VZH221M1VTR-0810L
Lelon
Needs validationhigh risk
A high-performance SMD upgrade with higher voltage, longer life, and AEC-Q200 qualification.
Best Alternatives to 152EC0398
Finding a replacement for the KNSCHA 152EC0398, a 220uF 25V radial capacitor, involves checking package, load life, and ripple current. While no direct drop-in is listed, several functional alternatives and upgrades exist.
AI replacement insight
Package riskhigh
Most alternatives are SMD and require a board redesign.
Electrical riskmedium
Load life and ripple current vary and must be verified.
Sourcing risklow
Multiple manufacturers offer functionally similar parts.
Can it be replaced directly?
There are no verified direct pin-for-pin replacements. The closest physical match, HUAWEI KM1E221ME110A00CV0, has a shorter load life and requires review.
Best replacement path
For a board redesign, Lelon's VZH series offers significant performance upgrades. For a form-factor match with performance trade-offs, consider KM1E221ME110A00CV0.
Main risk
The main risk is package mismatch, as most alternatives are SMD. For the single radial alternative, the risk is reduced load life.
Recommended alternatives
4Alternative comparison matrix
| Feature / factor | 152EC0398 | VZH221M1VTR-0810L | VZH221M1ETR-0810 | KM1E221ME110A00CV0 | Compatibility / risk |
|---|---|---|---|---|---|
| Package | Radial, 6.3mm x 11mm | SMD, 8x10mm | SMD, 8mm x 10mm | Radial, 6.3mm x 11mm | SMD, 8x10mm / SMD, 8mm x 10mm / Radial, 6.3mm x 11mm / SMD, 8mm x 10.5mm — Requires board redesign (SMD vs Radial).; VZH221M1ETR-0810: Requires board redesign (SMD vs Radial).; KM1E221ME110A00CV0: Package dimensions and type match.; XT220UF25V90RV0109: Requires board redesign (SMD vs Radial). |
| Voltage | 25.0V | 35.0V | 25.0V | 25.0V | 35.0V / 25.0V — Higher voltage rating provides more margin.; VZH221M1ETR-0810: Voltage rating is identical.; KM1E221ME110A00CV0: Voltage rating is identical.; XT220UF25V90RV0109: Voltage rating is identical. |
| Load Life | 2000h | 3000h | 3000h | 1000h | 3000h / 1000h / 2000h — Candidate has a longer operational life.; VZH221M1ETR-0810: Candidate has a longer operational life.; KM1E221ME110A00CV0: Candidate has a shorter operational life.; XT220UF25V90RV0109: Operational life is identical. |
| Ripple Current | 241mA @ 100kHz | 350mA @ 100kHz | 350mA @ 100kHz | 196mA @ 120Hz | 350mA @ 100kHz / 196mA @ 120Hz / 200mA @ 120Hz — Higher ripple current capability.; VZH221M1ETR-0810: Higher ripple current capability.; KM1E221ME110A00CV0: Ripple current is lower and at a different frequency. Verification needed.; XT220UF25V90RV0109: Ripple current is likely lower. Verification needed. |
| Qualification | None | AEC-Q200 | AEC-Q200 | - | AEC-Q200 — Automotive grade qualification.; VZH221M1ETR-0810: Automotive grade qualification. |
| Capacitance | 220.0uF | - | - | 220.0uF | 220.0uF — Capacitance is identical. |
Application & sourcing insights
Questions & answers
The best alternative depends on your design. For an upgrade requiring a new PCB layout, Lelon VZH221M1ETR-0810 offers better performance. For a physically similar part, HUAWEI KM1E221ME110A00CV0 is an option but has a lower load life.