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B84111F0000M136 is listed in the Power Line Filter Modules range at ChipApex. The manufacturer field lists EPCOS - TDK Electronics. Its product description is LINE FILTER 250VAC/VDC 36A CHASS. Review the specifications below when checking this part for your BOM.
The B84111F0000M136 is a single-phase AC power line filter from the SIFI-F series, manufactured by EPCOS (TDK Electronics). It is designed for normal insertion loss applications with a rated voltage of 250 V AC and 250 V DC. The component supports a maximum current of 36 A at 50/60 Hz operating frequencies. Key electrical parameters include an inductance of 650 uH and a leakage current ranging from 0 to 369 uA. The unit utilizes screw termination style for secure mounting.
Verify the specific suffix M136 against official TDK-EPC documentation to confirm medical-grade certification status if required. Ensure the 36 A current rating and 650 uH inductance match the target circuit design. Confirm that the screw termination style aligns with the available mounting hardware in the assembly. Check RoHS compliance records for the specific production batch.
Select this component when a single-stage filter is sufficient for normal insertion loss requirements in 250 V AC/DC environments. The 36 A capacity makes it suitable for higher-power industrial or medical devices compared to lower-rated variants like the B84111FB30. Verify that the physical dimensions accommodate the chassis mount space and that the screw terminal pitch matches the PCB or busbar layout.
This part belongs to the B84111F series of two-line filters developed by EPCOS AG, now managed under TDK-EPC. The series is engineered for general-purpose EMI/EMC filtering in AC power lines. EPCOS merged with TDK's components division in 2009, integrating these passive components into the broader TDK portfolio for global distribution and support.
The B84111FB30 is a documented variant within the same series offering 3 A current rating and 1.5 mH inductance. Substitution requires verifying that the reduced current capacity and different inductance values do not compromise the system's performance or safety margins.
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