Lights Working on a Single Wire - Is this possible - Interesting Information - Experiment

Lights Working on a Single Wire - Is this possible - Interesting Information - Experiment
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👉 The soldering iron I use
👉 bit.ly/40yqigF
👉Circuit Diagram
👉drive.google.com/file/d/1-VUw...
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#altium
#zaferyildiz
#diy
#electronics
#led
#experiment

[@SusanBell-dl5gr]

This is very interesting but in many contries will get you into trouble due to Radio interference, it is basically a HF radio transmitter with a light on the antenna

[@Reaktanzkreis]

..and the guys from the radio authoritiy come along with the police , crash your door , take you in custody and seized yor breadbord wiring for evidence....later the Magistrat fine you with seveal thousand bucks or/and send you to jail. especially if it interfere the aircraft navigation systems like ILS .

Most countries law on this refers to the strength of the signal at a distance. I can't remember SA's law that well, but it is X signal strength at 80 metres. Else you would have to purchase a license for every single blue tooth device you have.

[@brettemurphy]

@@Reaktanzkreis Except he has never heard of a bread board

[@jennyjansen754]

Low frequency oscillator actually. Probably harmonics into the microwaves.

[@johnhaythorpe1063]

At 01:42, you have incorrectly identified the connection as Emitter to Emitter, (E-E) when it is in fact Emitter to Gate (E-G). Also at 02:18, you have labelled (C-B) collector to base, whereas you have actually connected Collector to Emitter (C-E); also a tuned circuit for 270 khz would require a 250 uH split inductor (coil).

[@DarkVoidIII]

At that point in the video, did you notice that one transistor is upside down? That would mean E-E instead of what you wrote. It might actually be E-E, considering one transistor is flipped upside down quite intentionally.

[@trevorhaddox6884]

It's a simple astable multivibrator. It's E-E, one transitor is flipped as both are grounded at the emitter. Also, resonant frequency is entirely depentant on the LC circuit, there is no universal coil or configuration for a given frequency. He's using two 0.27uF caps in parallel, that's 0.54uF total, with desired frequency of 270KHZ, that gives a required inductance around 0.64uH, which seems about right for a single loop of wire. Also, it is split phase, the positive is in the center of the loop, that's what's allowing the transistors to alternate.

[@user-nt6up9vu9d]

Можно такую схему и проще собрать, АКБ нихромовая проволка, ну немного будет светиться, а эффект со светодиодом тот же!😂

[@user-nf7ub1ox4f]

Огромное спасибо интересный эксперимент познавательно 👍

[@ZAFERYILDIZ52]

Спасибо за ваш комментарий и поддержку.

[@user-nm4ko6rx5w]

только провода 2

[@user-pc6sx3wg1q]

​@@user-nm4ko6rx5w😂 "разность потенциалов" , без неё никак

[@user-pc6sx3wg1q]

Amazingly, the LEDs glow without pulsation, thank you sir 🔥

[@ZAFERYILDIZ52]

You're welcome

[@ketas]

oh they do pulse, but at 230khz you don't see it

[@user-xh8mt4bj7e]

светильник интересный, а гадящий в широкой полосе частот радиопередатчик интереснее вдойне.

[@milasudril]

Good physics demonstration that there are waves on the line.

[@marianohuertayoutuber4447]

Muy bueno 🙂👍

[@salihsidi7633]

Good Something surprising. Thank you very much.

[@ZAFERYILDIZ52]

Thank you for your comment and support.

[@Varimos]

Good Job !

[@andredor]

ну, по вашей логике все светильники "по одному проводу" работают, ведь обмотка силового трансформатора - это один провод, и обмотка генератора это один провод... Хотя у вас провод не один, а гораздо больше. Ведь от источника напряжения к этому "одному проводу" через генератор на мосфетах приходит два ...

[@baracudershtein]

а чё ты не капнул сразу до истоков? до ГЭС например... херню не неси. это высокочастотный генератор

[@ponnusamyraveendran6378]

Thanks!

[@ZAFERYILDIZ52]

Thx my friend

[@gustavoblanco6307]

¡Genio, Zafer! Muy buen video, te deja pensando.

[@Nikolai_Chizhov_84]

Ну прям Африку изобрели...😂😂😂

[@baracudershtein]

ну может и не изобрели, но большинство этого не знало

[@555-xd1fo]

Wow you can send radio frequency using that

[@ZAFERYILDIZ52]

yes

[@ZAFERYILDIZ52]

emp

[@ZAFERYILDIZ52]

Спасибо за ваш комментарий и поддержку.

