Top 3 electronic projects
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- čas přidán 12. 09. 2024
- Hello friends, today in this video I've shown top 3 electronic projects.
4017 ic 1.5A adjustable voltage regulator
• IC4017 Adjustable Volt...
ULN2003 RGB led chaser
• ULN2003 ic Amazing RGB...
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Music used:-
Wario Mortals
• Warriyo - Mortals (fea...
Elektronomia - Sky High [NCS Release]
• Elektronomia - Sky Hig...
Music provided by Argofox: A Himitsu - Adventures • A Himitsu - Adventures...
1. Повышающий DC-DC преобразователь
2. Драйвер на сдвиговых регистрах и матрица на 8x8 пикселей. Картинка - единичная точка от таймера 555.
3. Тоже повышающий DC-DC до 12 вольт.
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@Tech Ideas
I like how you used a switch to simulate the switching in the joule thief manually before using a transistor.
Good project for students for making New gadgets
Super clear explanations, thank you!
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super
Nice job, thanks. For the first, can we use 18650 3.7 volt battery or do we need to change something?
Nice simple way to show the principles. Good work bro.
First project is just more efficient joule thief
I like that
i liked the second project which you done
в итоги в видео показаны 2 повышающих преобразователя
Get rid of the insane music, just the sound of your work is enough.
Soft Jazz...
5:12- для непросвящёных. Так, работал луч в кинескопе, "вырисовывая" на покрытии люминофора рисунок😉
Nice 👍
After connecting transistor the current increased💥And the led's illuminated by full power
Thats how voltage boosters work.The coils back emf significantly increases when circuit is opened . Providing much greater Voltage at output.
It works but for a very short time
Because is just one little battery and the capacity is not that big
Awesome and nice project brother keep it up like this 😊😍❤
Nice idea
Number 2 was amazing
Very nice 👍👍👍👍
The soldering a bottom of battery boils over the electrolit.
It would be far more interesting if you gave each of the two 4017 chips their own oscillator, and set them just out of sync.
The first one is really cool, but you kick the Battery out of existence cause of the current xD
Amazing creative
Very good, thank you 💐👍
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Great video, simple and useful!
Thank you
For the fan you can connect directly and it works
I see a lot of comments about how it all works, if you are not familiar with Capacitators, Diodes, Resistors or Transistors better stay away from any power sources. The basic explanations needs to be made to all including the basic schematics as he showed for each project, Capacitators are designed to temporary hold a certain voltage, they can be dangerous and explode by a back or overage of volts. Diodes are made usually tied in a 4 way route and they are made to make the electricity to flow in ---> one direction that is useful with a capacitator. Resistors are exactly as the name, the help slow and stabilize the flow of current, it works similar to a water dam, the water is stopped or slowed until it reaches the next point to increase the water flow, electricity works the same when a resistor is placed, at the next point or in front of it to say: send more volts to a light bulb to make it light. This is helpful to increase volts to your generated point without destabilizing Capacitators or Diodes, hope this is helpful to someone!👍👍👍 it's also wise to have a good multi-meter for accuracy of correct volts and amps, I test everything even when I have a schematic in place.
Were did you get that battery?! I haven't seen the 9 lives logo on an eveready battery since the carbon core batteries of the 1960's!! I am assuming that is a modern alkaline? Very retro. They don't look like that in the USA anymore.
Nice bro thank you for this idea👌👍
Thanks
Wellcom 😊😊
One niTe!
Saya suka videonya
Простые и интересные схемы!
1 и 3 по факту одинаковые. Оба джоуль воры в простонародье. А второй... ну тут скажу да, неплохо чел паяет, матрицу собрать достаточно нервная работа, но всёж не прям вау, даня крастер делал лед куб 10 на 10 на 10, т.е. 1000 светодиодов в форме куба с анимацией и играми.
Very nice 🎉😂
Very good video 👍
Son bastante faciles e interesantes, pero debes trabajar mucho en la presentacion de tus proyectos, en as soldaduras aun mas...
Por favor ¿Cuántas espiras tiene la bobina?
Please, how many turns does the coil have?
красава по падению напряжения
The first circuit demonstrates how a boost type of switch mode power supply works!
Hold on... A 12 volts LED works so well... I can has a pocket fitting 12V car horn with this configuration! >8 D
Very good project 👌👌👌👌
I noticed that conveniently when the 12v LED was connected to the last circuit demonstarted, the 1.5volt AA b attery was "conveniently" kept out of picture.
Nice video sir
Wowww!!! Good job.
Good job in what dude? soldering? He explains hardly anything...
Good ! Thanks !
Gr8 vdo but would be useful to know why each of the component is added to the circuit
Excellent bro😲😲😲
Nice
Merci 👍
Thanks
from where to get these IC
Supeer🖒🖒🖒
In the first project, the transistor don't needs resistor in the base?
Excellent 👌
I had once tried to make Voltage booster but it don't worked
Bro, now let's try this one
can it be done with other types of transistors ???
Bro can u show how to make homemade solder
good
What is the backup time of that 12V Led with single 1.5v pencil cell
Please, where are the REAL circuit ? with instructions ? with layout conections ? I really love your project and i really want to make one !
Hello , the principle is based on the "buck converte", which is widely used on motherboards to convert powers
Sis, if it's one IC, how do you use video no2
🙏
You should've ended the boost convertor series with the 34063 IC, one's an old, yet also a robust and somewhat more efficient way of making those :) Doesn't accept 1.5v on input though (yet many newer integrated boost convertors do).
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How much time have the battery Charge?
Good
Is the first project a Joule Thief Circuit?
can we input 9 v to this second circuit please reply
Project 3 me jo v components use kiye hai unka naam or kitna power ka hai bta dijiye please
Sorry but..What´s the big deal in charging a capacitor?
Op
Wait that's not a ferrite inductor... that's a iron powder one.
1,5 ------12V WOW!
Yes
Да это пиздец, сенсация прям...
@@fabianmof3001 0
Wrote me on wathsap +22890673110
The music is: mortals
🤣
Podrías explicar el segundo proyecto??
No entendiste
Hello , the principle is based on the "buck converter", which is widely used on motherboards to convert powers
@@Yoritomo3800 thanks
What's the name of devices plz mention it's.
Какой ток потребления от питания?
да работа шим контроллера клас
how long can the first scheme last?
Untuk kawat emailnya berapa lilitan ?
What determines the values of resistors and capacitor? Is there a formula or spec sheet?
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V nice 👌👌👌
What is the backup of this circuit ???
Bro how many turns in fast coil before feedback winding plz tell me
In fast project
Primary 30 turn with 20 turn feedback will work
@@TechIdeasAG bro copper wire size plz
Water heater rod ko remod control kesy baney sir plzz bata do
Awesome
Thanks
Aku mau benain lampu biar kedip. Mintak tipsnya
How to make text written ?
Without using arduino ..
inverter or joule thief?
Wire konse number ki hai??
Bro tell me one thing. Why ur 3v led couldn't blow at 21 v
Because the output current is limited
Sir please try to make a 2 ampere 3.7v to 5v boost converter circuit
(Nice circuit)³
Thanks
@@TechIdeasAG welcome 😉!
Amazing!
Nice!!
First commentator😊😊😊
Thanks
Well done 👌👌
What's the first project name ?
What's the name of this first song
You didn't show the circuit calculations. Detriment.
Mantap
where i can buy the parts ??
How much channel's you have?
How the 2,4V red led not blew up by the 20V boost convrter circuit?!
Because the current is too little
1.5 वाल्ट से जो फैन उसे किया है उसमें कॉपर wire का नंबर क्या है। प्लीज रिप्लाई
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