Great video man! Keep it up. You're definitely on to something but would be very interesting to see is what's happening with that voltage on a an oscilloscope .... What is your peak to peak high voltage and your peaked peak low voltage current output.... If you have access to an analog amp meter, hook it up with a shunt and try taking a load reading ...that way as well. But anyways, great job! I'm glad you're making grounds. You put a lot of work into it. Cheers Mike!!
I don't have access to an oscilloscope. But I'm going to be looking for someone in my area with one. Putting the output aside, the physical load alone says it all. The light on the caps and battery is a 110 led. 2.5 to 3 watt. So the 60 volt delivered to the light is at least. .01 from the 4 -40 volt 3600 uf in series. My biggest question is why the consumption rate went down when the final coils are sorted together. We'll see how true the consumption rate is in the morning. Voltage hasn't moved in 3 hours so far. 11 pm now. Thanks for the support and thanks for watching.👍👍
@@make425 my take on this is.... But you shorted the two coils. It created enough resistance in the coil to create a vibration, thus creating harmonic resinents within the coil... . With this happens your power consumption drops. This is just a theory of bide but I have similar properties happening in my motor but I hit that sweet spot of resistance in the coil. That's what the coil starts to vibrate and the current draw from the battery reduces greatly
Agree with FaradayReserch on the possible harmonics. Could be something with the magnetic fields collapsing creating the change in flux similar to the simple LC circuit resonance type of phenomenon making your consumption rate drop
Out-of-phase maybe. 🤔 I give William the credit for making me think a little different..... Now to understand it more. Thanks for commenting and thanks for watching.
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Great video man! Keep it up. You're definitely on to something but would be very interesting to see is what's happening with that voltage on a an oscilloscope .... What is your peak to peak high voltage and your peaked peak low voltage current output.... If you have access to an analog amp meter, hook it up with a shunt and try taking a load reading ...that way as well. But anyways, great job! I'm glad you're making grounds. You put a lot of work into it. Cheers Mike!!
I don't have access to an oscilloscope. But I'm going to be looking for someone in my area with one.
Putting the output aside, the physical load alone says it all.
The light on the caps and battery is a 110 led. 2.5 to 3 watt. So the 60 volt delivered to the light is at least. .01 from the 4 -40 volt 3600 uf in series.
My biggest question is why the consumption rate went down when the final coils are sorted together.
We'll see how true the consumption rate is in the morning. Voltage hasn't moved in 3 hours so far. 11 pm now.
Thanks for the support and thanks for watching.👍👍
@@make425 my take on this is.... But you shorted the two coils. It created enough resistance in the coil to create a vibration, thus creating harmonic resinents within the coil...
. With this happens your power consumption drops. This is just a theory of bide but I have similar properties happening in my motor but I hit that sweet spot of resistance in the coil. That's what the coil starts to vibrate and the current draw from the battery reduces greatly
Agree with FaradayReserch on the possible harmonics. Could be something with the magnetic fields collapsing creating the change in flux similar to the simple LC circuit resonance type of phenomenon making your consumption rate drop
👍
Thanks you 😊😊👍👍
You can’t charge and discharge at the same time. Fine, how about I charge during the off time? 👍
Out-of-phase maybe. 🤔
I give William the credit for making me think a little different..... Now to understand it more.
Thanks for commenting and thanks for watching.