4590-335K

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Fixed Inductors

An inductor is an electrical component that is mainly used for producing and storing energy in the form of magnetism. Fixed inductors are predominantly used in power and control circuits for providing energy to other components. Single-layer and multi-layer spiral coils are the most commonly used types.

The 4590-335K is a fixed inductor designed for power supply and power management applications. It has an inductance rating of 0.335 uH with a maximum DC current of 9 A. Its operating temperature range is -40 to +85°C. The 4590- 335K inductor is used in switch mode power supplies and voltage inverters for controlling power flow.

This inductor has a unique self-shielding construction that offers superior EMI rejection. The 4590-335K inductor also features high quality ceramic core construction and is capable of producing accurate values of inductance over a wide range of frequencies. The inductor is also well-suited for automotive applications since it is designed to withstand high vibration and shock levels.

The 4590-335K inductor has a high-efficiency design that helps reduce power loss and enables higher power handling. It has a high inductance stability over a wide temperature range, and is also capable of operating at low temperatures. The inductor also features a robust metal ferrite core that provides excellent temperature and thermal stability.

The 4590-335K is also suitable for high operating frequencies as it has an effective frequency range of up to 1 MHz. Its high current carrying capabilities allow for higher switching frequencies, which in turn leads to smaller size components and increased efficiency. Its design also allows for a wide range of operating temperatures.

In conclusion, the 4590-335K fixed inductor is an excellent choice for power applications operating at a wide range of frequencies, temperatures, and currents. Its self-shielding construction enables high EMI rejection, and its high quality ceramic core construction ensures accurate inductance values over a wide range of frequencies. Additionally, its high current carrying capabilities allow for higher switching frequencies, resulting in smaller components and increased efficiency.

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