Last time I tried to take apart some resin like this, baking it worked quite well, it became soft AND cracked in many places. I think it depends however. If there is a lot of unreacted chemicals in the resin from the manufacture, this probably works well. I didnt use a normal oven though, instead I used a 400W mercury vapor lamp with the UV protection envelope removed and a reflector. This was heating and irradiating the resin a lot with IR, visible light, lots of UV-B and a bit of UV-C. The wooden table also became black at the surface from all the heat. I always heated it, then peeled off some chunks that became soft, then re-heated and so on, until eventually the last bits were completely dry and hard again. But by that time almost everything was removed. The electronics were relatively undamaged and I was even able to read off some values and the markings on a PCB inside.
Yeah, of all the electrical and electronic bits I have collected over the years, a 400W mercury vapour lamp is not one of them. The nearest I have is a 100W sodium lamp...
@@Mark1024MAK Well there should be plenty of old mercury vapour lamps being decommissioned since lots of factories are replacing them with more efficient solutions. I bought that one on ebay. Still need some nice sodium lamps though..
Just a quick safety tip: always put the sodium hydroxide in the water, and never the other way around. To understand why, try to visualize in slow motion the first drop of water that would touch the sodium hydroxide, it would be a microscopic quantity of water in contact with a big amount of sodium hydroxide, thus it would be highly concentrated and could react violently. The other way around, the first flake of lye in contact in water would be dissolved in a "massive" quantity of water. My dad decided one day to put the sodium hydroxide flakes directly in the drain and then pour boiling water on it, it made a geyser and his slippers still bear the traces of this experience.
This video reminded me in two weeks I'll start my 3rd year in ICT Systems engineering. It might not sound relevant, but we have studied on computer and on paper a lot of circuits similar to the ones you are showing. I'm eager to learn crazier stuff.
may be because voltage in its natural form occurs in dc form .the 50 hz ac we receive at home is because it easy to send current in ac form without much losses while dc current heats up the element due to heat loss ...secondly we need some circuit/mechanical mounting to produce ac oscillations no such thing in batteries . sinusoidal/ac waves can be produce from battery using proper ckt . where sinusoidal wave oscillate between - and + pf battery
Maybe try building a mini-sandblaster such as one made by Nighthawkinlight to blast off the potting compound while being careful to not blast the components inside... :)
You can mesure that résistance with an isolation tester or try to mesure à portion of it and deduce its value., it like the potentiometer found in old tv focus .
Great to see a new video from you! Do you think you would be able to do a brief 'how it works' video about your memory oscilloscope that uses the TV for its display...it looked really interesting and now I can't find which of your videos I saw you using it!
1:35 you shouldn't mix sodium hydroxide with warm water. The reaction is exothermic and it produces heat when mixed with water. The warning lable says so too.
Do you want to soften the resin or do you want to make it more brittle? I would think if you make it harder but also weaker, then you can easily just break it off with impact soft enough to leave the electronics intact.
Can you or someone explain the direction of conventional current flow in the auxiliary winding at 11:26 please. You said the voltage built up supplies even more current to the base of the transistor, via the diode and 24ohm resistor.....so is conventional current flowing from the bottom of the winding, to the top dot, towards the base, out the emitter, and down to the negative rail? It's just confusing because the polarity is marked the same as the primary winding, which made me assume it would be moving from the dot, to the bottom of the winding. Many thanks.
The primary is “consuming” current, but the auxiliary is generating current. So it flows into the dot (positive) end of the primary. But flows out of the dot end of the auxiliary winding. And yes it flows as you described it, going from the auxiliary winding, through the base-emitter junction, to the negative rail then through the diode, through the 24R resistor and back to the auxiliary winding.
