Search
wearable devices - search results
Electricity From Air-Moisture Using Self-Charging Device
Researchers from the National University of Singapore's (NUS) College of Design and Engineering (CDE) developed an ultra-thin device to generate electricity from moisture present...
Magnetoelastic Sensor Array For Self-Driven Human-Machine Interface
Scientists at UCLA developed a programmable, flexible, waterproof, and wearable Human-Machine Interface which can be used to control machines, computers, music players, and other...
A Battery That Charges In Sunlight Within Seconds!
A renewable and rechargeable battery prototype created by the University of Surrey might extend the energy life of future smartwatches and other wearables by...
A Much Needed Upgrade To Conventional Semiconductors
A novel dielectric (insulator) component for transistors has been created by researchers at UNSW Sydney that is small, transparent, and flexible. Electronics made on...
Green Revolution In Electronics By Bacteria
University of Massachusetts Amherst researchers recently reported that they had developed a biofilm that could absorb evaporation energy and transform it into electricity.
The biofilm...
GETs Revolutionise Personalised Healthcare
Mono-layered graphene tattoos are a peculiar yet unique application used in personalised healthcare. Often used for monitoring different electrophysiological signals in human beings. Often...
Researchers Develop Octopus-Inspired Gloves
Researchers from Virginia Tech in the US have used 3D printing to produce adhesive suckers that are inspired by octopuses!
Octopi and other cephalopods use...
World’s First 30V MOSFET in Smallest DFN Package
Nexperia’s DFN0603 is the first 20V and 30V MOSFET in the DFN package. The MOSFET requires 13% lesser space than the next smallest package...
Nexperia Releases the Smallest DFN MOSFETs in the World
Nexperia today announced the release of a new range of 20 V & 30 V MOSFETs in the world’s smallest DFN package, the DFN0603. Nexperia...
A Smart Mask That’s Breathable
The idea of putting bioelectronics into a breathable face mask that can monitor a user's physiological state depending on the features of their cough...
