idk how you have done that, maybe i have older version but for me this marker just reads CH0 SWR 1.00/(value), this is some random vhf/uhf dipole that i found
you can pull up a smith chart, this will tell you whether impedance is too low or too high, since it’s still not matched at resonance. if matched it’ll be much milder for your transmitter but make sure that nanovna is calibrated (with feedline)
you can get away with very inefficient antennas on HF reception, so i wouldn’t take SDR reading very seriously. (atmospheric noise dominates all noise, so amplification will get you useful signal with amplifier not introducing significant noise on its own. reverse is true on vhf, and especially on uhf and up)
resonance should happen no matter what power level. do you mean SWR 50 or 50 ohm? i’m not even sure if nanovna can measure SWR that high. it sounds like you have a short or open somewhere it shouldn’t be? you need to calibrate it after changing tested frequency range, have you done that? (calibration can be saved). at the vhf-ish frequencies, it would make sense that your loop becomes full wave or even larger. circular loop has impedance of some 100 ohms, but you have capacitor at the ends of it so it’s gonna be different
with magloops, with set size of loop, tune is via changing capacitance, match is via changing position (closer or further from loop, tilt away from plane of loop), shape or size (cross sectional area) of feed loop, you can match it exactly this way. coax stub can be lossy, if it’s just 4W then probably not a problem but with higher powers check if it’s not overheating
many years past, there was fb meme page called “places in warsaw you had no idea about, because they don’t exist”. i see it lives on
mold will be more fitting
this is just notpetya with extra steps
some lwers (derogatory) will say to never assume malice when stupidity is likely, but stupidity is an awfully convenient excuse, isn’t it
this video is old, like from first year or so
the get smart quick scheme in its full glory
they prompted so hard and that’s all they get, so obviously there’s nothing better and they stop st that
they’ll do anything except actually learn shit or put in effort
Would be much easier if there was any kind of organised opposition within iran, but this is not the case and irgc know what they’re doing
it’s quiet because there’s internet shutdown (19 days today) and iranians allowed to go on twitter only gaslight and emit the most disgusting propaganda you’ve likely seen in a while
if you want to avoid that, you have to either catch iraqi gsm signal from across the border, or use smuggled starlink and hope that neither EW specialist or drone notices you
i don’t think that a washed out royal surrounded by iranian version of cubans from miami would be very consequential, however if you compare scale of political persecution between pahlavi and islamic republic eras, this makes savak look downright humanitarian, and i don’t think he would be able to make situation worse either. if my calculator and judgement of sources is correct, then 43k dead protesters mean that islamic republic in two days outdid past 100 years of political repression, twice.
also, islamic republic heavily exaggerated pahlavi’s brutality in their propaganda, especially early on. for example in constitution there’s mention of “60000 martyrs” but even their own revised estimates for 1979 casualties are over 20x lower
this is just PUF? what new thing he thinks he’s doing
deleted by creator
watch them shut down call center as soon as they figure this out
oh look, simple sabotage as a service
it’s closer to 2.8M now, which is 770k dollars
e: it’s 2.94M ($810k) now and they have increased target from 3M to 5M ($1.38M)
is it because of pushback, or is it because money is running out
brexit would look wild in that timeline
i’ll add that in a way SWR chart is more resistant to misuse, because if nanovna is calibrated with wrong length of 50 ohm feedline, or without feedline at all, then smith chart will be rotated by angle depending on difference in length of that feedline, while SWR chart should look the same. for example, if real part of impedance at resonance is too low (ex. 20 ohm), and feedline is quarter wavelength different from what nanovna was calibrated with, then impedance will be still real but too high (ex. 125 ohm), while SWR chart should look the same (1:2.5 SWR minimum) (barring losses in feedline). (this works the same way as quarterwave long feedline impedance matching scheme). for different feedline length differences (non-multiple quarterwave) impedance will be complex at antenna resonance. this problem is avoided by calibrating nanovna with feedline