SC511MF-100

Fixed inductors are electronic components that create inductance in electric circuits. A fixed inductor is one whose inductance is not variable, but rather chosen by the designer. The SC511MF-100 is a component in this group, and its field of application and working principle is discussed below.

SC511MF-100 Application Field

The SC511MF-100 is a fixed inductor, suitable for use in low power applications. It is designed to operate in a wide range of temperatures, from -40℃ up to 105℃. It is also highly resistant against vibrations and shock, making it reliable for a variety of extreme conditions. It is well-suited for applications needing high energy conservation, such as consumer electronics, medical systems, lighting devices, and automotive electronics.

The SC511MF-100 is available in a wide variety of packages, ranging from 2.36mmx2.36mm up to 7.5mmx7.5mm, making it useful for a variety of sizes. It is capable of carrying up to 1.3A current. The operating voltage is 1.2V, with a DC resistance value of 25mΩ. Its inductance range is 1.3µH to 1.8mH . All these specifications make the SC511MF-100 an ideal choice for use in consumer electronics.

SC511MF-100 Working Principle

Inductors are passive electronic components, meaning they can only store or release energy. Inductors use magnetic fields to store energy, which can then be released when needed. The SC511MF-100 is an example of a fixed inductor, meaning its inductance can’t be changed by the user. Its inductance is chosen by the designer, based on the specifications of the application.

The SC511MF-100 is an air core inductor. Air core inductors use nothing more than air, and rely on the magnetic fields generated by two current-carrying coils to create inductance. Energy is stored in a magnetic field between the two coils, which can then be released when needed.

The specific inductance and current rating of the SC511MF-100 are determined by the sizes of the coils and the materials used to construct them. The operating voltage is dictated by the amount of current flowing through the inductor.