Top 6 Electronic Project Using 5mm RGB Led Z44N LDR Relay BC547 & More Eletronic Components

Top 6 Electronic Project Using 5mm RGB Led Z44N LDR Relay BC547 & More Eletronic Components
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Top 4 Electronic Project Using BC547 CD4017 IC 3mm Led Diode Bridge & More Eletronic Components
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Top 4 Electronic Project Using BC547 Diode Bridge 12v Relay 12v Battery & More Eletronic Components
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Top 3 Electronic Project Using NE555 IC CD4017 IC BC547 12v Battery & More Eletronic Components
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Top 3 Electronic Project Using IRFZ44N BC547 12v Relay 12v Battery & More Eletronic Components
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Top 4 Electronic Project Using BC547 RGB 12v LED 12v Battery 12v Relay & More Eletronic Components
• Top 4 Electronic Proje...
Top 4 Electronic Project Using 12v LED 12v Battery 12v Relay BC547 & More Eletronic Components
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Top 3 Electronic Project Using Neon Bulb CD4017 555 IC Battery & More Eletronic Components
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Top 4 Electronic Project Using Diode Bridge PF105j BC547 BD139 & More Eletronic Components
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Top 3 Electronic Project Using 12v Relay 12v Supply BC547 BD139 & More Eletronic Components
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Top 4 Electronic Project Using BC547 BT136 10w LED 12v Battery & More Eletronic Components
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Top 4 Electronic Project Using BC547 Z44N Thermistor 12v DC Fan & More Eletronic Components
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Top 3 Electronic Project Using RGB LED'S CD4017 IC BC547 & More Eletronic Components
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Top 3 Electronic Project Using PF104j 555 IC BC547 & More Eletronic Components
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Top 3 Electronic Project Using Multi Colour LED Bulb, BC547 & More Eletronic Components
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Top 4 Electronic Project Using 5MM RGB LED's BC547 Transformer & More Eletronic Components
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Top 3 Electronic Project Using BC547 Diode 10W LED & More Eletronic Components
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Top 4 Electronic Project Using 555 IC BC547 Relay Battery & More Eletronic Components
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Top 5 Electronic Project Using BC547 Z44N IR Photodiode 12v LED & More Eletronic Components
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Top 4 Electronic Project Using 12v LED Relay BC547 & More Eletronic Components
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Top 4 Electronic Project Using BC547 Thermister Resistor & More Eletronic Components
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Top 4 Electronic Project Using BC547 CD4060 IC Diode & More Eletronic Components
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Top 4 Electronic Project Using 555 IC 5MM Leds BC547 Transistor & More Eletronic Components
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Top 4 Electronic Project Using 5MM RGB LED BC547 Transistor & More Eletronic Components
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Top 4 Electronic Project Using 5MM LED BC547 Transistor & More Eletronic Components
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Top 2 Electronic Project Using CD4017 NE555 IC BC547 Transistor & More Eletronic Components
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Top 3 Electronic Project Using BC547 5MM LED Capacitor Resistor & More Eletronic Components
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Top 4 Electronic Project Using Relay BC547 Diode Battery & More Eletronic Components
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Top 4 Electronic Project Using BC547 Relay diode & More Eletronic Components
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Top 4 Electronic Project Using BC547 BD139 Transistor Diode Capacitor & More Eletronic Components
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Top 2 Electronic Project Using BC547 Diode Capacitor & More Eletronic Components
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Top 4 Electronic Project Using CD4017 BC547 TIP41C & More Eletronic Components
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Top 2 Electronic Project Using BC547 LED 5MM & More Eletronic Components
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Top 3 Electronic Project Using BC547 Battery & More Eletronic Components
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Top 4 ELECTRONICS PROJECTS Using BC547 Tip41c PC817 Thermister Relay & More Eletronic Components
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Top 4 ELECTRONICS PROJECTS Using BC547 TIP41C 12v LED Capacitor Resistor & More Eletronic Components
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Top 4 ELECTRONICS PROJECTS Using BC547 555 IC RGB LED & More Eletronic Components
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Top 3 ELECTRONICS PROJECTS Using BC547 Relay 555 IC & More Eletronic Components
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#Technical Creative Channel
Electronic Project,
BC547 Transistor,
12v LED Lights,
Resistor,
Eletronic Components,
Top 4 Electronic Project,
12v battery,
capacitor,
5mm LED,
3.7v battery,
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[@eugenegrebionkin]

