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Texas Instruments SEMICON Forum in depth analysis of power management trends and innovative applications of GaN market

Published Time: 2022-09-16 11:17:07

Texas Instruments SEMICON Forum in-depth analysis of power management trends and innovative applications of GaN market


Texas Instruments (TI) attended SEMICON Taiwan 2022, and Li Yuanrong, President of Taiwan, Korea and South Asia, delivered a speech at the "Power and Optoelectronic Semiconductors" forum, deeply analyzing the development trend of power transmission technology and innovative applications of power management based on gallium nitride (GaN).


As global technology continues to upgrade, power supply designers are increasingly focusing on power density and system-level efficiency, leading to the expansion of more efficient wide-bandgap power semiconductor applications from data centers to test and measurement, energy storage systems ( ESS) and consumer electronics. System and power supply designers need to adopt new design approaches to achieve the goal of high power density in a small form factor, while improving device performance and reducing system cost.


Li Yuanrong, president of Texas Instruments Taiwan, Korea and South Asia, said, "As manufacturers continue to design industrial and enterprise-class systems that can support more data traffic, miniature, and more efficient, we are pleased to see that GaN-based power management designs will Adoption is accelerated. Texas Instruments' combination of process, packaging and circuit design technologies, coupled with in-house production capacity and long-term investment, we are confident we can support the needs of our customers for decades to come.


TI's Gallium Nitride Solutions GaN FETs integrate driver and protection features with the benefits of high frequency switching, enabling customers to achieve smaller, lighter and more efficient power systems. In addition, the C2000 real-time microcontroller has the advantages of high integration, high-precision control, and high software and hardware scalability, which can greatly solve the problems faced by electronic system designers when developing power conversion systems.

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