Transphorm is supplying N-polar GaN on SiC and sapphire epitaxial wafers for customers developing ultra-high performance RF and mm-wave electronics devices. The manufacturing process is SPC controlled and DOE optimized, and the wafers exhibit very high 2DEG electron mobility and excellent thickness and Rsh uniformities.
Umesh Mishra
Transphorm also Dean of Engineering UCSB
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Manufacturing of N-polar GaN on Sapphire Epitaxial Wafers for Millimeter-wave Electronics Applications
Umesh Mishra, Transphorm also Dean of Engineering UCSBXiang Liu, Transphorm Inc.Ron Birkhahn, Transphorm Inc.Stacia Keller, Transphorm Inc.Brian Swenson, Transphorm Inc.Lee McCarthy, Transphorm Inc.Davide Bisi, Transphorm Inc.Download Paper -
1.3 Looking for reliability and high performance in RF and power conversion applications? Use GaN.
Umesh Mishra, Transphorm also Dean of Engineering UCSB -
2.3.2021 Commercial N-polar GaN on SiC HEMT Epitaxial Wafers Manufactured by MOCVD for 5G mm-Wave Applications
Xiang Liu, Transphorm Inc.,Brian Romanczyk, Transphorm Inc.Stacia Keller, Transphorm Inc.Brian Swenson, Transphorm Inc.Ron Birkhahn, Transphorm Inc.Geetak Gupta, Transphorm Inc.Davide Bisi, Transphorm Inc.Umesh Mishra, Transphorm also Dean of Engineering UCSBLee McCarthy, Transphorm Inc.Download PaperLoading... -
5.0.1.2024 GaN Power: the solution that is not SiC
U. K. Mishra, Transphorm Inc. & University of Santa Barbara CaliforniaDavide Bisi, Transphorm Inc.Geetak Gupta, Transphorm Inc.C. J. Neufeld, Transphorm IncR. Lal, Transphorm IncP. Zuk, Transphorm IncL. Shen, Transphorm IncP. Parikh, Transphorm IncLoading...