Thanks for sharing your experience with us!

I think you meant to say the flux is proportional to the distance taken to the fourth power.

Nnnbvmkç mini Đfyy7

magnetism decreases with the fourth power of the distance, not the square

Not lucky, fortunate.

>sire >waffle lmao are you an npc

ukposts.info/have/v-deo/bopqh32rh6Rhy2w.html

You took the words out of my mouth! (I agree, exactly) Thanks for sharing so much detailed info, Schematix

Can this be used for water heaters?

ukposts.info/have/v-deo/bopqh32rh6Rhy2w.html

I couldn’t believe my eyes when I saw him drilling into wood. Genius!

ukposts.info/have/v-deo/bopqh32rh6Rhy2w.html

This is the "cleanest" induction heater build I have seen on YT. Very nice build! Thank you for sharing your art and your science.

@@blazer6248 This is the “cleanest” induction heater build I have seen on YT. Very nice build! Thank you for sharing your art and your science.

👍😁

ukposts.info/have/v-deo/bopqh32rh6Rhy2w.html

You haven't seen, Styropyro have you? He builds 3 million Watt, handheld laser shooters and stuff. Makes this look like baby toys.

Real shit! Been lookin erwhere for that home made microwave PCB homie....Don't kno wut it is... But that dude has IT 😂😄😁

Dido👍

Don't try that artful thing with anything that moves.....

Not recommended in radio receivers. It’s a source of noise.

@@tonydoggett7627 lol Depends if one is trying to make a spark gap radio

@@patprop74 my experience of mounting diodes like that years ago in a am receiver. Once the leads were shortened and the diodes laid flat the interference went.

Eeek! Why you may not "replace two paralled capacitors with one of double capacitance" ??

Could you not simply increase the thickness (4oz) and area of the busses? iirc he said 30Amps should be able to be carried by a thick enough trace, although adding 10ga or 12ga wire should also work with the lack of mechanical robustness, and additional build work.

Do you know the voltage on a stick welder when the transformer is loaded?

@@jcglessner that is a very hard to answer questiom. It depends on the transformer, it depends on the load, it depends on whether or not the magnetic shunt has been removed. Typically, open circuit voltage on a simple ac welder is anywhere between 50 and 120V. Arc voltage hovers around 20~35V

@@randomelectronicsanddispla1765 I think you just answered why those are not such a good idea.

Quenching only hardens

@@mrgreenswelding2853 You are talking about steel not copper!!!!!!

ukposts.info/have/v-deo/bopqh32rh6Rhy2w.html

You would be amazed at the cost per board when getting the thicker copper compared to the thinner standard stuff.

You could also just make the traces wider. There's tons of unused board space there, and really no reason you couldn't make those traces 2 to 3 times the size they currently are.. You could also put the traces on both sides of the board (with a good number of vias connecting them along the way), basically doubling the amount of copper that way as well.

This is the “cleanest” induction heater build I have seen on YT. Very nice build! Thank you for sharing your art and your science.

ukposts.info/have/v-deo/bopqh32rh6Rhy2w.html

ض

ukposts.info/have/v-deo/bopqh32rh6Rhy2w.html

Il mérite surtout d'aller prendre des cours avant de conseiller les gens

@@jacquylenoir9097 I don't understand what you are saying say in English

And also does NOT "carry hundreds of amps" like he said.

R M Resonance is crazy dude, a self-exciting resonant tank circuit can take a few miliamps but the current in the circuit can reach a few amps.

@John Smith , good to know!

@@cezarcatalin1406 But it will reach equilibrium where resistance dissipates the current so it cannot rise further. It won't be carrying 100s of amp for sure.

ukposts.info/have/v-deo/bopqh32rh6Rhy2w.html

👍

How can you increase the frequency to about 400khz?

ukposts.info/have/v-deo/bopqh32rh6Rhy2w.html

It doesn't matter. I'm a commercial reloading brass processor and I've designed and built annealing machines. Quench or not, it anneals either way.

Thaught I had it wrong for fifty years for a moment 😊 thanks Richard

I thought it was super weird he was trying to reduce the hardness/brittleness by quenching ! That's basically what you do to increase hardness.

