Best Alternatives to 0201WMF698JTEE

Package: 0201UNI-ROYALChip Resistor - Surface MountResistance: 69.8 ΩTolerance: ±1%Power Rating: 0.05 WPackage / Case: 0201Technology: Thick Film

0201WMF698JTEE is a 69.8Ω, 1% tolerance, 0.05W thick film chip resistor in a compact 0201 package. Finding an exact resistance match is key for substitution.

AI replacement insight

Electrical riskmedium

Resistance mismatch is the main concern.

Package risklow

0201 is a very common package.

Can it be replaced directly?

No direct drop-in replacement with the exact 69.8Ω resistance was found. Parametric alternatives with 75Ω resistance are available but require circuit validation.

Best replacement path

Find a 1% 0201 resistor with resistance as close to 69.8Ω as possible. 75Ω is a common alternative but requires review.

Main risk

The primary risk is the ~7.4% increase in resistance, which could affect circuit timing, biasing, or feedback loops.

Recommended alternatives

2
FRC0201F75R0TS package
Needs validationmedium risk

Pin-compatible 0201 resistor from another vendor, but with 75Ω resistance instead of 69.8Ω.

View details

Alternative comparison matrix

Feature / factor0201WMF698JTEEFRC0201F75R0TSRC0201FR-0775RLAlt 3Compatibility / risk
Package0201020102010201 — Same package size and pin count.; RC0201FR-0775RL: Same package size and pin count.
Resistance69.8 Ω75.0 Ω75.0 Ω75.0 Ω — 7.4% deviation from target. Requires circuit analysis.; RC0201FR-0775RL: 7.4% deviation from target. Requires circuit analysis.
Tolerance±1.0%±1.0%±1.0%±1.0% — Matches target's precision.; RC0201FR-0775RL: Matches target's precision.
Power0.05 W0.05 W0.05 W0.05 W — Power rating is identical.; RC0201FR-0775RL: Power rating is identical.
TcrNot specified-±200 ppm/°C±200 ppm/°C — Target TCR not specified, review if critical.

Application & sourcing insights

Questions & answers

Alternatives with the same 0201 package and 1% tolerance exist, but often with a slightly different resistance like 75Ω. These require engineering review to ensure the 7.4% resistance deviation is acceptable for the circuit.