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Promotional material for Wizlogix's PCB Layout and Circuit Analysis Techniques to Maximize RF/High-Speed Performance Course, highlighting strategies to create optimized RF and high-speed PCB layouts. Key learning outcomes include fundamental RF and digital PCB design issues, transmission line types, and methods to identify and mitigate interference such as EMI and EMC
Detailed curriculum for a three-day PCB layout and circuit analysis course, covering topics like RF and high-speed data fundamentals, signal integrity techniques, and PCB design rules for RF and mixed-signal applications. The document targets RF engineers and digital logic engineers, emphasizing practical engineering background as a prerequisite.
Schedule for a PCB design course focusing on transmission line fundamentals and material types on Day 2 and Day 3, respectively. Topics include PCB multi-layer interconnects, impedance tolerances, power and ground distribution, and techniques to minimize EMI/EMC, aiming at enhancing the quality and performance of high-speed digital logic.
Profile of Richard (Rick) Fornes, course facilitator with over 33 years of experience in RF systems architectures for commercial radio and cellular-based systems, including GPS and M-Code radio architectures. His extensive background includes working with high-profile companies and developing power amplifiers and low-cost wireless systems.