2100LL-330-H-RC

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Fixed Inductors generally refers to one type of inductor whose inductance remains constant. One particular kind of fixed inductor is the 2100LL-330-H-RC, which is widely used in the field of signal transmission due to its compact size, low cost and excellent performance. This inductor also finds applications in digital and analog circuits, and other areas where stability and accuracy is required.

The 2100LL-330-H-RC is an off-the-shelf inductor, which means that it is readily available for purchase and easily integrated into existing circuits. It features a ceramic core, dual copper windings, and two layers of insulation. This helps to reduce noise, balance current and provide superior EMI protection. The 2100LL-330-H-RC also features a high rated current, low DC resistance, low core losses, and is capable of working in a broad temperature range of -55°C to +125°C. Furthermore, it has a high heat transfer rate and a wide frequency range.

The working principle of the 2100LL-330-H-RC is very simple. It works on the principle of electromagnetic induction, which states that a changing magnetic field creates an electric field. The dual copper windings on the 2100LL-330-H-RC convert the changing magnetic force into a changing electric field and current flows through the windings. As a result, a changing electric field is created across the ceramic core, which then induces an opposing magnetic field. Thus, energy is transferred from the windings to the core, resulting in a stable inductance.

In conclusion, the 2100LL-330-H-RC fixed inductor provides a great solution for applications requiring stability and accuracy. Its ceramic core, dual copper windings, and dual insulations provide excellent performance and superior EMI protection. Its high rated current, low DC resistance, and wide frequency range make it a dependable component for a variety of tasks. By working on the principle of electromagnetic induction, it efficiently transfers energy from the windings to the core to produce a stable inductance.

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