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The EBMS201209B222 is a multilayer ferrite chip bead manufactured by Max Echo, designed for EMI suppression in signal lines. It operates within an impedance range of 2.2 kOhms at 100 MHz and supports a maximum current rating of 200mA with a DC resistance of 500mOhm. The component utilizes a 0805 (2012 Metric) surface-mount package, ensuring compatibility with standard PCB layouts. It functions effectively across a wide temperature range from -55°C to 125°C, providing reliable noise filtering for high-frequency applications without significant signal degradation.
Verify the specific impedance tolerance and current derating curves against your application requirements before finalizing the design. Confirm that the 0805 footprint matches your PCB silkscreen and copper pad layout. Ensure the supplier provides RoHS3 compliance documentation as specified in the manufacturer's standards. Check for any moisture sensitivity level restrictions during storage and handling procedures.
Select this component when space constraints require a 0805 package size while maintaining moderate noise suppression capabilities. The 200mA current rating suits low-power signal lines rather than high-current power rails. Consider the 500mOhm DC resistance impact on voltage drop if used in sensitive bias circuits. Evaluate the 2.2kOhm impedance at 100MHz against the specific noise frequencies present in your system.
This ferrite bead belongs to the EBMS series produced by Max Echo Technology Corp., a specialist in multilayer chip inductors and magnetic materials. The company focuses on LTCC manufacturing processes and ceramic research. This specific model represents their standard offering for general-purpose EMI suppression in consumer electronics and industrial control systems requiring reliable noise filtering.
Publicly confirmed substitute part numbers are not available in the provided source material. Designers should consult distributor databases for parameter-equivalent alternatives such as those from Fair-Rite Products Corp. when sourcing becomes difficult.