Surface Functionalization of Ion-Sensitive Floating-Gate Field-Effect Transistors With Organic Electronics PROJECT TITLE :Surface Functionalization of Ion-Sensitive Floating-Gate Field-Effect Transistors With Organic ElectronicsABSTRACT:Electrically conducting polymers are advantageous hybrid materials for microelectronic biosensors due to their high bandgap sensitivity, prospects for nanoscale surface area formation, and well-developed surface bioconjugation methods. In this paper, we investigated whether or not those organic conductors can additionally be used to functionalize ion-sensitive floating-gate field-effect transistors (ISFGFETs) designed to live biological binding events. We initial subjected our device to 100% relative humidity (RH) and proved its viability in such a humid atmosphere. Subsequently, we have a tendency to drop-casted viscoelastic polyaniline emeraldine salt on pristine transistors to construct organo-functionalized devices. The changed ISFGFETs were stable in aqueous environments and sensitive to cationic polyethyleneimine. The directions of the ISFGFET threshold voltage ( $V_mathrm T)$ shifts consider the corresponding open-circuit potential variations for the identical reaction and pH-sensitive behaviors of Al2O3 sensing layer on the transistor. Such organo-changed ISFGFET sensor arrays are promising alternatives to ancient conductive polymer-primarily based potentiometric biosensors due to their signal amplification, high throughput, and scalability blessings. Did you like this research project? To get this research project Guidelines, Training and Code... Click Here facebook twitter google+ linkedin stumble pinterest Prediction unit pruning algorithm for inter-prediction in high-efficiency video coding Aerospace electronics enthusiasts