Robust dual mode pass logic (DMPL) for energy efficiency and high performance

Keyphrases

• High Performance 100%
• Dual-mode 100%
• Energy Efficiency Performance 100%
• Static CMOS 50%
• Pass Transistor Logic 50%
• Process Variation 33%
• High Sensitivity 16%
• Single Channel 16%
• Logic Circuit 16%
• Nanometer Technology 16%
• Power Consumption 16%
• Sub-threshold Voltage 16%
• Fin Field-effect Transistor (FinFET) 16%
• Temperature Variation 16%
• Logic Gates 16%
• Dual Mode Logic 16%
• Logic Family 16%
• Low Power Consumption 16%
• System Requirements 16%
• Operating Mode 16%
• CMOS Implementation 16%
• CMOS Design 16%
• NAND Gate 16%
• Speed-power 16%
• Simulation Analysis 16%
• Equivalent Static 16%
• Pass Transistor 16%
• Reduced Energy 16%
• Low Voltage 16%
• Reduced Energy Consumption 16%
• Transistor 16%
• Power Consumption Reduction 16%

Engineering

• Dual-Mode 100%
• Conservation of Energy 100%
• Transistor 71%
• Single Channel 14%
• Logic Circuit 14%
• Electric Power Utilization 14%
• Nanometre 14%
• Low Power Consumption 14%
• System Requirement 14%
• Logic Gate 14%
• Operating Mode 14%
• Reduce Power Consumption 14%
• Reduce Energy Consumption 14%
• Supply Voltage 14%
• Process Variation 14%

Computer Science

• Transistor 100%
• Energy Efficiency 100%
• Power Consumption 40%
• Process Variation 20%
• Logic Gate 20%
• Logic Family 20%
• Energy Consumption 20%
• Threshold Voltage 20%
• System Requirement 20%
• Operating Mode 20%
• Low Power Consumption 20%