2500R-76G

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Fixed inductors are components that consists of a coil of wire, magnetically saturated core, and a terminal connected to the windings of the coil. The most commonly used type of inductors in electrical and electronic circuits are those which operate at a fixed inductance. These components usually work in one direction and, as their name implies, maintain the same inductance value regardless of the amount of current passing through them.

2500R-76G is a type of fixed inductors which are especially useful in circuits that require high inductance values. This type of inductors have a high power rating and have proven to be highly reliable under rigorous conditions. This type of inductor is commonly used in DC-DC converters, pulse transformers, and AC-DC converters.

The working principle of a 2500R-76G fixed inductor is relatively simple. It utilizes a ferrite core which is saturated by an electric current. When an alternating electric current is passed through it, the core will magnetically saturate and store energy in its magnetic field. The stored energy is released again when the current reverses and the magnetic field collapses.

The 2500R-76G fixed inductor has many applications. It is very commonly used in frequency-doubling stages in DC-DC power converters, where it acts as a voltage multiplier, allowing high-current circuits to supply higher voltages without overloading the core. It is also often used in power supplies for cellular base stations as it is capable of handling relatively high-current loads. Furthermore, this type of inductor is often used in high-frequency switching circuits, such as those used in particle accelerators, as it can handle fast transitions with less inductance change.

The 2500R-76G fixed inductor is an invaluable component in a wide variety of circuits and applications. Its high power rating and proven reliability make it a popular choice in high-current, high-frequency applications. As a result, it can be found in everything from DC-DC converters to particle accelerators.

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