Advice for newbies - NEVER REPEAT THESE! Using mains voltage directly is extremely dangerous. Always use galvanic separation from mains - e.g. transformers

[@Ev-wj3lm]

THANK YOU! Such a shame that these videos are permitted, these are real death traps. There are so many excellent EE channels and they chose to watch some Indian who are as clueless as them

[@tony4624]

I took up basic electronics as a hobby about 2 years ago. My hobbies are things I enjoy...and getting electrocuted by a mains supply is NOT something I'd enjoy. All of my electronics tinkering is firmly low-voltage :)

[@kronos1999]

@@Ev-wj3lm can you suggest some good channels?

[@adrpvmatlggs]

@@Ev-wj3lm yes true but still there are many good indian tech channels right?so why you are teasing indian?

[@mdrashid3822]

Ek bar decklo kzbin.info/www/bejne/onecdZyKqKyYn7c

[@franciscocaninde638]

Show de bola aprendo muito

[@Iceice69420]

At the first one , you can use a 12volt adapter rather than using transformerless adapter that shown in the video. it equals 12v because the led is connected using series and they use 4 meaning 1 led = 3v, 3 x 4 = 12 meaning it can powered by a car battery and also an adapter. I'd recommend you all to use the 12v adapter

[@alexkirlian]

Mesmo assim, seria necessário um resistor de valor baixo, de 47 ou 100 ohms em série. Ou ligar 5 LEDs em série, no lugar de 4.

[@GRAHAMAUS]

@1:25, that resistor is dissipating .85W, meaning it is seriously overloaded. It's a dangerous circuit -- never connect stuff directly to the mains.

[@Ev-wj3lm]

don’t understand how such videos are permitted, look at the numbers of clueless people in the comments… It is a death trap

[@Scubado199]

@@Ev-wj3lm Most DEFINITELY agree, one would need an electron microscope to see the size of their brain.

[@jaimemoisesmonteirojmtecno5553]

Boa sorte mano foi bom ver

[@AMC212]

Makasih banyak ya, dah bagi bagi ilmu

[@MONTIR_KW_Channel]

Thank you for sharing

[@mutiaraofficial]

Terimakasih boskiu semoga bermanfaat aminnnn

[@ayahsadam9817]

Nice sharing

[@sathyamurthy.]

👏, good presentation

[@listrikeksperimen353]

Mantap karya wow karyawow

[@amisingaboro1050]

Terima kasih bang,tutorialnya sangat berguna.semangat....

[@PanglimaPejuang]

Berbahaya itu om, dia demo nya langsung ke listrik PLN, bisa kesetrum,bisa terbakar pula , harus pakai Trafo untuk menurunkan tegangan 🙏🏻😀

[@maquetejorgeserraojo6408]

gostei das demostrações

[@tipsilmuteknik]

thank you for sharing

[@user-kz4pe5nd1f]

احسنت ستاذ 🌺🙋‍♂️💕❣️💖👏🌷🥀💐🌹

[@mandirimotorst5847]

👍👍👍👍👍

[@mdkaucher6598]

ভাইয়া আপনাকে ধন্যবাদ আমি কিছু শিখতে পেরেছি।

[@wildzoneyt50]

Really I saw this without skipping I like Electrical Skills And I'm doing E.E ❤️ from WB(IND)

[@Ev-wj3lm]

You’re doing EE and watching such shit?

[@sangtaobuzz]

Tuyệt vời quá bạn ah, đã bấm đăng ký kênh bạn.

[@inspirasichannels7178]

Bagus sekali untuk di buat di rumah y om

[@perwestermark8920]

People who do not know electronics would get more use out of the video if you describe what the circuits does. Without understanding how a LED functions, it isn't obvious how the voltage divider functions to allow the LEDs to be powered from mains. And neither is it obvious to a beginner how the capacitor charge/discharge is used to control the transistor to create a simple timer light. How the switch can charge the capacitor and that the transisyor turns off when the capacitor has been discharged through the resistor. A beginner would also not understand that R*C affects how long the lamp will be on, and that a bigger resistor makes the discharge slower. Or a larger capacitor means more energy to discharge. So either component can be changed to change the time.

