CEP125NP-7R2MC-H

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Fixed inductors are electrical components, permanently inductive in nature. They are widely used in electronic circuits for a variety of purposes such as signal generation, power filtering, and impedance matching. The CEP125NP-7R2MC-H is a fixed inductor in the form of a power inductor that is suitable for a wide range of applications.

Application Field

The CEP125NP-7R2MC-H fixed inductor can be used for power input filtering, current sensing, phase shift circuits, PFC circuits, GR circuits, power line noise suppression, and other power circuits. Due to its compatibility with the standard lead free reflow solder profile, the device can be used in industrial systems where performance is critical. Additionally, its low resistance enables it to be integrated into the new generation of electronic components. Its solderability also makes it perfectly suited to the demands of the automotive industry, train and military applications.

Working Principle

The CEP125NP-7R2MC-H fixed inductor is primarily composed of a ferrite core and winding. The winding is wrapped around the core and is composed of copper wires. The magnetic field that is generated by current flowing through the winding bounds the core. This magnetic field couples the core to the winding. This causes a voltage to be induced in the winding due to the changing magnetic field. This voltage generates the inductance of the device.

The current that flows through the winding also generates a magnetic field that interacts with the core. This creates a force that pushes the winding away from the core. This force is called the inductive reactance and it is the main factor that affects the performance of the device. The inductive reactance affects the electrical properties of the device such as its frequency response, inductance, capacitance, and impedance.

Conclusion

The CEP125NP-7R2MC-H fixed inductor is an ideal device for many applications due to its low resistance, compatibility with lead-free processes, and high inductance. Its small size and solderability make it a good choice for use in automotive, train and military environments. Furthermore, its inductance, frequency response, and impedance properties make it suitable for filtering PFC circuits, GR circuits, power line noise suppression, and other applications.

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