OK, first of all, your videos are VERY VERY GOOD!!! Do not let the few, who do not understand and or didn't even tried this simple project, to tell lies here! I just tested your project and it works WITHOUT ANY TRICKERY!!! BUT the people MUST FOLLOW YOUR ENTIRE INSTRUCTIONS! This is a nice little project and I'll bring it to few clubs and meetings to puzzle few couriose people! Keep up the videos and make sure to follow your heart! For the rest of the people, make sure you do not use DC! This works ONLY with an a AC power!!! I used 13.5 AC and .700 A adapter, that I also altered by removing all parts but the transformer. The small newer style DC adapters are much harder to alter, so use a larger and heavy adapter that has a REAL TRANSFORMER! If you can't find one, one can buy them on the Internet, make sure it is AC output. (Something like this: www.ebay.com/itm/EI28-1W-Power-Transformer-220V-TO-6V-9V-12V-15V-18V-24V-AC-Single-Dual-DB-1VA/163105452758?hash=item25f9d7b2d6%3Am%3Amn8Bzp74VrvTThqRSuinWtw&var=462259834720) I'm a subscriber now, because you deserve it! Thank you Ludic!
No, diodes can't contain a charge like capacitors. What you have is a voltage dropper because the diodes have a forward voltage that depends on the type of the diode. 1N4007 has a forward voltage of 0.7 volts.
I was sitting here with the viedo paused trying to figure out how you did it. 9 minutes and still nothing to show, I play the video and face goes red. Great video, loved it. keep it up.
4:10 - Small correction... the current changes 120 times per second and completes a full cycle 60 times per second. So each LED will still be flashing at 60 Hz. Sneaky how you hid the diodes... I might have to try this sometime on someone. ;-)
but if that power adapter cuts out the ac totally. like a phone charger wouldnt it knock out the switching of the ac? like a computer power supply does?
You may have heard this before, but, we say circuit without pronouncing the "U" in it and it sounds like this........."CIRKIT". Otherwise it sounds extremely strange the way you say it.
TechnoW1zard Thanks for your input. I honestly believe that this circuit is an excellent and fun way of learning the basics of AC and LEDs (many people think LEDs do not work with AC). The "fooling" part is just to make the video more entertaining. However, if this video receives many dislikes or bad comments, I will definitely remove it.
Your videos will never receive bad comments or dislikes as long as you don't post anything related to free energy stuff, perpetual machines, fake project that never worked, or anything scientifically unexplainable. People do this to get views.
The circuit does not behave in an unexpected way, once the actual sir quit is revealed. The initial demonstration is false. It is like that spoon game: I show you how difficult it is to take turns tapping each other on the head with a large spoon held only with the teeth. Your actual pain will behave in an unexpected way until I reveal the hidden second spoon held in the hand of my accomplice standing behind you. Although I dislike the trickery and I have a different sort of pain in my head from pausing the video to try and figure it out for myself, I will not click dislike on this video because you did show the hacked wall wart and four hidden diodes before the video end. :) Only trolls hide the truth away from their deception videos.
True, what makes this video great is that he showed that the initial circuit wasn't the right one. I also wondered how did he manage to light a LED without a ground connection.
This is just a little puzzle for those who understand electronic circuits. The deception actually enhances the appreciation of how circuits, when the trick is revealed.
There is no impossible circuit in this diagram. everything lies with the proper logic base to the fact that there's a diodes across the circuit and the LED itself serve as a diode to have complete flow of current all through out the circuit. The voltage you are using is indeed AC but low Volt-Current and it doesn't matter whether 50Hz or 60Hz you are using as a source of frequency. In fact Direct current is the real current flowing to the LED when its on condition and not Alternating current at all. The Circuit is logically correct, but your explanation is not... Meaning there is no unusual thing happening in this circuit at all.
YTPmaster not attacking, just defending. It's better to encourage people to speak a second language. For the record, I'm not the best at speaking my second language but I probably wouldn't have been as good as I am if people didn't encourage me.
Just to clarify something; the power supply does NOT require the rectifier to output DC. An electromagnetic coil ALWAYS outputs DC. That is the nature of EM radiation through induction, which is how the transformer in the power supply works. The rectifier simply smooths the DC so that it pulses less. If you were truly honest in this video you would admit that you had to use a slightly different power source.
