#gatedriver

Modern power electronics and automation systems require reliable switching technologies that improve efficiency, speed, and operational control across industrial and electronic applications. Campus Component provides advanced gate driver solutions designed for motor control systems, power supplies, industrial automation, renewable energy systems, and embedded electronics projects. These gate drivers help control MOSFETs and IGBTs efficiently while improving switching performance, reducing power losses, and supporting stable circuit operation in high-speed electronic environments. Campus Component focuses on delivering dependable electronic components that support engineers, students, manufacturers, and automation professionals across multiple industries. Whether for robotics, EV systems, or industrial electronics, Campus Component offers trusted gate driver solutions built for reliable performance. Connect with Campus Component today and explore smarter power management technologies for modern electronic innovation.

STMicroelectronics powers new 48V mild-hybrid automotive systems with its flexible, automotive-qualified L98GD8 8-channel gate driver. Designed for high-side and low-side MOSFET control, the L98GD8 supports multiple configurations including DC motor driving and electrically operated valves, enhancing efficiency and reliability for mild-hybrid vehicle architectures.

Littelfuse, has introduced its latest low-side gate driver, the IX4352NEAU, delivering a game-changing feature: an integrated, adjustable negative gate-drive bias (down to -10 V) tailored for high-speed SiC MOSFET and IGBT control in EV powertrains and DC-DC converters.

Littelfuse, has introduced its latest low-side gate driver, the IX4352NEAU, delivering a game-changing feature: an integrated, adjustable negative gate-drive bias (down to -10 V) tailored for high-speed SiC MOSFET and IGBT control in EV powertrains and DC-DC converters.

Littelfuse has introduced the IX3407B, a single-channel, galvanically isolated gate driver engineered to enhance high-speed switching performance and simplify system design in high-voltage power applications.