ECS-MPI4040R3-2R2-R

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Fixed inductors are passive components used in electrical and electronic equipment to provide a reliable and efficient circuit for proper function. They are designed to help achieve various aims, such as replacing capacitors or precisely controlling current and voltage. The common uses include playing a role as filters, oscillators, amplifiers, resistors, and more. ECS-MPI4040R3-2R2-R is a widely used fixed inductor.

The ECS-MPI4040R3-2R2-R is a radial leaded power inductor primarily used for high current applications. Its copper alloy shell and toroidal base provide excellent heat dissipation performance and protect the internal inductors from any possible outside damage or interference. It boasts extremely low electrical resistance, which makes current delivery fast and smooth. Furthermore, the maximum AC current handling of 4A (RMS) makes it suitable for applications that require high load current.

As for its application field, the ECS-MPI4040R3-2R2-R is used in many different industries, from aerospace and automotive to consumer, networking and computer related fields. As an example, it can be used in power converters, switch-mode power supplies, battery chargers and related devices. The stable inductance and low resistance are two of its main advantages, allowing reliable fast and efficient energy transfer.

The ECS-MPI4040R3-2R2-R’s working principle is also quite interesting. It consists of two main parts: an internal inductor and a copper alloy shell. Inside the device, the inductor harmonizes with the flow of electricity, involving electrons in a dynamic relationship based on self-induced magnetic fields, which leads to a decrease in electrical resistance. The copper alloy shell acts as an insulator, protecting the internal wiring and allowing for a more efficient release of energy.

In summary, the ECS-MPI4040R3-2R2-R is a widely used fixed inductor that has a variety of applications in various industries, such as aerospace and automotive. Its main features include an excellent heat dissipation performance, low electrical resistance, and a maximum AC current handling capability of 4A (RMS). Lastly, its working principle involves the use of an internal inductor and a copper alloy shell, which create self-induced magnetic fields that lead to a decrease in electrical resistance.

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