CLQ4D10NP-271NC

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Fixed inductors play an important part in different types of electrical applications, especially in the field of power electronics. One of the most popular fixed inductors is CLQ4D10NP-271NC. It is designed and developed to provide the best possible performance in the different applications. In this article, the application field and working principle of CLQ4D10NP-271NC are discussed in detail.

CLQ4D10NP-271NC is typically used in different kinds of power applications, especially in high frequency applications. It is very effective in providing power supply with low noise and high efficiency. Its inductance is 27 μH and its Q factor is 10. It features very low core losses and high efficiency, which make it suitable for many applications with minimal power consumption. It is especially suitable for cutting-edge designs such as OLED TVs.

The working principle of the CLQ4D10NP-271NC is simple and straightforward. It works on the basic law of inductors. The inductance value is proportional to the amount of electrical energy stored in the device when a voltage is applied to it. When an alternating current flows through the inductor, the current creates an electromagnetic field. This field acts like a spring and stores electrical energy by creating a magnetic field that opposes the current flow. Therefore, the induced voltage across the inductor is proportional to the rate of change of current flowing through it.

CLQ4D10NP-271NC also features external cooling fins to dissipate heat more quickly, which improves its energy efficiency and performance. It has a power temperature coefficient of -50˚C/W which allows for more current handling capability. The fields of applications for the inductor include A/C and D/C motors, telecommunications and data transmission systems, automotive electronics, and lighting applications.

In conclusion, CLQ4D10NP-271NC is a high performing fixed inductor that has a wide range of applications in the power field. It provides good performance with minimal power consumption and its external cooling fins make it ideal for high frequency applications. It is especially suitable for cutting-edge designs such as OLED TVs. Its working principle is based on the basic law of inductors and its features make it a great choice for different electrical systems.

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