Capacitors - How Capacitors Work - Charging and Discharging - Capacitor Types

In this video + animation we will introduce you to a basic electrical component called "Capacitor". To explain the basics of a capacitor we will start with how it is constructed (conductive plates, dielectrics, anode, cathode, terminals, etc.). Then we will go through the physics of a capacitor. Also, we will cover few important basic equations. Finally, we will talk about different types of capacitors and some of their applications. If you enjoy this video, please don’t forget to hit the like and subscribe button to our channel for more upcoming videos.

The different type of capacitors we will cover in this video are:
1. Ceramic Disc Capacitor
2. SMD Ceramic Capacitor
3. Electrolytic Capacitor
4.Tantalum Capacitor

@CAEPlus Channel

[deang]

This is the best video I have seen in capacitors on YouTube, you actually included some formulae which is good.

But sadly, this video only treats capacitors as charge storage devices and they are far more than that.

You have omitted formula on the reactance of the capacitor, and also on the charging/discharging curve, though you did depict it graphically.

No video ever covers the reactance formula, and accordingly no video describes the operation of the capacitor in filtering, which is serious immission to the electronics amateurs who are wanting to genuinely learn about electronics.

[uttkarshbs]

Hey your narration is amazing and the way you explained was excellent :D. Tysm

[paryafathollahzadeh]

Very useful information, please make more videos like this.👍

[mohammadsabzi]

Awesome. Thanks for providing this useful animation

[abbadsa]

Add capacitor's name when talking about each type. see time 4:48 as example.

[leonardoindico]

Smooth explanation is better, ur like in hurry sir. But thank u for ur expertise

[patrickjensen]

Please place me on your do not call list

[gerardsagliocca]

The speaker talks a bit too fast ! Also his speaking style seems stilted. He needs to make changes or get someone else.