LHL08NB183J

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The LHL08NB183J is a fixed inductor from the LHL08NB series of inductors by Murata. It is a radial leaded, general-purpose inductor suited for use in switching power supplies, frequency-dependent circuits, matching circuits, and radio circuits. The LHL08NB183J is moulded with a flame retardant resin.

The component includes two types of core material. The first type is a ferrite core, a type of ceramic material composed of iron and other metals, which provides a high-frequency inductance adjustment.The second type is a wire-wound core, a type of self-supporting nitinol wire, which provides a low-frequency inductance. Each core type provides specific advantages and has a different working principle.

The ferrite core is the main feature of the LHL08NB183J inductor. The core is composed of many layers of ferrites.It works by using the mutual induction principle to induce and generate an electromagnetic field. Magnetic flux generated by current flowing through the core produces a strong magnetic field, which then acts to constrain the alternating current flowing through the core. This results in a change in the frequency of the alternating current, causing the inductance of the coil to change and thus the current passing through it.

The wire-wound core of the LHL08NB183J consists of a coiled wire made of nitinol that has been wound around a ferrite core. Nitinol is a nickel-titanium alloy with a high melting point, making it well-suited for making wires that can withstand high temperatures. This core works differently than the ferrite core because it does not use the mutual induction principle. Instead, the nitinol wire is used to control the magnetic flux generated by the ferrite core, allowing for a much lower frequency of inductance. This core material is used when low-frequency, stable inductance is required.

The LHL08NB183J is designed for use in switching power supplies, radio circuits, frequency-dependent circuits, and matching circuits. It can be used in applications such as switching power supplies, voltage regulators, and sensor networks. It can also be used for power management systems, electromagnetic interference suppression, RF and wireless communication systems, and audio amplifiers. When selecting an inductor, it is important to note that the ferrite core and the wire-wound core should be chosen according to the frequency of operation.

In conclusion, the LHL08NB183J can be classified as a fixed inductor. It includes two types of core materials, a ferrite core and a nitinol wire-wound core. The ferrite core works by using the mutual induction principle while the wire-wound core works by controlling the magnetic flux generated by the ferrite core. The LHL08NB183J is suitable for use in switching power supplies, frequency-dependent circuits, matching circuits, and radio circuits. It is important to note that the ferrite core and the wire-wound core should be chosen according to the frequency of operation.

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