GLY82N05

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Fixed inductors are key components in any electronics device circuit design. They store and release energy during the operation of the device, and in this way continue the flow of electricity. The GLY82N05 is a standard off-the-shelf, surface-mount, inductor from the Taiwanese manufacturer of components Alpha TEDA. This low-profile open magnetic core is designed to offer high-performance impedance matching in extremely space-constrained layouts.

The GLY82N05 is a niobium leaded surface-mount device with the nominal approximate inductance value of 1 μH. It is rated for a maximum current of 25 A and has a rated saturation current of 5 A. The inductor is available in a 1755 mm package and has an operating temperature range of between -55 °C and 125 °C.

The operating principle of the GLY82N05 is simple. The wire depicted in the component diagram is coiled around the core structure of the device. When an electrical current is passed through this wire, an electromagnetic field is generated which will set up a back EMF in the wire. This back EMF opposes the current, causing the current to slow down and become more concentrated in the areas adjacent to the core structure. This deeper penetration of the current into the core results in an increased inductance.

The GLY82N05 has a variety of possible applications in the world of electronics. It is designed to provide a high-level impedance matching between components and provide signal or power attenuation in many radio frequency circuits. It is also extensively used to filter out noise from switched-mode power supplies, and to help with the smoothing and regulation of AC and DC power sources. Moreover, this device can also be used to generate inductive kickback in various types of electronic latch circuits.

In short, the GLY82N05 is a standard off-the-shelf, surface-mount, inductor from the Taiwanese manufacturer of components Alpha TEDA. This low-profile open magnetic core is designed to offer high-performance impedance matching in extremely space-constrained layouts. Its operating principle is based on the generation of an electromagnetic field which sets up a back EMF to oppose the current, resulting in increased inductance. Finally, the GLY82N05 is designed to provide a range of useful functions such as impedance matching between components, noise-filtering from switched-mode power supplies, and generation of inductive kickback in latch circuits.

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