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The iNRCORE 100B-1001NL is a high-performance, low-profile surface-mount inductor designed for demanding power supply applications. It features a compact footprint and robust construction suitable for automated assembly processes. The component utilizes advanced magnetic materials to ensure stable inductance values under varying load conditions. Its design prioritizes thermal efficiency and electromagnetic interference reduction, making it ideal for space-constrained electronic devices requiring reliable energy storage and filtering capabilities.
Verify the complete part number including tolerance suffixes before ordering. Confirm that the specified inductance value matches the circuit requirements exactly. Ensure the current rating aligns with peak operational loads. Check for any specific handling or moisture sensitivity level requirements during storage and reflow soldering processes to maintain component integrity.
Evaluate the required inductance value against the switching frequency of the target power supply topology. Consider the saturation current and RMS current ratings to prevent performance degradation under full load. Assess the physical dimensions to ensure compatibility with the available PCB real estate. Review thermal dissipation needs to guarantee long-term reliability in enclosed environments.
This component belongs to iNRCORE's series of shielded power inductors. These components are engineered to minimize external magnetic field leakage while maintaining high current handling capabilities. The product line supports various industrial and commercial applications where size constraints and electrical performance are critical factors in system design.
Consult official manufacturer substitution guides for direct equivalents. Verify pinout compatibility and mounting hole alignment if replacing on existing boards. Ensure electrical parameters such as inductance, DC resistance, and current ratings meet or exceed original specifications. Cross-reference package dimensions to avoid mechanical interference.