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The TE Connectivity 2176743-4 is an automotive-grade multilayer ferrite chip bead designed for power line noise suppression. It features a 0603 (1608 metric) surface-mount package with dimensions of 1.6 mm length, 0.8 mm width, and 0.8 mm height. The component provides an impedance of 9 Ohms at a test frequency of 100 MHz and supports a maximum DC current rating of 1 A. Its maximum DC resistance is 80 mOhms, ensuring minimal signal loss in high-current applications. The device operates within a temperature range of -40°C to +125°C and complies with AEC-Q200 standards.
Verify the specific impedance tolerance and DC resistance values against the official TE Connectivity datasheet prior to integration. Confirm that the 0603 package dimensions align with your PCB land pattern requirements. Ensure the selected variant meets the required AEC-Q200 qualification if used in automotive environments. Cross-reference the manufacturer part number to avoid confusion with similar series components.
Select this component when space-constrained designs require effective EMI suppression in power lines carrying up to 1 A. The 9 Ohm impedance at 100 MHz targets common high-frequency noise profiles. Consider the low DCR of 80 mOhms to maintain efficiency in power delivery networks. Verify thermal performance within the -40°C to +125°C operating range for your specific application environment.
This ferrite bead belongs to TE Connectivity's Sigma Inductors passive product line, specifically engineered for robust noise attenuation in demanding electronic systems. The 2176743-4 model utilizes multilayer ceramic technology to provide consistent performance across varying temperatures. It serves as a critical component for maintaining signal purity in modern automotive and industrial applications where compact size and high current capacity are essential.
Publicly confirmed substitute part numbers are not available in the provided documentation. Consult TE Connectivity technical support or authorized distributors for verified cross-references based on specific impedance and current requirements.