yup an induction iron is probably pretty robust against any type of damage. but did you test if the magnetic field could damage semiconductors or other sensitive components?
friend, love from India , great videos , Thanx for sharing such a precious information ,,, can you make small arc welder or any other , I want to make small jet engine from it..
I try make USB one using an burned off soldering iron nichrome wire but it did not work on 9 v so I left it to get better one wire as far I had not that long of a flashlight but I drill nearly with drill bit and screwdriver the whole nearly perfect
but it worked well now I'm thinking I can make all inside heating if its too hot I'll put 2 wholes 1 side add handle and heat tape and probably remove the switch
Is induction superior? One thing for sure, induction consumes more electricity to produce same amount of heat. Seems very dangerous and high risk to electrical short circuit
hello i have made a circuit res 10k and 470 5W irf 260 diode 12v and 4007 i use 12 pc ps but this not resist burn i test whit one ps and two in serie whats wrong????
Its not meant for 120/220 lol there is not resistance in the copper coil he wrapped around the tube therefore will short your AC LINE to the white/return wire . And it will probably burn out your power supply after a while or drain the battery
What he doesn't show in the video is the high frequency oscillator that powers the soldering iron. Since it requires an oscillator, you can design an oscillator to run from 12V batteries or something that plugs into the wall. He was showing us the design for a soldering iron where the heating element that heats the tip doesn't get hot, but gets the tip hot by sending high frequency oscillations into the tip. The tip acts like a shorted circuit to the high frequencies and the current heats it up.
Diwas. 10 "Heat resistant adhesive" It prevents the copper coils from moving around and minimizes the risk of touching each other (or the rest of the wire) from coming into contact
Rien à voir dans cette vidéo ... montage complètement débile !!! des images qui se suivent et qui reviennent constamment. Aucune explication sur le voltage et sur le montage lui-même. Vidéo poubelle.
this is the first time i see soldering iron powered by heat induction effect. well done 👏
Kapton tape was developed by Dupont in the 60's.
Concept of intellectual property does not practically exist in China. They copy whatever they want. IP rape
and I used paper tape to prevent the soldered sides to contact with the aluminum cap witch holds the switch
yup an induction iron is probably pretty robust against any type of damage. but did you test if the magnetic field could damage semiconductors or other sensitive components?
Good point.
M
friend, love from India , great videos , Thanx for sharing such a precious information ,,, can you make small arc welder or any other , I want to make small jet engine from it..
can I'build it with that design but without insulating tape couse I'have no idea where to get it!
Please share your circuit powering the induction heater. I like the induction heater, it long lasting than ohmic heater.
i love your channel and videos and I hope your channel grows even more
hi👋
can i use any type of N- channel mosfet?? thank you.☺️
I try make USB one using an burned off soldering iron nichrome wire but it did not work on 9 v so I left it to get better one wire as far I had not that long of a flashlight but I drill nearly with drill bit and screwdriver the whole nearly perfect
but it worked well now I'm thinking I can make all inside heating if its too hot I'll put 2 wholes 1 side add handle and heat tape and probably remove the switch
ok please upload home used power supply soldering iron i am not used in battery power or free from battery
Induction circuit please
wow very nice build!
how to make solding iron please make this
looks very nice.
Is induction superior? One thing for sure, induction consumes more electricity to produce same amount of heat. Seems very dangerous and high risk to electrical short circuit
i want to see inverter part 2
shafayet rahman i also
please subscribe to my channel and I will subscribe to yours
I am waiting for next video
Me agrada la idea
hola buena noche amigo una pregunta cautin cual cable como tu hiso porfavor me gusta este sy venezuela
I think that the termocouple can be made out of an NTC and an opamp
Andras Kocsis A typ K is better ;)
The difference (advantage?) from a standard thermal soldering pen?
Solder dissolves copper so I do not expect you will have a good tip for long.
Banake deko
KILLER =) Just waiting
hello i have made a circuit res 10k and 470 5W irf 260 diode 12v and 4007 i use 12 pc ps but this not resist burn i test whit one ps and two in serie whats wrong????
where is the induction generator circuit diagram ?this is show only....
please provide link for 2nd part of this video
Kon se parts chahiye ise banane ke liye...ya aise hi hawa me ban gaya ye
How do you have the wires and the conductor connected ? Every time I plug mine straight from the outlet it sparks in my face
The inductor
Its not meant for 120/220 lol there is not resistance in the copper coil he wrapped around the tube therefore will short your AC LINE to the white/return wire . And it will probably burn out your power supply after a while or drain the battery
use ic 555 to controler temperrature
Bina fiber slip ke solding machine Kaise banaen
If possible please send me circuit diagrammed.
part 2 please.
I tried it exactly the same thing and it does not work at all and does not get hot at all is bullshit
isn't the HF bad for electronics?
What voltage applied to coil
Ehtesham Nisar Ahmed I would guess 12v but I might be wrong
Doesnt it have to be a/c to induce magnetic field?
how many amps
well first of all why u removed the switch
Hindi language and using materials name
input 12v
which power can used
If we assume 100% efficiency, then 100 watts of radio frequency input produces 100 watts of thermal power.
i ask question which power can used home power or battery power or other power used in soldering
What he doesn't show in the video is the high frequency oscillator that powers the soldering iron. Since it requires an oscillator, you can design an oscillator to run from 12V batteries or something that plugs into the wall. He was showing us the design for a soldering iron where the heating element that heats the tip doesn't get hot, but gets the tip hot by sending high frequency oscillations into the tip. The tip acts like a shorted circuit to the high frequencies and the current heats it up.
pana abla en es pañol
What is that yellow tape like thing
Diwas. 10 "Heat resistant adhesive" It prevents the copper coils from moving around and minimizes the risk of touching each other (or the rest of the wire) from coming into contact
AwesomeGuy thanks
it was like mm +-
You could not even show us how I made these iron
This is called conduction heating not induction.
In induction heating, the inductor does not heat.
ceramic is pronounced seramic
Rien à voir dans cette vidéo ... montage complètement débile !!! des images qui se suivent et qui reviennent constamment. Aucune explication sur le voltage et sur le montage lui-même. Vidéo poubelle.
But where is the wiring scheme of the solder?