@@BlueprintScience Teacher, since I saw this video, my whole heart is on this magnetron gun, can you teach me how to do it? Or give me a schematic diagram, I want to do the same as him, I haven't slept well for six months because of this gun, I lost 13 pounds, I'm afraid I will think about this gun one day , thinking of getting sick and dying th-cam.com/video/tD1mwaVlNUE/w-d-xo.html
hes hilariously uninformed and talking out of his ass through most of this video. i like how he calls kreosans video fake (not that its not) and his proof is a comparison of the effects of a microwave gun on a tiny low powered battery powered device, to a mains voltage actual stereo system pulling a hell of a lot more power out the wall while being blasted by the microwave gun. or his claim that "you cant pull 2kw out of any outlet in your home" when you can pull about 2.2kw off the average house outlet.
So, if you wanted a microwave gun with the range to knock a drone out of the sky at reasonable distance, wouldn't you want to go with a microwave laser, commonly called a MASER (microwave amplification by stimulated emission of radiation)? I would love to see THAT in action!
@@1southsoon I mean, that HEAVILY depends on scale. A man-portable maser probably isn't going to knock out a plane at 36,000 feet up.... One the size of a rifle might be really god at zapping things at a few hundred yards, though.
@@eimronaton363I would think it would be very similar to building any laser but much more difficult and dangerous. You would need a source of coherent microwaves and a way to focus them. Probably lots of specialized test equipment and a good understanding of physics.
Every family needs at least one Dayton somewhere on the family tree to make life interesting. Then there's always something cool going on down in the lab, and the opportunity to learn how & why things actually work. Plus, the math behind the physics fine tunes the engineering to get the actual desired results. When I was a teenager, I was so fascinated by high school physics that I constructed a cloud chamber with dry ice to look at atomic particles emitted by my dad's radium dial painted watch. But my niece's boyfriend recently built a cloud chamber that is cooled by an array of Peltier crystals - much, much better! Technology is always evolving and it's great to hang out with people who want to understand it all by experimenting with whatever comes to hand. So, here's a toast to Dayton and the spirit of experimental science & engineering. And thanks for sharing dude!
I love your legal disclaimer. My ex-wife worked for a contractor, specializing in non-lethal weaponry. They made a much larger one, to form barriers and stuff.
Important additional bit of high voltage danger, the capacitor, as all do, may maintain a very large charge potential, even long after unplugged. They must be shorted to discharge. Capacitors discharge their full load all at once, thus are extremely Dangerous! Unless one knows what they are doing they should avoid messing with anything that contains capacitors, as even much smaller ones than shown in this vid can be deadly!
@@StephanieSoressi Connect them to ground, though you will get a full discharge instantaneously, so the circuit or wire you do it with should be able to carry the full discharge energy. A series resistance in the circuit would slow the discharge, but again, the resistor used must be rated to carry the current/voltage of the accumulated charge. Series RLC Circuit Analysis www.electronics-tutorials.ws/accircuits/series-circuit.html
@@StephanieSoressi when I was much younger and working in a shop the method we used to discharge a cap was to pitch it across the room for someone else to catch.
ALSO. EYE PROTECTION!!! Putting potentially explosive items in a microwave, wear eye protection. Heck, doing almost anything in an experimental setting , wear eye protection!
The cautions on the capacitor is real. Having experienced an electrolytic discharging into my hand while working on a TV set in high school electronics class…ouch. This was a very entertaining video, well crafted and fun! Great work!
"Did I mention this is a gun? Don't go around shooting a bunch of stuff with it." (ONE SECOND LATER) "OK, let's shoot some stuff with it!" Well done! Great videos!!
Even an unplugged microwave or TV, the capacitor is still hot until it's discharged. You can electrocute yourself easier with an unplugged microwave or TV, because most people have no idea what the capacitor does, it holds a charge until discharged, unplugging it won't discharge the capacitor. Thanks for the video, I have a few microwaves that I am going to tear down this weekend. Appreciate your help and expertise.
After 24-72 hours an unplugged capacitor loses its charge. If it’s been unplugged for awhile there’s no charge left. Wait at least a week to be safe, triple check there’s no batteries inside. Wear robber gloves. You’ll be fine. Start with low voltage items to learn. Taking things apart is a fun, cheap, educational hobby.
Nice! I had my waveguide (a tin can with both sides cut off) flush with the magnetron not knowing why it wasn't effective. You are very informative and helpful!
If modified properly, this can make things glow white and poof into nothing in a matter of milliseconds. It's just that in order for it to be a long rage weapon, the lobes need to be focused to a sharp flux, and to be a practical weapon, would need a device within to adjust and focus the flux, and need to be rigged to a range finder through a computer, so that it automatically adjusts the flux. To make a basic microwave gun with decent range, maybe instead of that square horn mussle, stick the magnatron antennas into aluminum lined funnels, and over both of those, one larger aluminum lined funnel faced so that the small end is the end of the barell. Would that compress the lobes?
