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TheObserver
modified 4 months ago

Base-18 Mini-Grid Board

3
6
415
03:33:59
What started as a Motor Driver Board is a Mini Power Grid now. This board started off as me trying to make a Motor Driver, then I started tinkering with it and before you know it. I had a mini power grid with a sustainable feedback loop that uses the backflow EMF from the motors to power the capacitor bank, and the P-MOS, N-MOS set as the "switching board" for the circuit. Comments and opinions are always appreciated 👽
published 10 months ago
Kristrife
10 months ago
what is this??????
STIDEA
9 months ago
I have no time to go throughout your inspiration of doing that amazing circuit that's all I have to say is awesome and keep on trying.
STIDEA
9 months ago
Motor's stator can effort (600hz safety)up to 6 Khz 😂dancing freq. I had an idea to make a motor as bendini motor to have it own triggering time and frequency and when the coil is (on +Duty cycle) to activate a 10kz additional frequency through it to make it like a boost converter,flyback diode store on cap, the enf energy and charge through a VOLT REG the previous battery??? Ok explain it this is a 3ph motor and every phase is powered from it own battery 🤔ph1 charge battery of ph3, ph2 charge ph1, ph3 charge battery of ph1 (recycle reused rethink) green dot. Future plan🤫 if you have time made it,I haven't. My email is fiesd@proton.me for any case.see you
TheObserver
9 months ago
https://everycircuit.com/circuit/5230946819375104
TheObserver
9 months ago
https://everycircuit.com/circuit/5317237166702592 here's another Memory Gated multi circuit that a little easier to monitor and reverse engineer that I made recently using the MOS sets to "talk" and form emergent opinions through conclusions.
TheObserver
9 months ago
My main idea was to use a P-MOS-N-MOS set as a switching station for a small motor-turbine driven energy grid using diode gates to create the EMF backflow to charge the capacitor banks using the capacitors to run the motors after they're started and the switch as a safety for overheating, letting the motors slowly spin down from the capacitor discharge from the secondary capacitor bank instead of slamming to a halt. But by the time I was done with the circuit build it seemed that it was able to handle way more voltage and overall energy than when I first started. I'm currently working on an actual physical build of something similar to this idea that seems promising so far.......but "tuning" MOSFETs in real life gets to be a pain when your switching chips instead of just turning a digital dial if you catch my drift. 👽

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