R463N410050N2M

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Film capacitors, also known as film dielectric capacitors, are capacitors that use a plastic film as their dielectric, as opposed to electrolytic capacitors which immerse part or all of the anode in an electrolyte. The R463N410050N2M is an aluminum metallized polyester film capacitor.

Features of the R463N410050N2M Capacitor

The R463N410050N2M capacitor is rated at 0.047uF. It is a variable capacitor that has three terminals, each with a different capacitance. The first terminal is a -500VDC terminal, the second a ground terminal, and the third a +500VDC terminal. It is a non-polarized capacitor, so no polarity needs to be taken into account during use. It has a temperature range of -40°C to +105°C, with a voltage breakdown of 900VDC. It is considered to have low parasitic electrical characteristics, with low equivalent series resistance, equivalent serial inductance, and high self-healing properties. It is also classified as having a high dielectric strength, as well as being very resistant to surge and overvoltage.

Application Field of the R463N410050N2M Capacitor

The R463N410050N2M capacitor is typically used in circuits such as power supply filters, charge pumps, signal processing, radio and audio equipment, automotive applications, and computers. It is also used in switch-mode power supplies, DC-DC converters, and variable frequency drives.

Working Principle of the R463N410050N2M Capacitor

The R463N410050N2M capacitor operates on the principle of electrical charge storage. An electric charge will be stored in the capacitor’s dielectric material when a voltage is applied to its terminals. This charge will remain stored in the capacitor until the voltage drops to zero or until the circuit is opened. When the stored charge is removed from the capacitor it is said to have discharged.

The capacitor works by charging up to the voltage applied to its terminals, and then discharging its stored charge in a controlled manner. The stored charge acts as an electrical buffer that can be used to stabilize the output voltage of a power supply or used to filter out electrical noise from a signal. It is also able to provide a reserve of power for motors or other dc circuits.

The capacitor is also used to store electrical energy for later use, such as in a capacitor bank. This allows the capacitor to be charged up to a certain voltage level, and then discharged in short bursts as needed. The capacitor can then be recharged to the original voltage level, allowing the same energy to be used again and again.

Conclusion

The R463N410050N2M capacitor is a versatile component that can be used in a variety of applications. Its ability to store electrical energy makes it ideal for use in power supplies, motors, and other circuits. In addition, its low parasitic electrical characteristics, and high surge and overvoltage resistance make it ideal for use in radio and audio equipment, automotive applications, and computers.

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