Signal Integrity Part 1: The Front End
Optimizing signal integrity not only makes PCBs perform better – it makes them more resilient to external noise – and that’s essential in the electrical hubbub of our always-on world.
THIS VIDEOCAST WILL COVER
THE FRONT END:
- Organizing schematics for high-speed PCB design
- High-speed scenarios in the front end
- Choosing signal topologies
- Planning for controlled impedance
- Checking expected high-speed performance by simulation
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.
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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.
- Vidéothèque
août 05, 2020
Signal Integrity Part 2
Part 2 will cover: 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
Read now
All analysis tools are tightly integrated with eCADSTAR. This videocast is in two parts, part two covers physical design.
- Pages
juillet 03, 2020
Signal Integrity
Testing and identifying the sources of signal integrity issues in a device, then fixing them, is a big challenge.
Read now