NRH3010T470MNV

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Fixed inductors are electronic components that produce inductance and are used to artificially generate an inductance in an electronic circuit. They are mainly used for filtering and protection in power supply, bypass countermeasures, as well as delay circuits, pulse shaping and other timing-related circuits. The NRH3010T470MNV is a fixed inductor that is used mainly for high-level noise filtering.

Overview of NRH3010T470MNV

The NRH3010T470MNV is a 10µH fixed inductor with a rated current of 300mA, a DCR of 0.45Ω and a Peak resonant frequency of 57MHz. It is a very small device that measures only 3.2mmx4.7mm, and thus is suitable for high-density surface mount applications. The robust design enables operation up to 130 degrees Celsius.

Application Field

The NRH3010T470MNV can be used in a wide range of applications, including switching power supplies, DC-DC converters, switch mode power supplies, power factor control systems, and mobile phones. It is also suitable for high-frequency circuit designs, such as mobile communication, digital television, LCD/LED monitor, TV Tuner, power line filter, motor drive and other digital consumable electronics.

Working Principle

The NRH3010T470MNV is a fixed inductor that works by using electromagnetic induction to store energy in a cord or coil. This stored energy is released when an oppositely energized field is present and this inductance creates a reverse current that opposes the change in current. When this current is increased, the inductor\'s spark gap reduces the voltage, and when it is decreased it increases the voltage. This creates an oscillating voltage and current in the loop that helps to filter out unwanted noise. Additionally, the NRH3010T470MNV\'s large electromagnetic field and robust design reduce EMI interference and protect the circuit from radio frequency noise.

Conclusion

The NRH3010T470MNV is a small, efficient, and robust fixed inductor capable of reducing and filtering out unwanted noise. This makes it ideal for high-density surface-mount applications, which require significantly reduced sizes and maximum performance.

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