How To Convert DC to AC | Direct current Inverting | 3D Animation

#dctoacinverter converter #dctoac #directcurrent #alternating_current #electronic
In this video, we'll be discussing how to convert DC to AC. We'll be using a 3D animation to illustrate the concepts.
If you're ever in a situation where you need to convert DC to AC, then this video is for you! By the end of this video, you'll be able to understand how to rectify DC, and use this knowledge to solve practical problems. So make sure to watch it!
There are two forms of electricity - alternating current (AC) and direct current (DC).
DC is a linear type of electrical current - it moves in a straight line/flows in one direction. This current moves from the positive pole to the negative pole, while electrons produce electricity while moving from negative to positive.
For DC, the positive and negative poles always remain the same.
AC is a current that constantly changes its flow between positive and negative terminals. This means that electrons also change their flow, following the negative to positive end as the polarity changes.
The speed at which AC changes polarity and completes several cycles in one second is called frequency, and it is measured in Hertz (Hz).
the conversion of DC voltage to AC voltage is a common problem. In any circuit, we can observe that if we design a circuit that takes the AC input and gives DC output. But, if we want to change the circuit from DC to AC, a DC to AC converter circuit is used. The inverter (converter) is frequently required in the circuits like where DC to AC conversion is not possible. So, an inverter circuit is employed for converting the DC to AC converter.
PS : Dear friends, the ammeter connection shown in this video is totally misleading. You should connect an ammeter in series manner with the circuit, I was completely messed that up. But it will not affect the core idea of how to convert DC to AC. Ill upload the corrected videos ASAP.
This video is created by : Shanilka Ariyarathne
This animation is created using Blender 3.1 :
You can download this awesome opensource 3D designing software
Link : www.blender.org

[@Profmad]

Dear friends, the ammeter connection shown in this video is totally misleading. You should connect an ammeter in series manner with the circuit, I was completely messed that up. But it will not affect the core idea of how to convert DC to AC. Ill upload the corrected videos ASAP.

[@NightWear21]

Been studying electronics for about a decade on and off. The good thing is, things haven't changed much. Sure, we have better memory and faster more complex chips. but the gist of it hasn't changed in hundreds of yrs. I still find myself exploring diode functions, resistor functions, ect ect. Well made video. Thx.

[@NickDude69]

We need more people like this. This is a helpful instruction. I am 12 and my father is an electric engineerer and we are both very intimated.

[@asifqayum8923]

Superb 👍👍👍

[@Ghoost73]

Hello!

[@drtnrao57]

Good video thanks.

[@anjuntaneo9691]

Your videos make our life easier. Thanks.

[@ritikroy4806]

Osammm hy

[@aliazzahid6311]

Nice presentation sir. Looking forward to enjoying upcoming videos.

[@John-zz5gt]

Excellent

[@Nyck461]

Great video. Very easy to understand.

[@berryj.greene7090]

Well that Ammeter really ought to be a voltmeter. The snag is that we want to use the terms "Alternating" and "Direct" Current. It always seems worth the while to show the origin of this with a magnet spinning near a coil. The speed of the motion gives the frequency. Its the voltage output polarity and extent of it during the cycle that is so informative. So is the notion that without the changes it won't work! Now with that done we can move on to describe that in basic circuits - say lamps and heaters - it won't matter. Then we have the spin off that is induction which allows us to step the voltage up or down (transform) and is is so useful. NOW we can embrace conversion from ac to DC and vice-versa.

[@rahulmenon12]

Thank You! You have no idea how much that helped.

[@sumitnsinha]

Wow. Great explanation. It clarified how few electronic devices work.

[@hsbrar1313]

👍 Good Job

[@jagc1969]

Great video ! Well explained, easy to understand... Very good job. I have subscribed to your channel.

[@vizender]

If you wanted to have a better sin wave you could use capacitors or inductors that will smooth the wave form to more closely match those of a sin wave

[@Mohammed-ef6ee]

So good

[@janicebeamon4785]

This was very interesting and informative.

[@jordansrivastav19]

What a perfect explanation 💖✨