1812R-562H

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Fixed inductors are passive electrical components that store energy in the form of a magnetic field. Popularly referred to as inductors, these devices are commonly used in a wide range of electronics applications for power, data, and control. The 1812R-562H product from an industry leading components distributor is an example of a fixed inductor. It is ideally suited for a number of applications where small size, low cost, and a long working life are important considerations.

The 1812R-562H is a surface mountable, fixed inductor measuring only 0.12 x 0.06 inch in size with a maximum height of 0.14 inch. It is constructed using a toroidal core made of ferrite material with an outer shield, which defines its operating parameters. This component offers a low DC resistance of 0.22 ohms and a maximum inductance value of 560 nano-henries. It has an operating temperature range of -55 to +150 Celsius and is rated for a maximum current of 1.0 amps.

The 1812R-562H can be used in a wide range of applications where reliable inductor operation is critical. These include power supplies, power regulators, LED drivers, automotive electronics, switch-mode power supplies, and DC-DC converters. Its small size and robust performance also make it suitable for consumer electronics applications such as MP3 players, cellular telephones, and game consoles.

The 1812R-562H works by storing energy as an electromagnetic field. Whenever electrical current passes through it, a voltage is induced based on the amount of current and the inductance value of the device. This creates opposition to the passage of direct current, which results in a sudden decrease in the speed of electricity, or an increase in voltage. The resulting effect is that the circuit is electrically filtered, allowing for a stable voltage and current output.

In summary, the 1812R-562H is a fixed inductor designed for a number of applications where dependable magnetic field storage is critical. Its small size and low resistance make it ideal for consumer electronics, power supplies, LED drivers, and automotive applications. By storing energy as an electromagnetic field, this inductor creates opposition to the passage of direct current resulting in a stable voltage and current output.

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