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NCES120P040T4

Low RDS(ON), fast switching & Trr, for parallel/high power density

  • Brand: NCE
  • Size/Package: TO-247-4L
  • Parameter: 40mΩ
  • VDS: 1200V
  • RDS(ON)@15V TYP: /
  • VGS(th): 3.2V
  • ID: 65A
  • Operating Temp: -55 - 175℃
  • Applications: Solar Inverters, DC-DC Converters, Switching Power Supply, Motor Drive
  • Parameters
  • Brand: NCE
  • Size/Package: TO-247-4L
  • Parameter: 40mΩ
  • VDS: 1200V
  • RDS(ON)@15V TYP: /
  • VGS(th): 3.2V
  • ID: 65A
  • Operating Temp: -55 - 175℃
  • Applications: Solar Inverters, DC-DC Converters, Switching Power Supply, Motor Drive
1200V 40mΩ SiC MOSFET TO-247-4L | NCE Power | YQM Electronics

SiC MOSFETs | NCES120P040T4 1200V TO-247-4L

1200VDrain-Source Voltage
40mΩRDS(on) Typ
TO-247-4LKelvin Source Pkg
-55~175°CTemperature
SiCWide-Bandgap Tech

Product Introduction

NCES120P040T4 is a 1200V SiC MOSFET from NCE/新洁能 in TO-247-4L with Kelvin source, featuring 40mΩ RDS(on). The 1200V rating addresses high-voltage applications including solar string inverters, EV traction inverters, and industrial power supplies. TO-247-4L package with dedicated Kelvin source unleashes full SiC switching performance.

Core Advantages

  • 1200V Rating: 40mΩ at 1200V — addresses high-voltage applications beyond typical 650V/750V SiC devices, enabling 800V battery systems and 1500V solar architectures.
  • TO-247-4L Kelvin Source: Decouples power and gate loops for clean, fast switching with minimal ringing in high-voltage circuits.
  • Near-Zero Qrr: SiC body diode eliminates reverse recovery tail — dramatically reduces turn-on losses in bridge topologies.
  • 175°C Operation: Reliable at junction temperatures up to 175°C with simple gate drive.

Key Features

VDS1200V
RDS(on)40mΩ
PackageTO-247-4L Kelvin source
Temperature-55°C to +175°C
TechnologySilicon Carbide (SiC)
Gate Drive0/+18V unipolar
QrrNear-zero
ComplianceRoHS

Applications

Solar String Inverters

1500V PV systems, DC-DC boost, inverter bridges

🚘
EV Traction Inverters

800V battery systems, motor drives, OBC

HV DC-DC Converters

High-voltage isolated converters

🔌
Industrial Power

HV SMPS, welding, induction heating

Motor Drives

HV servo, traction motors

🌳
Energy Storage

HV battery systems, grid-tied storage

FAQ

Q: 1200V vs 750V SiC — which to choose?

A: 1200V SiC is designed for 800V battery systems (EV) and 1500V solar architectures where 750V devices lack sufficient voltage margin. For 400V battery systems and standard solar inverters (≤1000V), 650V/750V SiC typically offers better cost-performance. Choose 1200V when your DC bus exceeds 500V nominal.

Related Products

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NCES120P040T4
Low RDS(ON), fast switching & Trr, for parallel/high power density
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