CR32NP-181KC

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Fixed Inductors

Fixed inductors are electrical components used to store energy in the form of magnetic fields. They are usually composed of either a coil of wire wound around a ferromagnetic core or a number of windings of wire on a non-magnetic core. These inductors are static in nature, meaning their magnetic field does not change over time.The CR32NP-181KC is a fixed inductor used in power electronics, telecommunications, and medical sensing and imaging applications. It is designed to provide high current carrying capacity and stable inductance values over a wide temperature range. The inductor is made from low-loss/high-stability ferrite core materials and is wound with low-resistance silver-plated oxygen-free copper wire. It features a shielded housing for superior noise reduction and surge-withstand capability.The core of the CR32NP-181KC is a ferrite material that is stable in a variety of temperature conditions. The core’s resistance to temperature change imparts precise inductance values, allowing the coil to operate in a wide range of environments without significant shifts in inductance. The core is composed of a low-loss material, providing more efficient magnetic field generation than other materials used in inductors. Additionally, the core is wound with low-resistance wire, allowing for higher current carrying capacity than otherwise achieved.The housing of the inductor is a metal-alloy material that serves to reduce the intensity of electronic pulses and surges, protecting sensitive components connected to it. Additionally, the metal material reduces electromagnetic noise and artifacts that can be introduced into other circuits and systems. This housing is also designed to be shock and vibration resistant, ensuring that the inductor can operate in demanding conditions.Unlike other inductor models, the CR32NP-181KC has a wide temperature range and can withstand temperatures up to +125°C without significant shifting in inductance. This feature allows the inductor to be used in high temperature environments, such as motor-driven equipment, without compromising its performance. Additionally, the inductor’s low temperature coefficient ensures that the inductance values remain stable over a wide range of temperature conditions.In summary, the CR32NP-181KC fixed inductor is an excellent choice for applications that require a stable inductance over a wide temperature range and a high current carrying capacity. The inductor is composed of a ferrite core for precise inductance values and is shielded with an alloy housing for improved noise-reduction and surge-withstand capability. It can operate in temperatures up to +125°C without significant changes in inductance and has a low temperature coefficient to ensure stable inductance values. The CR32NP-181KC is ideal for use in power electronics, telecommunications, and medical sensing and imaging applications.

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