RL875S-100L-RC

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Fixed inductors are components that use a coil of conductive material to convert electrical energy from one form to another. The particular inductor discussed here is the RL875S-100L-RC, a through-hole mounted high-performance inductor. It is primarily used in power supplies, switched mode power supplies (SMPS) and other power applications requiring high currents, high power and relatively low resistance.

The RL875S-100L-RC inductor has a temperature range from -40° to +85° Celsius, is capable of handling up to 10 Amps of continuous direct current (DC) and has a rated inductance of 10 µH. Its Very Low Profile (VLP) design – with a height of 2.5 mm as well as its low cost enables its use in tight spaces.

The working principle of inductors can be explained by Faraday’s Law of Induction, which states that any change in current passing through an inductor will induce a voltage across it. This voltage is opposed to the change in current and is proportional to it. This is the basis of the operation of an inductor; the greater the current, the greater the induced voltage, which acts to oppose the increase in current and the decrease in current. In other words, an inductor stores energy in its magnetic field when current is applied, and releases energy when current is removed.

The RL875S-100L-RC inductor is particularly useful in power supplies and SMPS applications because it combines the high current capabilities of a ferrite core with the low loss of a high temperature winding. This makes it perfect for high-frequency switching power supplies, providing power without the loss of energy through heat. The low resistance also allows the use of larger input currents and its tight packaging enables its use in applications with limited space.

In conclusion, the RL875S-100L-RC inductor is a high-performance component, capable of handling large currents at relatively low losses. It is typically used in power supplies and SMPS applications, due to its high power and current capabilities, low resistance, and low-profile VLP design. Its use allows for efficient delivery of energy for high-frequency switching power supplies in situations with limited space.

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