Best Alternatives to RVT1E680M0605

Package: 6.3mm x 5.4mmROQANGSurface Mount Aluminum Electrolytic CapacitorsCapacitance: 68 µFVoltage Rating: 25 VTolerance: ±20%Package Size: 6.3 mm x 5.4 mmOperating Temperature: -55°C to +105°C

RVT1E680M0605 is a 68µF, 25V surface-mount aluminum electrolytic capacitor in a 6.3mm x 5.4mm package. Finding a direct replacement requires matching capacitance and voltage, while also considering parameters like ESR and load life.

AI replacement insight

Electrical riskhigh

Capacitance values differ by over 30%, which can impact circuit performance.

Package risklow

Candidate packages match the target's dimensions.

Can it be replaced directly?

No direct, one-to-one replacement has been identified. All candidates have significant capacitance differences.

Best replacement path

Parametric relaxation or circuit redesign.

Main risk

Capacitance mismatch, which can lead to circuit instability or malfunction.

Recommended alternatives

2
VT1V101M0605 package
Needs validationhigh risk

A potential alternative with the same package and higher voltage, but significantly different capacitance.

View details

Alternative comparison matrix

Feature / factorRVT1E680M0605VT1V101M0605RVT1V470M0605Alt 3Compatibility / risk
Package6.3mm x 5.4mm6.3mm x 5.4mm6.3mm x 5.4mm6.3mm x 5.4mm — Package dimensions match.; RVT1V470M0605: Package dimensions match.
Voltage25V35V35V35V — Higher voltage rating provides more design margin.; RVT1V470M0605: Higher voltage rating provides more design margin.
Capacitance68µF100µF47µF100µF / 47µF — Capacitance is 47% higher. Requires circuit validation.; RVT1V470M0605: Capacitance is 31% lower, a high-risk downgrade.
Tolerance±20%±20%±20%±20% — Tolerance is identical.; RVT1V470M0605: Tolerance is identical.
Load Life2000 hours @ 105°C2000 hours @ 105°C-2000 hours @ 105°C — Load life appears to be equivalent.

Application & sourcing insights

Questions & answers

There are no direct drop-in replacements currently identified. Alternatives like VT1V101M0605 offer higher voltage (35V) but have significantly different capacitance (100µF), requiring engineering review.