CMOS Oscillator

[synchro1]

Two coils in parallel can share the same Complimentary Mosfets and one latching Reed switch if they run a 2 magnet monopolar rotor. Both the latching Reed switch and the Mosfets would trigger from a circular commutator. The Reed switch would energize both coils for 25 percent of the rotation. 4 trigger magnets. Turn on latch and turn off then turn on again twice. The separate ground connection triggers the Mosfets.

The commutator would be very simple. 4 tiny NS trigger magnets at 45 degrees with whiskers on the tail end to connect the ground and gate electrodes.

[synchro1]

A Newman motor with the coils connected and counter wound, an axial polarized rotor can be used. The 2 Mosfet, latching Reed switch and 4 tiny trigger magnets and a few diodes. The Capacitor is wired in parallel with the battery. This will pump water all day for free like Newman's.

Master Evo has a new video simultaneously triggering Complimentary Mosfets and recycling backspike. The bases of both Mosfets need to be connected to the same electrode. A ground contact is positioned next to iit and a brush makes the contact as it passes. The commutator needs 2 brushes and 4 tiny trigger magnets for the latching Reed switch.

[kolbacict]

Where is the normal circuit?
Maybe you have a half-wall monitor, I have 1024x768.

[synchro1]

@Kolbacict,

Master Evo replaced his radient half bridge circuit with these two Mosfets in series. The gates of the two Mosfets are connected and both triggered simultaneously. The Capacitor is wired with a diode. No use of the coil's magnetic pulse is made to power anything. I am simply adapting his overunity circuit to a pulse motor. A commutator brush could trigger the connected Mosfet bases but a pulse controller like Master Evo's would work even better.

I proposed a latching Reed switch to regulate the input to the +V diode in the schematic.

[synchro1]

Look at this pulse!