R75MI3220DQ30J

Film Capacitors

The R75MI3220DQ30J is a film capacitor that is an ideal choice in many applications, including power factor correction, motor run and lighting. The device features a fast charge/discharge rate and a low profile, which makes it suitable for high-density applications. The R75MI3220DQ30J also offers excellent performance and reliability in both low and high temperature applications.

Application Fields

The R75MI3220DQ30J is applicable in various fields. In power factor correction, film capacitors can reduce harmonic current distortion and voltage sags, ultimately improving the power factor. In motor run, film capacitors can reduce motor heating, increase motor efficiency and extend motor life by offering improved power protection. In lighting, film capacitors can help to increase light level and reduce power consumption, making them ideal for low power applications.

Working Principle

The R75MI3220DQ30J uses a polymer insulation structure. The polymer insulation structure consists of an inorganic dielectric sandwiched between two metal plates and two layers of insulation. The two layers of insulation make the device temperature resistant, and the high dielectric strength of the dielectric material provides a high capacitance value. Theelectrodes in the capacitor form a combination of electrodes surrounded by layers of insulation. This reduces the capacitance of the device, making it suitable for highpower applications. The capacitor is designed to maintain an equal charge throughout its life cycle and has good capacitance stability.

Conclusion

The R75MI3220DQ30J is an ideal choice in many applications, such as power factor correction, motor run, and lighting. The device has a fast charge/discharge rate and low profile, making it suitable for high-density installations. It also has a combination of electrodes surrounded by layers of insulation, which provides a high capacitance value and a good capacitance stability. The device is temperature resistant, making it suitable for low and high temperature applications.