How To Make A Radio Transmitter With Only 2 Components - Great Idea You Haven't Seen Before

How To Make A Radio Transmitter With Only 2 Components - Great Idea You Haven't Seen Before
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Circuit diagram : drive.google.com/file/d/1MaCE...

[@LAOFANG-WILDBOAR]

More than half a century ago, when I was a child, I used to do these kinds of experiments and handicrafts. After that, I did a job related to electronics and radio equipment development, and now I am enjoying my old age by taking up amateur radio communication as a hobby. I watched this video nostalgically. I expect you to become a high level technician.

[@aliusef2912]

wow thats cool, If i was you i would write a simplified book on how to make your own different types of AM and FM transmitter and recievers or open a youtube channel for tutorials . Anyway I wish you good luck in your life

[@user-nr6co2hi4x]

А раньше делали детекторный приемник из медной проволоки, наушника, конденсатора, лезвия и грифеля простого карандаша...

[@itoldyou7887]

61 here and was building radios/transmitters/simple metal detectors from 1975 to 1990, I used to get the components from broken TV/Radios devices.

[@saul_martinez22]

Hola

[@Wtfinc]

If thats true why are u not calling out the bs of this awful video

[@romanyarygin1674]

I'm so jealous to guys, who understand electronics. I understand how elements work separately, but I cannot understand at all, how, and WHY it works in combination. It's total magic for me.

[@gliderrider]

Don’t feel bad. I’m an extra class ham radio operator and I barely know enough to keep from smoking my radios…well…most of the time.

[@cuf_]

As an electrical engineer i want to say that learning electronics is very simple if you want to learn it.

[@romanyarygin1674]

@@cuf_ well, from the very beginning they starting to tell that electricity flows from positive to negative, but voltage flows in opposite direction, they talk about weak electricity on transistor base and strong electricity on collector, and also where comes resistance and power? And no practical examples at all.

[@Roshan_420]

Basically the silver box generates a constant 10mhz signal and the way that radio works is it sees that 10mhz signal and when that signal becomes louder or quieter itll generate sound and basically the headphone jack is sending signals to that box too for example 1000hz so that signal becomes louder in the same pattern as 1000hz thus that radio can see this change is loudness and decode it

[@cuf_]

@@romanyarygin1674 looks like the people that told you this are bad teachers. They make it simple for them but hard for you. A transistor is a switch. And electricity goes from plus to minus but ELECTRONS go the opposite. The fact that electrons go the opposite direction does not matter unless you are making a vacumm yube CRT aka the electron gun.

[@user-pn5sm2vn8t]

Микро сборки лучше паять на тепло отводе,больше шансов что останутся целыми,и паяльник желательно от 10до 15 ватт,и можно даже заземлить. В 70е микро сборок у нас не было,были радио лампы и были транзисторы. Однако в эфир мы выходили 😂😂радио хулиганы были мы. Увлечение переросло в профессию,14 лет отработал на ремонте радио теле аппаратуры, сейчас мне 65,но все равно продолжаю ремонтировать свою домашнюю радио и теле аппаратуру. Привычка понимашь 😂😂😂.

[@CLRage]

и поговорить не с кем..

[@user-fv2kh5kl3k]

​@@CLRage وانت إذا كبر سنك لن تجد من يتحدث معك لأنك اسلوبك ساخر

[@user-if4bt2su2f]

Делал несколько подобных на разные частоты, правда антеннами побольше и с настройкой в резонанс. Дальность 500 м. С усилителем мощности на КТ 646 до двух км.

[@ENROF]

А если через каждые 500 м ставить такой, как репитер, можно и связь далеко тянуть? Стоит ведь копейки и маскировать легко. Вот только питается дорогими кронами

[@gogmagog6285]

@@ENROF Репитер сначала принимает, потом переизлучает. Тут нет приёмника.

[@user-lw6dm1ns3b]

@@ENROF Так можно батарейку и из земли сделать и кроны не нужно будет, так подсветку на дорожках делают.

[@user-if4bt2su2f]

@@Nikitacjdkbsveyd последовательно с антенной удлиннительная катушка с сердечником. По индикатору напряжённости настраивалась антенна в резонанс.

[@gogmagog6285]

@@Nikitacjdkbsveyd :-)

[@jhonwask]

Pretty neat. Haven't made a radio transmitter since the 1970's.

[@MRPricks]

I didn't think it was possible wow thank you.

