If it doesn't work, what's the point of my hard work and time? Go ahead buddy it will work ☺👊

Bro can u giv ur email. I made it, it does not work

@@zeuszix8009 Maybe you did something wrong. madebyaneeshmurali@gmail.com Forward the photo of your setup. and component details. Let me check.

@@Ciiads bro please check your mail. Thank u

@@Ciiads I think I found the mistake the shopkeeper gave me 4.7 k instead of 4.7 ohm. Silly shit though please check ur mails thanks aneesh

☺👊

😉 nice to see you after a long time.

👊☺️

As per the datasheet of the transistor, it's fine to handle higher voltage but you have to use a better heatsink to cool it down. Using thick wires and a thick layout is very important. and also use a high current 100uh to 150uh radial inductor which is also very important, the current capacity of the inductor is all the matter that's why I made one myself. Thin wires and thin layouts and weak inductors cause overheating and unstable operation. I never attempted with multiple disks But you can always experiment with that Good luck Regards AMN 👊☺️

👊☺️❤️

😊

3 is more than enough

The same circuit works up to 2.4Mhz

Running on 12V, 3A (bench power supply). Current in the circuit seemed to be around 0.5A.

Use thick wires , pump the voltage according to the piezo driver spec and use ferrite core inductor having great power handling (5A++) or wound one your self on a ferrite core with thick wire like I did. It's a self oscillating circuit so the output frequency will shift according to the driver specification, for instance if your driver is 1.7mhz it's output is around 1.7mhz , if it is 2.4mhz then the output is around 2.4mhz

@@Ciiads Thanks, will try those, but first I'll finish an electronics course I started a week and something ago, so I can actually decipher what does what in that circuit. 😅 My piezo is 1.7MHz, that's why I used your tutorial :)

That was great, I'm very glad to hear the good news and thanks for your valuable feedback I appreciate your patience and participation, can you share your modified circuit, and mention Your IGBT part number? This is my email: ciiads.amn@gmail.com If you want to contact me anyway. Nice to meet you. With love AMN ♥️🤝😊👍.

I can't recall that it's been a while ago and I think you can use coil32 software to calculate that😊♥️👍, and very sorry for my late reply. Regards, AMN

Finally somebody did it, Thank God. It will work 100% and it's not fake, so many people are degrading my work, God promise I never upload any stupid things to grab attention or make money "my intention is Do the best or do nothing." If anything doesn't work that is because of their own mistakes not mine. You did a great job nice to meet you. Thankyou for your valuable feedback. 😊 Regards, AMN

@@Ciiads However I'd suggest that in the video you show a circuit diagram to your circuits. That way they will be easier to understand. From a circuit diagram everything is straight forward, you know exactly where to connect each component, in what orientation as well. Seeing the circuit itself, without a diagram doesn't make clear where the connections are going. Even more that you are soldering from the opposite side of the board where the pins of the components are in a flipped position to the original e.g, the base of the transistor is at the place of the emitter. Also that will save lots of explanations where and how to solder each component.

I appreciate your opinion next time I will and I'm considering it. Regards, AMN 😊

Use thick wire and recommended power supply read the comments down below solved the same situation 👊☺️

I can't understand your comment though. Could you please clarify?

@@Ciiads The outlet of the piezo disc should face upwards. Water vapor must also rise upwards. The orientation of your piezo disc is sideways. For this reason, the amount of steam output is not fully understood. But when you dropped a few drops of water by hand, very little steam came out. This means the steam output performance is poor. Your opinions are important. What is your suggestion to increase steam output?

You’re right, the piezo disc was placed vertically in the demo because we currently don't have a proper mechanism to mount it horizontally. This particular 1.77MHz ceramic piezo disc is solid and doesn’t have the tiny holes in the center like some other types. I want to clarify that I'm not hiding anything, what you see in the video is the exact output of this circuit at 12 Volts DC. If you find the steam output to be poor, that's an accurate reflection of the current setup. If you're looking to get more power, I recommend experimenting with over-volting the circuit within the piezo disk's safe operating limits, using thick tracks, and short, thick wires. Additionally, some viewers have modified this circuit with IGBTs to improve performance. You can find one such comment further down where they explained their modifications and component values, though they forgot to mention the IGBT part number. You can also see others' opinions from those who successfully built the circuit. Thank you for your suggestions! If you have more tips or insights, please share them. We're always looking to improve! We can make a better version soon.