[@Ev-wj3lm]

People who are interested in EE should watch real channels (there are so many excellent ones!) and not these clueless indian ones. They do extremely sketchy and dangerous stuff. Of course they couldn’t explain! These exposed live wires are a death trap for any inexperienced beginner

[@Scubado199]

@@Ev-wj3lm Could not agree MORE!

[@faisal5370526]

Good sharing i like your video 👉👍👍👍👍👍👍👍👍

[@mandirimotorst5847]

👍👍👍👍👍👍👍💟

[@Bandicoot803]

1:32 - This circuit looks similar to the voltage doubler where you replace two diodes with DC capacitors. I got some 30V DC out of a toroidal 11V 4A transformer by using 25V 1000µF capacitors.

[@imunkown6365]

How many terminals do Your transformer have? 2-3?

[@Bandicoot803]

@@imunkown6365 It's a 2-terminal-output transformer.

[@extre4mPK]

its a middle-point 2 diodes rectifier with 1 active coil in any time what produces 14v as part in full bridge rectifier what produces 28v with 2 serial connection active coils in any time

[@mdrashid3822]

Ek bar Deck lo kzbin.info/www/bejne/onecdZyKqKyYn7c

[@cryzz0n]

Muita criatividade

[@YantoKriwilMiri]

Thanks for the tutorial

[@extre4mPK]

4:24 gate in air, can turn off from any wind blow or air discharge, better use trigger scheme or thyristor scheme or attach gate to + and - by depletion mode transistor or other voltage controlled dynamic resistors like tunnel diodes(will keep gate charge because current bigger on element what have lower voltage)

[@ppmedia952]

@,,

[@ppmedia952]

,

[@ErsinFahredin]

Nice Tutorial, thanks!

[@alifm9240]

Good job master 👍👍👍

[@studionada1397]

Luar biasa....

[@garipsmile]

❤❤❤❤

[@Bianchi77]

Nice video clip, keep it up, thank you for sharing it :)

[@franciscodeassisrodriguesa3865]

Legal vou fazer um desse, quero aprender a fazer assim brincando.

[@ShandiWan-zh7qs]

Mantap jadi kedip kayak lampu sein mas y.

[@CITY_SPECTER]

Please add a short description of what each circuit does so others who don't know what's going on can understand... other than that great video I liked and subbed to you 🔥🔥

[@Ev-wj3lm]

He doesn’t know either. This thing is not only poorly designed, it is a death trap for anyone. I don’t understand how it’s permitted

[@Scubado199]

@@Ev-wj3lm I agree.

[@mariobitz]

@@Ev-wj3lm Hey...It is the classic voltage doubler. It is a very old circuit.

[@okhamradio]

Good job guys!

[@cuqubako]

Ya ese invento yo lo había hecho primero que tu y funciona por la descarga del condensador que mientras este con carga mantiene al transistor abierto y el tiempo de encendido depende del microfaradiaje del filtro.😀

[@luiswicho5301]

Así es carga y descarga.👍🏻

[@mamikponorogo2843]

Kreatifitas hebat 👍👍👍

[@Sonikumarivlog6.M]

Nice

[@user-zu8oh7dt9b]

Thanks for your

[@Dkrange87]

nice

[@wolfgangboettcher3126]

Sehr informativ und standhaft

[@apnamultitech786]

I like ur good idea,thanks

[@kreatifikutan]

Good, thanks master 🙏🙏

[@garipsmile]

❤❤❤❤

[@minhnhat20229]

Hay đấy, đã bấm đăng ký kênh

[@redelectron8575]

AC Like DC😍

[@mandirimotorst5847]

Hadir ............

[@drcowan3468]

"I think I need to calculate the proper series resistor for this LED," said nobody ever...

[@redmist4963]

You just have to believe

[@herrizendmusic8711]

Mantap boss👍👍👍👍👍

[@JKWazTv]

Mashallah Sundar

[@alexjoon3215]

Well done😊cute

[@ubaicreative86]

Nice...👍👍👍👍

[@Dafitkreator]

Mantap. Menginspirasi..

[@KreatifIdea]

Hebat..

