Nice work, I tink your pulsing coil maybe 2 small. The EMF flux will induce current only on the ends of the 2nd coil because its EMF influence is too small. Current is now lost as it travels through the dead part of the 2nd coil. Increasing the EMF size of the pulsing coil to envelope the 2nd pickup coil more should improve output efficiency by removing dead spots. I think that's why a transformer works well. Both coils similar in size, sharing an iron core & encased 4 better EMF distribution.
Drevtoobe, thank you for sharing your findings. If you haven't seen the "Rodin Coil" you may want check it out, may enhance your work. Keep looking at resonance, energy is there, good demo with magnet oscillating, put a few coils around and see how much power that makes. Tune out all the negative comments or better yet find their frequency and shake them all out. Great work brother.
You can not use a simple meter in this sort of circuit and get an accurate measurement. They are not designed for the type of waveform that you are generating.
You really need to understand electronics and Maxwell's Field Theory otherwise you're just wasting your time.
Same mistake again; You should measure the current with the ampermeter connected in series with a load (let say an incandescent light bulb or a resistor)
I'm new at the energy game. I will be uploading new video's shortly with some new concepts to try to capture the back EMF better, and I'll try to do the measurements on those correctly.
I admire your persistance in improving your device. However, your understanding of current and volts in this video is confusing. You measure about 50V yet called it current and then measured about 100mA of current and call the combination about 6V. Perhaps it was just an error you made in the video. You measured 50V at the inductor I assume. How did you measure the current? Across the inductor or in series. To correctly measure current, your meter must be in series with your circuit.
Honestly saying this video is good...
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cloudburstlenepmhq 1 year ago
Is the core ring magnetized?
ZincFold 2 years ago
Nice work, I tink your pulsing coil maybe 2 small. The EMF flux will induce current only on the ends of the 2nd coil because its EMF influence is too small. Current is now lost as it travels through the dead part of the 2nd coil. Increasing the EMF size of the pulsing coil to envelope the 2nd pickup coil more should improve output efficiency by removing dead spots. I think that's why a transformer works well. Both coils similar in size, sharing an iron core & encased 4 better EMF distribution.
ZincFold 2 years ago
Drevtoobe, thank you for sharing your findings. If you haven't seen the "Rodin Coil" you may want check it out, may enhance your work. Keep looking at resonance, energy is there, good demo with magnet oscillating, put a few coils around and see how much power that makes. Tune out all the negative comments or better yet find their frequency and shake them all out. Great work brother.
fdsinc 3 years ago
You can not use a simple meter in this sort of circuit and get an accurate measurement. They are not designed for the type of waveform that you are generating.
You really need to understand electronics and Maxwell's Field Theory otherwise you're just wasting your time.
Agrajag042 3 years ago
Same mistake again; You should measure the current with the ampermeter connected in series with a load (let say an incandescent light bulb or a resistor)
jordyx 3 years ago
I'm new at the energy game. I will be uploading new video's shortly with some new concepts to try to capture the back EMF better, and I'll try to do the measurements on those correctly.
breutube 4 years ago
I admire your persistance in improving your device. However, your understanding of current and volts in this video is confusing. You measure about 50V yet called it current and then measured about 100mA of current and call the combination about 6V. Perhaps it was just an error you made in the video. You measured 50V at the inductor I assume. How did you measure the current? Across the inductor or in series. To correctly measure current, your meter must be in series with your circuit.
valveman12 4 years ago
A lot of free energy electronics tinkerers know next to nothing about electronics.
Drevtoobe 4 years ago
I wish everyone was honest like that. It would make things go a lot quicker.
leeroyjenkinsii 4 years ago
Good effort. Keep digging.
seshkanuri 4 years ago