160R-301JS

Fixed inductors find a wide range of applications in the electronics industry, from high-end medical devices to military radars. As their name implies, they are coil-like, static components with a fixed inductance value. In a typical inductor, the wire is wound around a ferrite or iron core which magnifies its magnetic effect as the current passes through it. The inductor operates by generating a magnetic field that stores energy in the form of a changing current.

The 160R-301JS is a popular fixed inductor with a nominal inductance of 10.2 µH and a maximum current rating of 3 A. It is designed for use in circuits where power conservation is paramount, such as smartphones and other portable devices. With its small form factor and low power consumption, this model is an ideal choice for modern electronics.

The core of a fixed inductor is one of its defining characteristics, as the inductance value of the component is a direct result of the core material. The 160R-301JS utilizes a ferrite core, which is much more efficient than iron cores and also significantly reduces AC losses. By virtue of its ferrite core, this component is able to withstand a significantly higher current rating while maintaining good inductance accuracy and tolerance levels.

The working principle of the 160R-301JS is simple yet effective: when an electric current passes through the inductor, it generates a magnetic field that opposes changes in the current. This provides a stabilizing effect on the current, limiting any changes that may occur in the circuit. Due to its powerful magnetic properties, the inductor is also capable of storing energy in its field. This can be used in electronics circuits to reduce power consumption by storing the excess energy instead of dissipating it as heat.

The 160R-301JS is a great example of a modern fixed inductor, combining a ferrite core, high current rating, and good inductance accuracy into one small package. It is ideally suited for applications such as cellular phones, tablet computers, and wearable electronics where space is at a premium and power efficiency is desired. It is also widely used in medical devices, industrial equipment, power supplies, and avionics.