[@ngelanturngawurchannel5465]

Nice 👍👍

[@jeyhazieldiazgonzalez7575]

Me gusta mucho el primer circuito que hizo Me gustaría que hiciera uno que se pueda conectar a una fuente de alimentación de CC de 12V

[@realisaarnido1383]

Bc

[@user-uj3zf1xx4e]

Perfect 🥰

[@mandirimotorst5847]

👍👍👍👍👍👍

[@wifaproduction]

I like this

[@Mahesaparabolacctv]

this is a creative idea, great friend

[@dilangit6705]

Mantap

[@mandirimotorst5847]

😎😎😎😎😎

[@christianespitia1]

Genial mr

[@binyaminsheikhoo4383]

weldone

[@santiagopaz369]

Muy buenos tus videos mi estimado amigo y pregunto, entre ésos videos tendrás uno de cómo hacer un tipo de switch táctil para auto? De ser así me podrías enviar el enlace porfavor? 🙏 Te lo agradecería mucho, saludos...

[@energychannel2848]

Semangat semua

[@tukangrame]

be careful for number 1 because it looks like there is a large voltage. for display it is rather dangerous out of reach of children

[@paularboladura3137]

Use for lighthouse miniature project

[@cengocengo562]

Kardeşim eğer sen sayaç durduran bir sistem yaparsan ( gaz-elektrik -su gibi ) on numara damasın demektir o zaman derim ki sen bu işi biliyorsun :D

[@deafmonk24]

project 4, the blinking light. did it blew up like electroboom 's did? what it is, the compactor he used expanded and blew up, used a red led light with compactor

[@janmarboen8057]

Mantap 👍👍

[@pubshahghighlights.3169]

Bro I am fallo for all videos. Nice video

[@mandirimotorst5847]

👍👍👍👍👍👍👍

[@gregmantalaba3610]

Good job sir

[@saericreative9139]

Josssssssssss. Mas bro

[@hawrejj9170]

Thank you

[@mitulkhan6943]

Excellent work

[@garipsmile]

❤❤❤ #smailcrazyindia

[@electrictechnicals]

Amazing

[@dz-abouttechnique1849]

Nice video! 👍

[@badboy-iz2qo]

Duniya ka best video 👍 kzbin.info/www/bejne/nKSvloVmh9xnfqM

[@TN_Electric]

very good thank for sharing

[@acnelectric]

Konten bagus menarik

[@afifwae7740]

😱Good and interesting content. Thank you for inspiring me😍

[@atullighthouse443]

Great info

[@vdsmade]

super ideas👽👍

[@dedemitjaranan1687]

Wow amazing...

[@antoniosantos7438]

Posso fazer com mais led

[@akutokun7498]

perfecto

[@user-yj2si6ej7v]

25 против 250V сомнваюсь, 4 диода по 3В =12в / 220В =⚡

[@ANTONHARTONO]

Mantap 👍

[@s__gaming1929]

🔥🔥

[@Technicalhackig]

Thanks 🎉🎉❤❤ you're greatest ❤️ low costly electronics master😊😊namaste 👍

[@shopnilkishor6856]

So nice

[@5885ronny]

Geil danke dir ich bastle auch viel 🤗👍

[@pcbland7850]

Good job my friend keep it up ❤❤❤❤❤❤

[@camelectronic6630]

Good job bro

[@mandirimotorst5847]

👍👍👍👍👍👍

[@gafurjabborov9524]

Способ понравился ваш видио Нада зделит получится или нет спасибо большое за видео класний.

[@Sukamtoragilpatimuan]

Mantap banget nih

[@govindbhaimena7630]

भाई आप तो सब से अलग हो।

[@idekuae8949]

Amazing....

[@jafaromidi5652]

عالی

[@JaiminP]

You don't even lied in thumbnail. Selute bro !!!!!

[@eitantal726]

Better title: "Projects to do when you don't value your life all that much"

[@Scubado199]

A GREAT description.

[@abbsm3300]

Nice idea continues bro 😊

[@DerHamborger]

The point is, that there is no shop anymore, where I can buy these parts. All I know is Pusterla in Zürich which is 800 km from my hometown.

[@anushkasrimal7764]

Is 1st one dangerous

[@Red-um3uj]

In first RGB light experiment can use white light for old damged led light , maximum how 5 mm led can use in this circuit

[@kjm-ch7jc]

A spoken word is worth more than silence.

[@electrictechnicals]

Yes