CB027E0223JBA

Film Capacitors

A film capacitor is an electronic device responsible for storing an electrical charge. The device works in similar fashion to a conventional capacitor but instead of using two metallic plates from a dielectric material, it is composed of two layers of dielectric film. This dielectric is made of a high-grade plastic similar to that found in vinyl records. This plastic is a good electrical insulator, ensuring the dielectric stays intact and allowing energy to be stored within the electrical dielectric field.

The CB027E0223JBA is a film capacitor from the CB series. It is a VDE listed polypropylene film capacitor designed for the use in line-by-pass and line-commutated applications. These types of capacitors can be used in AC and DC circuits. They have a very broad operating temperature range from -40 to 105°C and maximum rated voltage of 500V AC.

Working Principle: The mechanism behind the functioning of this type of capacitor is a dielectric film between two conductive electrodes. When a voltage is applied to the capacitor electrodes, the dielectric material is compressed forming an electric field that stores energy. This stored energy is then gradually released back into the circuit. The ability to store electrical energy make these type of capacitors extremely useful for regulating currents in electronic circuits.

The main application for the CB027E0223JBA is in line-by-pass and line-commutated applications. It can also be used for power supply and power factor correction circuits, as well as other high-voltage applications. Its high voltage rating and temperature tolerance makes it a perfect choice for these types of applications. Additionally, it is also used in the automotive industry for voltage stabilization in high voltage systems.

In conclusion, the CB027E0223JBA is a versatile film capacitor from the CB series. It features a high voltage rating and temperature tolerance which makes it ideal for a variety of applications such as line-by-pass and line-commutation, power supply and power factor correction circuits, as well as voltage stabilization for high-voltage automotive systems. It works in a similar fashion to a traditional capacitor but instead uses dielectric film in order to store energy.