IMS05SH1R0K

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Fixed inductors are electricity-storing components used for a wide variety of applications. They work by inducing a magnetic field in a fixed set of wires when current runs through them, then using the resulting magnetic field to store the electricity. One such type of fixed inductor is the IMS05SH1R0K.

The IMS05SH1R0K is a small, low-profile fixed inductor. It features an ultra-thin package of 1.4 mm in height, making it an attractive option for electronic applications with minimal clearance space. Its wide operating temperature range between -55 to +125 degrees Celsius makes it suitable for use in demanding applications.

The IMS05SH1R0K is designed to meet a variety of requirements. It has a high performance operating frequency of up to 50 MHz and is capable of delivering up to 900 mA of continuous current. Furthermore, it provides a wide range of inductance values from 10 nH to 200 nH, allowing for use in applications such as switching regulators, power converters, and automotive systems.

So how does the IMS05SH1R0K work? The device utilizes a coil of wire that is fixed in place and carries current through it when voltage is applied. This causes the field around the coil to become magnetized, and the resulting magnetic field stores the energy in the form of an electric current. The stored energy is then released when the current is removed, allowing the inductor to act as an energy storage device.

Due to its advantages, the IMS05SH1R0K has been adopted in a range of applications, from consumer electronics to automotive systems. Its small size and low profile design make it an attractive option in areas where space is tight. Additionally, its wide operating temperature range and high performance characteristics make it suitable for a variety of demanding applications.

In conclusion, the IMS05SH1R0K is an excellent example of a fixed inductor. Its small size, wide operating temperature range, and high performance make it suitable for a range of applications, from consumer electronics to automotive systems. Additionally, its ability to store energy in the form of a current makes it an indispensable tool for electronic designs.

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