How AC is turned to DC! EASY! (Rectifiers): Electronics Basics 7

Hey thank you so much for the information. Just started into electronics a month ago. Have gotten deep into it and just made my first circuit on a bread board modelled after the circuit you made here and this program you introduced me to to figure different values for my ac transformer that stepped my voltage down to 14v. It took a good amount of figuring out. But very happy with my first successful circuit

that was fantastic, thank you, but I still don't know why my meter shows 44 AC volts on 120 Volts rectifier. Shouldn't there be only DC voltage?
Thanks

It’s not a dumb single diode rectifier, its a FULL BRIDGE

😮Вот теперь наконец я вижу,как это чудо живёт 😮😮!!!!!👍👍👍💰💰💰💰🤚✋

Whats the software he's using?

Even though the current has changed to a direct flow, that direct flow is not consistent, its slowing down everytime the ac changes direction so that DC is not maintaining a constant flow, its going fast then slowing down then fast again so the led's are going bright then dim then bright then dim, how do you prevent that dc current from slowing down ?? How do you make it a constant speed to keep the led lights bright all the time ?

Good demo, but I think that if you'd laid out the diodes in their typical diamond layout it would be easier for people to visualise.

Hi kindly tell the software you are using for simulation.

Tytyty! I'm currently a new student studying Industrial Machining Controls! I absolutely love the simple explanation!!!!

But one thing that I don't get is the second junction (the one left to the trio of LEDs); When electrons go, they're being forced to go through one direction by the diode, that's pretty clear. However that second junction (in purple) leads to two LEDs pointing THE SAME DIRECTION - so how do electrons know which track to take in order to complete the circuit? There's no diode on the way back forcing them to take any direction.

Beautiful explanation 🙏🏻

Fantastic! I never knew how this works and now I do!

what software is this?

In this video the electricity passes through the diodes in the opposite direction than in the Basics 6 video, why?

What. App is this sir?

Interesting
Thanks a lot

Intressting animation

I've noticed you're not consistent in your circuits with electron current vs. conventional current. However, in the case of this AC circuit, you should be telling everyone you're choosing the rectified current to appear as conventional. Your comments about how the electrons are flowing was in error because you set up the simulation to show conventional current flow. Please redo this video.

What is that on the extreme left of the circuit?

hey it is a really useful video. can someone please tell me what is the name of the program that used to implement the circuit ?

Why do you need a capacitor?

Can anyone please tell what is that software he uses to demonstrate the circuits

Hello! This lecture helped me so much since I’m taking electronics engineering. May I ask what software did you used in this demonstration?

Easy to understand. Thanks. Peak content.

Software name please?

I’m distracted in this video by the orientation of the diode symbols. In the previous video I noticed that the diode symbol looks like an arrow that is stopped by a line. In that previous video, when the diode was arranged that way the current stopped. Now it seems the convention has changed. I understand that the current flow and the electron flow can sort of be interchangeable in theory, but having that concrete model now flipped around is making it hard for me to follow this. Imma keep watching, though…

What program did you use for this? And is it free?

👍👍👍🌹🌹🌹

Nt

So how would you make an AC to DC rectifier without diodes?

Thanks a lot bro, i was always wondering how does diode convert ac into dc

What is the used Software in this video ?
And i need your recommendation to the best Electrical/Electronic Circuits simulation softwares you had used please 🙏🏼

This was great but why wouldn’t the current flow through the two middle diodes on its way back to the source when the current is moving clockwise? (Source to resistor direction)
Is it like a path of least resistance thing?

Also what is the component on the right?

What program are you using to show your work?

When the current switches to the second path, don’t the LED’s burn up because it’s now going through the resistor at the end and not the beginning of the flow?

The video helped me so much!!

I'm confused or the electrons are moving in the same direction as the current? @SimplyElectronics

Light bulb just went off in my head. What a great visual demonstration.

Can i ask what application you are using for this video?

hey, can you tell me which software are u using

Sir,, you are the best. I have been always wondereded about how rectifiers works essentially.

What happened to the sin wave after it went through the resistor? Why did it disappear?

Creative video, thanks :)

Hi sir. im interested to build this circuit to hardware, But i would like to know the diode selection, really appreciated if u can advise me. Thanks in advance.

is what your explaining a bridge rectifer?

What are those green arrows that seem to me point in the wrong direction? I ask because, why is this not a shorted circuit? There are multiple paths for electrons to flow, obviously. This multiple path circuit is intended to transform the alternating current to direct. But why doesn't this multiple path circuit cause a short? It must have something to do with how a diode works, and why you have those unexplained green arrows in the animation. I get a diode can flow electrons in only one direction, having two diodes connected and oriented in the same direction should still allow a flow. Can you or SOMEONE please clarify this. This circuitry is a real mystery to me. This animated circuit doesn't contain a battery, but many other circuit animations do. This means to my small brain there are two sources of power, this for me doubles the mystery of the rectifying circuitry. Are diodes magic?

What would happen if instead of AC you fed the circuit DC?

Good plan and display, but poor implementation. Your pointer, I guess, was invisible to me, the learner. Thanks for trying.

best

studying military weapons systems in ait thank you for your explanation