0420CDMCCDS-4R7MC Inductors, Coils, Chokes

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Fixed inductors are utilized in a wide variety of electronic circuits for energy storage and energy conversion. In particular, the high current and low impedance characteristics of fixed inductors has made them an ideal choice for applications that need to withstand high voltage transients or variable temperature changes. The 0420CDMCCDS-4R7MC inductor is a high flux and low impedance inductor that is capable of high power handling and low inrush and high frequency applications.

The 0420CDMCCDS-4R7MC inductor is constructed with a high quality and high permeability mu-metal core material. The construction of the core is designed in such a way that the core material has a uniform distribution of magnetic flux density to reduce core resistivity and eddy current losses. This magnetic flux distribution is also beneficial in providing a large magnetomotive force (MMF) or stored energy, which then allows for high energy conversions. The outer body of the inductor is made of anodized aluminum to provide additional protection from voltage transients and temperature variations.

In terms of working principle, 0420CDMCCDS-4R7MC inductors are based on the principle of self-induced current. Self-induced current is generated when a changing magnetic field within an inductor is used to generate an electrical current. During normal operation, when the inductor is connected to a power source, electrical current will flow into the inductor and create a magnetic field around the core material. As the flux density increases, this generates an opposing flux field that causes the electrical current to continue to increase. This self-induced current will then continue to flow in an oscillating fashion, which is how the inductor stores and releases energy.

The 0420CDMCCDS-4R7MC inductor has a wide range of applications in electronic circuits and can be found in motor drives, switch mode power supplies, radio frequency applications, and in medical applications. As mentioned before, the high current and low impedance characteristics make it an ideal choice for high voltage transients and variable temperature applications due to its low resistivity and eddy current losses. Additionally, its outer body of anodized aluminum can provide additional protection for the inductor and its surrounding circuits.

In conclusion, the 0420CDMCCDS-4R7MC inductor is a high flux and low impedance inductor that is capable of high power handling and low inrush and high frequency applications. It works on the principle of self-induced current to provide energy storage and energy conversion capabilities. This inductor is suitable for motor drives, switch mode power supplies, radio frequencies, and medical applications, due to its ability to withstand high voltage transients and variable temperatures.

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