Best Alternatives to MS50N06

Package: TO-252MSKSEMIMOSFETs - SingleDrain-Source Voltage (VDS): 60 VContinuous Drain Current (ID): 50 ARDS(on) @ VGS=10V: 12 mΩGate Threshold Voltage (VGS(th)): 1.6 VTotal Gate Charge (Qg): 39.2 nC

Finding a replacement for the MS50N06, a 60V 50A N-Channel MOSFET, requires matching its low 12mΩ on-resistance. While no direct drop-in replacements were found, some alternatives may work with significant performance trade-offs.

AI replacement insight

Electrical riskhigh

Substitutes have significantly worse current and RDS(on) ratings.

Package risklow

All candidates share the common TO-252 package.

Can it be replaced directly?

No, there is no direct drop-in replacement for the MS50N06 among the candidates reviewed due to its high current and low RDS(on) specifications.

Best replacement path

Re-evaluate circuit requirements. If actual current is <20A, a downgrade like 30N06-ES could be considered with analysis. Otherwise, a new component search is recommended.

Main risk

The main risk is thermal runaway and device failure due to substitutes having lower current ratings and higher on-resistance.

Recommended alternatives

1
30N06-ES package
30N06-ES

ElecSuper

Needs validationhigh risk

A potential downgrade with matching voltage and package, but significantly lower current and higher RDS(on).

View details

Alternative comparison matrix

Feature / factorMS50N0630N06-ESAlt 2Alt 3Compatibility / risk
Voltage60 V60 V60 V — Drain-Source Voltage (VDS) matches.
Current50 A20 A20 A — Current rating is less than half of target.
Resistance12 mΩ26 mΩ26 mΩ — RDS(on) is more than double, increasing power loss.
PackageTO-252TO-252TO-252 — Package is form-factor compatible.
Total Gate Charge39.2 nC20.3 nC20.3 nC — Lower gate charge may allow faster switching.

Application & sourcing insights

Questions & answers

No direct one-to-one replacement is available. Alternatives like the 30N06-ES exist but have a much lower current rating (20A vs 50A) and higher on-resistance, requiring careful review of your circuit's power and thermal requirements.