VT220UF25V167RV160
KNSCHA
Needs validationlow risk
A strong upgrade with significantly higher voltage (25V) and ripple current.
Best Alternatives to RVT220UF10V67RV0033
Find substitutes for the KNSCHA RVT220UF10V67RV0033, a 220uF 10V aluminum electrolytic capacitor. Several pin-compatible upgrades with higher voltage and ripple current ratings are available for improved performance and design margin.
AI replacement insight
Electrical riskmedium
Ensure candidate's ripple current is equal or greater and ESR is suitable for the circuit, especially for LDO stability.
Package risklow
The 6.3mm x 7.7mm SMD package is standard, but always verify the specific PCB land pattern.
Can it be replaced directly?
Yes, several pin-compatible replacements are available for RVT220UF10V67RV0033, mostly as upgrades with higher voltage ratings.
Best replacement path
For a simple upgrade, use KNSCHA XT220UF16V90RV0107, which offers a higher voltage rating (16V) in the same package. For high-performance needs, consider GVM1V227M0608CN for its much higher ripple current and low ESR.
Main risk
The main risk is mismatch in secondary electrical parameters. While many parts match capacitance and package, ripple current, ESR, and temperature range can differ.
Recommended alternatives
5Alternative comparison matrix
| Feature / factor | RVT220UF10V67RV0033 | VT220UF25V167RV160 | XT220UF16V90RV0107 | GVM1V227M0608CN | Compatibility / risk |
|---|---|---|---|---|---|
| Voltage | 10V | 25V | 16V | 35V | 25V / 16V / 35V — Higher voltage is a safe upgrade.; XT220UF16V90RV0107: Higher voltage is a safe upgrade.; GVM1V227M0608CN: Significantly higher voltage is a safe upgrade.; RVE220UF16V67RV0003: Higher voltage is a safe upgrade. |
| Current | 110mA @ 120Hz | 130mA @ 120Hz | 120mA @ 120Hz | 600mA @ 100kHz | 130mA @ 120Hz / 120mA @ 120Hz / 600mA @ 100kHz / 230mA @ 100kHz — Higher ripple current handling.; XT220UF16V90RV0107: Higher ripple current handling.; GVM1V227M0608CN: Vastly superior ripple current handling.; RVE220UF16V67RV0003: Significantly higher ripple current. Note test frequency difference. |
| Temperature | -55°C to +105°C | -55°C to +105°C | -55°C to +105°C | - | -55°C to +105°C — matched; XT220UF16V90RV0107: matched |
| Package | SMD, 6.3mm x 7.7mm | SMD, 6.3mm x 7.7mm | SMD, 6.3mm x 7.7mm | - | SMD, 6.3mm x 7.7mm — matched; XT220UF16V90RV0107: Same case size and mounting.; RVE220UF16V67RV0003: matched |
| Esr | Unknown | - | - | ≤ 0.16Ω @ 100kHz | ≤ 0.16Ω @ 100kHz / 0.6Ω @ 100kHz — Ultra-low ESR part. Target ESR is unknown.; RVE220UF16V67RV0003: Low impedance series. Target ESR is unknown. |
| Manufacturer | KNSCHA | - | - | ACMECON | ACMECON — Cross-vendor alternative. |
Application & sourcing insights
Questions & answers
The best alternative is likely XT220UF16V90RV0107. It's from the same manufacturer and offers a safe voltage upgrade (16V vs 10V) and higher ripple current with the same package and lifetime.