Is there a pin-compatible replacement for FZ470UF25V90RV0113?

No pin-compatible replacement has been verified without caveats. KNSCHA XT470UF35V90RV0080 has the same package but is a major downgrade in endurance and ripple current, making it unsuitable for many applications.

What risks should I check before replacing FZ470UF25V90RV0113?

Before replacing, you must verify three key parameters: 1) Endurance (lifetime hours), as many alternatives are lower. 2) Ripple current rating, to ensure it can handle the circuit's demands. 3) Physical package dimensions, especially height, as some upgrades are larger.

FZ470UF25V90RV0113 Alternatives, Datasheet & Cross Reference | KNSCHA

Finding a substitute for the KNSCHA FZ470UF25V90RV0113 requires careful attention to its high 5000-hour endurance and 670mA ripple current rating. While many capacitors match its 470µF/25V specs, few match these critical performance and lifetime parameters in the same 10x10.5mm package.

AI replacement insight

Electrical riskhigh

Many alternatives have lower endurance (2000h vs 5000h) or ripple current ratings.

Package riskmedium

The best electrical upgrade (VZH471M1VTR-1013) is taller and requires a physical fit check.

Sourcing risklow

Multiple manufacturers produce capacitors with similar primary specifications.

Can it be replaced directly?

No direct, drop-in replacement has been verified. The closest options have either different package dimensions or significant electrical downgrades, especially in endurance.

Best replacement path

Lelon's VZH471M1VTR-1013 is an electrical upgrade but is taller; verify mechanical clearance. If size is constrained, other options involve significant performance downgrades.

Main risk

The primary risk when substituting this capacitor is a reduction in operational lifetime (endurance) and ripple current capability, which can lead to premature failure.

Recommended alternatives

An electrical upgrade with higher voltage and ripple current, but requires checking package height.

View details

Alternative comparison matrix

Feature / factor	FZ470UF25V90RV0113	VZH471M1VTR-1013	VZH471M1ETR-1010	XT470UF35V90RV0080	Compatibility / risk
Package	10mm x 10.5mm	10mm x 12.6mm	10mm x 10.0mm	SMD, 10mm x 10.5mm	10mm x 12.6mm / 10mm x 10.0mm / SMD, 10mm x 10.5mm — Candidate is 2.1mm taller, requires mechanical clearance check.; VZH471M1ETR-1010: Slightly shorter package, likely compatible.; XT470UF35V90RV0080: Package dimensions match target.
Voltage	25V	35V	25V	35V	35V / 25V — Higher voltage rating provides more design margin.; VZH471M1ETR-1010: Voltage rating matches target.; XT470UF35V90RV0080: Higher voltage rating provides more margin.
Endurance	5000h	5000h	2000h	2000h	5000h / 2000h — Endurance matches target specification.; VZH471M1ETR-1010: Significantly lower endurance (lifetime) than target.; XT470UF35V90RV0080: Significantly lower endurance (lifetime) than target.
Ripple Current	670mA	1300mA	1100mA	310mA	1300mA / 1100mA / 310mA — Significantly higher ripple current capability.; VZH471M1ETR-1010: Higher ripple current capability.; XT470UF35V90RV0080: Significantly lower ripple current handling capability.
Esr	90mΩ	40mΩ	40mΩ	-	40mΩ — Lower ESR improves efficiency and reduces self-heating.; VZH471M1ETR-1010: Lower ESR improves performance.

Application & sourcing insights

Questions & answers

The best alternative is likely Lelon VZH471M1VTR-1013, which is an electrical upgrade in voltage, ripple current, and ESR. However, it has a taller package (12.6mm vs 10.5mm), so you must verify it fits on your board.