@@Ciiads Thank you for your answers. In the country I live in, there is only a 1.7 MHz ceramic piezo. This must be the circuit I had to make. According to my research, only you have made this circuit. That's why I have to make this circuit in the best way possible. I need to adjust it to have good steam efficiency. thank you.

@@Throtmanni wish you all the best , good luck.

It's not designed for that ☺️👊

Yes, someone made modifications to the circuit using an IGBT and provided positive feedback about the results. I read his comments further down, but he didn't mention the IGBT part number. He explained the other components well, but I think he forgot to include that detail. Give it a try 😊♥️👍

Is your piezo disk 800khz? It's a self-resonance circuit output frequency depends on the piezo resonance and it will vary between a few hundred kHz to 3++ mhz Depending on the piezo resonance and piezo load. Try dropping a few drops of water on the disk you can see the frequency changes on the oscilloscope it will vary and will go up to the piezo resonance frequency and try to verify that using a frequency counter as well.

@@Ciiads no it is clearly a piezodisc with 1.77 Mhz resonant frequency. Can I contact you through email and share images of my oscilloscope reading and circuit?

@@azimshaikh4074 is it misting well?

@@azimshaikh4074 you can contact me but unfortunately, I'm not at my home right now so my reply takes a bit of time. madebyaneeshmurali.n@gmail.com

@@Ciiads yep it mists okay at 12V and roughly 0.5 Amps. But when I increase this to 30V the circuit is more effective, but produces more heat and over time may damage the components. The signal read on the oscilloscope at 30V is very abnormal and highly erratic. I have sent you my results through email.

Use polyester cap ☺️👊

I've discovered that radial inductors perform exceptionally well. While I haven't experimented with Toroidal dips, you might find them worth trying out. Inductors with thick copper consistently deliver the best results. Best of luck with your endeavors! AMN🤗

Thank you buddy@@Ciiads

How much maximum wire length can be use between circuit board and peizo disc @@Ciiads

I bought that from my nearest electronic store

Maybe, use what I used exactly, and use thick wire high current inductor 1.77mhz piezo that's it if you did everything right it will work 100%. Read the comments you can find troubleshooting instructions I already helped some guys who going through the same situation as yours. Thank you 😊👊

​@@CiiadsI have the exact same piezo disc, bought a whole lot of Resistors but they are 1w(could that be an issue?) But my cap is not same as yours could that be the problem? Also for power I'm using a 12v power from a 550w pc power supply.

@@Nightflow9 drop your setup and circuit diagram into my mail

@@Ciiads what's your email dude

You can make 113khz version using ne555 chip which works with 5 to 9v , for further reference there is a tutorial on the Greatscott channel ☺️👍

@@Ciiads Can you share your tutorial with me so I can search among channel videos?

titles of the training video

I'm not tried it

Nothing just install a 2.4 MHz piezo disk, it is a self-oscillating circuit. The resonance of the piezo play the role.☺️👊

@@Ciiads Thanks!

​@@Ciiads And one more question: does it matter to use film capacitor or may replace to ceramic?

@@ZholobovSS yes 100v polyester would be the better choice

Why not?

☺👊

We can't Guess that , check datasheet 👍😊

The mist maker contains an ultrasonic transducer, which is typically a ceramic disc or plate. This transducer is made of piezoelectric material, meaning it can convert electrical energy into mechanical vibrations. When an electrical signal of 1.77 MHz frequency is applied to the transducer, it starts to vibrate rapidly due to the piezoelectric effect. As the transducer vibrates, it emits ultrasonic waves into the water. These waves create high-frequency pressure variations in the liquid. The pressure variations generated by the ultrasonic waves create small areas of low pressure, causing tiny water droplets to form. This process is known as cavitation. The rapid formation and collapse of vapor bubbles lead to the creation of mist or fog. The water droplets formed by cavitation are extremely small, typically in the micron range. They are then released from the surface of the water as a fine mist or fog, which can be blown or diffused into the surrounding environment. That's it Good to see you 😊👊❤️

@@Ciiads than you so much for the replay i do appreciate it LOVE YOUR CHANNEL, so the electricity being used is AC right? for the frequency vibration ? so the electricity flowing on the Piezo wire is AC?

