RLB0812-103KL

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Fixed Inductors

Fixed inductors are components that serve two elementary functions in the functioning of electrical circuits: storing energy in a magnetic field, and providing impedance in an AC circuit. Their working principles are based on principles of electromagnetic induction that were discovered in the early 1800s. Fixed inductors take a variety of forms, depending on the operating environment, circuit requirements, and the type of inductor; RLB0812-103KL is one such type.

RLB0812-103KL is a common mode inductor of the SMD-package. It has an EIA 3590A-8 footprint, making it suitable for high density installation. The inductor has an operating temperature range from -40 to 85 degrees Celsius, with sufficient power influence limits of up to 40A/β°. Furthermore, the RLB0812-103KL features high EMV shielding and special material\'s selection for low radiation.

RLB0812-103KL is widely used in a variety of industrial applicatoins. It is suitable for EMI, DC/DC, converter, SEPIC, PPTC devices, switching, and DC/AC inverters. It is also commonly used in automobiles, meters, relay switches, and energy storage devices. Its operating principle is based on the properties of mutual inductance and energy conversion.

The inductor works based on induces current when exposed to a changing magnetic field. This is caused by a change in the magnetic flux from within its core, paired with a primary winding. When physical motion, ac voltage, or a shift in flux sufficient to generate a voltage occurs, the secondary winding of the inductor magnetizes and induces current. This is referred to as the mutual inductance effect.

The construction of the inductor also plays an important role in how it works. In order for the mutual inductance effect to take place, the inductor must be an ideal component that is composed of two identical windings which differ in polarity. Furthermore, the magnetic fields of these windings should also be of the same symmetry and amplitude.

In addition, the inductor should also be composed of superior materials that are light, flexible, and highly resistant to heating. This ensures proper energy conversion and optimal performance of the inductor. The best materials for this purpose are ferrite cores and non-magnetic bodies, due to their low cost and easy availability.

The RLB0812-103KL fixed inductor, therefore, makes use of these principles in order to provide a reliable and efficient performance. It features an EIA 3590A-8 footprint for high-density installations, making it suitable for a wide range of industrial applications. Its construction also ensures proper energy conversion and an optimal performance.

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