
Yageo
A close parametric alternative from the same Yageo series with a slightly different resistance value (10kΩ).
Yageo's RT0402BRD0710K2L is a precision 10.2kΩ thin-film resistor in a 0402 package, valued for its ±0.1% tolerance and 25 ppm/°C TCR. Finding a replacement requires matching these key precision parameters.
Most alternatives have a different resistance (10kΩ vs 10.2kΩ) or worse tolerance/TCR, requiring circuit analysis.
All reviewed candidates use the same 0402 package, ensuring mechanical compatibility.
No direct, drop-in replacement with the exact 10.2kΩ resistance was found among the candidates. However, several parametric alternatives exist that require engineering review.
The best path is finding another precision thin-film resistor with 10.2kΩ resistance. If unavailable, Yageo's RT0402BRD0710KL (10kΩ) is a very close parametric alternative.
The main risk is a shift in circuit performance due to differences in resistance value, tolerance, or temperature coefficient (TCR).

Yageo
A close parametric alternative from the same Yageo series with a slightly different resistance value (10kΩ).
| Feature / factor | RT0402BRD0710K2L | RT0402BRD0710KL | RT0402BRE0710KL | Alt 3 | Compatibility / risk |
|---|---|---|---|---|---|
| Package | 0402 | 0402 | 0402 | 0402 — Package size matches.; RT0402BRE0710KL: Package size matches. | |
| Resistance | 10.2kΩ | 10kΩ | 10kΩ | 10kΩ — Slight resistance mismatch (-1.96%).; RT0402BRE0710KL: Slight resistance mismatch (-1.96%). | |
| Tolerance | ±0.1% | ±0.1% | ±0.1% | ±0.1% — Precision tolerance matches.; RT0402BRE0710KL: Precision tolerance matches. | |
| Tcr | 25 ppm/°C | 25 ppm/°C | 50 ppm/°C | 25 ppm/°C / 50 ppm/°C — Temperature coefficient matches.; RT0402BRE0710KL: TCR is higher, indicating less stability over temperature. | |
| Technology | Thin Film | Thin Film | - | Thin Film — Resistor technology matches. |
The closest alternative is Yageo's RT0402BRD0710KL. It shares the same package, tolerance (0.1%), and TCR (25ppm/°C), but has a 10kΩ resistance instead of 10.2kΩ.