What Can SuperQ™ Do for Motor Drives?
SuperQ™ MOSFETs unlock higher power density for Today’s e-bikes, scooters, LEVs, power tools, and other portable motor systems demand higher powr density, more torque, and longer range in compact, cost-sensitive enclosures.
SuperQ MOSFETs reduce parallel device count, cut inverter losses, and survive real short-circuit events for 3-phase motor stages that are smaller, safer, and more efficient.
Legacy Silicon Falls Short —
Traditional silicon MOSFETs often lack the efficiency and ruggedness required for modern motor control, especially in 48V–144V lithium-ion battery systems. SuperQ enables:
- Higher current handling
- Fewer MOSFETs in parallel
- Extra ruggedness and robustness
- Optimized for Cost x Performance
Battery-Powered Motor Drive Block Diagram
Battery-Powered Motor Drive Block Diagram
SuperQ MOSFETs are available for 48V to 144V battery architectures.
Why SuperQ?
SuperQ combines efficient conduction with exceptional short-circuit endurance, enabling more compact 3-phase motor stages at higher current enabling:
- Cooler, more efficient inverter stages
- Reduced MOSFET parallel component count and cost
- Higher fault tolerance vs competitive silicon
SuperQ delivers a more robust power path—without forcing compromises in size, cost, or complexity.
Lower system
power loss
Longer runtime per charge
Ruggedness and
Robustness
1.4x higher short circuit withstand current than leading competitor. 100% UIS tested in production.
Mature silicon
supply chain
Easier scaling and sourcing
