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The XFEB201209-601-2A is a ferrite bead component manufactured by XFMRS Inc., designed for surface-mount applications. It features an 0805 (2012 metric) package configuration and provides a single-line impedance characteristic. The device exhibits a nominal impedance of 600 Ohms measured at a frequency of 100 MHz, with a tolerance of ±25%. The maximum DC current rating is specified at 0.100 Amperes, while the maximum DC resistance is limited to 2000 Milliohms. These electrical parameters define its performance within high-frequency noise suppression circuits.
Verify that the supplied components match the exact part number XFEB201209-601-2A to ensure correct impedance and current ratings. Confirm that the manufacturer is XFMRS Inc. as specified. Request documentation confirming compliance with MIL STD 202G solderability requirements. Inspect packaging for moisture sensitivity indicators if applicable. Validate that the received units correspond to the requested specifications before integration into production lines.
Select this component when a 600 Ohm impedance at 100 MHz is required for a single-line application. Ensure the design current does not exceed 0.100 Amperes to prevent saturation or thermal issues. Consider the 0805 package size for board space constraints. Verify that the 2000 Milliohm DC resistance aligns with power loss tolerances. Compare against alternative impedances if the target frequency response differs from the specified 100 MHz point.
This component belongs to the XFEB201209 series of ferrite beads produced by XFMRS Inc. The series utilizes a consistent 0805 surface-mount footprint across various impedance values. Different suffixes indicate variations in impedance magnitude and current handling capabilities. This specific model represents a higher impedance variant within the lineup, tailored for distinct filtering requirements compared to lower impedance counterparts.
The MI2012-601-2A-LF is a documented substitute offering identical 600 Ohm impedance and similar current ratings. Verify pin compatibility and physical dimensions before substitution. Ensure the replacement meets the same MIL STD 202G solderability standards. Confirm that the alternative source maintains equivalent DC resistance limits.