CDEP145NP-2R2MC-140

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Fixed inductors are passive electrical components in which a conductor, such as a wire or coil, is wound around a core material. This placed coil is then permanently connected to the other electrical components surrounding it, creating an inductive circuit. Inductors can also contain core materials such as ferrite, which further enhance the inductor’s properties. One such type of inductor is the CDEP145NP-2R2MC-140. This article focuses on the application field and working principle of this inductor.

The CDEP145NP-2R2MC-140 is an SMD inductor that is designed with a single component type. It features high self-resonance frequency as well as high current handling capability. As such, it is generally used in applications that require high resonance frequencies for band-pass filtering as well as applications which require higher current handling capability. It is commonly used in applications like cellular phones, portable DVD players, and car audio systems.

When it comes to its working principle, the CDEP145NP-2R2MC-140 utilises a ferromagnetic core material in order to achieve a higher quality of inductance. This core material then produces a magnetic field due to the current that flows through it. This magnetic field then induces an electric field that causes the current to change over time. This is known as Faraday’s Law of Induction. The magnitude of the change in current is determined by the inductance of the core material as well as the rate at which the current is changed (frequency).

The CDEP145NP-2R2MC-140 is also very attractive due to its compact size and low cost. As such, it is a very attractive alternative to larger higher cost inductors. Additionally, this inductor also features a high current handling capability, allowing for use in applications which require a significant amount of power. Additionally, it also features a low DCR, which helps to reduce the power losses associated with higher DCR inductors.

To conclude, the CDEP145NP-2R2MC-140 is a high quality fixed inductor. It is designed with a single component type and features a ferromagnetic core material, which increases its inductance. Furthermore, it is very small and cost effective, making it a great alternative to larger, higher cost inductors. Additionally, it features a high current handling capability, allowing it to be used in applications which require a significant amount of power. Finally, its low DCR helps to reduce the power losses associated with higher DCR inductors.

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