IHLM2525CZERR68M01

Fixed Inductors include a wide range of components designed to provide inductive reactance for various electrical circuits. One such component is the IHLM2525CZERR68M01 Inductor. This component has many different applications, and its working principle is relatively simple. It is primarily used in radio circuits and automotive circuits.

The IHLM2525CZERR68M01 inductor is made of a Ferrite material and captures magnetic flux within its core. The physical size of the component is 2525mm x 2525mm x 68mm. Due to its high permeability, it provides a high inductive reactance and can store many times its own weight in energy. Its rated operating temperature is -55°C to 150°C.

The primary application of the IHLM2525CZERR68M01 inductor is in radio circuits. It is used to tune the main oscillator in an artificial antenna or receiver system. This allows the radio signal to be tuned to the desired frequency by adjusting the inductor. It is also used in automotive applications, such as in electronic stability control (ESC) systems. In these systems, the inductor is used to sense motion and provide feedback to the system, allowing it to adjust its damping force accordingly.

The working principle of the IHLM2525CZERR68M01 Inductor is relatively simple. When an alternating current is passed through the inductor, the magnetic field within the core of the component creates an opposition to the flow of current known as inductive reactance. This increases the amount of energy stored by the component, allowing it to act as a filter or tune the frequency of a signal. This makes it ideal for applications requiring high frequencies.

In summary, the IHLM2525CZERR68M01 Inductor is a fixed inductor component used in radio circuits and automotive circuits. It provides a high inductive reactance and can store many times its own weight in energy. Its primary applications are in tuning radio signals and providing motion sensing feedback in ESC systems. Its working principle is relatively simple, as it increases the amount of energy stored by the component and creates inductive reactance when an alternating current is passed through it.