LQP02HQ1N8C02E

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Fixed inductors, designated by the model number LQP02HQ1N8C02E, are electronic components used for circuit system-level induction. Their purpose is to store and provide energy, modulate current flow, and create impedance in a network to enable proper circuit operation and control. In inductors, a magnetic field is generated by passing a current through a coil, converting electrical energy to magnetic energy. The stored energy is then returned to the circuit in the form of a changing magnetic field.

As its name implies, the LQP02HQ1N8C02E fixed inductors have a fixed inductance value. The core material used determines the value of the inductor. In addition to inductance, these inductors also have other values such as DC resistance, current rating, and temperature rating. They are usually constructed in an axial configuration, which makes them easy to use and compatible with most circuit designs.

Application Field of Fixed Inductors

Fixed inductors are used in a variety of applications. Some of the most common include:

• Mobile phone signal antennas
• Inductors for integrated circuits
• High-current lithography masks
• Power supply filters
• Chokes and other EMI/RFI filtering
• Inductors for DC/DC power converters

All of these applications require a reliable inductor with a high-performance conductibility and a low-cost production process. The LQP02HQ1N8C02E fixed inductor meets all of these qualifications.

Working Principle and Components

The most important component of a fixed inductor is the core material. This determines the inductance, resistance, and temperature rating of the inductor. The core is typically made of a high-grade ferrite material. The winding is then wound around the core and is usually made of copper or silver plating wire.

A fixed inductor works using the principle of inductance. There are two types of inductance: self-inductance and mutual-inductance. Self-inductance occurs when an electric current passes through a conductor and produces a magnetic field in itself. Mutual-inductance occurs when a current in one conductor produces a magnetic field in another conductor.

In an inductor, the core material helps to increase the inductance. As current passes through the coil, the number of windings greatly influences the magnetic field generated. The windings create a circular magnetic field between the core and the coil, with the core acting as a concentrator to increase the intensity of the field. This increases the inductance and enables the fixed inductor to store energy.

Fixed inductors are used to store energy, modulate current flow, and create inductance in a circuit. The LQP02HQ1N8C02E fixed inductor is a top-performing and reliable option for these applications. With its combination of high-grade and reliable performance, it is a great choice for any circuit requiring a fixed inductor.

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