Design and modeling of Scandium-alloyed wurtzite III-nitrides based ferroelectric heterostructure for power efficient applications

Keyphrases

• Effective Application 100%
• Power Efficient 100%
• III-nitrides 100%
• Wurtzite 100%
• Scandium Oxide 100%
• Negative Capacitance 100%
• Aluminum Scandium Nitride (AlScN) 100%
• Ferroelectric Heterostructures 100%
• Nitride-based 100%
• Transient Negative Capacitance 100%
• Model Accuracy 50%
• On-state Current 50%
• Numerical Simulation 50%
• 1D Structures 50%
• Verilog 50%
• Poisson Equation 50%
• Field-effect Transistors 50%
• Experimental Simulation 50%
• Ferroelectric Materials 50%
• Transient Simulation 50%
• Analytical Compact Model 50%
• Speed Characteristics 50%
• Cadence Spectre 50%
• Electron Statistics 50%
• High Electron Mobility Transistor 50%
• Reduced Energy Consumption 50%
• High piezoelectric Coefficient 50%
• Low Coercive Field 50%

Material Science

• Heterojunction 100%
• Nitride Compound 100%
• Ferroelectric Material 100%
• Scandium 100%
• Capacitance 66%
• Transistor 33%
• Electron Mobility 33%
• Field Effect Transistor 33%
• Piezoelectricity 33%
• Aluminum Nitride 33%
• Ferroelectricity 33%