GLA1R505

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Fixed inductors are inductors with a fixed inductance. They are an important component of all electrical and electronic circuits. The most common type of fixed inductors are the ones made of wire wound around a core material, usually ferrite. The GLA1R505 is a type of fixed inductor which comes with a wide assortment of possible applications, along with a flexible and reliable working principle.

The GLA1R505 is designed primarily for high current applications, and is rated at 176A for power operations. This inductor is built with an even larger power handling capacity of up to 200A. It is suitable for introduction of high frequency switching applications, while also providing immunity to ESD (electrostatic discharge).

The GLA1R505 also has a robust design, protecting against thermal, mechanical, and corrosive vibrations. Its unique design also allows for it to be stacked in a multiple coil configuration, making it suitable for a wide range of supply systems. The product also meets the high reliability Class H specifications for an inductor, allowing it to be a reliable part for high power applications without sacrificing performance.

The GLA1R505 works on a two-tapping principle: one end is connected to a power source, whereas the other end is connected to the load. When electrical current flows through the core material of the inductor, it generates a magnetic field which induces a back-electromotive force, or BACK EMF, which acts as the opposition to the current in the loop. This phenomenon is called inductance.

Inductance is measured in Henries (H), which is the amount of opposition provided to current by the inductor. The concept of inductance is important in AC circuits, as it helps limit the rate at which voltage and current can oscillate, providing stability to the circuit. By connecting the two windings of the inductor to the power source, the inductor will always be creating a back EMF with each cycle of AC, which is why it is important for power applications.

In addition to its high current and power handling capacity, the GLA1R505 also features an operating temperature range between -40 to 105°C. It is most suitable for use in power conditioning, inverters, and battery operated systems. It is also suitable for power supply buses, and other current supplying applications. With its high inductance and low profile design, it is a great choice for many applications.

Overall, the GLA1R505 fixed inductor is an ideal product for applications requiring high current and power handling capacity. Its flexible and reliable working principle helps it provide consistent performance, or even stack in a multiple coil configuration. With its wide temperature range and high inductance, it is well suited to be used in many different systems.

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