[@josiassantoscosta5322]

Muito show mesmo... parabéns!!

[@fifaham]

It is fun to put parts together, what is even more fun to understand the theory behind it and then design your own things.

[@israelcarvalho7208]

Circuito inovador, muito bom parabéns. Guaxupe MG. Brasil .

[@RFADICTOS]

EXCELENTE VIDEO SE HIZO ALGO PARECIDO ACÁ HACE UNOS AÑOS kzbin.info/www/bejne/moDHgpSgd6xjq7c

[@isaiasnunes1669]

Amigo isto é modulado como!AM?Só pertinho né.

[@12345rosin12345]

@@isaiasnunes1669 Não é AM nem FM, são Short Waves (SW), um padrão muito antigo de transmissão de rádio, do inicio da era das transmissões analógicas :)

[@CharlyLupo1]

@@12345rosin12345 trotzdem ist es AM. SW heißt Kurzwelle und AM Amplitudenmodulation. Das hat nichts miteinander zu tun.

[@alterliermanoeldasilva5161]

@@12345rosin12345em qual placas se achar esse cristal

[@cptrikester2671]

Mechanical stuff, I can understand quite easily, but electronic gizmos facinate me. The awareness of the function and applications of each component seems to elude me.

[@markmalasics3413]

Amazing! Complete frequency stability, clear full range fidelity, voices and music come through as if it were recorded in 4K and the stereo separation and signal to noise ratios are the best I have ever heard.

[@laafee]

كم المدى الذي تستطيع ابعد نقطة التقاط الاشارة

[@TheCubbyman61]

Yup, that is a very simple transmitter. the crystal oscillator is actually a complete package in itself. All it needs is a power supply, an antenna, a telegraph key, now you have a low power radio transmitter. You can omit the resistor and your on the air, but you need a low pass filter on the antenna to avoid unwanted interference to other frequencies. ;-D

[@jemussi7842]

no need for an LPF at such microscopic power levels with a short antenna.

[@TheCubbyman61]

@@jemussi7842 Yup, anyway it’s not going to be use for serious QRP work.👌🏻😀

[@simonassukackas1312]

This can be fake. Electroboom needs to rectify this.

[@rachaellee2629]

I just watched a koren zombie movie. The kid did this sending out a picture holding up a sign saying he was a survivor using a pair wired headphones..and an app he had on his phone implemented by his govt in case of an emergency

[@michaelteel4917]

Also it's way more than two components. Click bait.

[@rogersmith9579]

Awesome, I've also seen something similar done with just two pieces of wire!

[@andrewjudd-mw3mp]

that was my dream as a child and it always was so simple??! :-) fantastic video!

[@ahmadkhalidhotak9399]

You are genious person, i have seen your this photo in a lot of electronic circuit blogs, Respect you. keep the good work up !

[@teoclark1035]

zafer kardeşim,sen nasıl bir ustasın ya, hayranlıkla izliyorum,ellerine sağlık

[@suskun561]

Elleriniz dert görmesin emeğinize sağlık gerçekten güzel projeleriniz var.

[@MathewTitus]

The Crystal Oscillator is the Magical bit. It has a natural oscillation frequency that vibrates with an applied voltage. Vary the voltage and that natural frequency also changes. Hence FM modulation. The rest is just - simple electronics - adding a signal wave to the carrier wave and sending it off through the e.m. field.

[@rubis5153]

Do you know this transmitter how many meters or km works?

[@MathewTitus]

@@rubis5153 Not very far. Signals decrease according to the inverse radius squared - and this signal is already pretty weak so... I don't expect much. ;)

[@rubis5153]

@@MathewTitus do you know any modul that i can send voice to 5km?

[@MathewTitus]

@@rubis5153 Well I'm sure you can Google that ;)

[@Nino-mf1yk]

@@MathewTitus lo interesante seria poder hacer el receptor tambien.... como walky tolky

[@furkangorer8044]

Devam edin hocam takipteyiz! Çok başarılı videolarınız var🇹🇷

[@valtersouzaribeiroribeiro9534]

Parabéns muito bom

[@ZAFERYILDIZ52]

Thx Valter Souza Ribeiro Ribeiro

[@marcosevangelista5080]

Parabéns pelas postagens sempre inovadoras e didáticas.

[@ZAFERYILDIZ52]

Gracias

[@coltilkisi1763]

@@ZAFERYILDIZ52 Kardeşim bunu dinlemek için radyo vericisi de yapabilirmiyiz?

