
HONOR
A form-fit alternate with a higher voltage rating but weaker ESR and ripple current specs.
Finding a substitute for the HONOR HV1E476M0605PZ, a 47µF 25V Aluminum Polymer capacitor, requires careful matching of its 6.3x5.8mm package, ESR, and ripple current ratings to ensure circuit compatibility and performance.
Most alternatives have different packages, requiring a PCB redesign.
Even same-package options have different ESR and ripple current. MLCC options have critical technology differences.
No direct drop-in replacement has been identified. The most similar part, HV1V476M0605PZ, has performance differences that must be reviewed by an engineer.
The closest candidate is HV1V476M0605PZ, which shares the same package. However, it has weaker ESR and ripple current ratings, requiring careful circuit validation before use.
The primary risks are physical incompatibility due to different package sizes and performance degradation from mismatched ESR or ripple current ratings.

HONOR
A form-fit alternate with a higher voltage rating but weaker ESR and ripple current specs.
| Feature / factor | HV1E476M0605PZ | HV1V476M0605PZ | HV1J476M0810PZ | Alt 3 | Compatibility / risk |
|---|---|---|---|---|---|
| Package | 6.3mm x 5.8mm | 6.3mm x 5.8mm | 8mm x 10.5mm | 6.3mm x 5.8mm / 8mm x 10.5mm — Candidate shares the same package dimensions.; HV1J476M0810PZ: Significantly larger package will not fit on the same PCB footprint. | |
| Voltage | 25V | 35V | 63V | 35V / 63V — Higher voltage rating provides more design margin.; HV1J476M0810PZ: Higher voltage rating provides more design margin. | |
| Esr | 48 mΩ | 58 mΩ | - | 58 mΩ — Higher ESR may affect circuit performance. | |
| Ripple Current | 850 mA | 750 mA | 1100 mA | 750 mA / 1100 mA — Lower ripple current rating must be verified against application requirements.; HV1J476M0810PZ: Higher ripple current capability. |
The best alternative is HV1V476M0605PZ, as it shares the same 6.3mm x 5.8mm package and has a higher voltage rating (35V). However, its ESR is slightly higher and ripple current is lower, so you must verify it meets your circuit's performance needs.