@@ironfront9573 only for steel/ferrous. You can quench brass it doesn't matter

True! I'll have to up my editing skillz ;)

@@Schematix gain added during editing only amplifies all the noise along with the poor vocals.

That all depends on whether you're dealing with a ferrous or a non-ferrous metal. The end result of thermal cycling is a desired crystal structure in the metal. If you want hard copper either work the metal or toss it into a 350F oven for an hour and turn off the oven with the metal inside. If you want soft copper heat it the same way an toss it into a bucket of cold water.

@@artjoly6348 I agree:-))

Quenching in water has little effect on the final product as the high temperature is what allows the crystals to reform, however quenching it is just faster and can make the outside look nicer. Iron can be work-hardened as well and quenching will have little effect on the heated iron just as copper. Steel WILL harden as it is the rearrangement of the carbon atoms that occurs at higher temperatures that give steel it's high hardness, which obviously if cooled fast enough (tempering), won't have time to go back to their original places, leaving the material in a highly stressed and brittle state, which is essentially what makes a material hard

​@@Jakob6174 "if cooled fast enough (tempering)" - uh no, that's the hardening/quenching you're thinking about. Tempering is reducing the stress in the material which, when it comes to steel, is achieved by heating it up to a low , non-glowing heat and maintaining it there for a while giving the carbon atoms enough time and energy to get into a "more comfortable" position, but still kinda stuck in the iron atom lattice. On a macro level this gets us a compromise between hardness and toughness which is desirable for most applications like knives, tools and springs. I'll add this as well: there aren't any other common alloys that can be hardened through heat treatment (maybe some aluminium alloys), but nearly all of them can be work hardened, as that is just a function of the crystal grains elongating while you're deforming the metal until they have nowhere else to move. Moving it beyond that point will cause a break, but the force required to break it is usually much higher than what it previously took to bend it, hence the hardening. Heating it up after work hardening gives it a change to recrystalize so it can be deformed further without breaking, which is also why forging works.

Correct but copper,gold and silver work differently from carbon based alloys

😂🤣😂 thanks I was wondering lol

Indeed

Literally any time I here those 3 words

kanka burda 2 türk bi biz varız!

Can't be: the hair is different.

🤣🤣🤣🤣🤣🤣

Same as soon as I heard FULL BRIDGE RECTIFIER I thought of all the times he said it

That guy is pretty crazy, but he sure does know how to make people remember important vocabulary. If only all teachers were so creative.

Teachers: *start saying stuff like INTEGERS or FRACTIONS (Not as good as FULL BRIDGE RECTIFIER)

@@ethangreen2022 If my highschool teacher said INTEGERS and FRACTIONS with the enthusiasm of the "FULL BRIDGE RECTIFIER!" I would have really enjoyed math class, lol. The accent might be part of it too. It never fails to make me laugh.

I tried it hundreds of times it is better if you cool it in water!!

@@johnhili8664 & zippy. For high carbon steel quenching in water from red heat will harden the metal. But for copper quenching will soften it.

rektifier*

Wreckdafire

what no PCB setting, scrap it

You can melt gold but it needs to be in a graphite crucible.

Must be AvE.

No. It is ElectroBoom

@@ethangreen2022 I know, It was BigCliveDotCom.

proving there is iron in a good steak!

I like your profile pic. ❤️

@@Sufian95 thanks He is lord Chhatrapati shivaji maharaj

@@hardikjohri6251 I always wonder who the WEASELS are that don't appreciate how much this man is doing towards basically FREE sharing of his hardwom chops in the electronics realm! So he's selling kit parts, at least you can enjoy the experience of what are often over $1,000.00 USD! At 1/3 the cost a large Chinese company of common electronics that starts with a B have sparse distribution of the actual item in question I've got ABSOLUTELY zero skills to build this item, but I would look forward to paying someone to help me to learn this!

That might make it hard to sit down...

He was just playing with us.

ukposts.info/have/v-deo/bopqh32rh6Rhy2w.html

@@vs-gc3hb What is that, clickbait RR? Links without a description are usually rubbish.

@@headbanger1428 sorry

@@vs-gc3hb Sorry what?? What is the link about, or remove it.

@@headbanger1428 with iron smelting rock

Did you miss the location tag from New Zealand or would you have been amused nonetheless?