High-Speed Design
Optimize Reliable Signals to Ensure Peak Performance
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Read ArticleSignal Integrity for High-Speed Design in PCB Layout
With today’s signal speeds in printed circuit boards, signal integrity for high-speed design is a major concern.
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Read ArticlePCB Via Design Rules for Circuit Board Layouts
Here are a few key things to remember to better understand and properly use the PCB via design rules in your circuit board layout.
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Read ArticleReal-Time Route Analysis
Real-time interactive checks help you easily find and fix common route quality issues that manufacturing DRC signoff checks miss.
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Read ArticleReflections on a Transmission Line Tutorial
In this tutorial you will learn about reflections on a transmission line for high-speed PCB designs. The examples will be demonstrated with OrCAD SI simulations.Video provided by FlowCAD, Cadence...
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Read ArticleSI Analysis in PCB Designer Professional
This video shows how easy it is to perform quick and accurate SI analysis on nets in OrCAD PCB Editor.
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Achieving PCI-e Compliance: Getting it Right the First Time
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Read ArticleSignal Integrity Fundamentals for PCB Designers
Remove the mystery surrounding signal integrity by attending this free webinar. Our SI expert, Terry Jernberg, will explain the most common causes of SI problems in designer friendly terms and...
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Read ArticleReal-Time Coupling Analysis
Easily and quickly identify coupling issues without always having to rely on the SI expert.
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Read ArticleReal-Time Dynamic Differential Pair Routing
Easily meet length and phase pin-to-pin constraints as traces bend without creating electrical issues.
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Lost in Transmission: Solving Common Issues in High-Speed Design
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Read ArticleReal-Time Impedance Analysis
Easily and quickly identify impedance discontinuity issues visually, without simulation models or extensive signal integrity expertise.
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Read ArticleReal-Time Placement Analysis
Visual indicators of length constraints help you meet delay propagation and total etch length goals when placing components.
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Read ArticlePropagation velocity on PCB transmission line
Propagation velocities differ from Microstrip and Stripline on a PCB. In this video, you will learn signals travelling on Microstrip and on Strip line will have different delay. The examples will...
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Read ArticleOrCAD Sigrity ERC Impedance and Couplings
Boards are too complex for old SI rules of thumb, and deadlines are too tight to get help from an SI expert. And finding the budget for an extra board s pin to measure signals manually may not be...
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Read ArticleOrCAD Sigrity ERC Introduction Video
watch this 5 miutes video to learn how you can benefit from OrCAD Sigrity ERC during your PCB design, without setting up complicated and costly signal integrity simulations.
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Read ArticleOrCAD Sigrity ERC On Demand Webinar
Speed & Ease of DRC with the Insight of SISimple PCB Design Rule Checks alone are no longer adequate to ensure signal quality and therefore, reliable design function. With OrCAD Sigrity, you can...
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Read ArticleIncident Wave Tutorial
In this tutorial, you will learn what an incident wave is for high-speed PCB designs. The examples will be demonstrated with OrCAD PCB SI simulations.Video provided by FlowCAD, Cadence Channel...
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Read ArticleModel Assignment
The assignment of signal integrity models to schematic parts enables collateral topology extraction of schematic nets to perform SI analysis and exploration with OrCAD SI.
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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 ArticleCreating SI Topology from OrCAD Capture
Perform circuit topology exploration, constraint development and signal integrity analysis from the schematic during design entry.
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Read ArticleCritical length of a PCB transmission line
In this video, you will learn how to define a condition that helps you to decide whether to treat a PCB track as transmission line or as piece of copper with some parasitics.Video provided by...
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Read ArticleBlind & 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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