SEARCH
— IC芯片 | 连接器 | 传感器 | 被动器件 —
The XF-10214 is a toroidal power transformer manufactured by Amgis, LLC, designed for chassis mounting. It features a primary voltage rating of 115V and 230V at 50/60Hz. The secondary output provides parallel 12V at 208mA or series 24V at 104mA. With a power rating of 5VA, this component utilizes a low-profile miniature design suitable for applications requiring compact power conversion solutions.
Verify the specific secondary configuration required (parallel 12V vs. series 24V) against the target circuit design before ordering. Confirm that the chassis mounting dimensions align with the mechanical enclosure constraints. Ensure input voltage matches the available supply network to prevent operational mismatch. Check current load requirements do not exceed the rated 208mA or 104mA limits depending on the selected winding mode.
Select this model when space constraints necessitate a low-profile toroidal form factor over traditional laminated transformers. Consider the 5VA power limit to ensure adequate headroom for the application's steady-state and inrush currents. Evaluate the thermal environment, as toroidal transformers may require specific ventilation strategies within enclosed chassis mounts to maintain safe operating temperatures under full load conditions.
This component belongs to Amgis, LLC's line of miniature toroidal transformers intended for 50/60Hz operations. These units are characterized by their small physical footprint and high efficiency compared to standard EI-core alternatives. The XF-10214 represents a specific variant within this family, optimized for chassis-mounted applications where height restrictions are critical.
Direct substitutes must match the 5VA rating, toroidal geometry, and dual primary voltage specifications. Verify that any alternative part supports the same chassis mounting hardware and maintains identical secondary voltage/current configurations. Cross-reference pinout layouts and insulation class ratings to ensure electrical safety compliance in the existing assembly.