[@ateslikonsol]

Evet​@@coltilkisi1763

[@Phxo2]

Sorprende por su sencillez. 👍

[@sergioolivera2397]

Buenas noches..! Da resulrados..? Saludos

[@sahinkatecnologyinvention4986]

Evt abi sayende gormediklerimizi senin sayende goruyoz Teşekkürler

[@ZAFERYILDIZ52]

Teşekkürler kardeşim

[@sahinkatecnologyinvention4986]

@@ZAFERYILDIZ52 adammmmmmmmmmmmm

[@elijuarez7921]

I found a new favorite channel. Totally kool

[@zuzukouzina-original]

Cristal oscillators oscillates at a certain frequency based on physical dimension. These oscillators are mostly used to feed a digital processor to get clock input. The oscillator creates a sinus like signal and added with the audio signal that results in an AM type of signal. The antenna coil generates EM fields when current continually changes in the antenna. This EM waves is then picked bij the radio …

[@jankolar5612]

Please don't publish nonsenses. Crystal oscillators do NOT produce sinus, and adding carrier + audio does NOT create AM signal. The "antenna coil" has open end, so it does not act as a coil at all. You know nothing about the radio electronics, similar to the author of the video. The circuit seems to work, but it is a garbage.

[@NightRunner417]

@@jankolar5612 🤣🤣

[@zuzukouzina-original]

@@jankolar5612 I said sinus like signal, not exactly sinus, maybe you should read better instead of searching for other’s mistakes as a hobby to satisfy your ego. Ok, you’re right about the antenna, it’s not a coil, but the antenna is responsible for emitting EM wave due to alternating charge particles in the wire. This project you call garbage makes a lot of young people to study electronics because it just works and it’s fun. But you must live happy a happy life, if according to your reaction.

[@rachelmcg7186]

do you know if instead of using a headphone jack if you could use a 1/4 quarter jack socket for example for instruments or a microphone to plug into?

[@NightRunner417]

@@rachelmcg7186 Stereo 3.5mm and stereo 1/4" are exactly the same wiring in just a different diameter package. You can either use adapters to make the connection or you can use a 1/4" instead of the 3.5mm. Me, I'd roll with the 3.5mm because I use that type of cabling the most, and adapt to 1/4" as needed.

[@danijelovskikanal7017]

the crystal oscillator is pretty much a transmitter in itself,i have tried this with a big salt crystal,it does oscillate as you can make a buzzer if you attach it to a membrane,but i haven't tried hooking an mp3 player up to it.

[@deuce-way1440]

Can I use crystal as a LFO?

[@fjantpop4370]

Måste testas! Have to try this!

[@mehmetefeturk330]

Eline koluna sağlık 😊👍

[@ZAFERYILDIZ52]

Teşekkürler kardeşim

[@harunkaramuklu1460]

Güzel ve değişik bir çalışma. Sadece cristal frekansı ile bile oluyormuş meğer. Bunu transistörle güçlendirip sabit frekansta etkili bir vericiye dönüştürmek mümkündür diye düşünüyorum. Eline sağlık 👍👍

[@ZAFERYILDIZ52]

Aynen kardeşim

[@nicopatico]

@@ZAFERYILDIZ52 Hi, good video.. can you tell me how can I increase its power with a transistor? Thanks

[@siwij]

@@nicopatico I think he main comment is referring to that situation. It says that you should be able to increse the output power with a Transistor and make it into an effective TX in a Stable frequency.

[@bryankeinerestradaortiz877]

Crean en Jesús Cristo y tendrán vida eterna y paz entreguénce a Jesús Cristo ahora mismo en oración Dios les bendiga Les invito a una iglesia evangélica

[@_porotoxd_]

@@bryankeinerestradaortiz877 no

[@douggale5962]

This is one of the things that make amplitude modulation awesome.

[@nicolaraimundodiportella6937]

So it's an AM radio transmission ???

[@douggale5962]

@@nicolaraimundodiportella6937 It's a shortwave transmission, so it's not in the "AM band", but it is amplitude modulated. The information is in the amplitude of the signal at the carrier frequency.

[@tratzum]

Gave this a try. Stupid simple to get it to work but really really low power. I had to touch the two antennas to hear the audio. I have an old PC power supply transformer around here somwhere. I am going to see if I can hook that up and boost the signal somehow.

[@atyavilaag]

Awesome video, thanks!

