SCEP134S-2R5

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Fixed inductors form an essential subgroup of components in the much broader field of electromechanical devices. They work by providing an opposition to the flow of an electric current. The magnetic field created by the current within the inductor will oppose the change of currents through the component itself, allowing a certain quantity of energy to accumulate. This amount of energy stored in the magnetic field will depend on the number of turns of wire used and the form of coil design used.

The SCEP134S-2R5 is one example of a fixed inductor. It is used in applications such as DC-DC converters, battery chargers, LED drivers, and other associated power transmission systems. The main feature of the device is that it can provide a constant inductance over its full operating temperature range, from -40 degrees to +125 degrees Celsius. It also has an operating frequency range between 10KHz and 1MHz.

The working principle of the SCEP134S-2R5 inductor is based on Faraday\'s law, which states that a changing magnetic field will induce a current in a closed loop of wire. The current induced is proportional to the rate of change of the magnetic field. This works in the SCEP134S-2R5 by having a coil of wire wrapped around a ferrite core, creating a magnetic field. When an alternating current is passed through the coils of the inductor, it creates a fluctuating magnetic field inside the core. This causes an opposing current to flow in the adjacent coils, meaning that the energy previously stored in the magnetic field is now converted into an electrical current.

The SCEP134S-2R5 also comes with a shield cover to protect it from external electrical interference. This serves to prevent external pick up of unwanted signals, as well as to reduce the chance of electrical shocks. The shield also acts as a heat sink to help reduce problems associated with the inductor overheating.

Overall, the SCEP134S-2R5 fixed inductor is an ideal component for applications such as DC-DC converters, battery chargers, LED drivers and other associated power transmission systems. It provides a constant inductance over a wide temperature range and operates efficiently over a frequency range of 10KHz to 1MHz. Furthermore, it is fitted with a shield cover to protect from external electrical interference and help reduce the possibility of electrical shocks or overheating.

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