[@555-xd1fo]

@@ZAFERYILDIZ52 ❤️

[@user-xv1je8mg1l]

Funciona em um circuito semelhante a uma pirâmide????

[@trevorhaddox6884]

Those poor transistors. The reason this is working is it's basically an unrestricted ZVS driver. There's a tremendous current, not sure how many amps, but somewhere in the double digits, running through that loop causing a large voltage drop. The transistors are basically driving a short at a high frequency, it would not surprise me if this gets very hot fast.

[@olegchan3326]

Флюс, рРегулятор температуры. Да, а кто эти пацаны!?

[@burakyalcin5193]

Eline saglik ustam

[@ZAFERYILDIZ52]

çık teşekkür ederim kardeşim

[@fgokser]

kapalı dibol anten olmuş.Manyetik alan oluşmuş yarısı şase yarısı + uç:)

[@Creative22222]

You always share fun videos with us and I appreciate every minute of it. I always look forward to watching your new videos💞💞💞💯💯💯💯

[@ZAFERYILDIZ52]

I sincerely thank you for this nice support and comments.

[@dominik11113]

Работает от электромагнитных волн, коих много, вай фай, излучения электросети и пр.

[@evyapmelyapimi]

Güzel olmuş. Emeğinize sağlık.

[@ZAFERYILDIZ52]

yorum ve destek için teşekkür ederim

[@evyapmelyapimi]

@@ZAFERYILDIZ52 Her zaman

[@loopsterboll]

Amazing 🎉

[@ZAFERYILDIZ52]

thx my friend

[@user-dz1dw1yb1c]

Nice ❤

[@ZAFERYILDIZ52]

thx my friend

[@user-yf5cs6mu6l]

congratulations 1M

[@ZAFERYILDIZ52]

thx my friend

[@goticovictoriano666]

Está interesante 🤘🏼

[@ZAFERYILDIZ52]

👉💕👈

[@user-lh5qn3fw3f]

CONGRATULATIONS ZAFER❤❤❤

[@ZAFERYILDIZ52]

thx my friend

[@loopsterboll]

please help me understand why one mosfet burns out on my induction circuit when I use a bifilar coil for heating

[@MEHMETT1453]

Kullandığın mosfet, çekilen akıma dayanmıyor olanilir. Çekilen akıma uygun mosfet kullan..

[@loopsterboll]

@@MEHMETT1453 Bu ne anlama geliyor

[@ZAFERYILDIZ52]

The coil diameter, the number of turns of the coil, even the diameter of the coil wire and the number of coils directly affect the circuit frequency, which causes the MOSFET to reach a higher frequency than it should be, drawing too much current and burning out.

[@kumpuni]

at first in the thumbnail and title I didn't believe it but I didn't think it was possible hahaha thru induction the resistance of wire could drop voltage along copper wire.

[@Miguelgameboy]

CARACA O LED FUCIONA 😮😮😮👍👍👍

[@ZAFERYILDIZ52]

👌

[@comeonbecreative]

This is extraordinary, how is that possible, how does it work, sir?

[@TassyDeval]

Magic

[@ZAFERYILDIZ52]

The miracle of high frequency :)

[@madhusudangupta3661]

​@@ZAFERYILDIZ52Can you elaborate the basic theory and its application. Waiting eagerly.

[@jimmurphy5355]

@@madhusudangupta3661The transistors oscillate (switch on and off) at a very high frequency. Changes in voltage at one end of the wire travel toward the other end at the speed of light (300,000,000 meters per second.) If the voltage is switching high to low very quickly, the wave of change travelling down the length of the wire makes a voltage difference along the length of the wire. The leads of the LEDs are catching that change in voltage as it sweeps by. This only works if the voltage is changing so fast that over the short distance between the two points the led leads touch, the voltage difference is greater than the turn on voltage of the LED.

[@ivansudakov6877]

И какой КПД у данных шедевров-светильников?

[@MiguelDeMarchena]

Mr Zefer can you please make another CFL to induction heater conversion but this time with a Bifilar coil ? this is to compare the difference of efficiency between flat pancake coil and Bifilar coil . thank you .

[@ZAFERYILDIZ52]

👌

[@tableseven8133]

The same experiment can be even more simple. Take a wire design for a heater coil and power both end and at any point between those coil you can have a voltage enough to light your LED's.

[@rikardlalic7275]

Of course, but it's a different approach. This one is based on wave propagation, reflection and standing waves.

[@Engineer.Critics]

Salam mun elekum Zafar bay, kardash you have very nice soldering iron. What is the name of company.

