VIT-Chennai develops chip to integrate medical devices into self-diagnostic application

Vellore Institute of Technology (VIT), Chennai, has developed a spot susceptible of integrating into portable aesculapian devices for self-diagnostic application.

The Centre for Nanoelectronics and VLSI Design (CNVD) astatine VIT, Chennai, has designed and developed a Mixed-Signal Readout Interface (RoI) spot which tin integrate into portable aesculapian devices for self-diagnostic application. The fabricated spot was formally handed implicit to VIT Chennai by Union Minister for Electronics and Information Technology Ashwini Vaishnaw astatine a relation astatine the Semiconductor Laboratory, Mohali, held recently.

The spot integrates some analog and integer circuits to exploit the advantages of some the designs, thereby efficiently picking up and processing the carnal parameters of the idiosyncratic done a scope of Micro Electro Mechanical Systems (MEMS) sensors for healthcare applications including: bosom rate, humor unit and different akin cardiac relation measuring devices.

G.V. Selvam, vice president, VIT, said that VIT Chennai places a beardown and strategical accent connected multidisciplinary probe that straight contributes to societal advancement. “Our module and students actively collaborate to make applicable and real-world solutions to the challenges faced by communities,” helium added.

T. Thyagarajan, Pro Vice-Chancellor, VIT Chennai said that VIT Chennai’s stronger absorption connected translational probe enabled the module squad from Centre for Nanoelectronics and VLSI Design astatine VIT Chennai to successfully tape-out this indigenously designed spot astatine the Semiconductor Laboratory, Mohali, utilizing a dual design-style approach.

The designs guarantee awesome processing done with little footprint arsenic good arsenic minimal powerfulness depletion of 14% little than the marketplace disposable products. These features, with an added vantage of 4% simplification successful delay, marque the spot well-suited for micro sensor based handheld glucose monitoring devices, physics stethoscopes.