Hey man, if I'm not mistaken. You're that kid that told his parents that you're going to make a vision reactor in your garage and you ended up actually doing it. And you were on discovery or h, it's bio. And if that's not detailed enough, you will also made your own yellow uranium cake by calling or something, I forgot what you did how to get all the materials you needed but I do remember that you made your own yellow uranium cake. And buddy was surprised that it's perfectly legal. It's glad to see that you grew older. And you kept into the profession, I'm kind of a new bee on it and I'm kind of jumping on from you know, I'd say advanced into masters, if I'm going into particle physics and stuff like that, I studied it a little bit as a kid for a joke but. Actually, did seem an interest into it because it's our whole structure of anatomy, screw or heart and stuff. What's consisted of our heart, the atoms, you know what? I mean, so at the end of the day. One unstable molecule creates cancer right and whatever blah blah pee a mirror something in we'll talk nerdy I guess giggity
I worked in electronics/electricity for nearly 50 years, the golden rule if probing high voltage- right hand for the probe- left hand in pocket! I am still here nearly 80 now!😁
Neat videos, keep up the good work! I have a feeling ill be referencing allot of your content in the near future when i have more free time to work on new projects ;)
You should build a pulse forming network and hit those magnetrons with a nice fast rise time pulse about 8-10kv then you will get some real power out of them! ;)
They are doing this to people on a regular basis.Some people they do it to all day every day.I know this.It can target any of your joints(knees,wrists,ankles) or your stomach and make you burp up air constantly when you are sleeping.
So, after watching this video and the magnatron video I learned: Beryllium is a highly toxic metal, EM waves can be amplified by using a gap in walls to create a circular motion but it uses alot of energy to do this and creates crazy amounts of heat, microwave guns may be illegal (and of course are 100% deadly to those who don't know electronics), and you can amplify voltage with a high voltage amplifier that doesn't carry much current, so the amplifier is probably the only live component that won't kill you if you touch the wrong component without proper PPE.
The sound of the microwave gun when it was turned on really got my cat's attention for some reason. He was just sitting peacefully, intently watching me eat, then as soon as he heard the sound his ears perked up, he stood up and looked at the TV like it was freaking him out. Very odd. I've tried messing with him using tone generators before to no real effect. So I'm surprised he reacted like this. Maybe there's some combination of hamonics from the speakers or something. Sounds like a job for spectrum analysis!
I always thought kreosans electronics exploded because they were plugged into 220v mains that eventually shorted out from the magnetron. Often in his videos he doesn't have a circuit breaker to limit current. Of course your little 3v radio wouldn't explode.
That's... very true. Hmmm. I still don't think everything would explode that violently, though. I bet they stuffed some flash power in there for "extra effect"
i can tell you normal stereo amplifieres (even brand names like pioneer) are really shitty when it comes to overload protection. Thats why i always used car amps at home ;) , I had seen epensive amps dying which cost several hundret euros back then at 60% volume xD. I thought i am not dumb i can buy 4-5 brand car amps with the same power(or more since 60% is lol). Maybe the< put fireworksinside for the effects, but the amps dying is very possible even without fireworks. But maybe not, they use some crazy 32Amps, so they have a "special" main current xD. Funny thing is there where other channels which even doubted that a microwave gun is possible, because they cant do it xD. (AllenPan and ElectroBoom for example) Pretty legit argument lol. So keep in mind that just because you cant to something doesnt mean others cant do it too. I subed here since you can do stuff other people cant do too ;D
@blueprint - There's no scorching on the displayed remnants. You kept shutting off the microwave before the lightbulb explosion temperature was achieved. In short, your video is disalarmist bullshit. Beyond that, volts don't kill, amps do. Your hokey "science" is blatant to the extreme. Your "microwave gun" is a shoddy design intentionally limited in it's power by the duct you chose to off center mount. Condensing the beam is crucial to increasing power per cm squared delivered on target. In short, your design is bullshit.
In that video they blew the stereo and you can see what seems like a foil wrapper floating around which appears to be from the pyrotecnics, but anyway, their videos are typically truthful about the actual effect. If they wanted to lie they could blow the stereo with the gun from outside the house without having to sit in the adjacent room separated only by a wall and probably about 10 feet away which curiously is also the rame range your gun seems to have.
1:22 here is the 2000 volt transformer and capacitor, an excess of 2000V which will kill you instantly so dont go near it when its on. 1:55 limit your exposure, you dont want to cook your eye balls or manhood. 2:15 explanation of how it works. 2:45 light up a fluorescent bulb in a stairwell. 2:57 i'm doing it in a stairwell to not damage the electronics in the lab as it'll introduce random voltage in them, but electronics do not explode, they trip breakers and stop working until you get them out of the beam. 4:02 bulbs in microwave experiments (MUST SEE for good laugh, this guy's a comedian). 5:17 here's how it works, its a 2000w oven directed in one direction forward through a horn. 9:49 warning: barilium oxide danger. 12:45 it'll knock a drone out of the sky momentarily (which is illegal)
1:40 Whether the danger lies within the high voltage or the high current is debatable. Surely 2KV of open-circuit voltage won't necessarily kill you. In that case though, the transformer has a low output impedance, which means it has the capability of sustaining a high voltage with a fairly high current. The voltage is way higher than the dielectric strength of human skin, and the current is more than enough for ventricular fibrillation. Wrapping it all up: stay away from these things, kids!
It won't kill you right away any more than a standard 120 v outlet would kill you right away if you have wet skin; provided you break the connection. You would get burned without doubt. The thing that kills you is the random interruption of the heartbeat at 50 Hz. The heart will likely experience arrhythmia after shock, but the chance of heart fibrillation is the same above 100 volts; even then, you have approximately 8 minutes to use a defibrillator; though you will likely be unconscious. The time the brain can live without oxygen can also be greatly extended by packing the brain in ice to prevent brain damage. I know because I was once involved in an accident where myself and a team of 5 others were all shocked by an 8000 volt power line; one of my coworkers was electrocuted. We all sustained burns, and I even broke both my shoulders. But the point is; it will not instantly kill you, it will just maim, burn, disfigure, and traumatize you.
