Thank God someone noticed it. That's not an inverter at all😂. That's very dangerous for many reasons: 1 the DC current is good only for switching power supplies like a phone charger, a led bulb which rectifies the current anyway or incandescent bulbs which are just resistive load (if the circuit can handle the current without exploding). Any inductive load would just act as a short circuit and burn (maybe too dramatic 😬) because with DC the reactive component of the impedance is zero (and the resistance is often low to minimize power losses). 2 the circuit itself has no feedback from the high voltage side, also the transformer's output voltage is multiplied by 2 by the capacitors in series. It can be any voltage and exceed appliances ratings. 3 it also might exceed the capacitor's rating and they might explode. This is just another "free energy" video where you see a light bulb turn on and that's all. No schematic, no explanation, no information about the components used. Sold as "how to [...] using [this]" when 'this' (the psu) comes in many different forms and there's no standardization in it. I might have been too hard on him, but I hope he takes it as a constructive comment to improve his channel
Works very well
thanks bro
Nice bro🎉
Thanks ❤️
Good idea
Good invention
what is the name of that plastic sheet???
Acrylic sheet
India which state from you?
How to make inverter with double battery and inbuilt battery charger??
❤️
How many watt???
Please make 3d printer from cd rom
ايش نوع الترنزستور
What is the maximum output power of this inverter??
❤️
@@Promaker1He asked for output man
This circuit given 180 volts as per PF capacitor
@@TECHHi1 👌nice👌
It is very dangerous because it is not 50Hz
True it's not regulated jar karone jekno somoy durghotona ghot te pare
Baki sab taa thik aa tarsformar dc tee kdo opret hon lag giya😂
Bhai dc motors se kuch naya banao plse
Sembra una telecamera
😄
Please tell me MOSFET name
This is dc output 😂
Thank God someone noticed it. That's not an inverter at all😂.
That's very dangerous for many reasons:
1 the DC current is good only for switching power supplies like a phone charger, a led bulb which rectifies the current anyway or incandescent bulbs which are just resistive load (if the circuit can handle the current without exploding). Any inductive load would just act as a short circuit and burn (maybe too dramatic 😬) because with DC the reactive component of the impedance is zero (and the resistance is often low to minimize power losses).
2 the circuit itself has no feedback from the high voltage side, also the transformer's output voltage is multiplied by 2 by the capacitors in series. It can be any voltage and exceed appliances ratings.
3 it also might exceed the capacitor's rating and they might explode.
This is just another "free energy" video where you see a light bulb turn on and that's all. No schematic, no explanation, no information about the components used. Sold as "how to [...] using [this]" when 'this' (the psu) comes in many different forms and there's no standardization in it.
I might have been too hard on him, but I hope he takes it as a constructive comment to improve his channel