PG0063.474NLT

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Fixed inductors are components in electrical circuits that store energy and produce a magnetic field when electric current or voltage passes through them. The PG003.474NLT is a type of fixed inductor that has a range of applications and a specific working principle.

The PG003.474NLT is a popular type of inductor because of its small size and low cost. It is ideal for use in computers, home entertainment systems, and other electrical components. It is used to help with voltage stabilization, filter noise, and protect against overvoltage and overload. Furthermore, it can handle high currents, up to 4.7 A, and high voltages, up to 10 V, making it suitable for a variety of applications.

The PG003.474NLT is a wire-wound, fixed inductor. Its construction is composed of a ferrite core, a conductive element, and two wire leads. A conductive element forms a U-shaped core around the ferrite core, while two metal wire leads are connected to its ends. The core and the two wire leads are then encased in a plastic housing.

The working principle of the PG003.474NLT is based on Faraday’s law. When electric current or voltage passes through the inductor, a magnetic field is created around the core and the two wire leads. This magnetic field stores electrical energy. The magnitude of the magnetic field is determined by the amount of current or voltage passing through the inductor. When the current or voltage is increased, the magnetic field increases as well.

The PG003.474NLT is a highly efficient fixed inductor. It has a low level of magnetic losses and a high level of energy storage efficiency. This enables the PG003.474NLT to efficiently convert electrical energy into a magnetic field in order to provide voltage stabilization, filter noise, and protect against overloads and overvoltages.

The PG003.474NLT is a popular type of inductor due to its small size, low cost, high current capacity, and high voltage capacity. It is used in many types of electrical devices in order to provide voltage stabilization, filter noise, and protect against overloads and overvoltages.

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