if you like this HOBBY books will not help much, they are often too theorical, but you can try to find some entry level "collection" of electronics courses on like basic components, transistors, logic and analog chips and the ususal audio amplifiers and radio stuff, school\university books are no good or maybe they'll help you later... also the internet is a good place to learn a lot of things but websites and makers are often too much self promotional and little explanatory
nahh, è un condensatore da tipo 10-20kV, sono molto spessi... li volevo comprare ma costano un botto anche su ebay, un moltiplicatore con 10 stadi sono 20 condensatori da 4€ cadauno... più i diodi HV
@@redoverdrivetheunstoppable4637 1 costa quanto un moltiplicatore .10 kv si potrebbe fare artigianale? testando vari dielettrici tra 2 piastre di un fusibile
@@-Crash-Nebula-- la ceramica è sempre ceramica, poi è quella specifica per condensatori, infatti quel condensatore se fosse di vetro o plastica darebbe tipo 5-10pF... uno da 10kV lo fai con alcuni in serie di quelli di sicurezza blu anche recuperati, ma ce ne vogliono tantissimi per un moltiplicatore serio e in serie la capacità cala, altrimenti riempi un tavolo di bottiglie di Leida :D
@@DiodeGoneWild I went through an xray experiment phase which resulted in me buying about a dozen diffrent tubes off Ebay, which now looks rather nice in my collections...
So we have Big Clive cooking sausages with high voltage and Diode Gone Wild cooking high voltage modules in the oven. Perfect!
It’s the perfect recipe! 🤗
😂😂😂
So who will cook ovens with sausages?
Engineers-meter,liter
Diode gone wild-one samsung case
Beautiful water cup. Even plugs into the wall and can heat water directly.
We missed you a lot danyk :)
We missed you*
is his name Dany-k? as in dany and his 2nd name starts with a K or just Danyk??
@@keithking1985 i call him danyk because thats the name of his website
@@keithking1985 His name is Daniel K., he was called Daník in high school, which eventually became Danyk,
I admire you had patiency to slowly remove the resin. I definitely wouldn't have it.
I wouldn't either. I would forcibly chip it off with cutters. There must be a stronger chemical that can dissolve it quickly.
A CT scan machine is helpful for identifying circuits in resin. Not everyone has one at home, though.
Great job in taking the resin apart and back engineering the device internal workings.
Last time I tried to take apart some resin like this, baking it worked quite well, it became soft AND cracked in many places. I think it depends however. If there is a lot of unreacted chemicals in the resin from the manufacture, this probably works well.
I didnt use a normal oven though, instead I used a 400W mercury vapor lamp with the UV protection envelope removed and a reflector. This was heating and irradiating the resin a lot with IR, visible light, lots of UV-B and a bit of UV-C. The wooden table also became black at the surface from all the heat. I always heated it, then peeled off some chunks that became soft, then re-heated and so on, until eventually the last bits were completely dry and hard again. But by that time almost everything was removed. The electronics were relatively undamaged and I was even able to read off some values and the markings on a PCB inside.
Yeah, of all the electrical and electronic bits I have collected over the years, a 400W mercury vapour lamp is not one of them. The nearest I have is a 100W sodium lamp...
@@Mark1024MAK Well there should be plenty of old mercury vapour lamps being decommissioned since lots of factories are replacing them with more efficient solutions. I bought that one on ebay. Still need some nice sodium lamps though..
Wow that is crazy. I will check out your channel because I believe I will love it..
Great Circuit Diagrams as Allways..
Just a quick safety tip: always put the sodium hydroxide in the water, and never the other way around. To understand why, try to visualize in slow motion the first drop of water that would touch the sodium hydroxide, it would be a microscopic quantity of water in contact with a big amount of sodium hydroxide, thus it would be highly concentrated and could react violently.
The other way around, the first flake of lye in contact in water would be dissolved in a "massive" quantity of water.
My dad decided one day to put the sodium hydroxide flakes directly in the drain and then pour boiling water on it, it made a geyser and his slippers still bear the traces of this experience.
it can be a violently exothermic reaction.
Thank you very much
I think you are the only one who can reverse engeniring almost everything
Nice work
1:30 nice water pot
Always Waiting For Your Videos.
This video reminded me in two weeks I'll start my 3rd year in ICT Systems engineering. It might not sound relevant, but we have studied on computer and on paper a lot of circuits similar to the ones you are showing. I'm eager to learn crazier stuff.
What a shocking story, I'm a bit stunned by it all.
1:28 Using a dissection victim as a water container :)
Super Dodgy USB Charger measuring cup!
Plug it into the mains ⚡💦
9.57mins, I wish my cats were that chilled when I'm working on something awkward, always wanting to help and get Right in the way
chant in front of a train station - "lacquer thinner is the winner" 🤣
I was thinking about DOT break fluid for cars. I've had pretty good results on softening all kinds of hardened rubber with it. Might be worth a try.
thank you
came here to say hello ......being a core electronic engineer i like ur videos
Great video, I especially like the explanation of the schematic.
