Conseil utile: Use the electrolytic condenser as a non-polar condenser

 Conseil utile: Use the electrolytic condenser as a non-polar condenser

This short video deals with electrolytic capacitors, how they work and how they are made. And what happens when you use them in a wrong way.

Alternative titles for this video could also have been "SHOCKING - Electrolytic Capacitors", "Shocking news about electrolytic capacitors", "Electric engineers HATE this one trick", "You won't belive what happens with this capacitor!" or "What the capacitor industry does NOT want to show you." ;)

This video was meant as a thank you for 100 subscribers. But after the video shoot we got a boost, so thank you for more than 450 :)

In this video we look at the basic electrolytic capacitor, what it is, how it works, and how it should be used in electronic circuits. The video also covers the way an electrolytic capacitor is specified: its main specifications including value, tolerance, working voltage, ripple current and more.

The electrolytic capacitor, or more correctly the aluminum electrolytic capacitor or aluminum electrolytic capacitor, is one of the most popular types used in electronic circuits. The electrolytic capacitor is one of the major types used for values ​​above around 1 microfarad. It gains the name electrolytic capacitor from the fact that it uses an electrolyte.

We also take a look at where the electrolytic capacitor can be used in electronic circuits – positions where it is ideal for use and some electronic circuits where it is not so good. We take a look at the electrolytic capacitor characteristics, its advantages and disadvantages.

Sometimes aluminum electrolytic capacitors (aluminum electrolytic capacitors) have a bad name, so we look at its limitations and how it can be used to provide a long reliable and effective working life.

 Conseil utile: Use the electrolytic condenser as a non-polar condenser

This short video deals with electrolytic capacitors, how they work and how they are made. And what happens when you use them in a wrong way.

Alternative titles for this video could also have been "SHOCKING - Electrolytic Capacitors", "Shocking news about electrolytic capacitors", "Electric engineers HATE this one trick", "You won't belive what happens with this capacitor!" or "What the capacitor industry does NOT want to show you." ;)

This video was meant as a thank you for 100 subscribers. But after the video shoot we got a boost, so thank you for more than 450 :)

In this video we look at the basic electrolytic capacitor, what it is, how it works, and how it should be used in electronic circuits. The video also covers the way an electrolytic capacitor is specified: its main specifications including value, tolerance, working voltage, ripple current and more.

The electrolytic capacitor, or more correctly the aluminum electrolytic capacitor or aluminum electrolytic capacitor, is one of the most popular types used in electronic circuits. The electrolytic capacitor is one of the major types used for values ​​above around 1 microfarad. It gains the name electrolytic capacitor from the fact that it uses an electrolyte.

We also take a look at where the electrolytic capacitor can be used in electronic circuits – positions where it is ideal for use and some electronic circuits where it is not so good. We take a look at the electrolytic capacitor characteristics, its advantages and disadvantages.

Sometimes aluminum electrolytic capacitors (aluminum electrolytic capacitors) have a bad name, so we look at its limitations and how it can be used to provide a long reliable and effective working life.