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FP56-100 is listed in the Power Transformers range at ChipApex. The manufacturer field lists Triad Magnetics. Its product description is PWR XFMR LAMINATED 6VA TH. Review the specifications below when checking this part for your BOM.
The Triad Magnetics FP56-100 is a board-mount power transformer designed for industrial applications. It features a flat pack construction with through-hole solder pin termination. The unit operates with a dual primary winding configuration supporting 115V and 230V inputs in parallel. The secondary output provides a center-tapped voltage of 56.0V at 0.100A, equivalent to two 28V windings in series. The component has a power rating of 6VA and carries UL/cUL certification.
Verify the specific datasheet version to confirm exact physical dimensions and pinout configurations before finalizing the PCB layout. Ensure that the selected mounting orientation aligns with the thermal requirements of the surrounding components. Cross-reference the UL file number on official regulatory databases to validate safety compliance status for the target market.
Select this component when a compact, board-mounted solution is required for stepping down line voltage to a low AC potential. The 6VA rating suits low-power signal processing or biasing circuits. Consider the flat profile for vertical clearance constraints. Verify that the 0.100A current capacity meets the downstream rectification and filtering stage demands without excessive voltage drop.
This part belongs to the FP series of power transformers from Triad Magnetics. The series is characterized by flat pack housings intended for direct surface or through-hole mounting on printed circuit boards. These units are engineered for high reliability in industrial environments where standard chassis-mounted transformers would exceed spatial limits.
Direct replacements must match the 6VA power rating, 56Vct secondary specification, and flat pack form factor. Verify that alternative models support the same dual-primary input range and utilize compatible solder pin terminations to ensure mechanical fit without redesigning the footprint.
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