Please Can You Explain Why AC voltage Can't be Stored in a Battery.
may be because voltage in its natural form occurs in dc form
.the 50 hz ac we receive at home is because it easy to send current in ac form without much losses while dc current heats up the element due to heat loss ...secondly we need some circuit/mechanical mounting to produce ac oscillations no such thing in batteries . sinusoidal/ac waves can be produce from battery using proper ckt . where sinusoidal wave oscillate between - and + pf battery
It's because of the inefficiency of the Heisenburg compensators in the near-vacuum of a hyperbaric environment. It's complicated.
Because electricity arises from the flow of electrons. Electrons are not static in AC.
I'm very confused about who is joking or trolling whom here...
@Acid Trip Ok then. But I cant seem to fit them, the holes are too small..
You are the one that no one 🤟
Nice Vid! I hope your thumb is getting better!
Chemistry with DiodeGoneWild
Maybe try building a mini-sandblaster such as one made by Nighthawkinlight to blast off the potting compound while being careful to not blast the components inside... :)
When a circuit is potted it's not reverse reengineering any more... it's archaeology.
Please danyk make some dangerous chargers teardown
Drain cleaner would react with aluminum, zinc, magnesium, or silicon...
you forgot calcium
5:33 you have to warm water bath the main container in order to reduce dissolving time .
4:42 which chemical used in lacker thinner ?
1:28 a phone charger? Really?
Tudom hogy magyar vagy. ;)
Cat: from where this guy gets horrible smelly stuff.
You can mesure that résistance with an isolation tester or try to mesure à portion of it and deduce its value., it like the potentiometer found in old tv focus .
You can try "Chloroform" for dissolve acrylic and resin plastics. Or HCl+Formic acid mixture.
is it really work with Choloform?
@@mr.imfine3891 - depends on the plastic type. "Clear acrylic" definitely melts with chloroform. I'm not sure of the other plastic types.
8:32 The fire extinguisher seems to have some new features this month
Great to see a new video from you! Do you think you would be able to do a brief 'how it works' video about your memory oscilloscope that uses the TV for its display...it looked really interesting and now I can't find which of your videos I saw you using it!
1:35 you shouldn't mix sodium hydroxide with warm water. The reaction is exothermic and it produces heat when mixed with water. The warning lable says so too.
Please explain AK-1Tufting machine DC motor control
Ten out of ten for effort mate ;-)
Sir, very good job
Wow i have the same lithium battery charger... Waiting for the video 😁😁
Using a screwdriver instead of a spoon and usb charger cover instead of a glass thats diode gone wild
Not to forget using scissor instead of tweezers although I guess wanted to try cutting so skipped a step.
Great video
Do you want to soften the resin or do you want to make it more brittle? I would think if you make it harder but also weaker, then you can easily just break it off with impact soft enough to leave the electronics intact.
u speak so nice,it sound like u r singing
Nice video! 👍👍👍
When are the next videos about the Solid State Tesla Coil going to be?
Anyway go on like this... Really appreciate 👍💯
1:29 best water pot ever
Please, how do we determine the number of turns and the core area?
Wondering what could dissolve the potting on some blob IC's. (acid excluded)
I am using a small torch or an halogen lamp to remove about 2 mm each treatment and in 2 hours I am readdy
I am using an Skalpell to remove
Is anyone who can say me what type of transistor is it?
Can you or someone explain the direction of conventional current flow in the auxiliary winding at 11:26 please. You said the voltage built up supplies even more current to the base of the transistor, via the diode and 24ohm resistor.....so is conventional current flowing from the bottom of the winding, to the top dot, towards the base, out the emitter, and down to the negative rail? It's just confusing because the polarity is marked the same as the primary winding, which made me assume it would be moving from the dot, to the bottom of the winding. Many thanks.
The primary is “consuming” current, but the auxiliary is generating current. So it flows into the dot (positive) end of the primary. But flows out of the dot end of the auxiliary winding. And yes it flows as you described it, going from the auxiliary winding, through the base-emitter junction, to the negative rail then through the diode, through the 24R resistor and back to the auxiliary winding.
