BFC241906802

Film Capacitors

BFC241906802 is a film capacitor with excellent overload conditions. It is widely used in the power safety circuit of power systems, high quality audio circuits, and power switches. It is also used in various industrial protection circuits to meet the overload protection of power systems.

Application Field

BFC241906802 film capacitors are most commonly used in power safety circuits and electronic devices. They are an important component in various power electronics devices, such as diode rectifier bridge, power filter, power switch, rectifier filter, high-end audio device, electronic power supply, power inverter, etc. Because of its stable capacitance, good high frequency characteristics, wide temperature range, and low dissipation factor, the BFC241906802 has become an indispensable element in the current power electronic circuit.

Working Principle

BFC241906802 film capacitors are composed of a layer of metallic oxide film and two electrodes which are connected with each other. When connecting the two electrodes, a current will flow in the capacitance, and a voltage will form across the capacitance. As the capacitance increases and the voltage across the capacitance increases, the current through the capacitor will decrease. When the current is less than the capacitance, the voltage across the capacitance will be stable. This is the working principle of the BFC241906802 film capacitors.

In addition, the BFC241906802 capacitors have a high current capacity and low leakage current, which makes them suitable for high-end audio devices and power supplies. They also have excellent overload protection and can achieve overcurrent, undercurrent, and overvoltage protection.

Conclusion

In conclusion, BFC241906802 film capacitors are widely used in power electronic circuits due to their excellent characteristics. They can provide excellent overload protection and stable voltage levels. In addition, they also have good high frequency characteristics and low leakage current. Therefore, they can be considered as an ideal choice for various power electronic applications.