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Introduction to Fixed Inductors

A Fixed Inductor is an electrical component that stores energy in the form of an inductance. They are mainly utilized in power applications such as switching power supplies and filters. They can also be utilized to construct power transformers or chokes for the suppression of electromagnetic interference. Fixed inductors generally come in a cylinder or axial shape with an axial-wrapped copper wire wound around a ferromagnetic core. Selecting the right fixed inductor depends on several factors, like the frequency, rated current, and inductance.

Application Field for 1130-1R5M-RC Fixed Inductor

The 1130-1R5M-RC fixed inductor is a high-quality component that is commonly used in a broad range of applications. It’s suitable for use in power electronics applications, both new and current design projects. This device helps with charging, discharging, and providing a steady output current for your circuit. It is also capable of operating in noisy environments like a car, where interference from the environment can cause troublesome frequencies. It is also capable of providing efficient filtering capabilities for protecting delicate components.

Working Principle of 1130-1R5M-RC Fixed Inductors

The 1130-1R5M-RC consists of a core wound with a wire that is encased in an insulated casing. When electrical energy is passed through the wire, it creates an induction that builds up a magnetic field in the core. This magnetic induction stores energy that can be slowly released through the wire whenever a current is passed through it. The inductance and current capacity of the inductor depend on the size of the core and number of wire turns. The 1130-1R5M-RC has a 1.5mH inductance with a 10A current capacity and a coil resistance of 2.15 ohms.

Conclusion

The 1130-1R5M-RC is a powerful and reliable fixed inductor that features high current capacity, good noise suppression, and efficient filtering capabilities. It is suitable for a variety of applications from high voltage and power settings to noisy environments. Its working principle of storing energy and releasing it through electric current makes it a great choice for applications where reliable steady output current is required.

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