CST Studio Suite: EMC/EMI Simulation & Analysis

Lesson 1: 
Solver Choice for EMC Application

• Overview of the T-Solver & F-Solver
• Problem types for each
• Overview of other CST Studio environments
• Meticulous analysis of the project template
• Template selection for a specific application area
• Updated component library

Lesson 2: 
Meshing Overview

• Tips & tricks on how to obtain a good mesh for your simulation setup
• Overview of meshes used for the T-Solver, TLM-Solver, and F-Solver

Lesson 3: 
CST Design Studio (CST DES)

• Lumped component elements setup in 3D environment
• True transient & traditional co-simulation types
• Setup for probes in schematic editor to record voltage drops
• Overview of different modes
• Understanding the fundamentals between open/component connected/short terminals
• Overview of different types of blocks and converters in CST DS
• Introduction to various simulation tasks in CST DS

Lesson 4: 
Overview of Sources/Outputs for EMC Simulation

• Overview of different excitation sources
• Analysis of different workflows for antenna co-site
• RADHAZ applications
• Cable circuit analysis
• General outputs for EMC simulation (field probes, voltage/current monitors, farfield monitors, cylindrical scans, EMC workflow for standard limit lines emissions)

Lesson 5: 
EDA Workflow Integration – CST MWS

• File type imports into CST's PCB environment
• Supported files
• Introduction to the stackup editor to visualize different PCB layer ordering and material properties
• Components and parts import
• Overview of PCB import functionality
• Which parts of the PCB can be analyzed
• Defining ports between different layers
• PCB mesh settings

Lesson 6: 
Introduction to CST Cable Studio