@@emergencyimpact369 yes 👍

some electronic devices converts AC to DC for it to function this one converts DC to AC to work pretty cool

@emergencyimpact369 it's an oscillator

500 to 600 mA but may go up to 1 Amp plus peak current So give it some room, I recommend a minimum 12v 2 Amp power supply

Piezo disk resonance plays the role The LC circuit in the oscillator circuit sets up its own resonant frequency based on the values of the inductor (L) and capacitor (C) used. However, when we connect a piezo transducer to the circuit, it introduces its own resonance characteristics. The piezo transducer has a natural resonant frequency at which it vibrates most efficiently. When the circuit is driven with a frequency close to the resonant frequency of the piezo transducer, the transducer responds more effectively, resulting in stronger mechanical vibrations. This, in turn, affects the overall frequency of the circuit. The LC circuit provides the oscillation and frequency generation, but the presence of the piezo transducer influences the behavior of the circuit by effectively locking the frequency to its own resonant frequency. As a result, the output frequency of the circuit aligns with the resonant frequency of the piezo transducer. So, in our case, using different piezo transducers with different resonant frequencies will cause the circuit's output frequency to align with the respective resonant frequencies of those transducers.

@@Ciiads According your values the frequency produced by your circuit would be 73,412 kHz. Have you measured in on the scope?

why are you not considering the piezo resonance the output will depend on it, there are 2 nos of 47nf in the circuit, and this circuit will complete only when the piezo is placed. Did you tried it, on my frequency counter it was never 73,412 kHz Here f is not 1.77mhz like fixed frequency it changes according to the resonance of the disk if you place a 2.4mhz disk in it, it will oscillate within that range.

Depends on the piezo disk working voltage.

Because you did something wrong read the comments below you see I helped many and it's always gonna be a repeated question and answer so read the comments below you will get the fix It will work when you did it right

it doesnt work for me as well. there is discrepency of what values for the resistors are. another video has the same circuit but with a different resistor value.

@@roozbehkhodambashi7089 So sorry to hear that maybe you did something wrong. There is no need to provide the values in the description because I explained everything in the video. the values of every component are there and you can turn on the subtitles if you want. Or even the video is pretty clear that you can identify the values and their color code.

@@fauzanhariz9589 no it's not but you can try that with ne555 chip.😊👍

I made that myself, and I can't remember the wire gauge. Sorry. It's been a long time ago. Thicker wires are always better. Regards, AMN😊

1.77, with 2 decimals, 1.7 with 1 decimal both are correct

And L.220uh...

@@fauzanhariz9589 that's entirely different than mine 🧐.

@@Ciiads 😅 aah...different a bit bro

@@Ciiads hi bro, would you please share me your email? I want to send some pics of my work, doest work, need your help to check what am I missing about..

Sorry it's not built for that, you can use it with 1.7 or 2.4 MHz piezo disks thank you, for 27khz make something with ne555 or an astable oscillator

Use thick wires, a high current inductor, a decent amp power supply, and a heatsink, and read the comments 🤝👍

Use heatsink

Is that working well ?

@@Ciiads yes it’s working good but the only problem that the transistor gets super hot with heatsink and I try bu407 it’s the same gets super hot after a few minutes but c5200 it’s more powerful but still got super hot after couple of minutes it’s there a problem with my circuit thank you for your time and your help

@@Ahmedmohamed-rs8no use thick wires and decent power supply

@@Ciiads I will try but I use 24v 3amp

It's just English the same language you texted back to me ☺️👊 Turn on the closed captions if you need any further assistance 🤝 I spend a lot of time creating that subtitle for those who are struggling thank you.

The problem is that I don't have audio on the PC

It's been a long time ago, I did many things after that so I can't recall But let me try 2sc5200 100uh radial inductor (good current capacity ) 47 nf 100v polyester cap 4.7 ohms 2w 2.2k ohms 2w Use thick wires and good to go☺️🤝 If you have problem with your speaker the CC will help you, please turn it on ☺️👊 Thank you

It's a simple circuit and very easy to follow the video but I will consider your request next time.👊😊

Watch the video carefully and follow the steps.

