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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...
In this paper, we explore the feasibility of a digital latch design using ballistic deflection transistors (BDTs). An analytical model, based on Monte Carlo simulations for different sizes of BDTs, has been integrated into a behavioral Verilog A module to facilitate the investigation of digital latch design. The simulation results indicate interesting capability of latch operation by holding data...
In this paper, the utilization of recently proposed ballistic deflection transistors (BDT) is investigated for the realization of the complete family of logic functions. BDT performance is optimized through its structural modification which is followed by the Monte Carlo simulations for 2- input logic gate functionalities at room temperature. BDT is a quasi-ballistic planar device based on InGaAs/InAlAs/InP...
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