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EMSS FEKO V7 3264BitMAGNiTUDE


EMSS FEKO V7 3264BitMAGNiTUDE: A Powerful Tool for Electromagnetic Simulation




Electromagnetic simulation is a branch of engineering that deals with the analysis and design of systems that involve electromagnetic fields and waves. It is widely used in applications such as antenna design, radar, wireless communication, microwave engineering, biomedical imaging, and electromagnetic compatibility.


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One of the software tools that can help engineers and researchers perform electromagnetic simulation is EMSS FEKO, developed by EM Software & Systems (EMSS). FEKO is a comprehensive electromagnetic simulation software tool, based on state of the art computational electromagnetics (CEM) techniques. It can solve a wide range of electromagnetic problems, such as:


  • Antenna analysis and design



  • Antenna placement on electrically large structures



  • Microstrip antennas and circuits



  • Dielectric resonator antennas



  • Horn antennas and feeds



  • Reflector antennas and systems



  • Wire antennas



  • Frequency selective surfaces



  • Radar cross section (RCS) analysis



  • Bio-electromagnetics



  • Eddy current problems



  • Electromagnetic compatibility (EMC)



  • Electromagnetic interference (EMI)



  • Electrostatic discharge (ESD)



  • Cable coupling analysis



  • Lightning effects analysis



FEKO uses a variety of CEM methods to solve different types of problems, such as:



  • The Method of Moments (MoM) for wire and surface problems



  • The Multilevel Fast Multipole Method (MLFMM) for electrically large problems



  • The Finite Element Method (FEM) for volume problems



  • The Finite Difference Time Domain (FDTD) method for transient and broadband problems



  • The Physical Optics (PO) and Geometrical Optics (GO) methods for high frequency problems



  • The Uniform Theory of Diffraction (UTD) for edge diffraction effects



  • The Hybrid Methods that combine different methods for complex problems




FEKO also provides a user-friendly graphical user interface (GUI) that allows users to create, edit, and visualize models, as well as to set up and run simulations. Users can also post-process the results using various tools, such as:



  • The 3D view that displays the geometry, mesh, fields, currents, far fields, and RCS patterns



  • The 2D view that displays graphs of parameters such as S-parameters, impedance, gain, directivity, radiation patterns, etc.



  • The Optimisation tool that allows users to optimise the design parameters using various algorithms



  • The Animation tool that allows users to create animations of fields, currents, far fields, etc.



  • The Report Generator tool that allows users to create customised reports of the results



  • The CADFEKO tool that allows users to import and export models from and to various CAD formats



  • The POSTFEKO tool that allows users to perform further analysis and processing of the results using scripting languages such as Lua or Python




In 2023, EMSS released the latest version of FEKO, which is EMSS FEKO V7 3264BitMAGNiTUDE. This version has several new features and improvements, such as:



  • A new solver for Characteristic Mode Analysis (CMA), which can be used to analyse the modal behaviour of antennas and structures



  • A new solver for Periodic Boundary Conditions (PBC), which can be used to analyse periodic structures such as frequency selective surfaces, metamaterials, etc.



  • A new solver for Generalised Scattering Matrix (GSM), which can be used to analyse multiport networks and systems with multiple excitations



  • A new solver for Discrete Sources Method (DSM), which can be used to model sources with arbitrary waveforms and polarisations



  • A new solver for Surface Equivalence Principle (SEP), which can be used to model thin dielectric layers or coatings on metallic surfaces



  • A new solver for Integral Equation Ray Tracing (IERT), which can be used to model ray tracing effects in complex environments with multiple reflections and diffractions



  • A new solver for Hybrid MoM-PO, which can be used to model electrically large structures with both wire and surface elements



  • A new solver for Hybrid MoM-FEM, which can be used to model structures with both wire and volume elements



  • A new solver for Hybrid MoM-FDTD, which can be used to model structures with both wire and transient elements



  • A new solver for Hybrid MoM-UTD, which can be used to model structures with both wire and edge diffraction elements



  • A new solver for Hybrid MLFMM-PO, which can be used to model electrically large structures with both surface and high frequency elements



  • A new solver for Hybrid MLFMM-FEM, which can be used to model electrically large structures with both surface and volume elements



  • A new solver for Hybrid MLFMM-FDTD, which can be used to model electrically large structures with both surface and transient elements



  • A new solver for Hybrid MLFMM-UTD, which can be used to model electrically large structures with both surface and edge diffraction elements



  • Improved meshing algorithms for wire, surface, and volume elements



  • Improved convergence and accuracy of the solvers



  • Improved parallelisation and performance of the solvers



  • Improved GUI and user experience



  • Improved compatibility and integration with other software tools



  • Improved documentation and tutorials




EMSS FEKO V7 3264BitMAGNiTUDE is a powerful tool for electromagnetic simulation that can handle a wide range of problems and scenarios. It is suitable for engineers and researchers who want to design, analyse, and optimise electromagnetic systems and devices. It is available for download from the official website of EMSS or from various online sources . However, users should be aware of the potential risks of downloading software from unverified sources, such as viruses, malware, or spyware. Users should also respect the intellectual property rights of EMSS and abide by the terms and conditions of the software license agreement.


References




EMSS FEKO website: [


EMSS FEKO V7 3264BitMAGNiTUDE download link: [


EMSS FEKO V7 3264BitMAGNiTUDE article: [




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