Hey,great video. I want to make a microwave gun(or something smaller if possibe?). So im curious ,can the mosquito be killed on deFrost,i dont want to damage someones brain or something.Just the mosquitos.
you are the greatest invented i have ever known you have you brought light in to my life by teaching me what always wanted to do thanks a million& more times
I'm impressed. You do some crazy things just for the fun of it..like me. Best of all you never loose safety out of eyesight. keep the videos coming..subscribed for sure!
Yeah, safety... I always do that. Never once have I done something unsafe. "Mr. Safe," that's me. Microwave guns: them safe. Well, I'm not dead, so I must be doing something right. Thanks for subbing, Kalle :)
Would short pulses of high voltage (higher than 2kV) and high current (much higher than an average current in the microwave oven) improve the ability of the gun to shot down a drone? Very informative video! Great work.
If you have a narrow cylindrical conductor at the centerr of a 45°conical metal surface, it seems that you could project a beam of concentrated microwaves.
You should go to hell man, we were targeted by sick narcissists and chased out of our homes. These electro magnetic and micro wave weapons , also instruments that can see you through walls and hear you talk are used to terrorize people and one can’t go to the police. They hurt my mother’s eyes gave her cataracts. You should learn about it before making cheap jokes.
hi, I would like to build a microwave machine to disinfest wooden floors and furniture from woodworms. Using the components of 2 microwave ovens, can you advise me on the shape, position and distance to observe to build the electromagnetic bell? I would use the original 6.4cm magnetron guides but how should I assemble the emitters? placed side by side like your gun or as I see on the net arranged in parallel? A thousand thanks
What angle is optimal for the "feed horn" you showed. The actual measurement of that CAD looking sketch that is. I want to make the horn direct straight forward and minimize side lobes
To discharge a capacitor a screwdriver that has a good insulated handle ie plastic is used by laying the metal part of the screwdriver across the two terminals thus shorting it. This allows the electrons to flow and be in a neutral state. If the cap is charged it will spark and depending how large or charged it is, may be very loud, and startling. Taking apart any electronic device is dangerous or fatal! If you don't know what you're doing, you should not mess around with any electric devices. This is not meant to to be instructions, or a how to type of comment, it's just general information of the procedure. Anything you choose to do, you do at your own risk.
Hi, Dayton Aardema. This is a stunning work. I want to ask you question. Is it possible to use helical antenna instead of horn antenna. if not please tell me why? Thanks.
Sup Faud, I dug around in my e-mag knowledge a bit. Helical antennas create circularly polarized waves, which means that you would need a circular waveguide also. Waveguides only direct the wave, not create it. The antenna itself is on the magnetron - the piece just above the ceramic insulator. You would need to tap off of that to attach a different antenna. Beware, helical antennas' field lines go all over the place. To answer you directly: Yeah, it's possible, just... different.
@@BlueprintScience Thank you Dayton for your reply and explanation. I have another question. How can a helical antenna be attached or be coupled to magnetron? How can we connect SMA connectors with coaxial cable from a magnetron to helix antenna. And what about the heat of microwave signals, Does affect the coupling of SMA? what kind of material should we use for helical antenna? Thanks in Advance.
@@fuadhamamah6322 Honestly, I hove no idea how best to tune the antenna to the magnetron. Though, I imagine that making straight electrical contact should be enough.
Never refer to 2.45GHz as low frequency 😂, i guess its all relative of course and if you're comparing to Gamma rays well yeah i guess 😃.. cool video man Steve Arcs
Hi..the idea is so cool. but what if i connect an another transfomer in parallel for increasing the current so i think the range of the microwaves will be increased too. However if the transfomer is connected can the magnetron handle the increased current?
The magnetron is tuned for a certain voltage so that the magnetron cavity can catch electrons at their "critical angle" - of course this has a lot of variation. If you could supply more current to the magnetron at the same voltage, it would be more powerful but it would heat up quickly. And magnetons suck at heat dissipation as it is.
Your videos are awesome. Could you please make a seperate video for why the electromagetic wave is an horizontal "8" shape on antenna? How does the electromagetic wave being convoyed from inside magnetron to the top of antenna? Is it simply because the waves just flow on the copper to the top or any other mechanism that are driving them? There are so many "why" after watching the video.
Edison, First off, all good questions! I try not to cram too much into a video that the audience dies of boredom. However, I did intend to bring it up in a future video. No ETA as of now. For now, I can say that the pattern I was drawing is called a “near-field” and “far-field” which is unique to every antenna. Every engineer uses antennatheory.com as it has that and more in one convenient spot. Also, the RF is carried through conductors in the magnetron to the monopole stub antenna at the front, very similar to wires. There is an RF wire and a ground wire. Hope that helps!
Could one move moisture around with micro waves? For example . Emit a cloud in a box, or room using a fog Then radiate the "cloud", to migrate, precipitate or evaporate? possibly microwave a pool of water and cause temperature of the water to rise? side note it was nice to see that drone fall out of the sky> shoot!
You could have doubled the force by using the reflected lobe, just tune it in distance with the frequency. I think the manufacturers of magnetron ovens find this to difficult. Maybe you could use a cone as a reflector for all the waves.
Yup F the FCC. I'm a Genius in Electronic for 45 years. Send me $35, and I will give you part and schematic to increase your MW power by 2X, $50, by 3X. Chivolinha at Yandexcom fix the com. I used to build 5kw RF Transmitter in war zone, when I was 14 - 17 years old. Evidenced by Jupiter+Uranus conjunction in my 3rd house (mind). This is a way to increase the range. BTW - When Apollo 11 went to the moon there was a conjunction of Jup+Uranus for 1-week. I have this sign permanently. That's why I can do many things people cannot do.
