UCD1V331MNL1GS
Nichicon
Needs validationhigh risk
Functional alternative with same capacitance but requires review due to different package, technology, and electricals.
Best Alternatives to CA45-D010K337T
Finding a replacement for the CA45-D010K337T, a 330µF 10V Tantalum capacitor, requires careful review. While alternatives with similar capacitance exist, they often differ in technology, package, and key electrical parameters, necessitating board-level changes.
AI replacement insight
Package riskhigh
Candidates have different footprints (V-Chip vs. Tantalum D-Case), requiring board redesign.
Electrical riskhigh
Different technology (Al-Elec vs. Tantalum), wider tolerance, and lower temperature rating.
Sourcing riskmedium
While candidates are active, finding a true Tantalum equivalent may be challenging.
Can it be replaced directly?
No direct, pin-compatible replacement has been identified. All candidates are Aluminum Electrolytic capacitors in different packages, requiring board redesign and careful electrical evaluation.
Best replacement path
Search for Tantalum capacitors with 330µF capacitance, ≥10V rating, and a 7343-28 (D-Case) package.
Main risk
The primary risk is the package and technology mismatch. Using an Aluminum Electrolytic V-Chip capacitor requires a new PCB layout and validation of electrical performance (ESR, leakage, temperature stability).
Recommended alternatives
4Alternative comparison matrix
| Feature / factor | CA45-D010K337T | UCD1V331MNL1GS | VZH331M1VTR-1010 | VZT331M1VTR-0810 | Compatibility / risk |
|---|---|---|---|---|---|
| Package | 7343-28 | 10mm x 10mm | 10mm x 10mm | 8mm x 10mm SMD | 10mm x 10mm / 8mm x 10mm SMD / SMD, 8mm x 10.5mm — Different footprint (V-Chip vs Tantalum D-Case) requires board redesign.; VZH331M1VTR-1010: Different footprint (V-Chip vs Tantalum D-Case) requires board redesign.; VZT331M1VTR-0810: Different footprint (V-Chip vs Tantalum D-Case) requires board redesign.; XT330UF25V90RV0127: Different footprint (V-Chip vs Tantalum D-Case) requires board redesign. |
| Technology | Tantalum (MnO2) | Aluminum Electrolytic | Aluminum Electrolytic | Aluminum Electrolytic | Aluminum Electrolytic — Different electrical characteristics (ESR, leakage, stability).; VZH331M1VTR-1010: Different electrical characteristics (ESR, leakage, stability).; VZT331M1VTR-0810: Different electrical characteristics (ESR, leakage, stability).; XT330UF25V90RV0127: Different electrical characteristics (ESR, leakage, stability). |
| Voltage | 10.0 V | 35.0 V | 35.0 V | 35.0 V | 35.0 V / 25.0 V — Higher voltage rating provides more margin.; VZH331M1VTR-1010: Higher voltage rating provides more margin.; VZT331M1VTR-0810: Higher voltage rating provides more margin.; XT330UF25V90RV0127: Higher voltage rating provides more margin. |
| Tolerance | 10.0 % | 20.0 % | 20.0 % | 20.0 % | 20.0 % — Wider tolerance may affect circuit precision.; VZH331M1VTR-1010: Wider tolerance may affect circuit precision.; VZT331M1VTR-0810: Wider tolerance may affect circuit precision.; XT330UF25V90RV0127: Wider tolerance may affect circuit precision. |
| Temperature | -55°C to +125°C | -55°C to +105°C | -55°C to +105°C | -55°C to +105°C | -55°C to +105°C — Lower max operating temperature.; VZH331M1VTR-1010: Lower max operating temperature.; VZT331M1VTR-0810: Lower max operating temperature.; XT330UF25V90RV0127: Lower max operating temperature. |
Application & sourcing insights
Questions & answers
The best alternative would be another 330µF, 10V (or higher) Tantalum capacitor in a 7343-28 (D-Case) package. The identified candidates are Aluminum Electrolytic and require significant design changes.