ELL-3GM6R8N Inductors, Coils, Chokes

Fixed Inductors are passive components used to store energy in an electric current. They are generally composed of a coil of metal wire, usually copper, that forms a magnetic field when current runs through it. The fields generated by the inductors can be used to store charge, filter out noise, or create a range of frequencies in an electronic device.

ELL-3GM6R8N Application Field and Working Principle

The ELL-3GM6R8N is a fixed inductor from TDK Corporation. It is a chip-type inductor intended for use in a range of electronics applications such as DC-DC converters, power supply circuits, switching power supplies, noise suppression circuits, mobile device circuits, and other consumer electronics.

This fixed inductor has a very high inductance value, up to 3,800 uH, and a rated current of 0.7 A. It is made of ferrite with a molded construction that features a high breakdown voltage rating and a high thermal resistance, ensuring long-term reliability. The ELL-3GM6R8N has a shielded construction, allowing it to reduce interference from other components.

As all other inductors, the ELL-3GM6R8N functions by inducing a magnetic field when current runs through it. This magnetic field generates an opposing voltage, creating what is known as inductance. Inductance is a measure of the current\'s ability to change relatively quickly and stores energy in the magnetic field that is generated by the inductor.

The high inductance value and high breakdown voltage rating of the ELL-3GM6R8N make it suitable for applications where there is a high amount of current, or high voltage, such as those commonly found in power supplies, DC-DC converters, and motor drives. The shielded construction of the ELL-3GM6R8N makes it advantageous in noisy environments where signals may be subject to interference from other components.

In conclusion, the ELL-3GM6R8N is a fixed inductor that is designed for use in a variety of electronics applications. It has a high inductance value and a high breakdown voltage rating, making it suitable for applications that require high levels of current and voltage. It also has a shielded construction, which makes it useful for applications that are subject to interference.