CR32NP-1R8MC

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Fixed inductors are essentially electrical components, usually constructed of a conductor, such as a wire, coiled around a core material. The core material used can differ from inductor to inductor and is usually dependent on the application for which the inductor is designed. A typical inductor, such as the CR32NP-1R8MC, is designed for applications requiring low stray inductance and high stability over a wide temperature range.

The CR32NP-1R8MC is a self-shielded power inductor designed for high current applications and is specially designed to provide low conduction noise. It features an eight millimeter height profile with a low magnetizing current, and a dual flat body and a single flat top feature allows for easy mounting. The CR32NP-1R8MC also features extremely low induced current leakage so that it can be used in systems with high voltage operation and extremely low power consumption.

The CR32NP-1R8MC is a ferrite core inductor and as such has a high energy storage capacity. This allows it to offer high frequency switching, excellent temperature stability, and low electromagnetic emissions. Due to its high resistance, it can also be used in applications subjected to high levels of vibration.

The CR32NP-1R8MC is also well suited to applications involving high voltage power conversion as the inductor needs to be able to handle very high voltage levels. In these applications, it is important that the inductor be capable of providing high inductance and low resistance at high frequency, as this helps to reduce any power loss. For the same reason, a ferrite core is used in order to reduce losses.

The CR32NP-1R8MC is designed to provide extremely low EMI, as well as good temperature stability and exceptional inductance. They can also handle up to 65 Amps of RMS current, which is extremely useful in applications requiring high power transfer. The main advantage of using this type of inductor is the fact that it can be used in both high frequency and low frequency applications, without the risk of over-heating or causing power losses.

The working principle of the CR32NP-1R8MC is relatively simple. When a current is passed through its coil, a magnetic field is created, which then induces an EMF or electric field in the coil. This electric field is then used to store the energy and, as a result, deliver the required amount of power.

The CR32NP-1R8MC is one of the most popular fixed inductors on the market due to its versatility and excellent performance. Its wide range of applications, high energy storage capacity, low induced current leakage, and excellent temperature stability make it ideal for numerous applications. Thanks to its high levels of efficiency, it is often used in power conversion, high frequency switching, and signal processing applications.

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