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Read ArticleOrCAD - Overview
For simulation and signal integrity checks for high speed PCB design analysis, use OrCAD software with intuitive PCB design & layout tools.
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Read ArticleRapid Prototyping - Overview
Quickly prototype your Printed Circuit Board design so that you can turn your ideas into successful products faster.
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Read ArticleSchematic Capture - Overview
Easily create and simulate circuits, manage error prone revisions, generate BOMs according to market requirement and analyze their circuit in a virtual environment before proceeding for PCB design.
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Read ArticleManufacturing Improvement - Overview
Easily ensure the manufacturability of your designs with real-time visual feedback and avoid field failures.
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Read ArticleHigh-Speed Design - Overview
Quickly and easily identify signal integrity issues on your PCB design with the various tools to improve design performance.
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Read ArticleCost Performance Yield - Overview
Advanced analysis simulation tools help you adjust your PCB designs right from the start, so you can identify component limitations, performance, and cost without relying on guess-work.
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Read ArticleDesign Reuse - Overview
With OrCAD, it’s easy to reuse past designs to ensure productivity, minimize design errors and get to market with verified technology faster.
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Read ArticleDesign Reliability - Overview
As you work on the layout of your PCB design, it’s important that you run any necessary manufacturing checks to ensure higher quality and reliability of your product.
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Read ArticleConstraint Driven Design - Overview
A constraint driven approach makes your PCB design process smoother. Eliminate the need for multiple design reviews as well as shorten the overall design process.
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Read ArticleSimulink CoSimulation
The seamless bi-directional integration between MathWorks MATLAB Simulink and PSpice lets you easily simulate electrical circuits and mechanical, hydraulic, thermal blocks in one unified environment.
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Read ArticleReturn Path Analysis
The powerful analysis workflows make it fast and easy to manage return path issues on your board so you can design right the first time.
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Read ArticleMonte Carlo Analysis
Predict component failure before your design arrives at manufacturing.
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Read ArticleIPC-2581
By using the IPC-2581 manufacturing data format, you can accurately convey design intent to your manufacturer, and improve time to market.
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Read ArticleFind by Query
Find exactly what you’re looking for in your PCB designs. Drag-and-drop to build your search query and save it for later to use it again.
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Read ArticleDesign Difference Viewer
Easily identify and review any differences between your PCB designs to save time and improve productivity.
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Read ArticleDesign for Manufacturing, Fabrication, and Assembly
With a full suite of DFM checks including Design for Fabrication (DFF), Design for Assembly (DFA), and Design for Test (DFT) running in real-time while you design.
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Read ArticleCustom Workflows and Toolbar
Create custom workflows for specific tasks or roles–like library creation or quality control checks–to quickly access frequently used commands.
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Read ArticleCoupling Analysis
Identify and resolve coupling issues within your design prior to production.
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Read ArticleContour Arc Routing
Confidently and accurately route though any design with ease improving your productivity. Draw evenly spaced curved traces at any angle to meet your PCB design needs.
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Read ArticleDesign for Testing (DFT)
Quickly and easily manage your Design for Testing (DFT) constraints with real-time DFM technology for improved quality, reduced costs and higher production yields.
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