1. Current Capability and Derating: The NRVBSS26T3G-VF01 specifies a nominal Io of 2A, whereas the SK36B does not provide an Io rating, only listing a forward voltage (Vf) at 3A. The SK36B may be designed for higher transient or average currents, but its long-term reliable operating current must be determined based on thermal design. When substituting, ensure the actual operating current does not exceed 2A with sufficient margin. 2. Reverse Leakage and Efficiency: The reverse leakage current of the NRVBSS26T3G-VF01 (200µA) is only 40% of the SK36B's (500µA). This results in lower self-heating under high-temperature or high-reverse-voltage conditions, offering superior system efficiency. This is particularly significant for battery-powered designs or those sensitive to thermal management. 3. Reliability Grade: The NRVBSS26T3G-VF01 is AEC-Q101 certified and marked as "Automotive," having passed stringent automotive-grade reliability tests (e.g., temperature cycling, HAST). It offers significant advantages over the industrial/commercial-grade SK36B in terms of operational lifetime, lot-to-lot consistency, and environmental robustness, making it suitable for automotive or high-reliability industrial applications. 4. Parameter Completeness: The NRVBSS26T3G-VF01 lacks junction capacitance data, which may impact evaluation in high-frequency switching applications (e.g., SMPS). In contrast, the SK36B provides this parameter (250pF @4V), facilitating more accurate switching loss modeling. If intended for high-frequency circuits, empirical validation is advised during substitution.