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This is useful if the goal is to operate the ultra completely remotely, viewing the results and taking remote screenshots from a computer, but with the limitation of 450 measurement points. Although

According to what your device manual says here https://www.free-instruction-manuals.com/pdf/pa_2451721.pdf , this should be operating at 5.8 GHz and not 5.6 GHz. Could you try to detect it again ?

Haven't tried this, but if it's the same as doing it on the physical screen then i have done that already and while it works on the physical screen, it has not effect on the app screen.

Tried this already. The scale on the device was corrected, but not in the app.

You can also click on the app's camera icon, select Auto Refresh (Yes) and act with the mouse on this computer screen, accessing the menus as if you were doing it directly on the physical screen of

I don't know if the App will pick this up but there is a checkbox for gain on the device. Just enter -59 and the scale is automatically corrected. Sam

Easy to target and measure harmonics. Just set the center frequency step to the harmonic frequency. Then every requested center step will increase the center frequency by the harmonics of the

Any way to set EXT GAIN in TinySA-App? I have 59db worth of external attenuation hooked up and can't see a way to set this in the app. Also side question, the 'Measure > Harmonics' feature in the

Many products I've tested pretty much cease emissions above 1 or 2 GHz. The silicon "runs out of gas" at some undetermined frequency and no longer produces energy above that frequency. Well, it might,

Hi Terry, Its is a bit more complex When sending a 5.34GHz signal into the tinySA Ultra you can calibrate the "harmonic step" e.g. the change in sensitivity when the mixer goes to hamonic mode. With

hi, Erik: after I check the?TinySA4_Menu_Tree.pdf, in this?document it said "However this single predefined leveloffset are pretty close to the ideal value so only if accurate SA measurements above

The data sheet for one of these devices says that the power output is <0.2mW CW at 5.8GHz. <-7dBm. Regards Jeff

Hello, I am doing some preliminary EMI investigations on a product for FCC Title 15 compliance. The TinySA works great for frequencies up to 6ghz.? But Title 15 requires that I check up to 18ghz.?

These 'sensor' radars are CW, not pulsed. I have a 10.3GHz radar head and my tinySA Ultra see it with no problem. Mike C. Sand Mtn GA

I purchased a TinySA Ultra which meets my needs and is still quite cost effective! It has the 200Hz RBW needed for this task.

kindly remember that above ~6ghz the lna becomes essentially an attenuator. It is better to have it off. Most motion detectors I have dealt with have a steady output signal between 0 and 15 dbm. Given

To detect short pulses you MUST disable CONFIG/SPUR REMOVAL -- For more info on the tinySA go to https://tinysa.org/wiki/

As it's a radar I assume they are going to be very fast pulses so that the reflection can be measured.

been following this. I have uW sensors in wall since similar time, I know they are 5.6gig operating frequency (model = Zinc ZN29188 ) and my TinySA cannot see them either...

Could a short "stub" of wire give me a significant advantage over the stock antenna? I've found conflicting information about whether 24 GHz doppler radar type sensors can work through walls. At the