LQG15WZ15NJ02D

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Fixed Inductors are an essential and crucial component of many electrical systems. The LQG15WZ15NJ02D is a type of fixed inductor manufactured and distributed by Panasonic Corporation, and it can be used for various applications.

The LQG15WZ15NJ02D is a miniature surface mount fixed inductor, designed for high frequency applications in power supplies of those electrical systems. It is a non-polar construction, with a simple ceramic body which can be easily mounted on the surface-mount printed circuit board (PCB). The inductor is rated for a maximum DC current of 3 amperes, with a maximum ambient operating temperature of 125°C. It also features a high Q-value and low ESR, making it suitable for high-frequency power supply applications.

The main application fields of the LQG15WZ15NJ02D are power supplies of automotive systems, computers, mobile communication devices, and other electronic products. It is also applicable in audio, video, and multimedia equipment, providing good noise isolation and improved frequency response. Further, it can be used in various switching power supplies, such as buck converters and DC/DC converters, helping to reduce size and weight, while providing excellent high-frequency performance.

The working principle of the LQG15WZ15NJ02D can be described as creating an inductive field in order to achieve the desired performance. When an AC voltage is applied to the windings of the inductor, a corresponding magnetic field is generated. This magnetic field interacts with the windings of the inductor, thereby inducing a current flow. This current flow results in a built-up of stored energy, which is then released as the applied voltage changes polarity. The magnitude and frequency of the current flow are determined by the value of the inductance, as well as the capacitance of the device.

In conclusion, the LQG15WZ15NJ02D is an essential and useful component in the power supplies of various electrical systems. It has found its use in automotive systems, computers, mobile communication devices, audio and visual furniture, multimedia equipment, and others. Its working principle is based on creating an inductive field to achieve desired performance, and it benefits from a high Q-value and low ESR. With its excellent high-frequency performance and small size, it is a reliable and efficient inductor perfect for many applications.

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