How to Design an Analog Front End for In-Vitro Diagnostic Applications
ABOUT THIS WEBINAR
In-vitro diagnostics (IVD) equipment has become increasingly beneficial in helping physicians achieve faster, more accurate patient diagnoses. Join our speaker, Andrew for this 20-minute presentation, followed by a 10-minute Q&A. We are here to help address your specific design needs for building IVD systems of the future.
AGENDA
design challenges in electrochemical sensing, impedance spectroscopy, precision optical and high-speed optical signal chains for IVD machines, including blood gas analysers, PCR, immunoassay and flow cytometry
how precision thermoelectric cooling and motor automation for sample and reagent movement are enabling the next generation of IVD equipment.
Andrew Wallace, Medical System Engineer at Texas Instruments Andrew specializes in in-vitro diagnostic applications, and in his previous role, he supported battery management, motor drive and power delivery systems. He is a graduate of Texas A&M...
Joe has been managing the Electronic Specifier editorial team for 5 years, he is thoroughly knowledgeable about the electronics industry and manages the production of Electronic Specifier's Design and Product Magazines