Simple Inverter for Fluorescent Tubes

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[@rohitchaturvedi2271]

Your explanation of circuit is very good.

[@n55m6a7]

Happy New Year.!

[@Peter_S_]

Excellent video!!! 👏👏👏👏👏

[@sciencemodelaboratory7298]

Nice video

[@ziadfawzi]

Thank you.

[@lez7875]

feliz 2019. feliz 2019. feliz 2019. feliz 2019. saudações do Brasil + like. circuito simples, mas... muito trabalhoso!!! uma simples máquina a manivela pra enrolar todas essas bobinas seria ótimo. feliz 2019 a todos, prosperidade e sucesso.

[@bazrazin1]

you do know your electronics very well.

[@maxxiang8746]

Nice video, but what do you think about using iron powder and glue to make transformer cores?

[@manishnebhani6657]

Hey can you make an electronic muscle stimulator using IC 555?

[@jessejackers]

Will this run ccfl from lcd without blowing bulb?? If not can you design one wich can??

[@Arunkumar18]

What's the voltage delivered to fluorescent lamp? Can this circuit be used for long run ?

[@igrewold]

great :) Maybe a 120v to 12v (120:12 -> 10:1) transformer can be used in reverse, instead of making one.

[@Kangsteri]

Thanks! Ive been looking for something like this. According to these comments, could this be scaled for smaller voltages something like this: 9v = 50 : 750 & 15 for feedback 6v = 50 : 1000 & 20 for feedback 3v = 50 : 2000 & 40 for feedback 1.5v = 50 : 4000 & 80 for feedback?

[@l3p3]

yes.

[@suhailasaba1051]

4:58 I think you meant the secondary coil of 500 turns.

[@sainsxp]

Dimana aku melihat letaknya 140 lilitan apakah di sambung paralel pada lilitan yg 500?

[@oldschoolelectronics8573]

How do you come up with the number of windings?

[@igrewold]

ratio :) 48 is close to 50 so 50 : 500 -> 1 : 10 , it steps up voltage 10 times. Or if used in reverse it steps down 10 times, you get 1/10 input voltage. You can use a 120v ac 12v dc transformer in reverse to accomplish same goal, I think.

[@NEOTESltd]

Please change this circuit to slayer exciter circuit. Of course the transformer is as it is. The resonant capacitor on the secondary side must have an appropriate value. If it lights up, you will be surprised at the high efficiency. I think that each eelectric parts does not generate heat at all.

[@foureyedchick]

Excuse me Mr Ludic: But what is the capacitance of the capacitor in the circuit diagram? [It was accidently left out]. thank you

[@ludicscience]

0.1microfarads

[@foureyedchick]

@@ludicscience Thanks. BTW, excellent video. Keep up the good work!

[@themen012]

Can i use 3-9V ? Thank you

[@r0_]

i think you can use 9 volts but i dont know if it will work properly or burns your transformer

[@DeepCZero3]

Add more turns to the secondary to account for the 3v difference. Your feedback coil will need an additional 3 or 4 turns.

[@l3p3]

At 3 volts, 2 amps would flow through primary wire... But for 9 volts, you can probably just use 1¼ of the count in video and it should be fine.

[@omprakashtiwari9492]

please issue video on magnet charger

[@panam4938]

ElectroBoom?

[@RNA0ROGER]

Still no flyback diode.

[@dionisiojulaton4128]

Pls make an inventer using 1.5 battery

[@l3p3]

Just do 8 times the primary turn count, then input voltage is 1.5V! But will be 4 amperes then which is quite a lot for a little cell.

[@dionisiojulaton4128]

Thank you my idol