[@agranero6]

If I am not wrong brown, red, brown is a 120 Ohm resistor not 100 Ohm that would be brown black brown. Besides its is not a crystal. It is an oscillator despite of what Chinese marketplaces that sell that describe as crystals, or translate as crystal. Crystals have 2 pints this have 4 pins and an VCC input. It has a crystal inside but has semiconductors too.

[@M.L_.]

Zafer abi bi canli yayin yap çokdandir yamiyosun ♡

[@ZAFERYILDIZ52]

Havalar biraz daha soğusun herkes dışarıda

[@gianmatteorizzo2310]

complimenti, bel video istruttivo👍

[@RegardHistorique]

Congratulations

[@verissimo61]

Muito bem. Parabéns. Impressionante!

[@bryankeinerestradaortiz877]

Crean en Jesús Cristo y tendrán vida eterna y paz entreguénce a Jesús Cristo ahora mismo en oración Dios les bendiga Les invito a una iglesia evangélica

[@tomsassi1423]

@@bryankeinerestradaortiz877 fottiti

[@ivansantos7643]

Muito legal!

[@GaneshmanLamathinker]

You should be here before 30-40 years my dear because it’s too late but still I do really admire and respect your valuable creations.

[@nick8231]

You make completely no sense

[@GaneshmanLamathinker]

@@nick8231 You have only negative thinking brain , no sense to determine and classify the words and it's intense. I'm surprised why your comment is highlighted.

[@murilofujita]

Awesome! Congratulations!

[@murkypuddle33]

FCC has entered the chat.

[@ricardorodrigues1897]

Amazing. That’s the way to go!.

[@ZAFERYILDIZ52]

thanks

[@GerardoGarcia]

A short Wave radio emitter, very awsome!

[@cristianpopescu78]

Just awesome!

[@PraverAprender]

Sensacional, som bem limpinho.

[@markospaulo6283]

Testa e confiaa kkk

[@edirponce6674]

Parabéns, seria bom um projeto simples desses para transmitir e receber telegrafia em paralelo com um celular com app de CW para casos de emergência com 500mw ou 1w.

[@electron2601]

OMG this is amazing!

[@brandonlaragirl]

Bro! This is absolutely amazing! Can you do a video for a receiver that operates on the same frequency?

[@anthonybarra2391]

Just use an fm radio, it will find the frequency

[@SuperLittleTyke]

That is amazing and impressive. When I saw the title of this clip I immediately thought of the 1972 plane crash in the Andes mountains in Chile/Argentinia. The 16 survivors, all young men, ate the dead passengers' frozen bodies to stay alive for two months. One of the survivors had some experience with electronics and he tried to make the damaged plane's radio work as a transmitter, but could only receive public broadcasts from radio stations in Chile. While the boys would not have had a soldering iron, let alone solder and a power source, who knows what a very competent radio technician might have come up with, using components from the smashed on board radio. I suppose one problem with your simple example is transmission range. What kind of range are we looking at here, with the 9V battery?

[@darrylkinslow5613]

The fact it actually happened sucks, but the movie they made of it, really sucks.

[@SuperLittleTyke]

@@darrylkinslow5613 Yes, the books written by the survivors were much better. Nando Parrado's book "Miracle in the Andes" in particular.

[@deang5622]

Don't be silly. In an emergency incident, you wouldn't cobble together a radio transmitter on some random frequency which emergency services didn't know you were transmitting on. What you would do is use a ready made off-the-shelf personal locator beacon which communicates with overhead satellites which are all flying past listening on the agreed frequency your locator beacon is operating on.

[@SuperLittleTyke]

@@deang5622 How many satellites were "all flying past" in 1972? And where would you have purchased a "personal locator beacon" in 1972?

[@deang5622]

@@SuperLittleTyke The answer is possibly none. And I knew that at the time I posted my response. Because they weren't launched until a few years later. But I wasn't talking specifically about that airline crash ..I made the point that an RF transmitter on some random frequency would have been picked up by emergency rescue! So the idea of making an RF transmitter was completely stupid and not possible. And even if it could have been made, it would have been entirely ineffective. The key point being, your post was a complete load of bollocks. And you want a 100% factual answer under those circumstances? Dream on mate Dream on.

