CMD5D13NP-3R3MC-2L

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Fixed inductors are electrical components with many applications in the realm of electronics and have been used for decades in a wide variety of situations. In this article, we will look at the particular application field and working principle of the particular inductor CMD5D13NP-3R3MC-2L.

Overview of Fixed Inductors

An inductor is an electronic component that resists changes in current. It is essentially a coil of wire that behaves to oppose change. As current is passed through it, it creates a magnetic field that generates its own opposing counter-force. This results in an inductor allowing current only when the voltage across its terminals exceeds the initial voltage created by its magnetic field.

Inductors are classified by their electrical characteristics, specifically the inductance, which is measured in henries. An inductor\'s value is determined by the square of its inductance; as its inductance increases, so does its efficiency.

Inductors can be used in a variety of applications, including storing energy, regulating power, eliminating interference, controlling voltage, filtering signals and reducing inductive crosstalk.

Application Field of the CMD5D13NP-3R3MC-2L

The CMD5D13NP-3R3MC-2L is a fixed inductor primarily used for applications in telecommunications. It is a small inductor that is ideal for high frequency applications, due to its superior ESR and ESL performance. It has an inductance of 3.3 mH and boasts an operating temperature range of -25°C to +85°C. It is designed for commercial applications and carries a VDE approval.

The CMD5D13NP-3R3MC-2L has a low insertion loss, which means it can be used to attenuate higher frequency signals without affecting the lower frequencies. It is also highly resistant to EMI (electromagnetic interference), further increasing its usefulness in telecom applications.

Working Principle of the CMD5D13NP-3R3MC-2L

The working principle of the CMD5D13NP-3R3MC-2L is the same as with most fixed inductors, except for the specifics of its characteristics. Like all inductors, it is designed to resist changes in current that is passed through it. As current is passed through it, a magnetic field is generated that opposes the current. This results in an inductor allowing current only when the voltage across its terminals exceeds the initial voltage created by its magnetic field.

The number and direction of turns of the coil affect its inductance. The more turns the coil has and the greater the cross-sectional area of the core, the higher its inductance. The CMD5D13NP-3R3MC-2L also has a low insertion loss, making it ideal for high frequency applications.

Conclusion

The CMD5D13NP-3R3MC-2L is a fixed inductor specifically designed for telecommunications applications. It has an inductance of 3.3 mH and can operate in a temperature range of -25°C to +85°C. It boasts a low insertion loss and is highly resistant to EMI. Its working principle is the same as with most fixed inductors.

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