
EVVO
Functional alternative in a 0603 package with different resistance (100kΩ) and added AEC-Q200 qualification.
Finding a replacement for the FRC0603F1403TS, a 140kΩ 1% 0.1W 0603 resistor, requires checking key parameters. While direct drop-in replacements exist, functional alternatives with different resistance values may be considered if the circuit allows.
Using a part with incorrect resistance or power rating can cause circuit malfunction or damage.
0603 is a standard SMT package with high compatibility between vendors.
140kΩ is a standard E96 value, but availability can vary by region and distributor.
A direct replacement for FRC0603F1403TS should have 140kΩ resistance, ±1% tolerance, a 0.1W or higher power rating, and a 0603 package.
Search for a 140kΩ, 1%, 0.1W (or higher), 0603 resistor. Consider AEC-Q200 or anti-sulfur parts for higher reliability.
The main risk is using a resistor with the wrong resistance value, which can alter circuit behavior, or an insufficient power rating, leading to failure.

EVVO
Functional alternative in a 0603 package with different resistance (100kΩ) and added AEC-Q200 qualification.
| Feature / factor | FRC0603F1403TS | FCR0603F100K | FCR0603F200K | Alt 3 | Compatibility / risk |
|---|---|---|---|---|---|
| Resistance | 140 kΩ | 100 kΩ | 200 kΩ | 100 kΩ / 200 kΩ — Differs by -28.6%. Requires circuit analysis.; FCR0603F200K: Differs by +42.9%. Requires circuit analysis. | |
| Power | 0.1 W | 0.1 W | 0.1 W | 0.1 W — Matches target value but does not meet 1.5x engineering rule.; FCR0603F200K: Matches target value but does not meet 1.5x engineering rule. | |
| Package | 0603 | 0603 | 0603 | 0603 — matched; FCR0603F200K: matched | |
| Tolerance | ±1% | ±1% | ±1% | ±1% — matched; FCR0603F200K: matched | |
| Application | None | AEC-Q200, Anti-Sulfur | - | AEC-Q200, Anti-Sulfur — Candidate has automotive-grade features. |
The best alternative is another 0603 chip resistor with 140kΩ resistance, ±1% tolerance, and a power rating of at least 0.1W. Check for matching temperature coefficient (±100 ppm/°C).