LAN02KR1R8J

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Fixed Inductors are electronic components designed to create magnetic fields and to oppose changes in electric current. They are used in a variety of applications ranging from simple circuits to complex systems. The LAN02KR1R8J is a fixed inductor manufactured by Murata Electronics, a leading Global company in the electronic components industry.

The LAN02KR1R8J is a cylindrical inductor that features a high inductance value and reliable performance in demanding conditions. It is composed of a metal substrate, an internal core material, and a substrate cover. This makes it robust and durable, making it suitable for industrial applications. The operating frequency range is from 4Ghz to 12Ghz with a maximum current rating of 0.4A and a maximum voltage rating of 6V. It also features a dielectric strength rating of 25V/μs.

The LAN02KR1R8J is mainly used for power circuits, antenna matching circuits, switching power supply, automotive circuit boards, and more. Its main advantages are its high peak current strength rating, low power density, and low cost. It also offers a wide range of solutions for applications with limited space requirements. In addition, the LAN02KR1R8J is RoHS compliant and has high heat dissipation making it suitable for operation in hostile environments.

The working principle of a fixed inductor is based on Faraday’s Law which states that a changing magnetic field will induce an electromotive force (EMF). The LAN02KR1R8J is an example of an inductor which utilizes this principle to generate a voltage whenever the current running through it changes. This voltage can then be used to power up a circuit or help to reduce electromagnetic interference.

The LAN02KR1R8J is a versatile and reliable fixed inductor suitable for a wide range of industrial applications. Its wide operating frequency range, high current rating, and low cost make it an ideal choice for power, switching, and automotive circuits. The principle of the inductor is based on Faraday’s Law which states that changing magnetic fields induce EMF and can be used to power up circuits or reduce electromagnetic interference.

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