HC6-R56-R

Fixed inductors are electrical components that include an inductance value that does not change with varying voltage or current. Fixed inductors are most commonly used in circuits to store energy or block high frequency signals from traveling between two circuit nodes, thus isolating the circuit from incoming signals.

HC6-R56-R is a fixed inductor with a resistance value of 56R and a self-resonant frequency of 9.15MHz. The inductor is constructed with a ceramic core, and ferrite core, and two enameled copper strips, one each for the primary and secondary winding. The inductor has a tolerance of 5 percent, which means the resistance value of the inductor can be up to a maximum of 58.8R and a minimum of 53.2R.

The primary application of HC6-R56-R is AC/DC power line filtering, and it functions as an impedance matching device. This inductor is designed to filter out high frequency line noise on a power line, thus allowing the line or circuit to function without interference. The inductor\'s inductance value and self-resonant frequency allow it to block high frequency signals, while still allowing low frequency signals to travel through.

An AC/DC power line with HC6-R56-R filters in place will function more efficiently and be less effected by outside noise. The inductor isolates the line from external noise, preventing load perturbations and voltage ripples, while also increasing the line\'s surge and transient protection capabilities. Additionally, the inductor ensures the stability of the circuit\'s voltage on the load, especially when operating in high voltage and/or low current systems.

Overall, HC6-R56-R is a simple, yet highly effective fixed inductor that is ideal for use in AC/DC power line filtering. The inductor\'s resistance/inductance value and self-resonant frequency give it a high level of protection from outside interference, while still allowing low-frequency signals to travel through. This makes it an ideal choice when it comes to protecting circuits and ensuring they are operating at peak efficiency.