Consortium area
Public Area

Beyond CMOS: Tunnel FETs

Examples of available "Lectures" or "Practical Work" in the Tunnel FETs domain:

 

  • Basic principles

1- Physical basics of tunneling
2- Tunnel FETs
3- Physics of Tunnel FETs
4- Fundamentals and device operation
5- Scaling
6- Benchmarking w.r.t. CMOS and alternative device concepts
7- Noise

 

  • Modeling

1- Modelling of currents through high-k dielectrics
2- Modelling MOS gate currents through single and double gates
3- MOS tunelling switches
4- Compact modeling of Tunnel FETs
5- Analytical modeling
6- Semiclassical transport modeling
7- Quantum mechanical transport modeling
8- TCAD modeling


  • Simulation

1- TCAD simulation
2- Monte Carlo simulation of carrier transport
3- Quantum mechanical simulation
4- Mixed device-circuit simulation

 

  • Technological Process

1- Fabrication methods of nanostructures

 

  • Characterization

1- Nanocharacterization
2- DC
3- RF
4- AFM-STM
5- Basic DC and AC small signal
6- Temperature
7- Noise

 

  • Reliability

1- Ultrathin dielectric layers realibility issues