World's smallest 650V, 15A gallium nitride power transistors are 50% smaller

28-05-2015 | GaN Systems | New Technologies

GaN Systems has unveiled what it believes to be the world's smallest 650V, 15A gallium nitride transistor. With a footprint of just 5mm x 6.5mm, the GS66504B - one of a family of 650V devices that spans 7A to 200A - is 50% smaller than competing devices. Commenting, Jim Witham, CEO GaN Systems, said: "We were somewhat surprised to see announcements at last week's PCIM power electronics exhibition and conference that trumpeted gallium nitride 600V, 15A devices in 8x8mm dual-flat no-lead (DFN) packaging as the 'industry's smallest' enhancement mode devices - our part is clearly much smaller. But I suppose this is just an indication of how quickly the GaN market is moving, and a positive indication that silicon has reached its limits." "Our message to designers in applications as diverse as flat screen TVs, games consoles, washing machines, inverters, electric vehicles, motors and wider is the same: if you are not on-board with GaN, you will be left behind by your competitors." GaN Systems believes it is the first company to have developed and brought a comprehensive product range of devices with current ratings from 7A to 250A to the global market - its Island Technology(r) die design, combined with its extremely low inductance and thermally efficient GaNPX(tm) packaging and Drive Assist technology means the company's GaN transistors offer a 40-fold improvement in switching and conduction performance over traditional silicon MOSFETs and IGBTs, says the company.
ads_logo.png

By Electropages

Electropages is a trusted source of news and insights from the global electronics industry. With a dedicated team of experts and editors, Electropages delivers in-depth articles, product updates, and market trends across sectors such as embedded systems, IoT, connectors, and power solutions. Our mission is to empower engineers and professionals with the knowledge they need to innovate and succeed in a rapidly evolving technological landscape.