Voltage Booster, Wireless power supply, Oscillator , transformer working.

joule thief circuit
wireless power supply
working principle of a transformer
oscillator
4 practical in one application.
The transformer uses a common oscillating magnetic circuit by connecting two or more electrical circuits together that are produced by the transformer itself. A transformer works on the principles of "electromagnetic induction" as a mutual induction. Mutual induction is the process by which a coil of wire magnetically induces a voltage in another closely located coil. Then we can say that transformers operate in the "magnetic domain", and transformers derive their name from the fact that they change one voltage or current level to another.
Mutual induction is the process by which a coil of wire magnetically induces a voltage in another closely located coil. Then we can say that transformers operate in the "magnetic domain", and transformers derive their name from the fact that they change one voltage or current level to another.
Transformers are able to increase or decrease the voltage and current of their supply without modifying its frequency or the amount of electricity transferred from one coil to another through the magnetic circuit.
A single-phase voltage converter basically consists of two electrical wire coils, one called “Primary Winding” and the other “Secondary Winding”. For this tutorial, we will define the “primary” side of the transformer as the side that normally draws current and the “secondary” as the side that normally draws current. In a single-phase voltage converter, the primary is usually the higher voltage side.
Notes:We use AC voltages and currents alternately in our homes and workplaces.
The AC supply can easily be generated at a convenient voltage, (hence the name transformer) converted to a much higher voltage and then distributed across the country and over much longer distances using national grids and cables.

[@hnayak5978]

Use multimeter to show in/out voltage would be great 👍

[@user-vx5ue5xd2r]

Bhai full radio banane wala video banao with full detail and cost effective

[@Fairytales809]

Excellent ❤

[@NarendraKumar-fh5xs]

Bhai mai bhi electricity se pyaar karta hu jaise aap😊❤❤

[@JoginderSingh-fn8qd]

Bhai please ek automatic solar street light banao😊😊

[@Intention907]

Love this project ❤

[@Munger_gamer_nishant]

Thanks bhaiya❤

[@LibPowerTech]

how to make FM High frequency antenna. Make video.

[@Editing-pro-lagent]

I love you bro❤❤❤❤❤❤❤😂

[@adito_600k]

Promotion Sponsership se related baat karni hai kese baat karu apse

[@OmPrakash-rr3jz]

Bhai ek circuit board banakar dikhana jiska output constant ho aur input voltage low/high hota rahega

[@ElectricDhamaka]

Tick hai

[@comedyscenes3310]

Bhai ek 10kw ka indcution bna sakte ho

[@comedyscenes3310]

Reply

[@tranisi99]

broo oscilloscope nahi oscillator ❤

[@ElectricDhamaka]

Thank you ❤️

[@user-ll2yw5bv3d]

👍🙏

[@Editing-pro-lagent]

I glow very bright 1.5v battery to 3v led

[@Elec5ronic_Îdiot]

How do we get ferrite core where we can find it

[@ElectricDhamaka]

inside wasted power supply

[@DILEEPKUMAR-pr2bk]

Kithna volt output?

[@Rakshit0021-m8f]

Bhaiya...1.2 v ki battery se highest kitna output nikal secte hah .. 5v /9v /12v/...eya Essay v jada ...?

[@ElectricDhamaka]

22v normally is circuit se. Ampere kam ho jata hai to kisi kam ka nahin rahata sirf multimeter per dikhane ka voltage rahata hai.

[@Rakshit0021-m8f]

@@ElectricDhamaka subko goru banata heh...😂😂 Iska matlab eya battery ko Ager high voltage ⚡ me convert karke use karne se battery ki Watt hours decrease hoh jaigi....🙄

[@adityanathani5395]

Can we use IRF44n transistor in Tesla coil

[@ElectricDhamaka]

💯 Yes

[@adityanathani5395]

In Tesla coil name any other transistor

[@ElectricDhamaka]

Any 2n3055

[@panavpasricha]

Bro lm386 radio please

[@ElectricDhamaka]

100%

[@analyse.100]

Dada, in put D.C and out put A.C or D.C🤔 ?

[@ElectricDhamaka]

AC output

[@rajdeepmaity2672]

Bhai tui ki bengali