IMC1210SYR10K Inductors, Coils, Chokes

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Fixed inductors are a type of electronic component commonly used in a variety of electrical circuits.

A fixed inductor is an inductor that has a fixed value; its inductance cannot be varied. Fixed inductors are also known as passive inductors, and these are made out of wire that has been wound into a coil structure. This winding action creates an inductive coupling between different turns in the same coil, which then stores energy – in the form of an electromagnetic field, as a result of the current flowing through the coil.

The IMC1210SYR10K is a fixed inductor from a range of miniature, high current SMD products manufactured by MURATA. These components allow current to flow due to their ability to create an electromagnetic field using the induction effect. The inductor has a nominal inductance at 10KΩ, with rated current up to 3.2A and a saturation current of 4.5A at 20℃.

Because of its size, the IMC1210SYR10K is suitable for both lead-free solder reflow as well as wave soldering, with the device range also suitable for both automated assembly and manual assembly. Its dimensions are 3.2 x 2.5 x 2.5 mm. This makes it suitable for applications in compact products that require reliable inductance with high current carrying capacity.

The working principle behind the IMC1210SYR10K is the flux concentration effect – this occurs when current flows through the winding on the component. This generates an electromagnetic force which causes a change in the flux, which in turn induces a voltage in the winding. This voltage is known as the back emf which controls the rate of change of current. Because of the flux concentration effect, the higher the current is, the higher the inductance is.

In summary, the IMC1210SYR10K is a fixed inductor that is suitable for a wide range of applications due to its small size and reliable performance. Its key features include a nominal inductance of 10KΩ, saturation current of 4.5A, and a maximum current of 3.2A. The component’s working principle is based on the flux concentration effect and its dimensions are 3.2 x 2.5 x 2.5 mm making it suitable for use in compact designs.

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