
ZHIDE
A 10A, 600V super fast recovery diode with identical recovery time, but in a larger SMC package.
ES2JF is a 600V, 2A super fast recovery rectifier in a compact SMAF package, ideal for high-frequency power applications. Finding a direct drop-in is challenging, but functional alternatives exist with similar performance in different packages.
Reverse recovery time (trr) is critical and hard to match.
Best functional matches are in different packages, requiring board changes.
No direct drop-in replacement with matching performance is readily available. Candidates in the same package have significantly worse recovery times.
Functional alternate (e.g., ES10J, ES2M) requiring PCB redesign.
The primary risk is substituting with a diode that has a slower reverse recovery time (trr), which can cause failure in high-frequency circuits.

ZHIDE
A 10A, 600V super fast recovery diode with identical recovery time, but in a larger SMC package.
| Feature / factor | ES2JF | ES10J | ES2M | RS3MF | Compatibility / risk |
|---|---|---|---|---|---|
| Package | SMAF | DO-214AB (SMC) | DO-214AC (SMA) | SMAF | DO-214AB (SMC) / DO-214AC (SMA) / SMAF — Different, larger package requires PCB layout change.; ES2M: Different package requires PCB layout change.; RS3MF: Package matches, enabling potential form-fit replacement. |
| Voltage | 600V | 600V | 1000V | 1000V | 600V / 1000V — Voltage rating matches.; ES2M: Higher voltage rating provides more margin.; RS3MF: Higher voltage rating provides more design margin. |
| Current | 2.0A | 10.0A | 2.0A | 3.0A | 10.0A / 2.0A / 3.0A — Significantly higher current rating.; ES2M: Current rating matches.; RS3MF: Higher current rating provides more design margin. |
| Reverse Recovery Time | 35ns | 35ns | 50-75ns | 500ns | 35ns / 50-75ns / 500ns — Identical recovery time.; ES2M: Slightly slower but comparable recovery time.; RS3MF: Significantly slower recovery time, major downgrade risk. |
ES10J offers identical voltage and recovery time with higher current, but in a larger SMC package. ES2M is also a strong functional match in an SMA/SMB package. Both require PCB layout changes.