CST Studio Suite, the unsurpassed electromagnetic field simulation software that combines broad simulation performance with an advanced user-friendly interface. A key feature of CST Studio Suite is the Complete Technology approach which gives the choice of simulator or mesh type that is best suited to a particular problem, seamlessly integrated into one user interface.
About CST Studio Suite
CST Studio Suite® is a high-performance 3D EM analysis software package for designing, analyzing and optimizing electromagnetic (EM) components and systems.
Electromagnetic field solvers for applications across the EM spectrum are contained within a single user interface in CST Studio Suite. The solvers can be coupled to perform hybrid simulations, giving engineers the flexibility to analyze whole systems made up of multiple components in an efficient and straightforward way. Co-design with other SIMULIA products allows EM simulation to be integrated into the design flow and drives the development process from the earliest stages.
CST Studio Suite is used in leading technology and engineering companies around the world. It offers considerable product to market advantages, facilitating shorter development cycles and reduced costs. Simulation enables the use of virtual prototyping.
Device performance can be optimized, potential compliance issues identified and mitigated early in the design process, the number of physical prototypes required can be reduced, and the risk of test failures and recalls minimized.
CST Studio Suite - Family of Solvers
Microwave Studio includes 7 high frequency solvers, including the two general purpose solvers, the time domain and frequency domain, as well as more purpose specific solvers of Eigen, Integral, Method of Moments and Asymptotic.
EM Studio for static and low frequency, including electrostatic, magnetostatic, and stationary current, and low frequency time and frequency. At the forefront of low frequency design are electric motors as well as electric generator design for water or wind turbines.
Specialized solvers for the 3D simulation of electromagnetic fields interacting with charged particles, including Tracking solver for particle movement in static EM fields, Wakefield solver for particle mean excitation, Particle in cell solver for transient particle movement, and Electrostatic particle in cell for space charge vs time effects.
Set of solvers for thermal, fluid dynamics, and mechanical stress analysis. These solvers can be used in conjunction with EM simulation domains to address coupled physics scenarios.
Cable Studio allows the engineer to create or import complicated cable routing nertworks, which could be used in the automotive, naval or commercial environments, including is a library of cable harness, transitions, and shielding options, and simulation results include s parameters and radiated emissions.
Specific solvers and tasks for the investigation of signal integrity (SI), power integrity (PI), voltage drop (IR-Drop) and EMC/EMI effects for the design of printed circuit boards (PCB) and 3D chips, incorporating 3 mathematical techniques, including 2D Transmission Line, 3D Partial Element Equivalent Circuit, and 3D Finite Element Frequency Domain.
A schematic analysis tool for system level design, allowing the connection of different 3D projects and circuit elements (SPICE/IBIS/SNP). It is also the entry point for the System Assembly and Modeling (SAM) workflows multiple solver integration.
Antenna Magus accelerates antenna design and modeling from a large antenna database of over 350 antenna designs. It includes antenna placement and antenna array analysis.
An advanced planar (2D) and cavity (3D) filter design synthesis design tool that supports Lowpass, Highpass, Bandpass, Bandstop and Diplexer designs. Various filter responses like the classical Butterworth, Bessel, Chebyshev I, Chebyshev II, Elliptic, Equiripple and Arbitrary filter responses.
An efficient analysis tool for passive components based on waveguide technology, capable of integrating high power effects in the design process.
A powerful numeric algorithm for predicting both corona (arcing) and multipactor breakdown, the two dominate high power effects that severely damage devices.
Generates SPICE macromodels of electrical interconnect structures, providing accurate, proven, passive and causal broadband computational models for circuit simulation.