I've constructed the exact setup with transformer.Im able hear the fussy vibration of circuit that means the setup is working fine but I don't know why my magnetron is not luminating fluorescent tube.Please can anybody help me with this.
sai ilfs, sure thing... The capacitor and diode are a half wave voltage doubler. They send peaks of 4000V into the magnetron. The magnetron needs voltages like this In order to operate. Second, microwaves aren’t “hot” per se. there is a fixed energy rate and we adjust heat by how long things (like food) are exposed to that energy.
I have a question. I know about MASER it was the first attempt of making a laser beam in the microwave spectrum. But you made a microwave lantern or flashlight. How can you focus the beam better soon it will go farther!?
Hi! I have a question. Do you use aluminium to ''reflect and absorb'' microwave? If yes, what sort of aluminium? 99,9%? 99,5% or else? How to reflect it efficiently?
The RF bounces off of everything, metal is generally aluminum in RADARs, but I don't believe the purity is essential. The size of the "waveguide" is important however. For 2.45Ghz it's roughly 122mm by 61.3mm. If you disassemble the microwave, it'll have the dimensions you need just like he does in the video closer to the end of the video
Generally, transmitters are not variable. The tuning is done with the magnetron itself. To change the frequency, you would need a transmitter that it tuned to it - whatever it may be.
Will the horn actually amplify microwaves or just spread them out? I think a horn can only amplify sound. If you want to amplify anything else you would need to concentrate it into a smaller point
Cool show, thanks for the breakdown. I think we should all have personal lasers at this point in the timeline. And we can stop all the gun control debates.
Im having trouble creating a horn for my magnetron. I have no idea what dimensions to use and the video made by keystone science isnt much help. what dimensions should I use?
I need to make a microwave beam that has a frequence equal to larmor frequency. So all I need to do is change the waive guide size and I can get it to around 3ghz??
@@arnavmohan959 I did do everything that I set out to do, got tired of making “content.” Though I have had some video ideas that may tempt me out of retirement…
This was the nerdiest and best thing I have ever seen on TH-cam! Great humour and amazing knowledge. Thanks for the great entertainment
That’s what I’m here for ;)
@@BlueprintScience So is this how HAARP works?
Have seen really high pressure building over Greenland, which will mean cold weather for UK NEXT week?
@@BlueprintScience hi. Using this device... Can you stop the oscillations of a tesla coil, for example?
The gov't doesn't care, as long as you don't connect it to the flux capacitor in your Delorean...
Or make it run an engine without gas
don't give him the I idea.
@@nickf.2871as long as you don’t *sell* it
You're hilarious and wicked informative, guy. I can't believe I'm only hearing about you now. Will share and favorite. Keep up the good work!
Well, the customer comes first.
@@BlueprintScience Teacher, since I saw this video, my whole heart is on this magnetron gun, can you teach me how to do it? Or give me a schematic diagram, I want to do the same as him, I haven't slept well for six months because of this gun, I lost 13 pounds, I'm afraid I will think about this gun one day , thinking of getting sick and dying th-cam.com/video/tD1mwaVlNUE/w-d-xo.html
hes hilariously uninformed and talking out of his ass through most of this video. i like how he calls kreosans video fake (not that its not) and his proof is a comparison of the effects of a microwave gun on a tiny low powered battery powered device, to a mains voltage actual stereo system pulling a hell of a lot more power out the wall while being blasted by the microwave gun. or his claim that "you cant pull 2kw out of any outlet in your home" when you can pull about 2.2kw off the average house outlet.
1:30 It's also important to remember that you shouldn always discharge the capacitor even if the microwave is not plugged in.
You the Russian guy shooting people in Moscow w your gun?
@@WickedHill Maybe in Cuba?
So, if you wanted a microwave gun with the range to knock a drone out of the sky at reasonable distance, wouldn't you want to go with a microwave laser, commonly called a MASER (microwave amplification by stimulated emission of radiation)? I would love to see THAT in action!
That would be a bad idea because that would also knock a 747 out of the sky. All of the dead people would come back to haunt you!
As someone not very experienced with microwaves, how difficult would it be to do something like that
@@eimronaton363 This oughta do the trick:
th-cam.com/video/S_W7ebTEdqo/w-d-xo.html
@@1southsoon I mean, that HEAVILY depends on scale. A man-portable maser probably isn't going to knock out a plane at 36,000 feet up.... One the size of a rifle might be really god at zapping things at a few hundred yards, though.
@@eimronaton363I would think it would be very similar to building any laser but much more difficult and dangerous. You would need a source of coherent microwaves and a way to focus them. Probably lots of specialized test equipment and a good understanding of physics.
Every family needs at least one Dayton somewhere on the family tree to make life interesting. Then there's always something cool going on down in the lab, and the opportunity to learn how & why things actually work. Plus, the math behind the physics fine tunes the engineering to get the actual desired results.
When I was a teenager, I was so fascinated by high school physics that I constructed a cloud chamber with dry ice to look at atomic particles emitted by my dad's radium dial painted watch. But my niece's boyfriend recently built a cloud chamber that is cooled by an array of Peltier crystals - much, much better! Technology is always evolving and it's great to hang out with people who want to understand it all by experimenting with whatever comes to hand.
So, here's a toast to Dayton and the spirit of experimental science & engineering. And thanks for sharing dude!
