PHE448SB3220JR06

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Film Capacitors are electrical components used to store energy and reduce disturbances in the power supply. The PHE448SB3220JR06 is a type of film capacitor designed to work with high voltage environments. This capacitance is designed to provide reliable, efficient and low self-inductance energy storage.

The PHE448SB3220JR06 is a high-energy film capacitor which is equipped with a plastic case, metalized polypropylene dielectric and tinned aluminum terminating tabs. It has a nominal capacitance of 0.448µF, a rated voltage of 3,000 volts DC, and an insulation storage temperature of -45°C to +85°C. The long-term stability of this capacitor ensures reliable and consistent operation for an extended lifespan.

The PHE448SB3220JR06 boasts a miniature design, which allows for discreteness in a number of different operations. This capacitor can be used in voltage measurements, voltage and power grid stabilization, AC/DC conversion and surge and transient voltage control. Its excellent dielectric absorption characteristics makes it especially suitable for grid switching and motor control applications.

The working principle of the PHE448SB3220JR06 is based on a simple electric process. This capacitor resists changes to the current flow and constantly acts as an energy reservoir to regulate energy flow. When a voltage is applied, the electric field builds up between the two plates resulting in a flow of electrons and a corresponding change in capacitance. As energy is passed back and forth, a current is induced which causes an electrical charge to build up between the plates and a corresponding change in the capacitor\'s electrical properties.

The PHE448SB3220JR06 is a reliable, low-profile capacitor that is capable of providing reliable performance in a number of high-voltage, industrial applications. Its unusually long-term stability and high-energy storage capacity make it an ideal choice for a number of applications, from voltage measurement and power grid stabilization to AC/DC conversion and surge and transient voltage regulation.

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