2200LL-120-V-RC

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Inductors are common components in the world of electronics. There are many different types, each with specific characteristics that makes them suitable for a given application. The 2200LL-120-V-RC is one such type of inductor. It is a fixed inductor, meaning it has non-adjustable inductance and a low electrical resistance.

This particular type of inductor is used in the telecommunications industry. It is designed for use in base stations, radios, and other telecommunication devices where high resistance and current flow is needed. The main advantages of this type of inductor is its low self-heating, high current capacity, and extremely low electrical output losses.

The primary application field for the 2200LL-120-V-RC is in the level conversion of power signals from one level to another. It is especially useful when dealing with conversion of high voltage power signals from DC to AC and vice versa. Its low output losses and high current capacity makes it suitable for a range of applications such as in the input or output stages of audio amplifiers, or in the input stages of switched mode power supplies. It is also commonly used in the protection of sensitive electronic equipment from over voltage that can be caused by power surges.

The working principle of the inductor is based on the behavior of an electric current when it flows through a coil of wire. A coil of wire will have inductance properties that increase the amount of current that can be driven through the coil. When this increased amount of current passes through the coil, it generates a magnetic field. This magnetic field interacts with the current and the coil, causing a voltage to appear across the coil. This voltage is known as the inductor voltage.

The 2200LL-120-V-RC fixed inductor is designed to provide low electrical output losses, high surge current capacity, and very low self-heating. It operates at a wide range of temperatures and has low resistance to current flow. Its main application field is in the level conversion and protection of electronic equipment from the risk of over voltage caused by power surges.

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