🥂
I love your legal disclaimer. My ex-wife worked for a contractor, specializing in non-lethal weaponry. They made a much larger one, to form barriers and stuff.
“And stuff”
ADS?
I love how they have to say that they're non-lethal because they have The gaslight everyone
Important additional bit of high voltage danger, the capacitor, as all do, may maintain a very large charge potential, even long after unplugged. They must be shorted to discharge. Capacitors discharge their full load all at once, thus are extremely Dangerous! Unless one knows what they are doing they should avoid messing with anything that contains capacitors, as even much smaller ones than shown in this vid can be deadly!
So tell the people what has to be done to short capacitors to discharge their charge!
i guess this guy don't know about that 2000v capacitor
@@StephanieSoressi Connect them to ground, though you will get a full discharge instantaneously, so the circuit or wire you do it with should be able to carry the full discharge energy. A series resistance in the circuit would slow the discharge, but again, the resistor used must be rated to carry the current/voltage of the accumulated charge.
Series RLC Circuit Analysis
www.electronics-tutorials.ws/accircuits/series-circuit.html
@@StephanieSoressi when I was much younger and working in a shop the method we used to discharge a cap was to pitch it across the room for someone else to catch.
ALSO. EYE PROTECTION!!! Putting potentially explosive items in a microwave, wear eye protection. Heck, doing almost anything in an experimental setting , wear eye protection!
The cautions on the capacitor is real. Having experienced an electrolytic discharging into my hand while working on a TV set in high school electronics class…ouch. This was a very entertaining video, well crafted and fun! Great work!
"Did I mention this is a gun? Don't go around shooting a bunch of stuff with it." (ONE SECOND LATER) "OK, let's shoot some stuff with it!"
Well done! Great videos!!
@ 5:01 😂😂😂
I now love this guy!!! The fact he doesn't edit out his mistakes and shows us what happens even in immense pain! SUBBED!!!!
Even an unplugged microwave or TV, the capacitor is still hot until it's discharged.
You can electrocute yourself easier with an unplugged microwave or TV, because most people have no idea what the capacitor does, it holds a charge until discharged, unplugging it won't discharge the capacitor.
Thanks for the video, I have a few microwaves that I am going to tear down this weekend.
Appreciate your help and expertise.
After 24-72 hours an unplugged capacitor loses its charge. If it’s been unplugged for awhile there’s no charge left. Wait at least a week to be safe, triple check there’s no batteries inside. Wear robber gloves. You’ll be fine. Start with low voltage items to learn. Taking things apart is a fun, cheap, educational hobby.
I love your work mate. Stick at it . You have a real flair for explaning it to those of us whom are interested.
TH-cam is wrong for not suggesting this channel to me sooner.
Nice! I had my waveguide (a tin can with both sides cut off) flush with the magnetron not knowing why it wasn't effective. You are very informative and helpful!
Sure thing! Glad I could be so helpful ;)
Will this disable electronics thruh a concrete 30cm wall ?
Still waiting ....
If modified properly, this can make things glow white and poof into nothing in a matter of milliseconds. It's just that in order for it to be a long rage weapon, the lobes need to be focused to a sharp flux, and to be a practical weapon, would need a device within to adjust and focus the flux, and need to be rigged to a range finder through a computer, so that it automatically adjusts the flux. To make a basic microwave gun with decent range, maybe instead of that square horn mussle, stick the magnatron antennas into aluminum lined funnels, and over both of those, one larger aluminum lined funnel faced so that the small end is the end of the barell. Would that compress the lobes?
Have similar ideas, particularly about multiplying/focusing output and making use of constructive harmonic interference.
Hey man, if I'm not mistaken. You're that kid that told his parents that you're going to make a vision reactor in your garage and you ended up actually doing it. And you were on discovery or h, it's bio. And if that's not detailed enough, you will also made your own yellow uranium cake by calling or something, I forgot what you did how to get all the materials you needed but I do remember that you made your own yellow uranium cake. And buddy was surprised that it's perfectly legal. It's glad to see that you grew older. And you kept into the profession, I'm kind of a new bee on it and I'm kind of jumping on from you know, I'd say advanced into masters, if I'm going into particle physics and stuff like that, I studied it a little bit as a kid for a joke but. Actually, did seem an interest into it because it's our whole structure of anatomy, screw or heart and stuff. What's consisted of our heart, the atoms, you know what? I mean, so at the end of the day. One unstable molecule creates cancer right and whatever blah blah pee a mirror something in we'll talk nerdy I guess giggity
Best crash course ever ...nice job kid
I worked in electronics/electricity for nearly 50 years, the golden rule if probing high voltage- right hand for the probe- left hand in pocket! I am still here nearly 80 now!😁
Out of the blue I got this in my recommendation, and I love the good work, thanks!
My pleasure
Em 2024 aqui, fiz um desse no mundo da manutenção. Foi surpreendente
Neat videos, keep up the good work! I have a feeling ill be referencing allot of your content in the near future when i have more free time to work on new projects ;)
1:46 Doesn't the capacitor still hold lethal amounts of charge even when powered off?
YES!!! DO NOT TOUCH IT!!!!⚠️⚠️⚠️
How does this effect microchip implants?
3:33 transient non-destructive induction events. Fascinating.
4000 V. the future is owen microonde of NGa SiC transistor at 60 V
Can you change the capacitor to increase the frequency for double and see the effects
You should build a pulse forming network and hit those magnetrons with a nice fast rise time pulse about 8-10kv then you will get some real power out of them! ;)
Microwaves damage human tissue. My brain was "zapped" and I really don't know if I will recover.
