PE-51591NL

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Fixed inductors are one of the basic components in electrical and electronic circuits that allow to induce a steady state electric current. They are used in countless industrial, residential and commercial applications. PE-51591NL is an example of such a fixed inductor and it is often used in automotive and industrial applications.

The PE-51591NL fixed inductor is a seven terminal device that is used to regulate and store magnetic flux in circuits. It is primarily designed to be used in high power industrial applications including power inverters, electric vehicle charging equipment, battery power systems, and uninterruptible power systems (UPS). It is also suitable for applications in which high frequency, high current, and low intensity are required.

The PE-51591NL fixed inductor consists of two Bobbins. The first Bobbin, or core, is the structure of the inductor and is the basis for the core material. The second Bobbin is filled with a magnetic material that creates more efficient magnetic circuitpaths within the inductor. This second material works to create a stronger magnetic field which is necessary for efficient operation.

The PE-51591NL works by allowing a flow of electric current to flow through a coil, creating a magnetic field along the wire. When a change in current occurs, the field will cause the coil to vibrate at the same frequency. This vibration, in turn, produces an electrical current that is used to power the equipment.

The PE-51591NL fixed inductor offers excellent performance in high frequency applications. It has excellent high frequency stability and low winding resistance. The inductor is also highly resistant to ageing, providing superior performance for long periods of time. It is highly efficient, drawing minimal power and delivering the current in a more precise and consistent manner.

The PE-51591NL fixed inductor is one of the most advanced technologies for controlling and regulating power in electrical and electronic circuits. It is suitable for use in a wide range of applications and provides excellent performance and reliability. It is the perfect choice for any high power system, as it can provide the precise and consistent regulation of electric current needed to effectively control the equipment.

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