Best Alternatives to FRC0603F2552TS

Package: 0603FOJANChip Resistor - Surface MountResistance: 25.5 kΩTolerance: ±1%Power Rating: 0.1 WPackage / Case: 0603 (1608 Metric)Technology: Thick Film

Find and evaluate replacements for the FOJAN FRC0603F2552TS, a 25.5kΩ 1% 0.1W 0603 chip resistor. This page provides reviewed parametric alternatives with similar electrical and physical properties to aid in sourcing and design.

AI replacement insight

Electrical risklow

Resistance values are within 10% of the target. Power, tolerance, and TCR are identical.

Package risklow

All candidates use the same 0603 surface-mount package, ensuring physical compatibility.

Sourcing risklow

Alternatives are available from the original manufacturer (FOJAN) and a major vendor (Yageo).

Can it be replaced directly?

While no exact 25.5kΩ drop-in replacement is listed, FRC0603F2492TS is a very close parametric alternative from the same FOJAN FRC series and is recommended for evaluation.

Best replacement path

FRC0603F2492TS is the strongest alternative, offering a very close resistance value (-2.3% deviation) from the same manufacturer and series.

Main risk

The primary risk is the slight deviation in resistance value, which could affect the precision of the circuit. This should be verified.

Recommended alternatives

3
FRC0603F2492TS package
Needs validationlow risk

Closest parametric match from the same manufacturer series, with only a -2.3% resistance difference.

View details

Alternative comparison matrix

Feature / factorFRC0603F2552TSFRC0603F2492TSFRC0603F2702TSRC0603FR-0727KLCompatibility / risk
Package06030603--0603 — Form factor matches.
Resistance25.5kΩ24.9kΩ--27kΩ — Resistance is 5.8% higher.
Power0.1W0.1W--0.1W — Power rating is identical. Note: catalog data showing 1W is incorrect.
Tolerance±1%±1%--±1% — Tolerance matches.
Tcr±100 ppm/°C--±100 ppm/°C—

Application & sourcing insights

Questions & answers

The best alternative is FRC0603F2492TS. It is from the same manufacturer and series, with a resistance of 24.9kΩ, which is only a -2.3% difference from the target's 25.5kΩ.