AEFD20-4513-A

Overview

The Allied Components International AEFD20-4513-A is a specialty transformer designed for EFD20 output applications. It features an inductance of 10.6 μH and utilizes through-hole mounting technology. The component measures 0.882 inches in length, 0.826 inches in width, and has a maximum seated height of 0.512 inches (13.00 mm). This part is classified under specialty transformers and is currently active.

Feature Summary

• Designed specifically for EFD20 output configurations
• Utilizes through-hole mounting for secure integration
• Provides fixed inductance characteristics

Applications

• EFD20 output stage implementations
• Power supply transformer circuits
• Specialty electronic assemblies requiring specific inductance values

Procurement Notes

Verify the exact datasheet specifications against the manufacturer's official documentation before procurement. Ensure that the through-hole footprint dimensions align with the target PCB layout. Confirm that the 10.6 μH inductance value meets the circuit requirements. Check for any specific handling or storage conditions outlined in the product documentation to maintain component integrity during assembly.

Selection Notes

Select this component when an EFD20 output transformer with 10.6 μH inductance is required. Consider the physical dimensions of 0.882 x 0.826 inches and the 0.512 inch height limit for enclosure compatibility. Verify that the through-hole mounting style matches the manufacturing process. Ensure the application does not require surface mount alternatives if space constraints differ.

Part Context

Allied Components International manufactures custom and standard transformers. The AEFD20 series includes various models for different mounting styles and electrical specifications. This specific model is part of their specialty transformer lineup, focusing on output inductor applications within power conversion systems.

Replacement Considerations

Cross-reference with other EFD20 output transformers from Allied Components International. Verify inductance tolerance and current ratings match the original design requirements. Ensure mechanical fitment remains compatible with existing PCB layouts.