S4924-106K

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Fixed inductors are a type of electrical component used to create a conduction path between two terminals. The inductor may be a simple loop of wire or a more complex design comprising a ferromagnetic core and other components. The purpose of a fixed inductor is to create a predictable inductance value for a given applied current. The S4924-106K Inductor is one such component.

The S4924-106K Inductor is a miniature, general-purpose axial inductor. This inductor is constructed of a laminated metal core with an enameled copper wire, protected by a dielectric sleeve. The inductor also features a ferrite core with a set of pins on one end for easy connection to the circuit board. The inductor is available in various power ratings, with standard values of 1uH, 3uH, 5uH, and 10uH.

The S4924-106K inductor is used in a variety of electronic applications, including power and audio-visual equipment, computers, communication devices, and more. The inductor is also used in power supply circuits for the protection of long-term components that require isolation against unwanted electrical noise.

In a power supply circuit, the inductor is inserted between the input voltage source and the load in order to reduce the current surge that may occur in the system. The inductor stores the energy that is needed as the load changes, allowing the current to flow freely without creating high-bending moments on the load side of the circuit.

In audio-visual equipment, the inductor acts to filter out high-frequency noise that is generated by the numerous electrical components in the system. The inductor is connected between the audio/visual output and the input in order to reduce the amount of noise that is allowed to pass through.

The S4924-106K Inductor is also used in signal filtering circuits, providing protection against high frequency interference that can be picked up from external sources. The inductor is connected in series with the circuit and the winding helps to reject the interference while still allowing the desired signal to pass through.

The working principle of an inductor is essentially the same regardless of the type. A conductor is surrounded by a magnetic field, and when a current flows through the conductor, it creates an opposing field within the windings. The opposing fields create a circuit element that acts like an insulator and passes only the desired frequency range of the current.

The S4924-106K Inductor is a highly versatile component with a wide variety of applications in power and signal filtering. The inductor is able to reject external interference while also providing protection from current surges and noise in audio/visual equipment. The inductor is a small, low-cost, reliable way to maintain both performance and protection in electrical circuits.

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