CMH322522-R10ML

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Fixed inductors are an important type of electronic components, used in a wide variety of electrical and electronic circuits. The CMH322522-R10ML fixed inductor is an inductor that is composed of a flat shield and a powdered-iron core. It is based on the principle of inductance, where the amount of stored energy produced or consumed depends on the current it is exposed to. The inductance value is determined by the physical characteristics of the inductor and determined prior to installation.

Characteristics

The CMH322522-R10ML fixed inductor features an inductance of 10uH and a DC resistance of 0.41 ohms. It has a saturation current of 5.16A, a self-resonant frequency of 130 MHz, and a rated current of 3.3A. It has a low DCR, is a thin-film type, and is RoHS compliant. It also has an efficient handling of current, uses fewer components, and offers superior performance with a high Q factor of up to 800.

Applications

The CMH322522-R10ML fixed inductor is a highly efficient inductor and can be used in a variety of applications. It is suitable for TVS diodes, EMI/RFI filters, RF amplifiers, switching power supplies, and switching regulators. It is also used in automotive electronics, telecommunication systems, analog radio circuits, and even in household appliances. It is one of the most reliable inductors and is widely used in a variety of applications.

Working Principle

The CMH322522-R10ML fixed inductor works on the principle of inductance. When electrical current flows through it, the inductance stores energy in the form of magnetic fields. When the current flow is stopped, this stored energy is released in the form of a voltage spike, and the amount of energy released depends on the amount of current that flowed in. In this way, it is possible to control the energy stored in the inductor and its current rating.

Conclusion

The CMH322522-R10ML fixed inductor is an important type of electronic component and a highly efficient inductor. Its low DC resistance, thin-film design, and efficient handling of current make it suitable for a variety of applications such as TVS diodes, EMI/RFI filters, RF amplifiers, switching power supplies and switching regulators. Its working principle is based on the principle of inductance, where the amount of stored energy is determined by the amount of current it is exposed to.

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