CDH63NP-390MC

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Fixed Inductors

Fixed inductorsare used to convert electrical energy into a magnetic field, which has many applications. The CDH63NP-390MC is a fixed inductor that can be used for various applications such as inductor filter circuits, high frequency transmitters, power supplies, and radar systems.

Capabilities of the CDH63NP-390MC

The CDH63NP-390MC is largely made from high grade steel cores and non-ferrous semiconductor technologies. It has high current capacity along with strong resistance to corrosion. CDH63NP-390MC inductors can handle as much as 10A at a frequency of up to 15MHz and as much as 50A at frequencies up to 1MHz. It has a temperature coefficient of -384 PPM/C and an effective resistance of 120mΩ.

Applications of the CDH63NP-390MC

The CDH63NP-390MC can be found in a wide variety of applications, such as power supplies, resonance circuits, meter dc-dc converters, electronic ballasts, radar systems, inductor filter circuits, and high frequency transmitters.

The CDH63NP-390MC also has the capability to smooth and reduce current fluctuations and harmonics. This is particularly useful in power supply applications. The inductors also help with transient response and can be used to reduce noise and vibrations.

The CDH63NP-390MC has a very low self-inductance which makes it suitable for anti-EMI filters. It can also be used as AC filters in various applications with low-frequency passbands up to a few kHz. The inductor is also suitable for noise reduction in broadcasting systems.

Working Principle of the CDH63NP-390MC

When a current passes through the CDH63NP-390MC inductor, a magnetic field is created around it. This results in the opposing force of the current flow, causing it to slow down. As a result, the inductor produces an electrical impedance in the circuit, the magnitude of which is dependent on its inductance. When the current changes direction, the magnetic field is sustained and the induced EMF is generated in the opposite direction. This makes the CDH63NP-390MC ideal for AC power applications.

The CDH63NP-390MC is also known for its high Q factor, which is the ratio of the inductor’s energy stored in the magnetic field to the energy dissipated as heat. A high Q factor means that most of the energy is stored in the magnetic field, making it more efficient as an inductor. This is beneficial in applications such as resonant circuits or filter circuits.

Conclusion

The CDH63NP-390MC inductor is an efficient and cost effective component that has a plethora of applications. It can be used for various purposes such as filtering, noise reduction, smoothing out current fluctuations, and reducing harmonics. Its high Q factor makes it an efficient inductor with a wide range of applications in the resonant circuits, filter circuits, and power supplies.

Overall, the CDH63NP-390MC is a versatile and efficient inductor, suitable for a wide range of applications.

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