Do not throw away any more CFL bulbs : make a powerful induction heater with CFL bulb

In this video, I will show you how to make an induction heater with a CFL bulb.
Making a small induction heater with a CFL lamp
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about this video:
mini heater
tiny heater
small heater
induction heater
CFL bulb
Making heater with a CFL bulb
Heater with bulb
220 volt heater
induction Heater 220v AC
heater 220V
mini heater with CFL
#mini_heater
#tiny_heater
#heater
#cfl
#CFL_BULB
induction
#induction
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[@argenisruizpuac3094]

justo lo q buscaba gracrias brother

[@ElectronDIY]

the pleasure is all mine
If you like this type of videos, visit the channel

[@PaulClifford]

What about 110 for those of us with that? I would like one for heating stubborn bolds and nuts. So, I’m curious.

[@ElectronDIY]

I made another induction heater, the video is on my channel, you can see it too
But that induction heater is very strong and practical

[@doost6233]

High voltage dangerous to handle.

[@YSPACElabs]

Most likely would not work. You're just wrapping the wire around the common mode choke, which does not have any high frequency AC flowing through it (and if there were any, it's probably not enough for the level of heating you're showing). Most real induction heaters use some sort or resonant converter like and LLC or SLR converter or a ZVS driver/mazilli circuit.

[@ElectronDIY]

Thank you for your criticism
But as you saw in the video, this heater turned on and does not need to pass the current through the coil that induces heat

[@YSPACElabs]

@@ElectronDIY Actually I was wrong in saying that the thing that looks like a transformer is the common mode choke. It's a boost inductor, and there is a high frequency current flowing through it that could make an induction heater work. However, any induction heater that uses a CFL driver to drive the coil will not be very efficient and will eventually overheat the transistors.

[@ElectronDIY]

Yes, you are absolutely right about that
In fact, the larger the cross-sectional area of ​​the metal we want to heat, the more current is taken from the transistors and the transistors become hotter.
It has applications such as heating thin metals such as needles and nails@@YSPACElabs

[@ArmGame_EditZ]

you can use thick wire with 1-2 turns

[@Mwwwwwwwwe]

You'd need to make big loops to get the same inductance and impedence(otherwise it would draw too much current and pop. The problem with this is the magnetic field wouldn't be dense enough to cause heating. Rather build a beefy royer and hook it up to a cheap siemens/ huawei 50v /40A telecoms powersupply

[@ElectronDIY]

Your opinion is absolutely correct

[@ElectronDIY]

I used 1mm lacquered wire, you can also use 2mm lacquered wire.

[@MagicElectronic1]

Zafer Yildiz ?

[@ElectronDIY]

Is it important ??

[@MagicElectronic1]

@@ElectronDIY no, but this project Is cool 👍

[@tilburgcity78]

This is dangerous!

[@ElectronDIY]

Dangerous but useful

[@oldbatwit5102]

@@ElectronDIY I don't really see that it is useful but it is fun and that's good enough for me.

[@ElectronDIY]

@@oldbatwit5102 Thank you for your opinion🙏