PM0603H-15NJ

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Fixed inductors are used to store energy in the form of a magnetic field. PM0603H-15NJ inductors are one of the most commonly used fixed inductors due to their small size and robust performance. In this article, we will discuss the application field and working principle of PM0603H-15NJ inductors.

What are the Application Fields of PM0603H-15NJ Inductors?

PM0603H-15NJ inductors are mainly used in various industrial, consumer, and automotive applications. These inductors can be used for most embedded and wireless applications with their reliable performance. Some of the most commonly used applications include:

• Audio/Video Applications
• Power Supplies
• Data Networks
• Automotive Systems
• Navigation and Guidance Systems
• RFID Systems

These inductors can also be used in various types of power management systems and they are consistently used in automotive and commercial applications.

What is the Working Principle of PM0603H-15NJ Inductors?

The working principle of PM0603H-15NJ inductors is based on the electromagnetic induction principle. In a nutshell, an inductor consists of a conducting core that is wound with a coil of wire. When current is passed through the coil of wire, a magnetic field is generated around the core and this creates an inductance. The magnitude of the inductance will depend on the number of turns of wire and the size of the core. The generated magnetic field will induce an electromotive force (EMF) in the opposite direction, which will oppose the original current that was applied to the coil.

The inductance of an inductor can be increased or decreased by varying the size of the core, the number of turns of the wire or the core material. Increasing the inductance will cause the EMF to increase and vice versa. This is the basic working principle of PM0603H-15NJ inductors.

Conclusion

PM0603H-15NJ inductors are small yet robust fixed inductors that are widely used in various commercial, industrial, and automotive applications. The core of the inductor is made of a conducting material and is wound with a coil of wire. This creates a magnetic field and an EMF which opposes the original applied current. By varying the core size, number of turns of the wire, or core material, the inductance of the inductor can be increased or decreased. This is the working principle of PM0603H-15NJ inductors.

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