CLQ61NP-331MC

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Fixed Inductors

Inductors are electrical components used to store energy in the form of a magnetic field, as opposed to capacitors which store energy as an electric field. Fixed inductors, as the name implies, have a set inductance value, meaning they can also be used to filter out unwanted frequencies and stabilize voltage spikes and noise. One such example of a fixed inductor is the CLQ61NP-331MC, a surface mount device used in various applications.

CLQ61NP-331MC Application Field

The CLQ61NP-331MC is a surface mount inductor with a wide range of application fields including power management, power conversion, DC-DC voltage regulation, and LED lighting. It is designed to handle high-current and low-profile requirements, making it ideal for applications such as LCD displays, set-top boxes, and other portable devices. Furthermore, its small size and low profile make it an excellent choice for applications in which minimizing the amount of taken space is critical.

CLQ61NP-331MC Working Principle

A surface mount inductor works similarly to any other inductor. An electric current passing through a conductor is generated a circular magnetic field around the conductor and also behaves as an electromagnet. The electric field generated in this manner is known as inductance, and is measured in units of Henrys. The CLQ61NP-331MC, being a surface mount inductor, allows the induction of current onto and off of a printed circuit board from an electrical component, decreasing parasitic inductance and improving performance and reliability in circuits. This gives the CLQ61NP-331MC an advantage over through-hole inductors, as the number of components needing to be connected to the board is drastically reduced, thus decreasing the complexity and cost of the circuit assembly.

In summary, the CLQ61NP-331MC is a surface mount inductor with a wide range of uses, such as power management, power conversion, and LED lighting. Its small size and low profile make it the ideal choice for applications needing to save on space, and its high current and low parasitic inductance performance makes it a reliable and cost-effective choice for numerous circuit applications.

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