Signal Integrity Part 2: Physical Design
Signal integrity or SI is a set of measures of the quality of an electrical signal. But we already know this. This videocast is in two parts, this videocast is covering physical design.
THIS VIDEOCAST WILL COVER
PHYSICAL DESIGN :
- Organizing power areas and ground returns
- Extracting scenarios from detailed physical layout
- Re-using high-speed channel placement
- Creating topology templates
- Setting constraints
- Simulating and analyzing in-depth
Who will benefit from watching this videocast?
Anyone involved in electronic product design that includes high-speed signals – from front-end circuit design through PCB layout. Managers can also benefit by seeing the end-to-end consistency of eCADSTAR facilitates review and delivery of products optimized for maximum electrical resilience.
QUESTIONS?
Please do not hesitate to contact us with any further questions.
Speakers
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Jane Berrie•Signal Integrity Expert, Zuken Tech Center, Bristol.Jane Berrie is a technology expert on high-speed design and signal integrity and has been closely involved in the design of our high-speed design products for decades. She is a past session chair and technical program committee member for the annual Design Automation Conference (DAC) and has been extensively published.
- Video Library
July 29, 2020
Signal Integrity Part 1
Part 1 will cover: Organizing schematics for high-speed design, High-speed scenarios in the front end, Choosing signal topologies, Planning for controlled impedance, Checking expected high-speed performance by simulation.
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Not just simulation and analysis but signal integrity in the context of real-world PCB design.
- Pages
May 19, 2020
Signal Integrity
Testing and identifying the sources of signal integrity issues in a device, then fixing them, is a big challenge.
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Simulate, measure, share results independently of PCB design.