These high-voltage gate drivers, which are based on Microchip's power management solutions, have been designed to facilitate the development of motor control and power conversion systems for industrial and consumer applications.
The 600V gate drivers offer fast switching and efficient performance for selectable currents between 600 mA and 4.5 A. They support 3.3 V logic for seamless integration with microcontrollers. Designed with enhanced noise immunity, Schmitt trigger inputs, and internal dead time to protect the MOSFETs, these gate drivers enable reliable performance in noisy environments.
“Microchip’s 600V gate drivers provide our customers with the reliability and efficiency they need to address the most challenging motor control and power conversion applications,” said Rudy Jaramillo, vice president of Microchip’s analog power and interfaces division. “These devices help engineers bring their power systems to market sooner and with greater confidence.”.
For a complete solution, Microchip's motor control and power conversion products can be used in conjunction with the company's microcontrollers and MOSFETs. These gate drivers address market trends such as the electrification of industrial systems, the rise of renewable energy, and the growing demand for compact and efficient motor control solutions.
Microchip offers a range of gate drivers intended for a wide variety of applications, from DC/DC power supplies to motor applications, all promoting high design flexibility, system efficiency and robust operation.
Development Tools
The 600V gate drivers are supported by simulation models that allow engineers to mitigate design risks before developing prototypes.
