0520CDMCDS-R47MC Inductors, Coils, Chokes

Fixed Inductors

The 0520CDMCDS-R47MC is an inductor used in a variety of applications, including electromagnetic interference suppression, power line noise cancellation, and resonance. It utilizes high quality materials and construction to ensure a precise and reliable operation, regardless of the environmental conditions. The inductance of this component is typically measured in micro henries, with values ranging from 0.5 to 1.5 mH.

Application Field

The 0520CDMCDS-R47MC is used in a variety of industries, where its precision and reliability are sought after. In automotive electronics, it can be used to reduce unwanted noise created by engine idle, and to promote smoother power delivery. It is also widely used in industrial equipment, such as servo motors, brushless motors, DC-DC converters, and AC power inverters, to name a few. Other applications include signal conditioning for audio, medical, and communication systems, wire harnessing, and even in wireless technology.

Working Principle

The 0520CDMCDS-R47MC inductor works on the principle of inductance. It works by storing energy in a magnetic field created by the electric current passing through the inductor. This is known as inductance, or self-inductance. The stored magnetic field results in an opposing voltage that will act to reduce the current flow. The inductance of the inductor will define the amount of current that can be reduced, thus allowing for adjustment of the electric signals in the circuit.

When alternating current is present, the inductor will be subject to a changing magnetic field, resulting in an opposing voltage that will also change in magnitude and direction. This counter-voltage is known as induced voltage, and it will act on the current in the circuit as well. This allows the 0520CDMCDS-R47MC inductor to be used for both harmonic suppression, and shaping the waveform of an electrical signal.

Conclusion

The0520CDMCDS-R47MC is an inductor used for a variety of applications, such as electromagnetic interference suppression, power line noise cancellation, and resonance. It offers high precision and reliable operation under a variety of environmental conditions, due to its high quality construction. The inductance of this component is typically measured in micro henries, and it can be used in automotive electronics, industrial equipment, signal conditioning devices, and even in wireless technology. Its working principle is based on inductance and induced voltage.