A packaging small as a piece of candy, a Printed circuit board as thick as a human hair with a multilayer design, this spectacular sensor is biomedically compatible and waterproof. Biocompatible polymer made, this solution can measure a wide variety of data parameters through multiple sensors and components. Designated to accurately spot on and troubleshoot big game industrial malfunctions and to deduce medial conditions- a major improvement in health, operational and industrial problem identification and management. Without sacrificing any functionality, the solution’s extremely small, but extremely versatile operability-wise composition, is proof that intelligent miniaturization of semiconductor packaging is well within grasp.
“You take the Go-back pill, the story ends. You wake up in your bed and believe whatever you want to believe. You take this Tech pill, you stay in Wonderland and I show you how deep the Rabbit hole goes”. We know it isn’t how the real quate goes, but this is a real Matrix-level event. Introducing the electrochemical impedance spectroscopy-centered pill, a combined effort of the Berliner Fraunhofer Institute for Reliability and Micro integration (IZM), DYCONEX and Micro Systems Engineering Gmbh (MSE) from Printed Circuit Board (PCB) revolutionary MST and Sensry GmbH. Through this meticulous Research and Development (R&D) process, a compact and modular Internet Of Things (IOT) sensory solution for human and industrial clinical problems or diseases is delivered. A solution that can Identify, deduce and wirelessly showcase each and every problem in fluid centered systems.
As this comfy solution has the surface area of just 11 x 16 square milimeters (mm²), it is biocompatible polymer-made, as well as the “proud” station of a varied range of sensory components for multiple environmental analysis and tracking. Such parameters include environmental temperature, pressure, humidity, its own acceleration behavior, rotation and ambient noise. Even sound, lighting and color properties can be surveyed and analyzed by this well-balanced wellness sensor.
Furthermore, this solution can be charged wirelessly or through a traditional DC charger mechanism. Your choice. The PCB was designed as a four layered Liquid Crystal Polymer (LCP) apparatus, incorporating more than 70 passive and active components, neatly fitted in a flexible PCB. Software-wise, a compatible solution is perfectly designed for the best possible deduction and identification capabilities. A custom-made web interface-based application, well suited for PCs and smartphones usage, wirelessly receives and showcases real-time precise Data from the various sensory tools aboard this circuit board integrated solution. How? by already incorporating varied frequency spectra of certain liquids, such as oil and water, in the variables of the problem identification process.
At the bottom of the sensor, a 0.5 millimeter thin four-layer ceramic board, the brainchild of MSE, is the base of a pressure sensor, as well as a focal point for electrodes. Systems essential for impedance spectroscopy. Simply put, intelligent design. intelligent packaging. Intelligent solution. For the innovative mind. What are you waiting for?