LQP02TQ3N3B02D

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed inductors have a wide range of applications in modern electronics, from power systems, to board-level circuitry, to heavy-duty automotive systems. The LQP02TQ3N3B02D is a fixed inductor with advantages over other inductors, and its working principle and field of application help highlight its utility.

The LQP02TQ3N3B02D was designed for a wide variety of applications, from its ability to improve system stability to its high voltage tolerance. Its high current ratings mean it can handle the most demanding situations, even in low impedance applications. Its high current ratings also make it ideal for applications that require a high voltage spike protection.

The LQP02TQ3N3B02D is an inductor designed with the aim of providing an inductor that can efficiently store and output energy. This is achieved by forming a loop of electric current; the amount of voltage and current the inductor can handle is a function of the size of the impedance of the inductor. This impedance creates a resistive force; the stored energy is dissipated through the dissipation of heat.

The LQP02TQ3N3B02D is also designed with the aim of having good inductance memory. This is achieved by the shape of the inductor\'s winding, which ensures that the inductor can retain its inductance over a large range of temperature and frequency. The winding technology is also designed to reduce the risk of saturation of the inductor, meaning it is less likely to have a very low inductance at higher frequencies.

The main applications of the LQP02TQ3N3B02D derived from its high current ratings, high voltage tolerance, and inductance memory capabilities. It is suitable for a variety of analog and digital circuits, especially those with high voltage requirements. This includes applications such as DC-DC converters, power supply protection, amplifier protection, and transient protection.

The working principle of the LQP02TQ3N3B02D is based on Faraday\'s law of induction, which states that an electric current produces a magnetic field around it. This field interacts with the turns of the inductor winding to create the desired inductance. The inductance of an inductor is determined by the core material, the coils, and the current flowing through the inductor. As the current flows through the inductor, the magnetic field increases and hence the inductance increases. By controlling the current flow, the desired inductance can be achieved.

In conclusion, the LQP02TQ3N3B02D is an ideal fixed inductor for a variety of circuit applications. Its wide range of capabilities, from high current ratings to high voltage tolerance, make it a great choice for many circuits. Furthermore, its inductance memory capabilities ensure it remains stable across temperature and frequency variations.

The specific data is subject to PDF, and the above content is for reference