4922R-28J

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Fixed Inductors are a type of electronic component used in a variety of applications. The 4922R-28J is one such type of fixed inductor that is used in a variety of applications. This article will explore the field of applications and the operating principle of the 4922R-28J.

The 4922R-28J fixed inductor is a non-polarized, axial lead inductor. It is widely used in switching power supplies, with a working voltage of up to 28VDC. This fixed inductor is designed for transient suppressions, and other applications that require high surge current absorption. Additionally, it is used in snubber circuits, due to its high surge current rating, and its ability to handle large inrush currents.

The 4922R-28J fixed inductor has a variety of applications. It is commonly used in motor drives, consumer electronics, medical equipment, LED lighting systems, telecommunication devices, and computer power systems. It can also be used in military and aerospace applications, due to its reliability and high current rating.

The working principle of the 4922R-28J fixed inductor involves creating a magnetic field when an alternating current is applied. The alternating current is composed of two components: an inductor and a resistor. The inductor stores energy as a magnetic field, while the resistor is used to dissipate the stored energy. When the alternating current is applied to the fixed inductor, it causes the stored energy to oscillate, creating a wave-like pattern. This wave-like pattern caused by the alternating current is known as inductive reactance, and it is what creates the magnetic field in a fixed inductor.

The 4922R-28J fixed inductor is a reliable and cost-effective component for applications that require high surge current absorption and transient suppression. Its ability to handle large inrush currents makes it ideal for snubber circuit applications. It is also used in a variety of applications, ranging from medical equipment to military and aerospace applications. Finally, its operating principle involves the creation of inductive reactance, which creates the magnetic field needed for the inductor to work.

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