is?SMA5071A1-3GT50G-50 from Amphenol Mounted on the case it will extend 18 mm from the plastic, 19 mm with the yellow plastic cap (as opposed to 6 mm and 7 mm respectively in

Are you sure you want the test leads that tightly bent? Larry

If you can provide/confirm the lengths of the SMA savers (measured from the edge of the tinySA case, I could probably model something up (not as quick as the last one).? I don't have the nanoVNA, so

I would prefer a smaller version that just has room for the TinySA with SMA-savers. A case like this would also work for my NanoVNA. Cables, attenuators, calibrations sets and more converters I keep

For those that use MATLAB a MATLAB wrapper for acquiring data from the tinySA https://www.mathworks.com/matlabcentral/fileexchange/96882-tinysa-matlab-wrapper Creator: Jegan Mani (2021). tinySA MATLAB

Thank you very much! Chris

My version shows up as tinySA_v1.3-111-gcb2fe54.? This is better that what is shown in the update video, so I'm wondering if I should even think about doing an update since the device seems to be

will do - thanks

Specially for RFI hunting this hack may be very usefull:?https://tinysa.org/wiki/pmwiki.php?n=Main.LNA -- ------------------------------------------ For more info on the tinySA go to

Jim, I feel the pain of noise as well. I have noise sources that are well into my IC-9700 at 1296 here, and I'm out in the countryside by a good distance. One would think the area would be RF quiet

Hi Jim, A lot depends on the type of noise source and it's location. For 'sniffing' emissions from stuff in the home, such as power supplies, chargers and other assorted domestic electronics, where

This video is for people that are more familiar with the tinySA and how it can be connected to a computer and how the tinySA can be controlled via the computer. For new users? its best to follow the