ECS-MPI4040R4-R33-R

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Fixed inductors are an integral part of most electronic circuits. ECS-MPI4040R4-R33-R is a type of fixed inductor designed for applications requiring higher inductance levels. The device is intended to be used in power and signal line applications and is capable of handling a wide range of operating temperatures.

ECS-MPI4040R4-R33-R has a maximum current rating of 14A, an inductance range of 1μH to 17μH and a temperature range from -40°C to +85°C. It has an insulation voltage rating of 4.2KVAC and a maximum operating frequency of 50MHz. The device is designed to filter high frequency interference from power and signal paths, while providing reliable electrical isolation.

The device is built using high quality components and features an internal copper sheet layer on the bottom of the PCB for thermal conductivity and improved strength. The form factor of the device offers increased flexibility in placement and is suitable for use in tight spaces. The magnetic shield layer built into the device provides effective protection against magnetically induced noise and ensures minimal signal interference.

The inductor is also equipped with a range of protection features such as temperature protection, short-circuit protection, over-temperature protection, overload protection, and reverse connection protection. The combination of these features provides reliable operation and helps protect the device from damage caused by external factors.

ECS-MPI4040R4-R33-R inductor has a wide variety of applications in various industries such as consumer electronics, telecommunications, automotive, and the military. It can be used to filter power and signal lines to improve signal integrity and increase system reliability. In addition, it can be used as an inductive element in DC to DC converters, voltage regulators, switching power supplies, and other power management designs.

The working principle of an inductor is based on Faraday\'s law of induction, which states that a changing magnetic field causes a potential difference in a conductor. In an inductor, the changing magnetic field induces a voltage in the winding, which in turn causes a current to flow. The current flowing in the inductor creates its own magnetic field, which is opposed to the changing magnetic field of the inductor. This opposes the change in the magnetic field, resulting in an impedance which controls the current.

ECS-MPI4040R4-R33-R offers a reliable solution for applications requiring higher inductance levels. It is designed to deliver superior performance in a wide range of environments and is capable of handling a wide range of operating temperatures. The device also features a range of protection features that ensure reliable operation and help protect the device from external factors. Overall, it is an ideal choice for a variety of applications requiring higher inductance levels.

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