PA4310.223NLT Inductors, Coils, Chokes

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Fixed inductors are necessary components in electric systems, regarding of the kind of applications. When it comes to the PA4310.223NLT, it also belongs to the fixed inductors family with its specific features that make it perfect for certain types of applications. In this article, its application field and working principle will be discussed in detail.

Application Field

The PA4310.223NLT fixed inductors are mainly used in telecom, automotive, and commercial applications. First of all, these inductors are commonly applied in power supplies, switching controllers, and DC-DC converter circuits, due to its reliability and superior performance. The maximum operating temperature for this type of fixed inductors are 105℃, and its working frequency can be up to 5MHz, making it suitable for high frequency circuit design. They are widely employed in electric equipment such as GPS receiver and cell phone amplifiers. Secondly, PA4310.223NLT fixed inductors are preferred by the automotive industry, as its utilized for On-Board Charging (OBC) applications. The product is able to be used at the relatively higher temperature, low electromagnetic interference and good frequency response, making it suitable for this kind of situation. Moreover, with built-in anti-resonance circuit, the circuit optimization is easily achieved with a minimum of stresses. Thirdly, they are applied in the commercial market for DC-DC power converters, solar cells, and other application requiring high temperature and high reliability.

Working Principle

Fixed inductors can be described as passive electronic components and it ranges from small ceramic-encapsulated types to large air-core coils with diameter. When it comes to the PA4310.223NLT fixed inductors, they contains powdered iron ferrite core material and used in higher frequency applications. Its specific working principle is that when the voltage is applied, the core is going to store the magnetic energy. At the same time, a compensation current is formed. Therefore the voltage to the formed current is inversely proportional, which will create impedance to the current. As the current increases, the impedance will expand, resulting to a certain rat of the current through the inductor.

In conclusion, the PA4310.223NLT fixed inductors are used for various applications in three main areas due to its superior performance and reliability. The application field and working principle of this fixed inductor have been discussed in this article, and it is now known that they are suitable for telecom, automotive, and commercial markets. In addition, their working principle is predominantly based on the magnetic energy storage and current flow impedance.

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