Best Alternatives to 10TPE220MIL

Package: D3LPANASONICConductive Polymer Tantalum CapacitorsCapacitance: 220 µFRated Voltage: 10 V.DCTolerance: ±20%ESR: 18 mΩ maxSeries: TPE

Finding a substitute for the Panasonic 10TPE220MIL, a 220µF 10V low-ESR polymer tantalum capacitor, requires careful attention to its 18mΩ ESR. While several parts match in capacitance and voltage, their higher ESR presents a performance downgrade risk.

AI replacement insight

Electrical riskhigh

Higher ESR in all candidates affects performance.

Package risklow

Form-compatible options exist, but cross-vendor parts need verification.

Can it be replaced directly?

No direct, fully equivalent replacement was found. All viable candidates have a higher ESR, which is a critical performance downgrade.

Best replacement path

The closest option is Panasonic's 10TPE220ML, but it's a downgrade due to higher ESR. A true equivalent requires searching for parts with ESR ≤ 18mΩ.

Main risk

Increased ESR, which can lead to higher voltage ripple, reduced efficiency, and potential overheating in high-current applications.

Recommended alternatives

2
10TPE220ML package
10TPE220ML

Panasonic

Needs validationmedium risk

Same series and package, but has higher ESR, requiring application review.

View details

Alternative comparison matrix

Feature / factor10TPE220MIL10TPE220ML10TPB220MLAlt 3Compatibility / risk
Esr18 mΩ max25 mΩ40 mΩ25 mΩ / 40 mΩ — Candidate ESR is higher, which is a performance downgrade.; 10TPB220ML: Candidate ESR is more than double, a significant downgrade.
PackageD3LD3LD3LD3L — Package code matches, indicating form and fit compatibility.; 10TPB220ML: Package code matches.
Voltage10V10V10V10V — Voltage rating is identical.; 10TPB220ML: Voltage rating is identical.
Capacitance220 µF220 µF-220 µF — Capacitance is identical.
ManufacturerPanasonic-PanasonicPanasonic — Same manufacturer, different series (TPB vs TPE).

Application & sourcing insights

Questions & answers

The best alternative is likely Panasonic's 10TPE220ML, as it is from the same series. However, it has a higher ESR (25mΩ vs 18mΩ), which is a performance downgrade and must be evaluated for your specific application.