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The AEFD25-4223 is a specialty transformer manufactured by Allied Components International, designed for low-profile power applications. It utilizes the EFD25 core configuration, which supports compact horizontal mounting solutions. The component features an inductance value of 1.17 mH and is constructed as a through-hole device suitable for standard assembly processes. This transformer is part of the manufacturer's custom and standard transformer portfolio, established since 1992, focusing on efficient magnetic design for specific power conversion requirements.
Verify the exact electrical specifications and pinout configuration against the official datasheet before integration. Confirm that the through-hole package dimensions align with your PCB layout constraints. Ensure the 1.17 mH inductance meets the circuit requirements. Check for any specific handling instructions related to the EFD25 core material. Validate supplier authenticity through authorized channels.
Select this component when a low-profile EFD25 form factor is required for power transformation. Consider it for applications where horizontal mounting saves vertical space. Evaluate the 1.17 mH inductance against system performance needs. Compare against other Allied Components EE series transformers if different core sizes are needed. Ensure compatibility with through-hole manufacturing processes.
Allied Components International specializes in both custom and standard transformers, offering a range of EE and EFD series products. The AEFD25-4223 belongs to the EFD25 family, distinct from the EE42, EE32, and EER28 series also produced by the company. These components serve various power electronics applications, with the EFD25 specifically noted for its low-profile characteristics compared to standard EE cores.
No public confirmed substitute part numbers are available for the AEFD25-4223. Due to its specific EFD25 core geometry and 1.17 mH inductance, direct replacements may require custom ordering or significant circuit redesign. Consult Allied Components International for potential alternative configurations.