9130-80

Fixed Inductors

The 9130-80 fixed inductor is an electronically-controlled, high-performance inductor used mainly for electrical energy supply and control. It is made up of a dielectric core, steel coil, and metal housing. The dielectric core is composed of a special ferrite material that optimizes the inductor’s performance. The steel coil is wound around the core to form cylindrical and rectangular shapes. The metal housing provides protection from mechanical and environmental damage.

Application Field

The 9130-80 inductor is mainly used in telecommunication equipment, and power grid systems, and as a current control device. It can be used in residential and industrial areas to provide power conditioning and regulation, and help reduce power dissipation and outages. It is also widely used in military applications, such as missile guidance, control systems, and navigation systems. In addition, it is also used in medical equipment, robotics, automotive electronics, and other areas where current control is required.

Working Principle

The 9130-80 inductor works on the principle of an electromagnet. When a current flows through the steel coil, it produces a magnetic field in the core that induces a current in the secondary coil. The induced current in the secondary coil is proportional to the intensity of the magnetic field in the core. The inductor provides a constant resistance to the flow of current. This resistance helps to regulate the current or help reduce power dissipation. The inductor is also built with safety features, such as overcurrent protection, short circuit protection, and voltage limiting.

Conclusion

The 9130-80 fixed inductor is an ideal solution for applications requiring current regulation and power control. It has a low resistance, and helps improve the efficiency of electricity supply systems. The inductor is also designed with safety features to protect the electrical circuit from failure. The 9130-80 inductor is widely used in various applications, from military, to telecommunication, and power grid systems.