Best Alternatives to LBAT54CLT1G

Package: SOT-23LRCDiodes - Rectifiers - ArraysDiode Configuration: 1 Pair SeriesReverse Voltage (VR): 30 VForward Current (IF): 200 mAForward Voltage (VF) @ IF: 0.35 V @ 10 mAReverse Recovery Time (trr): 5 ns

Find alternatives for the LBAT54CLT1G, a 30V 200mA dual series Schottky diode in a SOT-23 package. This page provides reviewed replacements, focusing on pin-to-pin compatibility and key electrical parameters.

AI replacement insight

Electrical riskhigh

Using a non-Schottky diode will increase forward voltage drop and power loss.

Package risklow

SOT-23 is a standard package, but always verify pinout (Series vs. Common Cathode/Anode).

Can it be replaced directly?

Direct replacement for LBAT54CLT1G should use only Datasheet verified or Strong match candidates; many approved options still require engineering review.

Best replacement path

LBAT54SLT1G is the strongest candidate due to identical specifications from the same manufacturer family.

Main risk

The primary risk is substituting with a standard switching diode instead of a Schottky, which results in significantly higher forward voltage (Vf) and could cause circuit malfunction.

Recommended alternatives

2
LBAT54SLT1G package
Needs validationlow risk

A likely pin-to-pin replacement with identical package, configuration, and key electrical ratings.

View details

Alternative comparison matrix

Feature / factorLBAT54CLT1GLBAT54SLT1GBAT54SAlt 3Compatibility / risk
PackageSOT-23SOT-23-SOT-23 — Package matches.
Pinout1 Pair Series1 Pair Series-1 Pair Series — Diode configuration matches.
Voltage30V30V-30V — Reverse voltage matches.
Current200mA200mA-200mA — Forward current matches.
Trr5ns5ns-5ns — Reverse recovery time matches.
Vf~0.8V @ 100mA-up to 1V @ 100mAup to 1V @ 100mA — Vf may be higher depending on manufacturer.

Application & sourcing insights

Questions & answers

Verified drop-in options for LBAT54CLT1G are limited in the current batch. Review candidates marked Strong match or Datasheet verified, and validate package, pinout, and electrical limits before committing a BOM change.