They are doing this to people on a regular basis.Some people they do it to all day every day.I know this.It can target any of your joints(knees,wrists,ankles) or your stomach and make you burp up air constantly when you are sleeping.
So, after watching this video and the magnatron video I learned: Beryllium is a highly toxic metal, EM waves can be amplified by using a gap in walls to create a circular motion but it uses alot of energy to do this and creates crazy amounts of heat, microwave guns may be illegal (and of course are 100% deadly to those who don't know electronics), and you can amplify voltage with a high voltage amplifier that doesn't carry much current, so the amplifier is probably the only live component that won't kill you if you touch the wrong component without proper PPE.
@Lyn Ingle i wanna know. i think my landlord is doing this to me,
Wonder why you just have around 900 subscribers, great channel, love your videos
I know why: It's called a consistent upload schedule... I don't do that
Anyway, thanks for your support :)
Your welcome my friend
The sound of the microwave gun when it was turned on really got my cat's attention for some reason. He was just sitting peacefully, intently watching me eat, then as soon as he heard the sound his ears perked up, he stood up and looked at the TV like it was freaking him out. Very odd. I've tried messing with him using tone generators before to no real effect. So I'm surprised he reacted like this. Maybe there's some combination of hamonics from the speakers or something. Sounds like a job for spectrum analysis!
Are you also a comedian? I loved your humor. Great video!
I always thought kreosans electronics exploded because they were plugged into 220v mains that eventually shorted out from the magnetron. Often in his videos he doesn't have a circuit breaker to limit current. Of course your little 3v radio wouldn't explode.
That's... very true. Hmmm.
I still don't think everything would explode that violently, though. I bet they stuffed some flash power in there for "extra effect"
i can tell you normal stereo amplifieres (even brand names like pioneer)
are really shitty when it comes to overload protection.
Thats why i always used car amps at home ;) , I had seen epensive amps dying which cost several hundret euros back then at 60% volume xD. I thought i am not dumb i can buy 4-5 brand car amps with the same power(or more since 60% is lol).
Maybe the< put fireworksinside for the effects, but the amps dying is very possible even without fireworks. But maybe not, they use some crazy 32Amps,
so they have a "special" main current xD.
Funny thing is there where other channels which even doubted that a microwave gun is possible, because they cant do it xD. (AllenPan and ElectroBoom for example)
Pretty legit argument lol.
So keep in mind that just because you cant to something doesnt mean others cant do it too.
I subed here since you can do stuff other people cant do too ;D
@blueprint - There's no scorching on the displayed remnants. You kept shutting off the microwave before the lightbulb explosion temperature was achieved. In short, your video is disalarmist bullshit. Beyond that, volts don't kill, amps do. Your hokey "science" is blatant to the extreme. Your "microwave gun" is a shoddy design intentionally limited in it's power by the duct you chose to off center mount. Condensing the beam is crucial to increasing power per cm squared delivered on target. In short, your design is bullshit.
In that video they blew the stereo and you can see what seems like a foil wrapper floating around which appears to be from the pyrotecnics, but anyway, their videos are typically truthful about the actual effect. If they wanted to lie they could blow the stereo with the gun from outside the house without having to sit in the adjacent room separated only by a wall and probably about 10 feet away which curiously is also the rame range your gun seems to have.
1:22 here is the 2000 volt transformer and capacitor, an excess of 2000V which will kill you instantly so dont go near it when its on. 1:55 limit your exposure, you dont want to cook your eye balls or manhood. 2:15 explanation of how it works. 2:45 light up a fluorescent bulb in a stairwell. 2:57 i'm doing it in a stairwell to not damage the electronics in the lab as it'll introduce random voltage in them, but electronics do not explode, they trip breakers and stop working until you get them out of the beam.
4:02 bulbs in microwave experiments (MUST SEE for good laugh, this guy's a comedian). 5:17 here's how it works, its a 2000w oven directed in one direction forward through a horn. 9:49 warning: barilium oxide danger. 12:45 it'll knock a drone out of the sky momentarily (which is illegal)
LOL :D
1:40 Whether the danger lies within the high voltage or the high current is debatable. Surely 2KV of open-circuit voltage won't necessarily kill you. In that case though, the transformer has a low output impedance, which means it has the capability of sustaining a high voltage with a fairly high current. The voltage is way higher than the dielectric strength of human skin, and the current is more than enough for ventricular fibrillation. Wrapping it all up: stay away from these things, kids!
I took 8Kv from my finger to my knee at 150ma. I lived to tell about it.
It won't kill you right away any more than a standard 120 v outlet would kill you right away if you have wet skin; provided you break the connection. You would get burned without doubt. The thing that kills you is the random interruption of the heartbeat at 50 Hz. The heart will likely experience arrhythmia after shock, but the chance of heart fibrillation is the same above 100 volts; even then, you have approximately 8 minutes to use a defibrillator; though you will likely be unconscious. The time the brain can live without oxygen can also be greatly extended by packing the brain in ice to prevent brain damage. I know because I was once involved in an accident where myself and a team of 5 others were all shocked by an 8000 volt power line; one of my coworkers was electrocuted. We all sustained burns, and I even broke both my shoulders. But the point is; it will not instantly kill you, it will just maim, burn, disfigure, and traumatize you.
Hey,great video. I want to make a microwave gun(or something smaller if possibe?). So im curious ,can the mosquito be killed on deFrost,i dont want to damage someones brain or something.Just the mosquitos.
