Understanding high frequency PCB design - High-speed, RF, and EMI
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Part 1 (3 days)
Essential High-speed PCB Design for Signal Integrity
Topics
- physical principles of high-speed design
- impedance control of the power distribution network
- track impedance control
- differential transmission
- controlling crosstalk
- basic IC device models for high-speed design
- routing topologies, effects and strategies
- PCB stackup and fabrication effects
Course details
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Part 2 (2 days)
High-speed PCB Design for Gigabit Data Rates and EMI Control
Topics
- RF measurement methods for components and signal paths
- Key features of Gb/s technologies for PCB transmission lines
- Measuring and managing signal quality on lossy PCB lines
- Selecting PCB laminates to maintain high data rates
- EMC mechanisms and control methods
- Controlling EMI on PCBs by design
- Strategies to minimise EMI - from components to systems
Course details
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Locations and dates
For scheduled public course locations and dates and for on-site course enquiries
please
contact Analytical Edge.
