LQH2HPN3R3MDRL Inductors, Coils, Chokes

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Fixed inductors refer to inductors in which the inductance remains constant regardless of the external load. Generally, it is produced as a component, and the inductance is fixed after adjusting the shape, size, and material of the wire winding. Among them, LQH2HPN3R3MDRL belongs to a fixed inductor. This product is developed by manufacturer KOA Corporation, which is one of the leading providers of electronic components. It has an inductance of 3.3 μH and a rated current of 13 A. The maximum DC resistance of the product is 0.125 Ohm and its maximum operating temperature is 125℃.

In general, the application field of the LQH2HPN3R3MDRL mainly includes filters, power supplies, and communication equipment. In the filter circuit, the LQH2HPN3R3MDRL can be used as an inductor to stabilize the current and maximize the accuracy of the input signal. For power supplies, the LQH2HPN3R3MDRL can be used as an inductor in a switched-mode power supply, providing a stable voltage and current during operation. As for communication equipment, the LQH2HPN3R3MDRL plays a role of impedance matching in high-frequency circuits, absorbing the communication signal and ensuring high-speed signal transmission.

The working principle of the LQH2HPN3R3MDRL can be explained in the concept of electromagnetic induction. As a conductor passes through a magnetic field, the conductor will generate an induced electromotive force, so that electron flows from one end of the conductor to the other end, creating a current. When current flows through the LQH2HPN3R3MDRL, a magnetic field is generated, and at the same time, the magnetic field will induce an electromotive force. In this way, the current can be maintained stably, thereby achieving the purpose of regulating the current.

The LQH2HPN3R3MDRL is a fixed inductor with a high performance-price ratio, which can effectively meet the needs of various fields. In the design of electronic circuits, users need to consider the inductance, operating temperature and working environment of the LQH2HPN3R3MDRL. Only by using this product reasonably, can its greatest potential be fully brought into play, and the most difficult engineering problems can be solved effectively.

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