LQM2MPN1R5MG0L

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Fixed inductors are an essential part of the electronic components, and LQM2MPN1R5MG0L is one of them. This inductor is a radial-leaded component, and it has a round shape like a cylinder. The standard size for LQM2MPN1R5MG0L inductors are the surface mount package, with lead pitch of 2.1mm, as well as the axial lead size of 2.5mm. It has a relatively high inductance of 1.5mH, and low stray capacitance.

The application field of LQM2MPN1R5MG0L fixed inductors includes data communication, and computers, telecom, automotive, consumer products, and industrial automation. It is designed to filter and reject an interfering electrical noise in particular frequency. This inductor is suitable for power supply, DC buffering, stable inductance, anti-interference, noise reduction, filtering, and wave shaping, and so on.

To understand how this inductor works, one has to first understand the basic working principles of an inductor. An inductor is essentially a coil of wire that stores energy in a magnetic field, and it works on the principle of Faraday’s law of induction. Whenever electric current passes through the inductor, it generates a magnetic field. If this current changes, it induces a voltage in the coil, allowing the current to be amplified. The strength of the magnetic field around an inductor is directly proportional to the amount of current flowing through it.

In LQM2MPN1R5MG0L, a 0.2mm wire is used to form a small coil, and the whole structure is protected by an insulating. When current is sent through the coil, it creates a magnetic field, and that field is used to filter out harmful electromagnetic interference. The inductance of the component is also maintained at a certain level, and it can produce the desired filtering performance over a wide range of frequencies.

The tolerance of the inductance of LQM2MPN1R5MG0L fixed inductors is + -20% and +-30%. It also has a low self-resonance frequency below 3.5GHz, and low DC resistance that makes sure the heat generated is lower, and thus can be used without additional heat sinks. The quality of this inductor can be improved by using high saturation magnetic material. The temperature range of this component is -40°C - +125°C.

In summary, LQM2MPN1R5MG0L fixed inductors are used in various electronic applications due to their efficient magnetic field, wide temperature range, and high electrical parameters. Its magnetic field is essential for filtering out electromagnetic interference, and its ability to maintain high inductance is beneficial for providing a stable power supply. Its low self-resonance frequency also ensures that it can be used without additional heat sinks. With all these advantages, LQM2MPN1R5MG0L is an indispensable component in many electronic devices.

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