LB2012T470K Inductors, Coils, Chokes

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Fixed inductors are generally used in all kinds of electrical and electronic devices for the purpose of storing and controlling energy or current. The LB2012T470K application field and working principle are no different. This inductor can be used to store and/or block electrical current, as well as to form resonant circuits.

Specifically, the LB2012T470K is an inductor that features a low profile shape (6.1mm in height), a rated current of up to 1.25A, and an inductance of 470nH. It has a metallic terminal and a plastic film that serves as a second terminal. It is made from high temperature material withstanding up to 155℃ of operation temperature. Furthermore, this inductor has a wide range of possible applications within the automotive, consumer, IoT, LED lighting, and industrial markets.

The working principle of the LB2012T470K fixed inductor is based on the fundamental laws of electromagnetics. This inductor works by converting electrical energy into a magnetic field. As an electrical current passes through the inductor, a magnetic field is generated around it. This magnetic field then generates a force that opposes the current. The degree of opposition is known as inductance, which is expressed in Henrys, or Ohms per ampere-second (millihenries).

This inductor also affects the characteristics of an electrical circuit. For example, if it is connected in series with a capacitor, a resonant circuit is formed. This resonant circuit has the ability to filter signals by amplifying or attenuating certain frequencies. Furthermore, this inductor can also be used in a circuit to reduce noise and to even out voltage.

Overall, the LB2012T470K fixed inductor is a versatile component that has multiple applications in various markets. Its small profile, low cost, and high temperature resistance make it a desirable choice for circuit designers. Its ability to store and control energy or current make it an important component in today\'s electrical and electronic devices.

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