Introduction

Fixed Inductors are components that are designed to store electrical energy and provide impedance in electrical circuits. The MLF2012E100MT000 is a fixed inductor from Murata Electronics North America which ensures a high degree of minaturization, low mounting height, and high current capacity. This fixed inductor is ideal for use in high frequency switching power supplies as well as automotive applications.

Application field

The MLF2012E100MT000 is an ideal component for use in high frequency switching power supplies and automotive applications. It is designed for ease of use and high performance to ensure stable operation in applications. This inductor is suitable for applications dealing with power conditioning, filters, telecommunication equipment, and more. It also provides high current capacity and low radiation.

Working principle

The working principle of the MLF2012E100MT000 is based on the principle of inductance. This inductor is designed to store electrical energy in a magnetic field when electric current passes through it. The principle of inductance states that the induced voltage or emf induced in a circuit is proportional to the rate of change of current flowing through the circuit. This maximum current capacity is determined by the rated inductance and the resistance of the coil.

The maximum frequency at which the MLF2012E100MT000 can operate can be determined by the quality factor of the inductor. The quality factor is a dimensionless number that is defined as the ratio of energy stored in the magnetic field to the energy dissipated in the inductor per cycle. This allows for multiple switching cycles without significant loss of power.

Conclusion

The MLF2012E100MT000 is a fixed inductor designed for high frequency switching power supplies and automotive applications. Its small size and low mounting height allow for ease of use in applications which require high current capacity and low radiation. The working principle of this inductor is based on the principle of inductance, which relies on the magnetic field created by electric current to store energy in the form of an induced voltage or emf. The maximum current capacity of the inductor is determined by its rated inductance and the resistance of the coil, while the maximum frequency at which it can be used is determined by the quality factor of the inductor.