ISLab
posted this
13 October 2024
Good to see you're back, and still doing experiments!
I have been doing much these last few months but did not post as I could not make any further breakthrough on getting the SW levels up.
My Friend, with respect, you're going off target.
Please see: Polarity Experiment for the correct path forward, as the path forward is very important to get correct.
Hi Chris, Thank you for the correction. I take your words very seriously and will follow the framework and path that you've laid down for the POC tech because I know that you speak from rich and long and validated experience.
In this particular case, I was enthusiastic only because the deliberate use of the spike fits perfectly in the framework of L1 oppossing L2 which opposes L3. The shift was only on which part of the input pulse we use for what. This was clearly a mistake as I note below.
Please see: Polarity Experiment for the correct path forward, as the path forward is very important to get correct.
It is confusing when you point to Marcel's Polarity Experiment with Polarity Two as the correct path, because that is precisely the one with L1 opposing L3.
But it is clear from the waveforms that the input pulse initiates important responses both in L3 as well as L2. So I understand why the spike should not be our focus, and will correct this mistake in understanding.
But the question remains: Why does L1 opposing L3 give a large clean SW? Or rather, why is L1 opposing L2 not giving a clean SW?
Is this related to the coupling constant between the coils? Should we test both configuration on any new setup and see which works better for that setup?
When you have this configuration, and you did have it correct some time back, all that's required then, is scale. Use Faradays Law Equations to Generate sufficient Voltage, and then, as long as the Potential Difference in Voltage is Present, the POC will Pump Current!
Yes, my problem presently is only the scaling, and I've been struggling with this for months. I do get the clean SW with POC opposing. But the SW is too low in relation to the input pulse when L1 is opposing L2.
So I will now continue with L1 opposing L3 which gives far better results for my setup. (And I will not make the mistake of focussing on the spike! 😁)