Film Capacitors
Film capacitors are one of the most widely used capacitor types due to their relatively low cost, high efficiency, long service life and stable performance over a wide variety of operating conditions. The BFC236753472 is a film capacitor from a range of film capacitors designed for high-power automotive applications. It is designed to reduce electrical noise, improve transient stability, and increase electrical life.
Application Field
The BFC236753472 is a high power film capacitor designed for automotive applications. It has a high thermal dissipation, high efficiency and low ESR and can be used in a wide range of automotive applications such as engine ignition systems, audio systems, fuel pumps, windshield wipers, car airbag systems, cabin air conditioning systems, power steering systems, and more. The BFC236753472 is also suitable for other high-power applications such as refrigerators, air conditioners, light-duty motors, lighting, and other commercial and industrial applications.
Working Principle
The BFC236753472 film capacitor is a high-power capacitor that utilizes a polyethylene dielectric (PE). The capacitor\'s PE films are cut in a spiral pattern to maximize its surface area and capacitance per unit volume. The outer casing of the capacitor is also made of a special material to provide enhanced protection and heat dissipation. The BFC236753472 can withstand a high peak surge and has excellent dielectric absorption characteristics. Its capacitance value is unaffected by temperatures up to 105°C and has a high self-healing ability. The capacitor works by storing electrical energy as a result of electric charge being placed on its electrodes. It is then able to slowly discharge that energy over time.
Conclusion
The BFC236753472 is a high-power film capacitor designed for automotive applications. It is highly efficient and has a high thermal dissipation capability. Its PE dielectric is cut in a spiral pattern to maximize capacitance per unit volume and it is protected by a special casing to ensure maximum protection and heat dissipation. The capacitor has excellent dielectric absorption characteristics and can withstand a high peak surge. It is able to store electrical energy and slowly discharge it over time.