Uploaded July 2022 | Updated September 2026, 2 weeks ago
In this video I use a mosfet for switching the capacitor.
Still not using coils in series with the switching to see the difference.
Interesting in the beginning of this video 6.4Khz, 10% duty
Also interesting output at the end of this video is 500hz pulse, 3%duty.
I had more oscillations and higher voltage with the manual switching but I can create a 3 x higher output voltage (pk-pk) compared with what I put in. Also current in the manual switching was not limited, the capacitor could do it's maximum discharge. In this video the duty cycle limits the current draw.
Circuit:
photos.app.goo.gl/2Zz4mnwZSec3TK1w7
In this video I use a mosfet for switching the capacitor.
Still not using coils in series with the switching to see the difference.
Interesting in the beginning of this video 6.4Khz, 10% duty
Also interesting output at the end of this video is 500hz pulse, 3%duty.
I had more oscillations and higher voltage with the manual switching but I can create a 3 x higher output voltage (pk-pk) compared with what I put in. Also current in the manual switching was not limited, the capacitor could do it's maximum discharge. In this video the duty cycle limits the current draw.
Circuit:
photos.app.goo.gl/2Zz4mnwZSec3TK1w7
