Basic knowledge of digital circuits (number system, coding, logic algebra, logic gates, flip-flops, etc.), combinational circuit analysis and design methods, sequential circuit analysis and design methods, pulse waveform generation and shaping, programmable logic devices, and analog-digital conversion etc.
Total of 103 lessons20 hours and 48 minutes and 42 seconds
Timing analysis is a critical factor in 65 nm and smaller process geometries. You should know how to easily set timing constraints, generate timing reports that improve timing analysis performance, and how to improve FPGA timing performance. In this technical seminar, you will learn how to solve these challenges by understanding the basics of timing analysis and SDC-based timing analysis methods. You'll also learn about other timing analysis resources.
Total of 1 lessons21 minutes and 19 seconds
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