Is there a pin-compatible replacement for KM227M050G13RR0VH2FP0?

No drop-in, pin-compatible replacement has been confirmed. Candidates like the AISHI SPZ series have the same lead spacing but differ in height or technology, requiring careful evaluation before use.

What risks should I check before replacing KM227M050G13RR0VH2FP0?

First, verify the physical dimensions (diameter and height) for mechanical fit. Second, evaluate the difference between standard electrolytic and polymer technology, as this affects ESR, ripple current handling, and leakage, which may impact circuit performance.

KM227M050G13RR0VH2FP0 Alternatives, Datasheet & Cross Reference | Chengx

Finding a substitute for the KM227M050G13RR0VH2FP0, a 220uF 50V radial capacitor, involves checking package dimensions and capacitor technology. While several parts match electrically, physical fit and performance characteristics like ESR are key.

AI replacement insight

Package riskhigh

Many candidates are SMD or have different radial dimensions.

Electrical riskmedium

Switching to polymer technology affects ESR and leakage.

Sourcing risklow

220uF 50V is a common capacitor value.

Can it be replaced directly?

No direct pin-for-pin replacement has been verified. Alternatives require review of package size and capacitor technology (polymer vs. electrolytic).

Best replacement path

The best path is to find a standard aluminum electrolytic capacitor with a 10mm diameter and a height of 13mm or less. Polymer alternatives exist but require circuit re-evaluation.

Main risk

The main risks are mechanical incompatibility due to different package sizes and electrical performance changes from using a polymer capacitor instead of a standard electrolytic one.

Recommended alternatives

A polymer capacitor with matching electricals and a slightly shorter package. Requires engineering review.

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Alternative comparison matrix

Feature / factor	KM227M050G13RR0VH2FP0	SPZ1HM221G12O00RAXXX	SPZ1JM221G15O00RAXXX	Compatibility / risk
Package	Radial, 10mm x 13mm	Radial, 10mm x 12mm	-	Radial, 10mm x 15mm — Taller package requires mechanical clearance check.
Technology	Standard Electrolytic	Polymer	-	Polymer — Different technology affects ESR, ripple, and leakage current.
Voltage	50V	50V	-	63V — Higher voltage rating provides more margin.
Capacitance	220µF	220µF	-	220µF — Capacitance matches.

Application & sourcing insights

Questions & answers

The AISHI SPZ1HM221G12O00RAXXX is a strong candidate, offering similar electricals in a slightly shorter package. However, it uses polymer technology, which requires engineering review for its impact on ESR and leakage current.