tiny SA How to find Crystal Oscillator Frequency

Using tiny SA RF spectrum analyzer to determine the resonance frequency of Crystal Oscillator. In this experiment the tiny SA calibration output frequency of 1 MHz is used to make the crystal resonate, and the "low" input of the tiny SA. 3 MHz does work also but 1 MHz works better, even frequency numbers weren't much of a help in this test, unusable.

[@Pequenos_Projetos]

I just learned something new from your video. Thank you very much.

[@Superzvision]

You're welcome, thank you for watching.

[@DaffyDuck35]

Really interesting video, thanks a lot

[@mostlypostie1]

Nice! Thanks for sharing this.

[@cvetelingeorgiev1527]

Next time try to tweak the RBW to make it more clearly visible. Nice video.

[@Superzvision]

Thanks for the tip

[@Cliff7257]

I still can't see how the crystals are connected. I presume you have 2 alligator clips and cables coming from the Tinysa but where are the other 2 alligator clips and cables coming from?

[@Superzvision]

Hello cliff, I have two sma-alligator clips cables, which I have connected to the tiny sa. Each cable has two aligator clips at its end, one red clip and one black clip. To make the experiment I've connected the black alligator clip from each cable together, and the red alligator clip from each cable, to the Crystal that i was testing. Hope this will clarify method of connection.

[@Cliff7257]

Now I understand, thank you for the reply.

[@mfwwhelan7561]

I can't see how you have connected the crystal. You need to zoom out at the beginning.

[@Superzvision]

The crystal under test is connected to the red part of the alligator clip of each cable, while the black alligator clips are connected together.