
Yageo
Parametric alternative from the same manufacturer and series with a slightly lower resistance value.
Reviewing alternatives for the Yageo RC0402FR-072K15L, a 2.15kΩ 1% 0402 chip resistor. Key considerations for substitutes are resistance deviation, power rating, and temperature coefficient (TCR).
Resistance mismatch requires circuit analysis.
All suggested candidates are in the standard 0402 package.
0402 resistors are widely available from multiple vendors.
No exact direct replacement exists if the 2.15kΩ value is critical. Parametric alternatives with slightly different resistance values are available.
Use a nearby standard value from the same Yageo RC series, like 2.1kΩ or 2.21kΩ, after verifying circuit tolerance.
Resistance deviation from the target 2.15kΩ value.

Yageo
Parametric alternative from the same manufacturer and series with a slightly lower resistance value.
| Feature / factor | RC0402FR-072K15L | RC0402FR-072K1L | RC0402FR-072K21L | ERJ2RKF2001X | Compatibility / risk |
|---|---|---|---|---|---|
| Resistance | 2.15 kΩ | 2.1 kΩ | 2.21 kΩ | 2.0 kΩ | 2.1 kΩ / 2.21 kΩ / 2.0 kΩ — 2.3% lower than target. Verify circuit tolerance.; RC0402FR-072K21L: 2.8% higher than target. Verify circuit tolerance.; ERJ2RKF2001X: 7% lower than target. Verify circuit tolerance.; SCR0402F2K: 7% lower than target. Verify circuit tolerance. |
| Tolerance | ±1% | ±1% | ±1% | ±1% | ±1% — matched; RC0402FR-072K21L: matched; ERJ2RKF2001X: matched; SCR0402F2K: matched |
| Power | 0.0625 W | 0.0625 W | 0.0625 W | 0.1 W | 0.0625 W / 0.1 W — matched; RC0402FR-072K21L: matched; ERJ2RKF2001X: Higher power rating is a safe upgrade.; SCR0402F2K: matched |
| Package | 0402 | 0402 | 0402 | 0402 | 0402 — matched; RC0402FR-072K21L: matched; ERJ2RKF2001X: matched; SCR0402F2K: matched |
| Tcr | ±100 ppm/°C | ±100 ppm/°C | ±100 ppm/°C | - | ±100 ppm/°C — matched; RC0402FR-072K21L: matched |
The closest alternatives are typically other resistors in the same E96 series, such as Yageo's RC0402FR-072K1L (2.1kΩ) or RC0402FR-072K21L (2.21kΩ). Always verify if the resistance deviation is acceptable for your application.