Best Alternatives to ERJPA2F1002X

Package: 0402PANASONICChip Resistor - Surface MountResistance: 10 kΩTolerance: ±1%Power Rating: 0.25 WPackage / Case: 0402 (1005 Metric)Series: ERJPA2

ERJPA2F1002X is a 10kΩ, 1%, 0.25W anti-surge chip resistor in a 0402 package, qualified to AEC-Q200. Finding a direct replacement requires matching its high power rating for its size.

AI replacement insight

Electrical riskhigh

Power rating mismatch (0.0625W vs 0.25W) is critical.

Package risklow

Package is a standard 0402.

Sourcing riskmedium

High-power 0402 resistors are less common than standard versions.

Can it be replaced directly?

No direct, risk-free replacement was found. All reviewed candidates have a significantly lower power rating.

Best replacement path

Seek an AEC-Q200 qualified 0402 resistor with a 0.25W rating. If unavailable, using a lower-power part like Yageo's AC/AF series requires circuit validation.

Main risk

Thermal failure due to candidate's power rating being only 25% of the target's rating.

Recommended alternatives

2
AC0402DR-0710KL package
Needs validationhigh risk

AEC-Q200 qualified alternative with tighter tolerance (±0.5%), but a much lower power rating.

View details

Alternative comparison matrix

Feature / factorERJPA2F1002XAC0402DR-0710KLAF0402FR-0710KLAlt 3Compatibility / risk
Package0402040204020402 — Matches EIA 0402 package.; AF0402FR-0710KL: Matches EIA 0402 package.
Power0.25 W0.0625 W0.0625 W0.0625 W — Significantly lower power rating.; AF0402FR-0710KL: Significantly lower power rating.
Resistance10 kΩ10 kΩ10 kΩ10 kΩ — matched; AF0402FR-0710KL: matched
Tolerance±1%±0.5%±1%±0.5% / ±1% — Tighter tolerance is an upgrade.; AF0402FR-0710KL: matched
ApplicationAEC-Q200, Anti-SurgeAEC-Q200AEC-Q200AEC-Q200 — Both are automotive grade.; AF0402FR-0710KL: Both are automotive grade; candidate is anti-sulfur, target is anti-surge.

Application & sourcing insights

Questions & answers

Yageo's AC and AF series (e.g., AC0402DR-0710KL) are AEC-Q200 qualified, but have a much lower power rating of 0.0625W versus the target's 0.25W. This requires careful circuit analysis.