PE-0201CC6N2JTT

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Fixed Inductors are one of the most basic electrical components used in electronic circuits ranging from low-voltage to power electronics. The PE-O201CC6N2JTT is one example of a fixed inductor, and is mainly used for power multiplexing and energy storage applications. This article will provide an overview of the application field and working principle of the PE-O201CC6N2JTT.

Application Field

The PE-O201CC6N2JTT is one of the most popular fixed inductors used in power multiplexing and energy storage applications. It is used in a wide variety of power converter circuits such as switched mode power supplies, dc-dc converters, and power amplifiers. Moreover, the PE-O201CC6N2JTT is suitable for high current applications such as motor control, battery management, and welding. It is also suitable for other high power density applications such as portable devices and automotive systems.

Working Principle

When an electric current is applied to the PE-O201CC6N2JTT, a magnetic field is generated around the inductor coil. This magnetic field is responsible for storing energy in the form of an electromagnetic field. This stored energy can then be used for various applications. For example, the energy stored in the inductor can be used to filter or shape the waveform of an AC signal. Additionally, the inductor can be used to provide a constant voltage source, as it can store energy temporarily when the demand on the circuit is low.

Furthermore, the PE-O201CC6N2JTT can also be used as a transformer. This is because the principle of inductance states that the amount of current in a coil is proportional to the amount of voltage applied. So when voltage is applied to the inductor, the current is increased, and this increased current can then be used to drive a secondary load. This secondary load is usually a motor, a speaker, a solenoid, or a lighting device.

In conclusion, the PE-O201CC6N2JTT is a commonly used fixed inductor, mainly used for power multiplexing and energy storage applications. Its working principle involves a magnetic field being generated around the inductor coil when electric current is applied, which then can be used to filter or shape AC signals, store energy temporarily, and drive secondary loads.

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