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You don t need to be an SI engineer to define routing constraints, verify your routed board, and ensure your design goals are met. PADS signal integrity analysis is powerful and easy enough for anyone to use. PADS SI analysis is fully integrated with the schematic, enabling you to run pre-layout analysis early in the design flow to identify critical problems. Issues such as signal degradation ranging from over/undershoot, ringing, crosstalk, and timing problems, occur even in PCB designs running at low operational frequencies. Fast edge rates in today s integrated circuits (ICs) cause detrimental high-speed effects. Signal Integrity Analysis Signal integrity (SI) analysis is essential for today s modern design. Prepare all aspects of simulation for both basic and complex analysis easily, while seamlessly driving PCB layout. PADS includes a complete analog simulation environment that is integrated in the PCB design flow. PADS contains thousands of popular proven models, access to extensive external vendor libraries, the ability to import and convert existing PSpice libraries, and dragand-drop symbol generation for automatic symbol creation using commonly found SPICE models. A range of plotting formats is available, including timedomain, digital, smiths charts, and bode plots.
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Quickly compare results by overlaying waveforms from multiple simulation runs. A waveform calculator and measurement tools are available for more immediate validation and evaluation of your design.
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Waveform analysis in PADS is simple, with drag-and-drop features for fast waveform viewing and multiple cursor support. Simulation capabilities include DC, frequency, and timedomain analysis, as well as statistical approaches, such as Monte Carlo Analysis and multiple sweep analyses. A single schematic drives both the simulation and PCB design, shortening the overall development cycle significantly. Analog Analysis With PADS you can eliminate costly and error-prone schematic re-entry through board-level analog simulation analysis and verification, integrated directly into the schematic environment. High-speed rules include differential pairs, matched lengths, maximum and minimum length and support of DDR topology (virtual pins and associated nets). Default, class, net, group, pin pair, layer, conditional, and component rules are included. The multi-level hierarchy guides you through the process of capturing rules, automatically updating the layout as you go. PADS central database includes all design rules and constraints with online DRC.
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Achieve efficiency and productivity with full forward and backward annotation to layout and routing and a direct link to signal integrity analysis. Intuitive project and design navigation, complete hierarchical support, and advanced design attribute and design rules management make it easy to capture and define your schematic. Source: Tech Validate ID: 5B0-2CA-BB6899ΔΆ 2 Schematic Design PADS includes broad capabilities for system design capture and definition. PRODUCTIVE DESKTOP PCB DESIGN 80% of surveyed customers became productive in PADS in less than 3 months. An easy-to-use schematic and layout translator helps import libraries and designs from your current toolset, whether it s Allegro, Altium Designer, CADSTAR, OrCAD, P-CAD, or Protel. PADS is a full-flow solution for PCB development, including schematic and analog design, signal and power integrity, thermal analysis, layout and routing, and manufacturing prep. Using PADS, you will get your job done faster and better, while saving costs. Its easy-to-use desktop environment helps solve the PCB design challenges you meet every day. OVERVIEW PADS is the Personal Automated Design System from Mentor Graphics.
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1 start smarter D A T A S H E E T PADS PCB Design Solutions The standard in desktop PCB design FEATURES AND BENEFITS: Easy to learn and use Proven technology for PCB design, analysis, and verification Accurately handles your tough design problems Reduces design time PADS is an easy-to-use, complete desktop design flow that handles all PCB design challenges.