PE-52625NL

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PE-52625NL Fixed Inductor

Fixed inductors are common electrical components used in electronic devices, such as power supplies, radios, televisions, and computers. They are typically composed of a coil of magnetic material, such as iron core, copper windings, or a combination of both.

PE-52625NL is a non-polarized, fixed inductor made of ferrite. This device is suitable for a number of applications such as DC–DC converters, power supplies, voltage regulators, and power conversion systems.

Application Field

PE-52625NL is ideal for application areas requiring a non-polarized, inductor with high current capacity and saturation resistance. It is especially suitable for applications such as DC–DC converters, power supplies, voltage regulators, and power conversion systems.

In DC–DC converters, this device helps to regulate voltages, minimize switching noise, stabilize linear current, and reduce power consumption. It is also used in power supplies and power conversion systems to provide stability and to minimize power loss.

The PE-52625NL is also widely used in voltage regulator circuits to provide better control of the output voltage. This device can help minimize voltage ripple and improve efficiency in high frequency applications.

Working Principle

An inductor is an electrical component consisting of a coil of wire wound around a core, typically an iron or ferrite core.

When current passes through the inductor, a magnetic field is produced. This magnetic field accumulates energy and creates an opposing voltage that opposes the original current. This opposition is called inductance, and it produces a load in circuits, which helps reduce current or voltage.

The PE-52625NL is a non-polarized, inductor that provides high current-handling capacity and saturation resistance. It is designed with a ferrite core, which optimizes current-handling and saturation resistance performance.

The inductance of this device can be changed by increasing or decreasing its current and by changing its load. Additionally, the device’s inductance can be adjusted by changing the number of turns on its core or by changing its core material.

Due to its high current-handling capacity and saturation resistance, the PE-52625NL is ideal for applications that require a non-polarized, inductor. Its ferrite core design also makes it suitable for use in DC–DC converters, power supplies, voltage regulators, and power conversion systems.

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