[@sherseri38]

Guzel çalisma eline saglik mesafe ne kadar

[@akepatinagaraju8564]

Excellent job brother

[@atoniomarcioabreuabreu3068]

Show parabéns

[@burhanyaman3666]

Hocam bunun menzil hesaplamasını nasıl yapabiliriz. Yani 10hz radio frekansının yayılma yarıçapını nasıl bilebiliriz

[@Shakespeare1612]

Interesting but what is the maxium range you can get with this set up? So far I see a range of about 4 inches. I keep thinking about the episode of Gilligan's Island where the skipper had to be hypnotised to try to remember how to convert their radio reciever into a radio transmitter, to finally get them off of the island. Could we save Gilligan with two components?

[@T3858]

Sir, if you find the answer, please post it here. I'm trying to save Gilligan too..

[@TuMundoAndroideMania]

X2

[@douggale5962]

If they built a working VOR station, sending SOS in morse code as the station identifier, I don't think it would save them.

[@warrencurtis7442]

@@douggale5962 Not many people know morse code.

[@sempertard]

There is no saving Gilligan. Mary Anne and Ginger? Now that's another story.

[@mercedespelaez5339]

Muy buen video mereces más apoyo

[@teomcam]

That was impressive 👍🏻

[@tonyfremont]

I'd sure like to see this on a spectrum analyzer. That's a square wave, so it should be coming in loud and clear at 30, 50, 70, 90, 110... MHz. Interesting nonetheless, getting a lot of FM deviation.

[@vvdvlas8397]

Здесь используется амплитудная модуляция. Here amplitude modulation is used.

[@zuzukouzina-original]

The antenna coil acts a bit as a lowpass filter

[@NightRunner417]

Harmonics LIKE FUCK. I used to make small CW transmitters for tracking or whatever and they would splatter like hell at all the predictable harmonics. The solution was a cap and coil BEFORE the antenna wire to reduce everything except a target harmonic. This way I could use say an old 27MHz CB crystal and have a useful output around 108 MHz, easy for my old handheld scanners of that era.

[@viktorbabay2905]

Это классно!

[@ZAFERYILDIZ52]

Схему с микрофоном сделал, завтра опубликую

[@alexs9607]

@@ZAFERYILDIZ52 А на FM диапазон взять кварц на 100мГц не получится?))

[@stm32f]

@@alexs9607 тут по видимому амплитудная модуляция, ЧМ приёмник может не воспринять ничего кроме несущей

[@sleeve8651]

That sounds like pretty good fidelity, to me ! But being 10 Mhz, can you move the Frequency to the 30 meter Amateur Radio Band, and send Morse Code with it, perhaps by using the Code Key as a simple switch, and turning power off and on ? 🤔....?

[@Bianchi77]

Creative video, thanks :)

[@ZAFERYILDIZ52]

Better will be on the air tonight :)

[@tayfuner5923]

Güzel bir çalışma ölmüş zafer abi tebrikler 👍✌️

[@ZAFERYILDIZ52]

Teşekkürler kardeşim

[@rEdf196]

Try connecting a 15 meter long wire antenna which is resonant to 10 MHz I’m sure the range will be far better.

[@skeggjoldgunnr3167]

Next we interfere with the atomic clock signal of WWV in Ft Collins, Colorado?

[@stickysongs1]

@@skeggjoldgunnr3167yea let’s build a complete fm station next time, ofc completely diy😂

[@wueric4076]

Good circuit! You use capacitive microphone to modulate the 10 MHz xtal oscillator. AM modulation.

[@OmarTravelAdventures]

FANTASTIC!

[@aryonllewellyn]

Excellent circuit. But can you please indicate the AWG/SWG of Enamelled copper wire you used, because it could be important? Thanks. 🤔

[@alejandrohernandezmartinez5532]

Muy buen video, me gustaría saber cómo cambiar la frecuencia y si se podía hacer con una bobina variable, saludos y felicitaciones

[@RFADICTOS]

EXCELENTE VIDEO SE HIZO ALGO PARECIDO ACÁ HACE UNOS AÑOS kzbin.info/www/bejne/moDHgpSgd6xjq7c

[@tonosartono3568]

Bagusss..👍👍👍

[@TaajirTimo-go6pp]

Thnk you for sharing this , go head

[@tertuliano1372]

Isso aí Magaibe 😁👍

[@vintageguitarz1]

Cute project for little kids, but you really need a "low-pass" filter in the circuit to keep from interfering with other radio reception nearby, with a lot of useless "white noise". However, I calculate this only has a range of 12 inches at best, on a perfect day. - I've only been an "Extra Class" HAM since 1962.

