Other features include the transmission line calculator, Filter synthesis, Smith-Chart tool for power and noise matching, Attenuator design synthesis, Device model and subcircuit library manager, Optimizer for analog designs, the Verilog-A interface, Support for multiple languages ( GUI and internal help system), Subcircuit (including parameters) hierarchy, Powerful data post-processing possible using equations and symbolically defined nonlinear and linear devices. The documentation offers many useful tutorials (WorkBook), reports (ReportBook) and a technical description of the simulator. Simulation data can be represented in various types of diagrams, including Smith-Chart, Cartesian, Tabular, Polar, Smith-Polar combination, 3D-Cartesian, Locus Curve, Timing Diagram and Truth Table. Qucs has a graphical interface for schematic capture. SCH2CAP.Analysis types include S-parameter (including noise), AC (including noise), DC, Transient Analysis, Harmonic Balance (not yet finished), Digital simulation (VHDL and Verilog-HDL) and Parameter sweeps. PCB2LAY.PDF – Converting MicroSim PCBoards Designs to OrCAD Layout Designs Your choice of schematic editors (specify during installation).PSpice A/D 9.1, Web Update 1, including PSpice Schematics 9.1.Limited versions of the following products are included in the Student Version of PSpice: > For official PSpice Free 30-day Trial version get a request on What’s included with the PSPICE 9.1 Student Version: Contact for questions or support.ĭesign and simulate analog and digital circuits with Orcad Pspice Student version.
With an internet connection, the user can make a real-time update of the program and its component library. Currently, this design tool works on Microsoft Windows-based PC with Excel 2000, 2003, 2007, 20. The tool also provides PCB layout examples. The design can be exported to the LTspice simulation circuit for users to further verify their designs.
The tool shows real-time results of feedback loop bode plot, as well as the power stage performance. Unlike conventional simulation tools, this LTpowerCAD tool guides users throughout the whole supply design process: it searches suitable LTC parts according to user’s supply specifications then it guides the user to select and optimize circuit component values with suggestions and warnings.
The LTpowerCAD II design tool is a complete power supply design tool program that can significantly ease the tasks of power supply design with Linear Technology µModule regulators and many other products, mostly monolithic buck step-down regulators.
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