RL110-681K-RC

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Fixed inductors are passive electronic components that store electrical energy when a current flows through it. The RL110 Series of inductors from RLC Electronics are designed to provide high-performance, robust products in a compact form factor. The inductors are made from 100% solid metal and feature the RLC patented helical winding construction.

The RLC RL110-681K-RC are designed for use in various applications, such as sinusoidal, step-range and high voltage applications. The inductor\'s patented helical wound construction increases the inductive performance by providing a larger magnetic thresholding effect and a significantly lower ESR than similar sized devices. This makes it well suited for power supply and motor control applications, as well as high frequency applications.

The working principle of the RL110-681K-RC is based on the concept of inductance. This has to do with the fact that an electric current produces a magnetic field around it. This magnetic field in turn creates a force that opposes the current flow. The force is proportional to the amount of current flow, the number of turns on the coil, and the area of the coil\'s core. Therefore, when the core is wound with a number of turns of wire, it creates a coil that has a certain amount of inductance. This is the basis of the operation of the RL110-681K-RC.

The RL110-681K-RC is also designed for use in high-frequency applications. This is due to its high current carrying capacity, high-temperature capabilities, and low equivalent series resistance (ESR) properties. Additionally, its patented construction features an effective heat sinking capability as well as improved waveform characteristics. This makes it well suited for RF amplifiers, RF filters, and motor controls.

In summary, the RL110-681K-RC from RLC Electronics is a high-performance, robust inductor designed for use in various applications including sinusoidal, step-range, and high-voltage applications. It utilizes a patented helical winding construction which increases the inductive performance and reduces the ESR. Additionally, it is also suited for high-frequency applications due to its impressive current carrying and temperature capabilities.

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