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MEMS Accelerometer
Physical Logic has addressed the implantable medical device market by developing a novel, fully-integrated, 3D Accelerometer including mechanical structure (MEMS) , integrated circuitry (ASIC) and packaging (PKG). This accelerometer has a small form factor, ultra-low power consumption, high sensitivity, low mechanical noise, no need for hermetic or vacuum packaging, highly linear performance and is, therefore, far superior to devices available in the market today |
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Analyte Detection In Solution
Physical Logic’s proprietary dielectric spectroscopy technology enables label-free, real-time and noninvasive monitoring of dielectric molecules in solution. It is applicable in different fields: from chemical engineering where a simple solution needs to be followed to intensive care medicine where the blood of critically ill medical patients needs to be monitored. Existing physical analytical techniques may provide detailed data at the expense of time and money
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Non-Invasive Sensors
One of Physical Logic’s most promising R&D projects is the development of non-invasive sensors for measuring the levels of target substances in human tissues. This innovative method combines the advantages of both non-invasive and continuous monitoring.
Physical Logic’s sensor is based on Coupled Antenna Impedance Spectroscopy that deploys patched antennas as transmitters and receivers for acquiring the impedance spectrum of materials. |