5800-332

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Fixed inductors are electrical components that use wire coils, ferrites or powdered iron cores, and permanent magnets to store energy and control electric current in circuit boards. 5800-332 is one type of inductor features high inductance with low COB (chip on board) technology. In this article, we will look at the application field and working principle of 5800-332.

The 5800-332 is designed for AC-DC power adapter, auxiliary power supply, frequency converter, power line regulation, communication system, and other power electronic devices. Its working frequency range is 5kHz-400kHz and the remaining temperature coefficient of inductance is less then 1%. It is designed with extremely low DCR (direct current resistance) and total resistance. The ROHS compliant parts have good solderability and long life. The SMD construction of 5800-332 helps reduce design space requirements.

The working principle of 5800-332 is based on Faraday’s law of induction. When the primary winding of the inductor is supplied with an alternating current, a varying magnetic flux is developed in the form of a flux field within the core of the inductor. This magnetic flux, in turn, develops a current in the secondary winding of the inductor, thereby generating a voltage drop across the secondary winding. The current in the secondary winding is thus given by: I = dΦ/dt , where Φ is the magnetic flux and t is the time.The 5800-332 is designed to withstand high voltages and currents, ensuring that maximizing efficiency and reliability for a variety of applications. The inductor reduces self-heating and improves power efficiency by providing a safer operation. Moreover, the structure of the 5800-332 is carefully designed to ensure high performance and long life. The printed boards are made durable and the wiring is carefully protected from damage.

In conclusion, 5800-332 can be classified as a fixed inductor. It is a highly reliable inductor with a wide application field, mostly in the AC-DC power adapter, auxiliary power supply, frequency converter, power line regulation, and communication system. It provides excellent performance and long life while minimizing self-heating. The working principle of the 5800-332 lies on Faraday’s law of induction, where the secondary winding of the inductor develops a voltage drop when current passes through the primary winding.

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