I am not sure if your calculation at 0:50 is correct. If your setup is 4 x 6800 uf in series, and these 4 capacitors in parallel with another 4 x 6800 uf in series, then the total equivalent capacitance is 3290 uf. The formula for your series setup would be (1/6800 +1/6800 +1/6800 +1/6800) to the power of -1 equals 1645 uf. This in parallel with another 1645 uf would be a total of 3290 uf. What am i missing here?
Откуда там 27000мкФ? У вас две банки по 4 конденсатора (6800мкФ) соеденныных последовательно, а затем эти две банки соеденены параллельно. Напряжение суммарное можно подводить 1000Вольт. Но не как не 27000мкФ.
Belle bobine avec son rotor à aimant le sens longitudinale est efficace sur certain moteur attention au cœur dés la première châteigne gourmande de 1600V
Kapasitörler seri bağlandığı zaman kapasiteleri artmaz.yanlış bilgi.6800uf kapasitörü 2 tane de bağlasananız 100 tane de bağlasanız kapasitesi 6800uf olur
Capacitor output wires seem to be on inefficient terminals for maximum series output potential, no? Am I forgetting something here? Very cool experiment.
Greetings friend, I want to know the characteristics of the coil where the magnet is loaded, since I cannot find it in the video, and I consider it very important
Hello master. good luck with your work. Master, I have a question for you. Is it possible to make 3 kilograms of nuclear plate 1000w output 47-0-47 volts 15 amps? Please. thanks.🙏
Had you spent more time showing the wiring for the load light and it's related wiring than waisting my time watch you twisting wires,,it may have been better. And also, could you be any more vague about it function?😶