BFC236747104

Film Capacitors

A film capacitor, also known as a plastic-film capacitor or polyester capacitor, is a type of electrical capacitors, used for a wide range of electrical applications. Film capacitors that use polyester, polypropylene, and other plastic films, as their dielectric, are more efficient and durable than traditional paper and electrolytic capacitors, and feature mico-pore expanded dielectrics, allowing higher capacitance values and better stability over time and temperature.

BFC236747104 Application Field and Working Principle

The BFC236747104 is a type of plastic film capacitor designed for use in a variety of different electrical applications. Its main characteristics include high power capacity, stable performance, and high reliability. This type of capacitor is ideal for use in HID ballast, motor control circuits, audio power amplifiers, and other high-frequency or high-power circuits.

The BFC236747104 capacitor utilizes polypropylene film as its dielectric material, ensuring high reliability and durability over a wide range of temperatures and operating conditions. Its internal components are protected from electric field effects by a non-corrosive stainless steel shell. The capacitor features a radial design with an internal structure which allows for evenly distributed field flux. This design ensures that losses due to ineffective field flux are minimized while simultaneously providing stable electrical performance and a high power capacity.

The BFC236747104 capacitor has a wide range of applications. It is well suited for use in HID ballast, motor control circuits, audio power amplifiers, and other high-frequency or high-power circuits. It is also suitable for use in power supply circuits, signal couplings, DC blocking, power filter circuits, and surge suppression. Additionally, it can be used in switching power supplies, modulation, antiglare control, and rectifier circuits.

The working principle of the BFC236747104 capacitor is based upon the principle of capacitance. When a referenced voltage is applied to the capacitor, two conductive plates - the electrodes - are separated by a layer of insulation, or dielectric. The electric field generated within this dielectric force is stored within the capacitor. When electric charge is stored within the capacitor, a current is created which can facilitate a wide range of electrical applications.