1. Speed / Reverse Recovery Time (trr) - ES2A-13-F: Fast recovery diode (trr = 25 ns) - CGRB201-G: Standard recovery diode (trr > 500 ns) - In applications such as switching power supplies or high-frequency rectification, a standard recovery diode will introduce higher reverse recovery losses, increased voltage spikes, and greater EMI noise. This can lead to reduced circuit efficiency, elevated temperatures, and potential device failure. 2. Forward Voltage Drop (Vf @ 2A) - ES2A-13-F: 920 mV (typical, relatively low) - CGRB201-G: 1.1 V (maximum) - At 2A operating current, the CGRB201-G exhibits significantly higher conduction loss, resulting in greater temperature rise and lower system efficiency. This is particularly noticeable under continuous load conditions. 3. Operating Temperature Range - ES2A-13-F: -55°C to 150°C (full military/industrial grade range) - CGRB201-G: Only rated for Tjmax = 150°C, with no specified lower temperature limit - The CGRB201-G may not guarantee reliable operation at -55°C or in other low-temperature environments, making it unsuitable for industrial, automotive, or outdoor wide-temperature applications. 4. Manufacturer & Data Sheet Integrity - Diodes Inc. is a tier‑1 supplier providing complete parameters (e.g., capacitance). Comchip is a tier‑2 supplier with some parameters missing from its datasheet. - The ES2A-13-F offers better consistency, reliability, and long‑term supply stability, whereas the CGRB201-G carries higher quality and sourcing risks. Summary: Although both devices share identical voltage and current ratings, the ES2A-13-F is a high‑performance fast‑recovery diode suited for high‑frequency, high‑efficiency, or wide‑temperature scenarios. The CGRB201-G is a low‑cost standard‑recovery diode intended only for low‑frequency, room‑temperature general rectification. Any substitution must strictly evaluate circuit frequency, loss budget, and environmental temperature requirements.