Sentaurus Device

Sentaurus Device is a 1D, 2D, and 3D semiconductor device simulator. It can simulate the electrical, thermal, and optical characteristics of group IV semiconductor material devices (silicon, germanium, and silicon carbide), as well as various compound semiconductor devices (group III–V, group II–VI, and other compounds), organic materials, and chalcogenide alloy devices.

This module is a basic introduction to the features of Sentaurus Device.

Section	Time
1. Basics	15 minutes
2. Carrier Transport Models	45 minutes
3. Mixed Mode	45 minutes
4. Heterostructure Simulations	45 minutes
5. Unified Interface for Optical Generation Calculation	60 minutes
6. Nonlinear System Newton Solver	60 minutes
7. Sentaurus Device at Runtime	20 minutes
8. Input File Templates	30 minutes
9. Three-Dimensional Device Simulation	45 minutes
10. Running Sentaurus Device in Sentaurus Workbench	30 minutes
11. Special Focus: Device Electrical Breakdown Simulation	45 minutes
12. Special Focus: Bipolar I_c–V_ce Device Simulation	15 minutes
13. Special Focus: Traps	30 minutes
14. Special Focus: Stress- and Orientation-Dependent MOS Simulation	30 minutes
15. Special Focus: 4H-SiC PiN Device Breakdown Simulation	30 minutes
16. Special Focus: Simulating AlGaN Devices With Sentaurus Device	30 minutes
17. Special Focus: External Model Interfaces – CMI, PMI, Tcl CurrentPlot	300 minutes
18. Special Focus: Simulating Ferroelectric Devices	15 minutes