Best Alternatives to GVM0J471M0605

Package: 6.3 mm x 5.7 mmHONORSAFESurface Mount Aluminum Electrolytic CapacitorsCapacitance: 470 uFRated Voltage: 6.3 VTolerance: ±20%Series: GVMOperating Temperature: -55°C to +105°C

GVM0J471M0605 is a 470uF 6.3V surface-mount aluminum electrolytic capacitor. Finding a direct replacement requires careful matching of its compact 6.3x5.7mm package.

AI replacement insight

Package riskhigh

Most candidates have different footprints or heights.

Electrical risklow

Key electricals match, and voltage upgrades are safe.

Can it be replaced directly?

No direct, verified pin-to-pin replacement has been identified. The closest candidates have different physical dimensions, requiring engineering review.

Best replacement path

Find a part with the same 6.3mm diameter and verify height clearance, like VZT471M1ATR-0607. Other options require PCB redesign.

Main risk

The primary risk is mechanical incompatibility due to package size (diameter, height) and PCB footprint differences.

Recommended alternatives

2
VZT471M1ATR-0607 package
Needs validationmedium risk

Similar footprint diameter and electricals, but is taller. Verify height clearance.

View details

Alternative comparison matrix

Feature / factorGVM0J471M0605VZT471M1ATR-0607XT470UF35V90RV0080Alt 3Compatibility / risk
Package6.3 mm x 5.7 mm6.3 mm x 7.7 mmSMD, 10mm x 10.5mm6.3 mm x 7.7 mm / SMD, 10mm x 10.5mm — Taller package, requires height clearance check.; XT470UF35V90RV0080: Larger package requires PCB redesign.
Voltage6.3 V10.0 V35.0 V10.0 V / 35.0 V — Higher voltage rating is a safe upgrade.; XT470UF35V90RV0080: Higher voltage rating is a safe upgrade.
Capacitance470.0 uF470.0 uF470.0 uF470.0 uF — matched; XT470UF35V90RV0080: matched
Endurance2000-5000 hours2000 hours-2000 hours — Within target's specified range.

Application & sourcing insights

Questions & answers

Lelon's VZT471M1ATR-0607 is a strong candidate if the 2mm height increase is acceptable. Otherwise, functional alternates exist but require a new PCB layout due to larger package sizes.