A New Simulation Approach of Transient Response to Enhance the Selectivity and Sensitivity in Tunneling Field Effect Transistor-Based Biosensor
Citations
10 citations
Cites methods from "A New Simulation Approach of Transi..."
...The sensitivity of the developed biosensor can be defined as a relative ration of drain current and is given by equation following equation [42, 43]...
[...]
5 citations
4 citations
3 citations
References
2,390 citations
"A New Simulation Approach of Transi..." refers background in this paper
...In the past, a DM tunnel field-effect transistor (TFET) biosensors [16]–[21] based on tunneling of inter bands carriers [16]–[28] are drawing more attention as it offers higher sensitivity, higher immunity to short- channel effect, and lower power switching in comparison to conventional FET biosensors....
[...]
...In TFET, ambipolar conduction at the drain to channel junction can be reduced by using the asymmetric doping of source and drain (source should be heavily doped and drain lightly doped) and using the underlap region at the drain to channel junction [24], [28]....
[...]
1,389 citations
847 citations
"A New Simulation Approach of Transi..." refers methods in this paper
...the Kane model [33] to allow local band-to-band tunneling as well as to analyze the performance of p-TFET biosensor using following models: i) Fermi-Dirac statistics, ii) Shockley– Read–Hall (SRH) process, iii) bandgap narrowing, doping and iv) field-dependent mobility models....
[...]
837 citations
"A New Simulation Approach of Transi..." refers background or methods in this paper
...distinguish the biomolecules for specific applications [1],...
[...]
...Selectivity is used to distinguish the types of biomolecules in the presence of various biomolecules [1]–[6]....
[...]
...THE field-effect transistors (FETs) biosensors have been used in various biosensing applications due to their several advantages [1]–[12]....
[...]
596 citations