Build a AC DC converter and DC AC inverter as one combined unit. A selection switch for inverter or converter. Of course it would be a larger unit. Transformer or 2 plus 12 volt battery with of course fuses and breakers for safety. In case of a overload on the AC end. Fuses for the DC side converter. A fan for cooling the unit. It would need plugs with connection points for using the inverter or converter. Possibly on wheels for easy accessibility. Bet you can't find a multiple 2 in one complete power supply unit video. You have the skill and obviously can get the supplies you'd need to build it. Maybe 2 ft by 1 ft by 16". Put wheels on it with a handle. Seriously I bet that would be something. The ultimate complete unit for either DC or AC. Think 🤔 about it.. Thanks for the content. I've learned a great deal from watching your videos. Oh by the way it would need solar for emergency charging the 12volt DC battery up. Would a small AC motor turn a DC alternator enough to reincorporate power through the system while providing extra amps needed.
That transformer is basically a control transformer with multiple power supply lines. So basically you could have built a DC power source with multiple DC power outlets right? How many power control lines does that type of control transformer provide? Project 1
Voltage is 27 during test without rectification But rectified Voltage is the dc that we should multiply by root 2 So.. reading on dc voltage is 38 ...guys
Die Inverterschaltung ist ok. Zum Verständnis der Funktion sollte unbedingt ein Schaltbild dazugehörigen um dann die genaue Funktion erklären zu können.
Beim Wickeln eines Ringkerns nimmt man 2 gleiche Drähte gleichzeitig und wickelt dann nur die Hälfte der Windungsanzahl. Danach verbindet man die beiden Windungateile, Ende Windung 1 mit Anfang W8ndung 2 und hatt dadurch die Gesamte Windungsanzahl.
