KNE51000UF25V149EC0026
KNSCHA
Needs validationhigh risk
Functional match with different package; through-hole instead of SMD.
Best Alternatives to EFVM025ADA102M10C0
Reviewing alternatives for the FOLLON EFVM025ADA102M10C0, a 1000µF 25V SMD capacitor in a 10mm x 12.5mm package. Key challenges in finding a replacement include matching the specific SMD footprint.
AI replacement insight
Package riskhigh
All candidates have a different package or footprint, requiring board redesign.
Electrical risklow
Primary electricals match, but secondary parameters like ESR should be verified.
Can it be replaced directly?
No direct drop-in replacements were identified in this review due to package and mounting type mismatches.
Best replacement path
Search for SMD aluminum capacitors with 1000µF, >=25V, and a 10mm diameter package.
Main risk
Physical incompatibility is the main risk; all reviewed candidates require PCB layout changes.
Recommended alternatives
6Alternative comparison matrix
| Feature / factor | EFVM025ADA102M10C0 | KNE51000UF25V149EC0026 | RVT1000UF25V34RV0112 | RVT1E102M1213 | Compatibility / risk |
|---|---|---|---|---|---|
| Package | 10mm x 12.5mm SMD | Radial, Can - Through Hole | SMD, 12.5mm x 13.5mm | 12.5mm x 13.5mm | Radial, Can - Through Hole / SMD, 12.5mm x 13.5mm / Radial, 10mm x 12mm — Candidate is through-hole, target is SMD.; RVT1000UF25V34RV0112: Candidate is SMD but larger diameter (12.5mm vs 10mm).; RVT1E102M1213: Candidate is SMD but larger diameter (12.5mm vs 10mm).; SPE1EM102G12OL: Candidate is through-hole, target is SMD. |
| Voltage | 25.0V | 25.0V | 25.0V | 25.0V | 25.0V — matched; RVT1000UF25V34RV0112: matched; RVT1E102M1213: matched; SPE1EM102G12OL: matched |
| Capacitance | 1000.0µF | 1000.0µF | 1000.0µF | 1000.0µF | 1000.0µF — matched; RVT1000UF25V34RV0112: matched; RVT1E102M1213: matched; SPE1EM102G12OL: matched |
Application & sourcing insights
Questions & answers
No direct drop-in replacements were found. Several functional alternatives exist with the same capacitance and voltage, but they differ in package type (through-hole) or size (larger SMD footprint), requiring board redesign.