How To Wind Your Own Flyback Coils

quicknuclearsci...
I explain how and why to wind your own flyback coils. All the ins and outs of making high voltage using the simple 2n3055 flyback driver and your own feedback and primary coil are explored.

[@ChrisLesmerises]

Thank you so much, especially for the datapoints at 7:07!! Liked and Subbed! I have a question about arc stability regarding this graph. I have a question, and looking at the upload date I wouldn't blame you had you forgotten the details.. but would you say the spark stability was congruent to a bigger difference between arc start gap and max gap or is stability inverse to that dynamic?

[@drawtheword7590]

thanks it was helpful you talking about the coils like you did. i just hope i can get it to work. would not mind seeing the soldered circuit though?

[@imtotob]

How long can u operate and at what temp tnx

[@erlendse]

How about using one of the PWM drivers? like 555 / TL494? Should give you about 20-30 kV after some tuning.

[@quicknuclearscience]

With just a heatsink it would start to get hot around 1 or 2 minutes, but I never ran it past then, with a small fan it could run indefinitely, or with a slightly bigger heatsink, mine was very small.

[@SadmimHossain]

what's the possible output voltage of the flyback?

[@MrAlexandremarus]

When you say flyback you mean feedback coils?

[@danielengsvang3126]

i use 24V 2.2A Laptop power inverter/Adapter

[@MrGabooooooo]

Put an annotationwith the link to your previous video!

[@akkudakkupl]

Skin efect is the high FREQUENCY CURRENT likes to flow on the outer part of the conductor. Thats why high power RF transmitters use waveguides.

[@dominickpezza9110]

you should do a video and build one from scratch

[@corbonzo1]

the name of that transformer is called a flyback transformer

[@MrAlexandremarus]

I know its a flyback but he cals the feedback coil flyback

[@Jimmeh_B]

1: you did not design this, this is a Royer oscillator 2: it's a feedback coil, not a flyback coil.

[@martinda7446]

Jesus H Christ...That winding!