![COLOMBIA vs. CHILE [4-0] | RESUMEN | ELIMINATORIAS SUDAMERICANAS | FECHA 10](http://i.ytimg.com/vi/TDjN4W3yy1k/mqdefault.jpg)
OK, first of all, your videos are VERY VERY GOOD!!! Do not let the few, who do not understand and or didn't even tried this simple project, to tell lies here! I just tested your project and it works WITHOUT ANY TRICKERY!!! BUT the people MUST FOLLOW YOUR ENTIRE INSTRUCTIONS! This is a nice little project and I'll bring it to few clubs and meetings to puzzle few couriose people! Keep up the videos and make sure to follow your heart!
For the rest of the people, make sure you do not use DC! This works ONLY with an a AC power!!!
I used 13.5 AC and .700 A adapter, that I also altered by removing all parts but the transformer. The small newer style DC adapters are much harder to alter, so use a larger and heavy adapter that has a REAL TRANSFORMER! If you can't find one, one can buy them on the Internet, make sure it is AC output. (Something like this: www.ebay.com/itm/EI28-1W-Power-Transformer-220V-TO-6V-9V-12V-15V-18V-24V-AC-Single-Dual-DB-1VA/163105452758?hash=item25f9d7b2d6%3Am%3Amn8Bzp74VrvTThqRSuinWtw&var=462259834720)
I'm a subscriber now, because you deserve it!
Thank you Ludic!
Thanks so much for your comments!
Clever! And just a little deceptive! I love it :)
+Sen Flores Thanks
+Ludic Science I have a doide, and it is biased bothways, so it means it is not a diode and can be a capacitir yes?
No, diodes can't contain a charge like capacitors. What you have is a voltage dropper because the diodes have a forward voltage that depends on the type of the diode. 1N4007 has a forward voltage of 0.7 volts.
Well done and brilliant!
great idea with accurate calculations make these things possible thanks sir
Good work thank you for taking the time to share.
Excellent it will useful for my more understanding of electronics
I was sitting here with the viedo paused trying to figure out how you did it. 9 minutes and still nothing to show, I play the video and face goes red. Great video, loved it. keep it up.
Really great !
Brilliant !!! Very Nice !!!
I first encountered a similar "impossible" circuit some 50 years ago.
Thank you.. Sir you are really good in explaining.... gonna subscribe... looking forward to see more videos like this one...
Very nice trick!
Clever, I like your videos.
4:10 - Small correction... the current changes 120 times per second and completes a full cycle 60 times per second. So each LED will still be flashing at 60 Hz. Sneaky how you hid the diodes... I might have to try this sometime on someone. ;-)
Simply GREAT!
Cool! Great lesson in diodes!
+boksbox Thanks!
very good !!!! congratulations !!!!
+Daniel Goldman Ty
but if that power adapter cuts out the ac totally. like a phone charger wouldnt it knock out the switching of the ac? like a computer power supply does?
Did you make the circuit? Really cool idea ..
Nice video 👍
Bien echo, divertido, gracias!
Really nice.
really cool
I'm sorry . . . Where in the universe do electrons not flow from negative to positive? (I know: conventional current flow . . .)
VERY SIMPLE ONCE WE KNOW THAT YOU HAVE HIDDEN COMPONENTS FOR THE AC CYCLE HALF WAVE
Good
good stuff!
wowwwwwwwww what a project........
i was puzzled at first
Nice
But why AC makes difference here? Because there is no constant direction required?
With DC only one led (and switch) would work (the left one )
Right
Nice video. It's a shame so many people seem to get offended so quick...
Andre Poelman Thanks. I am surprised too.
Andre Poelman ikr all these people are so angry because he is demonsrating a cool trick you could make.
what is the resistor value
good idea
what type of diode you use ??
1N4007, but 4148 will run... less than 50v.
Anyone else hear the scream at 0:56 in?
cool! is it kind of challenge???? cool!
curioso, pero interezante
You may have heard this before, but, we say circuit without pronouncing the "U" in it and it sounds like this........."CIRKIT". Otherwise it sounds extremely strange the way you say it.
done exactly what u said but its not wrking where would i go wrong
+Pavan Kumar it is easy to make an error with the diodes, double check all the connections. Or, a diode may be dead
It worked tq for the reply and it is cool ☺
Thanks
This is known as a hoax device. Your other videos of clearly demonstrating principles, without looking like you are trying to fool us, are better.
