Why not use some MOSFETs like irf740 capable of 400v and 10-12 amps or the irfz44n , is more like 60 volts and possibly require 5v to turn on being N channel , uses positive to switch on, and source and drain connect to the neg side with a 10k resistor to thr gate to ground use a hall effect switch to trigger the pulse, use the flyback from the coils also, with recifier diodes, and a mosfet that is on when the pulse is off to harness to harness the back EMF. And use the pickup coils to pulse a inductor and rectify and catch that back EMF as well as the power picked up from the pickup while the pulse motor is running, i feel using a ocilliscope with a shunt to read current as well as the voltage to show the real power, a volt and amp meter will never show the real actual power transfer, id use a single caoa capacitor to be charged by all the sources. Then use a dc to dc converter to power the load. Use a cc cv version so battery charging is possible i have been thinking if hiving gravity harnessing a try. Like a bar with two universal joints with a flywheel On one end and a bar and weight mounted offset of the bar. With a slider on the top. To allow the bar or shaft to slide from straight to angled, a cv axle would probably work. Thing is to get the offset erignt to keep falling to the low side of the shaft when its at a angle . The top mount moves from say, 60° to 0° to 60° or angled to the left. Straight up then angled to the right the weight tryiing to always stay in the angled side, or down hill from its view, using a small motor to tilt the shaft dpinning the flywheel as the weight seeks the low, the weight should put 200x more TQ on the shaft than the tiny motor simply pushing and pulling use a 1amp 12v motor to generate 40 amps at 96v or something, it is more of a power amplifier ,it should be possible to simply use 300 watts of solar to charge batteries, about 400ah 12v, use 1-2 amps at 12-14v to push and pull the shaft to generate atleast 12v 20-40 amps , minimum, snd possibly add another weight to the top offset , a guy in the 20-30's, 40's was running his shop like this each generator had 4 to 5 shafts offset weight's seems it was 10 watthours to generate 10kwh or something its doccumented, but details are difficult to understand. I want to build a desk top version using a 5-10 lb weight. And a 350 watt hub motor generator with a 12v gear reduction motor unning at 200 rpm with a further reduction ti move back and forth at 15 to 60 strokes per minute to see how it works,
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Good vid ! .....thank you for sharing ! Jay.
Why not use some MOSFETs like irf740 capable of 400v and 10-12 amps or the irfz44n , is more like 60 volts and possibly require 5v to turn on being N channel , uses positive to switch on, and source and drain connect to the neg side with a 10k resistor to thr gate to ground use a hall effect switch to trigger the pulse, use the flyback from the coils also, with recifier diodes, and a mosfet that is on when the pulse is off to harness to harness the back EMF. And use the pickup coils to pulse a inductor and rectify and catch that back EMF as well as the power picked up from the pickup while the pulse motor is running, i feel using a ocilliscope with a shunt to read current as well as the voltage to show the real power, a volt and amp meter will never show the real actual power transfer, id use a single caoa capacitor to be charged by all the sources. Then use a dc to dc converter to power the load. Use a cc cv version so battery charging is possible i have been thinking if hiving gravity harnessing a try. Like a bar with two universal joints with a flywheel
On one end and a bar and weight mounted offset of the bar. With a slider on the top. To allow the bar or shaft to slide from straight to angled, a cv axle would probably work. Thing is to get the offset erignt to keep falling to the low side of the shaft when its at a angle . The top mount moves from say, 60° to 0° to 60° or angled to the left. Straight up then angled to the right the weight tryiing to always stay in the angled side, or down hill from its view, using a small motor to tilt the shaft dpinning the flywheel as the weight seeks the low, the weight should put 200x more TQ on the shaft than the tiny motor simply pushing and pulling use a 1amp 12v motor to generate 40 amps at 96v or something, it is more of a power amplifier ,it should be possible to simply use 300 watts of solar to charge batteries, about 400ah 12v, use 1-2 amps at 12-14v to push and pull the shaft to generate atleast 12v 20-40 amps , minimum, snd possibly add another weight to the top offset , a guy in the 20-30's, 40's was running his shop like this each generator had 4 to 5 shafts offset weight's seems it was 10 watthours to generate 10kwh or something its doccumented, but details are difficult to understand. I want to build a desk top version using a 5-10 lb weight. And a 350 watt hub motor generator with a 12v gear reduction motor unning at 200 rpm with a further reduction ti move back and forth at 15 to 60 strokes per minute to see how it works,
Very interesting 🤔
Truly interesting to contemplate