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Best Alternatives to MBRX160

Package: SOD-123MDD(Microdiode Semiconductor)DiodesReverse Voltage (Vr): 60VForward Current (If): 1.0AForward Voltage (Vf): 0.72V @ 1.0AReverse Leakage Current (Ir): 0.3mA @ 60VPeak Forward Surge Current (Ifsm): 20A

MBRX160 is a 60V, 1A Schottky rectifier in a SOD-123 package. This page reviews and compares potential alternatives for applications requiring similar or upgraded performance.

AI replacement insight

Electrical risklow

Low if replacing with another Schottky diode like DSS16 or DSS210. High if diode type is mismatched.

Package risklow

SOD-123 and SOD-123FL packages are footprint-compatible, posing minimal risk.

Can it be replaced directly?

Direct replacement for MBRX160 should use only Datasheet verified or Strong match candidates; many approved options still require engineering review.

Best replacement path

DSS16 offers the most direct replacement path with matching ratings and improved secondary characteristics.

Main risk

The main risk is accidentally using a standard or fast-recovery diode instead of a Schottky, which would cause higher power loss and potential timing issues.

Recommended alternatives

4
DSS16 package
DSS16

FUXINSEMI

Needs validationlow risk

Excellent alternative with matching ratings and improved forward voltage and leakage.

View details

Alternative comparison matrix

Feature / factorMBRX160DSS16DSS210DSK36Compatibility / risk
PackageSOD-123SOD-123SOD-123FLSOD-123SOD-123 / SOD-123FL — Package matches, ensuring form and fit.; DSS210: SOD-123FL is footprint-compatible with SOD-123.; DSK36: Package matches, ensuring form and fit.; SS36FA: Package matches, ensuring form and fit.
Voltage60V60V100V60V60V / 100V — Reverse voltage rating is identical.; DSS210: Higher voltage rating provides more design margin.; DSK36: Reverse voltage rating is identical.; SS36FA: Reverse voltage rating is identical.
Current1.0A1.0A2.0A3.0A1.0A / 2.0A / 3.0A — Forward current rating is identical.; DSS210: Higher current rating provides more design margin.; DSK36: Higher current rating provides more design margin.; SS36FA: Higher current rating provides more design margin.
Vf0.72V @ 1A0.70V @ 1A0.85V @ 2A-0.70V @ 1A / 0.85V @ 2A — Lower forward voltage means higher efficiency.; DSS210: Vf at 1A needs datasheet check, may be slightly higher.
Ir0.3mA @ 60V0.1mA @ 60V0.1mA @ 100V0.5mA @ 60V0.1mA @ 60V / 0.1mA @ 100V / 0.5mA @ 60V / 500uA @ 60V — Lower reverse leakage is an improvement.; DSS210: Lower reverse leakage is an improvement.; DSK36: Higher reverse leakage may impact low-power applications.; SS36FA: Higher reverse leakage may impact low-power applications.

Application & sourcing insights

Questions & answers

Verified drop-in options for MBRX160 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.