RL110-390K

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Fixed inductors come in a variety of designs, with the RL110-390K being a popular choice among professional designers. The special qualities of this product are derived from its size and complexity. This article takes a look at its application field and working principle.

Application Field

The RL110-390K features a low profile, ceramic-encased design that allows it to be placed in cramped spaces. As such, it is well suited for use in power supplies, high-reliability medical equipment, as well as in industrial automation, robotic and military-grade applications. Due to its ability to handle high temperatures, the RL110-390K is also an excellent choice for varied audio applications such as home entertainment systems, audio amplifiers, professional music equipment, and cinemas alike.

Working Principle

This fixed inductor works on the principle of electromagnetic induction, where electric current is induced when a conductor, namely the inductor, is exposed to a varying magnetic field. In the case of the RL110-390K, an iron-core is wrapped with a conducting coil, which helps contain any external magnetic fields that may be present in order to minimize interference. This inductor also features a self-supporting structure which is designed to limit the amount of mechanical stress that could otherwise cause it to fail.

The RL110-390K has an inductance value of between 10 and 390 microhenries, making it an ideal choice for controlling the current flow in high-power electronic circuits. The inductor is also designed to minimize energy losses, allowing it to handle a relatively high frequency of 1.50 MHz.

Conclusion

The RL110-390K by ResinLab is a groundbreaking fixed inductor. Its well-thought-out design makes it suitable for applications ranging from medical equipment to industrial robots, while its high energy efficiency allows it to handle a relatively high frequency. As such, it is a popular choice among modern designers for its performance and reliability.

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