f ® 171 CST MICROWAVE STUDIO 2006 Resonator Tutorial Finally press the OK button to apply the blend. This paper deals with the electromagnetic design of a high power pulsed magnetron capable of delivering 3.25 MW output power at operating frequency 2.998 ± 0.005 GHz using CST microwave studio. Afterwards, a dialog box will open where you can set the Radius of the blend to 15 mm. Therefore, press the toolbar icon or select Objects Ö Blend Edges from the menu.
CST MICROWAVE STUDIO (CST), Insertion Loss and Return Loss Analysis for Digital Signal Trace. Power Integrity: Components, Component parasitic (Parts Database File), PI Analysis, Create SP, Impedance, Spatial Impedance Plots, Generate Plots, Decoupling CapacitorĬomponents, Voltage Regulator, PI Analysis, Run decap analysis, DeCap UI, Optimize Impedance, Config. The next step is to blend the selected edge. HSPICE (SYNOPSYS), Signal Integrity Analysis for Digital Board. Proficient in using Cadence Sigrity (PowerPI, PowerDC), Ansys (HFSS, SIwave, DesignSI, Nexxim), CST SUITE STUDIO (CST MICROWAVE. IR Drop Analysis: PCBs & Packages, EDA Import, Stakup, Net Editor, Auto-Tagging, Layout Check, Edit Components, Voltage Source, Voltage Regulator In/Out, Current Drain, IR Drop Analysis, Power Supply, Voltage Drop, Current Density Modeling and analyzing the system signal and power integrity simulation results and provide guideline for package designers, PCB board layout engineers and debugs and solves the signal and power integrity problems. Introduction of CST Studio Suite & CST PCB StudioĬST PCBS EDA Import, CST PCBS GUI, Layer Stackup, Layout Check, Net Editor, Component Editor, Part Library, Layout ExportĮDA Import, Edit Component Model, Assign IBIS Model, Differential pin, SI FD Analysis, PCBS 2D TL Solver Settings, Create simulation project, S-ParameterĮDA Import, Stakup, Net Editor, Auto-tagging, Edit Components, SI TD Analysis, Stimulus, Eye diagram, TD waveform, Export to CST MWS