R60EI41005030J

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Film capacitors have been recognized as reliable, low-loss and high-stability components for a wide range of electronic applications. The R60EI41005030J is considered a film capacitor and it is widely used for energy storage, power conditioning, filter, smoothing, and other related applications.

The main components of the R60EI41005030J is a film dielectric. The film dielectric is created from winding a high-quality polypropylene (PP) or polyethylene terephthalate (PET) dielectric film over a metal oxide core, which provides a high level of durability. The main components are then sealed in a cylindrical case that is capable of containing the high current density. The terminal pins are then capped by a solderable protective coating, which ensures an effective electrical connection.

The R60EI41005030J has several distinguishing application fields. One important application is as a power flow capacitor. Power flow capacitors are commonly used to reduce current flow and prevent LED flickering in LED industrial lighting applications. Additionally, the R60EI41005030J is also very popular in high-frequency power supplies, electric buses, and other kinds of automotive applications.

The working principle of the R60EI41005030J is based on the phenomenon of dielectric polarization. When a voltage applies to the capacitor, positive and negative charges are separated to the dielectric material, creating an electric field. This field strengthens when the voltage increases, and the capacitor’s capacitance also increases. The increase in the capacitance causes the electric field to weaken as it now requires more energy to move the same amount of charges. This is known as dielectric polarization and it can significantly increase the amount of energy stored in the capacitor.

The R60EI41005030J power supply capacitors are very stable, reliable, and have high power efficiency. Compared to other film capacitors, the R60EI41005030J has a higher capacitance, a higher ripple current rating, and improved heating performance. Finally, it is important to note that these film capacitors are typically used in temperature ranging from -40℃ to 105℃. Thus, they can be safely used in high-temperature environments.

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