MLG1005SR18HT000

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Fixed inductors are components increasingly used in electronic systems. When electrical currents flow through inductors, they create magnetic fields. These fields can be used to store and release energy, to filter or channel electrical signals, and to perform other vital functions. For example, MLG1005SR18HT000 can be classified as a fixed inductor.

MLG1005SR18HT000 is a small inductor with a wide range of electrical and magnetic properties. Physical features include overall size of 1.0 mm x 0.5 mm with a 0.5 mm height profile. Other features include a ferrite rod-core, with the inductor windings made from a single 30 AWG (1.27 mm) stranded copper wire. This type of inductor has an inductance value of 10 to 24nH (1-2µH) and a current handling capacity of up to 600mA.

MLG1005SR18HT000 inductors are used in a range of applications such as digital VOIP (Voice Over IP), circuit protection, clock generators, power dissipation, electrical power transmission, wireless telecommunications, and automotive critical applications. In particular, this type of inductor is used to create a variety of signal modulation and filtering functions. They are able to filter out high-frequency radio waves and other high-frequency components, while blocking DC components. They are also used for signal shielding, to prevent external interference, and for noise cancelling.

The working principle of MLG1005SR18HT000 is based on the principle of electromagnetic induction. When electric current flows through the inductor windings, it creates a magnetic field. This magnetic field then induces an electromotive force in the surrounding environment. This force produces another current in the windings in order to keep the current constant. Thus, the inductor is able to store energy and release it in response to a changing current.

MLG1005SR18HT000 inductors also have other features that make them especially useful in several applications. For example, they have high thermal resistance, making them excellent for use in high temperature environments. They are also RoHS compliant, making them suitable for use in a wide range of modern electronic systems. They also have a low electrostatic discharge (ESD) rating, making them less prone to interference from external sources. In addition, they have high inductance stability over a wide range of temperatures, high surge currents, and high prevention of magnetic resonance.

In conclusion, MLG1005SR18HT000 fixed inductors fulfill the wide range of electronic system requirements. They are used in applications such as digital VOIP, circuit protection, clock generators, power dissipation, electrical power transmission, and wireless telecommunications. They can create a variety of signal modulation and filtering functions, and have excellent thermal resistance, a low ESD rating, high inductance stability, and high prevention of magnetic resonance. The working principle of MLG1005SR18HT000 fixed inductors is based on the principle of electromagnetic induction.

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