Is there a pin-compatible replacement for HG1V477M1012PC?

Yes, several parts share the same 2-pin radial can package. However, a direct pin-compatible replacement also requires matching critical electrical parameters. The closest functional match, JBLH2471M050E180RLM 470UF 50V, is pin-compatible but requires engineering review due to performance differences.

What risks should I check before replacing HG1V477M1012PC?

The main risk is substituting a high-performance polymer capacitor with a standard electrolytic one. This can lead to higher ESR, reduced ripple current handling, and decreased stability, potentially impacting circuit performance and reliability. Also, check physical dimensions, as many alternatives are taller.

HG1V477M1012PC Alternatives, Datasheet & Cross Reference | HONORSAFE

HG1V477M1012PC is a high-performance 470µF 35V aluminum polymer capacitor with very low ESR, ideal for demanding applications. Finding a direct replacement is challenging, and alternatives require careful engineering review of electrical and physical parameters.

AI replacement insight

Electrical riskhigh

Mismatch in capacitor technology (Polymer vs. Electrolytic) leads to significant differences in ESR and ripple current.

Package riskmedium

While diameters are consistent, many alternatives are physically taller, which can cause mechanical interference.

Can it be replaced directly?

No direct drop-in replacement was found. The target is a high-performance polymer capacitor, and all reviewed alternatives are a different technology. The closest option requires engineering validation.

Best replacement path

JBLH2471M050E180RLM 470UF 50V is the best available path, acting as a functional alternative. Its ESR is a near-perfect match, but its lower ripple current rating must be validated for the specific application.

Main risk

The primary risk is replacing a high-performance polymer capacitor with a standard electrolytic type, which typically results in much higher ESR and lower ripple current handling, potentially causing circuit malfunction or failure.

Recommended alternatives

A strong functional alternative with matching ESR and higher voltage, but requires review of its lower ripple current rating.

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Alternative comparison matrix

Feature / factor	HG1V477M1012PC	JBLH2471M050E180RLM 470UF 50V	LKML3002A471MF	Compatibility / risk
Technology	Aluminum Polymer	Aluminum Electrolytic (Low ESR)	Aluminum Electrolytic	Aluminum Electrolytic (Low ESR) — Target is Polymer, candidate is a high-performance electrolytic. Performance is close but not identical.; LKML3002A471MF: Standard electrolytic is a significant downgrade from Polymer.
Voltage	35V	50V	100V	50V / 100V — Higher voltage rating provides more design margin.; LKML3002A471MF: Significantly higher voltage rating provides a large safety margin.
Esr	28 mΩ	30 mΩ	Unknown	30 mΩ / Unknown — Excellent ESR match, critical for high-frequency applications.; LKML3002A471MF: ESR is not specified but expected to be much higher than target.
Ripple Current	3800 mA	2900 mA	Unknown	2900 mA / Unknown — Lower ripple current handling is a key risk and must be verified against application requirements.; LKML3002A471MF: Ripple current is not specified but expected to be much lower.
Temperature	-55°C to +105°C	-55°C to +105°C	-55°C to +105°C	-55°C to +105°C — Operating temperature range matches.; LKML3002A471MF: Operating temperature range matches.

Application & sourcing insights

Questions & answers

The best alternative found is JBLH2471M050E180RLM 470UF 50V. It has a nearly identical ESR and higher voltage rating, but its lower ripple current capability must be verified for your application.