SVS47N60PN DP N-channel MOSFET Power Transistor for Antminer Bitmain PSU

SVS47N60PN High-Performance N-Channel MOSFET Power Transistor for Antminer Bitmain PSU

Introducing the SVS47N60PN N-channel enhancement mode high-voltage power MOSFET, a high-performance transistor designed specifically for Antminer Bitmain PSU. With its exceptional low conduction and switching losses, this power transistor empowers power converters to operate with heightened efficiency, increased power density, and improved thermal behavior. Whether you require a transistor for hard-switching or soft-switching topologies, the SVS47N60PN is the ideal choice, offering outstanding versatility.

Unlock Power and Efficiency with the SVS47N60PN Transistor

Featuring revolutionary high-voltage technology, the SVS47N60PN transistor is equipped with ultra-low gate charge, periodic avalanche rating, extreme DV/DT rating, and high peak current capability. With a current rating of 47A and voltage rating of 600V, it delivers reliable power handling performance. The RDS(on) value is typ. 55mΩ@VGS=10, ensuring efficient power transfer within Antminer Bitmain Power Supply.

SVS47N60PN Technical Features:

Where the SVS47N60PN fits in an Antminer PSU

Inside an Antminer Bitmain PSU running 220-277V AC input, the SVS47N60PN sits on the primary side as one of the main bridge or LLC half-bridge switches. With 47A drain current and 600V Vds it can handle the full bus voltage of high-wattage PSUs while keeping conduction losses low thanks to the 55mΩ Rds(on).

For repair shops working on Bitmain power supplies, the SVS47N60PN is the part that frequently sits behind a "smoke test" failure, a tripped fuse on AC connection, or a no-output condition after a hash board fault propagated back into the PSU.

Compatibility

Use the SVS47N60PN wherever the original schematic calls for a 600V / 40-50A class super-junction N-channel MOSFET on the primary side of an Antminer Bitmain power supply. Confirm package outline (TO-247 family) and lead pitch against the original markings before fitting; matched same-batch pairs are recommended for bridge topologies.

Common failure symptoms

• PSU dead with primary MOSFET shorted drain-to-source
• Input fuse blown the moment AC is applied
• Burn marks or cracked epoxy around the primary heatsink area
• One bridge MOSFET shorted while the other is intact (replace both)
• Loud snap during start-up followed by lockout with the PSU never re-arming

Frequently asked questions

Can I use the SVS47N60PN as a direct cross for another 600V super-junction MOSFET?

Cross-compatibility depends on Rds(on), Qg, Coss, package outline and lead pitch. Treat as a candidate replacement — confirm against the original part marking and the PSU schematic.

Do I need to replace both MOSFETs in a bridge after one failure?

Yes. A failed primary MOSFET usually stresses its complementary switch even when the second device still measures functional. Replacing both as a matched pair is standard ASIC PSU repair practice.

What else commonly fails alongside the SVS47N60PN?

Typical collateral damage includes the input fuse, the bridge rectifier (GBJ2508 / GBJ2510 class), the gate driver IC and the low-side current sense resistor. Inspect and test all of these before powering up.

Do you stock matched pairs?

Yes, matched / same-batch pairs can be supplied on request for half-bridge and full-bridge repairs.

Related products

• STW48N60DM2 600V N-Channel Power MOSFET
• WMJ53N65F2 650V N-Channel MOSFET
• NCE65TF130D 650V 28A Super Junction MOSFET
• GBJ2508 800V 25A Bridge Rectifier for PSU Repair

Contact contact@lys-sz.com for volume pricing or compatibility questions.

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