9、: 1.719757e-03 ns used: 1.719757e-03 ns Matrix calculation time: 149 s Solver setup time: 63 s Solver loop time: 500 s Solver post processing time: 27 s - Total time: 739 s ( = 0 h, 12 m, 19 s ) - Solver Statistics: MPI Clusternode 1: node44 GPU info: GPU computing ...
CST Studio Suite currently supports up to 16 GPU devices in a single host system, meaning each number of GPU devices between 1 and 16 is supported.1 2.1 Supported Solvers and Features for NVIDIA GPUs • Time Domain Solver (T-HEX-solver and TLM-solver) • Integral Equation Solver (...
1.719757e-03 ns Matrix calculation time: 149 s Solver setup time: 63 s Solver loop time: 500 s Solver post processing time: 27 s --- Total time: 739 s ( = 0 h, 12 m, 19 s ) --- …… Solver Statistics: MPI Clusternode [1]: node44 GPU info: GPU computing not activated Numb...
分享14 cst吧 software577 cst2018破解版,详细的图文教程cst2018破解版,全称为cst studio suite 2018,是目前行业中领先的电磁仿真软件,也是多年的研究和开发的高潮转化为电磁设计,最准确,最有效的计算解决方案,由CST MWS、CST EMS、CST PS、CST CS、CST PCBS、CST MPS、CST DS等多个不同的功能模块组成。 cst2018...
电磁仿真软件CST、Comsol并行测试 1 电磁仿真软件CST 、Comsol 并行测试 解决方案中心 2011-5-31 1.测试环境 ... 2 2.概述 ...
I am trying to simulate in CST a RFID tag antenna which should resonate at 13.56 MHz(NFC antenna) After designing it (at this stage I picked an antenna from a IEEE journal ) I have run the simulation (Time domain Solver) but the antenna impedance value does not match with the one in...
Solver and Post processing Accessing S-Parameter Phase.Calculating the real part of S11 at a certain frequency.Define an excitation function.Adding user defined entries to the result tree.Creating 3D scalar and vector plots:Create a farfield array.How to use the VBA Objects Example 1: Call CST...
Section 3.3. Real vs. Ideal Circuit Elements Section 3.4. Impedance of an Ideal Resistor in the Time Domain Section 3.5. Impedance of an Ideal Capacitor in the Time Domain Section 3.6. Impedance of an Ideal Inductor in the Time Domain Section 3.7. Impedance in the Frequency Domain Section 3.8...
CST MICROWAVE STUDIOGPU ComputingCST MICROWAVE STUDIO® (CST MWS) is the market and technology leading time domain solver for high frequency electromagnetic field simulation. It is based on the Finite Integration Technique (FIT). With CST’s proprietary PERFECT BOUNDARY APPROXIMATION (PBA)® ...
在Field Monitor中可根据所需频率设置Monitor。对于Time Domain Solver而言,要进行时域的仿真分析,所以还支持Time Monitor功能,以便查看随时间变化的Field分布。CST工作界面左侧导航树中的Field Monitors文件夹中可以查看设置的Field Monitor。保存到此文件夹后可以通过Monitor区分频域角度的Monitor还是时域角度的Monitoro。