[ DevCourseWeb.com ] Udemy - Digital Timing Basics For Vlsi Interview and Soc Design
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- ~Get Your Files Here !/7 - Frequency vs Voltage in SoC/30 - FV Curve Explanation.mp466.04 MB
- ~Get Your Files Here !/4 - Problem Solving for Interview/15 - Setup Violation Fix Clock Path Delay.mp453.64 MB
- ~Get Your Files Here !/3 - Static Timing Foundation/12 - Example for Setup & Hold Condition.mp447.7 MB
- ~Get Your Files Here !/9 - Practical Design Issue 2 Max & Min Frequency of Operation/38 - Maximum Frequency of Operation with Clock Skew.mp438.28 MB
- ~Get Your Files Here !/5 - Advanced Concepts for Interview Timing Margins/23 - Clock Gating Setup & Hold Time.mp437.75 MB
- ~Get Your Files Here !/5 - Advanced Concepts for Interview Timing Margins/21 - Positive Latch Setup & Hold Time.mp436.56 MB
- ~Get Your Files Here !/5 - Advanced Concepts for Interview Timing Margins/24 - Negative Hold Time for Flop.mp434.97 MB
- ~Get Your Files Here !/4 - Problem Solving for Interview/19 - Latency Reduction with Optimized Design.mp434.91 MB
- ~Get Your Files Here !/3 - Static Timing Foundation/11 - Hold Time Condition in Cycle Path.mp430.73 MB
- ~Get Your Files Here !/4 - Problem Solving for Interview/18 - Good Margin but Higher Latency.mp430.34 MB
- ~Get Your Files Here !/1 - Introduction/1 - Introduction.mp429.53 MB
- ~Get Your Files Here !/5 - Advanced Concepts for Interview Timing Margins/25 - Negative Setup Time for Flop.mp426.36 MB
- ~Get Your Files Here !/4 - Problem Solving for Interview/14 - Setup Violation.mp424.49 MB
- ~Get Your Files Here !/3 - Static Timing Foundation/10 - Setup Time Condition in Cycle Path.mp424.08 MB
- ~Get Your Files Here !/5 - Advanced Concepts for Interview Timing Margins/22 - Negative Latch Setup & Hold Time.mp423.78 MB
- ~Get Your Files Here !/4 - Problem Solving for Interview/17 - Hold Violation Fix Data Path Delay.mp419.05 MB
- ~Get Your Files Here !/4 - Problem Solving for Interview/13 - Setup & Hold Margin Computation.mp418.83 MB
- ~Get Your Files Here !/4 - Problem Solving for Interview/20 - Design Issues in Real World SoC.mp418.1 MB
- ~Get Your Files Here !/8 - Practical Design Issue1 Multiple Parallel Paths/33 - Multiple Path Hold Time Analysis.mp417.75 MB
- ~Get Your Files Here !/8 - Practical Design Issue1 Multiple Parallel Paths/32 - Multiple Path Setup Time Analysis.mp417.4 MB
- ~Get Your Files Here !/9 - Practical Design Issue 2 Max & Min Frequency of Operation/36 - Minimum Frequency of Operation.mp416.33 MB
- ~Get Your Files Here !/3 - Static Timing Foundation/9 - Physical Implementation.mp416.09 MB
- ~Get Your Files Here !/7 - Frequency vs Voltage in SoC/29 - FV Curve Introduction.mp416.04 MB
- ~Get Your Files Here !/4 - Problem Solving for Interview/16 - Hold Violation.mp414.92 MB
- ~Get Your Files Here !/6 - Common Misconceptions/26 - Setup Hold Clk2Q and Clock Skew.mp414.12 MB
- ~Get Your Files Here !/8 - Practical Design Issue1 Multiple Parallel Paths/34 - Multiple Path Summary.mp413.7 MB
- ~Get Your Files Here !/2 - Understanding Flop Timings/3 - Quick Summary.mp413.51 MB
- ~Get Your Files Here !/6 - Common Misconceptions/28 - Setup Margin with Frequency.mp411.66 MB
- ~Get Your Files Here !/2 - Understanding Flop Timings/4 - Setup Time & Setup Margin.mp411.61 MB
- ~Get Your Files Here !/3 - Static Timing Foundation/7 - Buffer.mp411.02 MB
- ~Get Your Files Here !/9 - Practical Design Issue 2 Max & Min Frequency of Operation/35 - Frequency of Operation.mp49.57 MB
- ~Get Your Files Here !/9 - Practical Design Issue 2 Max & Min Frequency of Operation/37 - Maximum Frequency of Operation without Clock Skew.mp48.99 MB
- ~Get Your Files Here !/2 - Understanding Flop Timings/5 - Hold time & Hold Margin.mp48.99 MB
- ~Get Your Files Here !/6 - Common Misconceptions/27 - Hold Margin with Frequency.mp48.98 MB
- ~Get Your Files Here !/8 - Practical Design Issue1 Multiple Parallel Paths/31 - Multiple Path Problem Statement.mp46.5 MB
- ~Get Your Files Here !/2 - Understanding Flop Timings/2 - Basic Definitions.mp43.78 MB
- ~Get Your Files Here !/10 - Quiz & Next Step/39 - Next Step.mp43.61 MB
- ~Get Your Files Here !/2 - Understanding Flop Timings/6 - Clock to Q Delay.mp43.56 MB
- ~Get Your Files Here !/3 - Static Timing Foundation/8 - Logic Implementation.mp42.23 MB
- ~Get Your Files Here !/7 - Frequency vs Voltage in SoC/30 - FV Curve Explanation English.srt25.6 KB
- ~Get Your Files Here !/3 - Static Timing Foundation/12 - Example for Setup & Hold Condition English.srt17.01 KB
- ~Get Your Files Here !/5 - Advanced Concepts for Interview Timing Margins/21 - Positive Latch Setup & Hold Time English.srt14.23 KB
- ~Get Your Files Here !/5 - Advanced Concepts for Interview Timing Margins/24 - Negative Hold Time for Flop English.srt13.78 KB
- ~Get Your Files Here !/9 - Practical Design Issue 2 Max & Min Frequency of Operation/38 - Maximum Frequency of Operation with Clock Skew English.srt13.47 KB
- ~Get Your Files Here !/4 - Problem Solving for Interview/15 - Setup Violation Fix Clock Path Delay English.srt12.82 KB
- ~Get Your Files Here !/4 - Problem Solving for Interview/20 - Design Issues in Real World SoC English.srt10.49 KB
- ~Get Your Files Here !/3 - Static Timing Foundation/11 - Hold Time Condition in Cycle Path English.srt10.09 KB
- ~Get Your Files Here !/5 - Advanced Concepts for Interview Timing Margins/25 - Negative Setup Time for Flop English.srt9.82 KB
- ~Get Your Files Here !/3 - Static Timing Foundation/10 - Setup Time Condition in Cycle Path English.srt8.96 KB
- ~Get Your Files Here !/4 - Problem Solving for Interview/18 - Good Margin but Higher Latency English.srt8.55 KB