PCB Crosstalk Fundamentals - What It Is and How You Can Prevent It
On-demand Web Seminar
Crosstalk is an abstract concept that can cause very real design failures, which can be difficult to reproduce, debug, and resolve. You will learn the basics of PCB crosstalk, including terminology, mathematical descriptions, and its sources in real designs. We'll look at developing design rules based on signal integrity simulation, to prevent PCB crosstalk issues from impacting your design reliability and quality.
Crosstalk is an abstract concept that can cause very real design failures, which can be difficult to reproduce, debug, and resolve. Often times, designers use rules of thumb to manage PCB crosstalk, but without understanding where these rules come from, they may not be applied correctly, causing further problems.
During this webinar, you will learn the basics of PCB crosstalk, including terminology, mathematical descriptions, and its sources in real designs. We'll look at developing design rules based on signal integrity simulation, to prevent PCB crosstalk issues from impacting your design reliability and quality.
What You Will Learn
- Fundamentals of PCB Crosstalk
- Design Rules for Controlling PCB Crosstalk
- How to Perform PCB Crosstalk Simulations
About the Presenter
Patrick Carrier worked as a Signal Integrity Engineer at Dell for 5 years before joining Mentor in September 2005. Patrick is now a technical marketing engineer specializing in analysis products, including signal and power integrity, EMC, and thermal design.
Who Should View
- Board designers
HyperLynx: Making Analysis More Accessible
This webinar discusses how to make analysis more accessible to everyone in your organization with HyperLynx and the VX release of Xpedition Enterprise.…
Modeling Signal Discontinuities in SERDES Channels: Minding the Details without Breaking a Sweat
This webinar will go through the basic steps of creating 3D models for common PCB structures, and then using these models to analyze a high speed serial channel.…
The Need for Speed and Accuracy: Techniques and Tools for Modern Signal-Integrity Analysis
This session will discuss the advanced techniques required for modern SI analysis, ranging from high-throughput batch simulation of memory interfaces to IBIS-AMI modeling of SERDES channels to 3D-electromagnetic...…
Other Related Resources
Computation of Time Domain Impedance Profile from S-Parameters: Challenges and Methods
White Paper: When computing time-domain impedance profile from measured S-parameters, we often face some problems caused by low quality of sampled S-parameters, such as insufficient resolution, band limiting, noise...…
The Jitter-Noise Duality and Anatomy of an Eye Diagram
White Paper: Within this paper we discuss the proper way of finding BER, as a function of the sample time and voltage, explain the effect of jitter introduced at the driver and receiver on the eye diagram and compare...…