LQP03HQ0N9C02D

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Fixed inductors are components that store electrical energy within a magnetic field. They are used to create high-frequency oscillations and are commonly used in electronics applications such as radio circuits, power supplies, and embedded systems. In this article, we will be discussing the application fields and working principles of the LQP03HQ0N9C02D fixed inductor.

The LQP03HQ0N9C02D fixed inductor is an electronic component manufactured by the company Murata. The inductor is a cylindrical device, approximately 39 millimeters in diameter and 25.5 millimeters in height. It has an inductance value of 3.3µH and has a current rating of 60mA (with a 30% tolerance). It also has a maximum DC resistance value of 460mΩ and an equivalent series resistance of 480mΩ.

The LQP03HQ0N9C02D fixed inductor has a variety of application fields. It is commonly used in automotive electronics, portable electronic devices, communications equipment, consumer electronics, and industrial power supply circuits. It is also used as a load component in impedance matching networks and filters, as a coil element in oscillating circuits, and to prevent high-frequency transient voltage discharges. In addition, it can be used to reduce the ripple voltage in a circuit and increase its reactance impedance.

The working principle of the LQP03HQ0N9C02D fixed inductor is based on the principle of electromagnetic induction. When voltage is applied, a magnetic field is created around the inductor, and a current flows through it. The magnitude of the current is determined by the magnitude of the magnetic field, as well as the resistance and inductance of the inductor. As the current passes through the inductor, the magnetic field around it increases, causing the inductor to store energy. The stored energy is released when the current decreases, creating an oscillating effect.

The LQP03HQ0N9C02D fixed inductor is a high-quality component that is used in a wide variety of applications. Its wide range of features makes it suitable for use in a variety of contexts, allowing designers to take advantage of its high-performance characteristics. Furthermore, its working principle of electromagnetic induction allows for efficient storage and release of electrical energy.

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