
ROQANG
A 10uF 25V capacitor in the same package and series from ROQANG, serving as a direct voltage upgrade.
Find verified substitutes and pin-compatible alternatives for the ROQANG VT1C100M0405, a 10uF 16V surface-mount aluminum electrolytic capacitor. This guide covers voltage upgrades and cross-vendor options.
Many options exist. Verify ESR and ripple current from datasheets for high-frequency or high-stress applications.
The 4x5.4mm package is standard, but always confirm dimensions. Avoid parts with different diameters.
Direct replacement for VT1C100M0405 should use only Datasheet verified or Strong match candidates; many approved options still require engineering review.
Start with Datasheet verified or Strong match candidates for VT1C100M0405, then review parametric alternatives for package and electrical fit.
The main risks are package size mismatch and selecting a part with incompatible secondary characteristics like ESR or ripple current rating.

ROQANG
A 10uF 25V capacitor in the same package and series from ROQANG, serving as a direct voltage upgrade.
| Feature / factor | VT1C100M0405 | VT1E100M0405 | RVT1C100M0405 10UF 16V | RVE1E100M0405 | Compatibility / risk |
|---|---|---|---|---|---|
| Voltage | 16V | 25V | 16V | 25V | 25V / 16V — Voltage is higher, which is a safe upgrade.; RVT1C100M0405 10UF 16V: matched; RVE1E100M0405: Voltage is higher, a safe upgrade. |
| Capacitance | 10uF ±20% | 10uF ±20% | 10uF ±20% | 10uF ±20% | 10uF ±20% — matched; RVT1C100M0405 10UF 16V: matched; RVE1E100M0405: matched |
| Package | 4mm x 5.4mm | 4mm x 5.4mm | 4mm x 5.4mm | 4mm x 5.4mm | 4mm x 5.4mm — matched; RVT1C100M0405 10UF 16V: matched; RVE1E100M0405: matched |
| Manufacturer | ROQANG | ROQANG | DMBJ | HONOR | ROQANG / DMBJ / HONOR — Same manufacturer and series.; RVT1C100M0405 10UF 16V: Cross-vendor alternative.; RVE1E100M0405: Cross-vendor alternative. |
Verified drop-in options for VT1C100M0405 are limited in the current batch. Review candidates marked Strong match or Datasheet verified, and validate package, pinout, and electrical limits before committing a BOM change.