SDS850R-154M

Fixed inductors are components that can store electric charge in an electric inductance. The SDS850R-154M inductor is an efficient and reliable inductor that can be used in a number of applications. This article provides an overview of the application field and working principle of the SDS850R-154M.

Application Field of SDS850R-154M

The SDS850R-154M fixed inductor is a high-frequency inductor that can be used in a wide range of applications. It is suitable for high-current, low-power switching power supplies, lighting drivers, inverters, operating voltage of up to 30V DC, and switching frequencies of up to 200kHz. Other applications include low-power audio applications, RF signal and radio frequency applications, and harmonic filtering. The SDS850R-154M is a general-purpose inductor and is ideal for use in a circuit to reduce electrical noise.

Working Principle of SDS850R-154M

The SDS850R-154M inductor consists of a coil of wire wound around a ferrite core. The ferrite is made up of tiny iron oxide particles which provide high magnetic permeability. The magnetic field generated by the current reaching the inductor is stored within the ferrite core. The current absorbed by the inductor determines the amount of magnetic flux generated. The SDS850R-154M is a high-frequency inductor with a high impedance for frequencies above 1kHz. The inductance of a fixed inductor is considered to be ‘constant’, meaning it will not vary with temperature or frequency.

The amount of current passing through the inductor will determine its level of impedance. The movement of the current through the inductor produces a voltage drop. This voltage drop is used to generate a ‘back emf’ which opposes the original voltage applied to the inductor. This property of the inductor is known as inductive reactance. The inductive reactance is proportional to the frequency of the applied current.

The SDS850R-154M inductor is designed to be resistant to voltage and current fluctuation. The inductor has a rated inductance over its entire temperature range and can withstand high current levels without saturation. The inductor is electrically reversible, meaning it can be used in both DC and AC circuits. In AC circuits, the inductor will produce a peak current that is greater than the mean current.

Conclusion

In conclusion, the SDS850R-154M Inductor is a reliable and efficient convectional high-frequency fixed inductor. It can be used in a variety of applications including high-current, low-power switching power supplies, lighting drivers, inverters, operating voltage of up to 30V DC, and switching frequencies of up to 200kHz. Its impedance is high for frequencies above 1kHz, and it is designed to be resistant to voltage and current fluctuation. The inductor has a rated inductance over its entire temperature range and can withstand high current levels without saturation.