"Designed with OrCAD of course!"
Ryan Dunwoody - Pi-Top
“With Allegro TimingVision, the routing process has sped up dramatically, from four weeks, down to four days,”
Bill Munroe - Cavium
Designed with Cadence.
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“We’re very optimistic about our future with the scalable OrCAD PSpice and Allegro PCB Designer tools"
The Cadence solution reduces our PCB development time by 80 percent
- Gisbert Thomke, Group Leader, IBM R&D Lab
Designed with Cadence OrCAD and Allegro since 2003
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OrCAD Classroom Training Courses
OrCAD PSpice AD AA Simulation
Advanced circuit simulation and analysis for analog and mixed-signal circuits
OrCAD PSpice & Advanced Analysis technology, combines industry-leading, native analog, mixed-signal, and analysis engines
Unparalleled Waveform Viewing and Analysis
Extensive Model Support
Open Architecture Platform
"Whether you’re prototyping simple circuits, designing complex systems, or validating component yield and reliability, OrCAD PSpice technology provides the best, high-performance circuit simulation to analyze and refine your circuits, components, and parameters before committing to layout and fabrication"
The powerful waveform analysis capability of PSpice gets another boost by enabling simulation results exporting to MATLAB. Now PSpice users have complete and seamless access to MATLAB plotting capabilities, can view PSpice simulation results in MATLAB, and can customize waveform processing on export.
|VIDEO||OrCAD PSpice AD Lite (up to 75 nodes)|
|VIDEO||Bias Point, DC sweep, AC sweep & transient analysis (with Temperature)|
|VIDEO||Learning PSpice Free Templates|
|Analog behavioural modelling|
|Model Editor for device characterization|
|Interactive waveform viewer & analyzer|
|IBIS / DML model support|
|VIDEO||Monte Carlo: Statistical circuit behaviour and yield (Worst Case)|
|Bias point voltages, currents and power display on schematic|
|Sensitivity: Identifies critical circuit components|
|Optimizer: Optimizes key circuit components|
|Monte Carlo: Statistical circuit behaviour and yield multiple measurements|
|VIDEO||Smoke: Detects component stress|
|Parametric Plotter: Examine solution through nested sweeps|
|Optimize Circuits through Curve or Parameter Fit|
|VIDEO||Example Design Simple Circuit 1|
|VIDEO||Example Design Simple Circuit 2|
|VIDEO||Example Design Simple Circuit 3|
|VIDEO||Example Design Simple Circuit 4|
|VIDEO||Example Design Simple Circuit 5|
|VIDEO||Example Design Simple Circuit 6|
|VIDEO||Example Design Simple Circuit 7|
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