CIH03Q47NJNC

Fixed inductors, also known as inductors, chokes, or coils, are one of the key components of electronic circuits. The CIH03Q47NJNC is one such inductor available in today’s market. It is designed to operate in the radio frequency range of 9 KHz to 1 MHz. Its inductance value ranges from 47 nH (nanohms) to 2.2 μH (microhenries).

Applications of the CIH03Q47NJNC

Fixed inductors have a variety of uses. They are used in signal processing, antenna construction, impedance matching, signal generation, and even in countless everyday electronic device such as alarm clocks, kitchen appliances, and telephones. The CIH03Q47NJNC inductor is commonly used for low ripple noise noise suppression, high frequency interference suppression, smoothing circuits, and power line noise suppression. They are also used in radio frequency antenna construction, signal processing, and impedance matching.

Working Principle of the CIH03Q47NJNC

Inductors work by storing electrical energy in a magnetic field when current flows through them. The stored energy is then released back into the circuit when the current flow switches direction or when the current source is removed. The CIH03Q47NJNC operates by creating an AC (alternating current) magnetic field when current flows through this inductor. This field generates a counter-electromotive force, which opposes the source of current. The counter-electromotive force smooths the ripple noise on AC voltage by converting the voltage from a waveform with more ripples to one with less.

The CIH03Q47NJNC absorbed electrical energy in the same way as regular inductors, but the energy is dissipated relatively quickly. This is due to the inductor’s internal magnetic core, which is made of high permeability material, such as ferrite. This material allows the inductor to absorb and dissipate electrical energy more quickly

Conclusion

The CIH03Q47NJNC is a high performance, low ripple noise inductor, which makes it an ideal choice for a variety of applications, such as noise suppression, power line noise suppression, and smoothing circuits. It is easy to install and use, and it offers a wide range of inductance values to suit any given application. The inductor is most commonly used in radio frequency applications due to its ability to absorb and dissipate electrical energy quickly.