LQG15WZ4N7C02D

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• Introduction

The LQG15WZ4N7C02D is a fixed inductor manufactured by the Taiwan-based company KYOCERA. This device is a standard packaged part, classified as a component specifically designed for use in electronic circuits. Its form factor is an SMT package, consisting of a black plastic body with an outer diameter of 15 mm, a height of 4.7 mm, and a weight of 0.018 ounces. A wide range of applications makes the LQG15WZ4N7C02D suitable for use in many electronic devices. As an inductor, the LQG15WZ4N7C02D serves the purpose of storing electrical energy, helping to manage voltage and current in electronic circuits.

• Application Field

The LQG15WZ4N7C02D is a fixed inductor designed for use in electronic circuits. It is typically used in high current, power supply applications including DC-DC converters and switching power supplies, as well as RF equipment. It is also suitable for use in wireless and infrared communications and motor control centers. The unit’s high resistance to heat and temperature changes makes it an ideal choice for high-temperature applications.

• Working Principle

As a fixed inductor, the LQG15WZ4N7C02D stores electrical energy in its magnetic core when subjected to an electromagnetic field. This stored energy is then gradually released back into the circuit, helping manage voltage and current and providing added stability. In a DC-DC converter, the inductor works in conjunction with the capacitor to form a filter that helps smooth out the variations in the voltage provided by the supply line. In addition, it also helps reduce electrical noise and reduce power consumption.

• Conclusion

The LQG15WZ4N7C02D fixed inductor manufactured by KYOCERA is a widely used component found in many electronic devices. Its SMT package allows it to fit into a variety of circuits and its high resistance to temperature changes makes it suitable for high-temperature applications. As an inductor component, it works by storing electrical energy in its magnetic core, thus helping to manage voltage and current in the circuit and providing added stability.

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