Fixed Inductors

MBH12282C-820MA=P3 is one kind of fixed inductors used in various electrical applications. Generally, a fixed inductor is a passive electronic component designed to provide an inductance value that does not significantly change with time, temperature or applied voltage. An inductor is used to store energy in the form of its magnetic field and is used to control current and voltage within circuits. The MBH12282C-820MA=P3 is particularly used in commercial and industrial applications. Its applications include energy-saving, power factoring correction, pulse wave form shaping and motor speed regulation.

Working Principle

An inductor works on Faraday\'s law of electromagnetic induction. It states that a voltage is induced when a conductor experiences a changing magnetic flux. Thus, when an inductor is subjected to an alternating current, it produces an opposing voltage, as the current induces a changing magnetic flux around the inductor.

When an alternating current passes through an inductor, a magnetic field is generated around its windings. This phenomenon is referred to as self-inductance, and it results in a self-induced voltage or induced back-EMF. This induced voltage acts in opposition to the externally applied voltage, which stunts the flow of current.

The MBH12282C-820MA=P3 fixed inductor has a rated inductance value of 820mH (henries) and a maximum DC current of 1.25A. The maximum rated voltage for this inductor is 16Vrms and its ohmic value is 3ohm. It has a minimum inductance temperature coefficient of -40ppm/°C and a maximum of 35ppm/°C. Its temperature range varies from -40°C to +125°C.

Typical Applications

The MBH12282C-820MA=P3 fixed inductor is used in several commercial and industrial applications that require an inductor to store energy in the form of its magnetic field. The inductor is mainly used to control current and voltage within electrical circuits.

The MBH12282C-820MA=P3 fixed inductor is used for energy-saving and power factor correction. By regulating the flow of current, it increases the power efficiency of electrical transformers. It is used to control pulse waveform shaping for industrial machines. Furthermore, the inductor is used to regulate the speed motor in various industrial machines.

Conclusion

In summary, MBH12282C-820MA=P3 is a fixed inductor with a rated inductance of 820mH and a maximum DC current of 1.25A. Its applications include energy-saving, power factoring correction, pulse wave form shaping, and motor speed regulation. Consequently, fixed inductors such as the MBH12282C-820MA=P3 have become increasingly popular in commercial and industrial applications.