BFC241901602

Film Capacitors

Film capacitors (also known as plastic film capacitors or polymer film capacitors) are capacitors which uses a thin plastic film as a dielectric. Such capacitors are constructed by winding a film of plastic (polypropylene) around a cylindrical core, which serves the purpose of a spacer between the metal electrodes. Due to their construction, they are considered miniaturized versions of a capacitor form that was used in the past. However, these capacitors have several advantages over traditional capacitors, including lower losses, better frequency response, and improved stability.

BFC241901602 Application Field and Working Principle

BFC241901602 is a kind of Polypropylene Film Capacitors, which has good electrical characteristics, leakage performance and self-healing characteristics, making it an ideal choice for use in a wide range of applications. The application fields of BFC241901602 are such as: signal processing, high frequency power supply, high density motor drive, medical equipment, dimming and stabilizing power, general DC power supplies, UPS power, etc.

The working principle of the BFC241901602 film capacitor is quite simple. It utilizes the dielectric property of the plastic film, which is sandwiched between two metallic plates. As current flows through the capacitors, the plastic film stores the energy, forming a potential difference between the two plates. This creates and maintains a stable electrical current in the circuit.

The BFC241901602 series of Polypropylene Film Capacitors offers excellent performance in various harsh environments. The exceptional self-healing properties of this kind of capacitor makes it ideal for installation in harsh environment and its excellent temperature characteristics make it an ideal choice for applications involving voltage or power flow control and protection.

The BFC241901602 series of Polypropylene Film Capacitors is designed for large capacitance values which provide excellent electrical control, excellent leakage performance, impedance and frequency response. Their wide operating temperature range make them ideal for a number of different applications.