MS75083-2BH

Fixed Inductors

An inductor is a two-terminal electronic component that stores energy in the electric field when an electric current flows through it. The MS75083-2BH fixed inductor is an example, and consists of a coil of wire that is generally wound around a core material, usually ferrite given its suitability for magnetic properties. The core originates from the function of the inductor which is to introduce inductance into an electrical circuit. The inductance may be used for frequency-dependent signal processing, impedance matching in radio frequency applications, or adjustment of current flow. Fixed inductors, unlike variable inductors, come with the inductance fixed, so the current within the inductors remain constant irrespective of the voltage in operation.

Applications of MS75083-2BH

The MS75083-2BH fixed inductor is capable of providing an inductance of 200 μH at a rated direct current of 0.7 A. The rated DC resistive inductance of the MS75083-2BH can generally range between 7 and 8 mΩ. The inductor is typically used in pulsed applications or at frequencies below 4 MHz. Examples of such applications are high-frequency switching, power supply, line-frequency filters, as well as for resonant circuit and oscillators. The MS75083-2BH fixed inductor is also commonly used in power electronics, printed circuit boards as well as battery charger applications for its high-frequency characteristics.

Working Principle of MS75083-2BH

The MS75083-2BH inductor uses a ferrite core to allow for control of electrical properties, allowing for higher current flow to be effectively managed for the device to work optimally. This ferrite core also helps in controlling the inductive properties of the device, such as controlling inductance and emission of eddy currents, which affects performance in certain types of electronic devices. The high-frequency characteristics of the MS75083-2BH inductor further facilitates its suitable for this particular application. It helps increase the efficiency of the device in terms of controlling the electrical and inductive properties of the device. The MS75083-2BH can also be passive or active, depending upon the application and the desired output.

Conclusion

The MS75083-2BH fixed inductor is an ideal component for applications that require high-frequency characteristics, such as high-frequency switching, power supply and line-frequency filters. It is designed to introduce an inductance into a circuit, and the ferrite core helps control its electrical properties for better performance. Furthermore, the device is suitable for pulsed applications and works well where frequency is below 4 MHz. With its rated DC resistive inductance ranging between 7 and 8 mΩ, the MS75083-2BH inductor is a suitable choice for any application that requires an inductive component.