[@ZAFERYILDIZ52]

aleyküm selam thx fnırsı HS-01,

[@SongSeeker7]

Gotta love Faraday's Law 👍

[@loyalcrew1919]

Teşekkürler Zafer hocam. Burada aslında bize anlatmak istediğiniz telin üzerindeki iç dirençten daha küçük bir dirençli bölge oluşursa akım burdan hareketini devam ettirir. Doğru anladığımı umarım.

[@ZAFERYILDIZ52]

yüksek frekansın etkisi ile oluşan bir durum akımdan ziyade tel kendi üzzerinde gerilim oluşturuyor

[@loyalcrew1919]

@@ZAFERYILDIZ52 çok teşekkür ederim hocam

[@burakyalcin5193]

Selamun aleykum ustam

[@ZAFERYILDIZ52]

aleyküm selam kardeşim

[@SUSKUN.FF.]

🎉❤

[@ZAFERYILDIZ52]

👉👈💕

[@user-tj5tc7mp7z]

Юный радиолюбитель !

[@user-pc6sx3wg1q]

Have you measured the level of electric field strength in this design?🤔

[@ZAFERYILDIZ52]

I didn't measure it but it will be high

[@rikardlalic7275]

❤

[@rezatavan5048]

❤❤❤

[@ZAFERYILDIZ52]

👉💕👈

[@josenascim8390]

Não é porque eu não entendi que a experiência não vai funcionar....kkk

[@srrincekara9499]

👍👍⭐⭐⭐

[@ZAFERYILDIZ52]

teşekkürler

[@efecanyildiz2882]

1 milyon aboneni kutlarım🎉🎉🎉🎉

[@ZAFERYILDIZ52]

çok teşekkür ederim kardeşim

[@southgeek]

This isn't really a single wire. This is an astable mutivibrator circuit, but with all the resistors replaced with wire. Wire doesn't have zero resistance, it is NEAR-zero. The whole thing oscillates at a very high frequency (277kHz in this video) and by placing LEDs at the right point you pick up a potential difference. Introductory electronics disguised as something cleverer than it actually is.

[@hasantamer9199]

süper

[@ZAFERYILDIZ52]

teşekkürler Hasan

(Beside the p0rnmusic ;-) ) Dude! You broke my brain. I know enough about electricity and electronics (1st year) to know this is dark arts. BTW, I wish I could solder like that!

[@electroniquepassion]

👋👋❤️❤️👋👋

[@ZAFERYILDIZ52]

👉💕👈

[@singingzone3056]

Nice experiment...friend❤I always see your all videos❤ From India..

[@ZAFERYILDIZ52]

Thank you for your support and comment.

[@singingzone3056]

@@ZAFERYILDIZ52 U are welcome..my friend❤

[@jackengeiler]

Gibt doch kurzschluss

[@jackengeiler]

Na ob das stimmt es ist ja kein Stromkreis, eigentlich

[@shareefali5498]

Wow nice experiment bro

[@ZAFERYILDIZ52]

thx my friend

[@soluciones-creativas9053]

friend, a video of a one-touch on-off touch button please, you are the only one who can do it

[@ZAFERYILDIZ52]

It's available on the channel bro, you can see it in old videos.

[@felicerusso7270]

Sorprendente! Complimenti!

[@suleymanpolat6417]

Hocam nasıl oluyor aynı kabloda artı eksi

[@ZAFERYILDIZ52]

yüksek frekan ile olauşuyor kardeşim

[@winxpuser2600]

It's 277 kHz AC voltage LOL

[@ZAFERYILDIZ52]

👌

[@MiguelDeMarchena]

My brain is shorted, how is this working, someone wants to explain to me how this works, thanks, i am not a pro just a diy amateur

[@arsenlol2116]

Ток идёт по одному проводу, сначала в одну, а потом в другую сторону. Скорее всего так

[@MiguelDeMarchena]

@@arsenlol2116 thank you

[@ZAFERYILDIZ52]

With the effect of high frequency, the wire begins to produce a voltage on itself.

[@JohnDlugosz]

No "interesting information", just music while he solders up strange things.

[@user-vl5ie5gb3y]

+++++

[@ZAFERYILDIZ52]

👉💕👈

[@boinkmaticgaming5835]

sorry this is totally FAKE electricity doesn't work that way LoooooooL

[@jayasaputra2246]

Amazing...⭐⭐⭐⭐⭐

[@jozinzbazin3818]

Robią takie gówna a później przez radio nie można pogadać bo same zakłócenia