LQH32PB2R2NNCL

Fixed inductors are essential components in electronic applications that require electrical energy to be stored, released and/or converted through the use of magnetic fields. The LQH32PB2R2NNCL inductor is no exception. Its application field and working principle reflect an important development in the technology that has greatly improved the performance of the components.

Application Field of LQH32PB2R2NNCL

The LQH32PB2R2NNCL series is a high-inductor type component developed for use in high-power applications. Its features and compact design make it suitable for a wide variety of applications, from high-density portable devices to large, power-hungry appliances. The LQH32PB2R2NNCL series is also used in high-performance automotive, audio/video, and telecom/IT infrastructure products.

This type of inductor uses highcurrent terminals and a two-layer structure to reduce the overall size and weight while improving the thermal conductivity. It also features a lowpower loss, and a low-resistance construction that ensures excellent voltage tolerance and electromagnetic interference protection. Additionally, the terminal plating and high-temperature solderability further enhance the performance of the component.

Working Principle of LQH32PB2R2NNCL

The working principle behind the LQH32PB2R2NNCL is based on the fact that when an electric current is passed through a coil of wire, a magnetic field is produced. This field is then used to store, convert, or release electrical energy. This energy can be used to power devices such as motors or amplifiers.

The LQH32PB2R2NNCL series uses an iron core that is surrounded by tightly wrapped wire coils. By varying the number of turns and diameter of the coils, manufacturers are able to fine-tune the inductance value. The coil is then immersed in a flux field created by a magnetized material such as iron or steel. This increases energy storage even further by creating a stronger magnetic field.

When an alternating current is applied to the coil, the resulting vibrating magnetic field couples with the flux field and induces a voltage in the coil. This voltage is then used to power devices or release energy.

Conclusion

The LQH32PB2R2NNCL series of fixed inductors is an important component in many high-power applications. Its combination of features such as high-current terminals, low power loss, and high-quality flux field materials make it ideal for a variety of applications. Additionally, its working principle of magnetic field coupling make it an invaluable tool for storing, converting, and releasing electrical energy.