- CST MICROWAVE STUDIO DC AND HIGH FREQ CO SIMULATION UPGRADE
- CST MICROWAVE STUDIO DC AND HIGH FREQ CO SIMULATION LICENSE
These simulation runs can be either two time domain simulations or one time domain simulation and one frequency domain simulation. Result: Up to three frontends can be opened, but only two of these frontends can launch a simulation. The number of solver modules specifies how many of each solver module can be used at a time, as long as the total number of simulations does not exceed the total number of simulation processes.Įxample 1: A customer has chosen the following configuration: The number of simulation processes specifies the maximum number of simulation runs that can be performed at a time.
CST MICROWAVE STUDIO DC AND HIGH FREQ CO SIMULATION UPGRADE
Number or Frontends, Simulation Processes, Solver Modules - Number of Acceleration Tokens - Import and Export Options - Multiplatform Upgrade (Windows / Linux) - Network Type (LAN, WAN, Node-Locked) - Perpetual or Limited Term licenseĬST STUDIO SUITE Graphical User Interfaceġ) Number of Frontends, Simulation Processes, and Solver Modules The frontend provides a user with the ability to build or import a new model, define the solver settings and display results including post processing.
CST MICROWAVE STUDIO DC AND HIGH FREQ CO SIMULATION LICENSE
A license can be configured to the needs of each customer by making choices about the following parameters:
All CST STUDIO SUITE solvers are seamlessly integrated into a common interface. The license setup CST STUDIO SUITE represents a highly modular concept in which each STUDIO product covers a certain frequency or application range. CST DESIGN STUDIO (CST DS): a versatile tool that facilitates 3D EM/circuit co-simulation, system simulation and synthesis. CST MPHYSICS STUDIO (CST MPS): a multiphysics module for thermal simulations and mechanical stress analysis. CST PCB STUDIO (CST PCBS): for the simulation of signal and power integrity effects and EMC/EMI on printed circuit boards. CST CABLE STUDIO (CST CS): for signal integrity and EMC/EMI analysis of cables and cable harnesses. Applications include electron guns, traveling wave tubes, magnetrons and wakefields.
CST PARTICLE STUDIO (CST PS): a specialized product dedicated to the fully consistent simulation of free-moving charged particles. CST EM STUDIO (CST EMS): for the design and analysis of static and low frequency EM applications such as motors, sensors, actuators, transformers and shielding enclosures. Applications areas include microwaves & RF, optical applications, EDA/electronics and EMC/EMI. ĬST MICROWAVE STUDIO (CST MWS): our industry-leading tool for the fast and accurate simulation of high frequency devices. Our standard terms & conditions are available at. The described options and licensing policy are subject to change. However the WG port does not like these "disturbances" right at the port because the port tries "per definition" to excite the Structure with a pure mode.This guide explains what licensing options exist and helps to choose the license configuration that fits best your needs. These changes are local and they can not propagate.
Around the GND bridges, the field pattern has to change to fulfil all boundary conditions given by the geometry. In your CPW you will have the same effect. They find the weight coefficients for the higher order modes at both sides of the step. They are just present near the step.īy the way: this is how Mode Matching programs work. These modes can usually not propagate thru the coax because they are bellow cut-off. The results field can consider being a sum of all the higher order coax modes. When you get very close to the step, the field pattern changes because of the field disturbance generated by the step. Far away from the step, I have a very nice TEM field pattern. This can be explained using a simple coax step.
0 kommentar(er)
