Role of High-K Gate Dielectrics
Contents include:
• Introduction
• Review of physics of high-K on Si
• Emerging nanoelectronic devices
• III-V nanoelectronics
• Emerging Carbon nanotube FETs
• Emerging Semiconductor nanowire FETs.
• Benchmarking emerging non-Si nanoelectronic devices versus conventional planar and non-planar Si transistors
• Role of high-K/metal-gate in emerging nanoelectronic devices for future, potential high-performance and lowpower logic applications.
Read the full Role of High-K Gate Dielectrics Paper.
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Role of High-K Gate Dielectrics
Contents include:
• Introduction
• Review of physics of high-K on Si
• Emerging nanoelectronic devices
• III-V nanoelectronics
• Emerging Carbon nanotube FETs
• Emerging Semiconductor nanowire FETs.
• Benchmarking emerging non-Si nanoelectronic devices versus conventional planar and non-planar Si transistors
• Role of high-K/metal-gate in emerging nanoelectronic devices for future, potential high-performance and lowpower logic applications.
Read the full Role of High-K Gate Dielectrics Paper.
