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Remote Monitoring Of Cardiac Devices
Rapid progress in information technology and medical sciences has resulted in several implantable devices. This article focuses on the heart and related devices, which...
Batteryless Energy Harvesting IoT Device
“An IoT device that works without a battery by simultaneously harvesting multiple energy sources.”
A major challenge for design engineers of IoT devices is powering...
Eco-Friendly Conducting Ink For Better Strain Sensors
Biocompatibility and biodegradability in functional electronic substances are important features for complying with a variety of healthcare and environmental regulations, as well as reducing...
Space-Saving Schottky Rectifiers Set New Benchmarks
Diodes Incorporated (Diodes) has announced the introduction of a series of high-current Schottky rectifiers in ultra-compact chip scale packages (CSPs). The DIODES SDM5U45EP3 (5A,...
MicroLED Advantages And Hurdles In Their Production
Despite its tangible benefits, microLED manufacturing is still too costly and full of challenges. But do the benefits outweigh the investments? If so, how...
NASP Chip Can Bridge Analog Computations And The Digital Core
POLYN Technology, an Israel-based company has announced the release of its first Neuromorphic Analog Signal Processor (NASP) chip. The ultra-low-power, high-performance NASP chip is...
TENG – A Fabric Embedded With Small Power Generators
A lightweight and thin textile that can produce over 35V of voltage using mild artificial movements.
Dr Ishara Dharmasena of the School of Mechanical, Electrical,...
A Power Source For Implantable Medical Devices
Miniaturized batteries containing corrosive liquid electrolytes are commonly utilised as power sources in IMDs, however electrolyte leakage can trigger transplant rejection and harm to...
New E-Textiles To Keep You Cool During Summers
This research team is developing wearable technology to keep people cool during the summer.
A Chinese-led research team has invented a fabric that can generate...
This Smart Skin Can Enable 5G+ in Any Structure
Researchers at the Georgia Institute of Technology have developed a novel tile-based approach to constructing arrays of 5G+ enabled ‘smart skins’. The paper is...