BFC237964623

Film Capacitors

BFC237964623 application field and working principle can be divided into three types, very thin, normal and thick. Very thin type are used in areas such as vacuum chambers, televisions, cameras, and microscopes; normal used are mainly in electronic control systems, computers, elevators, instruments, and domestic appliances; thick type are mainly used in ships, aircraft, locomotives, etc.

BFC237964623 uses a special high resistance thin film made of aluminum oxide or polytetrafluoroethylene to combine the dielectric materials and electrodes, and has high resistance performance and high reliability. The working principle of the film capacitor is that the process of forming an insulating film and an electrode on the surface of the film is completed. When using direct current, the active thin film is charged, and the film is insulated and the electricity is stored.

The film capacitor has the characteristics of small volume, large capacitance and wide use temperature. It has a long life, up to hundreds of thousands of hours, or even higher, and has a high contact reliability. It has good heat resistance and can work in a high temperature environment.

BFC237964623 film capacitors have many advantages over other capacitors. Due to its strong insulation capability, its wide temperature range is much larger than other capacitors. It has high reliability, long working life and low power consumption. The low noise effect also makes its applications more extensive. Furthermore, these capacitors have strong vibration and collision resistance, making them suitable for a wide range of applications.

In conclusion, BFC237964623 application field and working principle are mainly three types: very thin, normal and thick. It uses a special high resistance thin film to combine the dielectric material and electrode, and has many advantages, such as small volume, large capacitance, wide use temperature, high contact reliability, long working life, low power consumption, low noise effect, good heat resistance, vibration and collision resistance, and so on. It can be widely used in many areas, such as vacuum chambers, televisions, cameras, microscopes, electronic control systems, computers, elevators, instruments, domestic appliances, ships, aircraft, locomotives, etc.