R463W468000M2M

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Film capacitors are very common components found in a wide range of electrical circuits. They come in many shapes and sizes and are used for different purposes. The R463W468000M2M, in particular, is a relatively large capacitor made out of polypropylene film, capable of handling high voltages, currents and temperatures. This article will explore the application fields as well as the working principle of the R463W468000M2M.

Application Fields

The R463W468000M2M is mainly used for power conversion, regulation, and noise suppression in high-power electronic equipment. It is an ideal choice for robust, long-term, reliable operation. It is capable of handling peak voltages of up to 400 volts and an easy spike rate of 4 ohms. This makes it ideal for applications where power surge protection is needed. It is also very stable at high frequencies, making it suitable for use in HF (high-frequency) applications.

The R463W468000M2M is often used in automotive and marine electronics, motor controllers, and variable speed drives. It can also be used in switch-mode power supplies, servo-motors, HVAC systems and telecommunications equipment. Its advanced electrical characteristics also make it suitable for use in telecom, LED and solar inverters, and industrial applications, among others.

Working Principle

The R463W468000M2M is a polypropylene film capacitor. It stores electric charge in the form of a dielectric field. When an electric field is applied to the capacitor plates, the dielectric field develops a proportional voltage. Since the dielectric in this capacitor is polypropylene, it can handle higher temperatures, voltages and currents than regular electrolytic capacitors.

The electric field between capacitor plates creates an electrostatic attraction – this is the charge which drives the electrons through the circuit. The circuit works by charging the capacitor plates until they reach the reverse voltage of the applied electric field, then discharges the capacitor as electric current. This current continuously cycles through the circuit until it reaches a steady-state frequency.

The R463W468000M2M is also designed to be self-healing. This means that if a minor voltage spike or surge occurs, it will be dissipated through the capacitor’s dielectric and avoids potential damage to the device or circuit. This makes the R463W468000M2M a great choice for use in high-power and high-voltage applications.

Conclusion

The R463W468000M2M is a polypropylene film capacitor which is mainly used for power conversion, regulation and noise suppression in various applications. It is capable of handling peak voltages of up to 400 volts and an easy spike rate of 4 ohms, making it suitable for high-power and high-voltage applications. It is also self-healing which makes it resistant to minor voltage spikes or surges, making it an ideal choice for robust and reliable operation.

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