LQW18AN27NG00D

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Fixed inductors are important components that play a key role in today\'s electronic systems. Fixed inductors are used in numerous applications, including power conversion, telecommunications, automotive, robotics, and military. The LQW18AN27NG00D is an integrated, high-frequency, high-Q fixed inductor. It is commonly used in DC/DC converter applications. This article will discuss the application field and working principle of the LQW18AN27NG00D.

The LQW18AN27NG00D is a surface-mount, multilayer, double-winding coil inductor. It is designed for high-frequency applications and has a wide frequency range of up to 108MHz. It is also suitable for high-efficiency, power-limited applications. The inductor is made of multilayer construction, which is designed to maximize its inductance. The double-winding coil design also maximizes its self-resonance frequency, making it an ideal choice for high-frequency applications.

The primary application fields of the LQW18AN27NG00D are power converters, dc-dc converters, and motor control systems. The inductor is suitable for applications where there are space constraints and high frequency requirements. The device is also used in RF circuits, as it provides high Q and self-resonance frequency for higher circuit accuracy. In addition, the inductor is ideal for high power applications as it is capable of handling up to 4.5A (DC) and 6A (RMS).

The working principle of the LQW18AN27NG00D is based on the Faraday Law of Induction. When a current is passed through the inductor, a magnetic field is created which inducts an electric current in the opposite direction. This induced current is then integrated with the primary current to increase the inductance of the device. The double-winding design helps to increase the inductance further. In addition, the high Q of the device results in high self-resonance frequency, allowing the device to be used in high frequency applications.

The LQW18AN27NG00D is an integrated, high-efficiency, high-Q fixed inductor. It is suitable for a wide range of applications, including power converters, dc-dc converters, motor control systems, and RF circuits. The inductor is designed with multilayer construction and double-winding coil, which maximizes its inductance and self-resonance frequency. The working principle of the device is based on the Faraday Law of Induction, where a magnetic field is created and an induced current is integrated with the primary current to increase the inductance. The high Q of the device also results in a higher self-resonance frequency for high frequency applications.

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