VLCF5024T-101MR28-2 Inductors, Coils, Chokes

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Fixed inductors are components that help regulate electrical currents in a circuit. They are made of two metal wires wound around a core and work as an inductor to limit the flow of electricity and store energy for longer periods of time. One such example of a fixed inductor is the VLCF5024T-101MR28-2. This inductor is small and ideal for applications that require a high degree of efficiency with minimal space.

The VLCF5024T-101MR28-2 is a ceramic inductor optimized for high-frequency circuits. It is designed with a high self-resonant frequency and low DC resistance which make it ideal for all types of electronic applications. It features a magnetic core with excellent saturation characteristics and a customer specific structure for optimized current handling capability. The inductor has a low temperature coefficient, high Q-factor, and low ESR which provides maximum stability even at higher currents. Its small size, low profile, and high performance make it suitable for a variety of applications.

The working principle of the VLCF5024T-101MR28-2 is relatively simple. When an electric current passes through the two metal wires wound around the core, an electromagnetic force is created around the inductor. This force induces an electric field and in turns creates a magnetic field inside the inductor which resists the flow of electric current. The resulting effect is that the current is limited and stored in the inductor over a period of time.

The VLCF5024T-101MR28-2 is widely used in a variety of applications and industries. It can be used in wide range of power supply, circuit filter and regulator applications. It is also used for motor control, speaker protection, power converters, and other energy storage components. Additionally, it can be used in television sets, satellite navigation systems, computers, radio receivers, and various communication devices.

Because of its high performance and small size, the VLCF5024T-101MR28-2 is an ideal inductor for a wide range of applications. Its low profile, high self-resonant frequency, low DC resistance, and low temperature coefficient make it incredibly efficient and reliable in various applications. Its reliable performance and small size make it ideal for applications where efficiency and stability are paramount.

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