The best alternative is SR731JRTTD2R37F by KOA Speer. It has the same 0603 package, a higher 0.2W power rating, and better TCR, but its 2.37Ω resistance is 12% lower than the 2.7Ω target and must be validated for your application.
Best Alternatives to FRC0603F2R70TS
Find and compare functional alternatives for the FRC0603F2R70TS, a 2.7Ω, 0.1W, 1% tolerance 0603 chip resistor. This guide analyzes candidates based on critical electrical and mechanical parameters to help you make an informed sourcing decision.
AI replacement insight
Electrical riskmedium
Resistance values differ by 12-74%, requiring circuit analysis.
Package risklow
All viable candidates share the same 0603 package.
Can it be replaced directly?
No direct drop-in replacement was found. All suitable candidates have different resistance values that require circuit validation.
Best replacement path
SR731JRTTD2R37F from KOA Speer is the strongest functional alternate. It offers a higher power rating (0.2W) and better TCR, but its resistance is 12% lower (2.37Ω), which requires engineering review.
Main risk
The primary risk is the deviation in resistance. Using a resistor with a value outside the circuit's design tolerance can affect timing, biasing, or filtering performance.
Recommended alternatives
Alternatives are being enriched. Analyze this part in PartGenie for the latest matches.
Alternative comparison matrix
| Feature / factor | FRC0603F2R70TS | SR731JRTTD2R37F | SR731JRTTD4R7G | Alt 3 | Compatibility / risk |
|---|---|---|---|---|---|
| Package | 0603 (1608 Metric) | 0603 (1608 Metric) | - | 0603 (1608 Metric) — Form factor is identical. | |
| Pinout | 2 | Unknown (Assumed 2) | - | Unknown (Assumed 2) — Pin count data missing, assumed 2 based on package. | |
| Resistance | 2.7Ω | 2.37Ω | - | 4.7Ω — 74% higher resistance, likely incompatible. | |
| Power | 0.1W | 0.2W | - | 0.2W — Higher power rating. | |
| Tolerance | ±1% | ±1% | - | ±2% — Wider tolerance may affect circuit precision. | |
| Tcr | ±400ppm/°C | ±200ppm/°C | - | ±200ppm/°C — Improved temperature stability. |