Capacitor Unit Converter, Capacitor Types, and Usage
Capacitor Converter
Value in nanofarads (nF): 0
Value in microfarads (µF): 0
Value in Farads (F): 0
A Capacitor is an electronic component or device that stores energy. that depends on the types of different dielectric materials. The capacitor is used in a large number of electronic circuits and electrical components. The Capacitor unit is a farad, also microfarad, and picofarad units are also used. It stored capacitance in it.
Types of Capacitors and their applications
It is divided into many types as per characteristics. We can categorize them according to their construction and are used in many devices.
You can understand it from its symbol. It contains two plate symbols with a dielectric between these plates. We differentiate capacitor types according to their working and manufacturing. e.g. Air capacitors, Paper capacitors, Mica capacitors, etc.
AC Capacitor
It has no Positive or Negative polarity; you can use it in any direction. The capacitor is used in AC and as well as in DC circuits. An AC circuit continuously charges and discharges, and charging time depends on frequency and voltage.
It is commonly used in electric motors, fans, and air conditioner units in every home. The usage of capacitors is to run the equipment and provide force like a battery boost. But if the value is not correct it could burn because of heat and overcurrent.
DC Capacitors
For the DC circuit, it charges gradually. After completion of its full charge, no further charging.
Capacitor formula for Capacitance
The capacitance of a capacitor is defined as coulomb per volt or farad. To calculate the value of capacitor capacitance, we need a capacitor calculation formula.
Capacitance C = Q/V
Capacitor Converter:
capacitor converter is very useful for electronic projects. It is a capacitance conversion calculator used to find different capacitance units. We can easily convert different values precisely, e.g.10nf to uf, 0.1uf to pf, or 0.1uf to nf just in seconds.