TYS30121R0N-10 Inductors, Coils, Chokes

Fixed Inductors

Inductors are electrical components that store energy in a magnetic field created by the flow of electric current. They are commonly used in circuits to convert electrical energy into magnetic energy. A fixed inductor, or simply an inductor, is an electrical component that has an inductance that is not meant to be adjusted by the end user. It is typically a coil of wire wrapped around a core that can be made from ferrite, metal, or air.

In the recent decades, improvement in the performance of fixed inductors has been a major focus in the development of the electronics industry. One of the fixed inductors that have been developed is the TYS30121R0N-10 series. This series has been designed to offer high-performance in a wide range of applications.

Application Field

The TYS30121R0N-10 series is designed to offer high performance in a wide range of applications. These include automotive, industrial, consumer, medical, and telecommunications applications. For example, it can be used in motor control applications, current sensors, voltage sensor, mobile device power supplies, communication circuits, and EMI filters. Its low impedance characteristics, small physical size, and high efficiency are key advantages of this series.

Working Principle

The TYS30121R0N-10 series works on the principle of inductance, which means it creates an electromagnetic field when electric current flows through it. This field stores energy, which is released back into the circuit in the form of a current when the electric current through the inductor changes. This property of an inductor is essential in many types of circuits, especially in AC circuits where the amount of current is changing.

The TYS30121R0N-10 series is designed to take advantage of this property and offers high performance in a variety of applications. The inductors are designed with a winding that is optimized to have lower Inductance-flux saturation and much lower core losses compared to traditional inductors. This results in improved efficiency and higher power density.