2100HT-390-V-RC

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Fixed inductors are generally used for signal filtering, AC/DC conversion, differential amplifier grounding, and signal coupling applications. The 2100HT-390-V-RC is a fixed inductor specifically designed for high reliability applications and is capable of withstanding a wide range of temperatures, vibration, and heat.

The 2100HT-390-V-RC is a high-efficiency fixed ferrite core inductor that operates on alternating currents. It has a low series resistance which leads to improved performance in high frequency applications. The inductor is also protected against excessive current by its varying resistance. The ferrite core of the 2100HT-390-V-RC increases its efficiency by not allowing heat to dissipate quickly, thus retaining a steady temperature. Additionally, given the compact size and reduced weight of the device, it provides a much smaller footprint compared to traditional inductors.

The 2100HT-390-V-RC has an inductance rating of 390µH and is capable of operating in temperatures ranging from -55°C to +85°C and can absorb vibration up to 2G. The device has an operating frequency of up to 100MHz and is designed to handle peak currents up to 200mA. It also has a maximum DCR rating of 52mΩ and can withstand a soldering temperature of 260°C. Furthermore, the inductor is designed for high surge capability and can quickly dissipate any excessive current that passes through it and maintain a consistent resistance value to ensure reliable performance.

In terms of safety, the 2100HT-390-V-RC has been built to meet the most stringent safety requirements for active electrical components. It conforms to the UL 94 V-0 standard for flame resistance and is certified for use in UL-approved applications. The inductor also meets the NiHS environmental standard and the RoHS standards for lead-free and hazardous materials.

The 2100HT-390-V-RC is a versatile fixed inductor that can be used for a variety of high reliability applications. Its high temperature, vibration, and heat resistance make it a reliable option for powering various electrical devices. Its efficiency, size, and weight make it a great option for applications where space is a concern. Furthermore, it is UL-approved, meets NiHS environmental requirements, and RoHS lead-free standards, making it a safe, reliable, and efficient choice for powering various electrical components in different applications.

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