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Best Alternatives to ERS1EM470D11OT

Package: Radial, 5mm x 11mmAISHIAluminum Electrolytic CapacitorsCapacitance: 47 µFRated Voltage: 25 VTolerance: ±20%Temperature Rating: 105 °CEndurance: 4,000-10,000 hours

ERS1EM470D11OT is a 47µF 25V radial aluminum electrolytic capacitor from AISHI. Key alternatives include pin-compatible options from Rubycon, which may require checking secondary parameters like ESR and lifetime.

AI replacement insight

Electrical riskmedium

ESR, ripple current, and lifetime may differ between series.

Package risklow

Pin-compatible options have identical dimensions.

Sourcing risklow

Candidates are active parts from major manufacturers.

Can it be replaced directly?

Direct replacement for ERS1EM470D11OT should use only Datasheet verified or Strong match candidates; many approved options still require engineering review.

Best replacement path

Start with Datasheet verified or Strong match candidates for ERS1EM470D11OT, then review parametric alternatives for package and electrical fit.

Main risk

The main risk is a mismatch in secondary electrical parameters like ESR or ripple current, as the replacement is from a different manufacturer and series.

Recommended alternatives

2
25YXF47MEFC5X11 package
Needs validationlow risk

A pin-compatible 47µF 25V capacitor from a different manufacturer with identical primary specs.

View details

Alternative comparison matrix

Feature / factorERS1EM470D11OT25YXF47MEFC5X1135YXJ47M5X11Alt 3Compatibility / risk
PackageRadial, 5mm x 11mmRadial, 5mm x 11mm-Radial, 5mm x 11mm — Package dimensions and mounting type match.
Voltage25.0 V25.0 V-35.0 V — Higher voltage rating provides more margin.
Capacitance47.0 µF47.0 µF-47.0 µF — Capacitance is identical.
SeriesAISHI ERSRubycon YXF-Rubycon YXJ — Different series, check ESR and ripple current.

Application & sourcing insights

Questions & answers

Verified drop-in options for ERS1EM470D11OT are limited in the current batch. Review candidates marked Strong match or Datasheet verified, and validate package, pinout, and electrical limits before committing a BOM change.