New Features in Automated Generation of Complex PCB Models with EMCoS PCBNgn

• Support of PCB data import from Gerber format
• Support of mesh properties generation priority (by Layers / by Nets)
• Outline view of component packages
• Possibility to select all PCB components of the same part
• Possibility to select all nets of the selected PCB components
• Multi editing of PCB component models
• Import groups configuration file for PCB components grouping
• Support of User Defined Views
• Support of Undo/Redo and History operations
• Improvements in Search operations for components list
• GUI usability improvements, support of Standard, Tools, Model and View Toolbars
• Improved support of high DPI monitors

New Features in Model Handling Operations

• Support of PCB data import from Gerber format in EMCoS Studio environment
• Import and automatic conversion of PCBNgn project contents to EMCoS Studio simulation model for EM simulation and 3D PEEC extraction project types
• Import and automatic conversion of PCBNgn project contents to EMCoS Studio simulation model for Cables and PCB Hybrid simulations project types
• Automatic grouping of PCB components in System Diagram devices during import and conversion of PCBNgn project contents to EMCoS Studio simulation model
• Automatic generation of circuit elements and connectors during import of PCB components from EMCoS PCBNgn
• Improved multicore cables construction in Cables Library with circular definition of inner cable cores (Rotate, Rotate Copies, Distribute Evenly by Distance)
• Support of cable conductors and shields visualization by colors in System Diagram
• Optimized function for automatic healing of narrow/small triangles
• Support of Multi Excitations solution in circuit simulations by TSReady solver
• Indication of Custom Content type for calculation tasks in Project Tree
• Improved support of high DPI monitors

New ReMesh3D Library in EMCoS Studio and ReMesh Environments

This new release introduces the ReMesh3D library with completely redesigned meshing algorithms to simplify remeshing routine process.

• New algorithms and techniques for remeshing maintain the original geometry while reducing the number of triangles
• Less intersections with angles control
• Iterative technique for automated simplification of computational meshes with user-defined mesh size
• No manual work is required to heal and fix intersections for huge vehicle models
• Processing time from several seconds up to several minutes

New EMCoS Global Library (Materials, Shields and Cables)

• One EMCoS Global Library environment for Material, Cable and Shield parts storage and data exchange between EMCoS tools
• Convenient navigator/catalog with searching and smart filtering functionality
• Detailed technical specifications for each cable and shield, including physical dimensions and electrical properties
• Customizable data columns (show/hide, coloring, renaming and dragging)
• Interactive cross section viewer
• Integrated editor functionality
• Cables Composition Tree and inner cores editing functionality for complex multicables design
• Import/export of library parts
• Seamless integration in EMCoS RapidTL environment

New EMCoS RapidTL with Virtual Test Setups for Arbitrary Cables Modeling

Transfer Impedance Calculation in Virtual Triaxial Setup

• Transfer impedance simulations of regular and non-regular shield structures in virtual triaxial setup with ZT3D solver, support of arbitrary shaped conductors in SIE2D solution
• Improved calculation scheme with ZT3D solver SIE2D solution for spiral and tape wrap (longitudinal and helical) shields considering weave angle
• Support of range parameters definition for parametric investigations in batch mode
• Transfer impedance calculation in the presence of inner cable structure
• Calculation of cable characteristic impedance in case of inner structure presence
• Support of standard cable types (single, twisted, coaxial, ribbon) definition and visualization in 2D & 3D views
• Support custom cables construction mode with arbitrary shapes using simple geometry primitives and Boolean operations
• Support of multicables definition with convenient selection and multi-level editing mode from 2D viewers
• Data exchange with EMCoS Global Libraries/Catalogs (Materials, Shields and Cables)
• Improved RapidTL GUI with integrated output window, support of coloring modes in 2D & 3D viewers

Cables 2D EMF Calculations

• Improved RapidRLCG_2D solver for cables EMF simulations with new SIE2D solution for arbitrary shaped conductors
• Calculation of frequency-dependent CG & RL, currents, fields and forces distributions
• Built-in results visualization tools (2D plots, table and matrix views, 2D distribution, etc.)

3D Mesh Model Generation for Spiral Shields Simulations with Full-Wave TriD Solver

• Automated generation of 3D mesh model for spiral shields in Triaxial Setup
• Export TriD input file for spiral shields in Triaxial Setup
• Automated generation of 3D mesh model for spiral shields in Radiation Setup
• Export TriD input file for spiral shields in Radiation Setup

3D CAD Model Generation for Spiral Shields

• Export of 3D CAD Model for Spiral Shields in Triaxial Setup
• Export of 3D CAD model for spiral shields in Radiation Setup
• 3D CAD model generation for spiral shields based on custom paths

EMCoS SimDAT New Features and Improvements

• High Frequency MPE Analysis Tools – Near Field Averaging
• High Frequency MPE Analysis Tools – Results Composition
• High Frequency MPE Analysis Tools – MPE Bubble Analysis
• Triaxial Probes support with Zoom Scan procedure
• Support of new options Convolution over Transfer Function Samples and Convolution over Signal Spectrum Samples in FFT Werk
• Improvements in handling Plus / Minus Currents on triangles for TriD output files
• Export digitizer datasets from Graph Digitizer Tool to Nastran file as 2D rods
• Support access to Network output data form EMScript
• Support of saving plot to SVG format from EMScript
• New EMScript function (default_outputs) returning a list of default outputs for the currently imported project

New Features in EMCoS Solvers

• [TriD] – Support of Edge Voltage Source in AFS calculation
• [Hybrid MTL] – Support of Susceptibility + Multi Excitation + Stochasticity analysis
• [Hybrid MTL] – Support of calculation stages for Susceptibility + Stochasticity analysis
• [Hybrid MTL] – New checking function for location of connectors grounding wire
• [Hybrid MTL] – Support of Near Field Grids for Hybrid MTL with LFMF calculations
• [Hybrid MTL] – Improved connection of impressed currents to geometry edge