Small Pulse Motor Never Cease To Amaze Me

This video is the continuation of the "Pulse Motor Fine Tuning Improvements" showing unusual behaviour where the charging rate gets faster as the voltage increases rather than getting slower while the input power stays constant within the micro/milli amp threshold according to this asymmetrical coil configuration. Left me flabbergasted and clueless at the same time in amazement. More you keep practicing, more you learn in an intuitive sense on how high voltage/high frequency works. Stay tuned.. :)
Correction error: It jump to 20ma not 2ma Lol

[@anthonyjousse3020]

You amplifiés reverse Lenz ❤❤i search a cool guys. You are brillant

[@anthonyjousse3020]

I have this motor ,very strong .

[@anthonyjousse3020]

Addd more coil at the bottom and one commutation with good cycle impédance matching with capacitor.isolated ...because. .. c o p😮

[@anthonyjousse3020]

to be very precise and picky my friends the flow is much more important behind, whether it is in force load, temporal or DC switching, I would really like to show you my work you would be crazy haha... use two coils in phase conjugation, 180 degrees and use behind it, a steel laminated core and 2000 to 4000 feet of 41 awg, your gain and the .... .after you do what you want ... to switch it to pure energy you have to you find the right switching, but short circuit behind it still works the output batteries charge I have the impression that it extracts even the positive... to study... with or without air gap. . I am in the process of setting up an electromechanical oscillator with recycling of longitudinal waves, quite a thing... and so here is an important note, my idea and my reflection is that even cutting a coil is magnetized with the lost flux from the motor, no one talks about it my friends not even john. I'm 30 years old

[@11Sam11]

That's sounds awesome. Cant wait to see your work

[@anthonyjousse3020]

@@11Sam11yes im very spécial guys ,i need to see all m'y motor ,very beautifulll work i finish Yesterday

[@anthonyjousse3020]

❤⚡use you use 4000 feet per coil, add a laminated Steel isolated core. ..,❤

[@anthonyjousse3020]

Please listen me ,you need out put cut off and you need out put power ,but your motor start a variable input. ...

[@11Sam11]

Thank you for the awesome suggestion. My line of thought is directing towards that idea but using the wiegand wire from the wg631 sensors instead which is also ferromagnetic and has two permittivity properties in one wire at the same time. Exploring to see whether Vicalloy wire mitigates losses under high frequency and over saturation.

[@anthonyjousse3020]

Excuse me its not clear you use nsns rotor you use a two bedini coil for drive in opposit direction 170 feet ,for gênerator coil you use a 4000 AT 7000 feet of 41 awg ,per coil ,and catch power with toroïdal AT thé out put ,im use a tungstène Reed Switch 1000 volt 5 amp .thé bedini output charge IS isolated ,

[@anthonyjousse3020]

IS isolated,and thé gênerator IS isolated,for 2 kV v a r hé use m'y ampli ,and catch this whit thé Heart,with or without Reed Switch if you catch without hé use a toroïdal transformer adjustable in fréquency

[@11Sam11]

@@anthonyjousse3020 Yes your right This is a pulse Motor, not Bedini. Magnets are all facing NSNS. Each wg631 sensor (not in this video) has 42awg size wire rated at 273ohms, connected 4 in series which equates to over 1000ohms. More or less ohms depends on the tuning resonance between the circuit and coil as the torque from the rotor is also taken into consideration to overcome inertial resistance. This driver circuit uses a Hall effect sensor and MOSFET which’s much more superior for fast switching timing and generating back spike than a reed switch IMO. Two asymmetrical coil configuration acts like a standing wave pump to improve oscillation and minimising enriching distortion of harmonics. Too much radiant spike looses torque, too much torque dampened the radiant spikes. Must find equilibrium between both exchanges of forces to maximise output results for this system.

[@11Sam11]

Your helpful advice is valuable to me and i will be implementing them on various setup. Thank you for watching . Much appreciate it :)

[@anthonyjousse3020]

​@@11Sam11to be very precise and picky my friends the flow is much more important behind, whether it is in force load, temporal or DC switching, I would really like to show you my work you would be crazy haha... use two coils in phase conjugation, 180 degrees and use behind it, a steel laminated core and 2000 to 4000 feet of 41 awg, your gain and the .... .after you do what you want ... to switch it to pure energy you have to you find the right switching, but short circuit behind it still works the output batteries charge I have the impression that it extracts even the positive... to study... with or without air gap. . I am in the process of setting up an electromechanical oscillator with recycling of longitudinal waves, quite a thing... and so here is an important note, my idea and my reflection is that even cutting a coil is magnetized with the lost flux from the motor, no one talks about it my friends not even john. I'm 30 years old