ELL-VEG1R5N Inductors, Coils, Chokes

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Fixed inductors are commonly used within electrical circuits where the current flowing through them needs to be managed, and the voltage peak can accordingly be regulated or limited. Fixed inductors are not considered to be fully static, as they are typically expected to attenuate and store electrical energy. One of the most noteworthy fixed inductors used in today’s electronic designs is the ELL-VEG1R5N application.

The ELL-VEG1R5N is a professional-grade power supply with a series of plug-in power inductors and a unique magnetic shielding structure. The inductors are solely intended for general DC-to-DC switching applications, and especially for the purpose of DC/DC- voltage regulation. The range of inductors come in various current ratings, starting from 50A and up to 220A. Additionally, the ELL-VEG1R5N inductors are embedded with a shielded magnet which allows for increased Magnetic Flux Density (MFR) and an extended safe operating area.

The working principle of the ELL-VEG1R5N application lies in its magnetic shielding structure and core. This core is wound with enamelled copper wire to create the inductors. Each of the inductors within the series holds a unique construction that determines the inductance efficiency when the application is used. The energy storage of the inductors is predominantly characterised by its ability to store energy in a magnetic field. Current is supplied to the inductors, and energy within the magnetic field is transformed from electric current into magnetic energy. Charging and discharging of the magnetic field within the core of the inductors will thus determine the amount of magnetic inductance that is produced. The charge-discharge process of the energy stored within the inductors creates inductive coupling distribution within the inductor which is responsible for the voltage drop.

The induction efficiency of the ELL-VEG1R5N is further improved through the use of a dual-layer magnetic shielding structure. This shielding structure aides in increasing the power output conversion ratio while suppressing leakage components. The magnetic shielding structure also helps to reduce flux leakage that may occur during the voltage change, which allows for a more effective transformation of energy.

Thanks to the efficient design of the core and magnetic shielding structure, the ELL-VEG1R5N is a preferred choice for DC-to-DC converter circuits. It is able to regulate and attenuate energy depending on the current and voltage supplied, and is reliable in terms of reducing noise that may occur depending on the magnitude of the DC load. Its inductors also have the ability to reduce component size in order to reduce board space. In order to maximize the ELL-VEG1R5N’s performance, it is useful to note that the proper selection and placement of the inductor should be considered when setting up a circuit board.

The ELL-VEG1R5N has since become a popular choice for electronic designers in various industries. Its high inductance efficiency, coupled with its reliable Charge/Discharge treatment, has made it a standout inductor in the fixed inductors field. The ELL-VEG1R5N is available in a variety of current ratings, and offers a useful addition to the field of fixed inductors thanks to its own unique design and capabilities.

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