CPL2508T3R3M

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Introduction to CPL2508T3R3M Fixed Inductors

Fixed inductors, also known as inductors, chokes or coils, are essential components in many types of electrical circuits, including sensors, motors, solenoids and electromagnets. The CPL2508T3R3M is one kind of fixed inductor with unique features and characteristics.

Application Field

The CPL2508T3R3M fixed inductor can be a great choice for the applications where miniaturized components and high power density are required, such as those in automotive industries. It offers a low DCR and decent inductance, making it suitable for high-frequency planar winding applications and power modules. Additionally, its embedded packaging technology has proven to be highly reliable and fast, reducing assembly processes and increasing accuracy of electrical parameters. This contributes to the superior performance of the CPL2508T3R3M inductor in applications such as power inverters, switching power supplies, laptops, consumer electronics and more.

Working Principle

The CPL2508T3R3M fixed inductice employs an internal core that stores energy in the form of magnetic flux within a copper wire winding around it. This copper wire winding typically consists of hundreds of turns. When an alternating signal or current passes through this winding, a counter magnetic field is produced, which results in the generation of an inductive voltage in the winding. This voltage is then discharged across the device to form an output voltage. The magnitude of this output voltage depends on the resistance of the core, the number of turns of the winding and the rate of change of the current passing through the winding.

The operation of the CPL2508T3R3M depends on several other factors, such as the inductance of the inductor, its current and voltage ratings, and the size of its core. Additionally, the core material used in the winding, for example, ferric oxide or iron powder, also plays an important role in its performance.

Conclusion

The CPL2508T3R3M fixed inductor is a highly reliable and efficient device well suited for a variety of applications, such as automotive, laptops, consumer electronics and more. Its internal core stores energy in the form of magnetic flux, while the winding of the device consists of hundreds of turns. Its embedded packaging technology also makes it fast and highly accurate, reducing assembly processes and increasing overall performance.

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