If you have any questions, please contact the Synopsys Support Center at or your local sales support team. To create a scenario in an external text editor and import it into Sentaurus Workbench, create a table as shown in Figure 4, and save it in comma-delimited or tab-delimited format.

Information on supported hardware platforms, operating systems, OS versions, and patch bundles for Synopsys products is available at the Synopsys web site at: Please also refer to the Solvnet article available at

Starting with the QSC-P release (2019.03), CentOS will become the 'build' platform, and Red Hat Enterprise Linux (RHEL) will be supported as a 'binary compatible' operating system. Sentaurus Workbench is a complete graphical environment for creating, managing, executing and analyzing TCAD simulations.

For the QSC-O release (2018.06, 2018.09, and 2018.12), CentOS will be supported as a 'binary compatible' operating system.

Synopsys is providing updated guidance on support for CentOS and RHEL for 2018 and beyond for its EDA Products.

If this does not apply to you, please disregard. NOTE: The information here affects only those customers using the CentOS and RHEL Operating Systems (OS). The common drain (CD) AlGaN/GaN HEMT shows the better DC. The DC characteristics have been investigated for three different architectures of AlGaN/GaN HEMTs (Common Drain, Common Source and Conventional HEMTs). O-Foundation (2018.06, 2018.09, 2018.12) CentOS support changes In this paper, a systematic studies have been performed on the different architectures of AlGaN/GaN high-electron-mobility transistors (HEMTs) through Sentaurus simulation software.

Sentaurus 2018