IR04SHR22M

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Fixed inductors are fundamentally made up of a coil or wire conductor and an underlying material that affects its electrical properties such as Electrolytics, Ferrite, Powdered Iron, and/or Ceramic. The IR04SHR22M is a fixed inductor that is especially designed for high frequency switching applications.

The IR04SHR22M has a Binder Pitch of 2.5mm and a diameter of 4mm. It has been designed to be used in high frequency switching applications, such as DC-DC converters, DC-AC converters, and DC-RF converters.

The IR04SHR22M is created by winding several turns of copper wire around a core. This core can be made up of different materials such as ferrite or powdered iron. The coil is filled with epoxy to provide stability and electrical insulation. An overall shield, typically made up of an electrolytic material, is then placed around the inductor to help minimize the effect of EMI.

Fixed inductors generate and maintain a magnetic field in the coils because of the electric current traveling through them. This type of inductor will also minimize current flowing through a circuit, which can reduce the distortion caused by electromagnetic interference. In addition, the inductor can also modify the current flow in the circuit to reduce power consumption and minimize noise.

The IR04SHR22M has an inductance range of 2.2μH to 3μH and a DC resistance of 0.048Ω to 0.080Ω. It has an insulated temperature of -40˚C to 85˚C and a rated current of 110mA to 350mA. It also has a Maximum SRF of 1665 MHz.

The IR04SHR22M is subjected to rigorous testing to ensure its high-yield and reliability. It has a high temperature soldering of up to 260˚C and is RoHS compliant. It has excellent non-magnetic design characteristics, is halogen and antimony free, and is largely compliant to AEC-Q200 standards.

The IR04SHR22M is a high quality fixed inductor designed and created specifically for high frequency switching applications. Its epoxy coating and shielding helps reduce the Electromagnetic interference caused by other components that are in close proximity. It is resistant to high temperatures due to its excellent solderability and is compliant with most industry standards.

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