TechnoW1zard Thanks for your input. I honestly believe that this circuit is an excellent and fun way of learning the basics of AC and LEDs (many people think LEDs do not work with AC). The "fooling" part is just to make the video more entertaining. However, if this video receives many dislikes or bad comments, I will definitely remove it.
Ludic Science
Don't remove it. Just rename it, e. g. to "Hoax Device - Revealed" ;-)
Ludic Science
Impossible! (bait and switch circuit)
Your videos will never receive bad comments or dislikes as long as you don't post anything related to free energy stuff, perpetual machines, fake project that never worked, or anything scientifically unexplainable. People do this to get views.
magic hihihihi thats cool
The circuit does not behave in an unexpected way, once the actual sir quit is revealed. The initial demonstration is false. It is like that spoon game: I show you how difficult it is to take turns tapping each other on the head with a large spoon held only with the teeth. Your actual pain will behave in an unexpected way until I reveal the hidden second spoon held in the hand of my accomplice standing behind you.
Although I dislike the trickery and I have a different sort of pain in my head from pausing the video to try and figure it out for myself, I will not click dislike on this video because you did show the hacked wall wart and four hidden diodes before the video end. :) Only trolls hide the truth away from their deception videos.
True, what makes this video great is that he showed that the initial circuit wasn't the right one. I also wondered how did he manage to light a LED without a ground connection.
Michael Taylor sir quit. ....... really sir quit
they have them in extension leads thy just pick up on emf energy
This is just a little puzzle for those who understand electronic circuits. The deception actually enhances the appreciation of how circuits, when the trick is revealed.
"sir quit" you childish imbecile.
Conventional current flow is the worst. also its not impossible, you just lied when you showed the first circuit.
the first it,s circuit or gate,, the second circuit only work at ac voltage
Thanks.
sir, Can you make and axplain of a powerful metal detector
There is no impossible circuit in this diagram. everything lies with the proper logic base to the fact that there's a diodes across the circuit and the LED itself serve as a diode to have complete flow of current all through out the circuit. The voltage you are using is indeed AC but low Volt-Current and it doesn't matter whether 50Hz or 60Hz you are using as a source of frequency. In fact Direct current is the real current flowing to the LED when its on condition and not Alternating current at all. The Circuit is logically correct, but your explanation is not... Meaning there is no unusual thing happening in this circuit at all.
Well that not impossible circuit, I thought you were going to show something good.
nice
clever.!
Oh man!
No offense intended. But you say biased wrong. You say it as "bee-ist" instead of "bye-ised".
+YTPmaster Thanks
+YTPmaster And how many languages can you fluently speak? We know ludic science can speak at least two. For the record, his English is phenomenal.
+Owen Smith I know. No need to attack bro
YTPmaster not attacking, just defending. It's better to encourage people to speak a second language. For the record, I'm not the best at speaking my second language but I probably wouldn't have been as good as I am if people didn't encourage me.
+Owen Smith But he didn't need to be defended. I was just giving him input to improve his english...
Its pronounced "by us". not "bee us".
this simulates an or circuit :))
So you lied 🤥
0:55 wtf is that scream
Why you shown that circuit when you are not using it, don't cheat.
logic gate
this is just and operator
nt work
BIAAAAAAAAAAASED
Just to clarify something; the power supply does NOT require the rectifier to output DC. An electromagnetic coil ALWAYS outputs DC. That is the nature of EM radiation through induction, which is how the transformer in the power supply works. The rectifier simply smooths the DC so that it pulses less. If you were truly honest in this video you would admit that you had to use a slightly different power source.
+protoborg what????? transformers output AC, and the rectifier converts it to DC and also smooths it.
Ludic Science I was wrong. Sorry.
+protoborg That's hilarious. And amazing! w0w
protoborg did you meant to say inductors block AC? Absolutely. As long as the inductance match the frequency.
noob spotted....
STUPID CIRCUIT ...ahahhaha
no good
fake
stupid tricks... ohhh so clever ,,, NOT