103-471JS

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Fixed inductors are electrical components that are used to control the flow of current or voltage in an electrical circuit. They are widely used in various electronic and electrical applications, such as power supplies, medical equipment, and audio and video systems. In this article, we will discuss the application field and working principles of the 103-471JS fixed inductor.

Application Field
The 103-471JS fixed inductor is a component that is typically used to store energy or prevent it from changing. These inductors are mainly used in motor controllers, power supplies, and audio and video systems. For instance, the 103-471JS fixed inductor can be used in a power supply for voltage regulation, ensuring that the output voltage is correct. It can also be used in motor control systems to stabilize current so that the motors are not over-driven. In audio and video systems, it can be used to prevent noise and interference from entering the system. One of the popular applications of this type of inductor is in computers, where they are used to decrease voltage ripple.

Working Principle
Fixed inductors work on the principle of mutual inductance. When a voltage is applied across the two connections, there is an electric current. This current will travel through the electrical circuit, creating a magnetic field around the inductor. The magnetic field induces an electromotive force and a voltage is generated in the inductor. The generated voltage is the same as the applied voltage, and thus the current supplied to the circuit remains constant. The magnitude of the current and voltage is determined by the inductor\'s inductance and resistance. The real-world applications of fixed inductors depend on the characteristics of the inductor, such as its inductance and resistance.

Conclusion
In conclusion, the 103-471JS fixed inductor is a useful electrical component that is used in many different applications. Its primary function is to manipulate current and voltage in an electrical circuit, such as in motor controllers and power supplies. It works on the principle of mutual inductance, in which a voltage is induced when an electric current passes through the inductor. Depending on the characteristics of the inductor, which include its inductance and resistance, different applications can be realized.

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