In Situ Monitoring Technique of Self-Heating in Bulk MOSFETs at Cryogenic Temperatures using Subthreshold Current

Engineering & Materials Science

• Cryogenics 60%
• Heating 41%
• Monitoring 32%
• Quantum computers 26%
• Drain current 24%
• Computer applications 23%
• Temperature 23%
• Networks (circuits) 21%
• Transient analysis 18%
• Transistors 16%
• Electric power utilization 14%

Chemical Compounds

• Computer Application 100%
• Drain Current 89%
• Cryogenics 63%

Physics & Astronomy

• cryogenic temperature 62%
• field effect transistors 45%
• heating 36%
• quantum computers 23%
• transient response 22%
• transistors 15%
• evaluation 12%
• temperature 11%
• estimates 11%
• performance 8%