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The TE Connectivity Passive Product model 1-2176746-0 is a ferrite chip bead from the BMC-Q series, designed for surface mount applications in the 0402 (1005 metric) package. It provides an impedance of 70 ohms at 100 MHz with a tolerance of ±25%. The component supports a maximum DC current rating of 800 mA and features a maximum DC resistance of 0.15 ohms. This passive component is engineered to suppress electromagnetic interference in high-frequency circuits while maintaining stable performance under specified electrical loads.
Verify the specific impedance tolerance and current ratings against your circuit requirements before procurement. Confirm that the 0402 package dimensions align with your PCB layout constraints. Ensure compatibility with your assembly process regarding surface mount technology standards. Cross-reference the manufacturer datasheet for detailed handling and storage instructions to maintain component integrity during installation.
Select this component when a 70 ohm impedance at 100 MHz is required for noise filtering in small form factor designs. Consider the 800 mA current rating to ensure it meets the operational load without saturation. Evaluate the low DC resistance to minimize voltage drop in power lines. Verify that the ±25% tolerance range fits within your system's noise margin specifications for reliable performance.
This part belongs to the Sigma Inductors family, specifically the BMC-Q series of ferrite beads. These components are manufactured by TE Connectivity Passive Product for use in various electronic devices requiring EMI suppression. The series is known for providing reliable noise filtering solutions in modern consumer and industrial electronics where space efficiency is critical.
Consult official substitution lists or technical support for verified alternatives. Ensure any replacement matches the 70 ohm impedance at 100 MHz and 0402 package size. Verify current handling capabilities and DC resistance specifications to maintain circuit performance. Do not assume interchangeability without confirming electrical parameter alignment.