
Vishay
AEC-Q200 qualified 0402 resistor with matching resistance/tolerance and higher power rating, but lacks anti-sulfur protection.
The Panasonic ERJU02F1004X is a high-reliability 0402 chip resistor with 1MΩ resistance, ±1% tolerance, and a 0.1W power rating. Its key features include AEC-Q200 qualification and anti-sulfur protection, making it ideal for automotive and industrial applications.
Key electricals like resistance and tolerance are matched by strong candidates.
The 0402 package is a standard, ensuring physical compatibility.
The anti-sulfur feature limits the pool of perfect drop-in replacements.
Direct replacement for ERJU02F1004X should use only Datasheet verified or Strong match candidates; many approved options still require engineering review.
The Vishay CRCW04021M00FKEDHP offers the best balance of matching parameters and upgrades, making it the top replacement path.
The primary risk is substituting a part without the anti-sulfur protection, which could lead to premature failure in sulfurous environments.

Vishay
AEC-Q200 qualified 0402 resistor with matching resistance/tolerance and higher power rating, but lacks anti-sulfur protection.
| Feature / factor | ERJU02F1004X | CRCW04021M00FKEDHP | RMC04021M1%N | Alt 3 | Compatibility / risk |
|---|---|---|---|---|---|
| Package | 0402 (1005 Metric) | 0402 | 0402 | 0402 — Form and fit match.; RMC04021M1%N: matched | |
| Resistance | 1MΩ | 1MΩ | 1MΩ | 1MΩ — matched; RMC04021M1%N: matched | |
| Tolerance | ±1% | ±1% | - | ±1% — matched | |
| Power | 0.1W | 0.2W | 0.0625W | 0.2W / 0.0625W — Higher power rating provides more design margin.; RMC04021M1%N: Power rating is lower than target. | |
| Application | AEC-Q200, Anti-Sulfur | AEC-Q200 | None | AEC-Q200 / None — Lacks target's anti-sulfur feature.; RMC04021M1%N: Lacks AEC-Q200 and Anti-Sulfur features. |
Verified drop-in options for ERJU02F1004X are limited in the current batch. Review candidates marked Strong match or Datasheet verified, and validate package, pinout, and electrical limits before committing a BOM change.