
UNI-ROYAL
An 11Ω, ±1% tolerance resistor in the same 1206 package. Power and TCR ratings match.
Find suitable replacements for the FOJAN FRC1206J120 TS, a 12Ω 5% 0.25W 1206 chip resistor. Alternatives with similar packages and tighter tolerances are available but require review of nominal resistance.
Nominal resistance shift requires circuit analysis.
All viable candidates use the same 1206 package.
No direct, drop-in replacement with identical resistance and tolerance was found. All candidates require a review of the nominal resistance value.
Parametric relaxation to a nearby standard value (e.g., 11Ω or 13Ω) with a tighter tolerance (±1%).
The primary risk is the shift in nominal resistance, which could affect circuit performance (e.g., timing, gain, voltage division).

UNI-ROYAL
An 11Ω, ±1% tolerance resistor in the same 1206 package. Power and TCR ratings match.
| Feature / factor | FRC1206J120 TS | 1206W4F110JT5E | 1206W4F130JT5E | SCR1206F10R5 | Compatibility / risk |
|---|---|---|---|---|---|
| Package | 1206 | 1206 | 1206 | 1206 | 1206 — Same form factor.; 1206W4F130JT5E: Same form factor.; SCR1206F10R5: Same form factor. |
| Resistance | 12 Ω | 11 Ω | 13 Ω | 10.5 Ω | 11 Ω / 13 Ω / 10.5 Ω — 8.3% lower; outside target's ±5% tolerance band.; 1206W4F130JT5E: 8.3% higher; outside target's ±5% tolerance band.; SCR1206F10R5: 12.5% lower; outside target's ±5% tolerance band. |
| Tolerance | ±5% | ±1% | ±1% | ±1% | ±1% — Tighter tolerance provides better precision.; 1206W4F130JT5E: Tighter tolerance provides better precision.; SCR1206F10R5: Tighter tolerance provides better precision. |
| Power | 0.25W | 0.25W | 0.25W | 0.25W | 0.25W — Equal power rating.; 1206W4F130JT5E: Equal power rating.; SCR1206F10R5: Equal power rating. |
| Tcr | ±100 ppm/°C | ±100 ppm/°C | ±100 ppm/°C | - | ±100 ppm/°C — Same temperature stability.; 1206W4F130JT5E: Same temperature stability. |
Candidates like UNI-ROYAL's 1206W4F110JT5E (11Ω) or 1206W4F130JT5E (13Ω) offer a tighter ±1% tolerance in the same package, but the nominal resistance differs. The best choice depends on your circuit's sensitivity to this resistance shift.