@@Ciiads 🤣

That's up to you, try to get the smd version of the exact same or equivalent components, yeah, of course, you can shrink the circuit but use good quality SMD inductor having a current handling capacity of 5 amps plus otherwise, it's going to heat up and limit the performance. 😁😁😁😁☺👊

What do you think about your question? ☺👊

HAHAHAHHAHAA LoL

☺️👊

Thanks for your judgement but this is how I talk and how my voice is it will be better soon.

Maybe you did something wrong, but it will work when you did it right, read the comments below I have shared some tips with the others like you and assisted those who tried to make this they have the same situation at first because of some mistakes. Please read the conversation between me and Zeus Zix in the comments to fix the issue. I pinned that one to make it easy for you. it will work 100%. Good luck Regards Aneeshmurali

@@Ciiads its work but the transistor is very hot with heatsink.and boom hahaha

Use thick wire and decent high current inductor and a decent 3amps power supply

Yes, but inside my brain. I didn't draw the diagram because it's a tiny circuit and very easy to follow. if you are still struggling to follow my video then contact me, and l could draw and share the diagram for you 😊👊

Sorry my english is not good can you draw the diagram?

​@@Ciiads hi, could you draw the diagram?

@@javo no worries 🤝☺️

@@javo of course

@roozbehkhodambashi7089 A lot of people are failing because they are not following what I did here. and I feel very bad because I can't able to help them physically I can only talk through comments but that has a limitation. but some of them are attempted more than twice according to the instructions that I provided through the comments and they succeeded. You can find those people in the comments and read their chat history maybe it will help you. I pinned one of them for the people who are facing issues with the circuit. Believe me, it will work. I don't know why people like you misunderstand me. whatever it is, I never make things that don't work but I make things that are too complicated to make. because "if we are thinking about simple we can't achieve the impossible " I don't know about your situation if you did everything right it will work. It only works for those who build well because each and everything in the circuit is so important a little mistake is enough to make it worse. the problem is your build,not the circuit. if you wanna see my build you can come to my place You can see that with your bare eyes.

Use thick wires and follow the video carefully use right components it will work it's not useless and this circuit is not enough to draw a diagram, only having few components easy connection and it's very easy to follow the video. If it's not working means you made a mistake or you are seeking the video like reading a software lisence agreement. But I will appreciate your point, next time I will draw the diagram for you and the people like you who are struggling to follow my instructions even if the circuit had a single node. Thank you. Regards, AMN

Appreciate your curiosity! I'm not sure about wtf my accent is, and I hope you still find the content enjoyable. Apologies if it didn't meet your expectations. By the way, I switched my native language to English to make the content more accessible. I'm still practicing and improving. This video is a year old, so I invite you to check out my latest videos for the ongoing progress. Thanks for watching! 👍 Much Love, AMN😊♥️🤝

I'm so sorry for what you are going through. You are not watched well right? Everything is clear in there Step-by-step procedure all you have to do is just repeat after me. Read the comments below it helped a lot of people. Here I will not gonna post anything to fool anyone but fools always think their way that is not my problem, that's theirs I can't do anything about that but I'm always here to help you. If you watched the video carefully and you followed the instructions as per my video you will get the same output as what I have shown. if you don't, then you did something wrong but no issue we can fix that. If you have any issues with this build Explain your situation I'm always here to help you. We are just a word far. don't judge a book by its cover Fools are always fools. Next time, think before you throw words. Thank you. Regards, Aneeshmurali

Sorry I can't understand Hindi 😔

@@Ciiads take translation

​@@MalluTrollen2024 The person going by the handle designerpotplanter7555, who is complaining about the video host not using Indian English, ought to take note of your comment.😀 @designerpotplanter7555, इस वीडियो के सावधानीपूर्वक चयनित वीडियो प्रतिलिपि को Microsoft या Google अनुवाद में नकल करें, और आप वीडियो में उल्लिखित हर एक चीज़ को समझ सकेंगे, सहित ही इसमें प्रयुक्त इलेक्ट्रॉनिक घटकों और उनके मूल्यों को। (कुछ तो दुनिया ही चमक जाएगी, ना?) 😇

Nothing is impossible if we work for it. Nothing is easy until we master it. Give it a try. Regards, AMN.🙌😊

@Ciiads thanks cii I know that I'm asking your expertise do you think it would be easily put together

It's not a one-word question, we have to experiment and develop some sort of design for that. Where did you get a 10Mhz piezo? Have you found any driver for it?