IHLM2525CZER100M01

Fixed Inductors

The IHLM2525CZER100M01 is a fixed inductor that is specifically designed for automotive applications. This product features a wide temperature range, low profile and high reliability. The IHLM2525CZER100M01 is a miniaturized version of the IHLM2525CZER200M01, which is the largest in the series, offering a total inductance range of 1.0 to 100 microhenries. It also has excellent temperature stability, enabling it to maintain a good electrical performance even in extreme temperature conditions.

The applications of the IHLM2525CZER100M01 extend to automotive, telecommunication, computing, instrumentation and consumer electronics. Specifically, this product can be used for inductive power output, current boosting, over-current protection, voltage regulator modules and other various applications. This product is qualified for automobiles, communication, consumer electronics, instrumentation and other various applications requiring high reliability.

The IHLM2525CZER100M01 has the capability to store energy inductively through a time-varying much current. This storage capability is based on Faraday’s law which states that a change in current will induce a changing magnetic field around the conductor, producing an electric field which will induce an opposing current in the conductor. The electric field and magnetic field interact with each other. This interaction results in an inductive reactance, which is proportional to the rate of change of the current. The inductance value of an IHLM2525CZER100M01 is determined by the number of turns (wire loops) of the coil, the core material (air, core, ferrite), diameter and length of the coil, permeability of the core material, and the number of windings. It also has a capacitance value.

In conclusion, the IHLM2525CZER100M01 is a fixed inductor product that is well suited for automotive and other high reliability applications. This product offers excellent temperature stability, low profile and high reliability. Its applications include inductive power output, current boosting, over-current protection, voltage regulator modules and other various applications. Finally, the inductance value of the IHLM2525CZER100M01 is determined by the number of turns, core material, diameter and length of the coil, permeability of the core material, and the number of windings.