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1273AS-H-100M=P3 Fixed Inductor

The 1273AS-H-100M=P3 is a type of fixed inductor that is used for many different types of applications. This article will explore the various applications for this type of inductor, as well as discuss the working principle behind its design. By understanding these two facets, one can better utilize this component in their project.

Application Field

The 1273AS-H-100M=P3 fixed inductor is mainly used in applications where a high magnetic field is required. This type of inductor is often utilized in motor control, audio, and other power related electronics. Due to its high magnetic field, it can be applied in applications where more power needs to be efficiently regulated. Additionally, due to its wide range of operating temperatures, it can be used in extreme temperature conditions as well.

The 1273AS-H-100M=P3 fixed inductor can also be applied in communication systems. It is especially useful in amplitude modulation, frequency modulation, and other modulation techniques used in communication. The inductor can be used to help shape the waveform by controlling the electric current. In addition to communication, this type of inductor is also used in power conditioning, voltage regulation, and surge protection.

Working Principle

The 1273AS-H-100M=P3 fixed inductor works on the principle of electromagnetic induction. An electromagnetic field is created by passing an alternating current through the inductor, which generates an electric current in the wire winding of the inductor. This electric current generates a magnetic field, which is then used to induce a voltage in the nearby components. This induced voltage can be used for numerous applications.

The inductance of a fixed inductor depends on the number of turns in the wire winding, the winding geometry, and the core material used. The inductance of the 1273AS-H-100M=P3 fixed inductor can be varied by changing the number of turns in the wire winding. The inductance of the inductor can also be increased by increasing the area of the core material.

Another factor that affects the performance of the 1273AS-H-100M=P3 fixed inductor is the self-resonant frequency. This frequency refers to the point at which the inductor will no longer be able to absorb electromagnetic energy, which then results in the inductor becoming reactive. The self-resonant frequency of this inductor is relatively low, which makes it ideal for many power electronics applications where high frequencies are required.

Conclusion

The 1273AS-H-100M=P3 fixed inductor is a versatile component that can be applied in many different applications. From motor control to communication systems, this type of inductor can be used where a high magnetic field is required. Additionally, the working principle of this inductor revolves around the concept of electromagnetic induction, and it’s inductance and self-resonant frequency can be manipulated by changing the winding geometry and core material.

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