ELJ-FA1R0MF2

Fixed inductors are electrical components that temporarily store energy in the form of an electromagnetic field and are used to generate a current in a circuit. The ELJ-FA1R0MF2 is a type of fixed inductor, and is suitable for power circuits with its high-current capacity. These inductors are suitable for applications requiring high-flux density, as well as high-saturation and high-output power.

The ELJ-FA1R0MF2 is an air-gap core type fixed inductor. The main advantage of this type of inductor is its low cost, and its small size makes it suitable for use in applications with limited space. The physical construction of an ELJ-FA1R0MF2 is a housed cylinder with a number of capped terminals for connection to the power circuitry.

The core material within the ELJ-FA1R0MF2 is made of non-magnetic ferrite material, with a top layer of insulated magnetic material of NBB 310. The insulated magnetic material provides stability to the inductor and also helps reduce stray magnetic fields.

The working principle of the ELJ-FA1R0MF2 involves the use of electromagnetism to generate a current in the circuit. When a current is passed through the ELJ-FA1R0MF2, an electromagnetic field is generated around the inductor, which in turn induces a current in adjacent conductors. This induced current is then used to power the circuit.

The ELJ-FA1R0MF2 fixed inductor is suitable for a range of applications, such as power line circuits, transformer circuits, voltage regulator circuits, and switching converters. The ELJ-FA1R0MF2\'s high capacity and flux density make it useful for power supply applications, while its low profile design makes it suitable for use in applications with limited space.

In summary, the ELJ-FA1R0MF2 is a type of fixed inductor and is categorized as such due to its purpose of temporarily storing energy in the form of an electromagnetic field. Its main advantage is its low cost, and its small size makes it suitable for use in applications with limited space. It is suitable for a range of power line, transformer, regulator, and switching converter circuits, due to its high current capacity and flux density.