Negative Inductance and measure of Magnetic force.

[synchro1]

6 magnets got it to work. You can see from this video 4 magnets do not have the strength to depress the switch button consistently, but an additional 2 new ones, which were not easy to find, got it to kick over and run smoothly! Voila!



https://www.youtube.com/watch?v=TFU-pxp9fHg

[synchro1]

running oscillator;

https://youtu.be/f4M8Rcb9wWk

[synchro1]

                                                             Recovery


This "H" bridge motor generates inductive kickback from the field collapse and BEMF from the Lenz effect of the traveling magnets. Both currents are running in the opposite direction of the power current, and serially connected in time. When the coil current reverses, both the inductive kickback and the BEMF currents are traveling the same way, so all the feedback reaches the positive charge plate of the super capacitor; This is in parallel with the 12 volt battery through the two diodes, one on each end of the coil. Both sides together generate a consistant D.C. loop back charge.This "H" bridge unit is forecasted to run at Unity like the other recovery oscillator I built and tested that generated D.C. feedback.

[synchro1]

Here's a picture of the 6 magnet piston. The diodes can run between the common coil pin and the NO pin of the switch. The BEMF grounds to the positive pole.

https://dl-mail.ymail.com/ws/download/mailboxes/@.id==VjN-1X9NaLC9ZX3FaL6CGMuswusjkt9d1-tx3R3qM3BRpHb3fu55JdZSfkPWvGRe0gruGl2LEeEb8L4Fd0GBJs5fOA/messages/@.id==AK_I1N1Ol8J0XLNKjw6GwE8_FXE/content/parts/@.id==2.2/raw?appid=YMailNorrin&ymreqid=3365852a-c14e-b304-1ccd-24000101b000&token=zitEzqOML3j84e6ealFTT5U7-km5qEQF52lp7AcCuBYuSfoFz8vQYu01Ebe_f8pg2ITMlv4-3AvnkLQDemZLxHwtsH6_HC8hR_TqMSR7KK7Kq2x236OSj64rSSjwoc6v

[kampen]

Nice assembly, my compliments for Your work.
Can You reveal some Input vs. Output Voltage data and details about the windings?