[@fotografm]

What is the part number of the crystal oscillator ? How high is the power output ? What range do you get with the antenna shown ? What licence conditions apply to operating such a transmitter in your country ? How much current does it draw ? How long does the battery last ? Cute project 🙂

[@baylee8659]

I love this music 🏃‍♀

[@KD-my6lo]

Sen bir Cevhersin Allah senden razı olsun Maşallah 🧿👏👏👏

[@GiraSwaib-vl3ek]

Am struggling to learn that

[@jonc4271]

Hello 🙂 On the photo that shows this as a photographic representation of what the video is about. But it shows on the photo a microphone and NOT a audio input. Have you a video of a transmitter something like this, that uses a MICROPHONE ??? Also what sort of distance dose that sort of distance can it cover ? Bye from John in England.

[@ScreenPrintR]

If you haven't figured it out yet Jon, I'd be interested in building one and testing it. We can share results. Just ordered a pack of 10 Mhz (and several others) Oscillators, and a pack of different resistors. Believe I have the battery connectors, wire, and audio plugs. I'm actually thinking of using it between walls, and underground a few feet.

[@llproducciones1959]

La primera pieza que suelda dice ser una resistencia de 100 ohm pero no lo es. El segundo color es rojo. Entonces es 120 ohm.

[@agranero6]

I made the exact same comment. Besides the box is a crystal oscillator not a crystal alone.

[@nixraff7802]

...eine großartige Idee die sooooooooooooooooo viiiiiiiiiiieeeeeeeeeeeele Oberwellen produziert 🤣🤣🤣 sorry, could not resist 😉 wünsche ein frohes neues Jahr!

[@dominicestebanrice7460]

Will a 10MHz oscillator rated at 5V work (only one I can find on Amazon)? I would use a power supply set at 5V instead of the 9v battery. Would this mean the 100 ohm resistor is not required?

[@loveofage...1912]

INTERESANTÍSIMO vídeo y/o proyecto...¿Dónde extraeríamos de reciclaje ése cristal de 10Hz?...¿Ha de ser necesariamente de 10Hz?...¿No vale otro?,un nuevo suscriptor a tu Canal,pues me interesa éste tema,Like y Salud/os por áhi...

[@dautosantos4403]

QUAL O ALCANCE MÁXIMO

[@jorgevazquez4371]

15 cm del transmisor-receptor.

[@kabandajamir9844]

The world's best teacher

[@alexmarshall4331]

Definitely a massive 👍's up 👉🇬🇧👈👉💎👈

[@fatihmutlu8776]

Keşke ne kadar uzaklıktan çekiyor gösterseydiniz yine çok ilgi çekici elinize emeğinize sağlık

[@ismailatmaca2710]

Helal dostum. Eline sağlık

[@ZAFERYILDIZ52]

rica ederim İsmail Atmaca

[@chrishenniker5944]

Being a short wave transmitter, I can imagine that it has a good range for its tiny size. Maybe a mile.

[@peterwetzel7796]

Gute Arbeit !

[@Carlos-np5xd]

EXCELENTE

[@ACHRAFSELLAMSPACE]

Genius!

[@adnanomawi8945]

Perfekt 👍👏

[@TheGearhead222]

Hey Zafer! That's pretty kewl! How far can that transmitter transmit?-John in Texas

[@jefferybernard4800]

I wonder what kind of range he is getting with that with a quarter wavelength vertical would really help

[@KK-no7be]

Nice solid joints there.

[@spiritumspiritus6572]

Good job. How can you do a bigger one for a small area please?

[@carlosrigonelli6362]

Buenísimo 😀😀😀

[@ZAFERYILDIZ52]

👍

[@user-qh2np2xr9k]

Very cool, Man! Russia is watching!😁👍👍👍👍👍

[@mepacrina9291]

Ha ha , the good old AM / SW communication :)

[@higgsdxgfu2029]

Sí, solo envía largas distancias, pero su onda no cambia y puedes ampliarla con rf

[@WolferAlpha]

If I use a 90mhz or 100mhz crystal will it work too?

[@viggo48sam]

Det var enkelt 🏁❤️🇩🇰

[@johnaweiss]

Very nice work! Teşekkürler!

[@ZAFERYILDIZ52]

👍

[@ElectroPozitive]

Very beautiful video i like it.

[@alkanbostanci]

Elinize sağlık hocam 3v ile çalışanını ve mikrofon ile ses alanını yapabilir miyiz? Bununla alakalı bir çalışmanız var mı acaba?