The XFE option provides crosshatch return path modelling for flex and flex-rigid PCBs The Si8000m links with Speedstack as Speedstack PCB. The Si8000m assumes negligible insertion loss in the transmission line should you wish to model insertion loss the Si9000e adds extensive insertion loss modeling capabilities The Si8000m adds enhanced modelling to predict the finished impedance of multiple dielectric PCB builds and also takes into account the local variations in dielectric constant on close spaced differential structures. The Si8000m is a boundary element method field solver that builds on the familiar easy to use user interface in earlier Polar impedance design systems. View video – import and chart logged data from CITS Sitemap – for single and multiple dielectric PCBs The 3D models that you design with 3D CG software, can be put out into the real world from the digital world using Pepakura Designer.Polarsi8000 simulated tools in PCB design layoutĬomparing measured with modeled impedance. Now you can enjoy designing your own papercraft. The dedicated viewer, Pepakura Viewer, is available from Pepakura Designer's official web site freely. Not only can a pattern created by Pepakura Designer be printed and saved as 2D image, but you can also share it with other people. You may use some 3DCG software released from other developers to make the 3D models for unfolding. All you have to do is prepare the 3D model. No special knowledge is required for making papercraft patterns. Pepakura Designer makes it easy to design original papercraft patterns by importing 3D model data. Then you can edit the pattern as you like. Because the operation is very simple, you can make patterns easily. Pepakura Designer is a program developed in Japan (the word Pepakura stands for papercraft in Japanese) for making unfolded 2D patterns from the 3D models. Pepakura Designer 5.0.14 (圆4) Multilingual | Size: 20.96 MB
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