Over the past decades, considerable development and improvement can be observed in the
area of the ion‐sensitive field‐effect transistor (ISFET) for biosensing applications. The …

In this paper, a new model is successfully introduced to describe an ion-sensitive field-effect
transistor in a TCAD tool. To model this device accurately, the model should evaluate …

Context: In the literature, ISFET sensor has been strongly association with DNA applications
but still there are no systematic review (SR) of ISFET for DNA applications. Objective: This …

In this paper, we have successfully introduced and characterized an innovative ion sensitive
device called “Ion sensitive field effect diode”, a completely new ion-sensitive sensor. In …

In this paper, an ISFET model is established and its accuracy is verified. The model can
overcome the limitation of TCAD of not supporting electrolyte solution simulation. The source …

The application of neural networks has been investigated in many fields, but the feasibility of
estimating the nonlinear multi-physics behavior in a real-time environment by applying …

In this paper, side‐contacted field effect diode as an ion sensitive device is proposed to take
advantages of field effect diodes family in sensing ionic species in solutions. To analyze the …

Extended-gate ISFETs (EGISFET) is a kind of robust, stable electrochemical sensor that is
able to detect numerous biochemical reactions, it spawned from the device of ISFET but …

We propose an approach to model the electrical double layer and electrolyte/insulator
interface interactions in TCAD tools. With this model, we can simulate ion sensitive field …

This Master Thesis project explores the multifaceted potential of Ion Sensitive Field-Effect
Transistors (ISFETs) in the area of peptide synthesis monitoring and biomolecule detection …