Relative Study on Performance analysis of DMFET and DMTFET based Transducers

The key contribution of current paper involves optimization of transducer electrical response for dielectrically modulated electrochemical biosensing applications. In order to optimize the performance of transducer element of dielectrically modulated biosensors a comprehensive physical understanding on the working principle of dielectric modulation is necessary for analyzing the comparative electrical response of FET & TFET based transducer elements. The analysis is then extended for estimating the relative electrical responses of DMFET and DMTFET. The overall contributions of this paper eventually lead to the identification of principle structural/material parameters influencing the transduction efficiencies of DMFET & DMTFET and thereby find the pathe for improvising performance improvement strategies in the near future.