
HONOR
An electrical match in a smaller 8x10mm SMD package; requires layout review before use.
RVT1H151M1010 is a 150µF 50V surface-mount aluminum electrolytic capacitor in a 10x10.2mm package. Finding a direct drop-in replacement requires matching both electrical specifications and the physical footprint.
Many alternatives have different packages (through-hole or different SMD sizes).
Candidates with matching electricals are available, but form factor is the issue.
No direct pin-to-pin replacement has been identified. The closest candidate, RVT1H151M0810, has a smaller package and requires board layout verification.
Find an SMD capacitor with 150µF capacitance, ≥50V rating, and a compatible footprint. RVT1H151M0810 is electrically identical but in a smaller 8x10mm package, requiring layout verification.
The primary risk is package mismatch. Several candidates are through-hole instead of surface-mount, and even SMD alternatives may have different footprints.

HONOR
An electrical match in a smaller 8x10mm SMD package; requires layout review before use.
| Feature / factor | RVT1H151M1010 | RVT1H151M0810 | ERD157M2CI25RR | ERS1KM151G20OT | Compatibility / risk |
|---|---|---|---|---|---|
| Package | 10mm x 10.2mm | 8mm x 10mm | Radial, 12.5mm x 25mm | Radial, 10mm x 20mm | 8mm x 10mm / Radial, 12.5mm x 25mm / Radial, 10mm x 20mm — Smaller SMD package requires footprint verification.; ERD157M2CI25RR: Candidate is through-hole, target is surface-mount.; ERS1KM151G20OT: Candidate is through-hole, target is surface-mount. |
| Pinout | 2 | null | - | - | null — Pin count missing, but likely 2 pins. |
| Capacitance | 150 µF | 150 µF | 150 µF | 150 µF | 150 µF — matched; ERD157M2CI25RR: matched; ERS1KM151G20OT: matched |
| Voltage | 50 V | 50 V | 160 V | 100 V | 50 V / 160 V / 100 V — matched; ERD157M2CI25RR: Higher voltage rating is generally safe.; ERS1KM151G20OT: Higher voltage rating is generally safe. |
RVT1H151M0810 is electrically identical (150µF, 50V) but comes in a smaller 8x10mm SMD package, which requires checking your PCB layout for compatibility.