1. Reverse Recovery Time (trr): The A/H variant is rated at 50 ns, while the A/I is rated at 75 ns. This is the only substantive difference in electrical parameters between the two. A diode with a shorter trr transitions from the conducting state to full blocking and the ability to withstand reverse voltage more quickly. In high-frequency applications such as switching power supplies, trr directly impacts switching losses and electromagnetic interference (EMI). The A/H exhibits lower switching losses and slightly higher efficiency, making it particularly suitable for higher-frequency operation. The losses for the A/I are marginally higher, but this difference is typically negligible in medium-to-low frequency applications (e.g., tens of kHz). 2. Price: The A/I ($0.81) is approximately 25% lower in cost than the A/H ($1.08). Where the performance difference is acceptable, selecting the A/I enables a direct reduction in the bill-of-materials (BOM) cost. This is of considerable value for cost-sensitive or high-volume production projects. This price differential is likely a direct result of the chip fabrication process and its control over the trr specification.