Monte Carlo modeling of ultra-fast operating Ballistic Deflection Transistor
This paper presents Monte Carlo simulations of a unique non-linear device called Ballistic Deflection Transistor. A self-consistent model for surface charges has been used and has shown a remarkable efficiency to reproduce the non-linearity. A dynamic analysis is completing the transistor study. Results are showing very good response to an ultra-fast excitation. These are confirming Terahertz performances of our device, leading to the development of more efficient logical computing circuits.