Is there a pin-compatible replacement for MBRS260T3G-FS?

The SS56L from LGE is a likely pin-compatible replacement as it shares the same SMB/DO-214AA package code and has a higher current rating. However, as with any substitute, you must verify the datasheet for exact dimensions and electrical parameters like forward voltage before assembly.

What risks should I check before replacing MBRS260T3G-FS?

Before replacing MBRS260T3G-FS, check three main things: 1) Package: Ensure the replacement has an identical SMB (DO-214AA) footprint. 2) Electrical Ratings: The voltage must be at least 60V and current at least 2A. 3) Forward Voltage (Vf): A higher Vf will increase power loss and heat, so a value close to or lower than the original's 0.63V is preferred.

MBRS260T3G-FS Alternatives, Datasheet & Cross Reference | FUXINSEMI

MBRS260T3G-FS is a 2A, 60V Schottky rectifier in a standard SMB package, used for high-efficiency applications. Several functional alternatives and upgrade paths exist, with key differences in current rating and forward voltage.

AI replacement insight

Package riskhigh

Parts in SMA or SMC packages are not compatible. Even among SMB parts, footprint should be verified.

Electrical riskmedium

Check forward voltage (Vf). A higher value increases power loss and heat, potentially requiring design review.

Sourcing risklow

This is a common diode type with many potential cross-vendor alternatives available.

Can it be replaced directly?

Yes, direct replacements exist, but require careful verification. The SS56L has a matching package code and similar electricals. However, you must verify the package footprint and check the forward voltage (Vf) from the datasheet, as a higher Vf will increase power dissipation.

Best replacement path

The STPS5L60U from STMicroelectronics is a strong upgrade path, offering higher current (5A) and lower forward voltage (0.48V) for improved efficiency. The SS56L is also a strong candidate with a matching package and higher current, though its forward voltage may be slightly higher.

Main risk

The primary risks are package incompatibility and increased power loss. While many parts use the 'SMB' package, slight dimensional differences can exist. A higher forward voltage (Vf) than the original's 0.63V will reduce circuit efficiency.

Recommended alternatives

An excellent upgrade from STMicroelectronics with higher current (5A) and lower forward voltage for better efficiency.

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Alternative comparison matrix

Feature / factor	MBRS260T3G-FS	STPS5L60U	SS56L	UMW SS26B	Compatibility / risk
Package	SMB/DO-214AA	SMB	SMB/DO-214AA	SMB	SMB / SMB/DO-214AA — Package name 'SMB' is likely compatible with 'SMB/DO-214AA' but requires verification.; SS56L: Package codes match, indicating form-fit compatibility.; UMW SS26B: Package name 'SMB' is likely compatible with 'SMB/DO-214AA' but requires verification.
Voltage	60V	60V	60V	60V	60V — Voltage rating is identical.; SS56L: Voltage rating is identical.; UMW SS26B: Voltage rating is identical.
Current	2.0A	5.0A	5.0A	2.0A	5.0A / 2.0A — Higher current rating provides more design margin.; SS56L: Higher current rating provides more design margin.; UMW SS26B: Current rating is identical.
Forward Voltage	0.63V @ 2.0A	0.48V @ 5A	~0.72V	0.7V @ 2A	0.48V @ 5A / ~0.72V / 0.7V @ 2A — Significantly lower Vf improves efficiency.; SS56L: Potentially higher Vf may increase power loss. Verify from datasheet.; UMW SS26B: Higher Vf will increase power loss.

Application & sourcing insights

Questions & answers

The best alternative appears to be STPS5L60U from STMicroelectronics. It offers a higher current rating (5A vs 2A) and a lower forward voltage for better efficiency, making it a parametric upgrade. You must verify the package footprint is compatible.