The Characterisation of Differential Pressure Based Flow Sensor in a Microfluidic Environment

Flows in a microfluidic environment differ their flow parameter changes compared to macro flows and should be handled carefully. Recently innovations have been drawn into much consideration biomedical, chemical synthesis, cooling industries. There exists need for rate sensor measuring tiny fluid developing Lab-on-chip products, Organ-on-chip, other products biological, chemical, analysis. Working with mainly revolves around measurement. The control of these frameworks is just conceivable sensors that estimate rate. In this work, we understand the dynamics try determine its influence on behavior. paper presents construction flow-sensing techniques microflows. design microchannel opted study also discussed. A sensing technique put forward using physical principle dynamics; based pressure rectangular microchannel. For microchannel, variation had an impact measurement microflow sensor.