Let's put a like of it in it.
perfect...videos
i think your cat was about the worst method of dissection.. the oven seem to be the least destructive!!
Loved that video...
hmm, what? no counting the coil windings?
use acetone to melt plastic
have you thought of doing a timelapse of you drawing schematics?
Just plug your Samsung water cup in to get hot water :-)
If you want it to heat up faster, just add more salt.
Why no videos coming from this channel??? 😣😣
12:30 How can current goes from negative then returns to negative?
It is an alternating current at high frequency. Switching from the transistor in the primary and induced in the secondary.
You would get circuits without resin on aliexpress
Req electric flay
25sec=50View
Niceee 😁
Hi bro
USING A CHARGER AS A BOTTLE
Can you please suggest some good books to study all this
if you like this HOBBY books will not help much, they are often too theorical, but you can try to find some entry level "collection" of electronics courses on like basic components, transistors, logic and analog chips and the ususal audio amplifiers and radio stuff, school\university books are no good or maybe they'll help you later... also the internet is a good place to learn a lot of things but websites and makers are often too much self promotional and little explanatory
I waited for this lol 😁
It is the popular tester called avr tester you can find more info on mikrocontroller.net
1:28 - Kdybys ji zapojil do zásuvky, tak by se ti krásně ohřála voda 🙂
13:48 it's a sparkgap
nahh, è un condensatore da tipo 10-20kV, sono molto spessi... li volevo comprare ma costano un botto anche su ebay, un moltiplicatore con 10 stadi sono 20 condensatori da 4€ cadauno... più i diodi HV
@@redoverdrivetheunstoppable4637 1 costa quanto un moltiplicatore .10 kv si potrebbe fare artigianale? testando vari dielettrici tra 2 piastre di un fusibile
@@-Crash-Nebula-- la ceramica è sempre ceramica, poi è quella specifica per condensatori, infatti quel condensatore se fosse di vetro o plastica darebbe tipo 5-10pF... uno da 10kV lo fai con alcuni in serie di quelli di sicurezza blu anche recuperati, ma ce ne vogliono tantissimi per un moltiplicatore serio e in serie la capacità cala, altrimenti riempi un tavolo di bottiglie di Leida :D
Powerfix from kaufland
Maybe it was Lidl :).
@@DiodeGoneWild yes lidl has parkside end powerfix maybe?
You are making very good videos about electronics . ;)
1:28 poor orico charger :D
Informative, but also comical....
😍
Man please make a DIY transistor using atmega328p I am really in need of it . FAN FROM INDIA
A DIY transistor? Using ATmega328P?
How - by cutting the die and trying to find proper junctions or what?
@@jkobain - maybe they mean a transistor tester?
@@Mark1024MAK for these three months they didn't take a minute to clarify their sentence, so why would we care?))
@@jkobain - I think they did, but in a new comment that I did not see until after I replied here...
You should just borrow Kreosans
Xray machine.... :)
I've also built one about 11 years ago, but it was just a one-time experiment. I find it too dodgy to use it regularly.
@@DiodeGoneWild I went through an xray experiment phase which resulted in me buying about a dozen diffrent tubes off Ebay, which now looks rather nice in my collections...
SoDiUm HyDrOxiiiiiiiiiide
you poisonous yours self with chimical
you are not good at chemical 🤷🏻♂️
𝑮𝒐𝒐𝒅 𝒐𝒏𝒆.
𝑰𝒕 𝒊𝒔 𝒊𝒏𝒅𝒆𝒆𝒅 𝒘𝒐𝒓𝒕𝒉 𝒕𝒉𝒆 𝒑𝒂𝒕𝒊𝒆𝒏𝒄𝒆.
موسع بالك
I want to sub this guy but his accent is 💀 💀💀 idk guys should I sub him ?
Please try to just don't speaking English , it's very better to writing every thing and be quaiet !! I am sure every one know why .
Tell me you really dont talk like that in real life right?
First
интересно а в чешских аптеках есть димексид? )
At least they don't have `Novichok´.
@@jkobain we also don't have this in pharmacy. please stop to hate all russians. )
@@user-nl3sl2to2m I haven't even started it.
@@user-nl3sl2to2m you mean DMSO, correct?
@@jkobain yes to try to melt a resin. (carefully)
Deutschland :-)
Audio killed me