What PCB Antipad Size Should You Use?
When routing through vias, the PCB antipad size has important implications for manufacturing and signal integrity.
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Routing
Minimize Routing Frustrations and Time with the Latest Hacks and Trends
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Length Matching the Routing For PCB Busses - Two Approaches
Learn about length matching on PCB Designs for data busses
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Scribble Routing
Scribble is a simple routing mode that allows you to ‘draw’ a route path for the trace to automatically follow. It provides a quick two-pick methodology to generate complex route paths, along with...
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Interactive Routing
Routing dense, complex designs is quicker and easier with OrCAD. There are no routing modes to remember or cycle through. Just select the trace you want, or all the traces you want, and start...
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On Demand Webinar: Making Your Autorouter Work For YOU
Learn how to accelerate your design schedule with your SPECCTRA autorouter.
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Group Routing
The updated Group Route capability streamlines the routing of multiple traces at once with improved gather, interactive spacing control, and multiple via patterns.
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Fillet and Tapered Traces
Show you how to use the Fillet Tapered Traces function and the differences of this function in OrCAD PCB Designer professional.
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Curved Routing
Create curved routing in OrCAD PCB Editor
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Blind & Buried Vias in HDI Design
Create, place, and easily reuse blind and buried via stacks in all your HDI and high-speed PCB designs.
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Constraint Driven Routing
To help with large data busses or Matched Groups we introduce Relative Propagation Delay. To keep Differential Pairs in phase we have added Static Phase Control and to assist with both of these...
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Constraint Driven Routing
A constraint driven approach makes your PCB design process smoother. Eliminate the need for multiple design reviews and shorten the overall design process.
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Contour 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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Contour Routing
In many cases, routing traces or a bus across the Flex section of a Rigid-Flex design involves the use of curves that must follow the Flex contours. Aligning the angle of the route to the corner...
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External Oscillators; Placement and Routing Trade-offs
Does Changing the Clock Make any Difference to the PCB Layout?
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How to Plan for DDR Routing in PCB Layout
If you haven’t designed a printed circuit board with DDR memory routing before, here are some ideas on how to plan for DDR routing in your next PCB design.
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Place and Route - the Art of PCB Design
PCB design hinges on a placement that allows clean routing. The two functions go hand in hand.
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PCB Via Placement in High-Speed Designs
Via placement in high-speed designs need careful consideration to ensure that the board performs as expected, and we have some ideas that can help you.
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Electromigration Analysis for PCB and IC Design
Electromigration analysis can help you prevent a common cause of failure in ICs and PCBs. Here’s how it works.
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Routing Challenges of High-Temperature Designs
The routing challenges of high-temperature designs call for advanced design skills and tools. Here are some ideas that will help you with your next PCB design.
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Grounding and Voltage Routing Considerations in PCB Design
There’s a lot more to grounding and voltage routing on your PCB design then simply dropping some vias, you need advanced CAD tool features to do the job right.
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