Would it not be more effective to have a two sided wave guid instead of just one? Theoretically isnt half of the antenna's energy being lost?
great job!!!! What is its scope?, can it reach 30 meters? what did it make to the drone?
you are the greatest invented i have ever known you have you brought light in to my life by teaching me what always wanted to do thanks a million& more times
sure thing
You are the most articulate individual I’ve ever met.
For some reason this guy reminds me of one of those crazy interns in Bones TV show.
I'm impressed. You do some crazy things just for the fun of it..like me. Best of all you never loose safety out of eyesight. keep the videos coming..subscribed for sure!
Yeah, safety... I always do that. Never once have I done something unsafe. "Mr. Safe," that's me.
Microwave guns: them safe.
Well, I'm not dead, so I must be doing something right. Thanks for subbing, Kalle :)
Dude, awesome videos. really interesting and entertaining.
I love the subtle humor in your videos. Are you a ham radio operator? Keep up the great work!
Earl Gray I was wondering the same thing...de KC3LMP
@@joemancino9049 de KD7SJT
Thank you so much brother ☺️☺️ from india!! Got a good amount of knowledge!
My pleasure
I liked the dont touch hot stuff mistake! And great knowledge
Would short pulses of high voltage (higher than 2kV) and high current (much higher than an average current in the microwave oven) improve the ability of the gun to shot down a drone?
Very informative video! Great work.
If you have a narrow cylindrical conductor at the centerr of a 45°conical metal surface, it seems that you could project a beam of concentrated microwaves.
10:14 misconception , now days that ceremic is replaced by safe ceremic
r u sure ? c,c
@@MrDe0 no , you have to be sure for individual magnetron
your caliper measurements show the dot after the 1 making it 61.3 cm
Thank you! I'll fry my neighbor's sound
You should go to hell man, we were targeted by sick narcissists and chased out of our homes. These electro magnetic and micro wave weapons , also instruments that can see you through walls and hear you talk are used to terrorize people and one can’t go to the police. They hurt my mother’s eyes gave her cataracts. You should learn about it before making cheap jokes.
Did it work ?
If you point that gun at a 1 gallon 'open top' water jug, would it heat up and explode? And...how long would that take?
So whats the purpose of that many volts for for the singal to be Strong enough? Because it it converted
Not give cleat idea or solution, instead story teller or cinema, give clear words. Good work
Incredibly dangerous, but awesome
where did you learn about the magnetron antenna pattern
hi, I would like to build a microwave machine to disinfest wooden floors and furniture from woodworms. Using the components of 2 microwave ovens, can you advise me on the shape, position and distance to observe to build the electromagnetic bell? I would use the original 6.4cm magnetron guides but how should I assemble the emitters? placed side by side like your gun or as I see on the net arranged in parallel? A thousand thanks
"Also it may have been illegal. So let's keep this between us."
*Posts it on the internet*
How axactly does this vilolate fcc Bc u can’t excatcly comucate with a microwave gun
This would show up as static at 2.4G band, drowning out legit communications
@@BlueprintScience oh still confused but thx
Can a metal blanket be used to deflect the microwaves as a protective deterrent
Yes.
@@BlueprintScience forehead what would you use something like a helmet but with what type of protection
Awesome crazy job dude.. keep up coming with these instructive videos
how to spin vawes forward? plastic fan ? compressed air ?
Do you have verbal apraxia? Jw. My son does.
Well done very informative.
How can you block the microwave weapons
What angle is optimal for the "feed horn" you showed. The actual measurement of that CAD looking sketch that is. I want to make the horn direct straight forward and minimize side lobes
To discharge a capacitor a screwdriver that has a good insulated handle ie plastic is used by laying the metal part of the screwdriver across the two terminals thus shorting it. This allows the electrons to flow and be in a neutral state. If the cap is charged it will spark and depending how large or charged it is, may be very loud, and startling. Taking apart any electronic device is dangerous or fatal! If you don't know what you're doing, you should not mess around with any electric devices. This is not meant to to be instructions, or a how to type of comment, it's just general information of the procedure. Anything you choose to do, you do at your own risk.
My mag netron don't light up anything,how do you wire it up?
What will that gun do to a security camera from 20 ft?
Hi, Dayton Aardema. This is a stunning work. I want to ask you question. Is it possible to use helical antenna instead of horn antenna. if not please tell me why? Thanks.
Sup Faud,
I dug around in my e-mag knowledge a bit. Helical antennas create circularly polarized waves, which means that you would need a circular waveguide also. Waveguides only direct the wave, not create it. The antenna itself is on the magnetron - the piece just above the ceramic insulator. You would need to tap off of that to attach a different antenna. Beware, helical antennas' field lines go all over the place.
To answer you directly: Yeah, it's possible, just... different.
@@BlueprintScience Thank you Dayton for your reply and explanation. I have another question. How can a helical antenna be attached or be coupled to magnetron? How can we connect SMA connectors with coaxial cable from a magnetron to helix antenna. And what about the heat of microwave signals, Does affect the coupling of SMA? what kind of material should we use for helical antenna?
Thanks in Advance.
@@fuadhamamah6322 Honestly, I hove no idea how best to tune the antenna to the magnetron. Though, I imagine that making straight electrical contact should be enough.
i didn't quite get what you were saying about a sick bird. will you repeat that in your next video, please? Thank you.
Never refer to 2.45GHz as low frequency 😂, i guess its all relative of course and if you're comparing to Gamma rays well yeah i guess 😃.. cool video man
Steve Arcs
What do you think the effects of these being used on someone would be
Thank you, you make terrific videos please keep up th e great work
you can get 2000W from any outlet in my house. and not a fancy apparent building i might say
Hi..the idea is so cool. but what if i connect an another transfomer in parallel for increasing the current so i think the range of the microwaves will be increased too. However if the transfomer is connected can the magnetron handle the increased current?
