CR75NP-560KC

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Fixed inductors, or sometimes called chokes, are components of an electronic circuit used to transfer or to oppose electric current, creating a magnetic field or a potential difference between two points in a circuit, and also to block current flow at a certain point. The CR75NP-560KC is a fixed inductor designed for use in various power circuits.

The CR75NP-560KC is designed with wide temperature range requirements in mind, it can perform very well in both low and high temperatures while maintaining a low level of losses over its full range of operational temperature. This inductor also has the capability to sustain high currents over a wide temperature range.

The CR75NP-560KC is rated at 560 μHS (µH) which is the primary measure of the inductance of a fixed inductor. Its primary application is in voltage regulator/step down circuits, but can also find applications in many other fields. It has a maximum current of 75 A, the time-rate current is 6 A, a DCR of 0.04 Ω, a saturation current of 95 A and an inductance range of 0.11 to 0.47 μH.

The CR75NP-560KC is constructed with both thick core and thin bobbin technology. The thick core ensures the minimum DCR and the thin bobbin prevents overheating. The thick core and high coefficient of performance improve the productivity of power applications and reduce losses due to high temperature.

The component working principle of the CR75NP-560KC is based on Faraday’s law of induction — an electromagnetic phenomenon that describes the behavior of electric charges in a conducting material in response to a changing magnetic field. According to Faraday’s law, whenever there is a change in the magnetic field in the vicinity of a conductor, an electric current will be induced in the conductor that is proportional to the rate of change of the magnetic field.

The CR75NP-560KC is used in a wide range of power circuits requiring step-down voltage or frequency. The inductor works by opposing the sudden flow of current that usually occurs when a load is applied to a power source. This opposition causes the current to oscillate, creating a decaying cycle, which is used to step down the voltage and reduce the electrical current. In this way, the inductor prevents the power source from being overloaded and helps smooth out the power flow.

The CR75NP-560KC is a reliable component for use in a variety of power applications. Its thick core maintains a low DCR and the thin bobbin resists overheating. The inductor produces high-quality, filtered high currents over a wide temperature range and inductance range of 0.11 to 0.47 μH. Thanks to Faraday’s law, it can also help to step down voltage and reduce electrical current levels, thus enhancing power control.

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