Latency insertion method (LIM) for DC analysis of power supply networks

Keyphrases

• Latency Insertion Method 100%
• Power Supply Network 100%
• DC Analysis 100%
• Order of Magnitude 33%
• Random Walk Algorithm 33%
• Simulation Techniques 33%
• Integrated Circuits 33%
• Design Challenges 33%
• Rigorous Analysis 33%
• Steady-state Analysis 33%
• Reliable Performance 33%
• Node number 33%
• Numerical Tools 33%
• Multiple Signals 33%
• Power Grid 33%
• Signal Integrity 33%
• Rigorous Simulation 33%
• Power Integrity 33%
• Process Scale-up 33%
• On-chip Power 33%
• Fast Circuit Simulation 33%
• On-chip Power Delivery 33%
• On-chip Power Distribution Networks 33%
• Power Grid Analysis 33%
• Large-scale Circuits 33%

Engineering

• Power Grid 100%
• Network Power Supply 100%
• Nodes 50%
• Simulation Technique 50%
• Power Supply 50%
• Steady State Analysis 50%
• Rigorous Analysis 50%
• Electric Power Distribution 50%
• Power Distribution 50%
• Design Stage 50%
• Scaling Process 50%
• Reliable Performance 50%
• Integrated Circuit 50%