by Navitas | Mar 9, 2018 | Latest News
...
by Navitas | Mar 9, 2018 | Latest News, Press Releases
GaN功率IC应用在厚度仅为14mm的超薄高功率密度适配器上 纳微(Navitas)宣布GaNFast™功率IC应用在前所未有的14mm超薄外形通用型45W电源适配器Mu One。这个用于全球范围的超薄适配器可轻松滑入口袋,其中结合了GaN功率IC技术与新型USB-PD电源输送协议和先进的Type...
by Navitas | Mar 1, 2018 | Latest News, Press Releases
GaN Power ICs deliver dramatic size & power capability in only 14mm profile EL SEGUNDO, Calif.–(PRWeb)— Navitas Semiconductor today announced that GaNFast™ power ICs enable the ‘Mu One’, a universal 45W power adaptor with an unprecedented 14mm ultra-slim...
by Navitas | Feb 26, 2018 | Latest News, Press Releases
5 Hours of Use from 5 Minutes of Charging for On-The-Go Productivity EL SEGUNDO, Calif.–(PRWeb)–Navitas Semiconductor announced today the world’s smallest, fastest charging mobile adapter enabled by GaNFast power ICs. The 27W design delivers 5x greater power than...
by Navitas | Feb 15, 2018 | Press Releases
World’s Smallest, Lightest and Fastest-Charging Power Systems EL SEGUNDO, Calif.–(PRWeb)–Navitas Semiconductor announced today that the company will demonstrate its leading GaN power IC technology at the Applied Power Electronics Conference (APEC) March 4-8 at the...
by Navitas | Jan 16, 2018 | Latest News, Press Releases
GaN integration enables a new class of faster-charging, smaller, lighter power systems EL SEGUNDO, Calif.–(PRWeb)— Navitas Semiconductor announced today that Peter Huang, Director Field Application & Technical Marketing, will deliver a keynote presentation...
by Navitas | Jan 10, 2018 | In the Media
Mobile devices have seen amazing improvements in the last 2-3 decades. Smartphones now have more than 2.5x the computing power of a 1985 Cray-2 supercomputer. They integrate the photographic capabilities of a $3,000 DSLR professional camera and are fast approaching...
by Navitas | Dec 28, 2017 | In the Media
What was once only the potential for significant power electronics advances has now become a workaday reality, as SiC and GaN enable operation at higher voltages, temperatures, and switching frequencies while raising efficiency. Read More
Recent Comments