Is there a pin-compatible replacement for SPV1HM101F11O00RAXXX?

While several candidates have a similar radial package and pinout, they are not electrically equivalent. They use a different capacitor technology (standard vs. solid polymer) and have a lower temperature rating, making them high-risk substitutes, not pin-compatible replacements.

What risks should I check before replacing SPV1HM101F11O00RAXXX?

Verify the maximum operating temperature, as candidates are rated for 105°C vs the target's 125°C. Critically, evaluate ESR and ripple current requirements, as standard electrolytic caps perform worse than the target's solid polymer technology. Also check physical dimensions.

SPV1HM101F11O00RAXXX Alternatives, Datasheet & Cross Reference | AISHI

Find and compare alternatives for the AISHI SPV1HM101F11O00RAXXX, a 100µF 50V 125°C polymer aluminum capacitor. Review potential substitutes, noting key differences in technology and temperature ratings.

AI replacement insight

Electrical riskhigh

Technology mismatch (standard vs. polymer) and lower temperature rating.

Package risklow

Candidates have similar radial packages, but dimensions vary slightly.

Can it be replaced directly?

No direct drop-in replacements were found. All candidates are standard electrolytic capacitors with a lower 105°C temperature rating, while the target is a 125°C solid polymer type.

Best replacement path

The best path is to find another 100µF, 50V (or higher) solid polymer capacitor rated for 125°C with similar dimensions (8x11mm). If unavailable, a standard electrolytic may be considered with extreme caution and full re-validation.

Main risk

The primary risk is substituting a standard electrolytic for a solid polymer capacitor, leading to higher ESR, lower ripple current handling, and potential failure at high temperatures.

Recommended alternatives

Matches voltage and has a similar package, but is a standard electrolytic with a lower temperature rating.

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Alternative comparison matrix

Feature / factor	SPV1HM101F11O00RAXXX	LKMD0901H101MF	CD110107M1H0812VFL	LKMD0901J101MF	Compatibility / risk
Voltage	50V	50V	50V	63V	50V / 63V — matched; CD110107M1H0812VFL: matched; LKMD0901J101MF: Higher voltage is acceptable.
Technology	Polymer Solid	Standard Electrolytic	Standard Electrolytic	Standard Electrolytic	Standard Electrolytic — Target is solid polymer, has lower ESR and higher ripple current.; CD110107M1H0812VFL: Target is solid polymer, has lower ESR and higher ripple current.; LKMD0901J101MF: Target is solid polymer, has lower ESR and higher ripple current.
Temperature	125°C	105°C	105°C	105°C	105°C — Lower max operating temperature.; CD110107M1H0812VFL: Lower max operating temperature.; LKMD0901J101MF: Lower max operating temperature.
Package	8x11mm	8x9mm	8x12mm	8x9mm	8x9mm / 8x12mm — Shorter height may be acceptable.; CD110107M1H0812VFL: Slightly taller, check clearance.; LKMD0901J101MF: Shorter height may be acceptable.
Capacitance	100uF	-	-	100uF	100uF — matched

Application & sourcing insights

Questions & answers

Currently, no direct drop-in alternative has been identified. The best approach is to source another 100µF 50V solid polymer capacitor rated for 125°C. Standard electrolytic capacitors are high-risk downgrades.