AN001: Refining Switching Charge Interval for Power Loss
A revised switching-charge interval more accurately predicts real-world switching losses in modern RESURF MOSFETs than traditional QSW definitions.
iDEAL Semiconductor Corporate Overview
iDEAL Semiconductor is reinventing silicon power devices with its proprietary SuperQ® technology. Examine our portfolio, reliability program, manufacturing strategy, and global support network.
SuperQ® for Isolated DC-DC Power Conversion
Explore SuperQ MOSFETs for high-efficiency isolated DC-DC designs, including device options, performance data, and real-world converter results.
Rethinking Synchronous Rectifiers for Higher-Efficiency QR Flyback Converters
Testing a 65W USB-C design shows that SuperQ® improves efficiency, reduces power loss, accelerates primary-side transitions, and lowers primary-stage temperature by more than 20°C.
How to Improve Efficiency and Thermal Margin in a 204W Quarter-Brick Converter with a 150V SuperQ® MOSFET
Testing shows a single 150V SuperQ® MOSFET improves efficiency and cuts peak temperature by 31°C versus two parallel 120V MOSFETs in a 200W converter.
Find the Right SuperQ® MOSFET for Your Design
Explore iDEAL Semiconductor’s expanding SuperQ MOSFET portfolio. Compare devices across voltage classes, with links to detailed specifications, availability, and purchasing options.
SuperQ® Technology: Reinventing Silicon at the Atomic Level
SuperQ redefines silicon power MOSFETs with an advanced RESURF architecture. By increasing silicon utilization up to 95%, it delivers lower losses, ruggedness, and optimized cost-performance.
SuperQ® for Battery Management Systems (BMS)
Discover how SuperQ® MOSFETs improve the safety, efficiency, and robustness of modern battery management systems (BMS) for e-mobility, power tools, drones, and energy storage systems.
SuperQ® for Motor Drives
Discover how SuperQ® MOSFETs enable efficient motor drives. Explore strategies that reduce parallel MOSFET count, lower losses, improve thermal performance, and increase fault tolerance.