150V SuperQ MOSFETs

Next-generation AI and telecom infrastructures require high-efficiency, compact DC-DC converters capable of multi-kW operation with tight thermal margins. SuperQ 150V MOSFETs enable this by combining low R_DS(ON), low Q_RR, and body diode forward voltage.

System-Level Benefits

• Higher overall efficiency, especially in high-current server and telecom rails
• Reduced cooling requirements
• Support for high transient loads and rapid dynamic response

Why SuperQ?

• Reduced R_DS(ON) and Q_RR allow converters to operate at higher switching frequencies
• Smaller magnetics and lower overall converter size
• Cooler operation and high power density

Modern battery-powered robotic systems require higher motor efficiency and power density. SuperQ 150V MOSFETs offer fast switching, tighter dead times, and higher efficiency needed for responsive, compact motor control.

With SuperQ, designers can reduce inverter size, increase precision, and improve heat management, which are critical for modern robotic platforms.

Why SuperQ?

• Fast switching reduces torque ripple and improves motor smoothness
• Lower switching loss allows higher PWM frequencies for quieter control
• Improved thermal behavior supports compact joint-embedded designs
• High SCWC ensures rugged operation in torque-dense actuators

Battery-powered systems demand components that maintain efficiency across variable loads and deliver consistent thermal performance over long charge/discharge cycles. SuperQ MOSFETs excel in these architectures by minimizing conduction and switching losses while providing the ruggedness needed for real-world battery events.

System-Level Benefits

• Improved charging and discharging efficiency in battery management systems
• Smaller housings without compromising thermal reliability
• Higher efficiency at partial loads common in mobility applications

Why SuperQ?

• Strong SCWC supports high-current startup loads and fault conditions
• Lower R_DS(on) improves runtime and reduces battery heating
• Thermal stability across wide ambient temperature ranges

Solar power modules increasingly rely on high-frequency switching topologies to reduce magnetic size and maximize energy extraction. SuperQ 150V MOSFETs are optimized for these operating conditions.

SuperQ enables smaller, lighter, and more efficient solar power conversion stages.

Why SuperQ

• Low Q_SW, Q_OSS, and E_OSS enable high-frequency switching without proportional loss penalties
• Reduced magnetics volume supports compact rooftop and panel-integrated designs
• Industry-leading cost x performance
• 175°C rated for long lifetime in harsh conditions

Industrial systems require stable, long-lived power supplies that can operate continuously in demanding environments. SuperQ MOSFETs deliver superior thermal performance and switching efficiency, directly translating to higher system reliability.

SuperQ enables designers to reduce form factor, extend lifetime, and meet stringent industrial energy requirements.

Why SuperQ?

• Lower conduction and switching loss reduce internal PSU heating
• Supports high switching frequencies for smaller magnetics and lighter PSUs
• 175°C rated and high SCWC for ultimate application ruggedness