What risks should I check before replacing ERE1CM102G13OT?

Before replacing ERE1CM102G13OT, you must check three key things: 1) Package dimensions to ensure physical fit, 2) Endurance rating (in hours) to ensure it meets your product's lifetime requirements, and 3) Dielectric technology (e.g., solid vs. wet) as this affects ESR and leakage current.

ERE1CM102G13OT Alternatives, Datasheet & Cross Reference | AISHI

Finding a substitute for the AISHI ERE1CM102G13OT 1000µF 16V capacitor involves balancing package compatibility with electrical parameters like endurance and technology. Several alternatives exist, but each comes with specific trade-offs requiring engineering review.

AI replacement insight

Package riskmedium

Some candidates have slightly different dimensions or mounting types.

Electrical riskhigh

Endurance and dielectric technology vary, requiring careful review.

Sourcing risklow

Alternatives are available from multiple vendors.

Can it be replaced directly?

Direct replacement for ERE1CM102G13OT should use only Datasheet verified or Strong match candidates; many approved options still require engineering review.

Best replacement path

For an upgrade, consider solid polymer capacitors like SPE1EM102G12OL, which offer better voltage and endurance, but require engineering review. For a closer match, KM108M016G13RR0VH2FP0 is form-fit but has lower endurance.

Main risk

The primary risks are changes in endurance rating and capacitor technology (wet electrolytic vs. solid polymer), which can affect circuit lifetime and electrical behavior.

Recommended alternatives

Matches package and voltage, but has lower endurance. Review required for application lifetime.

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Alternative comparison matrix

Feature / factor	ERE1CM102G13OT	KM108M016G13RR0VH2FP0	SPE1EM102G12OL	Compatibility / risk
Package	Radial, 10mm x 13mm	Radial, 10mm x 13mm	Radial, 10mm x 12mm	Radial, 10mm x 13mm / Radial, 10mm x 12mm — Identical package dimensions reported.; SPE1EM102G12OL: Slightly shorter, should still fit.
Voltage	16V	16V	25V	16V / 25V — matched; SPE1EM102G12OL: Higher voltage rating provides more margin.
Capacitance	1000µF ±20%	1000µF ±20%	-	1000µF ±20% — matched
Endurance	3000hrs @ 105°C	2000hrs @ 105°C	5000hrs @ 105°C	2000hrs @ 105°C / 5000hrs @ 105°C — Candidate has 33% lower endurance.; SPE1EM102G12OL: Significantly longer lifetime.
Dielectric	Wet Electrolytic	-	Solid Polymer	Solid Polymer — Different technology, may have better ESR but different leakage.

Application & sourcing insights

Questions & answers

Verified drop-in options for ERE1CM102G13OT 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.