
These modules are intended as an introduction to using the TCAD Sentaurus tool suite. They are designed specifically for new users and provide examples with which to begin using the tools.
| WARNING Modules in this tutorial provide links to files with project-specific file extensions, such as .cmd. If you use Internet Explorer or Microsoft Edge, such links will not work as expected and, in addition, printing is not optimal. Use Firefox or Chrome instead. | 
| Module | Description | 
|---|---|
| Tool Overview | An overview of the TCAD Sentaurus tool suite is presented. | 
| Sentaurus Workbench | Sentaurus Workbench is the graphical front end that integrates TCAD Sentaurus
simulation tools into one environment. It is used to design, organize, and run simulations.
 | 
| Sentaurus Process | Sentaurus Process is a complete and highly flexible multidimensional process
modeling environment. It constitutes a solid base for process simulation. | 
| Silicon WorkBench Interface | The interface between TCAD Sentaurus and Silicon WorkBench is used 
to process mask information such that it can be used in Sentaurus Process and 
Sentaurus Interconnect. | 
| Sentaurus Topography 3D | Sentaurus Topography 3D is an advanced three-dimensional simulator 
for evaluating and optimizing critical topography-processing steps such 
as etching and deposition. | 
| Sentaurus Interconnect | Sentaurus Interconnect is an advanced 1D, 2D, and 3D simulator 
suitable for IC interconnect reliability analysis. | 
| Sentaurus Structure Editor | Sentaurus Structure Editor is a 2D and 3D device editor, and 3D process emulator. 
It is based on CAD technology, features a powerful user interface, and is fully 
scriptable. | 
| Sentaurus Mesh | Sentaurus Mesh is a modular Delaunay mesh generator of high-quality spatial 
discretization grids for complex 2D and 3D devices. It integrates the axis-aligned 
mesh generator and the tensor-product mesh generator. | 
| Sentaurus Device | Sentaurus Device simulates the electrical, thermal, and optical characteristics
of semiconductor devices. It is the leading device simulator and
handles 1D, 2D, and 3D geometries, mixed-mode circuit simulation with
compact models, and numeric devices. | 
| Sentaurus Device EMW | Sentaurus Device Electromagnetic Wave Solver is a simulation module for the 
numeric analysis of electromagnetic waves. It is a full-wave time-domain simulator 
based on the finite-difference time-domain method. It is used typically to 
calculate the optical carrier generation in optoelectronic devices. | 
| TCAD to SPICE | The TCAD to SPICE products are designed to enable SPICE-level circuit analysis 
based on TCAD data, which is a critical component of the design-technology 
cooptimization (DTCO) flow. | 
| Sentaurus Visual | Sentaurus Visual is a plotting tool for visualizing data from TCAD 
simulations and experiments. Users can work interactively with data using a graphical 
user interface and can automate tasks by using Tcl-based or Python-based scripting. | 
| Sentaurus Data Explorer | Sentaurus Data Explorer is a tool for editing and converting 
data from simulations. | 
| Python Language | Several TCAD Sentaurus products use the Python language, and 
it is advantageous to know some basics about Python. | 
| Tool Command Language | Several TCAD Sentaurus products use the tool command language (Tcl), and 
it is advantageous to know some basics about Tcl. | 
| jEdit | jEdit is a powerful and freely available open-source tool for context-sensitive 
editing. Synopsys has created a TCAD Sentaurus customization package for jEdit to improve 
the ease of working with different TCAD Sentaurus tools. | 
| Tips & Tricks | Tips & Tricks provides specific assistance to users to improve the quality, the turnaround time, and the robustness of TCAD simulations. | 
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