The magnetron is tuned for a certain voltage so that the magnetron cavity can catch electrons at their "critical angle" - of course this has a lot of variation.
If you could supply more current to the magnetron at the same voltage, it would be more powerful but it would heat up quickly. And magnetons suck at heat dissipation as it is.
Your videos are awesome. Could you please make a seperate video for why the electromagetic wave is an horizontal "8" shape on antenna? How does the electromagetic wave being convoyed from inside magnetron to the top of antenna? Is it simply because the waves just flow on the copper to the top or any other mechanism that are driving them? There are so many "why" after watching the video.
Edison,
First off, all good questions!
I try not to cram too much into a video that the audience dies of boredom. However, I did intend to bring it up in a future video. No ETA as of now.
For now, I can say that the pattern I was drawing is called a “near-field” and “far-field” which is unique to every antenna. Every engineer uses antennatheory.com as it has that and more in one convenient spot.
Also, the RF is carried through conductors in the magnetron to the monopole stub antenna at the front, very similar to wires. There is an RF wire and a ground wire.
Hope that helps!
@@BlueprintScience Thanks for reply mate. That is absolutely helpful. You have done what the best educators could do - "Inspiring people".
Could one move moisture around with micro waves?
For example .
Emit a cloud in a box, or room using a fog
Then radiate the "cloud", to migrate, precipitate or evaporate?
possibly microwave a pool of water and cause temperature of the water to rise?
side note
it was nice to see that drone fall out of the sky> shoot!
When he burned his fingers he sounded like Schwarzenegger.I was expecting,"get to da choppah!!"
You could have doubled the force by using the reflected lobe, just tune it in distance with the frequency. I think the manufacturers of magnetron ovens find this to difficult. Maybe you could use a cone as a reflector for all the waves.
Yup F the FCC. I'm a Genius in Electronic for 45 years. Send me $35, and I will give you part and schematic to increase your MW power by 2X, $50, by 3X. Chivolinha at Yandexcom fix the com. I used to build 5kw RF Transmitter in war zone, when I was 14 - 17 years old. Evidenced by Jupiter+Uranus conjunction in my 3rd house (mind). This is a way to increase the range. BTW - When Apollo 11 went to the moon there was a conjunction of Jup+Uranus for 1-week. I have this sign permanently. That's why I can do many things people cannot do.
not too difficult, probably unnecessary for the power needed to cook food
I've constructed the exact setup with transformer.Im able hear the fussy vibration of circuit that means the setup is working fine but I don't know why my magnetron is not luminating fluorescent tube.Please can anybody help me with this.
sai can you explain what is the use of a capacitor, diode and how could we control the heat in the microwave oven
sai ilfs, sure thing...
The capacitor and diode are a half wave voltage doubler. They send peaks of 4000V into the magnetron. The magnetron needs voltages like this In order to operate.
Second, microwaves aren’t “hot” per se. there is a fixed energy rate and we adjust heat by how long things (like food) are exposed to that energy.
So how do you protect yourself from it if you are constantly being attacked?
Shielding, you just need metal that the frequency won't penetrate but reflect off. This is what wave guides and cavities do.
I have a question. I know about MASER it was the first attempt of making a laser beam in the microwave spectrum. But you made a microwave lantern or flashlight. How can you focus the beam better soon it will go farther!?
so its an emp?
Please tell us how to take this gun out! What can we use.. a greenlaser?
Not sure what you mean, “take it out?”
Hi! I have a question.
Do you use aluminium to ''reflect and absorb'' microwave?
If yes, what sort of aluminium?
99,9%? 99,5% or else?
How to reflect it efficiently?
The RF bounces off of everything, metal is generally aluminum in RADARs, but I don't believe the purity is essential. The size of the "waveguide" is important however. For 2.45Ghz it's roughly 122mm by 61.3mm. If you disassemble the microwave, it'll have the dimensions you need just like he does in the video closer to the end of the video
An intelligent channel for intelligent people! Keep 'em coming!
Thanks, Snyper. Will do.
hmmm...possible to make a microwave transmitter that you can tune to different frequencies?
Generally, transmitters are not variable. The tuning is done with the magnetron itself. To change the frequency, you would need a transmitter that it tuned to it - whatever it may be.
Will the horn actually amplify microwaves or just spread them out? I think a horn can only amplify sound. If you want to amplify anything else you would need to concentrate it into a smaller point
Electromagnetic waves can be amplified the same as sound. Note, it doesn't increase the power, just the amplitude.
Cool show, thanks for the breakdown.
I think we should all have personal lasers at this point in the timeline. And we can stop all the gun control debates.
dude, can youbhelp me build an EMP with range of 0.5 miles?
Im having trouble creating a horn for my magnetron. I have no idea what dimensions to use and the video made by keystone science isnt much help. what dimensions should I use?
I need to make a microwave beam that has a frequence equal to larmor frequency. So all I need to do is change the waive guide size and I can get it to around 3ghz??
Dude this video was awesome
Therefore would each wave have different strengths and size do to it reflecting and absorbing
from the sides?
You are 100% on a watch list
Hopefully your TH-cam watchlist :)
@@BlueprintScience no way you replied I thought you retired. Greatest channel of all time.
@@arnavmohan959 I did do everything that I set out to do, got tired of making “content.”
Though I have had some video ideas that may tempt me out of retirement…
Your microwave oven inside indeed looks lethal.